CN109991747A - A new type of multifunctional placement device for medical imaging - Google Patents

Abstract

The invention relates to a medical imaging correlation, more specifically a new type of multifunctional placing device for medical imaging, comprising a top fixing mechanism, a lifting connection mechanism, an image backplane, an image fixing mechanism, an auxiliary moving mechanism and a desktop fixing mechanism , Bottom connecting mechanism, this device has lifting function, height increasing function, fixing function, buffering function, moving function, rotating image function, the device can be disassembled, flexible use, and the device operation is convenient. The top fixing mechanism is connected with the lifting connecting mechanism, the image backboard is connected with the lifting connecting mechanism, the image backboard is connected with the image fixing mechanism, the auxiliary moving mechanism is connected with the desktop fixing mechanism, and the bottom connecting mechanism is connected with the desktop fixing mechanism. The image backplane is connected with the bottom connecting mechanism.

Description

A new type of multifunctional placement device for medical imaging

technical field

The present invention relates to a medical image correlation, more specifically a novel multifunctional placing device for medical images.

Background technique

Medical Imaging is the study of the interaction between the human body and the human body by means of a certain medium, and the structure and density of the internal tissues and organs of the human body are displayed in the form of images. In order to facilitate the viewing of doctors, a new type of multifunctional placement device for medical imaging is designed to solve this problem.

SUMMARY OF THE INVENTION

The main technical problem to be solved by the present invention is to provide a new type of multifunctional placing device for medical imaging. The device has a lifting function, a heightening function, a fixing function, a buffering function, a moving function, and a rotating image function. The device can be disassembled and used flexibly , the device is easy to operate.

In order to solve the above technical problems, the present invention relates to a medical imaging correlation, more specifically, a new type of multifunctional placement device for medical imaging, including a top fixing mechanism, a lifting connection mechanism, an image backplane, an image fixing mechanism, an auxiliary device. Moving mechanism, desktop fixing mechanism, bottom connecting mechanism, this device has lifting function, height increasing function, fixing function, buffering function, moving function, rotating image function, the device can be disassembled, flexible to use, and the device is easy to operate.

The top fixing mechanism includes expansion bolts, a top fixing plate, a bidirectional threaded rod, a helical gear 1, a power rod, a second helical gear, a bead zipper, and a connecting rope. The expansion bolts are connected with the top fixing plate through through holes, and the top fixing plate is It is connected with the power rod through the special-shaped groove, the power rod and the helical gear 2 are fixedly connected through the through hole, the top fixed plate is connected with the bidirectional threaded rod through the limit step groove, the bidirectional threaded rod is fixedly connected with the helical gear, and the helical gear 1 is connected. It is engaged with the helical gear in two phases, the bead zipper is connected with the power rod through the hemispherical groove, and the connecting rope is fixedly connected with the power rod;

The top fixing plate is provided with special-shaped grooves, limit stepped grooves and fixing through holes, and the fixing through holes are adapted to the expansion bolts;

The two-way threaded rod is provided with a forward thread and a reverse thread;

The power rod is provided with a hemispherical groove;

The lifting connection mechanism includes a lifting folding part, a rope fixing ring, a middle layer fixing plate and a connecting rod. The middle layer fixing plate is fixedly connected with the connecting rod; the lifting folding part and the connecting rod are connected through a through hole; The rope fixing ring is fixedly connected with the connecting rope;

The lifting and foldable part includes connecting foot one, connecting foot two, folding part and connecting foot three. The first connecting foot is hinged with the folding part; The two-way threaded rod is engaged with the reverse thread, the second connecting foot is engaged with the two-way threaded rod through the forward thread, and the third connecting foot is connected with the connecting rod through the sliding through hole;

The first connecting foot is provided with a reverse thread through hole, and the reverse thread through hole is matched with the reverse thread;

The second connecting foot is provided with a forward thread through hole, and the forward thread through hole is matched with the forward thread;

The third connecting foot is provided with a sliding through hole;

The middle-layer fixed plate is provided with a fixed connection slot and an adapting slot for the telescopic piece, and the adapting slot for the telescopic piece is adapted to the lifting and folding piece;

The image backplane includes a backplane main body, a triangular connecting piece, a sliding rod, a double-sided support spring, and a lifting assembly. The backing board main body is fixedly connected with the sliding rod, the sliding rod and the triangular connecting piece are connected through movable through holes, and the triangular connecting piece The surface support springs are fixedly connected, the double-sided support springs are adapted to the main body of the back plate through the upper end adaptation slot, the triangular connector is connected to the middle fixed plate through the fixed connection slot, and the main body of the back plate and the lifting assembly are connected through the module adaptation slot;

The main body of the backplane is provided with a central through hole, an upper end adapting slot and a component adapting slot;

A movable through hole is arranged on the triangular connecting piece;

The lifting assembly includes a lifting column, a manual gear, a balance gear, a small structural shell, a positioning support, a small threaded rod, and a support spring. The lifting column is engaged with the manual gear, and the lifting column is engaged with the balance gear. The main body of the back plate is connected by a shaft, the main body of the back plate is fixedly connected with the small structure shell, the small structure shell and the positioning support are connected through three-stage stepped through holes, the positioning support is adapted to the positioning groove, and the positioning support is connected with the support spring. Fixed connection, the positioning support is engaged with the small threaded rod through the small threaded hole;

The lifting column is provided with a positioning groove;

The small structural shell is provided with three-stage stepped through holes;

The positioning support is provided with small threaded holes;

The image fixing mechanism includes a fixing clip, a locking gear, a positioning gear, and a central shaft fixing piece. The central shaft fixing piece is fixedly connected with the main body of the back plate through the central through hole. The positioning gear is fixedly connected with the central shaft fixing piece. The locking gear and the positioning gear Adapted, the fixing clip is fixedly connected with the card position gear;

The fixing clip includes L-shaped connecting piece, I-shaped threaded rod, spring 1, curved piece, curved shrapnel, extruded threaded rod, hemispherical pad 1, clamping slider, extension tube, end fixing piece, spherical piece, The L-shaped connecting piece is engaged with the I-shaped threaded rod through small threaded through holes. The I-shaped threaded rod is fixedly connected with the spring, and the spring is connected in contact with the curved piece. The curved piece is hinged with the L-shaped connecting piece. It is fixedly connected with the curved shrapnel, the curved piece is engaged with the extruded threaded rod through the adjusting threaded hole, the extruded threaded rod is fixedly connected with the spherical piece, the spherical piece is connected with the curved shrapnel through the spherical through hole, and the curved piece is connected with the hemisphere. The first is a fixed connection to the shaped pad, the first is a hemispherical pad that is fixedly connected to the curved shrapnel, and the curved shrapnel is fixedly connected to the locking slider. hole fit;

The L-shaped connector is provided with a small threaded through hole;

Adjusting threaded holes are arranged on the curved part;

The curved shrapnel is provided with spherical through holes;

The extension tube includes a tube body and an LED lamp, and the tube body and the LED lamp are fixedly connected through a groove;

The pipe main body is provided with a long three-stage stepped hole, the pipe main body and the clamping slider are connected through the long three-stage stepped hole, and the pipe main body and the telescopic piece are connected through the long three-stage stepped hole;

The tail end fixing piece includes a telescopic piece, a limit block, a small lifting plate, a second hemispherical pad, and a fine-tuning threaded rod. The telescopic piece is fixedly connected with the second hemispherical pad. The block is fixedly connected with the fine-tuning threaded rod, the fine-tuning threaded rod is engaged with the lifting small plate through the fine-tuning threaded hole, and the lifting small plate is fixedly connected with the hemispherical pad II;

A stepped groove is arranged on the telescopic piece;

There are fine-tuning threaded holes on the lifting small plate;

The clamping gear includes a ring piece, a small spring, and a telescopic triangle piece. The ring piece and the small spring are connected through a telescopic slot, the small spring is fixedly connected with the telescopic triangle piece, and the telescopic triangle piece is adapted to the positioning gear;

An expansion groove is arranged on the ring piece;

The auxiliary moving mechanism includes a roller, a roller connecting rod, a roller positioning column, a roller lifting shell, a roller height fixing piece, and a positioning spring. The roller lifting shell is connected by the lifting step groove, the roller positioning column is adapted to the roller height fixing member through the small positioning groove, the roller height fixing member is fixedly connected with the positioning spring, and the roller height fixing member is connected with the roller lifting shell through the side movable groove. The roller lifting shell is fixedly connected with the fixing block;

There is a small positioning groove on the roller positioning column;

The roller lifting shell is provided with a lifting step groove and a side movable groove;

The desktop fixing mechanism includes a large threaded rod, a fixed block 1, a limit ring, an expansion column, a resistance rubber pad, a fixed block 2, a lifting connector, and a power helical gear. The fixed block 1 and the limit ring are connected by a groove for rotation. The limit ring and the expansion column are fixedly connected through the through hole, and the expansion column is engaged with the power helical gear. The power helical gear and the large threaded rod are fixedly connected through the through hole, the large threaded rod and the second fixed block are engaged through the bottom threaded through hole, the second fixed block and the lifting connecting piece are connected through the positive step groove, and the lifting connecting piece and the first fixing block pass through. The inverted stepped groove is connected, and the second fixed block is fixedly connected with the resistance rubber pad;

The first fixed block is provided with an inverted stepped groove and a groove for rotation;

The expansion column is provided with a helical gear pattern and an adaptable thread, the helical gear pattern is matched with the power helical gear, and the rotating bottom shaft is engaged with the expansion column through the thread stepped groove;

The second fixed block is provided with a positive stepped groove and a bottom threaded through hole;

The bottom connecting mechanism includes a buffer plate, a buffer spring in the middle layer, a buffer adjustment threaded rod, a nut, a limiter, a bottom support plate, a spring for clamping, an L-shaped positioning member, a rotating bottom shaft, a main limit ring, a buffer plate and a buffer in the middle layer. The spring is fixedly connected, the middle buffer spring is fixedly connected with the bottom support plate, the buffer adjustment threaded rod is engaged with the nut, the buffer plate and the buffer adjustment threaded rod are connected through a smooth through hole, the buffer adjustment threaded rod is fixedly connected with the limiter, the limit The bottom support plate is connected with the bottom support plate through the position fixing groove, the bottom support plate and the clamping position are fixedly connected by the spring groove, the clamping position is fixedly connected with the L-shaped positioning member, and the L-shaped positioning member and the rotating bottom shaft are adjusted by the angle. The slot is connected, the rotating bottom shaft and the main limit ring are fixedly connected through the through hole, the main limit ring and the bottom support plate are connected through the shaft slot hole, and the lifting column is fixedly connected with the buffer plate;

Smooth through holes are arranged on the buffer plate;

The bottom support plate is provided with a position fixing slot, a spring slot, and a shaft slot hole;

The rotating bottom shaft is provided with an angle adjustment groove and a threaded stepped groove, which are suitable for the matching of the thread and the threaded stepped groove;

The top fixing mechanism is connected with the lifting connecting mechanism, the image backboard is connected with the lifting connecting mechanism, the image backboard is connected with the image fixing mechanism, the auxiliary moving mechanism is connected with the desktop fixing mechanism, and the bottom connecting mechanism is connected with the desktop fixing mechanism. The image backplane is connected with the bottom connecting mechanism.

As a further optimization of the technical solution, the connecting rope described in a novel multifunctional placing device for medical imaging of the present invention is located in the middle of the power rod.

As a further optimization of the technical solution, the number of the fixing clips described in the novel multifunctional placing device for medical imaging of the present invention is six, and they are evenly distributed around the clamping gear.

As a further optimization of the technical solution, the locking gear, the positioning gear and the central axis fixing member described in a novel multifunctional placement device for medical imaging of the present invention are concentric.

The beneficial effects of the novel multifunctional placement device for medical imaging of the present invention are:

The present invention is a novel multifunctional placing device for medical imaging. The device has lifting function, height increasing function, fixing function, buffering function, moving function and rotating image function.

Description of drawings

The present invention will be described in further detail below with reference to the accompanying drawings and specific implementation methods.

FIG. 1 is a schematic structural diagram of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 2 is a schematic structural diagram of a top-layer fixing mechanism 1 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 3 is a schematic structural diagram of a top-layer fixing plate 1-2 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 4 is a schematic structural diagram of a bidirectional threaded rod 1-3 of a novel multifunctional placement device for medical imaging according to the present invention.

FIG. 5 is a schematic structural diagram of a hemispherical groove 1-5-1 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 6 is a schematic structural diagram of the lifting and connecting mechanism 2 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 7 is a schematic structural diagram of a lifting and foldable member 2-1 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 8 is a schematic structural diagram of an image backplane 3 of a new type of multifunctional placing device for medical imaging according to the present invention.

FIG. 9 is a schematic structural diagram of a lifting assembly 3-5 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 10 is a schematic structural diagram of an image fixing mechanism 4 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 11 is a schematic structural diagram of a fixing clip 4-1 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 12 is a partial enlarged structural schematic diagram of B in FIG. 11 .

FIG. 13 is a schematic structural diagram of the extension tube 4-1-9 of a novel multifunctional placement device for medical imaging according to the present invention.

FIG. 14 is a schematic structural diagram of a tail end fixing member 4-1-10 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 15 is a schematic structural diagram of the locking gear 4-2 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 16 is a schematic structural diagram of a positioning gear 4-3 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 17 is a schematic structural diagram of an auxiliary moving mechanism 5 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 18 is a schematic structural diagram of a table top fixing mechanism 6 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 19 is a schematic structural diagram of an expansion column 6-4 of a new type of multifunctional placement device for medical imaging according to the present invention.

FIG. 20 is a schematic structural diagram of the bottom connecting mechanism 7 of a novel multifunctional placing device for medical imaging according to the present invention.

FIG. 21 is a schematic structural diagram of the rotating bottom shafts 7-9 of a new type of multifunctional placing device for medical imaging according to the present invention.

FIG. 22 is a schematic diagram of the cross-sectional structure of A-A in FIG. 21 .

In the figure: top fixing mechanism 1; expansion bolt 1-1; top fixing plate 1-2; special-shaped groove 1-2-1; limit step groove 1-2-2; fixed through hole 1-2-3; bidirectional Threaded rod 1-3; forward thread 1-3-1; reverse thread 1-3-2; helical gear 1-4; power rod 1-5; hemispherical groove 1-5-1; helical gear 2 1-6; Bead zipper 1-7; Connecting rope 1-8; Lifting connection mechanism 2; Lifting and folding part 2-1; Connecting foot 2 2-1-2; Forward thread through hole 2-1-2-1; Folding part 2-1-3; Connecting foot 3 2-1-4; Sliding through hole 2-1-4-1; Rope fixing ring 2-2; middle fixing plate 2-3; fixed connection slot 2-3-1; expansion part adapting slot 2-3-2; connecting rod 2-4; image back plate 3; back plate main body 3-1 ; Center through hole 3-1-1; upper end adapting slot 3-1-2; component adapting slot 3-1-3; triangle connector 3-2; movable through hole 3-2-1; sliding rod 3-3; Double-sided support spring 3-4; Lifting assembly 3-5; Lifting column 3-5-1; Positioning groove 3-5-1-1; Manual gear 3-5-2; Balance gear 3-5-3; Small Structural shell 3-5-4; three-stage stepped through hole 3-5-4-1; positioning support 3-5-5; small threaded hole 3-5-5-1; small threaded rod 3-5-6; Support spring 3-5-7; image fixing mechanism 4; fixing clip 4-1; L-shaped connector 4-1-1; small threaded through hole 4-1-1-1; I-threaded rod 4-1-2 ; Spring one 4-1-3; Bending piece 4-1-4; Adjusting threaded hole 4-1-4-1; Bending spring piece 4-1-5; Ball through hole 4-1-5-1; Threaded rod 4-1-6; hemispherical pad 1 4-1-7; clamping slider 4-1-8; extension pipe 4-1-9; pipe body 4-1-9-1; Step hole 4-1-9-1-1; LED light 4-1-9-2; Tail end fixing piece 4-1-10; Telescopic piece 4-1-10-1; Step groove 4-1-10 -1-1; limit block 4-1-10-2; lift small plate 4-1-10-3; fine adjustment threaded hole 4-1-10-3-1; hemispherical pad 2 4-1-10- 4; fine adjustment threaded rod 4-1-10-5; spherical piece 4-1-11; locking gear 4-2; ring piece 4-2-1; expansion groove 4-2-1-1; small spring 4- 2-2; telescopic triangular piece 4-2-3; positioning gear 4-3; central axis fixing piece 4-4; auxiliary moving mechanism 5; roller 5-1; roller connecting rod 5-2; roller positioning column 5-3 ; Small positioning slot 5-3-1; Roller lifting shell 5-4; Lifting step slot 5-4-1; Side movable slot 5-4-2; Roller height fixing part 5-5; Positioning spring 5-6; Desktop Fixing mechanism 6; Large threaded rod 6-1; Fixing block 1 6-2; Inverted stepped groove 6-2-1; Rotation groove 6-2-2; Limit ring 6-3; Expansion column 6-4; Helical gear pattern 6-4-1; adaptable thread 6-4-2; resistance rubber pad 6-5; fixing block two 6-6; positive step groove 6-6-1; bottom threaded through hole 6-6-2; 6-7; power helical gear 6-8; bottom connecting mechanism 7; buffer plate 7-1; smooth through hole 7-1-1; middle buffer spring 7-2; buffer adjustment threaded rod 7-3; nut 7-4 ;Limiting piece 7-5; Bottom support plate 7-6; Position fixing slot 7-6-1; Spring groove 7-6-2; Shaft slot hole 7-6-3; L-shaped positioning member 7-8; rotating bottom shaft 7-9; angle adjustment groove 7-9-1; threaded stepped groove 7-9-2; main limit ring 7-10.

Detailed ways

Specific implementation one:

The present embodiment will be described below with reference to Figs. , The present invention relates to a medical imaging correlation, more specifically, a new type of multifunctional placement device for medical imaging, including a top fixing mechanism 1, a lifting connection mechanism 2, an image backplane 3, an image fixing mechanism 4, an auxiliary movement Mechanism 5, desktop fixing mechanism 6, bottom connecting mechanism 7, this device has lifting function, height increasing function, fixing function, buffering function, moving function, rotating image function, the device can be disassembled, flexible to use, and easy to operate.

The top fixing mechanism 1 includes an expansion bolt 1-1, a top fixing plate 1-2, a two-way threaded rod 1-3, a helical gear 1-4, a power rod 1-5, a helical gear 2 1-6, and a bead zipper. 1-7. Connecting ropes 1-8, expansion bolts 1-1 are connected with the top fixing plate 1-2 through through holes, and the top fixing plate 1-2 is connected with the power rod 1-5 through the special-shaped groove 1-2-1. Connection, the power rod 1-5 and the helical gear 2 1-6 are fixedly connected through the through hole, the top fixing plate 1-2 and the two-way threaded rod 1-3 are connected through the limit step groove 1-2-2, and the two-way threaded rod 1 -3 is fixedly connected with the first helical gear 1-4, the first helical gear 1-4 is engaged with the second helical gear 1-6, the bead zipper 1-7 is connected with the power rod 1-5 through the hemispherical groove 1-5-1 Connection, the connecting rope 1-8 is fixedly connected with the power rod 1-5;

The top fixed plate 1-2 is provided with a special-shaped groove 1-2-1, a limit stepped groove 1-2-2, a fixed through hole 1-2-3, a fixed through hole 1-2-3 and an expansion bolt 1- 1 is suitable;

The bidirectional threaded rod 1-3 is provided with a forward thread 1-3-1 and a reverse thread 1-3-2;

The power rod 1-5 is provided with a hemispherical groove 1-5-1;

The lifting connecting mechanism 2 includes a lifting folding part 2-1, a rope fixing ring 2-2, a middle layer fixing plate 2-3, a connecting rod 2-4, the middle layer fixing plate 2-3 is fixedly connected with the connecting rod 2-4, and the lifting folding part 2-1 is connected with the connecting rod 2-4 through the through hole, the rope fixing ring 2-2 is fixedly connected with the middle fixing plate 2-3, the rope fixing ring 2-2 is fixedly connected with the connecting rope 1-8, and the rope fixing ring 2 -2 plays the role of connection, and connecting rods 2-4 play the role of fixed position;

Lifting and folding part 2-1 includes connecting foot one 2-1-1, connecting foot two 2-1-2, folding part 2-1-3, connecting foot three 2-1-4, connecting foot one 2-1-1 It is hinged with the folding part 2-1-3, the connecting foot 2-1-2 is hinged with the folding part 2-1-3, the folding part 2-1-3 is hinged with the connecting foot 3 2-1-4, and the connection is Foot one 2-1-1 engages with the two-way threaded rod 1-3 through the reverse thread 1-3-2, connecting foot two 2-1-2 and the two-way threaded rod 1-3 through the forward thread 1-3-1 Meshing, the connecting foot 3 2-1-4 is connected with the connecting rod 2-4 through the sliding through hole 2-1-4-1;

The connecting foot 1 2-1-1 is provided with a reverse thread through hole 2-1-1-1, and the reverse thread through hole 2-1-1-1 is matched with the reverse thread 1-3-2;

The connecting foot two 2-1-2 is provided with a forward thread through hole 2-1-2-1, and the forward thread through hole 2-1-2-1 is matched with the forward thread 1-3-1;

A sliding through hole 2-1-4-1 is arranged on the connecting foot 3 2-1-4;

The middle-layer fixing plate 2-3 is provided with a fixed connection slot 2-3-1, an adaptable slot 2-3-2 for the expansion piece, and the adaption slot 2-3-2 for the expansion piece is adapted to the lifting and folding piece 2-1;

The image backplane 3 includes a backplane main body 3-1, a triangular connector 3-2, a sliding rod 3-3, a double-sided support spring 3-4, a lifting assembly 3-5, a backplane main body 3-1 and a sliding rod 3- 3 Fixed connection, the sliding rod 3-3 is connected with the triangular connector 3-2 through the movable through hole 3-2-1, the triangular connector 3-2 is fixedly connected with the double-sided support spring 3-4, and the double-sided support spring 3 -4 is adapted to the main body 3-1 of the back plate through the upper end adapting groove 3-1-2, the triangular connecting piece 3-2 is connected to the middle fixing plate 2-3 through the fixed connecting groove 2-3-1, and the main body 3 of the back plate -1 is connected with the lifting assembly 3-5 through the assembly adapting groove 3-1-3, the sliding rod 3-3 plays the role of defining the triangular connector 3-2, and the triangular connector 3-2 plays the role of connection;

The back plate main body 3-1 is provided with a central through hole 3-1-1, an upper end adaptation slot 3-1-2, and a component adaptation slot 3-1-3;

A movable through hole 3-2-1 is arranged on the triangular connecting piece 3-2;

Lifting assembly 3-5 includes lifting column 3-5-1, manual gear 3-5-2, balance gear 3-5-3, small structure shell 3-5-4, positioning support 3-5-5, small thread Rod 3-5-6, support spring 3-5-7, lifting column 3-5-1 is engaged with manual gear 3-5-2, lifting column 3-5-1 is engaged with balance gear 3-5-3 , the manual gear 3-5-2 and the balance gear 3-5-3 are connected with the main body 3-1 of the back plate through the shaft, and the main body 3-1 of the back plate is fixedly connected with the small structure shell 3-5-4, the small structure shell 3-5-4 is connected with the positioning support 3-5-5 through the three-stage stepped through hole 3-5-4-1, and the positioning support 3-5-5 is connected with the positioning groove 3-5-1-1. Adaptation, the positioning support 3-5-5 is fixedly connected with the support spring 3-5-7, and the positioning support 3-5-5 is connected with the small threaded rod 3-5-6 through the small threaded hole 3-5-5-1 Meshing, the support spring 3-5-7 plays the role of supporting the positioning support 3-5-5, and the balance gear 3-5-3 plays the role of maintaining the balance;

A positioning groove 3-5-1-1 is arranged on the lifting column 3-5-1;

The small structural shell 3-5-4 is provided with a three-stage stepped through hole 3-5-4-1;

The positioning support 3-5-5 is provided with a small threaded hole 3-5-5-1;

The image fixing mechanism 4 includes a fixing clip 4-1, a locking gear 4-2, a positioning gear 4-3, a central axis fixing member 4-4, and the central axis fixing member 4-4 and the back plate main body 3-1 pass through a central through hole 3-1-1 is fixedly connected, the positioning gear 4-3 is fixedly connected with the central shaft fixing piece 4-4, the locking gear 4-2 is adapted to the positioning gear 4-3, the fixing clip 4-1 is connected with the locking gear 4- 2 fixed connection;

The fixing clip 4-1 includes an L-shaped connecting piece 4-1-1, an I-shaped threaded rod 4-1-2, a spring 4-1-3, a curved piece 4-1-4, and a curved elastic piece 4-1- 5. Extrusion threaded rod 4-1-6, hemispherical pad 1 4-1-7, snap-in slider 4-1-8, extension tube 4-1-9, end fixing piece 4-1-10, The spherical piece 4-1-11, the L-shaped connecting piece 4-1-1 and the I-threaded rod 4-1-2 engage with the small threaded through hole 4-1-1-1, and the I-threaded rod 4-1- 2. It is fixedly connected with spring one 4-1-3, spring one 4-1-3 is in contact with the curved piece 4-1-4, and the curved piece 4-1-4 is in phase with the L-shaped connecting piece 4-1-1. Hinged, the curved piece 4-1-4 is fixedly connected with the curved elastic piece 4-1-5, the curved piece 4-1-4 and the extruded threaded rod 4-1-6 are adjusted through the threaded hole 4-1-4- 1 engage, extrude the threaded rod 4-1-6 and the spherical piece 4-1-11 are fixedly connected, and the spherical piece 4-1-11 and the curved spring piece 4-1-5 pass through the spherical through hole 4-1-5- 1 is connected, the curved piece 4-1-4 is fixedly connected with the hemispherical pad 4-1-7, the hemispherical pad 4-1-7 is fixedly connected with the curved shrapnel 4-1-5, and the curved shrapnel 4 -1-5 is fixedly connected with the card position slider 4-1-8, the card position slider 4-1-8 is adapted to the extension tube 4-1-9 through the through hole, and the extension tube 4-1-9 is connected to the tail end The fixing piece 4-1-10 is adapted through the through hole, the locking slider 4-1-8 plays the role of fixing the position, the spherical piece 4-1-11 plays the role of limiting the position, the spring one 4-1-3 It plays the role of supporting the bending part 4-1-4;

The L-shaped connector 4-1-1 is provided with a small threaded through hole 4-1-1-1;

The bending part 4-1-4 is provided with an adjusting screw hole 4-1-4-1;

The curved shrapnel 4-1-5 is provided with a spherical through hole 4-1-5-1;

The extension tube 4-1-9 includes a tube body 4-1-9-1, an LED lamp 4-1-9-2, and the tube body 4-1-9-1 and the LED lamp 4-1-9-2 pass through the groove fixed connection;

The tube main body 4-1-9-1 is provided with a long three-stage stepped hole 4-1-9-1-1, and the tube main body 4-1-9-1 and the clamping slider 4-1-8 pass through the long three-stage ladder hole 4-1-9-1-1. The stepped hole 4-1-9-1-1 is connected, and the pipe body 4-1-9-1 is connected with the telescopic piece 4-1-10-1 through the long three-stage stepped hole 4-1-9-1-1 ;

The tail end fixing part 4-1-10 includes a telescopic part 4-1-10-1, a limit block 4-1-10-2, a small lifting plate 4-1-10-3, a hemispherical pad 2 4-1- 10-4. The fine adjustment threaded rod 4-1-10-5, the expansion piece 4-1-10-1 is fixedly connected with the hemispherical pad 2 4-1-10-4, the expansion piece 4-1-10-1 is connected with the limiter The position block 4-1-10-2 is connected through the stepped groove 4-1-10-1-1, and the limit block 4-1-10-2 is fixedly connected with the fine adjustment threaded rod 4-1-10-5, and the fine adjustment The threaded rod 4-1-10-5 is engaged with the lifting small plate 4-1-10-3 through the fine adjustment threaded hole 4-1-10-3-1, and the lifting small plate 4-1-10-3 is connected with the hemispherical pad The second 4-1-10-4 is fixedly connected, the hemispherical pad 2 4-1-10-4 plays the role of increasing the resistance, and the limit block 4-1-10-2 plays the role of fixing the position;

The telescopic piece 4-1-10-1 is provided with a stepped groove 4-1-10-1-1;

The lifting small plate 4-1-10-3 is provided with a fine adjustment screw hole 4-1-10-3-1;

The locking gear 4-2 includes a ring member 4-2-1, a small spring 4-2-2, a telescopic triangle member 4-2-3, and the ring member 4-2-1 and the small spring 4-2-2 pass through the expansion groove 4-2-1-1 is connected, the small spring 4-2-2 is fixedly connected with the telescopic triangular piece 4-2-3, and the telescopic triangular piece 4-2-3 is adapted to the positioning gear 4-3;

An expansion groove 4-2-1-1 is provided on the ring member 4-2-1;

The auxiliary moving mechanism 5 includes a roller 5-1, a roller connecting rod 5-2, a roller positioning column 5-3, a roller lifting shell 5-4, a roller height fixing member 5-5, a positioning spring 5-6, the roller 5-1 and the roller 5-1. The roller connecting rod 5-2 is connected by the shaft, the roller connecting rod 5-2 is fixedly connected with the roller positioning column 5-3, and the roller positioning column 5-3 is connected with the roller lifting shell 5-4 through the lifting step groove 5-4-1. Connection, the roller positioning column 5-3 is adapted to the roller height fixing member 5-5 through the small positioning groove 5-3-1, the roller height fixing member 5-5 is fixedly connected with the positioning spring 5-6, and the roller height fixing member 5- 5 is connected with the roller lifting shell 5-4 through the side movable groove 5-4-2, the roller lifting shell 5-4 is fixedly connected with the fixing block 1 6-2, and the positioning spring 5-6 is used to support the roller height fixing part 5- 5 role;

A small positioning groove 5-3-1 is arranged on the roller positioning column 5-3;

The roller lifting shell 5-4 is provided with a lifting step groove 5-4-1 and a side movable groove 5-4-2;

The desktop fixing mechanism 6 includes a large threaded rod 6-1, a fixing block 6-2, a limit ring 6-3, an expansion column 6-4, a resistance rubber pad 6-5, a fixing block 6-6, and a lifting connector 6 -7. The power helical gear 6-8, the fixing block 1 6-2 and the limit ring 6-3 are connected through the groove 6-2-2 for rotation, and the limit ring 6-3 and the expansion column 6-4 pass through the connection The holes are fixedly connected, and the expansion column 6-4 is engaged with the power helical gear 6-8. The power helical gear 6-8 is fixedly connected with the large threaded rod 6-1 through the through hole, the large threaded rod 6-1 and the fixing block 2 6-6 are engaged through the bottom threaded through hole 6-6-2, and the fixing block 2 6- 6 is connected with the lifting connecting piece 6-7 through the positive step groove 6-6-1, the lifting connecting piece 6-7 is connected with the fixing block one 6-2 through the reverse step groove 6-2-1, and the fixing block two 6- 6 It is fixedly connected with the resistance rubber pad 6-5, the limit ring 6-3 plays the role of fixing the position, and the resistance rubber pad 6-5 plays the role of increasing the friction force;

The fixed block one 6-2 is provided with an inverted stepped groove 6-2-1 and a groove for rotation 6-2-2;

The expansion column 6-4 is provided with a helical gear pattern 6-4-1, an adaptable thread 6-4-2, the helical gear pattern 6-4-1 is matched with the power helical gear 6-8, and the rotating bottom shaft 7-9 Engage with the expansion column 6-4 through the threaded stepped groove 7-9-2;

The second fixing block 6-6 is provided with a positive stepped groove 6-6-1 and a bottom threaded through hole 6-6-2;

The bottom connecting mechanism 7 includes a buffer plate 7-1, a middle layer buffer spring 7-2, a buffer adjustment threaded rod 7-3, a nut 7-4, a limiter 7-5, a bottom support plate 7-6, and a spring 7 for clamping -7. L-shaped positioning member 7-8, rotating bottom shaft 7-9, main limit ring 7-10, buffer plate 7-1 is fixedly connected with the middle buffer spring 7-2, and the middle buffer spring 7-2 is supported by the bottom layer The plate 7-6 is fixedly connected, the buffer adjustment threaded rod 7-3 is engaged with the nut 7-4, the buffer plate 7-1 is connected with the buffer adjustment threaded rod 7-3 through the smooth through hole 7-1-1, and the buffer adjustment thread The rod 7-3 is fixedly connected with the limiter 7-5, the limiter 7-5 is connected with the bottom support plate 7-6 through the position fixing groove 7-6-1, and the bottom support plate 7-6 is connected with the spring for the position 7-7 is fixedly connected through the spring groove 7-6-2, the spring 7-7 is fixedly connected with the L-shaped positioning member 7-8, and the L-shaped positioning member 7-8 and the rotating bottom shaft 7-9 are adjusted by the angle The groove 7-9-1 is connected, the rotating bottom shaft 7-9 and the main limit ring 7-10 are fixedly connected through the through hole, and the main limit ring 7-10 and the bottom support plate 7-6 pass through the shaft slot hole 7-6 -3 is connected, the lifting column 3-5-1 is fixedly connected with the buffer plate 7-1, the main limit ring 7-10 plays the role of fixing the position, and the spring 7-7 for the clamping position plays the role of supporting the L-shaped positioning member 7 The role of -8, the limiter 7-5 plays the role of a fixed position;

The buffer plate 7-1 is provided with a smooth through hole 7-1-1;

The bottom support plate 7-6 is provided with a position fixing groove 7-6-1, a spring groove 7-6-2, and a shaft groove hole 7-6-3;

The rotating bottom shaft 7-9 is provided with an angle adjustment groove 7-9-1 and a threaded stepped groove 7-9-2, which are adapted to match the thread 6-4-2 with the threaded stepped groove 7-9-2;

The top fixing mechanism 1 is connected with the lifting connecting mechanism 2, the image backboard 3 is connected with the lifting connecting mechanism 2, the image backboard 3 is connected with the image fixing mechanism 4, the auxiliary moving mechanism 5 is connected with the desktop fixing mechanism 6, and the bottom is connected The mechanism 7 is connected with the desktop fixing mechanism 6 , and the image backboard 3 is connected with the bottom connecting mechanism 7 .

Specific implementation two:

The present embodiment will be described below with reference to Figs. , this embodiment further describes the first embodiment, the connecting rope 1-8 is located in the middle of the power rod 1-5.

Specific implementation three:

The present embodiment will be described below with reference to Figs. In this embodiment, Embodiment 1 is further described. The number of the fixing clips 4-1 is six, and they are evenly distributed around the clamping gear 4-2.

Specific implementation four:

The present embodiment will be described below with reference to Figs. In this embodiment, the first embodiment is further described, and the locking gear 4-2, the positioning gear 4-3 and the central axis fixing member 4-4 have the same center line.

How to use the device: fix the top fixing mechanism 1 on the roof through the expansion bolt 1-1, pull the bead zipper 1-7, and the bead zipper 1-7 drives the power rod 1-5 to rotate, so that the second helical gear 1-6 drives The helical gear one 1-4 rotates, and the helical gear one 1-4 rotates the two-way threaded rod 1-3, so that the connecting foot one 2-1-1 and the connecting foot two 2-1-2 move relative to each other, so that the lifting and folding parts can be lifted and lowered. 2-1 Contraction or extension, at the same time, the power rod 1-5 winds or pays off the connecting rope 1-8. At this time, the device on the bottom layer of the top fixing mechanism 1 can be raised to a corresponding height, which is convenient for viewing and saves money. Clinic space.

Pinch the triangular connector 3-2 at both ends to make the triangular connector 3-2 separate from the fixed connection slot 2-3-1. At this time, the device is divided into two parts. The disassembled device is easy to move and can be used for other operations according to the actual situation. .

Place the two ends of the image material respectively between the hemispherical pad 1 4-1-7 and the hemispherical pad 2 4-1-10-4, rotate and extrude the threaded rod 4-1-6, so that the curved part 4- The distance between 1-4 and the curved shrapnel 4-1-5 is shortened, which plays the role of clamping. Rotate the fine-tuning threaded rod 4-1-10-5 to make the lifting small plate 4-1-10-3 and the telescopic plate 4-1-10-3. The distance between the parts 4-1-10-1 is shortened, which plays the role of clamping. At this time, the image material is irradiated by the LED light 4-1-9-2 for easy viewing. Among them, the hemispherical pad 4-1-7 And hemispherical pad two 4-1-10-4 play the role of increasing resistance.

Rotate the I-shaped threaded rod 4-1-2, the I-shaped threaded rod 4-1-2 drives the spring 1 4-1-3 to extrude the bent piece 4-1-4, enlarge the extension tube 4-1-9 and the back Frictional force between the plate bodies 3-1.

The position of the card position slider 4-1-8 and the telescopic piece 4-1-10-1 in the long three-step stepped hole 4-1-9-1-1 can be manually adjusted to adjust the length to suit the Image material of different sizes.

Turn the fixing clip 4-1 counterclockwise to make the positioning gear 4-2 rotate relative to the positioning gear 4-3, wherein the telescopic triangular piece 4-2-3 supports the function of the small spring 4-2-2, and the small spring 4- 2-2 acts as a stopper.

Rotate the small threaded rod 3-5-6, so that the positioning support 3-5-5 is separated from the positioning groove 3-5-1-1, at this time, rotate the manual gear 3-5-2 and the manual gear 3-5-2 Drive the lifting column 3-5-1 to move downward, in which the balance gear 3-5-3 plays the role of maintaining the balance. When the lifting column 3-5-1 is adjusted to the required height, it will pass the positioning support 3- 5-5 fixed.

Pull the roller height fixing member 5-5 to make the roller height fixing member 5-5 separate from the small positioning groove 5-3-1. At this time, the positional relationship of the roller positioning column 5-3 in the lifting step groove 5-4-1 can be adjusted. , and is fixed by the roller height fixing member 5-5 to adjust the height of the roller 5-1.

Place the bottom of the rotating bottom shaft 7-9 on the desktop, and then rotate the large threaded rod 6-1. The large threaded rod 6-1 drives the expansion column 6-4 to rotate through the power helical gear 6-8, and the expansion column 6-4 rotates. Move in the threaded stepped groove 7-9-2 to shorten the distance between the desktop fixing mechanism 6 and the bottom connecting mechanism 7, and at the same time, the large threaded rod 6-1 drives the fixing block 2 6-6 to move upward, making the fixing block 1 6- 2. Clamp the edge of the table with the fixing block 2 6-6 to fix it.

Rotate the nut 7-4, and the nut 7-4 squeezes the buffer plate 7-1 to adjust the buffering force of the buffer spring 7-2 in the middle layer to the buffer plate 7-1.

Move the L-shaped positioning piece 7-8 upwards, so that the L-shaped positioning piece 7-8 is separated from the angle adjustment groove 7-9-1. At this time, the bottom support plate 7-6 can be rotated, and after passing the L-shaped positioning piece 7-8 and the angle The adjusting grooves 7-9-1 are matched and fixed to adjust the inclination angle of the device.

The device has a lifting function, a height increasing function, a fixed function, a buffering function, a moving function, and a rotating image function.

Of course, the above description does not limit the present invention, and the present invention is not limited to the above examples. Changes, modifications, additions or substitutions made by those of ordinary skill in the art within the essential scope of the present invention also belong to the present invention. protected range.

Claims (4)

1. a kind of new-type multi-functional apparatus for placing of medical imaging, including top layer fixed mechanism (1), go up and down bindiny mechanism (2), Image backboard (3), image fixed mechanism (4), auxiliary mobile mechanism (5), desktop fixed mechanism (6), bottom bindiny mechanism (7), It is characterized by: the top layer fixed mechanism (1) includes expansion bolt (1-1), top layer fixed plate (1-2), bidirectional helical bar (1-3), helical gear one (1-4), power rail (1-5), helical gear two (1-6), pearl zipper (1-7), connecting rope (1-8), expanding screw Bolt (1-1) is connected with top layer fixed plate (1-2) by through-hole, and top layer fixed plate (1-2) is recessed by abnormity with power rail (1-5) Slot (1-2-1) is connected, and power rail (1-5) is fixedly connected with helical gear two (1-6) by through-hole, top layer fixed plate (1-2) with Bidirectional helical bar (1-3) is connected by limiting stepped groove (1-2-2), and bidirectional helical bar (1-3) and helical gear one (1-4) are fixed Connection, helical gear one (1-4) are mutually engaged with helical gear two (1-6), and pearl zipper (1-7) is recessed by hemispherical with power rail (1-5) Slot (1-5-1) is connected, and connecting rope (1-8) is fixedly connected with power rail (1-5)；

Special impression (1-2-1), limit stepped groove (1-2-2), fixed hole (1-2-3) are provided in top layer fixed plate (1-2), Fixed hole (1-2-3) and expansion bolt (1-1) are adapted；

Forward screw thread (1-3-1), reverse thread (1-3-2) are provided on bidirectional helical bar (1-3)；

Hemispherical groove (1-5-1) is provided on power rail (1-5)；

Lifting bindiny mechanism (2) includes elevating folding part (2-1), rope fixed ring (2-2), middle layer fixed plate (2-3), connecting rod (2-4), middle layer fixed plate (2-3) are fixedly connected with connecting rod (2-4), and elevating folding part (2-1) and connecting rod (2-4) are by leading to Hole is connected, and rope fixed ring (2-2) is fixedly connected with middle layer fixed plate (2-3), and rope fixed ring (2-2) and connecting rope (1-8) are solid Fixed connection；

Elevating folding part (2-1) includes connecting pin one (2-1-1), connecting pin two (2-1-2), folded piece (2-1-3), connecting pin three (2-1-4), connecting pin one (2-1-1) are hinged with folded piece (2-1-3), connecting pin two (2-1-2) and folded piece (2-1-3) phase Hingedly, folded piece (2-1-3) is hinged with connecting pin three (2-1-4), and connecting pin one (2-1-1) and bidirectional helical bar (1-3) are logical It crosses reverse thread (1-3-2) to be meshed, connecting pin two (2-1-2) passes through forward screw thread (1-3-1) phase with bidirectional helical bar (1-3) Engagement, connecting pin three (2-1-4) are connected with connecting rod (2-4) by sliding through hole (2-1-4-1)；

It is provided on connecting pin one (2-1-1) reverse thread through-hole (2-1-1-1), reverse thread through-hole (2-1-1-1) and reversed Screw thread (1-3-2) matches；

It is provided on connecting pin two (2-1-2) forward screw thread through-hole (2-1-2-1), forward screw thread through-hole (2-1-2-1) and forward direction Screw thread (1-3-1) matches；

Sliding through hole (2-1-4-1) is provided on connecting pin three (2-1-4)；

It is provided in middle layer fixed plate (2-3) and is fixedly connected with slot (2-3-1), extensible member adapts to slot (2-3-2), extensible member adaptation slot (2-3-2) and elevating folding part (2-1) is adapted；

Image backboard (3) includes back plate main body (3-1), triangle connector (3-2), sliding bar (3-3), double side support spring (3-4), lifting assembly (3-5), back plate main body (3-1) are fixedly connected with sliding bar (3-3), and sliding bar (3-3) and triangle connect Fitting (3-2) passes through movable through-hole (3-2-1) and is connected, triangle connector (3-2) and double side support spring (3-4) fixed company It connects, double side support spring (3-4) and back plate main body (3-1) adapt to slot (3-1-2) by upper end and be adapted, triangle connector (3-2) is connected with middle layer fixed plate (2-3) by being fixedly connected with slot (2-3-1), back plate main body (3-1) and lifting assembly (3- 5) slot (3-1-3) is adapted to by component to be connected；

Central through hole (3-1-1) is provided in back plate main body (3-1), upper end adapts to slot (3-1-2), component adapts to slot (3-1-3)；

Movable through-hole (3-2-1) is provided on triangle connector (3-2)；

Lifting assembly (3-5) includes lifting column (3-5-1), manual gear (3-5-2), balance gear (3-5-3), small structural shell (3-5-4), positioning supporting part (3-5-5), minor thread bar (3-5-6), support spring (3-5-7), lifting column (3-5-1) and manually Gear (3-5-2) is mutually engaged, and lifting column (3-5-1) is mutually engaged with balance gear (3-5-3), manual gear (3-5-2) and balance Gear (3-5-3) is connected with back plate main body (3-1) by axis, back plate main body (3-1) and small structural shell (3-5-4) fixed company It connects, small structural shell (3-5-4) is connected with positioning supporting part (3-5-5) by three-level ladder hole (3-5-4-1), positioning support Part (3-5-5) and positioning groove (3-5-1-1) are adapted, positioning supporting part (3-5-5) and support spring (3-5-7) fixed company It connects, positioning supporting part (3-5-5) is meshed with minor thread bar (3-5-6) by minor thread hole (3-5-5-1)；

Positioning groove (3-5-1-1) is provided on lifting column (3-5-1)；

Three-level ladder hole (3-5-4-1) is provided on small structural shell (3-5-4)；

Minor thread hole (3-5-5-1) is provided on positioning supporting part (3-5-5)；

Image fixed mechanism (4) includes fixing clamp (4-1), detent gear (4-2), positioning gear (4-3), axis fixing piece (4- 4), axis fixing piece (4-4) and back plate main body (3-1) are fixedly connected by central through hole (3-1-1), positioning gear (4-3) with Axis fixing piece (4-4) is fixedly connected, and detent gear (4-2) and positioning gear (4-3) are adapted, fixing clamp (4-1) and detent Gear (4-2) is fixedly connected；

Fixing clamp (4-1) includes L shape connector (4-1-1), I-shaped threaded rod (4-1-2), spring one (4-1-3), bend piece (4- 1-4), bend shape shrapnel (4-1-5), thread-rolling screw bar (4-1-6), hemispherical pad one (4-1-7), detent sliding block (4-1-8), lengthening Manage (4-1-9), tail end fixing piece (4-1-10), spherical parts (4-1-11), L shape connector (4-1-1) and I-shaped threaded rod (4-1- 2) it is meshed by small-sized tapped through hole (4-1-1-1), I-shaped threaded rod (4-1-2) is fixedly connected with spring one (4-1-3), bullet Spring one (4-1-3) and bend piece (4-1-4) are connected, and bend piece (4-1-4) is hinged with L shape connector (4-1-1), bending Part (4-1-4) is fixedly connected with bend shape shrapnel (4-1-5), and bend piece (4-1-4) and thread-rolling screw bar (4-1-6) are by adjusting spiral shell Pit (4-1-4-1) is meshed, and thread-rolling screw bar (4-1-6) is fixedly connected with spherical parts (4-1-11), spherical parts (4-1-11) Pass through spherical through-hole (4-1-5-1) with bend shape shrapnel (4-1-5) to be connected, bend piece (4-1-4) and hemispherical pad one (4-1-7) It is fixedly connected, hemispherical pad one (4-1-7) is fixedly connected with bend shape shrapnel (4-1-5), bend shape shrapnel (4-1-5) and detent sliding block (4-1-8) is fixedly connected, and detent sliding block (4-1-8) and extension pipe (4-1-9) are adapted by through-hole, extension pipe (4-1-9) with Tail end fixing piece (4-1-10) is adapted by through-hole；

Small-sized tapped through hole (4-1-1-1) is provided on L shape connector (4-1-1)；

It is provided on bend piece (4-1-4) and adjusts threaded hole (4-1-4-1)；

Spherical through-hole (4-1-5-1) is provided on bend shape shrapnel (4-1-5)；

Extension pipe (4-1-9) includes pipe main body (4-1-9-1), LED light (4-1-9-2), pipe main body (4-1-9-1) and LED light (4- 1-9-2) it is fixedly connected by groove；

Long three-level stepped hole (4-1-9-1-1), pipe main body (4-1-9-1) and detent sliding block are provided in pipe main body (4-1-9-1) (4-1-8) is connected by long three-level stepped hole (4-1-9-1-1), and pipe main body (4-1-9-1) and extensible member (4-1-10-1) are logical Too long three-level stepped hole (4-1-9-1-1) is connected；

Tail end fixing piece (4-1-10) includes extensible member (4-1-10-1), limited block (4-1-10-2), lifting platelet (4-1-10- 3), hemispherical pad two (4-1-10-4), fine tuning threaded rod (4-1-10-5), extensible member (4-1-10-1) and two (4- of hemispherical pad It 1-10-4) is fixedly connected, extensible member (4-1-10-1) passes through step groove (4-1-10-1-1) phase with limited block (4-1-10-2) Connection, limited block (4-1-10-2) are fixedly connected with fine tuning threaded rod (4-1-10-5), fine tuning threaded rod (4-1-10-5) and liter Drop platelet (4-1-10-3) is meshed by finely tuning threaded hole (4-1-10-3-1), lifting platelet (4-1-10-3) and hemispherical pad Two (4-1-10-4) are fixedly connected；

Step groove (4-1-10-1-1) is provided on extensible member (4-1-10-1)；

Fine tuning threaded hole (4-1-10-3-1) is provided in lifting platelet (4-1-10-3)；

Detent gear (4-2) includes annular element (4-2-1), small spring (4-2-2), flexible triangle part (4-2-3), annular element (4-2-1) is connected with small spring (4-2-2) by telescopic chute (4-2-1-1), small spring (4-2-2) and flexible triangle part (4-2-3) is fixedly connected, and stretches triangle part (4-2-3) and positioning gear (4-3) is adapted；

Telescopic chute (4-2-1-1) is provided on annular element (4-2-1)；

Auxiliary mobile mechanism (5) includes idler wheel (5-1), roller connecting rod (5-2), idler wheel positioning column (5-3), idler wheel lifting shell (5-4), idler wheel height fixing piece (5-5), retaining spring (5-6), idler wheel (5-1) are connected with roller connecting rod (5-2) by axis It connects, roller connecting rod (5-2) is fixedly connected with idler wheel positioning column (5-3), idler wheel positioning column (5-3) and idler wheel lifting shell (5-4) It is connected by escalator slot (5-4-1), idler wheel positioning column (5-3) and idler wheel height fixing piece (5-5) pass through small locating slot (5-3-1) is adapted, and idler wheel height fixing piece (5-5) is fixedly connected with retaining spring (5-6), idler wheel height fixing piece (5-5) It is connected with idler wheel lifting shell (5-4) by side loose slot (5-4-2), it is fixed that idler wheel goes up and down shell (5-4) and fixed block one (6-2) Connection；

Small locating slot (5-3-1) is provided on idler wheel positioning column (5-3)；

Escalator slot (5-4-1), side loose slot (5-4-2) are provided in idler wheel lifting shell (5-4)；

Desktop fixed mechanism (6) includes major thread bar (6-1), fixed block one (6-2), stop collar (6-3), expands column (6-4), resistance Power rubber mat (6-5), fixed block two (6-6), lifting connector (6-7), power helical gear (6-8), fixed block one (6-2) and limit Ring (6-3) is connected by rotation with groove (6-2-2), and stop collar (6-3) is fixedly connected with expansion column (6-4) by through-hole, Expand column (6-4) to be mutually engaged with power helical gear (6-8).Power helical gear (6-8) is fixed with major thread bar (6-1) by through-hole Connection, major thread bar (6-1) are meshed with fixed block two (6-6) by bottom thread through-hole (6-6-2), fixed block two (6-6) It is connected with lifting connector (6-7) by positive stepped groove (6-6-1), lifting connector (6-7) passes through with fixed block one (6-2) Inverted steps slot (6-2-1) is connected, and fixed block two (6-6) is fixedly connected with resistance rubber mat (6-5)；

Inverted steps slot (6-2-1) is provided on fixed block one (6-2), groove (6-2-2) is used in rotation；

Expand on column (6-4) and is provided with helical gear line (6-4-1), adapts to screw thread (6-4-2), helical gear line (6-4-1) and power Helical gear (6-8) matches, rotation lower shaft (7-9) is meshed with expansion column (6-4) by threading steps slot (7-9-2)；

Positive stepped groove (6-6-1), bottom thread through-hole (6-6-2) are provided on fixed block two (6-6)；

Bottom bindiny mechanism (7) includes buffer board (7-1), middle layer buffer spring (7-2), buffering adjusting threaded rod (7-3), nut (7-4), locating part (7-5), base layer support plate (7-6), detent spring (7-7), L shape locating piece (7-8), rotation lower shaft (7- 9), main stop collar (7-10), buffer board (7-1) are fixedly connected with middle layer buffer spring (7-2), middle layer buffer spring (7-2) with Base layer support plate (7-6) is fixedly connected, buffering adjust threaded rod (7-3) be meshed with nut (7-4), buffer board (7-1) with delay It reconstitutes section threaded rod (7-3) to be connected by smooth bore (7-1-1), it is solid that buffering adjusts threaded rod (7-3) and locating part (7-5) Fixed connection, locating part (7-5) are connected with base layer support plate (7-6) by position fixing groove (7-6-1), base layer support plate (7- 6) it is fixedly connected with detent with spring (7-7) by spring groove (7-6-2), detent spring (7-7) and L shape locating piece (7- 8) it is fixedly connected, L shape locating piece (7-8) is connected with rotation lower shaft (7-9) by angular adjustment slot (7-9-1), and lower shaft is rotated (7-9) is fixedly connected with main stop collar (7-10) by through-hole, and main stop collar (7-10) and base layer support plate (7-6) pass through axial trough (7-6-3) is connected in hole, and lifting column (3-5-1) is fixedly connected with buffer board (7-1)；

Smooth bore (7-1-1) is provided on buffer board (7-1)；

Position fixing groove (7-6-1), spring groove (7-6-2), axial trough hole (7-6-3) are provided on base layer support plate (7-6)；

It is provided with angular adjustment slot (7-9-1), threading steps slot (7-9-2) in rotation lower shaft (7-9), adapts to screw thread (6-4-2) It is matched with threading steps slot (7-9-2)；

Top layer fixed mechanism (1) is connected with lifting bindiny mechanism (2), and image backboard (3) is connected with lifting bindiny mechanism (2) It connecing, image backboard (3) is connected with image fixed mechanism (4), and auxiliary mobile mechanism (5) is connected with desktop fixed mechanism (6), Bottom bindiny mechanism (7) is connected with desktop fixed mechanism (6), and image backboard (3) is connected with bottom bindiny mechanism (7).

2. the multi-functional apparatus for placing of the new-type medical imaging of one kind according to claim 1, it is characterised in that: described Connecting rope (1-8) is located at the middle of power rail (1-5).

3. the multi-functional apparatus for placing of the new-type medical imaging of one kind according to claim 1, it is characterised in that: described There are six the numbers of fixing clamp (4-1), and is evenly distributed in the surrounding of detent gear (4-2).

4. the multi-functional apparatus for placing of the new-type medical imaging of one kind according to claim 1, it is characterised in that: described Detent gear (4-2) positions gear (4-3) and axis fixing piece (4-4) concentrically line.