CN210606648U - Remote medical mobile equipment - Google Patents
Remote medical mobile equipment Download PDFInfo
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- CN210606648U CN210606648U CN201920920231.2U CN201920920231U CN210606648U CN 210606648 U CN210606648 U CN 210606648U CN 201920920231 U CN201920920231 U CN 201920920231U CN 210606648 U CN210606648 U CN 210606648U
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Abstract
The utility model discloses a remote medical mobile device, the utility model discloses a video terminal, portable arm support, telescopic bracket stand, base and truckle, the semi-circular hole has been seted up to video terminal top middle part, and the camera support that supports and rotate the camera is fixed through the fixed connection seat at the back of video terminal, shoots case history through rotatory camera and generates video or picture and transmit for the expert of distal end, realizes the mobilizable long-range consultation of present place, the utility model discloses whole succinct, convenient operation, it is efficient; the utility model discloses need not to do any transformation to former hospital environment, alright carry out various telemedicine services such as long-range ward round, bedside remote consultation, telemedicine teaching, long-range intensive care, removal consultation, also can be used for the long-range academic exchange between doctor and the hospital.
Description
Technical Field
The utility model relates to a medical field especially relates to the telemedicine field.
Background
The method has the advantages that the regions of China are wide, the economic development of each region is unbalanced, the total amount of high-quality medical resources is insufficient, the medical resources are distributed unevenly seriously, the resources are fragmented, doctors in each region are not homogenous in literacy, the high-quality medical resources are mainly concentrated in large and medium cities, the phenomena of lack of medical resources and low medical level in vast rural areas exist for a long time, and the problems of difficult and expensive medical visits of rural common people are not solved fundamentally. At present, domestic remote medical consultation is mostly carried out in a fixed remote consultation room, and the requirements of remote medical services such as intensive care wards, remote ward rounds, remote operation teaching and the like cannot be met.
The remote medical service is the comprehensive application of an audio and video coding technology, a network technology and a medical technology, and a networked information platform is constructed by relying on the modern information technology to communicate medical institutions and patients in different areas and carry out medical activities such as cross-institution and cross-regional medical diagnosis and treatment, medical professional communication and the like. The occurrence of remote medical treatment alleviates the problem caused by unbalanced distribution of medical resources to a certain extent.
In order to provide remote medical services to patients, remote medical service sites need to be constructed in hospitals in various places. The construction of the existing remote medical service site needs a fixed place to install and deploy remote consultation equipment comprising a video conference terminal, a video conference server, a network management system, a remote consultation application server, a camera, a microphone, a high-definition television and the like, and provides special personnel to maintain and manage the equipment.
SUMMERY OF THE UTILITY MODEL
An object of the embodiment of the utility model is to provide a remote medical's mobile device, when aiming at carrying out remote medical among the solution prior art, need install and dispose a large amount of equipment, the installation is disposed the process complicacy, and the debugging is long, maintains the difficulty, and area occupied is big, technical problem that the consultation is inefficient.
The embodiment of the utility model provides a realize like this, a telemedicine's mobile device, including video terminal 1, portable arm support 2, telescopic bracket stand 3, base 4 and truckle 9, the middle part of video terminal 1 top is seted up the semi-circular hole 111 that the diameter is 40-45 millimeters, the hole both sides are equipped with fixed connection seat 112, the camera support that supports and rotates camera 11 is fixed at the back of video terminal 1 through the fixed connection seat;
preferably, the camera bracket comprises a longitudinal bracket 113 and a transverse bracket 114;
the longitudinal support 113 is positioned in the middle of the transverse support and is hollow, is sleeved on a slide bar which is arranged on the transverse support in a protruding manner through a slide groove which is arranged in the middle, and the top end of the longitudinal support is fixedly connected with the camera 11;
the two ends of the transverse bracket 114 are fixed on the back of the video terminal 1 through the fixed connecting seat 112;
preferably, the video terminal 1 is detachably connected with the movable arm support 2;
preferably, convex angles are arranged on two corners below the video terminal 1 in each direction, a supporting frame is arranged on the back of the video terminal, and the convex angles and the supporting frame support the video terminal to stand on a desktop together;
preferably, the video terminal 1 further includes a built-in remote video conference system, which is configured to determine whether an object photographed by the camera 11 is a paper file, and if so, rotate the photographed video or picture by 180 degrees and transmit the rotated video and picture to a remote expert;
preferably, the telescopic bracket upright post 3 is provided with small holes for locking marbles at intervals of 45-55 mm, and the marbles are automatically locked while being telescopic;
preferably, four sides of the base 4 are in a concave arc shape, four corners of the lower surface are respectively provided with a caster 9, and the middle part of the upper surface of the base 4, which faces to one side, is welded with the telescopic bracket upright post 3 and is used for bearing objects required by remote medical treatment;
preferably, the telescopic support upright column 3 is columnar or cuboid, a wire groove is arranged in the telescopic support upright column, one end of the telescopic support upright column is welded with the base 4, and the other end of the telescopic support upright column is connected with the movable arm support 2 through a shaft and is used for hanging a rack device and lifting the height of the mobile equipment;
the movable arm support 2 comprises a rotary support arm for adjusting the shooting angle of the video terminal and a telescopic support arm for adjusting the height of the video terminal, the rotary support arm and the telescopic support arm are in shaft connection, the telescopic support arm is detachably connected with the video terminal 1, and the rotary support arm is in shaft connection with the top end of the telescopic support upright 3;
preferably, the mobile equipment further comprises a storage assembly for storage, wherein the storage assembly comprises a rear storage box 5 and a front storage box 8;
the rear storage box 5 is positioned on the rear side surface of the telescopic support upright post 3, is in an upper opening shape and is used for storing medical tools;
the front storage box 8 is a drawer type storage box, is positioned on the front side surface of the telescopic support upright post 3 and is used for placing medical equipment;
preferably, the mobile device further comprises a supporting plate 6 for placing medical equipment or documents, wherein the supporting plate 6 is positioned on the front side surface of the telescopic bracket upright post 3 and right below the video terminal 1;
a fixed pushing hand used for moving the mobile equipment is arranged at the position of the rear side surface of the telescopic support upright post 3, which is 1000-1200 mm away from the ground.
The utility model has the advantages that:
the utility model discloses a video terminal, portable arm support, telescopic bracket stand, base and truckle, the semi-circular hole has been seted up to video terminal top middle part, and the camera support that supports and rotatory camera is fixed through the fixed connection seat in video terminal back, shoot the case history through rotatory camera and generate video or picture and transmit for the expert of distal end, realize the mobilizable long-range consultation of present spot, the utility model discloses whole succinct, convenient operation, it is efficient; the utility model can carry out various remote medical services such as remote ward round, bedside remote consultation, remote medical teaching, remote intensive care, mobile consultation and the like without any modification to the original hospital environment, and can lead doctors in regions with relatively laggard medical level to be guided by experts for remote training, thereby realizing the visual medical application including remote consultation, operation teaching and the like; it can also be used for remote academic communication between doctors and hospitals; on the other hand, the patient is remotely analyzed by medical record data such as images and the like, the etiology of the patient is judged by combining other data of the patient, a treatment scheme is provided, the remote consultation closer to practical application brings convenience to the patient, and more importantly, direct remote examination and diagnosis can provide direct diagnosis basis for the doctor to judge the illness state of the patient.
Drawings
Fig. 1 is a schematic structural diagram of an embodiment of the present invention;
fig. 2 is a schematic diagram of a back structure of a camera of the video terminal in fig. 1;
FIG. 3 is a schematic interface diagram of the video terminal of FIG. 1;
fig. 4 is a schematic view of the snap lock of the telescoping support pole of fig. 1.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments, and for convenience of description, only the parts related to the embodiments of the present invention are shown. It should be understood that the description of the embodiments herein is merely for purposes of illustration and is not intended to limit the invention.
Example one
Fig. 1 is a schematic structural diagram of a remote medical mobile device according to the present invention, which includes a video terminal 1, a movable arm support 2, a telescopic support column 3, a base 4 and a caster 9;
the video terminal 1 adopts an integrated highly integrated design and comprises a display screen, a microphone, a camera 11, a sound box and other video conference equipment, so that complicated and tedious line connection is avoided, and the video terminal is easy to deploy, install and use;
the microphone adopts a microphone matrix design, and an excellent noise suppression effect is realized;
the camera 11 can rotate in the radial direction, and objects at various angles are shot by rotating the camera, so that sharing of paper medical record files and multi-angle communication are facilitated;
the display screen is designed by adopting a touch screen, so that the addition of complex peripherals is avoided, the overall simplicity and simplicity of the telemedicine mobile equipment are ensured, and the experience and the satisfaction are improved;
in the prior art, the remote medical mobile equipment needs a keyboard and a mouse for operation and use, so that equipment on the remote medical mobile equipment is added, and the remote medical mobile equipment is not beneficial to operation and use of a user; the display screen of the utility model adopts the design of the touch screen, the user can operate and use only by clicking with fingers, and the experience is good;
as shown in fig. 2, which is a schematic view of a back structure of a camera 11 of a video terminal, a semicircular hole 111 with a diameter of 40-45 mm is formed in a middle portion of a top of the video terminal 1, fixed connection seats 112 are formed on two sides of the hole, and a camera support for supporting and rotating the camera 11 is fixed on the back of the video terminal 1 through the fixed connection seats;
said diameter is preferably 42 mm;
the camera support comprises a longitudinal support 113 and a transverse support 114;
the longitudinal support 113 is positioned in the middle of the transverse support and is hollow, is sleeved on a slide bar which is arranged on the transverse support in a protruding manner through a slide groove which is arranged in the middle, and the top end of the longitudinal support is fixedly connected with the camera 11;
the two ends of the transverse bracket 114 are fixed on the back of the video terminal 1 through the fixed connecting seat 112;
when the camera 11 is lifted and rotated, the sliding groove performs radial rotating sliding on the sliding strip, so that the shooting angle of the camera is changed;
the telemedicine mobile device further comprises a supporting plate 6 for placing medical equipment or files, and the supporting plate 6 is positioned on the front side surface of the telescopic support upright post 3 and right below the video terminal 1; the length and the width of the supporting plate 6 are respectively 450-550 mm, preferably 500 mm, and the supporting plate is used for placing medical equipment or files such as a digital electrocardiogram machine and a medical record, is convenient for measuring body data of a patient during bedside consultation and is shared by a video terminal to a remote expert for diagnosis;
the camera 11 can rotate 0-90 degrees along the radial direction of the transverse support 114, a user can place a paper medical record on the supporting plate 6, and the camera which rotates 0-90 degrees shoots the medical record to generate a video or a picture and transmits the video or the picture to a remote expert;
furthermore, convex angles are arranged on two corners below the video terminal 1 in each direction, a supporting frame is arranged on the back of the video terminal, and the convex angles and the supporting frame support the video terminal to stand on a desktop and perform shooting, transmission, interaction and audio and video data processing;
the bottom of the convex angle is 5cm wide, the length of the supporting frame is 33cm, and the width of the supporting frame is 22 cm;
the video terminal 1 can be used with the telemedicine mobile device integrally, and can be used by being placed on a desktop after being detached independently, so that the application scene is wider;
further, the video terminal 1 further includes a power interface 12, a USB computer connection interface 13, an HDMI computer connection interface 14, an HDMI external display interface 15, an SD card slot 16, a storage device USB interface 17, a LAN interface 18, and a LAN expansion interface 19; FIG. 3 is a schematic diagram of the interface at the back of the video terminal;
the power interface 12 is connected with the uninterruptible power supply 10 or a power socket on the base through a power line;
a USB computer connection interface 13 for connecting a computer;
an HDMI computer connection interface 14 for connecting a computer;
two common USB interfaces 13 and HDMI computer connecting interfaces 14 can be conveniently connected with a doctor workstation, and the contents of the workstation are shared to a remote expert through a video conference system built in a video terminal;
the expert generally needs to check the medical record files of the patient when in bedside consultation and remote ward round, the medical record files of the patient generally only exist in the hospital where the patient is located and are not synchronized to the hospital where the expert is located, in order to enable the expert to check the medical record files of the patient in real time, the common solution is to dock the internal information system of the hospital where the patient is located and the hospital where the expert is located, and synchronize the medical record files of the patient to the hospital where the expert is located, but the solution is generally difficult to implement because too many manufacturers of the internal information system of the hospital have large docking difficulty and too many interest parties are involved, the coordination of resources is very difficult, and huge manpower and material resources are needed, the HDMI connecting line interface provided by the video terminal is directly connected with the internal workstation of the hospital, the real-time video desktop of the content in the internal workstation of the hospital can be shared to the remote expert without any modification, the implementation is convenient;
the HDMI external display interface 15 can be connected with an external large-screen television or a display, and displays the video conference content on the external large-screen display, so that the video watching experience of a user is improved;
the SD card slot 16 is used for accessing an SD card and sharing the content in the SD card to a remote expert;
the storage device USB interface 17 is used for accessing storage devices such as a U disk or a mobile hard disk, and the like, sharing the contents in the U disk or the mobile hard disk to a remote expert, and copying the data which needs to be shared to the expert into the U disk or the mobile hard disk by a doctor to be shared to the remote expert;
a LAN interface 18 through which a hospital can access a network if it is provided with a wired network;
the LAN expansion interface 19, can share the network of the video terminal for the computer to use when connecting the computer through this interface, the doctor can connect this interface through the network cable with the doctor's workstation if there is the demand to connect Internet, can use the network of the video terminal to connect to Internet;
further, the video terminal 1 further includes an ethernet switch module, which is used for providing a network interface for the network device, and implementing interconnection and intercommunication between devices;
in the prior art, most hospital networks are local area networks and cannot access the internet, the ethernet switch module can share the network of the video terminal 1 for other doctor workstations, and the doctor workstations of the hospitals can access the internet only by connecting to the LAN interface of the video terminal through network cables;
further, four sides of the base 4 are in a concave arc shape, four corners of the lower surface are respectively provided with a caster 9, the middle part of the upper surface of the base 4, which faces to one side, is welded with the telescopic bracket upright post 3, and the base 4 is used for bearing objects (including each part of the remote medical mobile equipment, tools, files and the like required by remote medical treatment) required by remote medical treatment;
the length and the width of the base 4 are respectively 450 mm-550 mm, preferably 500 mm, the occupied area is small, and the storage is convenient; meanwhile, the concave arc-shaped base is beneficial to reducing the occupied area, can be operated and contacted in a close range and is not unstable;
the base is manufactured by adopting an integrated welding mode and stamping a high-strength thickened steel plate, and the base is stable, firm and reliable;
an uninterruptible power supply 10 is arranged above the base and provides uninterruptible energy for the telemedicine mobile equipment;
the caster wheels 9 are designed as silent caster wheels, can turn 360 degrees, have no sound when moving, cannot affect patients, and can conveniently move in hospital ward and ward; the foot-operated brake is arranged on the caster 9, namely the foot-operated brake stops when being stepped, so that the remote medical mobile equipment can be conveniently fixed and prevented from sliding;
furthermore, the telescopic support upright column 3 is columnar or cuboid, a wire groove is arranged in the telescopic support upright column, one end of the telescopic support upright column is welded with the base 4, and the other end of the telescopic support upright column is connected with the movable arm support 2 through a shaft and is used for hanging a rack device and lifting the height of the telemedicine mobile equipment;
the devices comprise a supporting plate, a storage box, a router box and the like;
the hanging rack mode comprises welding, hanging and the like;
the wire grooves are formed in the telescopic support upright posts 3, so that the data wires can be conveniently stored, the wiring is concealed inside, wiring harness trouble is eliminated, and the appearance is neat;
further, the movable arm support 2 comprises a rotary support arm for adjusting the shooting angle of the video terminal and a telescopic support arm for adjusting the height of the video terminal, the rotary support arm and the telescopic support arm are in shaft connection, the telescopic support arm is detachably connected with the video terminal 1, and the rotary support arm is in shaft connection with the top end of the telescopic support upright 3; the movable arm support 2 is used for rotating and lifting the video terminal 1;
the rotary support arm and the telescopic support arm can adjust the height and the angle of the video terminal more flexibly, and the shooting range is wider;
the video terminal 1 is detachably connected with the movable arm support 2 and is used for shooting, transmitting, interacting and processing audio and video data; the video terminal 1 can be placed at the top of the telemedicine mobile device for use, and can also be placed on a desktop for use after being detached;
the height of the telemedicine mobile equipment can be adjusted to 1200mm-1600mm, the ergonomic design characteristics are met, and the height adjustment of a user from a sitting posture to a standing posture is facilitated;
the telemedicine mobile equipment further comprises a storage assembly for storage, wherein the storage assembly comprises a rear storage box 5 and a front storage box 8;
the rear storage box 5 is positioned on the rear side surface of the telescopic support upright post 3, is in an upper opening shape and is used for storing medical tools;
the length and the height of the rear storage box 5 are 180-220 mm, preferably 200mm, the width is 65-75 mm, preferably 70 mm, the design is small and exquisite, various small medical tools can be stored, the upper opening is designed, and the rear storage box is convenient to use at any time;
the front storage box 8 is a drawer type storage box, is positioned on the front side surface of the telescopic support upright post 3 and is used for placing medical equipment;
the length of the front storage box 8 is 450-;
further, the video terminal 1 further comprises a built-in remote video conference system for one-key calling, one-key muting and one-key sharing, which facilitates multi-party real-time communication;
further, the remote video conference system in the video terminal 1 is further configured to determine whether an object photographed by the camera 11 is a paper file, and if so, rotate the photographed video or picture by 180 degrees and transmit the rotated video and picture to a remote expert;
therefore, the situation that in the prior art, after the paper document is manually rotated by 180 degrees, the paper document is shot through the camera is avoided, the paper document is favorably studied synchronously and online with a remote expert, the paper document is prevented from being repeatedly rotated, and the communication efficiency and the user satisfaction are improved;
further, the telemedicine mobile device further comprises a router box arranged on the front side face of the telescopic support upright post 3, wherein the router box is positioned between the supporting plate 6 and the front storage box 8, is used for placing a wireless router and provides a network environment for the video terminal 1;
the router box is 180-220 mm, preferably 200mm, 130-160 mm, preferably 150 mm in length and used for accommodating a wireless router;
no matter whether the hospital provides a network interface, a wifi wireless network can be provided for the video terminal to use only by inserting a traffic card (such as a 4G card, a 5G card and the like), the hospital network does not need to be connected, the remote medical mobile equipment can be conveniently moved to each place of the hospital to carry out remote medical service, and a service area is not restricted and limited;
at present, most hospital networks are local area networks and cannot access external internet, remote medical mobile equipment in the prior art needs to modify hospital network environment, and the internet networks are installed and deployed, but the approval process is complex and the cost is huge, and the wireless router 7 arranged on the remote medical mobile equipment in the utility model can provide the network environment required by the video conference, does not need hospitals to provide the network environment, does not need to modify the hospital network environment at all, saves time and labor, and is convenient to use;
furthermore, the telescopic support arm of the movable arm support 2 is an air spring telescopic support arm and is used for adjusting the height and the angle of the video terminal 1, so that the adjusting speed is smoother, the performance is higher, the wear resistance is high, and the control is easy;
after the video terminal 1 is arranged on the movable arm support 2, the torsion of the movable arm support 2 can be adjusted according to the weight of the video terminal 1, the air pressure is increased or reduced according to needs, free hovering is realized, stable and smooth up-down lifting and left-right moving are kept; the movable arm support 2 can adjust the direction angle up, down, left and right, and is convenient for providing good visual angle experience for patients during remote ward round and bedside remote consultation;
further, as shown in fig. 4, a schematic diagram of a marble lock of a telescopic stand column is shown, small holes for the marble lock are arranged on the telescopic stand column 3 every 45-55 mm (preferably 50 mm), when the telescopic stand column 3 goes up and down, the marble is automatically locked, so that the height is conveniently adjusted, and a user can adjust the height of the telemedicine mobile device according to needs;
further, a fixed pushing handle for moving the remote medical mobile equipment is arranged at a position, which is 1000-1200 mm (preferably 1100 mm) away from the ground, of the rear side surface of the telescopic support upright post 3, and is used for conveniently and stably pushing the remote medical mobile equipment to move, so that the human engineering characteristics are met, and a user can conveniently hold the fixed pushing handle to move the remote medical mobile equipment in a standing posture;
the embodiment of the utility model provides a telemedicine's mobile device includes video terminal, portable arm support, telescopic bracket stand, base and truckle, the semi-circular hole has been seted up to video terminal top middle part, and the camera support that supports and rotate the camera is fixed through the fixed connection seat in video terminal 1 back, shoots the case history through rotatory camera and generates video or picture and transmit for the expert of distal end, realizes the mobilizable long-range consultation of present spot, the utility model discloses whole succinct, convenient operation, it is efficient; the camera is flexibly rotated by 90 degrees through the longitudinal support and the transverse support, so that medical records right below are quickly shot and transmitted to a remote expert, and efficient communication is realized; the convex angle of the video terminal and the supporting frame support the video terminal to stand on the desktop for consultation communication, so that the application scene is wider; whether an object shot by the camera is a paper file is judged through the remote video conference system, if so, the shot video or picture is rotated by 180 degrees, and the rotated video and picture are transmitted to a remote expert, so that the paper file can be studied synchronously and online with the remote expert, the paper file is prevented from being rotated repeatedly, and the communication efficiency and the user satisfaction are improved; the overall height can be conveniently adjusted through the marble lock catch of the telescopic support upright post; the concave arc-shaped base is convenient to operate and contact in a short distance, and meanwhile, the instability is avoided; the height of the telemedicine mobile equipment can be increased and decreased by carrying devices through the telescopic support upright post; the height and the angle of the video terminal can be adjusted more flexibly through the rotary support arm and the telescopic support arm of the movable arm support, and the shooting range is wider; receiving a medical tool and a medical device through a receiving assembly; medical equipment or files such as a digital electrocardiogram machine, a medical record and the like are placed through the supporting plate, so that body data of a patient can be measured conveniently during bedside consultation, and the body data is shared by a video terminal to a remote expert for diagnosis; the utility model further defines each interface of the video terminal, provides a solution for computer wiring, content sharing, large screen display and network interconnection, provides telediagnosis service more quickly and efficiently, and realizes interconnection and intercommunication between devices; a wireless router is placed through the router box, a network environment is provided for the video terminal, a service area is not restricted and limited, a hospital does not need to provide the network environment, the network environment of the hospital does not need to be modified, time and labor are saved, and the use is convenient; the angle and the height of the video terminal are regulated more smoothly and smoothly through the telescopic support arm of the gas spring, the performance is higher, the video terminal is wear-resistant and easy to control; the utility model can lead doctors in areas with relatively laggard medical level to be guided by experts for remote training, and realize visual medical application including remote consultation, operation teaching and the like; it can also be used for remote academic communication between doctors and hospitals; on the other hand, the patient is subjected to medical record data analysis such as images and the like remotely, the etiology of the patient is judged by combining other data of the patient, and a treatment scheme is given, so that the patient is convenient to use by remote consultation closer to practical application, more importantly, direct remote examination and diagnosis can provide direct diagnosis basis for the judgment of the patient's illness state by a doctor, and the patient can be used for remote ward visit and intensive care unit ward.
The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.
Claims (10)
1. The utility model provides a telemedicine's mobile device, includes video terminal (1), portable arm support (2), telescopic bracket stand (3), base (4) and truckle (9), its characterized in that, semi-circular hole (111) that the diameter is 40-45 millimeters are seted up to video terminal (1) top middle part, the hole both sides are equipped with fixed connection seat (112), and the camera support warp of support and rotatory camera (11) fixed connection seat is fixed the back of video terminal (1).
2. The telemedicine mobile device of claim 1, wherein the camera mount comprises a longitudinal mount (113) and a transverse mount (114);
the longitudinal support (113) is positioned in the middle of the transverse support and is hollow, is sleeved on a slide bar which is arranged on the transverse support in a protruding manner through a slide groove which is arranged in the middle, and the top end of the longitudinal support is fixedly connected with the camera (11);
and two ends of the transverse bracket (114) are fixed on the back of the video terminal (1) through the fixed connecting seat (112).
3. Telemedicine mobile device according to claim 1, characterized in that the video terminal (1) is detachably connected to the movable arm support (2).
4. The telemedicine mobile device according to claim 3, characterized in that the two corners of the lower side of the video terminal (1) are respectively provided with a convex corner, the back part of the video terminal is provided with a supporting frame, and the convex corner and the supporting frame jointly support the video terminal and stand on a desktop.
5. The telemedicine mobile device according to claim 1 or 2, characterized in that the video terminal (1) further comprises a built-in remote video conference system for determining whether the object photographed by the camera (11) is a paper file, and if so, rotating the photographed video or picture by 180 degrees and transmitting the rotated video or picture to a remote expert.
6. Telemedicine mobile device according to claim 2 or 3, characterized in that the telescopic legs (3) are provided with small holes for snap-locks of marbles every 45-55 mm, the telescopic legs (3) snap-locks automatically while telescoping.
7. A mobile device for remote medical treatment according to claim 2 or 3, wherein four sides of the base (4) are in a concave arc shape, four corners of the lower surface are respectively provided with a caster (9), and the middle part of the upper surface of the base (4) close to one side is welded with the telescopic bracket upright post (3) for bearing an object required by remote medical treatment.
8. The telemedicine mobile device according to claim 2 or 3, characterized in that said telescopic support upright (3) is cylindrical or rectangular, with a wire slot built in, one end welded to said base (4) and the other end connected to a shaft of the mobile arm support (2) for hanging means and raising and lowering the height of said mobile device;
but movable arm support (2) are including the runing rest support arm of adjusting the video terminal shooting angle and the telescopic bracket support arm of adjusting the video terminal height, runing rest support arm and telescopic bracket support arm are the hub connection, the telescopic bracket support arm with video terminal (1) is for dismantling the connection, the runing rest support arm with the top of telescopic bracket stand (3) is the hub connection.
9. The telemedicine mobile device of claim 6, further comprising a storage assembly for storage, the storage assembly comprising a rear storage cassette (5) and a front storage cassette (8);
the rear storage box (5) is positioned on the rear side surface of the telescopic support upright post (3), is in an upper opening shape and is used for storing medical tools;
the front storage box (8) is a drawer type storage box, is located on the front side face of the telescopic support stand column (3) and is used for placing medical equipment.
10. The telemedicine mobile device according to claim 9, further comprising a tray (6) for placing medical devices or documents, said tray (6) being located on the front side of said telescopic support column (3) and directly below said video terminal (1);
a fixed pushing hand used for moving the mobile equipment is arranged at the position of the rear side surface of the telescopic support upright post (3) which is 1000-1200 mm away from the ground.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920920231.2U CN210606648U (en) | 2019-06-19 | 2019-06-19 | Remote medical mobile equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920920231.2U CN210606648U (en) | 2019-06-19 | 2019-06-19 | Remote medical mobile equipment |
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| CN210606648U true CN210606648U (en) | 2020-05-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110164530A (en) * | 2019-06-19 | 2019-08-23 | 深圳市医泰天下科技有限公司 | A kind of mobile device of tele-medicine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110164530A (en) * | 2019-06-19 | 2019-08-23 | 深圳市医泰天下科技有限公司 | A kind of mobile device of tele-medicine |
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