KR20240160795A - Vacuum table system for the clothing - Google Patents

Abstract

The present invention relates to a vacuum table system for clothing, which has a vacuum suction function so that clothing can be fixed to a table top during the manufacture and ironing of clothing, while maintaining a vacuum state without the worker having to press a foot pedal that controls vacuum suction one by one, and which is installed so that the height of the table top can be automatically adjusted so as to increase the convenience of the worker's work, while minimizing motor capacity and noise, and allowing the work table to be used simply without complicated installation by arranging a dust collector together with the table. The present invention comprises: a plurality of leg members installed so as to be vertically height-adjustable; a work table installed so that clothing can be lifted and vacuum-sucked from the upper portions of the leg members; a step table installed so as to be rotatable when necessary on one side of the work table so that a part of the clothing can be vacuum-sucked; a vacuum suction device installed in connection with the lower portions of the work table and the step table so as to generate a suction pressure; a dust collector installed in connection with the vacuum suction device so as to filter the sucked air and capture dust; The present invention discloses a vacuum table system for clothing, comprising: a footrest installed between horizontally connecting the leg members so as to be able to open and close the damper of the vacuum suction device and to control whether or not the work table is sucked; wherein the leg members are installed so as to be able to adjust their height by a height-adjusting means, and the footrest further includes a damper control means for selectively operating the work table and the horse table when vacuum-sucking.

Description

{Vacuum table system for the clothing}

The present invention relates to a vacuum table system for clothing, and more specifically, to a vacuum table system for clothing which has a vacuum suction function so that clothing can be fixed to a table top during the manufacture and ironing of clothing, while maintaining a vacuum state without the worker having to individually press a foot pedal that controls vacuum suction, and is installed so that the height of the table top can be automatically adjusted to increase the convenience of the worker's work, while minimizing motor capacity and noise, and allowing the work table to be used easily without complicated installation by arranging a dust collector together with the table.

In general, when performing sewing work in the process of manufacturing clothing or ironing in places such as laundry, a vacuum table (or vacuum board) with a vacuum suction function on the table is used to easily fix clothing to the table top, thereby increasing the convenience of the worker.

The above vacuum table is composed of a top plate on which clothing is placed, a vacuum suction device is fixedly installed on the lower part of the top plate, and vacuum control is performed by opening or closing the damper of the vacuum suction device through the control of the foot plate installed on the lower part of the table.

Because this method of operation allows vacuum suction only when the foot pedal is pressed, the worker has to repeatedly step on and release the foot pedal. In addition, in order to maintain the vacuum suction state for a long time, the worker's fatigue is bound to increase.

In actual work sites, it is difficult to continuously press down on the foothold, so it is used in a cumbersome manner, such as placing a heavy object such as a brick on top of the foothold or pulling and securing it with a string in the direction in which the foothold is pressed.

In addition, because the vacuum table is connected to the foot plate and the damper of the vacuum suction device due to its characteristics, there was a structural problem that the height of the vacuum table could not be adjusted. Considering that the height of each worker is different, it is necessary to adjust the height of the vacuum table.

As related prior art, Registered Utility Model No. 20-0182435 (vacuum suction type ironing table) and Registered Utility Model No. 20-0127505 (wind direction conversion device of ironing table for clothing manufacturing) install a vacuum suction device on the table described above, thereby fixing clothes to the table during ironing or clothing manufacturing, thereby increasing the convenience of the worker.

However, all of the above prior technologies have the problem that the fatigue of the worker's legs or feet increases because the foot pedal that operates the vacuum suction device is pressed as explained above, and all of the prior technologies have the common problem that the height of the table cannot be structurally adjusted.

In addition, the fine dust vacuumed from the work table in the field is discharged to the outside through a separate pipe or duct fan structure, which makes the device configuration too complicated in a narrow work space, and there are various factors and problems that make the work environment difficult due to noise from the operation of a large-capacity motor for vacuum suction and air discharge.

Republic of Korea Registered Utility Model No. 20-0182435 Republic of Korea Registered Utility Model No. 20-0127505

Therefore, the purpose of the present invention to solve the above-mentioned conventional problems is to provide a vacuum table system for clothing that minimizes motor capacity and noise with a dual fan structure that performs vacuum suction and allows the use of a work table easily without a complex installation structure by arranging a dust collector together with the table.

Another object of the present invention is to provide a vacuum table system for clothing that provides an electric height-raising operating means to automatically adjust the height of the work table, thereby adjusting it to suit the height of the worker or the work environment, thereby improving work convenience.

Another object of the present invention is to provide a vacuum table system for clothing that can control vacuum suction by the operation of a footrest, but has an additional configuration that can fix the position of the footrest while the footrest is pressed, thereby allowing a worker to maintain a vacuum suction state without continuously pressing the footrest when performing work for a long time, thereby improving work convenience.

Another object of the present invention is to provide a vacuum table system for clothing that can directly suck in sucked dust without a complex pipe or duct structure, purify and discharge the air, and capture and process fine dust.

Another object of the present invention is to provide a clothing vacuum table system that automates the table height adjustment, vacuum suction control, and dust collection while integrating them into a single table, thereby maximizing the convenience of use.

The present invention discloses a vacuum table system for clothes, comprising: a plurality of leg members installed so as to be vertically height-adjustable; a work table installed so that clothes are lifted and vacuum-sucked from the upper portion of the leg members; a step table installed so as to be rotatable when necessary on one side of the work table so that a part of the clothes is vacuum-sucked; a vacuum suction device installed in connection with the lower portions of the work table and the step table to generate suction pressure; a dust collector installed in connection with the vacuum suction device to filter the sucked air and collect dust; and a foot plate installed between the leg members connected horizontally to be able to open and close a damper of the vacuum suction device to control whether the work table is sucked; wherein the leg members are installed so as to be height-adjustable by a height-adjusting means, and the foot plate further includes a damper control means for selectively operating the work table and the step table when vacuum-sucking.

In addition, the bridge member may be characterized by including a support frame that supports the floor; a vertical frame that extends a certain length upward from the support frame; a driving frame that is inserted into the inside of the vertical frame and installed so as to be able to adjust the height; and a height-lowering driving means that is installed so as to be able to be linked with a rack structure on one side of the driving frame.

In addition, the height-lowering operating means may be characterized by including a rack bar installed to be formed on one side of the manual frame; a pinion gear installed to drive the rack bar up and down; a fan belt connected to the pinion gear by an axis to transmit driving force; and a driving motor installed to drive the fan belt.

In addition, the shaft connecting the pinion gear and the fan belt may be characterized by having a long shaft structure, and being configured with a pair of pinion gears and fan belts at each of the left and right ends of the long shaft, so that the left and right pinion gears and fan belts are driven simultaneously by driving one long shaft.

In addition, the vacuum suction device may be characterized by comprising: a suction duct installed to be coupled to the lower center of the work table to form a vacuum suction port; a passage duct connected directly below the suction duct to discharge air from the work table to the dust collector with suction pressure; a horse saddle connecting duct installed to be connected to one side of the passage duct to discharge suction pressure from the horse saddle; a plurality of blower fans installed on the passage of the passage duct; and a first damper and a second damper installed on the passage of the passage duct and the horse saddle connecting duct to selectively open and close the passage.

In addition, the first damper and the second damper are configured, and the first damper is formed as a left and right pair on the passage duct and installed so as to be simultaneously opened and closed by an operating rod connected to a foot plate, and the second damper is installed on the horse saddle connecting duct and installed so as to be opened and closed by an operating rod connected to another foot plate.

In addition, the first damper and the second damper may be configured to include an opening plate that opens and closes the passage; a link member that is hinge-connected to the opening plate; and an operating rod that is installed to pull one side of the link member, wherein an end of the operating rod is formed as an elastic spring to provide elasticity so as to provide restoring force to the opening plate that is rotated by the operating rod.

In addition, the damper control means may be characterized in that it is configured to automatically adjust the damper control means only by operating the switch by connecting a rack bar to an operating plate of the damper control means by operating an electric switch installed on a workbench and installing a driving motor on a pinion gear so as to enable horizontal and linear movement.

In addition, the dust collector may be characterized by comprising: a case in which an internal space is formed; a fan motor installed inside the case to suck air from the vacuum suction device; a filter member installed at the rear of the fan motor to filter fine dust; a plurality of exhaust ports that penetrate the front of the fan motor to discharge the sucked internal air; and a dust collection bin installed at the lower end of the case to collect accumulated dust and discharge it at once.

In addition, the foot plate may be configured to include an installation rod installed between the leg members horizontally connected; a push plate installed on the installation rod so as to be able to open and close the damper of the vacuum suction device; and a damper control means installed in connection with the installation rod and supporting the upper portion of the push plate to fix the position of the push plate, wherein the push plate is formed of a first push plate that controls the damper of the work table during vacuum suction, and a second push plate that controls the damper of the horse saddle, and the damper control means may be characterized in that they are installed on each side of the first push plate and the second push plate.

The present invention provides a vacuum table system for clothing that minimizes motor capacity and noise with a dual fan structure that performs vacuum suction and allows the use of a work table easily without a complex installation structure by arranging a dust collector together with the table.

In addition, the present invention provides an electric height-raising operating means so that the height of the work table can be automatically adjusted, thereby increasing work convenience by adjusting it to suit the height of the worker or the work environment.

In addition, the present invention has the effect of increasing work convenience by allowing a worker to maintain a vacuum suction state without continuously pressing the footrest when performing work for a long time, by controlling vacuum suction by the operation of the footrest, and by additionally configuring the position of the footrest to be fixed while the footrest is pressed.

In addition, the present invention can provide a vacuum table system for clothing that can directly suck in sucked dust without a complex pipe or duct structure, purify and discharge the air, and capture and process fine dust.

In addition, the present invention can provide a clothing vacuum table system that maximizes convenience of use by automating the table height adjustment, vacuum suction control, and dust collection in a single table.

Figures 1 to 12 are examples showing a vacuum table system for clothing according to the present invention.
Figure 1 is a full frontal example of a vacuum table system for clothing according to the present invention.
Figure 2 is a full cross-sectional example of a vacuum table system for clothing according to the present invention.
Figure 3 is an exploded view showing each part of the vacuum table system for clothing according to the present invention.
Figure 4 is an exemplary diagram showing a height-lowering operating means according to a vacuum table system for clothing according to the present invention.
Figure 5 is a diagram showing an example of a height-lowering operating means according to a vacuum table system for clothing according to the present invention.
Figure 6a is an exemplary diagram showing the configuration of a damper according to a vacuum table system for clothing according to the present invention.
Figure 6b is an example diagram showing before and after operation of a damper according to a vacuum table system for clothing according to the present invention.
Figure 7 is an exemplary diagram showing a damper control means according to a vacuum table system for clothing according to the present invention.
Figures 8a and 8b are examples showing the operation of the damper control means of Figure 7.
Figure 9 is an example diagram showing a vacuum table capable of automation with an electric control switch installed on a work table according to the clothing vacuum table system of the present invention.
Figure 10 is an example diagram showing a detection sensor installed according to vacuum suction in a horse-riding table system for clothing according to the present invention.
Figure 11 is a cross-sectional example showing vacuum suction on a work table according to a vacuum table system for clothing according to the present invention.
Figure 12 is a cross-sectional example showing vacuum suction in a garment vacuum table system according to the present invention.

The present invention can have various modifications and various embodiments, and specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, but should be understood to include all modifications, equivalents, or substitutes included in the spirit and technical scope of the present invention.

The present invention is not limited to the embodiments disclosed below, but can be implemented in various different forms, and the present embodiments are provided only to ensure that the disclosure of the present invention is complete and to fully inform a person having ordinary skill in the art of the scope of the invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings. First, when adding reference numerals to components of each drawing, it should be noted that, even if they are shown in different drawings, identical components are given the same numerals as much as possible. In addition, when describing the present invention, if it is determined that a specific description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

Figures 1 to 9 are embodiments showing a vacuum table system for clothing according to the present invention.

Referring to FIGS. 1 to 9, the vacuum table system for clothing according to the present invention comprises: a plurality of leg members (100) installed so as to be vertically height-adjustable; a work table (200) installed so that clothing can be lifted and vacuum-sucked from the upper portion of the leg members (100); a step (300) installed so as to be rotatable when necessary on one side of the work table (200) so that a part of the clothing can be vacuum-sucked; a vacuum suction device (400) installed in connection with the lower portions of the work table (200) and the step (300) so as to generate suction pressure; a dust collector (500) installed in connection with the vacuum suction device (400) to collect dust while filtering the sucked air; a foot plate (600) installed between the leg members (100) connected horizontally so as to be able to open and close the damper of the vacuum suction device (400) to control whether the work table (200) is sucked; It will consist of:

Here, the leg member (100) is installed so that its height can be adjusted by a height-adjusting operating means (140), and the footrest (600) can further include a damper control means (630) that selectively operates the work table (200) and the horse platform (300) when vacuum suction is performed.

The above-mentioned bridge member (100) is installed so as to be vertically height-adjustable while being supported on a floor surface, and is configured to include a support frame (110) that supports the floor; a vertical frame (120) that extends a certain length upward from the support frame (110); a driving frame (130) that is inserted into the inside of the vertical frame (120) and installed so as to be height-adjustable; and a height-adjusting operating means (140) that is installed so as to be linked in a rack structure on one side of the driving frame (130).

Here, the leg member (100) of the present invention is configured to support the worktable (200) so that it can be separated from the ground, and may be installed in a total of four places or in two places. Preferably, it may be installed in two places so that it can be easily raised or lowered at the same time by a height-lowering operation means.

In addition, a guide groove (121) of a certain length is formed at the upper end of the vertical frame (120). At this time, the rack bar is installed so that it is visible from the inside to the outside of the guide groove (121).

In addition, the driving frame (130) is formed with a fixed end (131) that is fixed to the work table (200) at the top, and a rack bar is formed on one side of the longitudinal direction of the driving frame (130) so that it is visible from the inside of the guide groove (121) of the vertical frame (120). At this time, the rack bar can be installed so as to be connected by screw fastening, and can also be manufactured and formed integrally with the driving frame (130).

In addition, the height-lowering operating means (140) may be configured to include a rack bar (141) installed on one side of the vertical frame (120); a pinion gear (142) installed to drive the rack bar (141) up and down; a long shaft (143) connecting the pinion gear (142) with an axis; a linkage gear (144) installed on one side of the long shaft (143) and rotating in the same manner as the pinion gear (142); a fan belt (145) connecting the linkage gear (144) and a motor shaft to transmit driving force; a driving motor (146) installed to drive the fan belt (145); an auxiliary gear (147) axially connected to the other side of the long shaft (143) and driven together; and an auxiliary belt (148) connecting the auxiliary gear (147) and another auxiliary gear (147a).

Here, one of the above driving motors (146) and a linkage gear (144) are installed connected to a fan belt (145), and the driving force of the driving motor (146) is transmitted to the linkage gear (144) through the fan belt (145), so that the long shaft (143) is driven and the pinion gear (142) rotates, thereby allowing the rack bar (141) to move up and down.

Meanwhile, by configuring the auxiliary gear (147) coupled to the driven long shaft (143) and another auxiliary gear (147a) to operate in conjunction with the auxiliary belt (148), the rack bar (141) installed on another driving frame (130) can be operated up and down via the pinion gear (143), so that the driving frame (130) as a whole can be operated to vertically rise or fall inside the vertical frame (120), thereby enabling the height-lowering operation of the worktable (200). At this time, it is preferable that the long shaft (143) is formed as a pair in the front and rear, and that at least four pinion gears (143) are formed at each of the left and right ends of the long shaft (143), and that about four rack bars (141) formed on the driving frame (130) are also installed.

That is, by driving the pinion gear (142) through the long shaft (143), fan belt (145), auxiliary gear (147), and auxiliary belt (148) with one drive motor (146), the rack bar (141) is driven, so that four drive frames (130) can be installed so that they can be raised and lowered at once. At this time, the drive can be adjusted for raising and lowering by controlling the electric switch (700).

The above work table (200) can be configured to include a base (201) on which clothing is placed; a space (202) for generating vacuum pressure of a vacuum suction device (400) is formed inside the base (201), and a vacuum suction hole (203) is formed at the bottom so that air suction of a vacuum suction device (400) installed at the bottom can be transmitted to the work table (200).

The above-mentioned horse stand (300) is installed so as to be rotatable when necessary on one side of the work table (200) so that a part of clothing can be vacuum-sucked, and can be configured to include a base (301) on which a part of clothing is placed and work is performed; a vertical bar (302) that is fixedly connected to the lower end of the base (301) and installed so as to be rotatable on the work table (200); and a through-connection pipe (303) that is installed so as to be connected through the base (201) of the work table (200) and accommodates the vertical bar so as to be temporarily rotatable.

Here, the vertical bar (302) is connected to a through-connector (303) and a flange so that the vertical bar can rotate without falling down, and can also be installed as a bearing structure on the flange for smooth rotation.

Meanwhile, the vertical bar (302) penetrating the above-mentioned through-connection pipe (303) is formed so that the interior thereof is provided as a space (304) so that the vacuum pressure of the vacuum suction device (400) is generated therein, and the air suction of the vacuum suction device (400) connected and installed at the bottom can be configured so that it is transmitted to the base (301) of the horse saddle (300).

The above vacuum suction device (400) is installed in connection with the lower side of the work table (200) and the horse stand (300) to generate suction pressure, and comprises: a suction duct (410) installed to form a vacuum suction port by being connected to the lower center of the work table (200); a passage duct (430) connected immediately below the suction duct (410) to discharge air from the work table (200) to the dust collector with suction pressure; a pair of left and right blower fans (440) (440A) installed in multiple numbers on the passage of the passage duct (430); a horse stand connecting duct (450) installed in connection with one side of the passage duct (430) to generate suction pressure in the horse stand (300); It can be configured to include a first damper (470) and a second damper (490) installed on the passage of the above passage duct (430) and the horse saddle connecting duct (450) to selectively open and close the passage.

In addition, the above suction duct (410) may be a plate structure in which the upper side is expanded and the lower side is narrowed, and it is sufficient if it is a structure that can quickly transmit suction pressure. In this case, the upper side may be provided in the form of a Javara to adjust the suction pressure distance.

In addition, the passage duct (430) is formed as a moving passage space (431) through which air is sucked in and discharged, and each connection can be configured through a flange connection. At this time, the passage duct may also have a Javara-shaped connection structure.

In addition, the blower fans (440) (440A) can be installed in multiple pairs on the passage of the passage duct (430) on the left and right. Both general blower fans and blower fans can be installed. At this time, a structure can be provided that can reduce noise and power consumption while rapidly spreading the air flow by placing low-horsepower motors on the left and right instead of the existing high-horsepower motors.

In addition, the horse ram connection duct (450) is preferably in the form of a Javara connected to the horse ram (300), and can be installed to be fixedly connected to one side of the passage duct (430) with a flange connection.

Meanwhile, the first damper (470) and the second damper (490) are configured, and referring to FIG. 6, the first damper (470) is formed as a left and right pair on the passage duct (430) and installed so as to be simultaneously opened and closed by an operating rod connected to a foot plate (600), and the second damper (490) is installed on the horse saddle connecting duct (430) and can be installed so as to be opened and closed by an operating rod connected to another foot plate.

In addition, the first damper (470) and the second damper (490) may be configured to include an opening/closing plate (471)(491) for opening/closing a passage; a hinge shaft (472)(492) that protrudes from both sides of the opening/closing plate (471)(491) and rotates at a hinge; a link member (473)(493) hinge-connected to the opening/closing plate (471)(491); an operating rod (475)(495) installed to pull one side of the link member (473)(493); and an elastic spring (477)(497) installed to provide elastic force and return to the original position by being connected to one side of the opening/closing plate (471)(491). At this time, the opening/closing plate of the first damper and the opening/closing plate of the second damper may be circular or square, and their shapes are not necessarily limited, and the structural passage of the duct may be manufactured to fit a circular or square shape.

The above dust collector (500) may be configured to include a case (510) in which an internal space is formed; a fan motor (520) installed inside the case (510) to suck air from the vacuum suction device; a filter member (530) installed at the rear of the fan motor to filter fine dust; a plurality of exhaust ports (540) that penetrate the front of the fan motor and discharge the sucked internal air; and a dust collection bin (550) installed at the lower end of the case to collect accumulated dust and discharge it all at once.

Here, the dust collector (500) is installed at the rear and connected to the passage duct (430) of the vacuum suction device (400) with a flange structure. Since a general air purifier structure is sufficient, a detailed description is omitted.

The above footing (600) may be configured to include an installation rod (610) installed between the leg members (100) that are connected horizontally; a pressing plate (620) installed on the installation rod (610) to open and close the damper of the vacuum suction device; and a damper control means (630) installed in connection with the installation rod to support the upper portion of the pressing plate and to fix the position of the pressing plate.

In addition, the pressing plate (620) may be formed by a first pressing plate (621) that controls the first damper (470) of the work table (200) when vacuum suction is performed, and a second pressing plate (622) that controls the second damper (490) of the horse stand (300). At this time, an operating rod (475) (495) that is connected to the first damper (470) and the second damper (490) may be installed on one end of the first pressing plate (621) and the second pressing plate (622).

Here, the work table (200) and the horse stand (300) can be brought into a vacuum state or released from the vacuum state through the opening and closing operations of the first damper (470) and the second damper (490). That is, when the footrest (600) is stepped on, each operating rod (475)(495) is pulled, opening each of the first damper (470) and the second damper (490), and thereby the suction of the motor is transmitted to the vacuum suction holes of the work table (200) and the horse stand (300), thereby creating a vacuum state. Then, when the footrest (600) is removed again, the operating rods (475)(495) are restored to their original state by the elastic springs (477)(497), and the first damper (470) and the second damper (490) can be operated to close.

In addition, the footrest (600) is installed on an installation bar (610) that horizontally connects the leg members (100), and the convenience of operation can be greatly improved by a damper control means (630) installed on one side of the footrest (600).

Here, the damper control means (630) for selectively operating the work platform (200) and the horse platform (300) when vacuum-sucking from the footrest (600) controls the first damper (470) and the second damper (490) installed on the work platform (200) and the horse platform (300), and all are described as one with the same configuration. At this time, the damper control device may be arranged separately in connection with the left and right sides of the footrest (600) and may be operated separately, and in some cases, the damper control means may be automatically installed and provided by an electric switch by electrically connecting the driving motor.

The above damper control means (630) is configured to be installed on one side of the installation rod (610) of the footrest (600) as shown in FIG. 7, and is configured to maintain a vacuum state without the worker having to continuously press the footrest (600) by fixing the position of the footrest (600) while the footrest (600) is stepped on.

The above damper control means (630) specifically comprises, as illustrated in FIG. 7, a clamp (631) fixed to an installation rod (610); a support plate (632) formed to extend to the upper portion of the clamp (631); an operating shaft (633) installed horizontally so as to protrude on both sides of the support plate (632) and installed so as to be movable in a horizontal direction; a support block (634) installed at one end of the operating shaft (633) and supported in a manner to be placed on the upper portion of a pressing plate (620); a spring (635) installed between the support block (634) and the support plate (632) to push the support block (634) toward the pressing plate (620); a stopper (636) formed integrally with the operating shaft (633) and supported by the support plate (632) on the opposite side of the spring (635) to support the restoring force of the spring (635); It can be configured with an operating plate (637) formed on the operating shaft (633) opposite the above support block (634) and controlling the movement of the operating shaft (633).

The above clamp (631) and the support plate (632) are formed integrally. As shown in the drawing, the clamp (631) is formed by dividing into an upper clamp (631a) and a lower clamp (632b) that each wrap around the installation rod (610). In addition, one side is connected by a hinge to facilitate detachment and attachment to the installation rod (610), and the other side is structured to be fixed through a screw connection. That is, since the clamp (631) can move horizontally and rotate on the installation rod (610) when not screwed, the installation position and installation angle can be freely adjusted. Therefore, by changing the installation position of the operating shaft (633) through the installation angle of the clamp (631), it can be applied to suit the structure of the pressing plate (620).

In addition, the support plate (632) is formed on the upper clamp (631a) and has a hole formed through it so that the operating shaft (633) can be installed. In addition, a guide bushing (638) is integrally formed on one side of the support plate (632) to guide and support the operating shaft (633). The guide bushing (638) is formed to have a sufficient length so that the operating shaft (633) can be stably supported and move smoothly.

In addition, the operating shaft (633) is connected in a form that penetrates the support plate (632), and is installed so as to protrude from both sides of the support plate (632) and move horizontally. In addition, a support block (634) and an operating plate (637) are formed at each end of the operating shaft (633).

In addition, the support block (634) is formed in the direction of the pressing plate (620) of the operating shaft (633), and is supported in a form that is placed on top of the pressing plate (620) during operation, so that the pressing plate (620) is maintained in a pressed state. In addition, the operating plate (637) moves the operating shaft (633), so that when the pressing plate (620) is not desired to be fixed, the support block (634) is moved so that it is separated from the top of the pressing plate (620).

And the spring (635) is installed between the support block (634) and the support plate (632) and serves to push the support block (634) toward the push plate (620). The support block (634) is stably supported on the upper part of the push plate (620) by the force of the spring (635). As the spring (635) is combined, a stopper (638) is formed on the operating shaft (633) to support the restoring force of the spring (635). The stopper (635) is formed on the opposite side of the spring (635) and is supported by the support plate (632), and is in a form that comes into contact with the guide bushing (638) formed on the support plate (632).

In addition, it is preferable that the support block (634) be rotatably installed at the end of the operating shaft (633). When the support block (634) is combined in a rotatably manner in this way, the angle of the support block (634) also rotates to match the inclined surface of the pressing plate (620), so that the entire bottom surface of the support block (634) comes into contact with the pressing plate (620), thereby allowing it to be stably supported.

First, the operation process of the damper control means (630) according to the present invention will be explained through drawings. First, referring to FIGS. 7 and 8, before fixing the pressing plate (620), the support block (634) is located at the bottom of the pressing plate (620).

Then, in order to fix the pressing plate (620), the operating plate (637) is moved outward while pressing the pressing plate (620). Then, the operating shaft (633) and the support block (634) connected to the operating plate (637) also move together, causing the support block (634) to be removed from the position of the pressing plate (620).

Finally, when the operating plate (637) is placed, the support block (634) returns to its original position due to the force of the spring (635), thereby fixing the position of the pressing plate (620).

In this way, the damper control means (630) of the present invention has excellent operational convenience because it controls operation through the operator's feet, and because the installation position can be freely adjusted through the clamp (631), it can provide the advantage of being applicable to vacuum tables for clothing of various structures.

Meanwhile, in the vacuum table system for clothing according to the present invention, the damper control means connected to the footrest may be operated manually according to the operation of the footrest, or as shown in FIG. 9, the damper control means (630) may be connected to the operating plate (637) by operating an electric switch (700) on the work table, and the rack bar (701) may be installed and installed so as to enable horizontal and straight movement by a driving motor (703) on the pinion gear (702), thereby automatically adjusting the damper control means only by operating the switch.

In addition, as shown in Fig. 10, a rotation control detection sensor is provided on the lower side of the horse stand (300) to detect the rotation of the horse stand (300) and provide a damper control means that operates, so that an automatic method can be provided to temporarily block the damper of the work table (200) by the detection sensor (800) when the horse stand rotates.

Hereinafter, the operational effects of the vacuum table system for clothing according to the present invention will be described as follows. The following description follows the structural description above.

FIG. 11 is a cross-sectional view showing an example of vacuum suction on a work table according to a vacuum table system for clothing according to the present invention, and FIG. 12 is a cross-sectional view showing an example of vacuum suction on a horse table according to a vacuum table system for clothing according to the present invention.

First, when ironing or other work is performed on a workbench (200), the work is performed by operating the power switch or electric control switch (700) so that the first damper (470) of the vacuum suction device (400) is opened and the blower fan (440) (440A) rotates, thereby performing vacuum suction.

Next, the vacuum-sucked dust can be filtered through a dust collector (500) and the air can be discharged outside.

In addition, next, when ironing a part of clothing using the ironing board (300), the second damper (490) installed in the ironing board connecting duct (450) connecting the ironing board (300) is opened through electronic control by the detection sensor (800) through the temporary rotation of the ironing board (300), and at the same time, the first damper (470) of the work table (200) is closed to block the opening, so that vacuum suction is performed in the ironing board (300) through the blower fan (440) (440A). At this time, the damper control means (630) of the foot plate (600) can be used to enable manual or automatic damper control by a driving motor.

Finally, after work is completed, the dust collector (550) can be collected from the dust collector (500) to allow for dust disposal.

As described above, the vacuum table system for clothing according to the present invention has a dual fan structure that performs vacuum suction, minimizes motor capacity and noise, and arranges a dust collector together with the table so that the work table can be used easily without a complicated installation structure. In addition, an electric height-lowering operation means is provided so that the height of the work table can be automatically adjusted, thereby increasing work convenience by adjusting it according to the height of the worker or the work environment.

In addition, the present invention provides a vacuum table system for clothing that can control vacuum suction by the operation of a foot plate or an electric drive motor, but can maintain a vacuum suction state without the worker having to continuously press the foot plate when performing work for a long time through an additional configuration that can fix the position of the foot plate while pressing the foot plate, and can directly suck in sucked dust without a complex pipe or duct structure, thereby purifying and discharging the air and capturing and processing fine dust.

Although the present invention has been illustrated and described with reference to preferred embodiments as described above, it is not limited to the above-described embodiments, and various modifications and variations are possible by those skilled in the art without departing from the spirit of the present invention and within the scope equivalent to the technical idea of the present invention and the scope of the patent claims to be described below.

100 : Absence of bridge
110 : Support frame
120 : Vertical frame
130 : Drive Frame
140 : Height-adjusting operating means
200 : Workbench
300 : Umadae
301 : Base
302 : Vertical bar
303 : Penetrating connector
400 : Vacuum suction device
410 : Suction duct
430 : Passage duct
440, 440A: Blower fan
450: Umadae connection duct
470: 1st damper
490: 2nd damper
500 : Dust collector
510 : Case
520 : Fan motor
540 : exhaust port
550 : Dust bin
600 : Foothold
610 : Installation rod
620 : Push plate
630: Damper control means
700 : Operation switch
800 : Detection sensor

Claims (10)

A plurality of leg members installed so that the height can be adjusted vertically;
A work table installed so that clothing can be lifted and vacuum-sucked from the upper part of the above leg member;
A saddle mounted on one side of the workbench that can be rotated when necessary to allow a portion of clothing to be vacuum-sucked;
A vacuum suction device installed in connection with the lower side of the work table and the horse stand to generate suction pressure;
A dust collecting device that is connected to the above vacuum suction device and filters the suctioned air while capturing dust;
It is composed of a foot plate installed between the above leg members horizontally and capable of opening and closing the damper of the vacuum suction device to control whether the workbench is sucked;
The above leg member is installed so that the height can be adjusted by a height-up and down operation means, and the foot plate is characterized in that it further includes a damper control means that selectively operates the work table and the horse platform when vacuum suction is performed.
Vacuum table system for garments.
In the first paragraph,
The above bridge material
A support frame that supports the floor;
A vertical frame formed to extend a certain length to the upper side of the above support frame;
A driving frame inserted into the inside of the above vertical frame and installed so as to be able to adjust the height;
It is characterized by including a height-lowering driving means installed so as to be linked with a rack structure on one side of the above driving frame (130).
Vacuum table system for garments.
In the second paragraph,
The above height-adjusting operating means
A rack bar installed to be formed on one side of the above manual frame;
A pinion gear installed to drive the above rack bar up and down;
A fan belt that is installed to be connected to the pinion gear and shaft and transmits driving force;
It is characterized by comprising a driving motor installed to drive the above fan belt.
Vacuum table system for garments.
In the third paragraph,
The shaft connecting the above pinion gear and fan belt is a long shaft structure.
It is characterized in that it is configured such that the left and right pinion gears and fan belts are driven simultaneously by one long shaft drive, and each pair of pinion gears and fan belts are configured at the left and right ends of the long shaft.
Vacuum table system for garments.
In the first paragraph,
The above vacuum suction device
A suction duct installed to form a vacuum suction port by being connected to the lower center of the above work table;
A passage duct connected immediately below the above suction duct for discharging air from the work table to the dust collector under suction pressure;
A horse pedestal connecting duct installed on one side of the passage duct and installed to discharge suction pressure from the horse pedestal;
A plurality of blower fans installed on the passage of the above passage duct;
It is characterized by comprising a first damper and a second damper installed on the passage of the above passage duct and the horse saddle connecting duct to selectively open and close the passage.
Vacuum table system for garments.
In clause 5,
The above first damper and second damper are configured,
The above first damper is formed as a pair on the left and right sides on the passage duct and is installed so that it can be opened and closed simultaneously by an operating rod connected to the foot plate.
The above second damper is characterized in that it is installed on the upper saddle connecting duct and can be opened and closed by an operating rod connected to another foot plate.
Vacuum table system for garments.
In Article 6,
The above first damper and second damper
A door that opens and closes the passage;
A link member connected to the above opening/closing plate by a hinge;
Consisting of an operating rod installed to pull one side of the above link member,
The end of the above operating rod is formed as an elastic spring to provide elasticity and is characterized in that it is formed to provide restoring force to the opening/closing plate rotated by the operating rod.
Vacuum table system for garments.
In the first paragraph,
The above damper control means is characterized in that it is configured to automatically adjust the damper control means only by operating the switch by connecting the rack bar to the operating plate of the damper control means by operating the electric switch installed on the work table and installing the damper control means to be able to move horizontally and straight by the driving motor on the pinion gear.
Vacuum table system for garments.
In the first paragraph,
The above dust collector
A case in which an internal space is formed;
A fan motor installed inside the case to suck air from the vacuum suction device;
A filter member installed at the rear of the above fan motor to filter fine dust;
A plurality of exhaust ports formed in front of the fan motor to discharge the internal air sucked in;
It is characterized by including a dust collection bin installed at the bottom of the case to collect and discharge accumulated dust at once.
Vacuum table system for garments.
In the first paragraph,
The above foothold is
An installation rod installed between the above bridge members to connect them horizontally;
A press plate is installed on the above installation rod and is installed so as to be able to open and close the damper of the vacuum suction device;
It is configured to include a damper control means installed in a manner that supports the upper part of the pressing plate and fixes the position of the pressing plate by being connected to the above installation rod.
The above pressing plate is formed of a first pressing plate that controls the damper of the work table when vacuum suctioning, and a second pressing plate that controls the damper of the horse stand, and the damper control means is characterized in that it is installed on each side of the first pressing plate and the second pressing plate.
Vacuum table system for garments.

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