KR102625552B1 - Table combined tablet holder structure - Google Patents

Abstract

The present invention is a table-combined tablet stand structure including a holding unit comprised of components for holding a tablet on a table, a cleaning unit installed in the holding unit to keep fingers clean before using the tablet, and a touch assistance unit to assist touch. is provided.

Description

Table combined tablet holder structure

The present invention relates to a table-mounted tablet stand structure, and more specifically, to a table-mounted tablet stand structure, and more specifically, to a holding unit comprised of components for holding a tablet on a table, a cleaning unit installed on the holding unit to keep fingers clean before using the tablet, and a touch assisting unit. It relates to a table-combined tablet stand structure equipped with a touch assistance unit.

In general, tablets come in many different types and forms, and these tablets are developed and rapidly distributed as complex tablets with various functions such as MMS, wireless Internet, email, MP3, video, and cameras, allowing users to It is now possible to use various functions easily and conveniently with a single tablet.

Recently, with the popularization of in-store kiosks, an increasing number of restaurants are trying to introduce ordering and payment systems using tablets.

Since in-store kiosks have a large body, they are difficult to introduce in small stores because they take up a lot of space.

In addition, there is a problem that usable space is wasted by not installing a kiosk.

Accordingly, the present invention seeks to propose a table-combined tablet structure equipped with a cleaning unit and a touch assistance unit to help use the tablet, based on a holding unit that holds the tablet on a table.

The present invention was devised to solve the above problems, and the purpose of the present invention is to provide a table-combined tablet stand structure equipped with a holding unit for holding a tablet on a table.

Another object of the present invention is to provide a table-mounted tablet holder structure equipped with a cleaning unit to keep fingers clean before using the tablet.

Another object of the present invention is to provide a table-combined tablet stand structure equipped with a touch assistance unit for tablet touch assistance.

The object of the present invention is not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

A table-combined tablet stand structure according to an embodiment of the present invention to solve the above problem may include a holding unit installed on a table to hold a tablet.

In one embodiment, the holding unit includes a support plate that supports and fixes the lower part of the tablet, a plate adjuster installed to adjust the angle in the center of the support plate, and is fastened to the plate adjuster to transmit an impact applied to the table. It may include a buffer part that prevents, a lifting part that is fastened to the plate adjusting part to raise and lower the support plate, and a support part installed in a lower part of the lifting part to support the support plate on the table.

In one embodiment, a cleaning unit is installed in the center of the holding unit to keep fingers clean before using the display of the touch-type tablet, and a touch assistant is installed in the holding unit to assist a touch toward the display of the touch-type tablet. May contain units.

In one embodiment, the cleaning unit includes a pressing unit installed in the center of the mounting unit and spraying a cleaning liquid to clean the finger when pressed with the index finger, and installed on an upper part of the pressing unit and interlocked with the pressing unit to fix the index finger. It includes a fixing part, wherein the pressing part includes a cleaning sensor installed on the upper surface, a pressing plate provided in the shape of a plate for the index finger to rest on, a pressing shaft installed at a lower portion of the pressing plate, and a peripheral portion of the pressing shaft. It includes a press spring that generates an elastic force, a press part body that is installed to be fitable with the press shaft and a tank for storing a cleaning liquid installed therein, and the press plate is installed to protrude at regular intervals on the upper surface. A cleaning roller unit includes a cleaning roller unit for cleaning an index finger seated on a press plate, wherein the cleaning roller unit rotates in a lower fixed housing built on both sides of the press plate at regular intervals, and roller fixing grooves formed at regular intervals in the lower fixed housing. A drive gear that can be coupled, a drive shaft that is inserted to penetrate the drive gear and rotates integrally by receiving the rotation of the drive gear, a shaft fixing member that fixes the drive shaft so that it does not escape from the lower fixing housing, and a circumference of the drive shaft. A roller rotation shaft that is inserted into the unit and rotates as one unit, a plurality of separation prevention wings installed at regular intervals on the circumference of the roller rotation shaft, a cleaning unit installed between installation intervals of the plurality of separation prevention wings to clean the index finger, and the drive. It may include an upper fixing housing that secures the gear to the roller fixing groove.

In one embodiment, the roller rotation shaft includes a built-in supply pipe to supply the cleaning liquid supplied from the tank, and the cleaning unit allows the cleaning liquid supplied from the supply pipe to flow around the roller rotation shaft. A spring base part with a supply hole formed in the center, a spring fixing member installed on the spring base part and having ball grooves formed at regular intervals on the back circumference, and a spring fixing member inserted into the ball groove to generate a magnetic force to move the spring fixing member. A floating magnetic ball, a bessaring fastened to the spring base to couple the spring fixing member, an elastic material inserted into the circumference of the spring fixing member and magnetically fastened to the floating magnetic ball to relieve shock. A magnetic member, a spring head part that is coupled to the spring fixing member to protect the elastic magnetic member and has a fastening head formed on the top, and a cleaning solution that penetrates the central part of the spring head part and is inserted into the supply hole to be supplied from the supply pipe. A spring fixing bolt provided to move, a cleaning part body fastened to the peripheral part of the fastening head, a cylinder inserted through the central part of the cleaning part body and fastened with the spring fixing bolt, and the supply pipe extending therein. , a first spring inserted into the circumference of the cylinder to generate elastic force, a spray member fastened to the top of the cylinder to generate a spray force for spraying the cleaning liquid supplied from the supply pipe, and fastened to the top of the spray member. A compression unit that compresses the sprayed cleaning liquid, an elastic shaft fastened to the upper part of the compression unit to flow the compressed cleaning liquid and made of an elastic material, a second spring inserted into the circumference of the elastic shaft to generate elastic force, and a circumference of the elastic shaft. It may include a cleaning ball made of elastic material, which is inserted into the unit, is elastically supported by the second spring, and has a built-in capillary pipe that sprays the cleaning liquid supplied from the elastic shaft.

In one embodiment, the fixing part includes a housing-shaped fixing part body installed on the upper part of the pressing part, an interlocking frame installed downward on both sides of the fixing part body and fastened to the pressing plate, the fixing part body and the A first frame rotating part installed on a surface in contact with the interlocking frame to rotate the interlocking frame, a second frame rotating part installed on a surface in contact with the pressing plate and the interlocking frame to rotate the interlocking frame, and the amount of the pressing plate A bolt fixing member installed on the side, a spring bolt inserted toward the bolt fixing member, a buffer spring inserted into the circumference of the spring bolt to generate elastic force, a spring press member installed on the top of the buffer spring, and the spring press. A connecting shaft installed on the upper part of the member, an adjustment ball installed on an upper part of the connecting shaft, a ball housing rotatably fastened to the adjustment ball, an interlocking shaft extending from the ball housing to the inner surface of the fixing unit body, and the interlocking shaft. It may include an adjustment member that is inserted into the circumference of the shaft to adjust the length of the interlocking shaft.

In one embodiment, the first frame rotating part includes a rotating shaft that is rotatable by being inserted into a roller groove formed on an upper part of the interlocking frame, a rotating roller inserted into a peripheral portion of the rotating shaft, and the high plate on both sides of the rotating shaft. It is installed toward the government body to fix the interlocking frame to the fixing unit body, and includes a roller fixing frame supporting the rotating roller, and the second frame rotating part is rotatably installed on one side of the lower end of the interlocking frame. A first roller, a second roller rotatably installed on both sides of the lower end of the pressing plate, and an interlocking wire wound around the first roller and the second roller so as to be unwindable and windable, and the cleaning unit includes, When the index finger presses the pressing portion, the cleaning sensor senses the cleaning fluid and receives the cleaning fluid from the tank and sprays it toward the index finger through the cleaning ball. While the fixing portion fixes the index finger to the pressing portion, the cleaning roller portion rotates. Thus, it may further include a feature of cleaning the index finger.

In one embodiment, the touch auxiliary unit includes: a position auxiliary rail installed on one side of a rail fastening part protruding on both sides of the mounting unit; a rail wheel slidably installed on the other side of the position auxiliary rail; A link member installed on one side of the rail wheel, a first extension axis installed on the link member and disposed toward the center of the tablet, and a first extension axis inserted into the distal end of the first extension axis to adjust the length of the first extension axis. It may include a height adjustment unit, a second extension shaft inserted into the first height adjustment unit and capable of adjusting the length, and an auxiliary unit installed to integrally connect a plurality of the second extension shafts so that the index finger is caught.

In one embodiment, the position auxiliary rail includes a tablet fastening part that is fastened to the rail fastening part, a joint formed extending from one side of the tablet fastening part, and is formed integrally with the joint, and is capable of sliding the rail wheel. It includes a moving part that is fastened, and the auxiliary part includes a ring-shaped index finger hook portion on which the index finger is fixed, a hook portion rotation axis installed in a lower portion of the index finger hook portion, and a hook portion rotation axis installed in a lower portion of the hook portion rotation axis and the hook portion. A rotating part that rotates the rotating shaft, a rotating part connecting member integrally formed in a lower part of the rotating part, a first rotating ball integrally formed in a lower part of the rotating part connecting member, and the first rotating ball being fastened so as to be able to rotate. a first fixing part, a first ball extension shaft formed integrally with the lower part of the first fixing unit and having a protruding fixing protrusion for fixing the first fixing unit, the length of which can be adjusted around the circumference of the first ball extension shaft. a second ball expansion shaft inserted into the second ball expansion shaft, a second rotation ball inserted into the peripheral portion of the second ball expansion shaft, a second fixing part to which the second rotation ball is rotatably fastened, and the second fixing part in all directions. A fixed portion connecting arm integrally extending toward the second elongation axis, a first extension pipe inserted into a circumferential portion of the fixing portion connecting arm and having an elongation protrusion formed along the longitudinal direction, and inserted into a peripheral portion of the first elongating pipe. It includes a second extension pipe in which a protrusion flow groove through which the extension protrusion can flow is formed along the longitudinal direction, a pipe fixing ring inserted to prevent separation of the first extension pipe and the second extension pipe, and the touch assist. In order to move the index finger on the index finger hook and move it on the display of the tablet, the unit includes the first extension axis, the first extension adjustment unit, and the second extension axis simultaneously extending and reducing the length of the auxiliary unit. The index finger hook part is movable, and the index finger can be moved up and down the display of the tablet by sliding movement of the link member along the position auxiliary rail, and the first rotating ball and the second rotational ball of the auxiliary part are enabled. 2 It may further include a feature that allows the index finger to rotate to touch the tablet by the rotating ball.

According to the present invention, there is a holding unit composed of components for holding the tablet on a table, a cleaning unit installed in the holding unit to keep fingers clean before using the tablet, and a touch assisting unit to help the elderly and children use the tablet. A table-combined tablet stand structure equipped with an auxiliary unit is provided. The effects according to the present invention are not limited to the details exemplified above, and further various effects are included within the present invention.

Figure 1 shows a schematic embodiment of a tablet, a holding unit, a cleaning unit, and a touch assistance unit of a table-combined tablet stand structure according to the present invention.
Figure 2 shows embodiments of the cleaning unit of the table-combined tablet holder structure according to the present invention.
Figure 3 shows embodiments of the touch assistance unit of the table-combined tablet holder structure according to the present invention.

Hereinafter, various embodiments will be described in more detail with reference to the attached drawings. The embodiments described herein may be modified in various ways. Specific embodiments may be depicted in the drawings and described in detail in the detailed description. However, the specific embodiments disclosed in the attached drawings are only intended to facilitate understanding of the various embodiments. Therefore, the technical idea is not limited to the specific embodiments disclosed in the attached drawings, and it should be understood that all equivalents or substitutes included in the spirit and technical scope of the invention are included.

Terms containing ordinal numbers, such as first, second, etc., may be used to describe various components, but these components are not limited by the above-mentioned terms. The above-mentioned terms are used only for the purpose of distinguishing one component from another.

In this specification, terms such as “comprise” or “have” are intended to indicate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof. When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between.

Meanwhile, a “module” or “unit” for a component used in this specification performs at least one function or operation. And the “module” or “unit” may perform a function or operation by hardware, software, or a combination of hardware and software. Additionally, a plurality of “modules” or a plurality of “units” excluding a “module” or “unit” that must be performed on specific hardware or performed on at least one processor may be integrated into at least one module. Singular expressions include plural expressions unless the context clearly dictates otherwise.

In addition, when describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof is abbreviated or omitted.

Figure 1 shows a schematic embodiment of the tablet 100, the holding unit 110, the cleaning unit 200, and the touch assistance unit 600 of the table-combined tablet holder structure according to the present invention.

Meanwhile, referring to FIG. 1 , the table-mounted tablet holder structure may further include a tablet 100, a holder unit 110, a cleaning unit 200, and a touch assistance unit 600.

The tablet 100 may be touch-type and installed on a restaurant table to enable menu confirmation and ordering.

The mounting unit 110 may be installed on a restaurant table and configured to rotate and elevate the tablet 100.

At this time, the height of the mounting unit 110 can be adjusted to suit the customer's sitting height.

The mounting unit 110 may include a support plate 120, a plate adjustment unit 140, a buffer unit 130, an elevation unit 150, and a support unit 160.

The support plate 120 may be provided to support and secure the lower part of the tablet.

At this time, the support plate 120 is provided in a 'ㄷ'-shaped clamping shape so that it is fixed to the table, so that the tablet can be installed on the table.

The plate adjuster 140 may be installed at the center of the support plate 120 to adjust its angle.

The buffer unit 130 may be fastened to the plate adjustment unit 140 to prevent shock applied to the table.

The lifting unit 150 may be fastened to the plate adjusting unit 140 to raise and lower the support plate 120.

The support part 160 may be installed at the lower part of the lifting part 150 to support the support plate 120 on the table.

Figure 2 shows embodiments of the cleaning unit 200 of the table-combined tablet holder structure according to the present invention.

Referring to FIG. 2 , the cleaning unit 200 may be installed in the center of the holding unit 110 to keep fingers clean before using the display of the touch-type tablet 100.

The cleaning unit 200 may include a pressing part 300 and a fixing part 400.

The pressing part 300 may be installed in the center of the mounting unit 110 and sprayed with a cleaning solution to clean the finger when pressed with the index finger.

Additionally, the pressing unit 300 may include a pressing plate 310, a pressing shaft 320, a pressing spring 330, and a pressing unit body 340.

The pressing plate 310 may have a cleaning sensor (not shown) installed on its upper surface and may be provided in a plate shape for the index finger to rest on.

Additionally, the pressing plate 310 may include a cleaning roller unit 350 installed on the upper surface to protrude at regular intervals to clean the index finger seated on the pressing plate 310.

The cleaning sensor (not shown) can detect when the index finger rests on the pressing plate 310 and drive the cleaning unit 357, which will be described later.

The pressing shaft 320 may be installed in the 'ㅣ' direction at the lower part of the pressing plate 310.

The pressing spring 330 may be inserted into the circumference of the pressing shaft 320 to generate elastic force.

The pressing portion body 340 may be installed to be fitable with the pressing shaft 320, and may be provided with a tank storing the cleaning liquid installed therein.

The cleaning roller unit 350 includes a lower fixed housing 351, a driving gear 352, a driving shaft 353, a shaft fixing member 354, a roller rotation shaft 355, a separation prevention wing 356, and a cleaning unit 357. , may include an upper fixed housing 358.

The lower fixed housing 351 may be installed on both sides of the pressing plate 310 at regular intervals.

The driving gear 352 may be provided to be rotatably seated in the roller fixing grooves 351a formed at regular intervals in the lower fixing housing 351.

At this time, the driving gear 352 is electrically connected to a motor (not shown) and can rotate by receiving the rotational force generated by the motor.

The drive shaft 353 may be inserted to penetrate the drive gear 352 and rotate integrally by receiving the rotation of the drive gear 352.

The shaft fixing member 354 may be provided to fix the drive shaft 353 to the lower fixing housing 351 so that it does not come off.

The roller rotation shaft 355 may be inserted into the peripheral portion of the drive shaft 353 and rotated integrally.

Additionally, the roller rotation shaft 355 may include a built-in supply pipe 355a to supply the cleaning liquid supplied from the tank.

A plurality of separation prevention wings 356 may be installed on the circumference of the roller rotation shaft 355 at regular intervals.

The cleaning unit 357 may be installed between installation intervals of a plurality of separation prevention wings 356 and may be provided to clean the index finger.

In addition, the cleaning part 357 includes a spring base part 360, a spring fixing member 361, a floating magnetic ball 362, a besaring 363, an elastic magnetic force member 364, a spring head part 365, and a spring. Fixing bolt 366, cleaning part body 367, cylinder 368, first spring 369, injection member 370, compression part 371, elastic shaft 372, second spring 373, It may include a cleaning ball 374.

The spring base portion 360 may be provided with a supply hole 360a formed at the center so that the cleaning liquid supplied from the supply pipe 355a flows around the roller rotation shaft 355.

The spring fixing member 361 may be installed on the spring base portion 360, and may be provided so that ball grooves 361a are formed at regular intervals on the rear circumference.

The floating magnetic ball 362 may be inserted into the ball groove 361a to generate magnetic force to move the spring fixing member 361.

The besaring 363 may be fastened to the spring base portion 360 so that the spring fixing member 361 is coupled thereto.

The elastic magnetic member 364 may be made of an elastic material to be inserted into the circumference of the spring fixing member 361 and magnetically coupled to the floating magnet ball 362 to relieve impact.

The spring head portion 365 may be coupled to the spring fixing member 361 to protect the elastic magnetic member 364, and a fastening head 365a may be formed on the upper portion.

The spring fixing bolt 366 may be inserted through the central portion of the spring head portion 365 to the supply hole 360a to allow the cleaning liquid supplied from the supply pipe 355a to flow.

The cleaning part body 367 may be provided to be fastened to the periphery of the fastening head 365a.

At this time, the cleaning part body 367 may be fastened along the threads formed on the circumference of the fastening head 365a.

The cylinder 368 may be inserted toward the center of the cleaning part body 367 and fastened to the spring fixing bolt 366, so that the supply pipe 355a extends inside.

At this time, the distal end of the cylinder 368 is formed with a protrusion facing inward and can be engaged with the protrusion of the distal end of the spring fixing bolt 366.

The first spring 369 may be inserted into the circumference of the cylinder 368 to generate elastic force.

The injection member 370 may be fastened to the upper part of the cylinder 368 to generate injection force for spraying the cleaning liquid supplied from the supply pipe 355a.

The compression unit 371 may be fastened to the upper part of the injection member 370 to compress the sprayed cleaning liquid.

The elastic shaft 372 is fastened to the upper part of the compressed portion 371 to flow the compressed cleaning liquid, and may be made of an elastic material.

At this time, the reason it is made of an elastic material is to alleviate the impact applied when the cleaning ball 374 is fastened with the cleaning ball 374 for cleaning.

The second spring 373 may be inserted into the circumference of the elastic shaft 372 to generate elastic force.

The cleaning ball 374 is inserted into the circumference of the elastic shaft 372, is elastically supported by the second spring 373, and is made of an elastic material with a built-in capillary pipe that sprays the cleaning liquid supplied from the elastic shaft 372. It can be.

The upper fixing housing 358 may be provided to fix the shaft fixing member 354 to the roller fixing groove 351a.

The fixing part 400 may be installed on the upper part of the pressing part 300 and may be provided to fix the index finger in conjunction with the pressing part 300.

In addition, the fixing part 400 includes a fixing part body 410, an interlocking frame 420, a first frame rotating part 663, a second frame rotating part 663, a bolt fixing member 450, and a spring bolt 460. ), a buffer spring 470, a spring pressing member 480, a connection shaft 490, an adjustment ball 500, a ball housing 510, an interlocking shaft 520, and an adjustment member 530.

The fixing unit body 410 may be installed on the upper part of the pressing unit 300 and may be provided in the shape of a housing.

The interlocking frame 420 may be installed downward on both sides of the fixture body 410 and fastened to the pressing plate 310.

At this time, the interlocking frames 420 may be provided in an 'ㄴ' and '」' shape, respectively, and may be provided to be hung on the pressing plate 310.

The first frame rotation unit 663 may be installed on a surface in contact with the fixation body 410 and the interlocking frame 420 to rotate the interlocking frame 420.

Additionally, the first frame rotating unit 663 may include a rotating shaft 431, a rotating roller 432, and a roller fixing frame 433.

The rotation shaft 431 may be inserted into a roller groove formed at the top of the interlocking frame 420 and may be rotatably provided.

The rotation roller 432 may be provided to be inserted into the periphery of the rotation shaft 431.

The roller fixing frame 433 is installed toward the fixing unit body 410 on both sides of the rotating shaft 431 to fix the interlocking frame 420 to the fixing unit body 410 and to support the rotating roller 432. It can be provided.

The second frame rotation unit 663 may be installed on a surface in contact with the pressing plate 310 and the interlocking frame 420 to rotate the interlocking frame 420.

Additionally, the second frame rotating part 663 may include a first roller 441, a second roller 442, and an interlocking wire 443.

The first roller 441 may be rotatably installed on one side of the lower end of the interlocking frame 420.

The second roller 442 may be rotatably installed on both sides of the lower end of the pressing plate 310.

The interlocking wire 443 may be provided to be wound around the first roller 441 and the second roller 442 so as to be unwindable and windable.

Bolt fixing members 450 may be installed on both upper surfaces of the pressing plate 310.

The spring bolt 460 may be inserted toward the bolt fixing member 450.

The buffer spring 470 may be inserted into the circumference of the spring bolt 460 to generate elastic force.

The spring pressing member 480 may be installed on the top of the buffer spring 470 to press the buffer spring 470 to generate elastic force.

The connecting shaft 490 may be installed on the upper part of the spring pressing member 480.

The adjustment ball 500 may be installed on the upper part of the connection shaft 490.

The ball housing 510 may be provided to be rotatably fastened to the adjustment ball 500.

The interlocking shaft 520 may be provided to extend from the ball housing 510 to the inner surface of the fixture body 410.

The adjustment member 530 may be inserted into the peripheral portion of the interlocking shaft 520 to adjust the length of the interlocking shaft 520.

The assembly relationship and effect of the embodiment according to the above configurations are described in detail as follows.

In the cleaning unit 200, the index finger is installed in the center of the mounting unit 110 so that the index finger can be inserted.

The pressing part body 340 is inserted into the central part of the mounting unit 110, and the pressing plate 310 formed perpendicular to the pressing axis 320 with the pressing spring 330 inserted into the peripheral part is attached to the pressing part body 340. It is assembled at the top so that it can move up and down.

A fixing part 400 for fixing the index finger is assembled on the upper part of the pressing part body 340.

In particular, the fixing part 400 has a fixing part body 410 disposed on the upper part of the pressing plate 310, and interlocking frames 420 are provided on both sides of the fixing part body 410 to be fastened to the pressing plate 310. Assembled downwards.

The interlocking shaft 520 is assembled on both sides of the inner upper surface of the fixing unit body 410 to face inward, and the adjustment member 530 is inserted into the peripheral portion of the interlocking shaft 520.

A ball housing 510 is assembled at the distal end of each interlocking shaft 520, and the ball housing 510 is engaged with the adjustment ball 500 to rotate the adjustment ball 500.

A connecting shaft 490 and a spring pressing member 480 are formed integrally with each other, in that order, at the lower part of the adjustment ball 500.

Meanwhile, on the upper surface of the pressing plate 310, a bolt fixing member 450 is disposed at a position corresponding to each spring pressing member 480, and a buffer spring 470 is inserted into the peripheral portion toward the bolt fixing member 450. The spring bolt 460 is inserted.

At this time, the buffer spring 470 is disposed in contact with the spring pressing member 480 and is fastened so that the spring pressing member 480 presses the buffer spring 470 to generate elastic force.

Interlocking frames 420 are assembled on both sides of the fixture body 410 to be rotatable in the shape of 'ㄴ' and '」'.

In order for the interlocking frame 420 to rotate on the fixing body 410, a roller groove is formed at the upper end of the 'ㅣ' shape of the interlocking frame 420, and a rotation roller ( 432) is inserted, and roller fixing frames 433 are assembled on both sides to fix the rotating roller 432 to the fixing unit body 410.

A first roller 441 is protrudingly inserted into one end of the '-' shape of the interlocking frame 420, and a second roller 442 is protrudingly inserted into both lower end portions of the pressing plate 310. The interlocking wire 443 is wound around the second roller 441 and the second roller 442 so as to be unwound and wound as one piece, so that the interlocking wire 443 can be unwound and wound as the interlocking frame 420 rotates.

Meanwhile, the cleaning roller unit 350 is installed on the upper surface of the pressing plate 310 to protrude and rotate at regular intervals.

The lower fixed housing 351 of the cleaning roller unit 350 is built into the pressing plate 310 on both sides at regular horizontal intervals.

The shaft fixing member 354 is fastened to the roller fixing grooves 351a formed at regular intervals in the lower fixing housing 351.

The upper fixing housing 358 and the lower fixing housing 351 are integrally fastened at the top to fix the shaft fixing member 354 to the roller fixing groove 351a.

The drive shaft 353 is inserted into the horizontally arranged shaft fixing member 354, and the roller rotation shaft 355 is inserted into the peripheral portion of the drive shaft 353.

Meanwhile, a plurality of separation prevention wings 356 are formed around the roller rotation shaft 355 at regular intervals.

Drive gears 352 are rotatably fastened to both ends of the drive shaft 353, and at this time, the drive gears 352, although not shown in the drawing, can rotate by control of a drive motor, etc.

A cleaning part 357 is installed in the space between the separation prevention wings 356 at regular intervals.

The spring base portion 360 of the cleaning portion 357 is installed on the periphery of the roller rotation shaft 355 so as to be in integral communication with the supply hole 360a and the supply pipe 355a built into the roller rotation shaft 355.

A besar ring 363 and a spring fixing member 361 with the besar ring 363 inserted in the center are assembled on the upper part of the spring base portion 360.

A floating magnetic ball 362 is inserted into the ball grooves 361a formed at regular intervals on the rear circumference of the spring fixing member 361.

The elastic magnetic member 364 is inserted into the upper circumference of the spring fixing member 361 and is magnetically coupled to the floating magnet ball 362.

The spring head portion 365 is assembled to cover the elastic magnetic member 364 on the upper part of the spring fixing member 361, and the spring base portion ( A spring fixing bolt 366 is inserted through the supply hole 360a of 360.

At this time, a supply pipe 355a is extended and built into the spring fixing bolt 366 to supply the cleaning liquid supplied from the tank.

The fastening head 365a is assembled with the cleaning part body 367 at the top.

At this time, the protrusion formed on the upper end of the spring fixing bolt 366 is engaged with the cylinder 368 that is inserted and protrudes toward the inside of the cleaning part body 367.

Meanwhile, a supply pipe 355a is formed extending inside the cylinder 368.

A first spring 369 is inserted into the peripheral portion of the cylinder 368.

The injection member 370, the compression part 371, and the elastic shaft 372 are assembled in that order on the upper part of the cylinder 368, and are built into the cleaning part body 367.

A portion of the elastic shaft 372 is formed to protrude from the upper surface of the cleaning part body 367, and the second spring 373 is inserted into the peripheral portion.

In addition, a cleaning ball 374 is inserted into the circumferential portion of the elastic shaft 372 to include a second spring 373, and the cleaning liquid is supplied to the cylinder 368, the injection member 370, the compression portion 371, and the elastic shaft. The cleaning liquid is sprayed onto the surface of the cleaning ball 374 through the capillary pipe inside the cleaning ball 374 along (372).

In one embodiment, when a finger presses the pressing part 300, a cleaning sensor (not shown) detects the pressure, receives cleaning fluid from the tank, and sprays the cleaning fluid toward the index finger through the cleaning ball 374.

In one embodiment, the fixing part 400 may rotate to fix the index finger to the pressing part 300.

In one embodiment, the interlocking frame 420 may naturally rotate as the pressing plate 310 descends due to the rotation of the rotating roller 432 of the fixing part 400 and the first roller 441 and the second roller 442. You can.

In one embodiment, the interlocking wire 443 can be wound to rotate the first roller 441 and the second roller 442 to position the interlocking frame 420 and the pressing plate 310.

In one embodiment, as the pressing plate 310 rises, the spring pressing member 480 may press the buffer spring 470 to elastically support it.

In one embodiment, when the cleaning roller unit 350 rotates, the cleaning ball 374 of the cleaning unit 357 hits the index finger, thereby cleaning the index finger.

In one embodiment, when the index finger strikes the cleaning part 357, the cleaning part 357 is elastically supported by the elastic force of the first spring 369 and the second spring 373, so that continuous striking is possible.

In one embodiment, when the index finger hits the cleaning part 357, the spring fixing member 361 and the spring head part 365 move naturally by the floating magnetic ball 362, thereby mitigating the shock caused by the hitting. .

In terms of work effect, since maintaining hand cleanliness is important after the advent of the Corona era, an unspecified number of people will use the tablet 100, so the body can be protected from virus and bacterial infections by keeping fingers clean before using the tablet 100.

Figure 3 shows embodiments of the touch assistance unit 600 of the table-combined tablet holder structure according to the present invention.

Referring to FIG. 3 , the touch assistance unit 600 may be installed on the holding unit 110 to assist a touch toward the display of the touch-type tablet 100.

The touch assistance unit 600 includes a position auxiliary rail 610, a rail wheel 620, a link member 630, a first extension axis 640, a first extension adjustment unit 640a, and a second extension axis 650. , may include an auxiliary unit 660.

The position auxiliary rail 610 may be installed on one side of the rail fastening portion 100a protruding from both sides of the mounting unit 110.

Additionally, the position auxiliary rail 610 may include a tablet fastening part 611, a joint part 612, and a moving part 613.

The tablet fastening part 611 may be provided in a '[' shape to be fastened to the rail fastening part 100a.

The joint portion 612 may be formed to extend from one side of the tablet fastening portion 611.

The moving part 613 is formed integrally with the joint part 612 and may be provided to slideably engage the rail wheel 620.

The rail wheel 620 may be provided to be slidably installed on the other side of the position auxiliary rail 610.

The link member 630 may be installed on one side of the rail wheel 620.

The first extension shaft 640 may be installed on the link member 630 and disposed toward the center of the tablet 100.

The first elongation adjustment unit 640a may be inserted into the distal end of the first elongation shaft 640 to adjust the length of the first elongation shaft 640.

The second extension shaft 650 may be inserted into the first extension adjustment unit 640a so that its length can be adjusted.

The auxiliary part 660 may be installed to integrally connect the plurality of second elongation shafts 650 so that the index finger can be caught.

In addition, the auxiliary part 660 includes an index finger hook part 661, a hook pivot axis 662, a pivot portion 663, a pivot portion 663 connection member 664, a first pivot ball 665, and a first high. Top 666, first ball expansion axis 667, second ball expansion axis 668, second rotation ball 669, second fixing part 670, fixing part connection arm 671, first kidney It may include a pipe 672, a second extension pipe 673, and a pipe fixing ring 674.

The index finger hook portion 661 may be provided in a ring shape to which the index finger is fixed.

The hook portion rotation axis 662 may be installed at the lower portion of the index finger hook portion 661.

The rotating part 663 may be installed below the hanging part rotating shaft 662 and be provided to rotate the hanging part rotating shaft 662.

The rotating portion 663 connection member 664 may be provided to be integrally formed at the lower portion of the rotating portion 663.

The first rotating ball 665 may be provided to be integrally formed at the lower part of the connecting member 664 of the rotating portion 663.

The first fixing part 666 may be provided so that the first rotating ball 665 can be rotatably fastened.

The first ball extension shaft 667 may be formed integrally with the lower part of the first fixing part 666 and may be provided with a protruding fixing protrusion 667a for fixing the first fixing part 666.

The second ball expansion shaft 668 may be provided to be inserted into the circumference of the first ball expansion shaft 667 so that its length can be adjusted.

The second rotating ball 669 may be provided to be inserted into the peripheral portion of the second ball expansion shaft 668.

The second fixing part 670 may be provided so that the second rotating ball 669 can be rotatably fastened.

The fixing unit connection arm 671 may be provided to extend integrally in all directions of the second fixing unit 670 toward the second extension axis 650.

The first extension pipe 672 may be inserted into the peripheral portion of the fixing part connection arm 671 and may be provided so that an extension protrusion 672a is formed along the longitudinal direction.

The second extension pipe 673 may be inserted into the peripheral portion of the first extension pipe 672 and may be provided so that a protrusion flow groove 673a through which the extension protrusion 672a can flow is formed along the longitudinal direction.

The pipe fixing ring 674 may be provided to be inserted to prevent the first extension pipe 672 and the second extension pipe 673 from being separated.

The assembly relationship and effect of the embodiment according to the above configurations are described in detail as follows.

The position auxiliary rail 610 is fastened to the rail fastening portions 100a protruding from both sides of the mounting unit 110.

The position auxiliary rail 610 consists of a tablet fastening part 611 that is fastened to the rail fastening part 100a, a moving part 613, and a joint 612 connecting the tablet fastening part 611 and the moving part 613. do.

The rail wheel 620 is slidably fastened to the moving part 613.

The link member 630 is installed on one side of the rail wheel 620, and a plurality of first extension axes 640 are fastened to the link member 630 so that they point toward the center of the tablet 100, as shown in the drawing. do.

The first extension shaft 640 is inserted into the second extension shaft 650 and the first extension adjustment unit 640a so that its length can be adjusted.

As shown in the drawing, the auxiliary part 660 is assembled to integrally connect the plurality of second elongation shafts 650.

A second extension pipe 673 is formed to extend from each of the second extension shafts 650, and a pipe fixing ring 674 is inserted into the front end.

At this time, the first extension pipe 672 is fastened to the protrusion flow groove 673a so that the extension protrusion 672a slides in the protrusion flow groove 673a of the second extension pipe 673, and is attached to the pipe fixing ring 674. It is fixed so that it does not come off.

The fixing part connection arm 671 of the second fixing part 670 is inserted into the first extension pipe 672.

A second rotating ball 669 is rotatably fastened to the upper part of the second fixing part 670, and a second ball elongating shaft 668 is inserted into the upper part of the second rotating ball 669, and the second ball elongating shaft 668 is inserted into the upper part of the second fixing part 670. A first ball expansion shaft 667 is inserted into the shaft 668.

A first fixing part 666 fixed by the fixing protrusion 667a of the first ball elongating shaft 667 is assembled on the upper part of the first ball elongating shaft 667.

A first rotating ball 665 is rotatably fastened to the first fixing part 666, and a connecting member 664, a rotating part 663, and a hanger are provided on the upper part of the first rotating ball 665. It is assembled in that order: the secondary rotation axis 662, and the index finger hook part 661.

In one embodiment, the first extension axis 640, the first extension adjustment unit 640a, and the second extension axis 650 are used to place the index finger on the index finger hook portion 661 and move it on the display of the tablet 100. ) is simultaneously extended and shortened in length so that the index finger hook portion 661 of the auxiliary portion 660 can be moved.

In one embodiment, the index finger can move up and down the display of the tablet 100 by sliding the link member 630 along the position assistance rail 610.

In one embodiment, the index finger can be rotated to touch the tablet 100 by the first rotation ball 665 and the second rotation ball 669 of the auxiliary unit 660.

In one effect, the touch assistance unit 600 assists precise touch by placing the index finger mainly used for touch to facilitate the use of the tablet 100 by middle-aged people who have severe tremors or are not accustomed to the touch of the tablet 100. You can easily order from the menu.

In one effect, the touch assistance unit 600 allows movement of the index finger in all directions on the display of tablet 100 so that the range of activity of the index finger on the display of tablet 100 is not limited.

Although preferred embodiments of the present invention have been shown and described above, the present invention is not limited to the specific embodiments described above, and may be used in the technical field to which the invention pertains without departing from the gist of the invention as claimed in the claims. Of course, various modifications can be made by those skilled in the art, and these modifications should not be understood individually from the technical idea or perspective of the present invention.

Tablet(100)
Rail fastening part (100a)
Holding unit (110)
Support plate (120)
Buffer section (130)
Plate control unit (140)
Lifting section (150)
Support part (160)
Cleaning Unit (200)
Pressing part (300)
Press plate (310)
Push shaft (320)
Press spring (330)
Presser body (340)
Cleaning roller part (350)
Lower fixed housing (351)
Roller fixing groove (351a)
Drive Gear(352)
Drive Shaft(353)
Shaft fixing member (354)
Roller rotation shaft (355)
Supply pipe (355a)
Breakaway prevention wing (356)
Cleaning Department (357)
Upper fixed housing (358)
Spring base part (360)
Supply hole (360a)
Spring fixing member (361)
Ball groove (361a)
Floating magnetic ball (362)
Besaring(363)
Elastic magnetic member (364)
Spring head part (365)
Fastening head (365a)
Spring fixing bolt (366)
Cleaning unit body (367)
Cylinder(368)
1st spring (369)
Injection member (370)
Compression section (371)
Elastic axis (372)
2nd spring (373)
Cleaning Ball (374)
Fixing part (400)
Fixation body (410)
Interlocking Frame(420)
First frame rotating part (430)
Rotation axis (431)
Rotating roller (432)
Roller fixing frame (433)
Second frame rotating part (440)
First roller (441)
Second roller (442)
Interlocking Wire(443)
Bolt fixing member (450)
Spring Bolt(460)
Shock spring (470)
Spring pressing member (480)
Connecting shaft (490)
Control ball (500)
Ball Housing(510)
Interlocking shaft (520)
Control member (530)
Touch Assist Unit (600)
Position auxiliary rail (610)
Tablet fastener (611)
Joint (612)
Mobile unit (613)
Rail Wheels(620)
Link member (630)
First elongation axis (640)
First height control unit (640a)
Second elongation axis (650)
Auxiliary unit (660)
Index finger hook (661)
Hanging part rotation axis (662)
Circular unit (663)
Connecting member (664)
1st rotating ball (665)
First fixing part 666
1st ball expansion axis (667)
Fixing protrusion (667a)
Second ball expansion axis (668)
2nd rotating ball (669)
Second fixing part (670)
Fixed connection arm (671)
First kidney pipe (672)
Kidney process (672a)
Second kidney pipe (673)
Protrusion flow groove (673a)
Pipe fixing ring (674)

Claims (3)

A holding unit installed on a table to hold a tablet;
a cleaning unit installed in the center of the holding unit to keep fingers clean before using the display of the tablet;
In the table-combined tablet holder structure including,
The mounting unit is,
A support plate that supports and secures the lower part of the tablet;
A plate adjuster installed at the center of the support plate to enable angle adjustment;
A buffer part fastened to the plate adjustment part to prevent shock applied to the table from being transmitted;
a lifting part that is fastened to the plate adjusting part to raise and lower the support plate;
a support part installed below the elevating part to support the support plate on the table;
Including,
The cleaning unit is,
A pressing part installed in the center of the mounting unit to clean the finger by spraying a cleaning liquid when pressed with the index finger;
A fixing part installed on the upper part of the pressing part and interlocking with the pressing part to fix the index finger;
Including,
The pressing part,
A cleaning sensor is installed on the upper surface, and a pressing plate is provided in the shape of a plate for the index finger to rest on;
a pressing shaft installed at the lower part of the pressing plate;
a pressing spring inserted into the circumference of the pressing shaft to generate elastic force;
A pressing part body that is installed to be fitable with the pressing shaft and has a tank for storing a cleaning liquid installed therein;
Including,
The pressing plate is,
A cleaning roller unit installed to protrude from the upper surface at regular intervals to clean the index finger seated on the pressing plate;
Including,
The cleaning roller part,
a lower fixed housing built on both sides of the press plate at regular intervals;
a drive gear rotatably coupled to roller fixing grooves formed at regular intervals in the lower fixing housing;
a drive shaft that is inserted to penetrate the drive gear and rotates integrally with the rotation of the drive gear;
a shaft fixing member that secures the drive shaft to the lower fixing housing so as not to separate from it;
a roller rotation shaft inserted into the circumference of the drive shaft and rotating integrally with the drive shaft;
a plurality of separation prevention wings installed at regular intervals around the roller rotation shaft;
a cleaning unit installed between installation intervals of the plurality of separation prevention wings to clean the index finger;
an upper fixing housing that secures the drive gear to the roller fixing groove;
Including,
The roller rotation axis is,
Includes a built-in supply pipe to supply the cleaning liquid supplied from the tank,
The cleaning department,
a spring base portion having a supply hole formed in the center to allow the cleaning liquid supplied from the supply pipe to flow around the roller rotation shaft;
a spring fixing member installed on the spring base portion and having ball grooves formed at regular intervals on the rear circumference;
a floating magnetic ball that is inserted into the ball groove and generates magnetic force to move the spring fixing member;
a bessaring fastened to couple the spring fixing member to the spring base;
an elastic magnetic member inserted into a peripheral portion of the spring fixing member and magnetically coupled to the floating magnet ball and made of an elastic material to relieve shock;
A spring head portion coupled to the spring fixing member to protect the elastic magnetic force member and having a fastening head formed on the upper portion;
a spring fixing bolt inserted through the central portion of the spring head portion to the supply hole to allow the cleaning liquid supplied from the supply pipe to flow;
a cleaning part body fastened to the circumference of the fastening head;
A cylinder inserted through the central part of the cleaning unit body, fastened with the spring fixing bolt, and having the supply pipe extending therein;
a first spring inserted into the circumference of the cylinder to generate elastic force;
a spray member fastened to the upper part of the cylinder to generate a spray force for spraying the cleaning liquid supplied from the supply pipe;
A compression part fastened to the upper part of the spray member to compress the sprayed cleaning liquid;
An elastic shaft fastened to the upper part of the compression unit to flow the compressed cleaning liquid and made of an elastic material;
a second spring inserted into the circumference of the elastic shaft to generate elastic force;
a cleaning ball made of elastic material, which is inserted into the circumference of the elastic shaft, is elastically supported by the second spring, and has a built-in capillary pipe for spraying the cleaning liquid supplied from the elastic shaft;
Including,
The fixing part,
A housing-shaped fixing body installed on the upper part of the pressing part;
an interlocking frame installed downward on both sides of the fixing unit body and fastened to the pressing plate;
a first frame rotation unit installed on a surface in contact with the fixing unit body and the interlocking frame to rotate the interlocking frame;
a second frame rotation unit installed on a surface in contact with the pressing plate and the interlocking frame to rotate the interlocking frame;
Bolt fixing members installed on both sides of the pressing plate;
a spring bolt inserted toward the bolt fixing member;
a buffer spring inserted into the circumference of the spring bolt to generate elastic force;
a spring pressing member installed on an upper portion of the buffer spring;
A connecting shaft installed on the upper part of the spring pressing member;
An adjustment ball installed on the upper part of the connecting shaft;
a ball housing rotatably fastened to the adjustment ball;
an interlocking shaft extending from the ball housing to an inner surface of the fixture body;
an adjustment member inserted into the circumference of the interlocking shaft to adjust the length of the interlocking shaft;
Including,
The first frame rotation unit,
a rotating shaft that is inserted into a roller groove formed on the upper part of the interlocking frame and is rotatable;
a rotating roller inserted into the circumference of the rotating shaft;
a roller fixing frame installed toward the fixing unit body on both sides of the rotating shaft to fix the interlocking frame to the fixing unit body and supporting the rotating roller;
Including,
The second frame rotation unit,
a first roller rotatably installed on one side of the lower end of the interlocking frame;
a second roller rotatably installed on both sides of the lower end of the pressing plate;
an interlocking wire wound around the first roller and the second roller so as to be unwindable and windable;
Including,
The cleaning unit is,
When the index finger presses the pressing portion, the cleaning sensor detects the cleaning fluid and receives the cleaning fluid from the tank and sprays it toward the index finger through the cleaning ball.
While the fixing part fixes the index finger to the pressing part,
A table-coupled tablet holder structure further comprising a feature in which the cleaning roller unit rotates to clean the index finger. delete delete