KR102628882B1 - Tablet PC Charging Device - Google Patents

Abstract

The present invention not only allows charging a plurality of tablet PCs simultaneously or individually, but especially, when a plurality of tablet PCs are placed between each partition for charging, the height of the charging terminal depends on the height of the charging hole of each tablet PC. We provide a tablet PC charging device that includes a base plate, a bottom block, a rear block, each partition plate, and a charging unit so that charging can be done quickly and smoothly without any hassle or inconvenience by adjusting the tablet to the optimal height.
Accordingly, regardless of the size or type of the tablet PC, anyone can use it conveniently, especially students, and the production cost is low, so it has the side effect of being widely distributed.

Description

Tablet PC Charging Device {Tablet PC Charging Device}

The present invention relates to a tablet PC charging device, and more specifically, a device capable of simultaneously or individually charging a plurality of tablet PCs, and in particular, a device capable of charging a plurality of tablet PCs between respective partitions for charging. This relates to a tablet PC charging device that adjusts the height of the charging terminal to the optimal height according to the height of the charging hole of the tablet PC, allowing quick and smooth charging without inconvenience or inconvenience.

Recently, in accordance with trends such as smart education and AI (artificial intelligence) education, various attempts have been made to improve and remodel the educational environment in schools and corporate educational facilities. In particular, various electronic devices have become available and applied. The demand for auxiliary furniture (so-called blackboard auxiliary cabinets) is also increasing significantly.

Moreover, educational facilities such as schools provide various products of tablet PCs to students and educators to provide education, and the tablet PCs used in this way require charging before and after use.

Accordingly, various types of charging means for charging tablet PCs have been proposed and used.

As described above, the following technology has been proposed in prior art related to a charging means for simultaneously or individually charging a plurality of tablet PCs at once.

First, as published in Republic of Korea Patent Publication No. 10-1219446 (hereinafter referred to as 'Patent Document 1'), inside the case provided with left and right opening and closing doors on the front, a plurality of left and right charging stations are installed symmetrically in the up and down directions. Technologies such as charging boxes for mobile devices installed on separators have been proposed.

In addition, as published in Republic of Korea Patent Publication No. 10-2015-0103570 (hereinafter referred to as 'Patent Document 2'), a top plate on which a tablet PC is fixed, a first coupled to the bottom of the top plate and formed symmetrically to each other, 2 A technology such as a tablet PC charging case consisting of a lower plate, a fixing part fitted into the first and second lower plates, and a power terminal provided on one upper side of the upper plate to supply power to the tablet PC has also been proposed. .

In addition, as published in Republic of Korea Patent Publication No. 10-1736782 (hereinafter referred to as 'Patent Document 3'), a main housing in which a plurality of space cells are divided up and down to form a mobile charging charging unit, the mobile charging charging unit A mounting bracket is provided that can be withdrawn by a guide roller to store and store a mobile device, a power terminal for electrical connection to the mobile device charging terminal, a charging indicator LED and a USB connection connector provided on the front of the main housing are formed on the mounting bracket. Technologies such as a mobile device charging station capable of charging multiple mobile devices including a suitable power supply have also been proposed.

In addition, as published in Republic of Korea Patent Publication No. 10-2133155 (hereinafter referred to as 'Patent Document 4'), a case is provided to enable stable charging of multiple terminals and tablet PCs at the same time and to facilitate storage and management; a plurality of storage means consisting of a storage frame and partitions with first and second storage portions that can be withdrawn from the case, and a drawer-type charging portion with a plurality of chargers; A technology such as a portable terminal charging box including a control unit including a display unit to indicate charging status has also been proposed.

However, in Patent Document 1, each charging stand is connected by a lead line, which has the disadvantage of complicated wiring and the inconvenience of requiring the user to insert and unplug each charging stand into the charging hole of the tablet PC one by one.

Patent Document 2 not only has the disadvantage that the technical configuration of the tablet PC charging case is complicated, but also has the disadvantage that it is quite cumbersome and inconvenient to use because each tablet PC charging case having the complex technical configuration must be provided in a storage case.

Patent Document 3 In addition, the technical configuration for charging a mobile device is not only complicated, but also extremely limited as the mobile device to be charged is mounted in a plate shape using mounting brackets provided at the top and bottom of the main body housing. It also has the disadvantage of being recharged in limited numbers.

Patent Document 4 has conditions for charging, storing, and managing multiple terminals and tablet PCs, but there is a problem in that each charger that is pulled out and used is short-circuited in a short period of time, and in the case of users, especially students, the use and management of the charger that is pulled out is difficult. It has the disadvantage of not being very efficient because it is not done properly.

Republic of Korea Patent Publication No. 10-1219446 Republic of Korea Patent Publication No. 10-2015-0103570 Republic of Korea Patent Publication No. 10-1736782 Republic of Korea Patent Publication No. 10-2133155

The specific technical problem of the present invention to solve the above-described conventional problems is that a plurality of tablet PCs can be charged simultaneously or individually, and in particular, a plurality of tablet PCs can be placed between each partition for charging. The purpose is to provide a tablet PC charging device that adjusts the height of the charging terminal to the optimal height according to the height of the charging hole of each tablet PC, allowing quick and smooth charging without inconvenience or inconvenience.

Another specific technical problem of the present invention is to enable a tablet PC charging device to be constructed through a simple assembly method.

Another specific technical problem of the present invention is to enable the connection of the charging terminal to be made more conveniently by magnetic force.

Another specific technical problem of the present invention is to ensure smooth air circulation between each partition.

The specific technical solution of the present invention for solving the above-described specific technical problem includes a base plate on which each support flange is formed, each of which is bent upward on an oblique side; a bottom block in which a first coupling groove is formed in the middle of the upper surface of the base plate and each pedestal is slidably coupled to each other; a rear block in which a second coupling groove is formed in the middle of the front surface between the rear end of the floor block and a support flange formed at the rear of the base plate, and each support bar having corresponding side surfaces is slidingly coupled to each other; Each partition plate is inserted into and coupled to the first coupling groove on the bottom and the second coupling groove on the back; and a support housing including a wiring portion electrically connected to the inside while supporting the front end of the base plate at the rear upper portion, each of the support housings being rotatable forward and vertically at the front of the support housing so as to be adjustable in height up and down. It includes; a charging unit including each charging module located between the partition plates.

In each of the supports, the corresponding sides of each support and the first and second coupling grooves of each partition plate can be slidably coupled, and the respective sides can be slidably coupled to each other and to the upper surface of the support or the front of the support. It includes being formed with grooves or protrusions in either a rail shape, a circular shape, or a rectangular shape so as not to come off.

Each of the charging modules includes each rotation block rotatably provided in a support housing, each elevation block sliding on each rotation block, and each charging terminal provided at each elevation block.

Each of the charging terminals includes a main charging terminal provided in the lifting block and an auxiliary charging terminal inserted into a charging hole in the tablet PC, and the main charging terminal includes at least one handle piece.

The main charging terminal and the auxiliary charging terminal each include contact magnets on corresponding surfaces to be attached by magnetic force.

The support housing includes being divided into at least one piece.

Each partition plate includes at least one ventilation hole.

The present invention not only allows charging a plurality of tablet PCs simultaneously or individually, but especially, when a plurality of tablet PCs are placed between each partition for charging, the height of the charging terminal depends on the height of the charging hole of each tablet PC. By adjusting the tablet to the optimal height so that charging can be done quickly and smoothly without any hassle or inconvenience, anyone can use it conveniently, especially students, regardless of the size or type of the tablet PC, while also reducing production costs. It also has the side effect of being inexpensive and widely available.

In addition, by allowing the tablet PC charging device to be constructed using a simple assembly method, it also provides the effect that anyone other than an expert can easily assemble and install it.

In addition, by allowing the connection of the charging terminal to be made more conveniently by magnetic force, it also has the effect of allowing the connection of the charging terminal to be made quickly within a short period of time.

In addition, by allowing smooth air circulation between each partition, heat generated during the charging process of the tablet PC is circulated smoothly, resulting in excellent cooling efficiency.

1 is an exploded perspective view for explaining the present invention;
Figure 2 is a perspective view of the combined state according to Figure 1,
Figure 3 is a side view according to Figure 2;
Figure 4 is a plan view according to Figure 2;
Figure 5 is a side view for explaining the use state of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings as follows, but the present invention is not limited or limited by the examples.

Figure 1 is an exploded perspective view for explaining the present invention, Figure 2 is a perspective view of the combined state according to Figure 1, Figure 3 is a side view according to Figure 2, Figure 4 is a top view according to Figure 2, Figure 5 is a perspective view according to Figure 2 This is a side view for explaining the state of use of the present invention.

As shown, in recent years, educational facilities such as schools have been providing tablet PCs of various products to students and educators to provide education, and the tablet PCs used in this way have required charging before and after use. .

Accordingly, various types of charging means for charging tablet PCs have been proposed and used in the past, but as described in the technology behind the invention, not only is the use of the charger quite cumbersome and inconvenient, but it is also difficult for students to use and manage the charger. It has the disadvantage of not being very efficient as it is not done properly.

The present invention not only allows charging a plurality of tablet PCs simultaneously or individually, but especially, when a plurality of tablet PCs are placed between each partition for charging, the height of the charging terminal depends on the height of the charging hole of each tablet PC. The purpose is to provide a tablet PC charging device that adjusts to the optimal height so that charging can be done quickly and smoothly without any hassle or inconvenience.

For reference, the tablet PC charging device of the present invention can be placed on a table or desk and used as a single item, and can also be placed on each shelf provided in multiple stages inside the case described in the technology behind the invention to store a large amount of tablets. It can be used when charging a bullet PC, and each shelf provided in the case can be applied to a fixed or pulled out shelf, and the description of the case provided with multiple shelves is omitted in the present invention.

The tablet PC charging device 1 according to the present invention has a specific technical configuration including a base plate 10, a bottom block 20, a rear block 30, each partition plate 40, and a charging unit 40. have

The base plate 10 has a technical configuration in which each support flange 12 is formed to be bent upward on an oblique side.

In the above, each support flange formed on the oblique side of the base plate is for installing the bottom block and the rear block, and can be manufactured in various sizes depending on the number of tablet PCs to be charged. The base plate may be made of metal or may be molded of synthetic resin.

In addition, although not shown, long holes or slit grooves are formed on the bottom surface of the base plate into which each gap maintenance piece, etc. can be inserted, so that the number of each pedestal described later constituting the floor block can also be limited. It's okay too.

The floor block 20 is a technical structure in which a first coupling groove 22A is formed in the middle of the upper surface on the bottom surface of the base plate 10, and each pedestal 22 in which the corresponding sides are slidingly coupled to each other is formed. It has a composition.

In the above, the bottom block is formed by assembling each stand to form a bottom surface and serves to support the bottom of the tablet PC that is erected and inserted for charging.

The rear block 30 has a second coupling groove 32A formed in the front middle between the rear end of the floor block 20 and the support flange 12 formed at the rear of the base plate 10, and each corresponding It has a technical configuration in which each support 32 whose side surfaces are slidingly coupled is formed in combination.

The rear block described above also serves to support the rear end of the tablet PC that is inserted for charging.

Here, although not shown, a gap maintenance block may be interposed in front of the support of the rear block or in the support of the bottom block. That is, in the case of tablet PCs, the sizes vary, so it is desirable to interpose a gap maintenance block according to the size of the tablet PC inserted for charging to ensure smooth contact with the charging module of the charging unit located in the front, which will be described later. .

Each partition plate 40 has a technical configuration in which the bottom is inserted into the first coupling groove 22A and the rear surface is inserted into the second coupling groove 32A.

In the above, each partition plate can be coupled to the bottom block or rear block depending on the number of tablet PCs to be charged, thereby setting the number of tablet PCs to be charged.

In addition, by forming at least one ventilation hole 42 in each of the partition plates 40, the heat generated during charging the tablet PC is circulated, thereby providing excellent cooling performance.

Meanwhile, the corresponding sides of each of the above-mentioned pedestals 22 and each support 32 and each of the partition plates 40 and the first and second coupling grooves 22A and 32A can be slidably coupled to each other. It is preferable that each side is formed with a groove or protrusion in a rail shape, a circular shape, or a rectangular shape, as shown in the drawing, so as to avoid deviating from the direction in which each side is coupled and to the upper surface of the pedestal 22 or the front surface of the support 32.

In other words, the pedestal, support, and partition plate are coupled to each other in grooves or protrusions of corresponding shapes so that they do not deviate in any direction other than the direction in which they are slidably coupled, allowing for tight assembly and easy assembly by anyone in a short time. It provides convenience in making this possible.

The charging unit 50 includes a support housing 52 having a wiring portion (not shown) electrically connected to the inside while supporting the front end of the base plate 10 at the rear upper part, and a support housing 52 of the support housing 52. It has a technical configuration including each charging module 54 located between each partition plate 40 so as to be rotatable forward and vertically from the front and to be adjustable in height up and down. The wiring unit is a lead wire or coil-shaped electric wire that conducts electricity for charging and is provided inside the support housing so as not to interfere with the charging module's rotation or height adjustment.

In other words, the charging unit is the core technology of this invention, capable of charging multiple tablet PCs individually as well as charging them simultaneously. In particular, each charging module allows insertion and extraction of tablet PCs between each partition plate. It has a technical configuration that allows it to rotate forward and backward, as well as a technical feature that allows the height to be adjusted according to the position of the charging hole formed in each tablet PC.

In the above, each charging module 54 includes each rotation block 54A rotatably provided in the support housing 52 by a hinge or pin combination, each sliding on each rotation block 54A. It includes a lifting block 54B and each charging terminal 54C provided on each lifting block 54B to be connected to a charging hole of the tablet PC.

That is, the charging module rotates when the tablet PC is inserted or extracted between the partition plates as it rotates forward and vertically with the support housing, and when the tablet PC is inserted between the partition plates, a lifting block is formed between the rotation blocks on the tablet PC. After adjusting the height to the position of the charging hole, connect the charging terminal to the charging hole to perform charging.

This technical configuration does not have a complicated technical configuration, but can provide the convenience that even students can use simply and conveniently without any inconvenience or inconvenience due to the simple technical configuration.

Meanwhile, each of the charging terminals 54C includes a main charging terminal 54C-1 provided in the lifting block 54B and an auxiliary charging terminal 54C-2 inserted into a charging hole in the tablet PC. The charging terminal 54C-1 preferably includes at least one handle piece 54Ca so that the user can easily hold and use it.

In addition, it is preferable that the main charging terminal (54C-1) and the auxiliary charging terminal (54C-2) include contact magnets (54C-3) on opposite sides of each of them so that they can be attached by magnetic force for more convenient use. do.

In other words, rather than directly plugging the auxiliary charging terminal into the charging hole of the tablet PC, the auxiliary charging terminal is already plugged in and the main charging terminal is placed in a close position so that they come into contact with each other by the magnetic force of the contact magnet, making it easier to use. Convenience can be further improved.

As a result, the contact method for charging can also be used more conveniently.

In addition, it is preferable that the support housing 52 is divided into at least one piece for ease of manufacturing as well as assembly. In other words, when manufacturing a small or large charger depending on its size, the support housing is manufactured in a small size and connected to each other to provide convenience in manufacturing and use.

Therefore, the present invention does not have a complicated technical configuration, but can charge a plurality of tablet PCs simultaneously or individually through a simple technical configuration, and especially, with a plurality of tablet PCs placed between each partition for charging. By adjusting the height of the charging terminal to the optimal height according to the height of the charging hole of each tablet PC to ensure quick and smooth charging, it is simple and convenient for anyone to use, and especially for students, It provides convenience that allows you to use it conveniently without any inconvenience.

1: Tablet PC charging device
10: base plate 12: support flange
20: floor block 22: pedestal
22A: first coupling groove 30: rear block
32: Support 32A: Second coupling groove
40: partition plate 42: ventilation hole
50: Charging unit 52: Support housing
54: Charging module 54A: Rotating block
54B: Elevating block 54C: Charging terminal
54Ca: Handle 54C-1: Main charging terminal
54C-2: Auxiliary charging terminal 54C-3: Contact magnet

Claims (7)

A base plate on which each support flange is bent upwardly on four sides;
a bottom block in which a first coupling groove is formed in the middle of the upper surface of the base plate and each pedestal is slidably coupled to each other;
a rear block in which a second coupling groove is formed in the middle of the front surface between the rear end of the floor block and a support flange formed at the rear of the base plate, and each support bar having corresponding side surfaces is slidingly coupled to each other;
Each partition plate is inserted into and coupled to the first coupling groove on the bottom and the second coupling groove on the back; and
A support housing that supports the front end of the base plate at the rear upper side and has a wiring portion electrically connected therein, and is rotatable forward and vertically at the front of the support housing, and allows height adjustment up and down. Including a charging unit having each charging module located between the partition plates,
Each of the charging modules includes each rotating block rotatably provided in a support housing, each lifting block sliding on each rotating block, and each charging terminal provided on each lifting block,
Each of the charging terminals includes a main charging terminal provided in the lifting block and an auxiliary charging terminal inserted into a charging hole in the tablet PC, and the main charging terminal includes at least one handle piece.
According to paragraph 1,
In each of the supports, the corresponding sides of each support and the first and second coupling grooves of each partition plate can be slidably coupled, and the respective sides can be slidably coupled to each other and to the upper surface of the support or the front of the support. A tablet PC charging device including a device formed with grooves or protrusions in a rail shape, a circular shape, or a rectangular shape so that it does not come off.
delete delete According to paragraph 1,
A tablet PC charging device including contact magnets on corresponding surfaces to be attached to the main charging terminal and the auxiliary charging terminal by magnetic force.
According to paragraph 1,
A tablet PC charging device comprising the support housing being divided into at least one piece.
According to paragraph 1,
A tablet PC charging device comprising at least one ventilation hole formed in each partition plate.

Images