JP3173277U - Electronic device clamping device - Google Patents

Abstract

The present invention provides an electronic apparatus clamping device that enhances applicability, stability, and convenience.
A clamping device for an electronic device has a gear board 3 attached to a center of a lower outer shell 2 with a part of a peripheral edge exposed and projected outward, and a lever 22 provided on the gear board side, and a fixing member. 23 is pressed and deeply engaged with the teeth, a plurality of pivot holes are provided on the gear wheel, and the connecting portions 25 are connected to the holding portions 4 disposed in the slots on both sides and below, respectively. The part fits the rail groove into the rail of the upper outer shell 1 in a slidable state. A rotatable elastic clip whose upper end is pivotally attached by a spring is provided in a slot above the lower outer shell, and a manual clamping portion that has a unidirectional linear pawl on both sides and is fitted with an elastic fitting case is installed. When it is used for the first time, the holding part pulled by the connecting part by rotating the gear board is expanded and contracted along the rail of the upper outer shell, and the electronic device arranged on the upper outer shell is sandwiched by the holding part. In addition, the electronic device is clamped by moving the lever to fix the gear board, and further pressing the manual clamping portion to contract inward.
[Selection] Figure 3

Description

The present invention provides a clamping device for an electronic device, which is an improvement over a known clamping device design that is not preferable in terms of applicability, stability, and convenience when sandwiching electronic devices of different sizes and thicknesses.
The electronic device clamping device according to the present invention has a gear board in which a part of the peripheral edge is exposed to the outside and protrudes in the center of the lower outer shell, a lever is provided on the gear board side, and a fixing member is pressed. Engage deeply with the teeth, and provide multiple pivot holes on the gear wheel, each connecting the connecting part and the clamping part located in the slot on both sides and below. It is slidably fitted to the rail of the shell, and the slot above the lower outer shell is provided with a rotatable elastic clip pivotally attached to the upper end with a spring. Install the manual clamping part to be fitted.
When it is used for the first time, the holding part pulled by the connecting part by rotating the gear board is expanded and contracted along the rail of the upper outer shell, and the electronic device arranged on the upper outer shell is sandwiched by the holding part. In addition, the electronic device is clamped by moving the lever to fix the gear board, and further pressing the manual clamping portion to contract inward. When removing the electronic device, the elastic clip is moved upward and the electronic device is taken out from above. Electronic devices can be caught quickly by simply moving the elastic clip. Therefore, it is an electronic device clamping device that enhances the applicability, stability, and convenience of clamping.

  When using commonly used electronic devices (such as eyepads, iPhones, e-books, tablet computers, etc.) on the car, it is convenient to view, operate, receive, and charge, and can be used without hands. In addition, there are many people who hold an electronic device in a holding device and fix it. However, the size and thickness of each electronic device are different, and the applicability, stability and convenience when pinching with a clamping device are not good, and in order to cope with different electronic devices and electronic devices that are constantly being released, countless It is necessary to prepare and manufacture a holding device of different sizes. This is a huge economic burden and inventory pressure for producers, very large inventory requirements and sales disadvantages for sellers, and waste for users and still needs to be improved. Sex exists.

  The main purpose of the present invention is to attach a gear board with a part of the peripheral edge exposed to the outside and project at the center of the lower outer shell, and provide a lever on the gear board side to press the fixing member to the teeth Engage deeply and provide a plurality of pivot holes on the gear panel, each connecting the connecting part and the clamping part arranged in the slots on both sides and below, the clamping part has a rail groove on the upper shell It is fitted to the rail in a slidable state, and the slot above the lower shell is provided with a rotatable elastic clip pivotally attached to the upper end with a spring, with unidirectional linear pawls on both sides and an elastic fitting housing Install the manual clamping part to match. When it is used for the first time, the holding part pulled by the connecting part by rotating the gear board is expanded and contracted along the rail of the upper outer shell, and the electronic device arranged on the upper outer shell is sandwiched by the holding part. In addition, the electronic device is clamped by moving the lever to fix the gear board, and further pressing the manual clamping portion to contract inward. When removing the electronic device, the elastic clip is moved upward and the electronic device is taken out from above. Electronic devices can be caught quickly by simply moving the elastic clip. Therefore, it is an electronic device clamping device that enhances the applicability, stability, and convenience of clamping.

  The next purpose of the present invention is to form an inner inclined arc-shaped edge at the part to be sandwiched between the clamping part and the manual clamping part, and to hold upward and pressing action when holding electronic devices with different thicknesses. Therefore, it is an electronic device clamping device that prevents dropout due to shaking and vibration and enhances the stability effect.

  Another object of the present invention is to design a single-direction linear pawl on the side edge of the manual clamping part, and a multi-stage expansion / contraction adjustment structure that fits an elastic insertion rod, increasing the length adjustment degree and the storage volume. It is a holding device for electronic equipment that reduces the amount of noise.

The invention of claim 1 is an electronic apparatus clamping device comprising an upper outer shell, a lower outer shell, a gear panel, a clamping part, and a manual clamping part.
Among them, the lower outer shell has slots on the top, bottom, left and right, respectively, and the outer shell is housed in the recessed shape of the fixed body provided at the bottom, and a part of the peripheral edge is cut at the center of the lower outer shell. A gear board that is exposed and protrudes from the outside is pivotally attached, a lever is provided on the gear board side, a fixing member is pressed and meshed with teeth, and a plurality of pivot holes are provided on the gear board. The connecting portion is connected to the sandwiching portions disposed on both sides of the lower outer shell and in the lower slot, and the sandwiching portion is slidably fitted into the rail of the upper outer shell so that the rail groove can be slid over the lower outer shell. The slot is provided with a rotatable elastic clip pivotally attached to the upper end with a spring, fitted with a unidirectional linear pawl on both sides, and fitted with a manual clamping part for adjusting the fixing by inserting an elastic insertion rod. Electronic device sandwiching characterized in that the upper outer shell and the lower outer shell are overlapped and joined to form a lid It is the location.
According to a second aspect of the present invention, there is provided the electronic apparatus clamping device according to the first aspect, wherein an inner inclined arc-shaped edge is formed on an inner edge sandwiched between the clamping part and the manual clamping part. It is a device clamping device.
According to a third aspect of the present invention, in the electronic apparatus clamping device according to the first aspect, the manual clamping portion is a multi-stage type, and a plurality of elastic insertion rods are fitted and fixed to the unidirectional linear pawls on the side edges. An electronic apparatus clamping device characterized by having an expansion / contraction adjustment structure.

  The electronic device clamping device of the present invention has effects of enhancing the applicability, stability, and convenience of clamping, such as preventing dropping by shaking and vibration, increasing the length adjustment degree, and reducing the storage volume.

It is a three-dimensional view of an embodiment of the present invention. It is an exploded view of an embodiment of the present invention. It is a three-dimensional view of the state where the upper outer shell of the embodiment of the present invention is removed. It is the three-dimensional view which looked at the present invention embodiment from another angle. It is a partially exploded view of the embodiment of the present invention. It is a three-dimensional view of another embodiment of the present invention. It is the three-dimensional view which looked at another Example in this invention from another angle.

  In order to understand the structure of the present invention and its effects, the following detailed description will be given using an embodiment with reference to the drawings.

  As shown in FIGS. 1 to 6, the present invention is composed of an upper outer shell 1, a lower outer shell 2, a gear panel 3, a clamping part 4, and a manual clamping part 5. Among them, the lower outer shell 2 is provided with slots 20 on the upper, lower, left and right sides, the outer shell body is installed in the recessed shape of the fixing body 26 provided at the bottom, and a part of the peripheral edge is at the center. A gear board 3 that is exposed and protrudes outward from the cut portion 21 of the outer shell 2 is pivotally attached. A lever 22 is provided on the gear board 3 side, and the fixing member 23 is pressed to mesh with the teeth. Is provided with a plurality of pivot holes 24, which connect the connecting portions 25 to the clamping portions 4 disposed on both sides of the lower outer shell 2 and in the lower slots 20, respectively. 40 is slidably fitted on the rail 10 of the upper outer shell 1, and a rotatable elastic clip 53 having an upper end pivotally attached by a spring 50 is provided in the slot 20 above the lower outer shell 2. A manual clamping unit 5 that includes a directional linear pawl 51 and that is fitted with an elastic insertion rod 52 to adjust fixing. Was set, the two Uegaikara 1 and the lower shell 2 bonded superimposed so that the cover. In addition, an inner inclined arc-shaped edge 44 and an inner inclined arc-shaped edge 55 are formed on the inner edge sandwiched between the sandwiching portion 4 and the manual sandwiching portion 5, and a single-direction straight line is also formed on the side edge of the manual sandwiching portion 5. It is also possible to provide a mold pawl 51 so as to provide a multistage expansion / contraction adjustment structure in which a plurality of elastic insertion housings 52 are fitted.

  When the electronic device is sandwiched for the first time in actual use, first, the elastic fitting housing 52 is pushed to extend the manual clamping portion 5 to the longest outward direction, and when the gear panel 3 is further rotated, the connecting portion 25 is driven, After extending the pinching part 4 pulled thereby to the outermost side along the rail 10 of the upper outer shell 1, the electronic device is disposed on the upper outer shell 1, and then the gear panel 3 is rotated in the reverse direction. Thus, the left and right clamping portions 4 are contracted inward until the electronic device is tightly clamped. Further, when the lever 22 is pressed and the fixing member 23 is inserted deeply into the teeth of the corresponding position of the gear board 3, the gear board 3 is fixed. Finally, when the elastic insertion housing 52 is pressed again, the unidirectional linear pawl 51 is detached from the elastic insertion housing 52 and has only a unidirectional movement action. Tightly pinch. Therefore, the electronic device arranged in the upper outer shell is sandwiched and fixed in a stable state. At the same time, the inner inclined arc-shaped edge 44 and the inner inclined arc-shaped edge 55, which serve as claws of the sandwiching portion 4 and the manual sandwiching portion 5, sandwich the electronic device in a state of pressing the electronic device, so that a pressing force is generated upward. The upper edge is restrained and elastically pushed upward to pinch it, which prevents falling off due to shaking and vibration and enhances the stability fixing effect.

  When removing the electronic device, the elastic clip 53 is moved upward, and the electronic device is taken out from the open position above. Similarly, when it is desired to return the electronic device to the original position, the elastic clip 53 can be moved so that the electronic clip can be inserted from the upper open position, thereby improving the applicability, stability and convenience of holding the electronic device. The Further, when the manual clamping part 5 is a multistage type, the length adjustment degree is further increased and stored in the expansion / contraction adjustment structure in which a plurality of elastic insertion rods 52 are fitted to the unidirectional linear pawls 51 on the side edges. The volume can be reduced.

  The structure and device of the present invention has never been seen in the market and publications, and it expands the applicability of pinching and enhances the stability effect. Match well.

  As described above, the above is only a part of the embodiments of the present invention, and does not limit the present invention. Are intended to be included within the scope of the claims.

DESCRIPTION OF SYMBOLS 1 Upper outer shell 2 Lower outer shell 3 Gear board 4 Clamping part 5 Manual clamping part 10 Rail 20 Slot 21 Cut part 22 Lever 23 Fixing member 24 Pivoting hole 25 Connection part 26 Fixed body 40 Rail groove 44 Inner arcuate edge 50 Spring 51 Unidirectional linear pawl 52 Elastic fitting housing 53 Elastic clip 55 Inclined arc-shaped edge

Claims (3)

In a clamping device for an electronic device constituted by an upper outer shell, a lower outer shell, a gear panel, a clamping unit, and a manual clamping unit,
Among them, the lower outer shell has slots on the top, bottom, left and right, respectively, and the outer shell is housed in the recessed shape of the fixed body provided at the bottom, and a part of the peripheral edge is cut at the center of the lower outer shell. A gear board that is exposed and protrudes from the outside is pivotally attached, a lever is provided on the gear board side, a fixing member is pressed and meshed with teeth, and a plurality of pivot holes are provided on the gear board. The connecting portion is connected to the sandwiching portions disposed on both sides of the lower outer shell and in the lower slot, and the sandwiching portion is slidably fitted into the rail of the upper outer shell so that the rail groove can be slid over the lower outer shell. The slot is provided with a rotatable elastic clip pivotally attached to the upper end with a spring, fitted with a unidirectional linear pawl on both sides, and fitted with a manual clamping part for adjusting the fixing by inserting an elastic insertion rod. Electronic device sandwiching characterized in that the upper outer shell and the lower outer shell are overlapped and joined to form a lid Location.   2. The electronic device clamping device according to claim 1, wherein an inner inclined arc-shaped edge is formed on an inner edge of the clamping portion and the manual clamping portion which are nipped.   2. The electronic device clamping device according to claim 1, wherein the manual clamping portion is a multistage type, and has a stretch adjustment structure in which a plurality of elastic insertion rods are fitted and fixed to a unidirectional linear pawl on a side edge. Electronic device clamping device characterized by the above.

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