TW201820723A - Micro embedded hole of network plug suitable for a micro buckle method of the lock body having an axial through hole just embedded in a predetermined position of the plug so that a micro buckle is also embedded into the micro embedded hole - Google Patents

Abstract

A micro embedded hole of network plug suitable for a micro buckle method of the lock body is provided, wherein when the plug housing is molded, the rear side is provided with a long hole perpendicular to an axially predetermined space. The flexible glue is filled into the long hole so that the flexible glue fills the long hole along the vertical direction. There is only a micro embedded hole formed in the middle of the long hole and indented along the vertical direction without being fully filled with the flexible glue, thereby molded as a network plug to cooperate with the lock body. One side of the embedded hole has an axial through hole that penetrates forward and backward to be used for inserting or pulling out an existing network plug, and one side of the axial through hole is provided with an elastic buckle piece on which a protruding micro buckle is disposed perpendicular to the micro embedded hole. Thus, when the axial through hole of the lock body is inserted into a predetermined position of the network plug, the micro buckle of the lock body is just embedded in the micro embedded hole of the network plug.

Description

Method for micro-embedded hole of network plug applicable to micro-buckle of lock body

The invention relates to a method for applying a micro-embedded hole of a network plug to a micro-buckle of a lock body, and more particularly to a micro-buckle of a lock body when an axial through-hole of the lock body is fitted into a predetermined place of the network plug. It fits into the micro recessed hole of the network plug.

Nowadays, the Internet is widely used for information communication. Today, Internet communication has become an important tool for individuals or companies to transmit information. Network communication is mainly connected to a socket through a network transmission line. It is very convenient and quick to pass the information out. In this way, if unauthorized users can easily access DATAS and information, the security of information is exposed to danger.

Although there are many kinds of safety lock designs on the market, for example: a hollow lock body is locked on the outer surface of the plug of the communication line, so that these information transmission devices are closed, and the lock body can only be opened by its specific key. Remove the network plug to improve the security of the use of network information. However, it is found that the key-opening lock body is a significant anti-theft structure, and it cannot strengthen the lock degree of the lock body at the network plug, so that a thief can easily open the lock body, which is not perfect.

The reason is that the main purpose of the present invention is to provide a method for applying the micro-embedded hole of a network plug to a micro-buckle of a lock body, which forms another hidden anti-theft structure to solve the failure of the prior art to strengthen the lock body. The problem of the degree of lock on the network plug prevents a thief from easily opening the lock body, thereby improving the security of the use of network information.

In order to achieve the above-mentioned effects, the steps used in the present invention include: a) providing a plug housing, which is a rigid body injection molded from a plastic material, which has a first surface and a second surface on the opposite side; The front side of the first surface is provided with a plurality of equally spaced channels, and an axially predetermined space is provided therein. When the plug housing is formed, the rear side is reserved on the first surface with a space perpendicular to the axially predetermined space. A long hole, and the axial predetermined space communicates with the long hole; b). Provide a cable and a plurality of metal pieces, the cable is exposed a plurality of core wires of a predetermined length, each core wire It is axially inserted into the axially predetermined space below the channel, and cooperates with each of the metal pieces to be inserted into each of the channels, so that each of the metal pieces and each core line are electrically connected; c) providing a flexible colloid, which is injection-molded into a predetermined space in the axial direction, and extends to cover a predetermined length of the cable, wherein the flexible rubber system is filled into the long hole to make the flexible colloid Fill the long hole vertically, and only form a hole in the middle of the long hole The vertical recessed micro-embedded holes that are not filled with the flexible colloid are formed into a network plug according to this; and d). A lock body is provided with an axial through hole on the inner side of the axial through hole. It is in the form of front-to-back penetration, which can be used to insert or pull out the existing network plug, and a spring clip is provided on one side of the axial through hole. The spring clip is provided with a corresponding vertical Protruding micro-buckles in the micro-embedded holes; thereby, when the axial through-hole of the lock body is fitted into a predetermined position of the network plug, the micro-buckles of the lock body are just embedded in the network plug Micro-embedded in the hole.

According to the previously disclosed feature, a side of the axial through-hole adjacent to the axial through-hole has a parallel axial locking hole, and a portion of the axial locking hole and the axial through-hole forms a communicating gap.

According to the previously disclosed feature, the lock body has a closed extension at the rear end of the axial lock hole, and the lock body is provided with a receiving space at an adjacent joint of the axial lock hole; and a card; The block is set in the accommodation space.

According to the previously revealed feature, the lock body is provided with a longitudinal hollow groove on the corresponding side of the elastic buckle piece.

According to the previously disclosed feature, a protruding block is provided at a position of the card block relative to the longitudinal hollow groove, so that the card block can be raised and lowered along the guide direction of the longitudinal hollow groove.

With the help of the above-mentioned technical means, in the method of the present invention, the micro-embedded hole of the network plug and the micro-buckle of the lock body form a hidden anti-theft structure, and cooperate with the axial lock hole of the lock body to form a key with the key. The obvious anti-theft structure, through two anti-theft structures, can also delay the time when the thief opens the lock body, thereby improving the security of network information use.

First, please refer to the flowchart of FIG. 1 (step a to step d), and in accordance with FIGS. 2 to 9, the method of applying the micro-embedded hole 41 of the network plug 10 of the present invention to the micro-buckle 512 of the lock body 50 The steps of the preferred embodiment include: Step a). Provide a plug housing 10a, a rigid body injection molded from a plastic material, which has a first surface 101 and a second surface 102 on the opposite side. A plurality of equally spaced channels 11 are provided on the front side of the first surface 101, and an axially predetermined space 12 is provided in the first surface 101. A vertical side of the plug housing 10a is reserved on the first surface 101 when forming a vertical The elongated hole 13 in the axially-predetermined space 12 is in a communicating state with the elongated hole 13. In this embodiment, the plug housing 10a may be of the RJ45 specification, the second surface 102 of which is provided with an elastic positioning piece 14, and the slot 11 may be 8. However, this is the RJ45 network plug specification, not the case The subject matter of the patent shall not be repeated.

Step b). Provide a cable 20 and a plurality of metal pieces 30, the cable 20 is exposed a plurality of core wires 21 of a predetermined length, each core wire 21 is axially inserted into the axial predetermined space 12 to Beneath the slot 11, each metal piece 30 is inserted into each slot 11 so that each metal piece 30 and each core line 21 are electrically connected. In this embodiment, the The number of core wires 21 may be eight and the number of metal sheets 30 may be eight, but it is not limited thereto.

Step c). Provide a flexible colloid 40 which is injection-molded into the axial predetermined space 12 and extends to cover a predetermined length of the cable 20, wherein the flexible colloid 40 is filled into the long hole 13 So that the flexible colloid 40 fills the elongated hole 13 vertically, and a vertically recessed micro-embedded hole 41 that does not fill the flexible colloid 40 is formed only in the middle of the elongated hole 13, and is shaped as A network plug 10 and steps a) to c) can be matched with those shown in FIGS. 2 to 3. Therefore, the network plug 10 of the present invention has the same external dimensions and specifications as the conventional RJ45 network plug, and can be applied to the currently widely used network socket (not shown), but it is easy to distinguish in appearance because the The first surface 101 of the network plug 10 has a micro-embedded hole 41 deliberately formed by the flexible gel 40. Since the micro-embedded hole 41 is vertically recessed in the first surface 101 of the plug housing 10a, Not only does it not affect the normal use function, it also has a breakthrough technical feature, that is, the ingenious position and depression design of the micro-embedded hole 41 are used to achieve an unexpected increase in efficacy. Detailed effects will be described in conjunction with the lock body 50 described below.

Step d). A lock body 50 is provided. As shown in FIG. 6, the inner side is provided with an axial through hole 51, and the axial through hole 51 is formed in a back-and-forth manner, which can be used for an existing network. The plug 10 is inserted or pulled out, and a spring buckle piece 511 is provided on one side of the axial through hole 51, and the spring buckle piece 511 is provided with a corresponding micro buckle that is perpendicular to the micro-embedded hole 41. 512. In this embodiment, a side of the axial through-hole 51 adjacent to the axial through-hole 51 has a parallel axial locking hole 52. Between the axial locking hole 52 and the axial through-hole 51, a part is formed. A communicating notch 53 (as shown in FIG. 9). Next, the lock body 50 has a closed extension 54 at the rear end of the axial lock hole 52, and the lock body 50 is inside the axial lock hole. An adjoining space 52 is provided with an accommodating space 55; and as shown in FIGS. 4 and 5, a clamping block 56 is disposed in the accommodating space 55, and further, the lock body 50 is disposed on the elastic piece. The corresponding side of 511 is provided with a longitudinal hollow groove 57. A position of the locking block 56 relative to the longitudinal hollow groove 57 is provided with a projection 58 so that the locking block 56 can be guided along the longitudinal hollow groove 57. Direction up and down The user can hold the key 60 and insert it into the axial lock hole 52 of the lock body 50 to unlock. As for the detailed structure of the card making block 56 and how the key 60 is turned in the axial lock hole 52 of the lock body 50, the card making block 56 is unlocked because it is not the subject of the patent in this case, so it will not be described in detail.

Based on this structure, as shown in FIG. 6 to FIG. 9, when the axial through hole 51 of the lock body 50 is inserted into a predetermined position of the network plug 10, the micro-buckle 512 of the lock body 50 is just embedded in In the micro-embedded hole 41 of the network plug 10, in this way, the micro-embedded hole 41 of the network plug 10 is suitable for the design of the micro buckle 512 of the lock body 10, forming another hidden anti-theft structure. Strengthen the locking degree of the lock body 50 on the network plug 10, that is, as shown in FIG. 6 to FIG. 9, when the lock body 50 locks the network plug 10, if there is no micro-embedded hole 41 Design, the user only needs to hold the key 60 and insert it into the axial lock hole 52 of the lock body 50, and rotate the key 60 about 90 degrees to force the locking block 56 to move outward to release the locking of the elastic positioning piece 14. The network plug 10 can be unplugged and used. However, in the present invention, the hidden anti-theft structure formed by the micro-embedded hole 41 and the micro-buckle 512 is used. At this time, even if the key 60 is turned, the network plug 10 cannot be removed, and it must be opened by other hand tools. A small buckle of 512 can make the network plug 10 unplug smoothly, with double insurance, increasing the difficulty for a thief to open the lock body 50, and improving the security of the use of network information.

In summary, the technical means disclosed in the present invention do have invention patent elements such as "newness", "progressivity" and "available for industrial use". A sense of virtue.

However, the drawings and descriptions disclosed above are only preferred embodiments of the present invention. Modifications or equivalent changes made by those skilled in the art in accordance with the spirit of this case should still be included in the scope of patent application for this case.

Step a to step d

10‧‧‧ network plug

10a‧‧‧Plug housing

101‧‧‧first surface

102‧‧‧Second surface

11‧‧‧ channel

12‧‧‧ axial reservation space

13‧‧‧long hole

14‧‧‧ Elastic positioning piece

20‧‧‧cable

21‧‧‧ Rui line

30‧‧‧Metal sheet

40‧‧‧ flexible colloid

41‧‧‧Micro recessed hole

50‧‧‧ lock body

51‧‧‧Axial through hole

511‧‧‧ spring clip

512‧‧‧Micro buckle

52‧‧‧Axial keyhole

53‧‧‧ gap

54‧‧‧ extension

55‧‧‧accommodation space

56‧‧‧ card block

57‧‧‧vertical hollow slot

58‧‧‧ bump

60‧‧‧key

FIG. 1 is a flowchart of the present invention. FIG. 2 is an exploded perspective view of a network plug, a cable, and a metal sheet according to the present invention. 3 is a perspective view of a combination of a network plug, a cable, a metal sheet and a flexible gel according to the present invention. FIG. 4 is an exploded perspective view of a preferred embodiment of the present invention. FIG. 5 is a combined perspective view of a preferred embodiment of the present invention. FIG. 6 is an exploded perspective view of another preferred embodiment of the present invention. FIG. 7 is a combined perspective view of another preferred embodiment of the present invention. FIG. 8 is a sectional view of a combination of another preferred embodiment of the present invention, which shows a state in which the micro buckle is embedded in the micro-embedded hole. FIG. 9 is a sectional view taken along the line 9-9 in FIG. 8. FIG.

Claims (5)

A method for applying a micro-embedded hole of a network plug to a micro-buckle of a lock body, the steps include: a) providing a plug housing, which is a rigid body injection molded from a plastic material, having a first surface, and A second surface on the opposite side, a plurality of equally spaced channels are opened on the front side of the first surface, and an axially predetermined space is arranged inside, wherein the rear side is tied to the first surface when the plug housing is formed. Leave a long hole perpendicular to the axial predetermined space, and the axial predetermined space and the long hole present a state of communication; b). Provide a cable and a plurality of metal pieces, the cable is exposed to a plurality of predetermined The length of the core line, each core line is axially inserted in the axial predetermined space below the channel, and cooperates with each metal sheet to be inserted into each channel, so that each metal sheet and each The core wire is in an electrically connected state; c). Provide a flexible gel, which is injection molded into a predetermined space in the axial direction, and extends to cover a predetermined length of the cable, wherein the flexible rubber system is filled to the length Inside the hole, the flexible colloid fills the long hole vertically, And forming a vertically recessed micro-embedded hole which is not filled with the flexible colloid only in the middle of the long hole, thereby forming a network plug; and d) providing a lock body with an inner side having a An axial through-hole, which is a form of through-back, which can be used to insert or pull out an existing network plug, and an elastic buckle is provided on one side of the axial through-hole. The elastic buckle piece is provided with a protruding micro buckle corresponding to the micro-embedded hole; therefore, when the axial through hole of the lock body is sleeved to a predetermined position of the network plug, the lock body The micro buckle fits into the micro recess of the network plug. According to the method of claim 1, the micro-embedded hole of the network plug is suitable for the method of micro-buckle of the lock body, wherein an adjacent side of the axial through-hole has a parallel axial locking hole, and the axial lock Between the hole and the axial through-hole, a part of it forms a communication gap. For example, the micro-embedded hole of the network plug described in item 2 of the scope of patent application is suitable for the method of micro-buckle of the lock body, wherein the lock body has a closed extension at the rear end of the axial lock hole, In the lock body, an accommodating space is provided at the adjacent joint of the axial lock hole; and a snap block is set in the accommodating space. For example, the micro-embedded hole of the network plug described in item 3 of the patent application scope is applicable to the method of micro-buckle of the lock body, wherein the lock body is provided with a longitudinal hollow groove on the corresponding side of the elastic piece. The micro-embedded hole of the network plug according to item 4 of the scope of patent application is applicable to the method of micro-buckle of the lock body, wherein a position of the card block relative to the longitudinal hollow groove is provided with a protrusion to enable the card The block can be raised and lowered along the guiding direction of the longitudinal hollow groove.