An automated device for producing security components

Abstract

The present invention relates to the field of mechanical technology, and provides an automated equipment for producing security components, which includes a shifting device, an inserting device and a plugging device arranged with a platform plate as a carrier, and a core material device with a vibration table arranged in a separation cabinet; the shifting device includes a core material groove for receiving the vibration table, the core material groove penetrates on the platform plate to both sides of the cabinet and forms an open slot and an operation slot on the two corresponding sides respectively, the inserting device is arranged on one side of the open slot relative to the rubber core driving part, and the plug-in combination is arranged on one side of the open slot on the platform plate; the plugging device receives the plug-in combination and is arranged on the corresponding open slot on the platform plate, wherein the plugging device includes a tail packaging mechanism, the tail packaging mechanism has a supporting die mouth, a packaging driving part and an extended mold rod, the supporting die mouth is arranged on the packaging driving part and has a receiving cavity for limiting the rear plug, and the technical problem of automated manufacturing is solved through the above-mentioned structure, and the effect of improving production capacity and improving product yield is achieved.

Description

Technical Field

[0001] The present invention relates to the field of mechanical technology, and in particular to providing an automated device for producing security components. Background Art

[0002] The development of electronic technology, especially the rapid development of mechanical and electronic (such as automation) technology, has made it imperative to replace traditional manual (manufacturing) production. Manual production is inefficient and the products cannot be uniform, resulting in low product yield. However, as a security component, for example, the circular waterproof connector of practical security is small in size, multi-functional, and has high precision requirements. The assembly of the connector terminals and rubber core mainly relies on manual assembly. When manual work is done, no carelessness is allowed. In addition, the labor intensity is high and the productivity is low. If you are not careful, quality and safety problems will occur, which is not conducive to reducing costs or improving quality.

[0003] Therefore, manual work is increasingly unable to adapt to the demands of high efficiency, low consumption, energy saving and safety advocated by today's society. Summary of the invention

[0004] In order to solve the above technical problems, the main purpose of the present invention is to provide an automated equipment for producing security components, which are waterproof connectors used to electrically connect cameras and (network) main control devices in security monitoring.

[0005] In order to achieve the above object, the technical solution applied by the present invention is:

[0006] An automated device for producing security components is provided, comprising:

[0007] Cabinets and platform panels that divide the cabinets into upper cabinets and lower cabinets;

[0008] A displacement device, an end plugging device and a plugging device are arranged with the platform plate as a carrier, and

[0009] The display and control device is suspended in the upper cabinet;

[0010] Core device, not limited to, separate from the cabinet, wherein:

[0011] The core material device has a vibration table, and the vibration table has a core material outlet;

[0012] The shifting device includes a core material groove and a rubber core driving member located on one side of the core material groove and positioned on the platform plate. The core material groove runs through the middle of the platform plate to both sides of the cabinet and forms an open notch on one side. An operating notch is provided on the other side opposite to the open notch. The core material groove is provided with an interface portion, which is connected to the material outlet of the vibration platform through the core material outlet. The rubber core driving member is located on one side of the operating notch on the platform plate.

[0013] The plug-in device is arranged at one side of the open slot relative to the rubber core driving member and includes a material strip guide and an inserting combination member, the material strip guide includes a bracket supporting the terminal plate and a guide groove guiding the terminal material strip, and the front end of the guide groove receives the terminal material strip conveyed by the terminal plate;

[0014] The plug-in combination comprises a conveying drive, a cutting end drive, an inserting end drive and a cutting tape drive. The conveying drive is positioned on the platform plate and receives the rear port of the guide groove. The cutting end drive comprises a pillar fixed on the platform plate and a crossbar portion arranged on the pillar by a lever principle. The end of the crossbar portion is supported by a fourth drive arranged on the platform plate. A clamping portion is provided at the head end of the crossbar portion relative to the end. The clamping portion cuts off and clamps a group of terminal tapes moved out from the conveying drive under the action of the fourth drive and conveys them to the inserting end drive. The inserting end drive has a clamping mouth. The clamping mouth clamps the terminal tapes transmitted by the cutting end drive through the action of the fifth drive fixed on the platform plate and pushes the terminal to be inserted into the rubber core in the core material groove through the pushing seat.

[0015] The tape cutting drive receives the plug-in drive to break the tape at the end of the terminal after the terminal is inserted, so as to separate the tape from the rubber core assembled with the terminal, and

[0016] The plugging device includes a rear plug, a vibration disk mechanism, a tail packaging mechanism and an output mechanism, and a discharge port is provided at the tail of the output mechanism, wherein the vibration disk mechanism is fixed on the platform plate through a vibration frame and includes a vibration disk and a limiting channel for receiving the rear plug output by the vibration disk, and the limiting channel is connected to the supporting die mouth in an upright form; the tail packaging mechanism has a packaging drive component and an extended mold rod, the supporting die mouth is arranged on the packaging drive component and has a receiving cavity for limiting the rear plug, the receiving cavity is connected to the limiting channel upwards, corresponds to the tail of the rubber core forward, and is adapted to the extended mold rod backwards, and the extended mold rod is connected to the eighth drive fixed on the platform plate and realizes telescopic movement through the eighth drive.

[0017] In this embodiment, preferably:

[0018] The display and control device includes a detection screen and a touch screen. The detection screen is arranged above the upper cabinet, and the touch screen is arranged below the detection screen on the upper cabinet.

[0019] In this embodiment, preferably:

[0020] The rubber core driving member includes a transverse driving member, which has a strip-shaped transverse slide plate parallel to the operating slot, and a plurality of mold bolts are fixed on the transverse slide plate at equal intervals, and the mold bolt heads are shaped to meet the size of the RJ45 type socket port and protrude from the side of the transverse slide plate toward the operating slot, and a first driving member is connected to the side of the transverse slide plate opposite to the mold bolt head, and the mold bolt head on the transverse slide plate is extended and retracted in the operating slot through the operation of the first driving member;

[0021] In this embodiment, preferably:

[0022] The rubber core driving member includes a longitudinal drive, which is positioned on the platform plate below the transverse slide and includes parallel longitudinal slides, a slider seat adapted to the longitudinal slides, and a second drive connected to and driving the slider seat.

[0023] In this embodiment, preferably:

[0024] The conveying drive has a base, a correction plate, a slide block and a strip hole and a third drive, wherein:

[0025] The base is positioned on the platform plate, the correction plate is adapted on the base and forms a gap, the correction plate has a strip hole connecting the gap, the slider is adapted to the correction plate and has a toggle piece, the toggle piece passes through the strip hole and contacts with the material belt.

[0026] In this embodiment, preferably:

[0027] The plug-end drive comprises a tightening part, a support member and a vertical slide block, wherein:

[0028] The clamping nozzle is arranged relative to the mold bolt and can be pushed / withdrawn from the open slot in a telescopic manner through the pushing seat. The mold bolt is opposite to the clamping nozzle and synchronously pushed / withdrawn from the operating slot, so that the rubber core shifted in the core material groove to the position where the clamping nozzle and the mold bolt are aligned can be inserted into the rubber core port through the mold bolt to position the rubber core for the insertion terminal.

[0029] In this embodiment, preferably:

[0030] The clamping mouth has a positioning part, which fixes the clamping mouth on the vertical slider, and the support member has an upright part. The vertical slider is adapted to the upright part and when sliding under the action of the fifth drive, it drives the clamping mouth to bite the terminal material strip delivered by the clamping part and pushes the terminal forward through the pushing seat to insert the terminal into the rubber core positioned by the mold bolt.

[0031] In this embodiment, preferably:

[0032] The support member has a horizontal plate with a vertical upright portion, the fifth drive is stabilized by the horizontal plate, the support member is fixed on the propulsion seat through the upright portion, the propulsion seat is movably arranged on the platform plate and is driven by the sixth drive to make telescopic movement on the platform plate relative to the mold bolt; the tightening portion is arranged on the propulsion seat parallel to the clamping mouth and relative to the next mold bolt position of the mold bolt, so that the rubber core with the terminal strip inserted can be firmly assembled through secondary tightening.

[0033] In this embodiment, preferably:

[0034] It further includes a pre-installed driving component, which includes a mold rod adapted to the rubber core tail cavity for insertion and extraction and a seventh drive for driving the mold rod, wherein:

[0035] The seventh drive is firmly fixed on the platform plate and is connected and fixed to the mold rod by a connector that is convenient for loading / unloading. When the mold rod is inserted and pulled out, it adapts to the tail cavity of the rubber core through the open groove. At this time, the relative mold bolt on the horizontal slide will simultaneously adapt to the rubber core port to position the rubber core and / or support the corresponding part of the rubber core to prevent the rubber core from collapsing.

[0036] In this embodiment, preferably:

[0037] The output mechanism is located between the plugging device and the material outlet and acts on the rubber core at the packaged tail in the core material groove to output the rubber core to the material outlet through the ninth drive.

[0038] Compared with the prior art, the present invention has the following beneficial effects:

[0039] The automation equipment provided by the present invention realizes rapid and accurate automatic assembly of terminals and rubber cores through the mutual cooperation of a feeding device, a shifting device, a plugging module and a plugging module, thereby improving production efficiency and product yield, reducing operating costs and avoiding possible safety accidents. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 It is a schematic diagram of the front viewing angle of this embodiment.

[0041] Figure 2 This embodiment (such as Figure 1 (middle) does not include a three-dimensional schematic diagram of the upper cabinet and display and control device.

[0042] Figure 3 This embodiment (such as Figure 2 (center) 3D schematic diagram without cabinet.

[0043] Figure 4 yes Figure 3 A three-dimensional schematic diagram from another perspective.

[0044] Figure 5 yes Figure 3 An enlarged schematic diagram of the middle rubber core driving member 22.

[0045] Figure 6 yes Figure 4 An enlarged schematic diagram of the plug-in combination 32.

[0046] Figure 7 yes Figure 4 An enlarged schematic diagram of the middle and tail packaging mechanism 42.

[0047] Figure 8 The tail packaging mechanism 42 is different from Figure 7 Magnified schematic diagram of the viewing angle. DETAILED DESCRIPTION

[0048] In the following description, specific details such as specific system structures, technologies, etc. are provided for the purpose of illustration rather than limitation, so as to provide a thorough understanding of the embodiments of the present application. However, it should be clear to those skilled in the art that the present application may also be implemented in other embodiments without these specific details. In other cases, detailed descriptions of well-known systems, devices, circuits, and methods are omitted to prevent unnecessary details from obstructing the description of the present application.

[0049] It should be understood that when used in this specification and the appended claims, the term "comprising" indicates the presence of the described features, integers, steps, operations, elements and / or components, but does not exclude the presence or addition of one or more other features, integers, steps, operations, elements, components and / or collections.

[0050] In order to simplify the drawings, only the parts related to the present invention are schematically shown in each figure, and they do not represent the actual structure of the product. In addition, in order to simplify the drawings and facilitate understanding, in some figures, only one of the parts with the same structure or function is schematically drawn or marked. In this article, "one" not only means "only one", but also means "more than one".

[0051] It should be further understood that the term “and / or” used in the specification and appended claims refers to any combination and all possible combinations of one or more of the associated listed items, and includes these combinations.

[0052] In the embodiments shown in the drawings, the indications of directions (such as up, down, left, right, front and back) used to explain the structure and movement of the various components of the present invention are not absolute but relative. These descriptions are appropriate when these components are in the positions shown in the drawings. If the descriptions of the positions of these components change, the indications of these directions also change accordingly.

[0053] In addition, in the description of the present application, the terms "first", "second", etc. are only used to distinguish the description and cannot be understood as indicating or implying relative importance.

[0054] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the specific implementation methods of the present invention will be described below with reference to the accompanying drawings. Obviously, the accompanying drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings and other implementation methods can be obtained based on these drawings without creative work.

[0055] In this embodiment, if Figure 1 In conjunction with Figure 2 , Figure 3 and Figure 4, the figure provides an automated equipment for producing security components, the automated equipment includes:

[0056] The cabinet 100 is divided into an upper cabinet and a lower cabinet by a middle partition (or "platform board") P;

[0057] a core device 10 disposed against the cabinet 100, and

[0058] The cabinet 100 is used as a carrier to set a displacement device 20, a plugging device 30, a plugging device 40 on the platform board P of the cabinet 100, and a display control device 60 suspended on the upper cabinet (i.e. above the platform board P), wherein:

[0059] The core material device 10 is not limited to being a separate body from the cabinet 100, and can also be set as an integrated structure. In this example, the core material device 10 has an appearance of a box body, and a vibration table (not shown) is provided inside to arrange and shift the rubber core J according to set requirements. The vibration table has a core material outlet (not marked). Since the core material device 10 is not a design point of the present invention, it will not be described in detail later.

[0060] Shifting device 20 (please continue to see Figures 1 to 4 See also Figure 5 ), including a core material slot 21 and a rubber core driving member 22 located on one side of the core material slot 21 and positioned on the platform plate P, wherein:

[0061] The core material slot 21 passes through the middle of the platform plate P toward both sides of the cabinet 100 and has a bridging section 211 and an insertion section (not marked) connected to the bridging section 211 for accommodating the terminal. The core material slot 21 is a semi-closed square tube, and an interface portion 212 is provided on the bridging section 211. The interface portion 212 is connected to the discharge port of the vibration table (not shown) through the core material outlet, and an open slot 213 is formed relatively above the semi-closed side of the bridging section 211 (i.e., against the upper side of the bridging section 211). The open slot 213 can position the processed product (such as the round rubber core J of the RJ45 connector in this example) so that it does not roll (but always stays in the same orientation) and shift, thereby facilitating the matching operation of the plug-in device 30. In this example, the insertion section connects the open slot 213 to form an assembly port (not shown), and an operating slot 214 is formed on the opposite side of the assembly port (i.e., the front side in the figure);

[0062] The rubber core driving member 22 includes a transverse driving member and a longitudinal driving member, wherein:

[0063] The transverse drive has a strip-shaped transverse slide plate 221 parallel to the operation slot 214, and a plurality of mold pins 222 are fixed on the transverse slide plate 221 at equal intervals. The shape of the head of the mold pin 222 is in accordance with the size of the RJ45 type socket port. The head of the mold pin 222 (not marked) protrudes from the side of the transverse slide plate 221 toward the operation slot 214 and can be driven to move into the operation slot 214. A first drive is connected to the other side of the transverse slide plate 221 opposite to the head of the mold pin 222, and the first drive includes at least one cylinder 223;

[0064] The longitudinal drive is positioned on the platform plate P below the transverse slide 221 and includes a parallel longitudinal slide 225, a slider seat 2251 adapted to the longitudinal slide 225, and a second drive (or "second cylinder") 224 connected to and driving the slider seat 2251;

[0065] In this example, a connecting plate 226 perpendicular to the longitudinal slide 225 is provided on the slider seat 2251, and the first drive (or "first cylinder") 223 is installed on the connecting plate 226, so that the transverse slide 221 can make a reciprocating transverse movement on the connecting plate by relying on the connecting plate 2251 under the action of the first drive 223, and at the same time, the head of the mold bolt 222 moving with the transverse slide 221 is inserted into / exited from the operating slot 214 according to the setting. In layman's terms: when the rubber core J is displaced to the mold bolt 222 position through the core material groove 21, the mold bolt head is inserted into the rubber core port j1 by driving the transverse slide 221, and then the transverse drive arranged above is driven by the second drive 224 to shift forward and backward, so that the mold bolt head drives the rubber core to shift in the core material groove 21 according to the spacing of each mold bolt, so as to facilitate the opposite side to align the plug end device 30. In this example, the longitudinal slide 225 is positioned on the platform plate P, and the second drive 224 is fixed on the platform plate P through the seat 2241.

[0066] Plug device 30 (please continue to see Figures 1 to 4 See also Figure 6 ), which is arranged on the other side of the core material slot 21 relative to the shifting device 20 and includes a material belt guide 31 and an insertion combination 32, wherein:

[0067] The strip guide 31 includes a bracket 311 for supporting the terminal plate 313 and a guide groove 312 for guiding the terminal strip D. The front end (not marked) of the guide groove 312 receives the terminal strip D conveyed by the terminal plate 313.

[0068] The plug-in combination 32 includes a conveying drive 321, a cutting end drive (or "split end drive") 322, an inserting end drive 323 and a cutting tape drive (or "breaking drive") 324, wherein:

[0069] The conveying drive 321 has a base 3211 positioned on the platform plate P and conforming to the height of the output terminal d1 material strip d2 of the rear port (not marked) of the receiving guide groove 312. A correction plate 3212 is adapted on the base 3211. The correction plate 3212 and the base 3211 form a gap (not marked or not shown) in which the clamping material strip d2 is displaced. A positioning block 3213 is provided above the correction plate 3212 near the rear port. A slider 3214 for displacing forward and backward is adapted on the correction plate 3212 near the positioning block 3213. The slider 3214 has a toggle member (not shown) for toggling the material strip forward. The toggle member passes through a strip hole 3215 corresponding to the material strip hole (not shown) provided on the correction plate 3212 and contacts the material strip d2, so that the terminal material strip D is driven by the third drive 3213 to drive the slider 3214 to toggle the terminal material strip D to shift forward as set.

[0070] The cutting end drive 322 includes a support 3221 fixed on the platform plate P and a crossbar 3222 arranged on the support 3221 by the lever principle. The fourth drive 3223 arranged on the platform plate P is supported at the end of the crossbar 3222. A clamping part (not shown) is provided at the head end t of the crossbar 3222 relative to the end. The clamping part cuts and clamps the terminal strip D moving out of the gap in a group under the action of the fourth drive 3223 and conveys it to the plug-in end drive 323. In this example, the terminal strip D clamped by the clamping part has its terminal d1 corresponding to the open notch 213, and the strip d2 is clamped in the gap and conveyed to the plug-in end drive 323. At the same time, "a group" refers to the number of terminals that meet the RJ45 socket standard;

[0071] The plug end drive 323 includes a clamping nozzle (based on the clamping part structure) 3231, a pressing part 3232, a fifth drive 3233, a support member 3234, a vertical slider 3235 and a push seat 3236, wherein: the clamping nozzle 3231 is arranged relative to the mold bolt 222 and can be pushed / withdrawn from the open slot 213 in a telescopic manner through the push seat 3236. In this example, the mold bolt 222 is opposite to the clamping nozzle 3231 and synchronously pushes / withdraws from the operating slot 214, so that the rubber core J that is shifted in the core material groove 21 to the position where the clamping nozzle 3231 and the mold bolt 222 are aligned can be inserted into the rubber core port j1 through the mold bolt 222 to implement the positioning of the plug-in terminal on the rubber core J. In this embodiment, the clamping mouth 3231 has a positioning portion (not marked) fixed on the vertical slider 3235. The vertical slider 3235 is adapted to the upright portion (not marked) of the support member 3234 and slides under the action of the fifth drive 3233. When the vertical slider 3235 slides down, it drives the clamping mouth 3231 to bite the material strip d2 of the terminal material strip D delivered by the clamping portion and pushes the terminal d1 forward through the push seat 3236 to insert it into the rubber core J positioned by the mold pin 222. In this example, the fifth drive 3233 is stabilized by the horizontal plate 3236 of the support member 3234 perpendicular to the upright portion; the support member 3234 is fixed to the push seat 3236 through the upright portion, and the push seat 3236 is movably arranged on the platform plate P and is driven by the sixth drive (not shown) to make a telescopic movement on the platform plate P relative to the mold pin 222. In this example, the tightening portion 3232 is arranged on the pushing seat 3236 parallel to the clamping nozzle 3231 and is arranged relative to the next mold bolt 222 position of the mold bolt 222, so that the rubber core J with the terminal strip D inserted therein can be firmly assembled by the secondary tightening;

[0072] The tape cutting drive 324 receives the plug-in drive 323 to insert the terminal d1 and then break the tape d2 at the end of the terminal d1, so as to separate the tape d2 from the rubber core D of the assembled terminal d1. Since the operation and structure of the tape cutting drive 324 are the same as those of the end cutting drive 322, they will not be described in detail.

[0073] Plug device 40 (please continue to see Figures 1 to 4 See also Figure 7 and Figure 8 ), including a rear plug H vibration plate mechanism 41, a tail packaging mechanism 42 and an output mechanism 43, and a discharge port 50 is provided at the tail of the output mechanism 43, wherein:

[0074] The vibration plate mechanism 41 is fixed on the platform plate P through a vibration frame 413 and includes a vibration plate 411 and a limiting channel 412 for receiving the vibration output of the vibration plate 411 and a plug H. The limiting channel 412 is connected to the supporting die mouth 4221 in an upright form. Since the vibration plate mechanism 41 is not a design point of the present invention, it will not be described in detail here.

[0075] The tail packaging mechanism 42 is arranged after the plug-in device 30 and corresponds to the last two (i.e. the first and second to last) mold pins 222 on the transverse slide 221 and includes a pre-installed driving member 421 and a packaging driving member 422, wherein:

[0076] The pre-installed drive 421 has the function of grinding and expanding and includes a mold rod 4211 adapted to the tail cavity of the rubber core J (not shown) and a seventh drive 4212 driving the mold rod 4211. In this example, the seventh drive 4212 is connected and fixed to the mold rod 4211 through a connector 42121 that is convenient for loading / unloading; when the mold rod 4211 is inserted and pulled out, it adapts to the tail cavity of the rubber core J through the open slot 213. At this time, the mold bolt 222 on the horizontal slide 221 will simultaneously adapt to the rubber core port j1 to position the rubber core and support the corresponding part of the rubber core to prevent the rubber core from collapsing. In this example, the seventh drive 4212 is firmly fixed on the platform plate P;

[0077] The packaged drive 422 has substantially the same components and operation mode as the pre-installed drive 421 and includes a support die 4221, an extended die rod 4222 and an eighth drive 4222, wherein:

[0078] The supporting die mouth 4221 has a receiving cavity (not shown) for limiting the upward, downward, leftward and rightward displacement of the rear plug H therein, and the receiving cavity is connected to the limiting channel 412 for the passage of the rear plug H upwards; forwards, it corresponds to the cavity at the tail of the rubber core J; backwards, it adapts to the extended mold rod 4222 to pass through in a telescopic manner and through the open slot 213 to the cavity at the tail of the rubber core J (not shown). The extended mold rod 4222 is connected to the eighth drive 4223 and realizes telescopic movement through the eighth drive 4223. In this example, the eighth drive 4223 is firmly fixed on the platform plate P and is connected and fixed to the extended mold rod 4222 by a connector (not marked) for easy loading / unloading; while the extended mold rod 4222 is retracting, the mold bolt 222 on the horizontal slide 221 will simultaneously adapt to the rubber core port j 1 to position the rubber core and support the corresponding part of the rubber core to prevent the rubber core from collapsing, and

[0079] The output mechanism 43 is located between the plugging device 40 and the discharge port 50 and acts on the rubber core J equipped with the terminal d1 in the core material groove 21 to output it to the discharge port 50 through the ninth drive (not marked or shown). Since the output mechanism 43 is not a design point of the present invention, it will not be described in detail here.

[0080] Display and control device 60 (please continue to see Figure 1 ) includes an enlarged detection display screen (referred to as "detection screen") 61 for detecting products in the manufacturing process and a touch screen 62 for controlling the automatic machine motion system. The detection screen 61 is arranged above the upper cabinet, and the touch screen 62 is arranged on the upper cabinet below the detection screen 61. Since the display control device 60 belongs to the electronic and software part, the applicant will file another application and will not be further explained here.

[0081] In the above embodiments, the description of each embodiment has its own emphasis. For parts that are not described or recorded in detail in a certain embodiment, reference can be made to the relevant descriptions of other embodiments.

[0082] It should be noted that the above embodiments can be freely combined as needed. The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the principle of the present invention, and these improvements and modifications should also be considered as the protection scope of the present invention.

Claims

1. An automated device for producing security components, comprising: Cabinets and platform panels that divide the cabinets into upper cabinets and lower cabinets; A displacement device, an end plugging device and a plugging device are arranged with the platform plate as a carrier, and Display and control device suspended on the upper cabinet; The core device is not limited to being separated from the cabinet, and is characterized by: The core material device has a vibration table, and the vibration table has a core material outlet; The shifting device includes a core material groove and a rubber core driving member located on one side of the core material groove and positioned on the platform plate. The core material groove runs through the middle of the platform plate to both sides of the cabinet and forms an open notch on one side. An operating notch is provided on the other side opposite to the open notch. The core material groove is provided with an interface portion, which is connected to the material outlet of the vibration platform through the core material outlet. The rubber core driving member is located on one side of the operating notch on the platform plate. The plug-in device is arranged at one side of the open slot relative to the rubber core driving member and includes a material strip guide and an inserting combination member, the material strip guide includes a bracket supporting the terminal plate and a guide groove guiding the terminal material strip, and the front end of the guide groove receives the terminal material strip conveyed by the terminal plate; The plug-in combination comprises a conveying drive, a cutting end drive, an inserting end drive and a cutting tape drive. The conveying drive is positioned on the platform plate and receives the rear port of the guide groove. The cutting end drive comprises a pillar fixed on the platform plate and a crossbar portion arranged on the pillar by a lever principle. The end of the crossbar portion is supported by a fourth drive arranged on the platform plate. A clamping portion is provided at the head end of the crossbar portion relative to the end. The clamping portion cuts off and clamps a group of terminal tapes moved out from the conveying drive under the action of the fourth drive and conveys them to the inserting end drive. The inserting end drive has a clamping mouth. The clamping mouth clamps the terminal tapes transmitted by the cutting end drive through the action of the fifth drive fixed on the platform plate and pushes the terminal to be inserted into the rubber core in the core material groove through the pushing seat. The tape cutting drive receives the plug-in drive to break the tape at the end of the terminal after the terminal is inserted, so as to separate the tape from the rubber core assembled with the terminal, and The plugging device includes a rear plug, a vibration disk mechanism, a tail packaging mechanism and an output mechanism, and a discharge port is provided at the tail of the output mechanism, wherein the vibration disk mechanism is fixed on the platform plate through a vibration frame and includes a vibration disk and a limiting channel for receiving the rear plug output by the vibration disk, and the limiting channel is connected to the supporting die mouth in an upright form; the tail packaging mechanism has a packaging drive component and an extended mold rod, the supporting die mouth is arranged on the packaging drive component and has a receiving cavity for limiting the rear plug, the receiving cavity is connected to the limiting channel upwards, corresponds to the tail of the rubber core forward, and is adapted to the extended mold rod backwards, and the extended mold rod is connected to the eighth drive fixed on the platform plate and realizes telescopic movement through the eighth drive.

2. The automation device according to claim 1, characterized in that: The display and control device includes a detection screen and a touch screen. The detection screen is arranged above the upper cabinet, and the touch screen is arranged below the detection screen on the upper cabinet.

3. The automation device according to claim 2, characterized in that: The rubber core driving component includes a transverse drive, which has a strip-shaped transverse slide plate parallel to the operating slot, and a plurality of mold bolts are fixed on the transverse slide plate at equal intervals. The shape of the mold bolt head conforms to the size of the RJ45 socket port and protrudes from the side of the transverse slide plate toward the operating slot. A first drive is connected to the side of the transverse slide plate opposite to the mold bolt head, and the mold bolt head on the transverse slide plate is extended and retracted in the operating slot through the operation of the first drive.

4. The automation device according to claim 3, characterized in that: The rubber core driving member includes a longitudinal drive, which is positioned on the platform plate below the transverse slide and includes parallel longitudinal slides, a slider seat adapted to the longitudinal slides, and a second drive connected to and driving the slider seat.

5. The automation device according to claim 4, characterized in that: The conveying drive has a base, a correction plate, a slide block and a strip hole and a third drive, wherein: The base is positioned on the platform plate, the correction plate is adapted on the base and forms a gap, the correction plate has a strip hole connecting the gap, the slider is adapted to the correction plate and has a toggle piece, the toggle piece passes through the strip hole and contacts with the material belt.

6. The automation device according to claim 5, characterized in that: The plug-end drive comprises a tightening part, a support member and a vertical slide block, wherein: The clamping nozzle is arranged relative to the mold bolt and can be pushed / withdrawn from the open slot in a telescopic manner through the pushing seat. The mold bolt is opposite to the clamping nozzle and synchronously pushed / withdrawn from the operating slot, so that the rubber core shifted in the core material groove to the position where the clamping nozzle and the mold bolt are aligned can be inserted into the rubber core port through the mold bolt to position the rubber core for the insertion terminal.

7. The automation device according to claim 6, characterized in that: The clamping mouth has a positioning part, which fixes the clamping mouth on the vertical slider, and the support member has an upright part. The vertical slider is adapted to the upright part and when sliding under the action of the fifth drive, it drives the clamping mouth to bite the terminal material strip delivered by the clamping part and pushes the terminal forward through the pushing seat to insert the terminal into the rubber core positioned by the mold bolt.

8. The automation device according to claim 7, characterized in that: The support member has a horizontal plate with a vertical upright portion, the fifth drive is stabilized by the horizontal plate, the support member is fixed on the propulsion seat through the upright portion, the propulsion seat is movably arranged on the platform plate and is driven by the sixth drive to make telescopic movement on the platform plate relative to the mold bolt; the tightening portion is arranged on the propulsion seat parallel to the clamping mouth and relative to the next mold bolt position of the mold bolt, so that the rubber core with the terminal strip inserted can be firmly assembled through secondary tightening.

9. The automation device according to claim 8, characterized in that: It further includes a pre-installed driving component, which includes a mold rod adapted to the rubber core tail cavity for insertion and extraction and a seventh drive for driving the mold rod, wherein: The seventh drive is firmly fixed on the platform plate and is connected and fixed to the mold rod by a connector that is convenient for loading / unloading. When the mold rod is inserted and pulled out, it adapts to the tail cavity of the rubber core through the open groove. At this time, the relative mold bolt on the horizontal slide will simultaneously adapt to the rubber core port to position the rubber core and / or support the corresponding part of the rubber core to prevent the rubber core from collapsing.

10. The automation device according to claim 9, characterized in that: The output mechanism is located between the plugging device and the material outlet and acts on the rubber core at the packaged tail in the core material groove to output the rubber core to the material outlet through the ninth drive.

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