CN217942502U

CN217942502U - Integrated sliding pin assembly and PWI cover plate assembly equipment

Info

Publication number: CN217942502U
Application number: CN202221522894.7U
Authority: CN
Inventors: 刘佶鑫
Original assignee: Haldex Vehicle Products Suzhou Co Ltd
Current assignee: Haldex Vehicle Products Suzhou Co Ltd
Priority date: 2022-06-17
Filing date: 2022-06-17
Publication date: 2022-12-02
Anticipated expiration: 2032-06-17

Abstract

The utility model discloses an integration sliding pin subassembly and PWI apron subassembly rigging equipment, including the assembly bench base, be provided with a pressure equipment mechanism, no. two pressure equipment mechanisms, controlling means and display device on the assembly bench base. A pressure equipment mechanism includes a setting element and a pressure equipment subassembly, a pressure equipment subassembly is installed on the setting element. No. two pressure equipment mechanisms include No. two locating support and remove the pressure equipment subassembly, it includes the sliding seat and installs to remove the pressure equipment subassembly the driving device is retreated in the advancing of sliding seat bottom, still be provided with No. two pressure equipment subassemblies on No. two locating support and detect the circular telegram plug, no. two pressure equipment subassemblies include No. two driving device, mark cylinder and No. two pressure equipment boards. The utility model discloses can realize the high quality assembly requirement of sliding pin and rubber sleeve, apron subassembly to can the automated inspection product the assembly quality.

Description

Integrated sliding pin assembly and PWI cover plate assembly equipment

Technical Field

The utility model relates to an automation equipment correlation technique field especially relates to an integration sliding pin subassembly and PWI apron subassembly rigging equipment.

Background

The existing sliding pin and fixing plate assembly technology can only mount the sliding pin, the dustproof sleeve and the PWI cover plate assembly by hands, and an assembly table of the current sliding pin and PWI cover plate assembly is lack of an effective assembly fixture and an automatic device, so that the machining precision is poor, and the requirement of large-scale batch production cannot be met. Because the manual work efficiency is lower, and the manual work easily produces fatigue, so product quality can't obtain guaranteeing.

Disclosure of Invention

In order to solve the problem, the utility model provides an integration sliding pin subassembly and PWI apron subassembly rigging equipment.

The main contents of the utility model include:

the utility model provides an integration sliding pin subassembly and PWI apron subassembly rigging equipment, includes the assembly bench base, be provided with press-fitting mechanism, no. two press-fitting mechanisms, controlling means and display device on the assembly bench base. A pressure equipment mechanism includes a setting element and a pressure equipment subassembly, a pressure equipment unit mount is in on the setting element, a pressure equipment subassembly includes drive arrangement and a pressure equipment board, drive arrangement connects a pressure equipment board, set up two sliding pin through-holes on the pressure equipment board, the diameter of sliding pin through-hole is greater than the diameter of sliding pin and is less than the diameter of the dirt proof boot of installation on the sliding pin. No. two press fitting mechanisms include No. two locating support and remove the pressure equipment subassembly, it installs to remove the pressure equipment subassembly No. two locating support is last, it includes the sliding seat, sets up PWI apron location frock on the sliding seat and installs the driving device is retreated in the advancing of sliding seat bottom to remove the pressure equipment subassembly, still be provided with No. two pressure equipment subassemblies on No. two locating support and detect the circular telegram plug, no. two pressure equipment subassemblies include No. two driving device, mark cylinder and No. two pressure equipment boards, no. two pressure equipment boards are installed No. two driving device is last, and unsettled setting is in the top of the initial position of sliding seat. The control device comprises a control valve plate and an electric control machine, and is installed below the assembly table base. The display device is an HMI human-machine interaction display panel, and the HMI human-machine interaction display panel is installed above the assembly table base.

Preferably, a low sliding pin mounting column and a high sliding pin mounting column are arranged on the first positioning piece, a long sliding pin is mounted on the low sliding pin mounting column, and a short sliding pin is mounted on the high sliding pin mounting column.

Preferably, the first press fitting assembly further comprises a plurality of sensors, the first press fitting assembly is installed outside the sensing area of the sensors, the sensors are installed on two sides of the first positioning piece, and the first press fitting plate moves up and down in the sensing area of the sensors.

Preferably, the bottom of the sliding seat is provided with a guide sliding rail.

Preferably, the forward and backward driving device is a servo motor, a rolling screw rod or an air cylinder.

Preferably, the first driving device and the second driving device are cylinders, servo motors or rolling screws.

Preferably, hydraulic buffers are arranged on the front side and the rear side of the second press-fitting mechanism.

Preferably, an LED fluorescent lamp is arranged above the assembly table base.

Preferably, the detection power-on plug is fitted with a PWI wiring harness in a PWI cover plate assembly with press fitting.

Preferably, each press-fitting mechanism is provided with an independent light-type actuating device.

The utility model provides an integration sliding pin subassembly and PWI apron subassembly rigging equipment, its beneficial effect lies in:

1. compared with manual assembly, the assembly table can improve the assembly speed of the sliding pin and the dustproof sleeve from 300 seconds to 30 seconds, has the characteristics of high assembly efficiency and high accuracy, greatly improves the production efficiency, and meets the requirements on efficiency and accuracy in industrialization;

2. the assembly table realizes automatic detection of the assembly height and automatic detection of the communication qualification of the cover plate assembly, and realizes accurate positioning and assembly of the press-fitting assembly.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention;

fig. 2 is a schematic structural view of a second press-fitting mechanism of the present invention;

fig. 3 is a schematic structural view of the first press-fitting mechanism of the present invention;

fig. 4 is a top view of the present invention.

The components in the drawings are numbered as follows: the device comprises a 1-first press mounting mechanism, a 11-first positioning piece, a 12-dust cover in-place detection sensor, a 13-first driving device, a 14-first press mounting plate, a 2-second press mounting mechanism, a 21-second positioning support, a 22-second driving device, a 23-second press mounting plate, a 24-forward and backward driving device, a 25-marking cylinder, a 26-sliding seat, a 27-PWI cover plate positioning tool, a 3-HMI (human machine interface) man-machine interaction display panel, a 4-guiding sliding rail, a 5-control valve plate, a 6-LED (light emitting diode) fluorescent lamp, a 7-hydraulic buffer, an 8-light type starting device, a 9-sliding pin and a 10-sliding pin dust-proof sleeve.

Detailed Description

The technical solution protected by the present invention is specifically described below with reference to the accompanying drawings.

Referring to fig. 1 to 4, the utility model provides an integration sliding pin subassembly and PWI apron subassembly rigging equipment, including the assembly bench base, be provided with a pressure equipment mechanism 1, no. two pressure equipment mechanisms 2, controlling means and display device on the assembly bench base. A pressure equipment mechanism 1 includes setting element 11, dust cover in place detection sensor 12 and a pressure equipment subassembly, be provided with low sliding pin erection column and high sliding pin erection column on the setting element 11, install long sliding pin on the low sliding pin erection column, install short sliding pin on the high sliding pin erection column, prevent that pressure equipment in-process sliding pin from removing. A pressure equipment unit mount is in on the setting element, a pressure equipment subassembly includes drive arrangement 13 and a pressure equipment board 14, drive arrangement 13 is connected a pressure equipment board 14, seted up two sliding pin through-holes on the pressure equipment board 14, every the diameter of sliding pin through-hole all is greater than the diameter that the sliding pin was less than the diameter of the dirt proof boot of installation on the sliding pin, the both sides of a setting element are all installed the dust cover detects sensor 12 that targets in place, a pressure equipment board 14 is in the dust cover reciprocates in the induction zone that detects sensor 12 that targets in place, a pressure equipment unit mount is in outside the dust cover detects sensor 12's that targets in place induction zone.

No. two press fitting mechanisms include No. two locating support 21 and remove the pressure equipment subassembly, it installs to remove the pressure equipment subassembly No. two locating support 21 is last, it includes sliding seat 26, sets up PWI apron location frock 27 on sliding seat 26 and installs the driving device and the direction slide rail 4 are retreated in the advancing of sliding seat 26 bottom to remove the pressure equipment subassembly, still be provided with No. two pressure equipment subassemblies on No. two locating support 21 and detect the circular telegram plug, detect the PWI pencil in the PWI apron subassembly that the circular telegram plug cooperation was treated the pressure equipment, detect whether the PWI connector inserts and targets in place. The second press-fitting assembly comprises a second driving device 22, a marking cylinder 25 and a second press-fitting plate 23, and the second press-fitting plate 23 is mounted on the second driving device 22 and is arranged above the initial position of the sliding seat 26 in a suspending manner. The control device comprises a control valve plate 5 and an electric control machine, and is installed below the assembly table base. The display device is an HMI (human machine interface) man-machine interaction display panel 3, the HMI man-machine interaction display panel is installed above the assembly table base, hydraulic buffers 7 are installed on the front side and the rear side of the second press-fitting mechanism, so that impact force generated by rapid relative motion between mechanism parts is prevented from damaging the mechanism body, and the service life of the mechanism is prolonged.

In one embodiment, the forward/backward driving device 24, the first driving device 23, and the second driving device 22 are cylinders, servo motors, or rolling screws.

The working principle is as follows: this assembly bench sets up by two sets of pressure equipment mechanisms, assembly bench assembly desktop left pressure equipment mechanism 1 is dirt proof boot and sliding pin automatic assembly mechanism, assembly bench assembly desktop right side No. two pressure equipment mechanisms 2 is PWI apron subassembly assembly mechanism, is provided with the detection circular telegram plug on the PWI apron subassembly assembly mechanism, control valve plate 5 and electric cabinet are installed to the downside of assembly bench base, LED light 6 and HMI human-computer interaction display panel 3 are installed to the upside of assembly bench base.

Firstly, the staff carries out the board operation through both hands start button, and at the in-process of assembly sliding pin dirt proof boot 10 and sliding pin 9, the staff gets behind sliding pin 9 and sliding pin dirt proof boot 10, puts it into left setting element 1, then starts the light formula starting drive 8 of a pressure equipment mechanism 1 on left side, after the dust cover detects the work piece and targets in place at the detection sensor 12 that targets in place, can give a qualified signal, tells the staff this time to process the completion and qualified.

When the PWI cover plate assembly is assembled, firstly, a worker pre-installs a PWI wire harness, a cover plate and a retaining plate into a PWI cover plate positioning tool 27, then two ends of the wire harness are respectively inserted into a detection power-on plug, after the device detects that the wire harness is qualified in connection and disconnection, the workpiece can be continuously machined, at the moment, the second driving device 22, namely a PWI pressing cylinder, automatically descends to press and assemble three materials together, the carrier is installed on the guide slide rail 4, then the forward and backward driving device 24 retracts the whole carrier to the inner side of the device, after the carrier is sensed to be positioned in the device, the marking cylinder 25 can downwards mark a qualified mark on a product, finally the forward and backward driving device 24 pushes the product together with the whole carrier to the front, the machining is finished, the automatic detection of the assembly height is realized, the automatic detection of the communication qualification of the cover plate assembly is realized, and the production efficiency is greatly improved.

The above only is the embodiment of the present invention, not limiting the patent scope of the present invention, all the equivalent structures or equivalent processes that are used in the specification and the attached drawings or directly or indirectly applied to other related technical fields are included in the patent protection scope of the present invention.

Claims

1. An integrated sliding pin assembly and PWI cover plate assembly assembling device, comprising:

the assembling table comprises an assembling table base, wherein a first press-mounting mechanism, a second press-mounting mechanism, a control device and a display device are arranged on the assembling table base;

the first press-fitting mechanism comprises a first positioning piece and a first press-fitting assembly, the first press-fitting assembly is installed on the first positioning piece, the first press-fitting assembly comprises a first driving device and a first press-fitting plate, the driving device is connected with the first press-fitting plate, two sliding pin through holes are formed in the first press-fitting plate, and the diameter of each sliding pin through hole is larger than that of each sliding pin and smaller than that of a dustproof sleeve installed on each sliding pin;

the second press-fitting mechanism comprises a second positioning support and a movable press-fitting component, the movable press-fitting component is mounted on the second positioning support and comprises a sliding seat, a PWI cover plate positioning tool arranged on the sliding seat and a forward and backward driving device mounted at the bottom of the sliding seat, the second positioning support is further provided with a second press-fitting component and a detection power-on plug, the second press-fitting component comprises a second driving device, a marking cylinder and a second press-fitting plate, and the second press-fitting plate is mounted on the second driving device and is arranged above the initial position of the sliding seat in a hanging manner;

the control device comprises a control valve plate and an electric control machine, and is arranged below the assembly table base;

the display device is an HMI human-machine interaction display panel, and the HMI human-machine interaction display panel is installed above the assembly table base.

2. The assembly equipment of claim 1, wherein a low sliding pin mounting column and a high sliding pin mounting column are arranged on the first positioning piece, a long sliding pin is mounted on the low sliding pin mounting column, and a short sliding pin is mounted on the high sliding pin mounting column.

3. The integrated sliding pin assembly and PWI cover plate assembly assembling device of claim 1, wherein said first press fitting assembly further comprises a plurality of sensors, said first press fitting assembly is installed outside a sensing area of said sensors, said sensors are installed on two sides of said first positioning member, and said first press fitting plate moves up and down in said sensing area of said sensors.

4. The integrated slide pin assembly and PWI cover plate assembly setup according to claim 1, wherein the bottom of the sliding seat is installed with guiding slide rails.

5. The integrated sliding pin assembly and PWI cover plate assembly assembling apparatus of claim 1 or 2, wherein the forward and backward driving means is a servo motor, a rolling screw or a cylinder.

6. The integrated sliding pin assembly and PWI cover plate assembly device of claim 1, characterized in that the driving means of the number one and the number two is a cylinder, a servo motor or a ball screw.

7. The integrated sliding pin assembly and PWI cover plate assembly apparatus of claim 1, wherein hydraulic buffers are installed on both front and back sides of the second press-fitting mechanism.

8. The integrated sliding pin assembly and PWI cover plate assembly mounting apparatus of claim 1, wherein an LED fluorescent lamp is disposed above the mounting base.

9. The integrated slide pin assembly and PWI cover assembly apparatus of claim 1, wherein the test power-on plug engages a PWI wiring harness in a press-fit PWI cover assembly.

10. The integrated slide pin assembly and PWI cover plate assembly apparatus of claim 1, wherein each press-fit mechanism is provided with an independent light-activated device.