CN219265671U

CN219265671U - Detection mechanism capable of realizing rapid switching

Info

Publication number: CN219265671U
Application number: CN202223284899.3U
Authority: CN
Inventors: 常磊; 徐雯
Original assignee: Tianjin Miracle Vehicle Body Equipment Co ltd
Current assignee: Tianjin Miracle Vehicle Body Equipment Co ltd
Priority date: 2022-12-08
Filing date: 2022-12-08
Publication date: 2023-06-27
Anticipated expiration: 2032-12-08

Abstract

The utility model provides a detection mechanism that can realize quick switch, including taking the spring to pull out the bolt, pull out the bolt hole, position identification inductor, work piece detection inductor, locking bolt, position identification piece, motorcycle type inductor support, measured work piece, work piece inductor support, plug pin, side fixed plate, body frame, the side fixed plate has the plug pin hole, and locking bolt passes plug pin hole connection body frame, and locking bolt slides in the plug pin hole, and a set of locking bolt distributes on the side fixed plate, and work piece inductor support passes through a set of bolted connection body frame, and work piece detection inductor connects work piece inductor support, and side fixed plate upper portion has the position identification piece, and position identification inductor connects motorcycle type inductor support, and a set of position identification inductor distributes on motorcycle type inductor support, motorcycle type inductor support connection side fixed plate, side fixed plate side is laminated mutually with the body frame.

Description

Detection mechanism capable of realizing rapid switching

Technical Field

The utility model relates to the field of detection mechanisms, in particular to a detection mechanism capable of realizing rapid switching.

Background

The utility model provides a current patent (bulletin number: CN 217006333U) proposes a multistation part detection device for vehicle engineering test, including the bottom plate, still includes mounting bracket and fixture, mounting bracket fixed connection is at the bottom plate upper surface, fixture can dismantle the connection in the inboard both sides of mounting bracket, fixture comprises joint board, telescopic link and extrusion spring, telescopic link fixed connection is at joint board lateral wall, extrusion spring encircles and connects at the telescopic link surface. The protection mechanism is convenient to install when using to effectively prevent that the part from flying when punching press detects, effectively protect the inspector, provide the security that detects, the part of being convenient for detects and uses. However, the device clamps and detects the workpiece through a group of clamping mechanisms, the position of the workpiece in the device is fixed, and the workpiece cannot be moved and adjusted according to different vehicle types, so that improvement is needed.

Disclosure of Invention

Aiming at the defects in the prior art, the utility model provides a detection mechanism capable of realizing rapid switching, which is suitable for detecting workpiece products of different vehicle types and can realize the forward and backward movement of the sensor by loosening two bolts.

The utility model aims at realizing the following technical scheme:

The group of plug pin holes are distributed on the upper part of the main frame, the lower surface of the vehicle type sensor support is attached to the upper surface of the main frame, the lower part of the fixing sleeve is connected with the vehicle type sensor support, the fixing sleeve is provided with a spring groove, and the upper part of the spring groove is provided with an upper sliding hole.

The plug pin is suitable for the upper sliding hole, the plug pin penetrates through the upper sliding hole, the plug pin vertically slides in the upper sliding hole, the lower portion of the plug pin is suitable for the plug pin hole, the lower portion of the plug pin penetrates through the plug pin hole, the lower portion of the plug pin is suitable for the plug pin hole, and the lower portion of the plug pin is inserted into the plug pin hole.

The spring housing is on the plug pin, and the spring inserts the spring groove, and the spring lower part links to each other with spacing inserted block, and the spring groove left side has vertical spacing spout, and spacing inserted block suits with vertical spacing spout, and spacing inserted block inserts vertical spacing spout, and spacing inserted block slides in vertical spacing spout, and vertical spacing spout upper portion has horizontal semicircle spacing groove, and spacing inserted block suits with horizontal semicircle spacing groove, and spacing inserted block inserts horizontal semicircle spacing groove, and spacing inserted block rotates in horizontal semicircle spacing groove.

Advantageous effects

1. The plug pin, the fixed sleeve and the spring form a plug pin with the spring, the plug pin is pushed by the spring to be downwards inserted into the plug pin hole in use, and the plug pin is rotated ninety degrees to put down when being pulled up, so that the plug pin can be kept at a high position and separated from the plug pin hole, and the next operation can be performed. When the movable object arrives at the movable object and is in effective detection distance, the electric power is applied, the indicator lights are turned on, and signals completed in the step can be transmitted.

2. The workpiece detection sensor is arranged on the workpiece sensor support, when the plate is placed in a reasonable detection range, the indicator lamp is electrified, the signal completed in the step can be transmitted, the locking bolt is rotatably locked when the detection block reaches a specified position, the position identification block sets a structure which can be detected by the sensor, the vehicle type sensor support is used as a fixed sensor when in use, the sensor is set according to the different intervals of the vehicle type, the detected workpiece is the workpiece detected by the sensor, the workpiece sensor support is used as the fixed sensor, and the detection position is set according to the detectable position of the plate.

Drawings

Fig. 1 is a schematic structural diagram of a detection mechanism capable of realizing rapid switching according to the present utility model.

Fig. 2 is a cross-sectional view of a bracket with a spring pull latch and a vehicle type sensor according to the present utility model.

Fig. 3 is a top cross-sectional view of the retaining sleeve and plug pin of the present utility model.

Detailed Description

The utility model is described in further detail below with reference to the drawings and examples:

examples

The utility model provides a can realize detection mechanism of quick switch, includes that the area spring pulls out bolt 01, pulls out bolt hole 02, position identification inductor 03, work piece detection inductor 04, locking bolt 05, position identification piece 06, motorcycle type inductor support 07, measured workpiece 08, work piece inductor support 09, plug pin 10, side fixed plate 17, body frame 18, side fixed plate 17 has plug pinhole 19, locking bolt 05 passes plug pinhole 19 and connects body frame 18, and locking bolt 05's installation is rotatable locking when the detection piece reaches the assigned position, and locking bolt 05 slides in plug pinhole 19, and a set of locking bolt 05 distributes on side fixed plate 17, and work piece inductor support 09 passes through a set of bolted connection body frame 18, and work piece detection inductor 04 connects work piece inductor support 09, and work piece detection inductor 04 installs on work piece inductor support 09, and when putting into the plate in reasonable detection range, the circular telegram, the pilot lamp plays, can remove this signal transmission that accomplishes, and side fixed plate 17 upper portion has position identification piece 06, and position identification piece detection piece detector 06 can set for the sensor block detector on the side fixed plate 03 and position sensor support 03 is connected at the position at the side fixed plate 07, and position sensor support 03 when the position sensor 03 reaches the assigned position sensor support 07, and the fixed position sensor is installed at the side fixed support 07, and the fixed position sensor support 07.

Examples

According to the utility model, a group of plug pin holes 02 are distributed at the upper part of a main frame 18, two or more positions of the plug pin holes 02 are set according to requirements, when the plug pin holes 02 move to the positions, the accuracy of the positions can be ensured by inserting the plug pins 10, the lower surface of a vehicle type sensor bracket 07 is attached to the upper surface of the main frame 18, the lower part of a fixed sleeve 12 is connected with the vehicle type sensor bracket 07, the fixed sleeve 12 is provided with a spring groove 13, and the upper part of the spring groove 13 is provided with an upper sliding hole 20.

Examples

According to the utility model, the plug pin 10 is matched with the upper sliding hole 20, the plug pin 10 passes through the upper sliding hole 20, the plug pin 10 slides up and down in the upper sliding hole 20, the lower part of the plug pin 10 is matched with the plug pin hole 19, the lower part of the plug pin 10 passes through the plug pin hole 19, the lower part of the plug pin 10 is matched with the plug pin hole 02, the lower part of the plug pin 10 is inserted into the plug pin hole 02, the plug pin 10, the fixed sleeve 12 and the spring 14 form a spring-loaded plug pin 01, the spring 14 pushes the plug pin 10 to be inserted into the plug pin hole 02 downwards in use, the spring-loaded plug pin 01 rotates ninety degrees to put down when being pulled up, the plug pin 10 can be kept in a high position, the next operation can be carried out, a workpiece 08 to be detected is a workpiece detected by an inductor, and the workpiece inductor bracket 09 is used as a fixed inductor and can be used for setting a detection position according to a plate detectable position.

Examples

According to the utility model, a spring 14 is sleeved on a plug pin 10, the spring 14 is inserted into a spring groove 13, the lower part of the spring 14 is connected with a limit plug 16, a vertical limit chute 11 is arranged on the left side of the spring groove 13, the limit plug 16 is adapted to the vertical limit chute 11, the limit plug 16 is inserted into the vertical limit chute 11, the limit plug 16 slides in the vertical limit chute 11, a horizontal semicircular limit groove 15 is arranged on the upper part of the vertical limit chute 11, the limit plug 16 is adapted to the horizontal semicircular limit groove 15, the limit plug 16 is inserted into the horizontal semicircular limit groove 15, and the limit plug 16 rotates in the horizontal semicircular limit groove 15.

Examples

The utility model comprises the following steps: the method comprises the steps of sleeving a spring 14 on a plug pin 10, enabling the lower portion of the spring 14 to be connected with a limit plug block 16, enabling the plug pin 10 to pass through an upper sliding hole 20, enabling the limit plug block 16 to be inserted into a vertical limit sliding groove 11, enabling the lower portion of a fixed sleeve 12 to be connected with a vehicle type sensor support 07, enabling the plug pin 10 to pass through a plug pin hole 19 and be inserted into a plug pin hole 02, enabling a locking bolt 05 to pass through the plug pin hole 19 and be connected with a main frame 18, enabling a workpiece detection sensor 04 to be mounted on a workpiece sensor support 09, and enabling a position identification sensor 03 to be mounted on the vehicle type sensor support 07.

Basic principle: when the B model is produced, the spring pin at the A position is pulled up and rotated, the lower locating pin is retracted, the locking bolt is loosened, then the position identification block is pushed forward, when the detection block basically reaches the sensor, the spring pin is rotated, the pin is inserted into the pulling-out pin hole, the bolt is locked, the B model position is detected, the B sensor is lightened, and a signal is transmitted to the next step. When the workpiece of the B model is placed, the workpiece detection sensor indicator lights are turned on. Thus, the B model can be produced. And vice versa for the A-model position.

The mechanism has the advantages that: the mechanism is suitable for workpiece product detection of different vehicle types, can realize that the sensor moves back and forth to switch positions only by loosening two bolts, uses the pulling bolt to rapidly position, can distinguish the vehicle types through position identification of the sensor in automatic production, and provides strong adaptability to flexible production of simple clamps. Through the detection of inductor to the work piece, improved the lean production of equipment, this simple structure is practical.

The above description is only of the preferred embodiments of the present utility model and is not intended to limit the present utility model, and it should be noted that it is possible for those skilled in the art to make several improvements and modifications without departing from the technical principle of the present utility model, and these improvements and modifications should also be regarded as the protection scope of the present utility model.

Claims

1. The detection mechanism capable of realizing rapid switching is characterized by comprising a spring-pulled bolt (01), a bolt pulling hole (02), a position identification sensor (03), a workpiece detection sensor (04), a locking bolt (05), a position identification block (06), a vehicle type sensor support (07), a workpiece to be detected (08), a workpiece sensor support (09), a plug pin (10), a side fixing plate (17) and a main frame (18), wherein the side fixing plate (17) is provided with a plug pin hole (19), the locking bolt (05) penetrates through the plug pin hole (19) to be connected with the main frame (18), the locking bolt (05) slides in the plug pin hole (19), a group of locking bolts (05) are distributed on the side fixing plate (17), the workpiece detection sensor (09) is connected with the main frame (18) through a group of bolts, the workpiece detection sensor (04) is connected with the workpiece sensor support (09), the position identification block (06) is arranged on the upper part of the side fixing plate (17), the position identification sensor (03) is connected with the vehicle type sensor support (07), and the group of the position identification sensor (03) is distributed on the side of the vehicle type sensor support (07) and is attached to the side fixing plate (17).

2. The detection mechanism capable of realizing rapid switching according to claim 1, wherein a group of plug pin pulling holes (02) are distributed on the upper portion of the main frame (18), the lower surface of the vehicle type sensor support (07) is attached to the upper surface of the main frame (18), the lower portion of the fixing sleeve (12) is connected with the vehicle type sensor support (07), the fixing sleeve (12) is provided with a spring groove (13), and the upper portion of the spring groove (13) is provided with an upper sliding hole (20).

3. The detection mechanism capable of realizing rapid switching according to claim 2, wherein the plug pin (10) is adapted to the upper sliding hole (20), the plug pin (10) passes through the upper sliding hole (20), the plug pin (10) slides up and down in the upper sliding hole (20), the lower part of the plug pin (10) is adapted to the plug pin hole (19), the lower part of the plug pin (10) passes through the plug pin hole (19), the lower part of the plug pin (10) is adapted to the plug pin hole (02), and the lower part of the plug pin (10) is inserted into the plug pin hole (02).

4. The detection mechanism capable of realizing quick switching according to claim 3, wherein the spring (14) is sleeved on the plug pin (10), the spring (14) is inserted into the spring groove (13), the lower part of the spring (14) is connected with the limiting plug block (16), the vertical limiting chute (11) is arranged on the left side of the spring groove (13), the limiting plug block (16) is matched with the vertical limiting chute (11), the limiting plug block (16) is inserted into the vertical limiting chute (11), and the limiting plug block (16) slides in the vertical limiting chute (11).

5. The detection mechanism capable of realizing rapid switching according to claim 4, wherein the upper part of the vertical limit chute (11) is provided with a transverse semicircular limit groove (15), the limit insert block (16) is adapted to the transverse semicircular limit groove (15), the limit insert block (16) is inserted into the transverse semicircular limit groove (15), and the limit insert block (16) rotates in the transverse semicircular limit groove (15).