CN205312623U

CN205312623U - Transmission device of slotting machine

Info

Publication number: CN205312623U
Application number: CN201521141863.7U
Authority: CN
Inventors: 黄春平
Original assignee: Pinghu Pinyao Machine Automation Co Ltd
Current assignee: Pinghu Pinyao Machine Automation Co Ltd
Priority date: 2015-12-31
Filing date: 2015-12-31
Publication date: 2016-06-15
Anticipated expiration: 2025-12-31

Abstract

Transmission device of slotting machine, including the transmission path of a slope setting, transmission device still includes a curved deflector, be equipped with the direction passageway on the deflector, the least significant end of direction passageway and transmission path's most significant end intercommunication. The utility model discloses an orderly transmission of automatic slotting machine raw materials, degree of automation and production efficiency are higher, practice thrift manpower and time cost.

Description

The transmitting device of slotting machine

Technical field

This utility model belongs to clasp process equipment field, especially a kind of slotting machine transmitting device beating mouth for clasp.

Background technology

Traditional clasp slotting machine is generally manual equipment, and operator need to be placed on slotting machine raw material one by one by hand, then could arrive next step cutting wetter-off sequence, it is impossible to batch operates processing, and it expends time in, inefficiency; Another mechanical transfer mode is by directly arranging Vertical Channel bottom raw material cabin, raw material vertically drops, under acceleration of gravity effect, easily collide with passage arm between part, channel bottom stress is concentrated, being scattered between part and can not advance in order, this kind of transmission means is not suitable for the clasp transmission of slotting machine.

Summary of the invention

For solving above-mentioned technical problem, this utility model provides a kind of transmitting device, is mainly used in oval clasp transmission, it is achieved that the bulk transfer function of the raw material of automatic notch cutter.

The technical solution of the utility model: the transmitting device of slotting machine, including a transmission channel being obliquely installed, it is characterized in that: described transmitting device also includes the guide plate of an arc, described guide plate is provided with guide channel, and the least significant end of described guide channel connects with the most significant end of transmission channel. Arc-shaped guide plate and the transmission channel being obliquely installed decrease weight acceleration and the inertia of raw material, slow down the speed that raw material glides.

Preferably, the middle part of described transmission channel has the groove for material transport, and described groove is arranged over clear layer. By this clear layer it can be seen that the raw material of the inside is transmitted the position of operation, raw material is also avoided to drop to outside groove in transmitting procedure.

Preferably, the initiating terminal of described groove is arranged over the first Photoelectric Detection head, and described clear layer is positioned at the first Photoelectric Detection head and is connected with the first breach. Whether the first Photoelectric Detection head passes through the first breach, it is possible to have raw material to enter in the groove of transmission channel in detection groove.

Preferably, the end of described groove is sequentially provided with binder block and material blocking block, and described binder block is located at material blocking block front; Described binder block top is connected with the first propulsion cylinder, and described material blocking block top is connected with the second propulsion cylinder; The position of described clear layer correspondence binder block is provided with the second breach. Multiple oval clasp raw materials run in the groove of transmission channel, after first raw material runs through out notch end, second raw material transport was passed through and is arrived gear below binder block and block below material block, second propulsion cylinder offer power makes to block expects that block stretches into the 3rd breach and stops second raw material, and the first propulsion cylinder provides power to make binder block push down the 3rd raw material (i.e. space in the middle part of oval clasp).

Preferably, the groove in described binder block front is also arranged above the second Photoelectric Detection head, and the position of the corresponding second Photoelectric Detection head of described clear layer is provided with the 3rd breach.This second Photoelectric Detection head has detected whether that raw material runs to this position, and the rear step operation running to notch end for raw material is prepared.

Preferably, described guide plate is Y-shaped, and described guide channel is located at the middle and lower part of guide plate.

The beneficial effects of the utility model: achieve the order transfer of automatic notch cutter raw material, automaticity and production efficiency higher, save manpower and time cost.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of transmitting device;

Fig. 2 is the partial schematic diagram of transmitting device.

In figure, 1 transmission channel, the most significant end of 1a transmission channel, 2 guide plates, 3 guide channels, the least significant end of 3a guide channel, 4 grooves, the initiating terminal of 4a groove, the end of 4b groove, 5 clear layers, 6 first Photoelectric Detection heads, 7 first breach, 8 binder blocks, 9 first propulsion cylinders, 10 second breach, 11 material blocking blocks, 12 second propulsion cylinders, 13 second Photoelectric Detection heads, 14 the 3rd breach, 15 raw materials, 16 supports, 17 workbench. 18 vibrating motors

Detailed description of the invention

Below in conjunction with accompanying drawing, this utility model is described further so that scheme is clearly understood.

As it can be seen, the transmitting device of slotting machine, including the transmission channel 1 tilted, the most significant end 1a of transmission channel connects the guide plate 2 of an arc, arranges guide channel 3 in guide plate, and the least significant end 2a of guide channel connects with the most significant end 1a of transmission channel.

The middle part of transmission channel 1 has the groove 4 for material transport, and groove top covers a clear layer 5 so that operator can check the ruuning situation of internal raw material 15.

First Photoelectric Detection 6 is located at above the initiating terminal 4a of groove, and clear layer is positioned at the first Photoelectric Detection head and is connected with the first breach 7. The end 4b of groove is provided with material blocking block 12, and material blocking block top connects the second propulsion cylinder 12, and the groove in material blocking block front is arranged over binder block 8, and clear layer correspondence binder block position is provided with the second breach, and the top of binder block 8 is provided with the first propulsion cylinder 9. The groove in binder block front is additionally provided with the second Photoelectric Detection 13, and the position of the corresponding second Photoelectric Detection head of clear layer is provided with the 3rd breach 14.

As it is shown in figure 1, the shape of guide plate is with Y-shaped for the best, described guide channel 3 is located at the middle and lower part of Y-shaped.

Whole transmitting device is located on workbench 17 by support 16. The direction that in figure, arrow represents material blocking block, binder block ramps or declines.

These are only preferred embodiment of the present utility model, suitably deform according to what mentality of designing of the present utility model was made and improve for those skilled in the art, all should belong within protection domain of the present utility model.

Claims

1. the transmitting device of slotting machine, including a transmission channel being obliquely installed, it is characterised in that: described transmitting device also includes the guide plate of an arc, and described guide plate is provided with guide channel, and the least significant end of described guide channel connects with the most significant end of transmission channel.

2. the transmitting device of slotting machine according to claim 1, it is characterised in that: the middle part of described transmission channel has the groove for material transport, and described groove is arranged over clear layer.

3. the transmitting device of slotting machine according to claim 2, it is characterised in that: the initiating terminal of described groove is arranged over the first Photoelectric Detection head, and described clear layer is positioned at the first Photoelectric Detection head and is connected with the first breach.

4. the transmitting device of slotting machine according to claim 1, it is characterised in that: the end of described groove is sequentially provided with binder block and material blocking block, and described binder block is located at material blocking block front; Described binder block top is connected with the first propulsion cylinder, and described material blocking block top is connected with the second propulsion cylinder; The position of described clear layer correspondence binder block is provided with the second breach.

5. the transmitting device of slotting machine according to claim 4, it is characterised in that: the groove in described binder block front is additionally provided with the second Photoelectric Detection head, and the corresponding second Photoelectric Detection head of described clear layer is provided with the 3rd breach.

6. the transmitting device of slotting machine according to claim 1, it is characterised in that: described guide plate is Y-shaped, and described guide channel is located at the middle and lower part of guide plate.