The invention relates to a manufacturing method of clutch mechanism for automatic dip rubber glove production

- Aug 27, 2019-

Background technology:

The establishment and development of labor protection articles industry are established and developed with the establishment of our socialist system and the development of industry and agriculture.Reform and development have promoted the comprehensive development of China's labor defense products industry.

In the process of producing labor protection gloves, the process mainly includes preheating, dipping, primary drying, salt-removing, soaking, secondary drying and vulcanizing, among which, the dipping process is divided into anti-seepage agent dipping, rubber dipping and anti-skid dipping.

Known continuous labor insurance gloves production line, mainly passive immersion program, for example, by chain conveyor line bar will die as well as in turn after installed on the tringle multiple fingerprint and briefly on the impregnation process corresponding to the section, the dipping process of seepage control agent, rubber pool, pool consists of an impervious rubber pool, pool, suit for fingerprint, rubber gloves and antiseepage agent pool pool material contact, after dipping active down again, so that gloves pass;In this way, due to the large volume and heavy mass of anti-seepage agent pool and rubber pool, the frequent lifting makes the energy consumption larger, the failure rate is high, and there are certain safety risks.

At present, there is also an active dip concept. In this scheme, when the die rod passes through the dip section, the power device drives the die rod and its hand die close to the impermeable agent pool. It does not need the rise of impermeable agent pool to realize the dip, which greatly improves the working stability.The disadvantage of this scheme lies in: this scheme adopts the following drive, that is, additional power device is set on the die rod to follow the die rod to move. It is not convenient to consider the mobile supply of its power source, such as power supply and gas supply.


Technical implementation elements:

The technical problem to be solved by the utility model is to provide a clutch mechanism for the production of automatic dipping rubber gloves which is conducive to the realization of fixed-point drive and easy to realize.

In order to solve the technical problems, the technical scheme of the utility model: automatic rubber gloves production with clutch mechanism, set up in automatic rubber gloves production line, including automatic rubber gloves production line production line frame, installed on the production line of frame of a pair of chain conveyor line and the leaching JiaoGong, described a pair of chain conveyor line between several rotating rod, and the moving paths of chain conveyor line after immersion JiaoGong;The clutch mechanism is used for releasing or connecting the torque transmission between the die rod and the chain conveying line.The clutch is arranged between the chain conveying line and each mould rod, and the clutch action device is arranged on the rubber dip position.

The clutch comprises an clutch shaft, a clutch first module, a clutch second module and a clutch third module.Qualified clutch shaft, one end to the first and second side, ends at the first end of the clutch is fixed and the chain conveyor line, directly or indirectly connected to the fixed clutch the first module, the second end of the clutch shaft activities suit has connected to the mould pole is fixed and the second module can be relatively clutch shaft rotating clutch, the clutch shaft between the first end and a second end of the suits have to move the clutch shaft axis of clutch module 3, the clutch on the third module has a dial to cooperate with on-off switch rail block;A first torque transfer structure is set between the third clutch module and the first clutch module, and a second torque transfer structure is set between the third clutch module and the second clutch module.On-off switch rail is set in the leaching JiaoGong, on-off switch rail has described a along the direction of the chain conveyor line extending through type clutch groove, described through type clutch tank capacity of clutch the third module of embedded block, and the clutch actuator along the vertical direction through type clutch slot on the leaching JiaoGong a switch between the first position and a second position;In the first state, the clutch switching guide is located at the first position, and the third clutch module and the second clutch module are integrated. The first torque transfer structure and the second torque transfer structure maintain the torque transfer state. The second clutch module cannot rotate, and the dial-block of the second clutch module can move along the extension direction of the through-type clutch groove.

The second state, the on-off switch rail is located in the second place, the third module and the second module separation clutch on-off, first torque structure will remain torque, the second cannot transfer torque, torque structure clutch can turn on the clutch shaft, the second module and clutch the second module set piece can move along the extension direction of the through type clutch slot.

The clutch shaft is successively divided into chain seat connection section, main installation section and gear seat installation section from the first end to the second end along its own axis direction, and the diameter of the main installation section is larger than that of the chain seat connection section and gear seat installation section.The first clutch module includes a chain seat and a sliding sleeve seat. The chain seat is installed on the chain conveying line.The center of the sliding sleeve seat is provided with a first pass hole through which the clutch shaft can pass;In the axis direction of the clutch shaft, the chain seat and the sliding sleeve seat are set on the clutch shaft from the first end to the second end successively.The sliding sleeve seat is arranged on the main installation section of the clutch shaft through the first hole, and the sliding sleeve seat is connected and fixed with the chain seat;Described in the second module includes clutch gear, gear described with die fixed rod connected directly or indirectly, in setting a second gear in the center hole, described the second hole hole for steps, described in the gear through the second hole is installed in the clutch shaft gear installation period, and in gear and gear installation period between bearing group;Clutch described the third module includes sliding sleeve, sliding sleeve center Settings are described for clutch shaft through the first three holes, described the first tee hole hole for the steps, the first tee hole including coaxial set the large diameter of the spring hole and small diameter shaft mating hole, sliding sleeve described by the first tee installed hole on clutch shaft main section, large diameter spring hole near the first clutch shaft end, small diameter shaft body with hole near the second clutch shaft end;The sliding sleeve slides through the small diameter shaft body to match the hole and the main installation section of the clutch shaft;A compression spring is arranged between the first clutch module and the third clutch module. The compression spring is installed in the clutch shaft, sliding sleeve seat, sliding sleeve and chain seat to form an annular cavity.

The inner diameter of the water-proof sleeve matches the outer diameter of the water-proof sleeve, and the water-proof sleeve is mounted on the end face of the side near the water-proof sleeve seat to realize sealing.

The dial block is provided with a pair symmetrically arranged on the outer circumference surface of the sliding sleeve.

The first torque transfer structure is provided with a hole along the axis direction of the clutch shaft on the third clutch module, and a first pin shaft along the axis direction of the clutch shaft on the first clutch module, and the first pin shaft is kept embedded into the hole of the third clutch module when the third clutch module slides on the clutch shaft.

Described the torque to the clutch structure clutch on the third module has the hole along the clutch shaft axis direction, the second module in clutch runs along the clutch on the second pin shaft axis direction, and clutch module on the clutch shaft slide embedded close to clutch the second module is to maintain the second pin clutch module 3 hole, clutch sliding near the third module on the clutch shaft from the second module is the second pin out of the hole of clutch module 3.

The advantages of the utility model include:

The utility model, in the chain conveyor line and mould pole set between the clutch and the leaching JiaoGong bit the clutch device, using the clutch actuator on-off switch guide in the first and second position, makes the clutch a third module, the clutch to realize Mosaic or from the second module, implementation mode between the rod and chain conveyor line relative to lock or rotating;The action of the die rod at the impregnating station and locking at the non-impregnating station can be controlled by a power unit and clutch mechanism set at the impregnating station.

And, more importantly, the on-off switch on-off mechanism equipment with through type clutch trough Settings, so that half of the clutch switch rail the second module can realize on-off switch, and not to interfere in the second module and clutch on-off of the first module synchronous movement, it would be able to adopt gear and rack of unpowered power plant to implement impregnation, greatly simplifying the structure.

Technical features:

1. An automated production field with a clutch mechanism, set up in automatic rubber gloves production line, including automatic rubber gloves production line production line frame, installed on the production line of frame of a pair of chain conveyor line and the leaching JiaoGong, described a pair of chain conveyor line between several rotating rod, and the moving paths of chain conveyor line after immersion JiaoGong;It is characterized by:

The clutch mechanism is used for releasing or connecting the torque transmission between the die rod and the chain conveying line.The clutch is arranged between the chain conveying line and each mould rod, and the clutch action device is arranged on the rubber dip position.

2. According to the clutch mechanism for the production of automatic dipped rubber gloves mentioned in claim 1, its features are:

The clutch comprises an clutch shaft, a clutch first module, a clutch second module and a clutch third module.

Qualified clutch shaft, one end to the first and second side, ends at the first end of the clutch is fixed and the chain conveyor line, directly or indirectly connected to the fixed clutch the first module, the second end of the clutch shaft activities suit has connected to the mould pole is fixed and the second module can be relatively clutch shaft rotating clutch, the clutch shaft between the first end and a second end of the suits have to move the clutch shaft axis of clutch module 3, the clutch on the third module has a dial to cooperate with on-off switch rail block;

A first torque transfer structure is set between the third clutch module and the first clutch module, and a second torque transfer structure is set between the third clutch module and the second clutch module.

On-off switch rail is set in the leaching JiaoGong, on-off switch rail has described a along the direction of the chain conveyor line extending through type clutch groove, described through type clutch tank capacity of clutch the third module of embedded block, and the clutch actuator along the vertical direction through type clutch slot on the leaching JiaoGong a switch between the first position and a second position;

In the first state, the clutch switching guide is located at the first position, and the third clutch module and the second clutch module are integrated. The first torque transfer structure and the second torque transfer structure maintain the torque transfer state. The second clutch module cannot rotate, and the dial-block of the second clutch module can move along the extension direction of the through-type clutch groove.

The second state, the on-off switch rail is located in the second place, the third module and the second module separation clutch on-off, first torque structure will remain torque, the second cannot transfer torque, torque structure clutch can turn on the clutch shaft, the second module and clutch the second module set piece can move along the extension direction of the through type clutch slot.

3. According to the clutch mechanism for the production of automatic dipped rubber gloves mentioned in claim 2, its features are:

The clutch shaft is successively divided into chain seat connection section, main installation section and gear seat installation section from the first end to the second end along its own axis direction, and the diameter of the main installation section is larger than that of the chain seat connection section and gear seat installation section.

The first clutch module includes a chain seat and a sliding sleeve seat. The chain seat is installed on the chain conveying line.The center of the sliding sleeve seat is provided with a first pass hole through which the clutch shaft can pass;In the axis direction of the clutch shaft, the chain seat and the sliding sleeve seat are set on the clutch shaft from the first end to the second end successively.The sliding sleeve seat is arranged on the main installation section of the clutch shaft through the first hole, and the sliding sleeve seat is connected and fixed with the chain seat;

Described in the second module includes clutch gear, gear described with die fixed rod connected directly or indirectly, in setting a second gear in the center hole, described the second hole hole for steps, described in the gear through the second hole is installed in the clutch shaft gear installation period, and in gear and gear installation period between bearing group;

Clutch described the third module includes sliding sleeve, sliding sleeve center Settings are described for clutch shaft through the first three holes, described the first tee hole hole for the steps, the first tee hole including coaxial set the large diameter of the spring hole and small diameter shaft mating hole, sliding sleeve described by the first tee installed hole on clutch shaft main section, large diameter spring hole near the first clutch shaft end, small diameter shaft body with hole near the second clutch shaft end;The sliding sleeve slides through the small diameter shaft body to match the hole and the main installation section of the clutch shaft;

A compression spring is arranged between the first clutch module and the third clutch module. The compression spring is installed in the clutch shaft, sliding sleeve seat, sliding sleeve and chain seat to form an annular cavity.

4. According to the clutch mechanism for the production of automatic dip rubber gloves mentioned in claim 3, its features are as follows: a waterproof sleeve is installed on the end face of the side near the sliding sleeve seat in the sliding sleeve, and the inner diameter of the waterproof sleeve matches the outer diameter of the sliding sleeve seat, and the waterproof sleeve set is sealed with the sliding match of the sliding sleeve seat and the sliding of the sliding sleeve seat.

5. According to the clutch mechanism for the production of automatic dip rubber gloves mentioned in claim 3, its feature lies in that the dial block has a pair of parts, which are arranged symmetrically on the outer circumference of the sliding sleeve.

6. According to claim 2 or 3 automation production field with a clutch mechanism, whose character is: the first described for the clutch torque structure on the third module has the hole along the clutch shaft axis direction, along the clutch in the clutch on the first module having the first pin shaft axis direction, and clutch module on the clutch shaft to keep the first pin when sliding embedded clutch the third module of the hole.

7. According to claim 2 or 3 automation production field with a clutch mechanism, whose character is: the second torque for structure on the clutch on-off third module runs along the clutch shaft hole on the axis direction, the second module in clutch runs along the clutch on the second pin shaft axis direction, and clutch module on the clutch shaft slide embedded close to clutch the second module is to maintain the second pin clutch module 3 hole, clutch sliding near the third module on the clutch shaft from the second module is the second pin out of the hole of clutch module 3.

Technical summary

The utility model relates to an automatic rubber gloves production with clutch mechanism, set up in automatic rubber gloves production line, automatic rubber gloves production line including a chain conveyor line and leaching JiaoGong, described a pair of chain conveyor line between several rotating rod, and the moving paths of chain conveyor line after immersion JiaoGong;The clutch mechanism is used for releasing or connecting the torque transmission between the die rod and the chain conveyor line. The clutch mechanism includes a clutch and a clutch action device.The clutch is arranged between the chain conveying line and each mould rod, and the clutch action device is arranged on the rubber dip position.The advantages of the utility model are as follows: clutch action device is used to drive the clutch to connect or disengage, so as to realize the relative locking or rotatable between the die rod and the chain conveying line;The action of the die rod at the impregnating station and locking at the non-impregnating station can be controlled by a power unit and clutch mechanism set at the impregnating station.

JB-SUD 半(全)浸胶手套生产线5