阅读说明：本技术 手套自动翻面装置 (Automatic turn-over device of gloves ) 是由 张圣东 于 2020-07-24 设计创作，主要内容包括：本发明公开一种手套自动翻面装置,包括对应套穿手套各手指指套的套管、以及分别正对着各套管把指套捅入对应套管中的捅杆,其中,中指套管及尾指套管安装在机架的底板上,拇指桶杆固定在独立的横板上并在独立的驱动装置驱动下作往复移动,拇指套管是安装在机架的底板上,还包括可插入手套袖筒内并推顶手套翻面的插推装置。由于设置了插推装置,合抱的前、后两组匚形立板插入手套袖筒中,在推顶袖筒翻面的过程中,通过打开合抱的前、后两组匚形立板来张大袖筒,避免了袖筒在翻面过程中的皱褶推挤,使得袖筒的翻面得以顺利进行。本发明手套自动翻面装置不但结构简单,而且可适用于把各种薄料和厚料材质的手套自动翻面。(The invention discloses an automatic glove turning device, which comprises sleeves correspondingly sleeved with finger sleeves of gloves, poking rods respectively opposite to the sleeves for poking the finger sleeves into the corresponding sleeves, wherein a middle finger sleeve and a tail finger sleeve are arranged on a bottom plate of a rack, a thumb barrel rod is fixed on an independent transverse plate and driven by an independent driving device to reciprocate, and the thumb sleeve is arranged on the bottom plate of the rack and also comprises an inserting and pushing device which can be inserted into a glove sleeve and pushes the glove to be turned. Because the inserting and pushing device is arranged, the front and the rear groups of T-shaped vertical plates which embrace the glove sleeves are inserted into the glove sleeves, and the sleeves are expanded by opening the front and the rear groups of T-shaped vertical plates which embrace the glove sleeves in the process of pushing the sleeves to turn over, so that the wrinkles of the sleeves in the turning over process are prevented from being pushed, and the turning over of the sleeves can be smoothly carried out. The automatic glove turning device is simple in structure and suitable for automatically turning gloves made of various thin materials and thick materials.)

1. The utility model provides an automatic turn-over device of gloves, including the sleeve pipe of corresponding each finger dactylotheca of wearing gloves and respectively just facing each sleeve pipe and poking the pole of inserting corresponding sleeve pipe to the dactylotheca, wherein, well finger sleeve pipe and tail dactylotheca pipe are installed on the bottom plate of frame, and the thumb bucket pole is fixed on independent diaphragm and is made reciprocating motion, its characterized in that under independent drive arrangement drive: the thumb sleeve is arranged on the bottom plate of the frame and also comprises an inserting and pushing device which can be inserted into the glove sleeve and pushes the glove to turn over.

2. The automatic glove turn-over apparatus of claim 1, wherein: the inserting and pushing device comprises a front movable bottom plate, a rear movable bottom plate, a front group of T-shaped vertical plates and a rear group of T-shaped vertical plates, wherein the front group of T-shaped vertical plates and the rear group of T-shaped vertical plates are arranged on the front movable bottom plate and the rear movable bottom plate and are enclosed outside the parallel sleeves from the front direction and the rear direction. The two sides of the front and the rear movable bottom plates are respectively provided with a vertical baffle, and the baffles are respectively driven by independent power devices to move oppositely and reciprocally against the parallel sleeves, so that the front and the rear groups of T-shaped vertical plates are opened or closed, and the inserting and pushing device is slidably arranged on an independent transverse plate through a guide rail and a spring and moves reciprocally along the axial direction of the sleeves under the driving of an independent driving device.

3. The automatic glove turn-over apparatus of claim 1, wherein: the index finger poking rod and the ring finger poking rod are synchronously driven, the middle finger poking rod and the tail finger poking rod are synchronously driven, the index finger sleeve and the ring finger sleeve are also synchronously driven, and the index finger sleeve and the ring finger sleeve are respectively fixed on independent transverse plates and driven by independent driving devices to reciprocate along the axial direction of the sleeves. The index finger sleeve and the ring finger sleeve are sleeved with a guide rod for guiding the sleeve to move back and forth and a spring for keeping the guide rod extending out of the sleeve in a sliding manner, the length of the guide rod extending out of the sleeve is suitable for sleeving the corresponding finger sleeve, and the arrangement of the index finger sleeve and the ring finger sleeve is lower than that of the middle finger sleeve and the tail finger sleeve.

4. The automatic glove turn-over apparatus according to claims 1 to 3, wherein: the driving device comprises a power device, a steel wire rope and a pulley wound with the steel wire rope, and the power device comprises an air cylinder, an electric cylinder, an oil cylinder and a motor.

Technical Field

The invention belongs to the technical field of glove production equipment, and particularly relates to a device for automatically turning over gloves.

Background

An automatic glove turn-over device, which is applied by the applicant in 2018 and has the publication number of CN108978160A, mainly comprises sleeves for respectively sleeving finger sleeves, a reciprocating rod for inserting the finger sleeves into the corresponding sleeves, a sleeve for sleeving a glove sleeve, a pressing device for pressing the sleeve, and a clamping and turning-over device for clamping and turning over the glove sleeve. However, in the practical application process, the automatic glove turn-over device can smoothly turn over gloves made of relatively soft and thin materials, and can hardly smoothly turn over the gloves made of relatively hard and thick materials due to the obstruction of wrinkles in the turn-over process, and even can cause the problem of glove damage.

Disclosure of Invention

The technical problem to be solved by the invention is as follows: the automatic glove turning-over device is simple in structure, easy to manufacture and capable of adapting to turning over thin and thick gloves.

The technical scheme adopted for solving the technical problems is as follows: the utility model provides an automatic turn-over device of gloves, including the sleeve pipe of corresponding each finger dactylotheca of wearing gloves and respectively just facing each sleeve pipe and poking the pole of inserting corresponding sleeve pipe to the dactylotheca, wherein, well finger sleeve pipe and tail dactylotheca pipe are installed on the bottom plate of frame, and the thumb bucket pole is fixed on independent diaphragm and is made reciprocating motion, its characterized in that under independent drive arrangement drive: the thumb sleeve is arranged on the bottom plate of the frame and also comprises an inserting and pushing device which can be inserted into the glove sleeve and pushes the glove to turn over.

On the basis, the inserting and pushing device comprises a front movable bottom plate, a rear movable bottom plate, a front group of T-shaped vertical plates and a rear group of T-shaped vertical plates, wherein the front group of T-shaped vertical plates and the rear group of T-shaped vertical plates are arranged on the front movable bottom plate and the rear movable bottom plate and enclose the parallel sleeves from the front direction and the rear direction. Vertical baffles are respectively arranged on two sides of the front and rear movable bottom plates, and are driven by independent power devices to oppositely reciprocate against the parallel sleeves, so that the front and rear groups of T-shaped vertical plates are opened or closed. The inserting and pushing device is slidably arranged on an independent transverse plate through a guide rail and a spring and is driven by an independent driving device to reciprocate along the axial direction of the sleeve.

On the basis, the index finger poking rod and the ring finger poking rod are synchronously driven, the middle finger poking rod and the tail finger poking rod are synchronously driven, the index finger sleeve and the ring finger sleeve are also synchronously driven, and the index finger sleeve and the ring finger sleeve are respectively fixed on the independent transverse plates and driven by the independent driving devices to reciprocate along the axial direction of the sleeves. The index finger sleeve and the ring finger sleeve are sleeved with a guide rod for guiding the sleeve to move back and forth and a spring for keeping the guide rod extending out of the sleeve in a sliding manner, the length of the guide rod extending out of the sleeve is suitable for sleeving the corresponding finger sleeve, and the arrangement of the index finger sleeve and the ring finger sleeve is lower than that of the middle finger sleeve and the tail finger sleeve.

On the basis, the driving device comprises a power device, a steel wire rope and a pulley wound with the steel wire rope, wherein the power device comprises an air cylinder, an electric cylinder, an oil cylinder and a motor.

The invention has the following beneficial effects: because the inserting and pushing device is arranged, the front and the rear groups of T-shaped vertical plates which embrace the glove sleeves are inserted into the glove sleeves, and the sleeves are expanded by opening the front and the rear groups of T-shaped vertical plates which embrace the glove sleeves in the process of pushing the sleeves to turn over, so that the wrinkles of the sleeves in the turning over process are prevented from being pushed, and the turning over of the sleeves can be smoothly carried out. The automatic glove turning device is simple in structure, and can be suitable for automatically turning gloves made of various thin materials and thick materials, so that the production efficiency is greatly improved.

Drawings

FIG. 1 is a schematic structural view of an automatic glove turn-over device according to a first embodiment of the present invention

FIG. 2 is a schematic structural view of a second embodiment of the automatic glove turn-over device of the present invention

FIG. 3 is a schematic structural view of an inserting and pushing device in the automatic glove turning device of the present invention

FIG. 4 shows a first bushing arrangement mode of the automatic glove turn-over device of the present invention

FIG. 5 shows a second mode of laying sleeves of the automatic glove turn-over device of the present invention

Detailed Description