CN204897736U - Half self -cleaning type glass shear machine - Google Patents

Half self -cleaning type glass shear machine Download PDF

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Publication number
CN204897736U
CN204897736U CN201520664670.3U CN201520664670U CN204897736U CN 204897736 U CN204897736 U CN 204897736U CN 201520664670 U CN201520664670 U CN 201520664670U CN 204897736 U CN204897736 U CN 204897736U
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CN
China
Prior art keywords
frame
slide rail
bogey
mechanical arm
casing
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201520664670.3U
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Chinese (zh)
Inventor
陆志文
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Suzhou Lingtong Glass Products Co Ltd
Original Assignee
Suzhou Lingtong Glass Products Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Suzhou Lingtong Glass Products Co Ltd filed Critical Suzhou Lingtong Glass Products Co Ltd
Priority to CN201520664670.3U priority Critical patent/CN204897736U/en
Application granted granted Critical
Publication of CN204897736U publication Critical patent/CN204897736U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses a half self -cleaning type glass shear machine, which comprises a frame, be provided with in the frame and bear the device, the one side of bearing the device is provided with cutting device, the one side of bearing the weight of the device is provided with a feed bin, go out the feed bin including setting up the hollow first storehouse body in the frame, first storehouse body both sides are provided with the third slide rail respectively, be provided with on the third slide rail and follow the first box that the third slide rail reciprocated, first box level is provided with a plurality of first interlayers that are used for placing glass, the frame is provided with a recess in the opposite side that bears the device, is provided with one in the recess and receives the material subassembly, the frame top all is provided with an opening in the lower part and the both sides of bearing the weight of the device, is provided with a metal screen in the opening, and the opening below is provided with intercommunication open -ended surge drum, is provided with a negative -pressure air fan in the surge drum, and a ramp has been offered to one side of surge drum, and one side lower part in ramp is provided with a collecting box, and the collecting box sets up in a side of frame.

Description

A kind of semi-automatic clean glass clipper
Technical field
The utility model relates to a kind of cutting apparatus of glass, especially a kind of semi-automatic clean glass clipper.
Background technology
Clipper be for the sheet material of all trades and professions segmentation with cut, it is without any need for mould, then direct product to be cut, as everyone knows, glass is also need to carry out cutting operation, glass clipper refers to a kind of processor being exclusively used in glass processing and blanking, due to the glass just produced in some factories because volume is too huge, the existing clipper acting on glass has various problem, cannot efficiency operation is cut to glass, the work of workman is also very require great effort, and also makes the processing quality that cannot ensure glass; And when carrying out cutting work, the glass residue cut down also is everywhere all, not only not easy to clean is also very easily hurt sb.'s feelings.
Summary of the invention
In order to overcome the problems referred to above, the utility model provides a kind of efficiency easy to use, labour-saving semi-automatic clean glass clipper.
The technical solution of the utility model is to provide a kind of semi-automatic clean glass clipper, it comprises frame, it is characterized in that: described frame is provided with bogey, the side of described bogey is provided with cutting unit, described cutting unit comprises the robot assemblies that is arranged in described frame and is arranged at described robot assemblies cuts assembly, the side of described bogey is provided with a discharging bin, described discharging bin comprises the first warehouse of the hollow be arranged in described frame, described first warehouse both sides are respectively arranged with the 3rd slide rail, described 3rd slide rail is provided with first casing that can move up and down with described 3rd slide rail, described first casing is horizontally disposed with some the first interlayers for placing glass, one side of described first warehouse connects one for pushing glass to the pusher on described bogey,
Described frame is provided with a groove in the opposite side of described bogey, a rewinding assembly is provided with in described groove, described rewinding assembly comprises the first slide rail be horizontally placed on bottom described frame, described first slide rail is provided with the second warehouse of a hollow, described second warehouse both sides are vertically installed with the second slide rail respectively, described second slide rail is provided with second casing that can move up and down with described second slide rail, described second casing is horizontally disposed with some the second interlayers for collecting glass, one end of described first slide rail is provided with the 4th air pump for driving described second warehouse movement,
The side of described first warehouse and the side of described second warehouse are provided with the drive unit connecting described first casing and described second casing respectively, and described drive unit can control described first casing and described second casing move or move down;
Described frame top is provided with an opening in the bottom of described bogey and both sides, a metal screen is provided with in described opening, the surge drum being communicated with described opening is provided with below described opening, a negative-pressure air fan is provided with in described surge drum, the side of described surge drum offers a ramp, one side lower part in described ramp is provided with a collection box, and described collection box is arranged at a side of described frame.
In the utility model preferred embodiment, described robot assemblies comprises the 4th slide rail be arranged in described frame and the first mechanical arm be vertically installed on described 4th slide rail, described first mechanical arm is horizontally disposed with the second mechanical arm, described in described second mechanical arm is provided with, cuts assembly.
In the utility model preferred embodiment, the screw mandrel that described second mechanical arm comprises U-shaped movable plate and is arranged between described movable plate, cuts assembly described in described screw mandrel connects.
In the utility model preferred embodiment, the described assembly that cuts comprises the web plate connecting described screw mandrel, described web plate is provided with swivel arrangement, and one end of described swivel arrangement connects a cutting blade, described web plate is provided with the drive-motor driving described cutting blade to rotate.
In the utility model preferred embodiment, described bogey comprises multiple montant be arranged in described frame, described montant is set to two rows, described montant top is arranged with two transverse slats respectively in parallel, be provided with the back up pad for place work piece in the middle part of described transverse slat, described back up pad connects transverse slat described in two.
In the utility model preferred embodiment, the both sides of described back up pad are all equidistantly provided with multiple roller, described roller top is higher than the top of described transverse slat, and the two ends of described roller connect transverse slat described in two respectively, described roller can between described transverse slat Free-rolling.
In the utility model preferred embodiment, the side of described 4th slide rail is provided with the first air pump driving described first mechanical arm movement, described first mechanical arm top is provided with the second air pump driving described second mechanical arm movement, and one end of described second mechanical arm is provided with the 3rd air pump driving described web plate movement.
The bogey that a kind of semi-automatic clean glass clipper of the present utility model is arranged in frame uses for moving and place glass to be processed, glass be placed on bogey accepts cutting unit cut operation, cutting unit comprises robot assemblies and cuts assembly, robot assemblies is arranged at the side of bogey for moving use with the assembly that cuts be automatically connected on robot assemblies, cut assembly is arranged at bogey top by robot assemblies, when in the back up pad in the middle part of glass moves to bogey, cut assembly moved by robot assemblies and press down, and the edge of glass is cut, and cut operation by four limits of movement to glass of robot assemblies, the discharging bin that bogey side is arranged is used for depositing glass and the use of conveying glass, in real work, in discharging bin, heap piles glass, glass is pushed on the roller of bogey by workman, then glass is moved in back up pad by roller and carries out cutting operation, very efficiency is convenient, and workman saves muscle power, the groove that the opposite side of bogey is arranged is used for arranging rewinding assembly, and glass, for collecting the glass after cutting, is moved in rewinding assembly by roller by workman by rewinding assembly after glass cuts, and eliminates the carrying that workman is artificial, laborsaving during joint, the pusher of one side connection of the first warehouse is for pushing glass to bogey, eliminate workman manually to push, save manpower.
The both sides of bottom and bogey that frame top is positioned at bogey are provided with an opening, the metal screen arranged in opening is for filtering the glass residue cut down, surge drum is arranged at below opening for glass residue that receiving filtration gets off, negative-pressure air fan is provided with in surge drum, the air port of negative-pressure air fan faces toward the opening on top for auxiliary absorbing glass residue, clear up frame surface further, the side of surge drum offers a ramp, one side lower part in ramp is provided with a collection box, ramp is used for the glass residue in surge drum to move in collection box, the side that collection box is positioned at frame is convenient to the cleaning of workman, such setting, cleaning of frame surface, be convenient to the work of workman, also prevent glass residue from injuring people simultaneously.It is simple that the utility model has structure, efficiency easy to use, cleans the advantages such as clean.
Accompanying drawing explanation
Fig. 1 is the side structure schematic diagram of a kind of semi-automatic clean glass clipper of the utility model most preferred embodiment;
Fig. 2 is the plan structure schematic diagram of a kind of semi-automatic clean glass clipper of the utility model most preferred embodiment.
Embodiment
Below embodiment of the present utility model is described in further detail.
As depicted in figs. 1 and 2, one of the present utility model semi-automatic clean glass clipper, it comprises frame 1, it is characterized in that: frame 1 is provided with bogey 2, the side of bogey 2 is provided with cutting unit 3, cutting unit 3 comprise the robot assemblies 4 that is arranged in frame 1 and be arranged on robot assemblies 4 cut assembly 5, the side of bogey 2 is provided with a discharging bin 8, discharging bin 8 comprises the first warehouse 81 of the hollow be arranged in frame 1, first warehouse 81 both sides are respectively arranged with the 3rd slide rail 82, 3rd slide rail 82 is provided with first casing 83 that can move up and down with the 3rd slide rail 82, first casing 83 is horizontally disposed with some the first interlayers 84 for placing glass, one side of the first warehouse 81 connects one for pushing glass to the pusher 85 on bogey 2,
Frame 1 is provided with a groove 91 in the opposite side of bogey 2, a rewinding assembly 9 is provided with in groove 91, rewinding assembly 9 comprises the first slide rail 92 be horizontally placed on bottom frame 1, first slide rail 92 is provided with the second warehouse 93 of a hollow, second warehouse 93 both sides are vertically installed with the second slide rail 94 respectively, second slide rail 94 is provided with second casing 95 that can move up and down with the second slide rail 94, second casing 95 is horizontally disposed with some the second interlayers 96 for collecting glass, one end of first slide rail 92 is provided with the 4th air pump 98 for driving the second warehouse 93 movement,
The side of the first warehouse 81 and the side of the second warehouse 93 are provided with the drive unit 97 connecting the first casing 83 and the second casing 95 respectively, and drive unit 97 can control the first casing 83 and the second casing 95 move or move down;
Frame top is provided with an opening 11 in the bottom of bogey and both sides, a metal screen 12 is provided with in opening 11, the surge drum 13 of open communication 11 is provided with below opening 11, a negative-pressure air fan 14 is provided with in surge drum 13, the side of surge drum 13 offers a ramp 15, one side lower part in ramp 15 is provided with a collection box 16, and collection box 16 is arranged at a side of frame.
Robot assemblies 4 comprises the 4th slide rail 41 be arranged in frame 1 and the first mechanical arm 42, first mechanical arm 42 be vertically installed on the 4th slide rail 41 being horizontally disposed with the second mechanical arm 44, second mechanical arm 44 is provided with and cuts assembly 5.
Second mechanical arm 44 comprises U-shaped movable plate 46 and is arranged at the screw mandrel 47 between movable plate 46, screw mandrel 47 connects and cuts assembly 5.
Cut the web plate 51 that assembly 5 comprises connection wire rod 47, web plate 51 is provided with swivel arrangement 53, one end of swivel arrangement 53 connects a cutting blade 54, web plate 51 is provided with the drive-motor 55 driving cutting blade 54 to rotate.
Bogey 2 comprises multiple montant 21 be arranged in frame 1, and montant 21 is set to two rows, and montant 21 top is arranged with two transverse slats 22 respectively in parallel, is provided with the back up pad 23 for place work piece in the middle part of transverse slat 22, and back up pad 23 connects two transverse slats 22.
The both sides of back up pad 23 are all equidistantly provided with multiple roller 27, and roller 27 top is higher than the top of transverse slat 22, and the two ends of roller 27 connect two transverse slats 22 respectively, roller 27 can between transverse slat 22 Free-rolling.
The side of the 4th slide rail 41 is provided with the first air pump 43 of driving first mechanical arm 42 movement, one end that first mechanical arm 42 top is provided with the second air pump 45, second mechanical arm 44 of driving second mechanical arm 44 movement is provided with the 3rd air pump 52 driving web plate 51 movement.
The bogey 2 that a kind of semi-automatic clean glass clipper of the present utility model is arranged in frame 1 uses for moving and place glass to be processed, glass be placed on bogey 2 accepts cutting unit 3 cut operation, cutting unit 3 comprises robot assemblies 4 and cuts assembly 5, robot assemblies 4 is arranged at the side of bogey 2 for moving use with the assembly 5 that cuts be automatically connected on robot assemblies 4, cut assembly 5 is arranged at bogey 2 top by robot assemblies 4, when in the back up pad 23 in the middle part of glass moves to bogey 2, cut assembly 5 to move by robot assemblies 4 and press down, and the edge of glass is cut, and cut operation by four limits of movement to glass of robot assemblies 4, the discharging bin 8 that bogey 2 side is arranged is for depositing glass and the use of conveying glass, in real work, in discharging bin 8, heap piles glass, glass is pushed on the roller 27 of bogey 2 by workman, then glass is moved in back up pad 23 by roller 27 and carries out cutting operation, very efficiency is convenient, and workman saves muscle power, the groove 91 of the opposite side setting of bogey 2 is for arranging rewinding assembly 9, rewinding assembly 9 is for collecting the glass after cutting, by workman, glass is moved in rewinding assembly 9 by roller 27 after glass cuts, eliminate the carrying that workman is artificial, laborsaving during joint, the pusher 85 of one side connection of the first warehouse 81 is for pushing glass to bogey 2, eliminate workman manually to push, save manpower.
First warehouse 81 of the hollow that discharging bin 8 comprises is arranged in frame 1, the 3rd slide rail 82 that first warehouse 81 both sides are arranged respectively is for arranging the first casing 83, first casing 83 can be moved up and down with the 3rd slide rail 82 by the driving of drive unit 97, horizontally disposed first interlayer 84 of first casing 83 is for placing glass, in real work, workman manually promotes glass on the roller 27 of bogey 2, and rear drive equipment 97 drives the first casing 83 Move Up One Layer, workman continues to promote glass on bogey 2, very convenient, efficiency.
The first slide rail 92 that rewinding assembly 9 comprises is arranged at the bottom of frame 1, second warehouse 93 is arranged on the first slide rail 92 and can moves with the first slide rail 92 under the effect of the 4th air pump 98, the second slide rail 94 that in second warehouse 93, two sides are arranged is provided with the second casing 95, the second interlayer 96 arranged in second casing 95 is for collecting the glass after cutting, drive unit 97 is arranged at the second warehouse 93 outer side and moves up and down on the second slide rail 94 for driving the second casing 95, in real work, second casing 95 rises to highest point, glass after cutting is displaced in the interlayer of the second casing 95 foot by roller 27 by workman, and rear drive equipment 97 drives the second casing 95 to move down, workman continues to put into glass, until pile glass in whole second casing 95, 4th air pump 98 drives the second warehouse 93 to move to frame 1 edge on the first slide rail 92, outside equipment is replaced the second warehouse 93, then continue to cut operation, very convenient, efficiency.
The both sides of bottom and bogey that frame top is positioned at bogey are provided with an opening 11, the metal screen 12 arranged in opening 11 is for filtering the glass residue cut down, surge drum 13 is arranged at below opening 11 for glass residue that receiving filtration gets off, negative-pressure air fan 14 is provided with in surge drum 13, the air port of negative-pressure air fan 14 faces toward the opening 11 on top for auxiliary absorbing glass residue, clear up frame surface further, the side of surge drum 13 offers a ramp 15, one side lower part in ramp 15 is provided with a collection box 16, ramp 15 is for moving in collection box 16 by the glass residue in surge drum 13, the side that collection box 16 is positioned at frame is convenient to the cleaning of workman, such setting, cleaning of frame surface, be convenient to the work of workman, also prevent glass residue from injuring people simultaneously.
The 4th slide rail 41 that robot assemblies 4 comprises is arranged in frame 1, first mechanical arm 42 is vertically installed on the 4th slide rail 41 and can moves left and right with the 4th slide rail 41 under the driving of the first air pump 43, second mechanical arm 44 is horizontally placed on the first mechanical arm 42, second mechanical arm 44 comprises movable plate 46 and screw mandrel 47, movable plate 46 level connection joint first mechanical arm 42, screw mandrel 47 is connected with and cuts assembly 5, the second mechanical arm 44 is moved on the first mechanical arm 42 by the driving of the second air pump 45.
Cut web plate 51 connection wire rod 47 that assembly 5 comprises, web plate 51 moves under the driving of the 3rd air pump 52 on screw mandrel 47, web plate 51 is provided with swivel arrangement 53 can rotate freely, the cutting blade 54 of one end connection of swivel arrangement 53 is for cutting glass, and the drive-motor 55 that web plate 51 is arranged carries out cutting operation for driving cutting blade 54 to operate.
The montant 21 that bogey 2 comprises is set to two rows, montant 21 top is respectively arranged with transverse slat 22, two transverse slats 22 are for be arrangeding in parallel, back up pad 23 is provided with for placing sheet material in the middle part of transverse slat 22, the embossing cylinder that the setting of back up pad 23 is convenient to embossing device higher than transverse slat 22 carries out embossing procedure, the both sides of back up pad 23 are provided with set square and are convenient to staff and move in back up pad 23 by sheet material by transverse slat 22, transverse slat 22 top is equidistantly provided with some grooves 91, be provided with ball in groove 91, facilitate staff's movable plate 46 material and process.
Above embodiment is only the utility model a kind of embodiment wherein, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.

Claims (7)

1. a semi-automatic clean glass clipper, it comprises frame, it is characterized in that: described frame is provided with bogey, the side of described bogey is provided with cutting unit, described cutting unit comprises the robot assemblies that is arranged in described frame and is arranged at described robot assemblies cuts assembly, the side of described bogey is provided with a discharging bin, described discharging bin comprises the first warehouse of the hollow be arranged in described frame, described first warehouse both sides are respectively arranged with the 3rd slide rail, described 3rd slide rail is provided with first casing that can move up and down with described 3rd slide rail, described first casing is horizontally disposed with some the first interlayers for placing glass, one side of described first warehouse connects one for pushing glass to the pusher on described bogey,
Described frame is provided with a groove in the opposite side of described bogey, a rewinding assembly is provided with in described groove, described rewinding assembly comprises the first slide rail be horizontally placed on bottom described frame, described first slide rail is provided with the second warehouse of a hollow, described second warehouse both sides are vertically installed with the second slide rail respectively, described second slide rail is provided with second casing that can move up and down with described second slide rail, described second casing is horizontally disposed with some the second interlayers for collecting glass, one end of described first slide rail is provided with the 4th air pump for driving described second warehouse movement,
The side of described first warehouse and the side of described second warehouse are provided with the drive unit connecting described first casing and described second casing respectively, and described drive unit can control described first casing and described second casing move or move down;
Described frame top is provided with an opening in the bottom of described bogey and both sides, a metal screen is provided with in described opening, the surge drum being communicated with described opening is provided with below described opening, a negative-pressure air fan is provided with in described surge drum, the side of described surge drum offers a ramp, one side lower part in described ramp is provided with a collection box, and described collection box is arranged at a side of described frame.
2. one according to claim 1 semi-automatic clean glass clipper, it is characterized in that: described robot assemblies comprises the 4th slide rail be arranged in described frame and the first mechanical arm be vertically installed on described 4th slide rail, described first mechanical arm is horizontally disposed with the second mechanical arm, described in described second mechanical arm is provided with, cuts assembly.
3. one according to claim 2 semi-automatic clean glass clipper, is characterized in that: the screw mandrel that described second mechanical arm comprises U-shaped movable plate and is arranged between described movable plate, cuts assembly described in described screw mandrel connects.
4. one according to claim 3 semi-automatic clean glass clipper, it is characterized in that: described in cut assembly and comprise the web plate connecting described screw mandrel, described web plate is provided with swivel arrangement, one end of described swivel arrangement connects a cutting blade, described web plate is provided with the drive-motor driving described cutting blade to rotate.
5. one according to claim 1 semi-automatic clean glass clipper, it is characterized in that: described bogey comprises multiple montant be arranged in described frame, described montant is set to two rows, described montant top is arranged with two transverse slats respectively in parallel, be provided with the back up pad for place work piece in the middle part of described transverse slat, described back up pad connects transverse slat described in two.
6. one according to claim 5 semi-automatic clean glass clipper, it is characterized in that: the both sides of described back up pad are all equidistantly provided with multiple roller, described roller top is higher than the top of described transverse slat, the two ends of described roller connect transverse slat described in two respectively, described roller can between described transverse slat Free-rolling.
7. one according to claim 4 semi-automatic clean glass clipper, it is characterized in that: the side of described 4th slide rail is provided with the first air pump driving described first mechanical arm movement, described first mechanical arm top is provided with the second air pump driving described second mechanical arm movement, and one end of described second mechanical arm is provided with the 3rd air pump driving described web plate movement.
CN201520664670.3U 2015-08-31 2015-08-31 Half self -cleaning type glass shear machine Expired - Fee Related CN204897736U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520664670.3U CN204897736U (en) 2015-08-31 2015-08-31 Half self -cleaning type glass shear machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520664670.3U CN204897736U (en) 2015-08-31 2015-08-31 Half self -cleaning type glass shear machine

Publications (1)

Publication Number Publication Date
CN204897736U true CN204897736U (en) 2015-12-23

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520664670.3U Expired - Fee Related CN204897736U (en) 2015-08-31 2015-08-31 Half self -cleaning type glass shear machine

Country Status (1)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105084746A (en) * 2015-08-31 2015-11-25 苏州市灵通玻璃制品有限公司 Semi-automatic clean-type glass cutting machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105084746A (en) * 2015-08-31 2015-11-25 苏州市灵通玻璃制品有限公司 Semi-automatic clean-type glass cutting machine

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GR01 Patent grant
C14 Grant of patent or utility model
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151223

Termination date: 20170831

CF01 Termination of patent right due to non-payment of annual fee