CN109454748A - Lath cutter and its application method of the gypsum board production line with edging function - Google Patents
Lath cutter and its application method of the gypsum board production line with edging function Download PDFInfo
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- CN109454748A CN109454748A CN201811528361.8A CN201811528361A CN109454748A CN 109454748 A CN109454748 A CN 109454748A CN 201811528361 A CN201811528361 A CN 201811528361A CN 109454748 A CN109454748 A CN 109454748A
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- return pipe
- oil return
- plate
- plasterboard
- right end
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D1/00—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor
- B28D1/22—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor by cutting, e.g. incising
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B9/00—Machines or devices designed for grinding edges or bevels on work or for removing burrs; Accessories therefor
- B24B9/02—Machines or devices designed for grinding edges or bevels on work or for removing burrs; Accessories therefor characterised by a special design with respect to properties of materials specific to articles to be ground
- B24B9/06—Machines or devices designed for grinding edges or bevels on work or for removing burrs; Accessories therefor characterised by a special design with respect to properties of materials specific to articles to be ground of non-metallic inorganic material, e.g. stone, ceramics, porcelain
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B11/00—Apparatus or processes for treating or working the shaped or preshaped articles
- B28B11/14—Apparatus or processes for treating or working the shaped or preshaped articles for dividing shaped articles by cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D7/00—Accessories specially adapted for use with machines or devices of the preceding groups
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D7/00—Accessories specially adapted for use with machines or devices of the preceding groups
- B28D7/005—Devices for the automatic drive or the program control of the machines
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mining & Mineral Resources (AREA)
- Inorganic Chemistry (AREA)
- Structural Engineering (AREA)
- Processing Of Stones Or Stones Resemblance Materials (AREA)
Abstract
The present invention relates to lath cutter and its application method of a kind of gypsum board production line with edging function, lath cutter of the gypsum board production line with edging function includes right end delivery board, left end delivery board, directive wheel, upper head plate, bottom plate, hydraulic cylinder, fixedly connected part, motor, fuel tank, power control cabinet etc..Right end delivery board and left end delivery board front and rear side are along equipped with directive wheel, intermediary operation room is equipped between right end delivery board and left end delivery board, bottom plate is located at intermediary operation chamber interior, upper head plate and hydraulic cylinder are equipped with above bottom plate, hydraulic cylinder is fixedly connected with bottom plate by fixedly connected part, motor output shaft is equipped with screw rod, and screw rod is threadedly coupled with fixedly connected part, and right end delivery board rear is equipped with fuel tank and power control cabinet.The present invention has rational design, and plasterboard linear measure longimetry is accurate, and plasterboard notch is neat, while can also directly polish notch, and processing step integrated level is high.
Description
Technical field
The invention belongs to plaster board production equipment technical fields, and in particular to be gypsum board production line with edging function
Lath cutter and its application method.
Background technique
Since Thistle board has, light, flatness is good, construction and installation are convenient, fire protecting performance is excellent low with production energy consumption
The advantages that, it is mainly used as the internal partition wall and indoor suspended ceiling material of building.With the continuous quickening of materials for wall reform and building
Building demand is continuously increased, and the demand of plasterboard is also increasing year by year.It is main that Thistle board, which is with building gypsum,
Raw material, the materials such as incorporation fiber, additive, adds water and stirs into slurry, is cast on the paper in advancing, again coated with upper after molding
Level paper.After slurry coagulation forming, the production of plasterboard is completed through cutting, drying, saw side, stacking process.Due to cutting off precision
Height directly influence saw side process progress, improve cutting precision can reduce to greatest extent saw leftover bits and pieces of material loss and
Caused by waste.So can effectively improve the economic benefit of enterprise to the research of cut off operation.
The cutting pilot on gypsum board production line is cut off using Electromechanical Control at present.The power that motor transmits passes through deceleration
Machine, belt, belt wheel etc. pass to the lower of cutting machine.Power in lower is passed to by gear by one group of idle wheel mechanism
Upper cutter shaft.Upper lower rotates simultaneously at this time, completes when turning to opposite position simultaneously to the point of a knife on axis up and down to gypsum
The cutting of plate.
Electric part controls the customized cut-off of plasterboard, and the speed of line revolving speed and the plasterboard displacement of upper and lower point of a knife is kept
The every cutting of synchronous and plasterboard is primary, and upper lower is all just to rotate a circle.Since cutting machine point of a knife is in insertion operation
Continuous plasterboard after, one section of plasterboard of front and entire gypsum slab are disconnected, so the side of the long two sides of plasterboard
Portion is irregular as zigzag, by trimming after needing to dry, can become the finished product of plasterboard.
Summary of the invention
The technical problem to be solved by the present invention is overcoming the deficiencies of the prior art and provide a kind of gypsum board production line band
The lath cutter and its application method of edging function, the present invention has rational design, and plasterboard linear measure longimetry is accurate, and plasterboard notch is whole
Together, it while can also directly polish notch, processing step integrated level is high.
The present invention solve the problems, such as it is of the existing technology used by technical solution be:
A kind of lath cutter of the gypsum board production line with edging function, including right end carriage, left end carriage, guiding
Wheel, upper head plate, bottom plate, hydraulic cylinder, motor, fuel tank.
It is connected with leading truck and connection frame on the right side of the right end carriage in turn, connection frame and gypsum board production line connect
It connects, connection frame width is greater than right end carriage width, and leading truck front and rear sides end face is symmetrical curved end, leading truck
Left end width and right end carriage are of same size, and leading truck right end width and connection frame are of same size.
The right end carriage upper surface front and rear sides are symmetrically arranged with support base, among two symmetrical support bases
Equipped with idler wheel, there are gap between idler wheel and right end carriage upper surface, the idler wheel rear and front end is respectively provided with a shaft,
The shaft is inserted in inside support base, and posterior support base rear end face is equipped with angular displacement sensor, on angular displacement sensor
Connecting shaft be fixedly connected with shaft.
Right end carriage, leading truck, connection frame and the edge of left end carriage upper surface front and rear sides are equipped with guiding
Wheel, directive wheel axial direction are inserted with jackshaft, and directive wheel is freely rotated around jackshaft, and it is defeated that jackshaft is respectively arranged at right end
It send on frame, leading truck, connection frame and left end carriage, jackshaft upper end is equipped with postive stop baffle, and postive stop baffle is located at directive wheel
Top, postive stop baffle avoid directive wheel from being detached from jackshaft.
The right end carriage is identical as left end carriage height, between the right end carriage and left end carriage
Between be separated with intermediary operation room, the intermediary operation room front end face middle position and rear end face middle position are respectively provided with a company
Frame is connect, right end carriage is fixedly connected by the connection frame with left end carriage.
Bottom plate is set to intermediary operation chamber interior, bottom plate upper surface and left end carriage upper surface and right end conveys
Frame upper surface is concordant, and upper head plate is set to right above bottom plate, and hydraulic cylinder is set to upper head plate overcentre, the upper head plate
Center is fixedly connected with push rod upwards, and the push rod is worn to hydraulic cylinder, is fixedly connected with work above the push rod
Plug.
Hydraulic cavities and leakage chamber are successively arranged inside the hydraulic cylinder up and down, the hydraulic cavities and leakage chamber penetrate through
Connection, the hydraulic cavities diameter are greater than leakage chamber diameter, and the piston slides up and down inside hydraulic cavities, the work
It is identical as hydraulic cavities diameter to fill in diameter, thrust spring III is arranged on the push rod periphery, the thrust spring III is set
It is placed in inside hydraulic cylinder, III upper end of thrust spring is fixedly connected with the piston, III lower end of thrust spring and leakage
Bottom of chamber face is fixedly connected, and support rod is fixedly connected on the left of the hydraulic cylinder, is equipped with limit switch III below support rod.
Plug-in strip is fixedly connected with below the upper head plate, the plug-in strip end face is equipped with rectangular displacement aperture, institute
Displacement plate is equipped with inside the displacement aperture stated, displacement plate can slide up and down inside displacement aperture, the displacement plate left end towards
A left side is convexly equipped with Contact plate, and Contact plate is located at right above III swing rod of limit switch, and the displacement plate left and right ends are respectively to having
One pressing plate, there are gap among two pressing plates, gap length is greater than plug-in strip thickness, sets between the upper head plate and displacement plate
There is thrust spring I, under the promotion of thrust spring I, displacement plate is located at displacement aperture bottom, and pressing plate bottom surface is lower than plug-in strip blade position
It sets.
The bottom plate rear and front end is respectively provided with a fixed connecting rod, the fixed connecting rod by vertical rod and
Two horizon bars of vertical rod upper and lower ends form, and fixed connecting rod upper end horizon bar is fixedly connected with hydraulic cylinder, is fixedly connected
Bar lower end horizon bar is fixedly connected with bottom plate.
Motor is fixedly connected by motor support frame with left end carriage rear end face, and motor output shaft to the right and is connected with spiral shell
Bar, screw rod are threadedly coupled with the vertical rod on the fixed connecting rod of rear end, and screw rod left and right ends are respectively equipped with limited block.
The left end carriage front end face is fixedly connected with optical axis support frame, is fixedly connected with level on optical axis support frame
The support shaft of arrangement, the vertical rod on the fixed connecting rod of front are set in support shaft.
The bottom plate bosom is equipped with slideway, and grinding slideway is equipped with above the slideway, and the grinding is sliding
Road and slideway perforation connect, and the grinding slideway upper opening is located on bottom plate upper surface, in the slideway front end face
Recessed to have front end limit switch chamber, limit switch intracavitary portion in front end is equipped with limit switch I, and I jack end of limit switch is set
Inside slideway, the slideway rear end face indent has rear end limit switch chamber, and limit switch intracavitary portion in rear end is equipped with limit and opens
II is closed, II jack end of limit switch is set to inside slideway, it is respectively provided with a pushing block chamber at left and right sides of the slideway,
Two pushing block chambers and slideway perforation connect, and the intracavitary portion of right end pushing block is provided with screw rod I, and I end of screw rod and I output shaft of motor connect
It connects, pushing block intracavitary portion in left end is provided with slide bar.
The slideway internal slide is equipped with sliding block, and the sliding block left side and right side are symmetrically arranged with pushing block, described
Pushing block sliding is set to the intracavitary portion of pushing block, and the pushing block of right end is set in outside screw rod I, and the pushing block of right end is threadedly coupled with screw rod I, left
The pushing block at end is set in outside slide bar, and the pushing block of left end is connect with sliding bar, and grinding is equipped with above the sliding block, described
Grinding sliding is set to inside grinding slideway.
The fuel tank is located at right end carriage rear, and oil pump, oil pump oil inlet insertion oil are equipped with above the fuel tank
Inside case, oil pump out of the mouth perforation is connected with oil inlet pipe, and oil inlet pipe and hydraulic cavities perforation connect, and oil inlet tube inlet is located at hydraulic cylinder
On top surface, oil inlet pipe is equipped with solenoid valve I, and perforation is connected with upper end oil return pipe, intermediate oil return pipe and leakage on the fuel tank
Oily oil return pipe, the upper end oil return pipe and hydraulic cavities perforation connect, and upper end oil return pipe oil outlet is located on hydraulic cylinder top surface, institute
The upper end oil return pipe stated is equipped with solenoid valve II, and the intermediate oil return pipe and hydraulic cavities perforation connect, and intermediate oil return pipe is fuel-displaced
Mouth is located in hydraulic cylinder circumferential end surfaces, and the intermediate oil return pipe is equipped with III, two pressure regulator valve of a solenoid valve and one
Protective case, the solenoid valve III is between pressure regulator valve and hydraulic cylinder, and the protective case is located between two pressure regulator valves, institute
The protective case inner upper stated be equipped with touching switch, the protective case lower inside be equipped with elastomeric bladder, the elastomeric bladder with
The perforation connection of intermediate oil return pipe.
Solenoid valve I, solenoid valve II and the solenoid valve III close to hydraulic cylinder,
The oil leak oil return pipe and the perforation of leakage chamber connect, the oil leak oil return pipe oil inlet bottom surface and leakage bottom of chamber
Face is concordant.
It is equipped with power control cabinet on the right side of the fuel tank, is equipped with control device and power supply device inside the power control cabinet.
The angular displacement sensor, motor I, limit switch I, limit switch II, limit switch III, motor, oil pump, electricity
Magnet valve I, solenoid valve II, solenoid valve III, solenoid valve IV and power supply device are electrically connected with control device respectively.
Preferably, 3 idler wheels are evenly equipped on the right end carriage.
Preferably, it is equipped with below the slideway rear end and removes cinder notch, the cinder notch that removes passes through slideway and the bottom plate external world
Lead to and connects.
Preferably, blade is offered on former and later two end faces of the grinding.
Preferably, perforation is connected with relief tube, the relief tube and intermediate oil return Guan Lian on the intermediate oil return pipe
It meets place to be located between two pressure regulator valves, the pressure release pipe end is worn to fuel tank internal, and the relief tube is equipped with electromagnetism
Valve IV.
Preferably, the oil inlet pipe, upper end oil return pipe, intermediate oil return Guan Shangshe be there are two pipe clamp, and pipe clamp will be into
Oil pipe, upper end oil return pipe and intermediate oil return pipe left end are fixed on fixed connecting rod, another pipe clamp goes back to oil inlet pipe, upper end
Oil pipe and intermediate oil return pipe right end are fixed on fuel tank.
A kind of application method of lath cutter of the gypsum board production line with edging function, comprising the following steps:
Step 1, plasterboard guiding are ajusted:
The plasterboard that production line is sent enters connection frame, then into leading truck inside, due to before leading truck,
Rear end face is arc line shaped, and is not disposed with directive wheel, therefore plasterboard can be easily accomplished guiding and ajust, and enters right end conveying
Inside frame, the distance between right end carriage front and rear sides directive wheel periphery is of same size with plasterboard.
When plasterboard is by below idler wheel, idler wheel rotation will drive, idler wheel rotation drives angular displacement sensor rotation, control
The angle value that device detects angular displacement sensor is converted into the length that plasterboard moves to the left；
Step 2, plasterboard cutting:
The plasterboard that production line is got off first is transmitted on the carriage of left end, is then turned on three angular displacement sensors,
When the mobile numerical value of at least two angular displacement sensors detect in three angular displacement sensors plasterboard is identical, and reach setting
When numerical value, control device control oil pump and solenoid valve I are opened, and the hydraulic oil of fuel tank internal is driven by oil pump by oil inlet pipe
Inside hydraulic cylinder, piston is pushed to move down, so that upper head plate pushes pressing plate to move down, when the Contact plate touching on pressing plate
When encountering limit switch III, pressing plate is just with plasterboard upper end face contact, and at this moment signal is passed to control dress by limit switch III
Set, control device controls motor rotation, by screw rod, fixed connecting rod drive hydraulic cylinder, upper head plate and bottom plate jointly to
It moves left, the mobile speed of three is identical as the speed that plasterboard is advanced.
Piston continues to move down, and by after gypsum board clamping, pressing plate does not continue to move down for pressing plate and bottom plate, and upper head plate compression pushes away
Power spring I pushes plug-in strip to continue to move down cutting plasterboard, and displacement plate is in displacement aperture moved upward inside at this time；
Step 3, gypsum plate end face edging:
After plug-in strip cuts off plasterboard, opens solenoid valve III, the hydraulic oil inside hydraulic cavities is discharged by intermediate oil return pipe
To fuel tank internal, the pressure regulator valve on intermediate oil return pipe defines hydraulic inside hydraulic cavities, and hydraulic cavities internal hydraulic pressure reduces at this time,
Piston moves up under the promotion of thrust spring III, until displacement plate is moved to the bottom of displacement aperture.
The oil pressure inside the intermediate oil return pipe between two pressure regulator valves gradually rises simultaneously, elastomeric bladder is squeezed, so that elastic
Capsule elongation touches touching switch, and signal is passed to control device by touching switch, and control device controls motor I and opens, motor I
Screw rod I is driven to rotate, the pushing block being threadedly coupled with screw rod I moves backward on screw rod I, and then drives grinding backward by sliding block
It is mobile, plasterboard notch is polished；
Step 4, grinding reset:
After pushing block slides into pushing block cavity rear end and limit switch II contacts, signal is passed to control dress by limit switch II
It sets, control device controls motor I and inverts, and pushing block band movable slider travels forward, and when pushing block collides limit switch I, limit is opened
It closes I and signal is passed into control device, control device control motor I stops operating；
Step 5, upper end sheet reset:
After grinding resets, control device controls solenoid valve II and solenoid valve IV is opened, solenoid valve III is closed, motor is anti-
Turn, hydraulic cavities are directly penetrated through with fuel tank and connected, and piston is moved to top in the promotion of thrust spring III, and relief tube is by two
Hydraulic oil discharge between pressure regulator valve inside intermediate oil return pipe, screw rod are mobile by hydraulic cylinder and bottom plate by fixed connecting rod
To intermediary operation room right end.
Compared with prior art, the present invention possessed by the utility model has the advantages that
(1) plasterboard advance length is detected by three angular displacement sensors, plasterboard linear measure longimetry is accurate.
(2) before being cut off using plug-in strip to plasterboard, pressing plate and bottom plate by the gypsum board clamping on notch both sides, this
When sample plug-in strip is cut, plasterboard will not be tilted, and support is also arranged at lower part, and it is smooth that plasterboard notch is effectively guaranteed.
(3) to that can polish notch after plasterboard cutting, simplify the processing step in gypsum board manufacture later period, reduce
Production cost.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is lath cutter top view of the gypsum board production line of the present invention with edging function,
Fig. 2 is rearview of the present invention,
Fig. 3 is the face A-A of the present invention cross-sectional view,
Fig. 4 is the face B-B of the present invention cross-sectional view,
Fig. 5 is the face C-C of the present invention cross-sectional view,
Fig. 6 is the face D-D of the present invention cross-sectional view,
Fig. 7 is the face E-E of the present invention cross-sectional view,
Fig. 8 is the face F-F of the present invention cross-sectional view,
Fig. 9 is the face G-G of the present invention cross-sectional view.
In figure: 1- right end carriage, 1a- leading truck, 1b- connection frame, 1c- support base, 1d- idler wheel, 1d1- shaft, 1e-
Angular displacement sensor, 1e1- connecting shaft；
The left end 2- carriage, 2a- intermediary operation room, 2b- connection frame, 2c- optical axis support frame, 2d- support shaft, 2e- motor
Support frame；
3- directive wheel, 3a- postive stop baffle, 3b- jackshaft；
4- upper head plate, 4a- push rod, 4a1- piston, 4b- plug-in strip, 4b1- displacement aperture, 4c- displacement plate, 4d- pressing plate, 4e- touching
Striking plate, 4f- thrust spring I；
5- bottom plate, 5a- slideway, 5a1- grinding slideway, 5a2- remove cinder notch, 5b- pushing block chamber, 5c- screw rod I, 5c1- motor
I, 5d- slide bar, the front end 5e- limit switch chamber, 5e1- limit switch I, the rear end 5f- limit switch chamber, 5f1- limit switch II；
6- hydraulic cylinder, 6a- hydraulic cavities, 6b- leakage chamber, 6c- thrust spring III, 6d- support rod, 6e- limit switch III；
7- fixed connecting rod；
8- motor, 8a- screw rod, 8b- limited block；
9- fuel tank, 9a- oil pump, 9a1- oil inlet pipe, 9a2- solenoid valve I, the upper end 9b- oil return pipe, 9b1- solenoid valve II, 9c-
Intermediate oil return pipe, 9c1- solenoid valve III, 9c2- pressure regulator valve, 9c3- protective case, 9c4- touching switch, 9c5- elastomeric bladder, 9d- oil leak
Oil return pipe, 9e- relief tube, 9e1- solenoid valve IV；
10- power control cabinet, 10a- power supply device, 10b- control device；
11- sliding block, 11a- pushing block, 11b- grinding；
12- pipe clamp.
Specific embodiment
Attached drawing be lath cutter of the gypsum board production line with edging function and its most preferred embodiment of application method, below
In conjunction with attached drawing, the present invention is described in more detail.
As shown in attached drawing 1 and attached drawing 2, a kind of gypsum board production line is defeated with the lath cutter with edging function, including right end
Send frame 1, left end carriage 2, directive wheel 3, upper head plate 4, bottom plate 5, hydraulic cylinder 6, motor 8, fuel tank 9.
It is connected with leading truck 1a and connection frame 1b, connection frame 1b and plasterboard on the right side of the right end carriage 1 in turn
Production line connection, connection frame 1b width are greater than 1 width of right end carriage.The front and rear sides leading truck 1a end face is symmetrical arc
Shape end face, leading truck 1a left end width and right end carriage 1 are of same size, leading truck 1a right end width and connection frame 1b width phase
Together.
The 1 upper surface front and rear sides of right end carriage are symmetrically arranged with support base 1c, two symmetrical support bases
It is equipped with idler wheel 1d among 1c, is evenly equipped with three idler wheel 1d on right end carriage 1.
There are gaps between 1 upper surface idler wheel 1d and right end carriage.The rear and front end idler wheel 1d is respectively provided with one
Shaft 1d1, the shaft 1d1 are inserted in inside support base 1c.Idler wheel 1d is rotated around shaft 1d1 axis.Posterior support seat
1c rear end face is equipped with angular displacement sensor 1e, and the connecting shaft 1e1 on angular displacement sensor 1e is fixedly connected with shaft 1d1.Angle
Displacement sensor 1e can detecte the angle of idler wheel 1d rotation, the angle value divided by after 360 ° in the diameter multiplied by idler wheel 1d,
Obtained numerical value is exactly the length that asbestos board is advanced below idler wheel 1d.
Right end carriage 1, the 2 upper surface front and rear sides leading truck 1a, connection frame 1b and left end carriage edge on all
Equipped with directive wheel 3,3 axial direction of directive wheel is inserted with jackshaft 3b, and directive wheel 3 is freely rotated around jackshaft 3b, jackshaft
3b is respectively arranged on right end carriage 1, leading truck 1a, connection frame 1b and left end carriage 2.Postive stop baffle 3a is located at guiding
3 top of wheel, postive stop baffle 3a avoid directive wheel 3 from being detached from jackshaft 3b.
The right end carriage 1 is identical as 2 height of left end carriage, the right end carriage 1 and left end carriage 2
Between between be separated with intermediary operation room 2a.The intermediary operation room 2a front end face middle position and rear end face middle position are respectively set
There are a connection frame 2b, the connection frame 2b to be fixedly connected with right end carriage 1 with left end carriage 2.
As shown in attached drawing 3 and attached drawing 4, bottom plate 5 is set to inside the 2a of intermediary operation room, 5 upper surface of bottom plate and a left side
Hold 1 upper surface of carriage and 2 upper surface of left end carriage concordant.Upper head plate 4 is set to right above bottom plate 5, and bottom plate 5 is long
Degree is greater than 4 length of upper head plate.Hydraulic cylinder 6 is set to 4 overcentre of upper head plate, and 4 center of upper head plate is fixedly connected upwards
There are push rod 4a, the push rod 4a to wear to hydraulic cylinder 6, is fixedly connected with piston 4a1 above the push rod 4a.
6 inside of hydraulic cylinder is successively arranged hydraulic cavities 6a and leakage chamber 6b, the hydraulic cavities 6a and leakage up and down
Sap cavity 6b perforation connection, the hydraulic cavities 6a diameter are greater than leakage chamber 6b diameter.The piston 4a1 is slided up and down set on liquid
It presses inside chamber 6a, the piston 4a1 diameter is identical as hydraulic cavities 6a diameter.Thrust is arranged on the push rod 4a periphery
Spring III 6c, III 6c of thrust spring are set to inside hydraulic cylinder 6, III upper end 6c of thrust spring and piston 4a1
It is fixedly connected, III lower end 6c of thrust spring is fixedly connected with the bottom surface leakage chamber 6b.It is fixed on the left of the hydraulic cylinder 6 to connect
It is connected to support rod 6d, is equipped with III 6e of limit switch below support rod 6d.
Plug-in strip 4b is fixedly connected with below the upper head plate 4, the end face plug-in strip 4b is equipped with rectangular displacement
Hole 4b1.Displacement plate 4c is equipped with inside the displacement aperture 4b1, displacement plate 4c can be slided up and down inside displacement aperture 4b1.Institute
The left side displacement plate 4c stated is convexly equipped with Contact plate 4e to the left, and Contact plate 4e is located at right above III 6e swing rod of limit switch.Work as touching
When striking plate 4e is moved down into bottom, III 6e of limit switch can be pressed, so that III 6e of limit switch sends out signal.
Respectively to having among pressing plate a 4d, two pressing plate 4d, there are gap, skies for the left and right ends displacement plate 4c
Gap width is greater than plug-in strip 4b thickness.I 4f of thrust spring is equipped between the upper head plate 4 and displacement plate 4c, in I 4f of thrust spring
Promotion under, displacement plate 4c is located at the bottom displacement aperture 4b1, and the bottom surface pressing plate 4d is lower than plug-in strip 4b blade edge position.
5 rear and front end of bottom plate is respectively provided with a fixed connecting rod 7, and the fixed connecting rod 7 is by vertical rod
And two horizon bars composition of vertical rod upper and lower ends.7 upper end horizon bar of fixed connecting rod is fixedly connected with hydraulic cylinder 6, Gu
Determine 7 lower end horizon bar of connecting rod to be fixedly connected with bottom plate 5.
Motor 8 is fixedly connected by motor support frame 2e with 2 rear end face of left end carriage.8 output shaft of motor to the right and even
It is connected to screw rod 8a, screw rod 8a is threadedly coupled with the vertical rod on rear end fixed connecting rod 7, and the left and right ends screw rod 8a are respectively equipped with limit
Position block 8b.
2 front end face of left end carriage is fixedly connected with optical axis support frame 2c, is fixedly connected on optical axis support frame 2c
There is horizontally disposed support shaft 2d, the vertical rod on front fixed connecting rod 7 is set on support shaft 2d.Support shaft 2d and screw rod
8a passes through fixed connecting rod 7 together and erects bottom plate 5 and hydraulic cylinder 6.
5 bosom of bottom plate is equipped with slideway 5a, and grinding slideway 5a1 is equipped with above the slideway 5a, described
Grinding slideway 5a1 and slideway 5a perforation connect, the grinding slideway 5a1 upper opening is located on 5 upper surface of bottom plate.Mill
Piece slideway 5a1 is located at the underface of plug-in strip 4b, and length is greater than plug-in strip 4b length, and width is greater than plug-in strip 4b thickness.The slideway
It is equipped with below the rear end 5a and removes cinder notch 5a2, the cinder notch 5a2 that removes connects slideway 5a and the extraneous perforation of bottom plate 5.Plug-in strip 4b is cut
The waste material for cutting plasterboard formation is fallen into inside slideway 5a, then by being discharged except cinder notch 5a2.
The slideway 5a front end face indent has front end limit switch chamber 5e, is equipped with limit inside the limit switch chamber 5e of front end
I 5e1 of switch, the I 5e1 jack end of limit switch are set to inside slideway 5a.After the slideway 5a rear end face indent has
Limit switch chamber 5f is held, is equipped with II 5f1 of limit switch, the II 5f1 mandril of limit switch inside the limit switch chamber 5f of rear end
End is set to inside slideway 5a.Pushing block chamber a 5b, two pushing block chamber 5b and slideway are respectively provided at left and right sides of the slideway 5a
5a perforation connection, right end pushing block chamber 5b inner bay are equipped with I 5c of screw rod, and I end 5c of screw rod and I 5c1 of motor export axis connection, left end
Pushing block chamber 5b inner bay is equipped with slide bar 5d.
The slideway 5a internal slide is equipped with sliding block 11, and 11 left side of sliding block and right side are symmetrically arranged with pushing block
11a, the pushing block 11a sliding are set to inside pushing block chamber 5b.The pushing block 11a of right end is set in outside I 5c of screw rod, and right end pushes away
Block 11a is threadedly coupled with I 5c of screw rod.The pushing block 11a of left end is set in outside slide bar 5d, and the pushing block 11a and slide bar 5d of left end are sliding
Dynamic connection.Grinding 11b is equipped with above the sliding block 11, the grinding 11b sliding is set to inside grinding slideway 5a1.Grinding
Blade is offered on former and later two end faces 11b, blade can be again switched off the place that plug-in strip 4b is not cut off, while also function to
Degree effect, when grinding 11b thickness being avoided to be greater than plasterboard joint-cutting, grinding 11b cannot be introduced into plasterboard joint-cutting.
The fuel tank 9 is located at 1 rear of right end carriage, is equipped with oil pump 9a, oil pump 9a oil inlet above the fuel tank 9
It is inserted into inside fuel tank 9, the perforation of oil pump 9a oil outlet is connected with oil inlet pipe 9a1, oil inlet pipe 9a1 and hydraulic cavities 6a perforation connection, into
Oil pipe 9a1 entrance is located on 6 top surface of hydraulic cylinder, and oil inlet pipe 9a1 is equipped with I 9a2 of solenoid valve, penetrates through connection on the fuel tank 9
There are upper end oil return pipe 9b, intermediate oil return pipe 9c and oil leak oil return pipe 9d, the upper end oil return pipe 9b and hydraulic cavities 6a perforation
Connection, upper end oil return pipe 9b oil outlet are located on 6 top surface of hydraulic cylinder, and the upper end oil return pipe 9b is equipped with II 9b1 of solenoid valve,
The intermediate oil return pipe 9c and hydraulic cavities 6a perforation connects, and intermediate oil return pipe 9c oil outlet is located in 6 circumferential end surfaces of hydraulic cylinder,
The intermediate oil return pipe 9c is equipped with III 9c1 of solenoid valve, two pressure regulator valve 9c2 and a protective case 9c3, described
III 9c1 of solenoid valve is between pressure regulator valve 9c2 and hydraulic cylinder 6, and the protective case 9c3 is located between two pressure regulator valve 9c2, institute
The protective case 9c3 inner upper stated is equipped with touching switch 9c4, and the protective case 9c3 lower inside is equipped with elastomeric bladder 9c5, institute
Elastomeric bladder 9c5 and intermediate oil return pipe the 9c perforation stated connect.
Perforation is connected with relief tube 9e, the relief tube 9e and the junction intermediate oil return pipe 9c on intermediate oil return pipe 9c
Between two pressure regulator valve 9c2, the end relief tube 9e is worn to fuel tank 9, and the relief tube 9e is equipped with
IV 9e1 of solenoid valve.After pressure time: dwell time inside the intermediate oil return pipe 9c between two pressure regulator valve 9c2 every time can be extended in this way, so that
After plug-in strip 4b lifting in place, 11e is ground in movement.Grinding 11e and plug-in strip 4b is avoided to collide.
I 9a2 of solenoid valve, II 9b1 of solenoid valve and III 9c1 of solenoid valve is close to hydraulic cylinder 6.The oil leak oil return
Pipe 9d and leakage chamber 6b perforation connects, and the oil leak oil return pipe 9d oil inlet bottom surface is concordant with the leakage bottom surface chamber 6b.
It is equipped with power control cabinet 10 on the right side of the fuel tank 9, is equipped with control device 10b and power supply inside the power control cabinet 10
Device 10a.Power supply device 10a is powered using inside plants, and control device 10b uses single-chip microcontroller or PLC.Control device 10b can
Each electric device working condition is controlled with the electric signal provided according to each limit switch and sensor, it can also be between
The working condition of each electric device is controlled every the time.
The angular displacement sensor 1e, I 5c1 of motor, I 5e1 of limit switch, II 5f1 of limit switch, limit switch III
6e, motor 8, oil pump 9a, I 9a2 of solenoid valve, II 9b1 of solenoid valve, III 9c1 of solenoid valve, solenoid valve IV 9e1 and power supply device 10a
It is electrically connected respectively with control device 10a.
For convenience regardless of so that scene is cleaner and tidier.The oil inlet pipe 9a1, upper end oil return pipe 9b, intermediate oil return pipe
It is set on 9c there are two pipe clamp 12, a pipe clamp 12 fixes oil inlet pipe 9a1, upper end oil return pipe 9b and the left end intermediate oil return pipe 9c
On fixed connecting rod 7, another pipe clamp 12 fixes oil inlet pipe 9a1, upper end oil return pipe 9b and intermediate oil return pipe 9c right end
On fuel tank 9.
A kind of application method of lath cutter of the gypsum board production line with edging function, comprising the following steps:
Step 1, plasterboard guiding are ajusted:
The plasterboard that production line is sent enters connection frame 1b, inside leading truck 1a, due to guiding
The front and rear end frame 1a is arc line shaped, and is not disposed with directive wheel 3, therefore plasterboard can be easily accomplished guiding and ajust, and enter
Inside right end carriage 1, the distance between 1 front and rear sides directive wheel of right end carriage, 3 periphery is of same size with plasterboard.
When plasterboard is by below idler wheel 1d, idler wheel 1d rotation will drive, idler wheel 1d rotation drives angular displacement sensor 1e
The angular displacement sensor 1e angle value detected is converted into the length that plasterboard moves to the left by rotation, control device 10b；
Step 2, plasterboard cutting:
The plasterboard that production line is got off first is transmitted on left end carriage 2, is then turned on three angular displacement sensors
The mobile numerical value of the plasterboard that at least two angular displacement sensor 1e are detected in 1e, three angular displacement sensor 1e is identical, and reaches
To when setting numerical value, control device 10b control oil pump 9a and I 9a2 of solenoid valve are opened, and oil pump 9a will be hydraulic inside fuel tank 9
Oil is driven into inside hydraulic cylinder 6a by oil inlet pipe 9a1, and piston 4a1 is pushed to move down, so that upper head plate 4 pushes pressing plate
4d is moved down, when the Contact plate 4e on pressing plate 4d touches III 6e of limit switch, pressing plate 4d just with plasterboard upper surface
Contact, at this moment signal is passed to control device 10b by III 6e of limit switch, and control device 10b controls motor 8 and rotates, and passes through spiral shell
Bar 8a, fixed connecting rod 7 drive hydraulic cylinder 6, upper head plate 4 and bottom plate 5 to be moved to the left jointly, the mobile speed of three and stone
The speed that cream plate is advanced is identical.
Piston 4a1 continues to move down, and pressing plate 4d and bottom plate 5 are by after gypsum board clamping, and pressing plate 4d does not continue to move down, upper end
Plate 4 compresses I 4f of thrust spring, pushes plug-in strip 4b to continue to move down cutting plasterboard, displacement plate 4c is in displacement aperture 4b1 at this time
Portion moves upwards.
The the first block gypsum plate size cut in this way is longer than predetermined size, and other gypsum board sizes are all satisfied requirement.When
When data that three angular displacement sensor 1e are detected are uniformly distributed identical, it can determine that as angular displacement sensor 1e failure, need artificial
Maintenance.At this point, control device 10b control oil pump 9a and I 9a2 of solenoid valve is closed.
Step 3, gypsum plate end face edging:
After plug-in strip 4b cuts off plasterboard, the hydraulic oil inside opens solenoid valve III 9c1, hydraulic cavities 6a passes through intermediate oil return
Pipe 9c is drained into inside fuel tank 9, and the pressure regulator valve 9c2 on intermediate oil return pipe 9c defines hydraulic inside hydraulic cavities 6a, liquid at this time
Chamber 6a internal hydraulic pressure is pressed to reduce, piston 4a1 is moved up under III 6c of thrust spring promotion, until displacement plate 4c is moved to displacement aperture
Until the bottom of 4b1.
The oil pressure inside the intermediate oil return pipe 9c between two pressure regulator valve 9c2 gradually rises simultaneously, squeezes elastomeric bladder 9c5,
So that elastomeric bladder 9c5 elongation touches touching switch 9c4, signal is passed to control device 10b, control dress by touching switch 9c4
It sets 10b control control device 10b control I 5c1 of motor to open, I 5c1 of motor drives I 5c of screw rod rotation, connects with I 5c screw thread of screw rod
The pushing block 11a connect is moved backward on I 5c of screw rod, and then drives grinding 11b to move backward by sliding block 11, by plasterboard notch
It polishes；
Step 4, grinding reset:
After pushing block 11a, which slides into the pushing block rear end chamber 5b and II 5f1 of limit switch, to be contacted, II 5f1 of limit switch is by signal
Pass to control device 10b, control device 10b controls I 5c1 of motor reversion, and pushing block 11a band movable slider 11 travels forward, when pushing away
When block 11a collides I 5e1 of limit switch, signal is passed to control device 10b, control device 10b control by I 5e1 of limit switch
I 5c1 of motor stops operating；
Step 5, upper end sheet reset:
After being ground 11e reset, control device 10b controls II 9b1 of solenoid valve and IV 9e1 of solenoid valve unlatching, solenoid valve III
9c1 is closed, motor 8 inverts, and hydraulic cavities 6a is directly penetrated through with fuel tank 9 and connected, and promotion of the piston 4a1 in III 6c of thrust spring moves down
Top is moved, the hydraulic oil between two pressure regulator valve 9c2 inside intermediate oil return pipe 9c is discharged relief tube 9e, and screw rod 8a passes through
Hydraulic cylinder 6 and bottom plate 5 are moved to intermediary operation room 2a right end by fixed connecting rod 7.
Embodiments of the present invention are explained in detail above in conjunction with attached drawing, but the present invention is not limited to above-mentioned implementations
Mode, technical field those of ordinary skill within the scope of knowledge, present inventive concept can also not departed from
Under the premise of various changes can be made.
Claims (7)
1. a kind of lath cutter of gypsum board production line with edging function, it is characterised in that:
Including right end carriage (1), left end carriage (2), directive wheel (3), upper head plate (4), bottom plate (5), hydraulic cylinder (6),
Motor (8), fuel tank (9),
Leading truck (1a) and connection frame (1b), connection frame (1b) and stone are connected in turn on the right side of the right end carriage (1)
The connection of cream board assembly line, connection frame (1b) width are greater than right end carriage (1) width, and the front and rear sides end face leading truck (1a) is phase
Mutual symmetrical curved end, leading truck (1a) left end width and right end carriage (1) are of same size, leading truck (1a) right end width
It is of same size with connection frame (1b),
Described right end carriage (1) the upper surface front and rear sides are symmetrically arranged with support base (1c), two symmetrical support bases
It is equipped with idler wheel (1d) among (1c), there are gap, the idler wheels (1d) between idler wheel (1d) and right end carriage (1) upper surface
Rear and front end is respectively provided with a shaft (1d1), and the shaft (1d1) is inserted in support base (1c) inside, posterior support seat
(1c) rear end face is equipped with angular displacement sensor (1e), and the connecting shaft (1e1) and shaft (1d1) on angular displacement sensor (1e) are solid
Fixed connection,
Right end carriage (1), leading truck (1a), connection frame (1b) and the edge of left end carriage (2) upper surface front and rear sides
It is equipped with directive wheel (3), directive wheel (3) axial direction is inserted with jackshaft (3b), and directive wheel (3) is free around jackshaft (3b)
Rotation, jackshaft (3b) are respectively arranged at right end carriage (1), leading truck (1a), connection frame (1b) and left end carriage (2)
On, the jackshaft upper end (3b) is equipped with postive stop baffle (3a), and postive stop baffle (3a) is located above directive wheel (3), postive stop baffle (3a)
Directive wheel (3) are avoided to be detached from jackshaft (3b),
The right end carriage (1) is identical as left end carriage (2) height, and the right end carriage (1) and left end convey
It is separated between frame (2) intermediary operation room (2a), in intermediary operation room (2a) the front end face middle position and rear end face
Between position be respectively provided with a connection frame (2b), the connection frame (2b) is fixed by right end carriage (1) and left end carriage (2)
Connection,
It is internal that bottom plate (5) is set to intermediary operation room (2a), bottom plate (5) upper surface and left end carriage (1) upper surface with
And right end carriage (2) upper surface is concordant, upper head plate (4) is set to right above bottom plate (5), and hydraulic cylinder (6) is set to upper end
Plate (4) overcentre, the upper head plate (4) center are fixedly connected with push rod (4a) upwards, the push rod (4a) wear to
Hydraulic cylinder (6) is internal, is fixedly connected with piston (4a1) above the push rod (4a),
The hydraulic cylinder (6) is internal to be successively arranged hydraulic cavities (6a) and leakage chamber (6b), the hydraulic cavities (6a) up and down
It penetrates through and connects with leakage chamber (6b), the hydraulic cavities (6a) diameter is greater than leakage chamber (6b) diameter, on the piston (4a1)
Lower slider is set to the inside hydraulic cavities (6a), piston (4a1) diameter push rod identical as hydraulic cavities (6a) diameter, described
It is arranged on (4a) periphery thrust spring III (6c), the thrust spring III (6c) is set to hydraulic cylinder (6) inside, described
The upper end (6c) of thrust spring III be fixedly connected with piston (4a1), the lower end (6c) of thrust spring III and leakage chamber (6b)
Bottom surface is fixedly connected, and is fixedly connected with support rod (6d) on the left of the hydraulic cylinder (6), and limit is equipped with below support rod (6d) and is opened
III (6e) is closed,
It is fixedly connected with plug-in strip (4b) below the upper head plate (4), the plug-in strip end face (4b) is equipped with rectangular position
It moves hole (4b1), is equipped with displacement plate (4c) inside the displacement aperture (4b1), displacement plate (4c) can be internal in displacement aperture (4b1)
It slides up and down, the left side the displacement plate (4c) is convexly equipped with Contact plate (4e) to the left, and Contact plate (4e) is located at limit switch III
Right above (6e) swing rod, the left and right ends the displacement plate (4c) are respectively to having a pressing plate (4d), in two pressing plates (4d)
Between there are gap, gap length is greater than plug-in strip (4b) thickness, equipped with thrust bullet between the upper head plate (4) and displacement plate (4c)
Spring I (4f), under the promotion of thrust spring I (4f), displacement plate (4c) is located at the bottom displacement aperture (4b1), the bottom surface pressing plate (4d)
Lower than plug-in strip (4b) blade edge position,
Described bottom plate (5) rear and front end is respectively provided with a fixed connecting rod (7), and the fixed connecting rod (7) is by vertical
Bar and two horizon bars of vertical rod upper and lower ends composition, fixed connecting rod (7) upper end horizon bar and hydraulic cylinder (6) fixed company
It connecing, fixed connecting rod (7) lower end horizon bar is fixedly connected with bottom plate (5),
Motor (8) is fixedly connected by motor support frame (2e) with left end carriage (2) rear end face, and motor (8) output shaft is to the right
And it is connected with screw rod (8a), screw rod (8a) is threadedly coupled with the vertical rod on rear end fixed connecting rod (7), screw rod (8a) left and right two
End is respectively equipped with limited block (8b),
Described left end carriage (2) front end face is fixedly connected with optical axis support frame (2c), fixed on optical axis support frame (2c) to connect
It being connected to horizontally disposed support shaft (2d), the vertical rod on front fixed connecting rod (7) is set on support shaft (2d),
Bottom plate (5) bosom is equipped with slideway (5a), and grinding slideway (5a1) is equipped with above the slideway (5a),
The grinding slideway (5a1) and slideway (5a) perforation connect, and grinding slideway (5a1) upper opening is located at bottom plate
(5) on upper surface, the slideway (5a) front end face indent has front end limit switch chamber (5e), and front end limit switch chamber (5e) is interior
Portion is equipped with limit switch I (5e1), and (5e1) jack end of limit switch I is set to the inside slideway (5a), the slideway
(5a) rear end face indent has rear end limit switch chamber (5f), is equipped with limit switch II (5f1) inside rear end limit switch chamber (5f),
(5f1) jack end of limit switch II is set to the inside slideway (5a), is respectively provided with one at left and right sides of the slideway (5a)
Pushing block chamber (5b), two pushing block chambers (5b) and slideway (5a) perforation connect, and right end pushing block chamber (5b) inner bay is equipped with screw rod I
(5c), the end (5c) of screw rod I and motor I (5c1) export axis connection, and left end pushing block chamber (5b) inner bay is equipped with slide bar (5d),
Slideway (5a) internal slide is equipped with sliding block (11), and on the left of the sliding block (11) and right side is symmetrically arranged with pushing block
(11a), the pushing block (11a) sliding are set to the inside pushing block chamber (5b), and the pushing block (11a) of right end is set in screw rod I (5c) outside
The pushing block (11a) in portion, right end is threadedly coupled with screw rod I (5c), and the pushing block (11a) of left end is set in slide bar (5d) outside, left end
Pushing block (11a) be slidably connected with slide bar (5d), grinding (11b), the grinding (11b) are equipped with above the sliding block (11)
Sliding is set to grinding slideway (5a1) inside,
The fuel tank (9) is located at right end carriage (1) rear, is equipped with oil pump (9a) above the fuel tank (9), oil pump (9a)
Oil inlet is inserted into fuel tank (9) inside, and the perforation of oil pump (9a) oil outlet is connected with oil inlet pipe (9a1), oil inlet pipe (9a1) and hydraulic cavities
(6a) perforation connection, oil inlet pipe (9a1) entrance are located on hydraulic cylinder (6) top surface, and oil inlet pipe (9a1) is equipped with solenoid valve I
(9a2), perforation is connected with upper end oil return pipe (9b), intermediate oil return pipe (9c) and oil leak oil return pipe on the fuel tank (9)
(9d), the upper end oil return pipe (9b) and hydraulic cavities (6a) perforation connect, and oil return pipe (9b) oil outlet in upper end is located at hydraulic cylinder
(6) on top surface, the upper end oil return pipe (9b) be equipped with solenoid valve II (9b1), the intermediate oil return pipe (9c) with it is hydraulic
Chamber (6a) perforation connection, intermediate oil return pipe (9c) oil outlet are located in hydraulic cylinder (6) circumferential end surfaces, the intermediate oil return pipe
(9c) is equipped with a solenoid valve III (9c1), two pressure regulator valves (9c2) and a protective case (9c3), the solenoid valve III
(9c1) is located between pressure regulator valve (9c2) and hydraulic cylinder (6), and the protective case (9c3) is located between two pressure regulator valves (9c2),
Protective case (9c3) inner upper is equipped with touching switch (9c4), and the protective case (9c3) lower inside is equipped with elasticity
Capsule (9c5), the elastomeric bladder (9c5) and intermediate oil return pipe (9c) perforation connect,
Solenoid valve I (9a2), solenoid valve II (9b1) and the solenoid valve III (9c1) is close hydraulic cylinder (6),
The oil leak oil return pipe (9d) and leakage chamber (6b) perforation connect, oil leak oil return pipe (9d) the oil inlet bottom surface with
The bottom surface leakage chamber (6b) is concordant,
Be equipped with power control cabinet (10) on the right side of the fuel tank (9), be equipped with inside the power control cabinet (10) control device (10b) and
Power supply device (10a),
The angular displacement sensor (1e), motor I (5c1), limit switch I (5e1), limit switch II (5f1), limit switch
III (6e), motor (8), oil pump (9a), solenoid valve I (9a2), solenoid valve II (9b1), solenoid valve III (9c1), solenoid valve IV
(9e1) and power supply device (10a) are electrically connected with control device (10a) respectively.
2. lath cutter of a kind of gypsum board production line with edging function according to claim 1, it is characterised in that:
3 idler wheels (1d) are evenly equipped on the right end carriage (1).
3. lath cutter of a kind of gypsum board production line with edging function according to claim 1, it is characterised in that:
It is equipped with below described rear end slideway (5a) and removes cinder notch (5a2), described removes cinder notch (5a2) for slideway (5a) and bottom plate
(5) extraneous perforation connection.
4. lath cutter of a kind of gypsum board production line with edging function according to claim 1, it is characterised in that:
Blade is offered on described former and later two end faces grinding (11e).
5. lath cutter of a kind of gypsum board production line with edging function according to claim 1, it is characterised in that:
Perforation is connected with relief tube (9e) on the intermediate oil return pipe (9c), the relief tube (9e) and intermediate oil return pipe
The junction (9c) is located between two pressure regulator valves (9c2), and the end the relief tube (9e) is worn to fuel tank (9) inside, described
Relief tube (9e) be equipped with solenoid valve IV (9e1), solenoid valve IV (9e1) and control device (10b) are electrically connected.
6. lath cutter of a kind of gypsum board production line with edging function according to claim 1, it is characterised in that:
The oil inlet pipe (9a1), upper end oil return pipe (9b) set that there are two pipe clamp (12), a pipes on intermediate oil return pipe (9c)
It presss from both sides (12) and oil inlet pipe (9a1), upper end oil return pipe (9b) and the left end intermediate oil return pipe (9c) is fixed on fixed connecting rod (7)
On, oil inlet pipe (9a1), upper end oil return pipe (9b) and intermediate oil return pipe (9c) right end are fixed on fuel tank by another pipe clamp (12)
(9) on.
7. a kind of application method of lath cutter of gypsum board production line with edging function according to claim 6, special
Sign is, comprising the following steps:
Step 1, plasterboard guiding are ajusted:
The plasterboard that production line is sent enters connection frame (1b), internal then into leading truck (1a), due to guiding
The frame front and rear end (1a) is arc line shaped, and is not disposed with directive wheel (3), therefore plasterboard can be easily accomplished guiding and ajust, into
Enter, right end carriage (1) front and rear sides directive wheel (3) periphery the distance between and plasterboard internal to right end carriage (1)
It is of same size,
When plasterboard is by below idler wheel (1d), idler wheel (1d) rotation will drive, idler wheel (1d) rotation drives angular displacement sensor
The angle value that angular displacement sensor (1e) detects is converted into plasterboard and moved to the left by (1e) rotation, control device (10b)
Length；
Step 2, plasterboard cutting:
The plasterboard that production line is got off first is transmitted on left end carriage (2), is then turned on three angular displacement sensors
(1e), when the mobile numerical value phase of plasterboard that at least two angular displacement sensors (1e) detect in three angular displacement sensors (1e)
Together, when and reaching setting numerical value, control device (10b) control oil pump (9a) and solenoid valve I (9a2) are opened, and oil pump (9a) will
The internal hydraulic oil of fuel tank (9) is driven into hydraulic cylinder (6a) inside by oil inlet pipe (9a1), and piston (4a1) is pushed to move down,
So that upper head plate (4) pushes pressing plate (4d) to move down, when the Contact plate (4e) on pressing plate (4d) touches limit switch
When III (6e), pressing plate (4d) is just with plasterboard upper end face contact, and at this moment signal is passed to control dress by limit switch III (6e)
Set (10b), control device (10b) control motor (8) rotation, by screw rod (8a), fixed connecting rod (7) drive hydraulic cylinder (6),
Upper head plate (4) and bottom plate (5) are moved to the left jointly, and the mobile speed of three is identical as the speed that plasterboard is advanced,
Piston (4a1) continues to move down, and by after gypsum board clamping, pressing plate (4d) does not continue to move down for pressing plate (4d) and bottom plate (5),
Upper head plate (4) compresses thrust spring I (4f), pushes plug-in strip (4b) to continue to move down cutting plasterboard, at this time displacement plate (4c)
In displacement aperture (4b1) moved upward inside；
Step 3, gypsum plate end face edging:
After plug-in strip (4b) cuts off plasterboard, opens solenoid valve III (9c1), the internal hydraulic oil of hydraulic cavities (6a) is returned by intermediate
Oil pipe (9c) is drained into fuel tank (9) inside, and the pressure regulator valve (9c2) on intermediate oil return pipe (9c) defines hydraulic cavities (6a) inside
Hydraulic, hydraulic cavities (6a) internal hydraulic pressure reduces at this time, and piston (4a1) moves up under thrust spring III (6c) promotion, until displacement
Until plate (4c) is moved to the bottom of displacement aperture (4b1),
The oil pressure of intermediate oil return pipe (9c) inside between two pressure regulator valves (9c2) gradually rises simultaneously, squeezes elastomeric bladder
(9c5), so that elastomeric bladder (9c5) elongation touches touching switch (9c4), signal is passed to control dress by touching switch (9c4)
It sets (10b), control device (10b) controls motor I (5c1) and opens, and motor I (5c1) drives screw rod I (5c) rotation, with screw rod I
(5c) be threadedly coupled pushing block (11a) moved backward on screw rod I (5c), and then by sliding block (11) drive grinding (11b) to
After move, plasterboard notch is polished；
Step 4, grinding reset:
After pushing block (11a) slides into the pushing block chamber rear end (5b) and limit switch II (5f1) is contacted, limit switch II (5f1) will
Signal passes to control device (10b), and control device (10b) controls motor I (5c1) reversion, pushing block (11a) band movable slider (11)
It travels forward, when pushing block (11a) collides limit switch I (5e1), signal is passed to control device by limit switch I (5e1)
(10b), control device (10b) control motor I (5c1) stop operating；
Step 5, upper end sheet reset:
After being ground (11e) reset, control device (10b) controls solenoid valve II (9b1) and solenoid valve IV (9e1) unlatching, electromagnetism
Valve III (9c1) is closed, motor (8) inverts, and hydraulic cavities (6a) are directly penetrated through with fuel tank (9) and connected, and piston (4a1) is in thrust spring
The promotion of III (6c) is moved to top, and relief tube (9e) is internal by intermediate oil return pipe (9c) between two pressure regulator valves (9c2)
Hydraulic oil discharge, hydraulic cylinder (6) and bottom plate (5) be moved to intermediary operation by fixed connecting rod (7) by screw rod (8a)
Room (2a) right end.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811528361.8A CN109454748B (en) | 2018-12-13 | 2018-12-13 | Board cutting machine with edge grinding function for gypsum board production line and use method of board cutting machine |
| CN202010564877.9A CN111605087B (en) | 2018-12-13 | 2018-12-13 | Gypsum board cutting device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811528361.8A CN109454748B (en) | 2018-12-13 | 2018-12-13 | Board cutting machine with edge grinding function for gypsum board production line and use method of board cutting machine |
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| CN202010564877.9A Division CN111605087B (en) | 2018-12-13 | 2018-12-13 | Gypsum board cutting device |
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| CN202010564877.9A Active CN111605087B (en) | 2018-12-13 | 2018-12-13 | Gypsum board cutting device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111516118A (en) * | 2020-04-29 | 2020-08-11 | 张雨 | Manufacturing and processing technology of interior decoration material gypsum product |
| CN112078017A (en) * | 2020-08-11 | 2020-12-15 | 故城北新建材有限公司 | Control device, system and method for gypsum board production line |
| CN113084261A (en) * | 2021-04-09 | 2021-07-09 | 广东鑫能机器人科技有限公司 | Bar rotating processing device |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112356246A (en) * | 2020-10-09 | 2021-02-12 | 临沂周兴建材有限公司 | Mechanical automatic cutting machine for gypsum lines |
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| CN111516118A (en) * | 2020-04-29 | 2020-08-11 | 张雨 | Manufacturing and processing technology of interior decoration material gypsum product |
| CN111516118B (en) * | 2020-04-29 | 2021-08-31 | 安徽榆豪新型建材科技有限公司 | Manufacturing and processing technology of interior decoration material gypsum product |
| CN112078017A (en) * | 2020-08-11 | 2020-12-15 | 故城北新建材有限公司 | Control device, system and method for gypsum board production line |
| CN113084261A (en) * | 2021-04-09 | 2021-07-09 | 广东鑫能机器人科技有限公司 | Bar rotating processing device |
| CN113084261B (en) * | 2021-04-09 | 2023-08-22 | 广东鑫能机器人科技有限公司 | Bar rotary processing device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN111605087A (en) | 2020-09-01 |
| CN109454748B (en) | 2020-06-26 |
| CN111605087B (en) | 2021-12-10 |
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Address after: No. 7000 Guangdian Road, Zhoucun District, Zibo City, Shandong Province, 255000 Patentee after: Shandong Jingxin Machinery Equipment Co.,Ltd. Address before: No.7000 Guangdian Road, Zhoucun District, Zibo City, Shandong Province, 255399 Patentee before: ZIBO JINGXIN ELECTRICAL AND MECHANICAL MANUFACTURING Co.,Ltd. |