CN110220372A - Equipment for drying is used in a kind of weaving - Google Patents
Equipment for drying is used in a kind of weaving Download PDFInfo
- Publication number
- CN110220372A CN110220372A CN201910502051.7A CN201910502051A CN110220372A CN 110220372 A CN110220372 A CN 110220372A CN 201910502051 A CN201910502051 A CN 201910502051A CN 110220372 A CN110220372 A CN 110220372A
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- Prior art keywords
- seat
- spring
- opened
- hinged
- cam
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/15—Filters with filtering elements which move during the filtering operation with rotary plane filtering surfaces
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B13/00—Machines and apparatus for drying fabrics, fibres, yarns, or other materials in long lengths, with progressive movement
- F26B13/10—Arrangements for feeding, heating or supporting materials; Controlling movement, tension or position of materials
- F26B13/108—Arrangements for feeding, heating or supporting materials; Controlling movement, tension or position of materials using one or more blowing devices, e.g. nozzle bar, the effective area of which is adjustable to the width of the material
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
- F26B21/001—Drying-air generating units, e.g. movable, independent of drying enclosure
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
- F26B21/004—Nozzle assemblies; Air knives; Air distributors; Blow boxes
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
- F26B21/06—Controlling, e.g. regulating, parameters of gas supply
- F26B21/08—Humidity
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Textile Engineering (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The present invention relates to a kind of drying equipments, it in particular is a kind of weaving equipment for drying, including cloth clamping mechanism, shaker mechanism, drying mechanism, desiccant body, equipment being capable of clamping cloth, cloth can be dried in equipment, equipment can shake cloth, so that cloth is heated evenly, equipment can reduce the steam in air, the water of recycling can be filtered processing by device, device can prevent mud blocking draining, the shaker mechanism is located at the lower section of cloth clamping mechanism, cloth clamping mechanism is connected with drying mechanism, desiccant body is located at the lower section of drying mechanism.
Description
Technical field
The present invention relates to a kind of drying equipments, are in particular a kind of weaving equipment for drying.
Background technique
In textile process, the drying of cloth is very important a ring, but while drying can generate bigger steam,
And it is mingled with some dusts, traditional equipment can not solve the problems, such as steam, so devising this weaving equipment for drying.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of weaving equipment for drying, equipment can clamp cloth
Cloth can be dried in material, equipment, and equipment can shake cloth, so that cloth is heated evenly, equipment can reduce air
In steam, the water of recycling can be filtered processing by device, and device can prevent mud blocking draining.
In order to solve the above technical problems, the present invention relates to a kind of drying equipments, it is in particular a kind of weaving drying
Processing equipment, including cloth clamping mechanism, shaker mechanism, drying mechanism, desiccant body, equipment can clamping cloth, equipment energy
Enough that cloth is dried, equipment can shake cloth, so that cloth is heated evenly, equipment can reduce the steam in air,
The water of recycling can be filtered processing by device, and device can prevent mud blocking draining.
The shaker mechanism is located at the lower section of cloth clamping mechanism, and cloth clamping mechanism is connected with drying mechanism, dehumidifying
Mechanism is located at the lower section of drying mechanism.
As advanced optimizing for the technical program, cloth clamping described in a kind of weaving equipment for drying of the present invention
Mechanism includes upper pedestal, crosses cloth slot, support, belt, belt pulley, clamp system, clamping belt wheel, clamping motor, crosses cloth slot and opens
On upper pedestal, support is connected with upper pedestal, and the connection type of belt and belt pulley is flexible connection, belt pulley and clamp system
It is connected, the connection type of clamp system and support is that bearing connects, and the connection type of clamping belt wheel and belt is flexible connection,
Clamping belt wheel is connected with clamping motor, and clamping motor is connected with upper pedestal；Clamp system includes rotating wheel, axis, screw, fixation
Block, threaded hole, link block, link block slot, pressed seat, rotating wheel are connected with axis, and screw is connected with threaded hole, and threaded hole is attacked solid
Determine on block, fixed block is connected with rotating wheel, and screw is fixedly connected with link block, and link block is matched with link block slot, link block
Slot is opened on pressed seat.
As advanced optimizing for the technical program, shaker mechanism described in a kind of weaving equipment for drying of the present invention
Including strong magnet, it is attracted seat, shake spring, hinged block, shake frame, fluting, shake connecting rod, disk, disc motor, motor branch
Support, strong magnet and actuation seat are attracted, and shake spring, which is welded on, to be attracted between seat and hinged block, the connection of hinged block and shake frame
Mode be it is hinged, be opened in shake frame upper surface on, shake connecting rod lower end be arranged in fluting, shake connecting rod and shake
Frame is hinged, and shake connecting rod is hinged with disk, and the connection type of disk and disc motor is expansion set connection, disc motor and electricity
Machine support is connected.
As advanced optimizing for the technical program, drying mechanism described in a kind of weaving equipment for drying of the present invention
Including shaking seat mechanism, electric hot plate, ventilation hole, air outlet mechanism, vibration seat mechanism is hinged with electric hot plate, and ventilation hole is opened in electric heating
On plate, air outlet mechanism is connected with vibration seat mechanism；Shaking seat mechanism includes L-type seat, spring groove, damping spring, motion bar, spring
Slot is opened on L-type seat, and damping spring is arranged in spring groove, and motion bar is connected with damping spring, motion bar and damping spring bullet
Spring slot matches, and damping spring is connected with L-type seat；Air outlet mechanism includes bellows, flabellum, air holes, flabellum securing plate, shaft, fan
Leaf is connected with flabellum securing plate, and flabellum securing plate is connected with shaft, and the connection type of shaft and bellows is bearing connection, and air holes is opened
On bellows.
As advanced optimizing for the technical program, desiccant body described in a kind of weaving equipment for drying of the present invention
Mechanism is shaken including dehumidifying chair mechanisms, negative pressure fan, liquid cooling plate mechanism, liquid cooling plate, negative pressure fan setting is in dehumidifying cabinet machine
The inside of dehumidifying chair mechanisms is arranged in the inside of structure, liquid cooling plate mechanism, and liquid cooling plate mechanism shakes mechanism with liquid cooling plate and matches,
Liquid cooling plate shakes mechanism and is connected with dehumidifying chair mechanisms；The chair mechanisms that dehumidify include except wet tank ontology, filter chamber, compression chamber, interior
Portion's chamber, pressing mechanism, dehumidifying chamber, air inlet hole I, baffle, flowing water mouth, sieve plate I, sieve plate support shaft, the shaft shoulder, water blocking mechanism,
Water blocking mechanism slot, filter chamber are opened in except on wet tank ontology, compression chamber is opened in except on wet tank ontology, inner chamber is opened in except wet tank ontology
On, pressing mechanism setting is intracavitary in inside, and pressing mechanism is matched with compression chamber, and compression chamber is arranged in except in wet tank ontology
Portion, air inlet hole I are opened on the left plate except wet tank ontology, and air inlet hole I is connected with dehumidifying chamber, and baffle plate setting is in dehumidifying chamber
Portion, flowing water mouth are opened in except on wet tank ontology, sieve plate I is connected with sieve plate support shaft, and sieve plate support shaft is connected with the shaft shoulder, axis
Shoulder is that bearing is connect with the connection type except wet tank ontology, and water blocking mechanism is matched with water blocking mechanism slot, and water blocking mechanism slot is opened in
Except on wet tank ontology；Pressing mechanism includes pressure foot, pressurization connecting rod, cam chair, cam I, cam I support, pressing spring, pressurization
Connecting rod is welded between pressure foot and cam chair, and cam I is matched with cam chair, and cam I and cam I support is hinged, and is pressurizeed
Spring is connected with pressure foot；Water blocking mechanism includes water blocking seat I, hydraulic stem, hydraulic cylinder, piston, and water blocking seat I is connected with hydraulic stem,
Hydraulic stem is connected with piston, and piston is matched with hydraulic cylinder；Liquid cooling plate mechanism includes spring wheel mechanism, connecting plate, convex block, liquid cooling
Plate, flowing water inside groove, articulated connection block I, spring wheel mechanism are connected with connecting plate, and connecting plate is connected with convex block, and connecting plate is connected with liquid cooling plate,
Flowing water inside groove is opened on liquid cooling plate, and articulated connection block I is matched with liquid cooling plate；Spring wheel mechanism includes pulley, pulley support, centre
Spring, the pulley seat of honour, pulley are hinged with pulley support, and middle springs are welded between pulley support and the pulley seat of honour；Liquid cooling plate shakes
Motivation structure includes oscillating arm mechanisms, swing arm supporting mechanism, sliding groove I, sliding spring, slide link, buffering seat mechanism, driving cam
I, driving cam support I, driving sliding block, oscillating arm mechanisms are hinged with swing arm supporting mechanism, and sliding groove I is opened in swing arm supporting mechanism
On, the inside of sliding groove I is arranged in sliding spring, and sliding spring is connected with swing arm supporting mechanism, sliding spring and driving sliding block
It is connected, driving sliding block is matched with sliding groove I, and slide link is hinged with oscillating arm mechanisms, and slide link is mutually cut with scissors with driving sliding block
It connects, buffering seat mechanism is connected with oscillating arm mechanisms, and driving cam I is matched with buffering seat mechanism, driving cam I and driving cam support
I is hinged；Oscillating arm mechanisms include driving mating groove II, swing arm, arm shaft, hinged axis hole, and driving mating groove II is opened in swing arm,
Arm shaft is connected with swing arm, and hinged axis hole is opened in swing arm；Buffering seat mechanism includes inclined-plane bar, buffer spring I, contact sleeve,
Buffer spring I is welded between inclined-plane bar and contact sleeve, and inclined-plane bar is matched with contact sleeve.
As advanced optimizing for the technical program, shaft, axis described in a kind of weaving equipment for drying of the present invention
Shoulder, cam I, driving cam I are equipped with necessary electromotor.
A kind of weaving equipment for drying of the invention has the beneficial effect that
A kind of weaving equipment for drying of the present invention, equipment can clamping cloth, cloth can be dried in equipment,
Equipment can shake cloth, so that cloth is heated evenly, equipment can reduce the steam in air, and device can be by the water of recycling
It is filtered processing, device can prevent mud blocking draining.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram that equipment for drying is used in a kind of weaving of the present invention.
Fig. 2 is a kind of structural schematic diagram of the cloth clamping mechanism 1 of weaving equipment for drying of the present invention.
Fig. 3 is a kind of structural schematic diagram of the clamp system 1-6 of weaving equipment for drying of the present invention.
Fig. 4 is a kind of structural schematic diagram of the shaker mechanism 2 of weaving equipment for drying of the present invention.
Fig. 5 is a kind of schematic perspective view of the shaker mechanism 2 of weaving equipment for drying of the present invention.
Fig. 6 is a kind of structural schematic diagram of the drying mechanism 3 of weaving equipment for drying of the present invention.
Fig. 7 is the structural schematic diagram of the vibration seat mechanism 3-1 of weaving equipment for drying of the present invention a kind of.
Fig. 8 is a kind of structural schematic diagram of the air outlet mechanism 3-4 of weaving equipment for drying of the present invention.
Fig. 9 is a kind of structural schematic diagram of the desiccant body 4 of weaving equipment for drying of the present invention.
Figure 10 is a kind of structural schematic diagram of the dehumidifying chair mechanisms 4-1 of weaving equipment for drying of the present invention.
Figure 11 is a kind of structural schematic diagram of the pressing mechanism 4-1-5 of weaving equipment for drying of the present invention.
Figure 12 is a kind of structural schematic diagram of the water blocking mechanism 4-1-13 of weaving equipment for drying of the present invention.
Figure 13 is a kind of structural schematic diagram of the liquid cooling plate mechanism 4-3 of weaving equipment for drying of the present invention.
Figure 14 is a kind of structural schematic diagram of the spring wheel mechanism 4-3-1 of weaving equipment for drying of the present invention.
Figure 15 is the structural schematic diagram that a kind of liquid cooling plate of weaving equipment for drying of the present invention shakes mechanism 4-4.
Figure 16 is the stereochemical structure signal that a kind of liquid cooling plate of weaving equipment for drying of the present invention shakes mechanism 4-4
Figure.
Figure 17 is a kind of structural schematic diagram of the oscillating arm mechanisms 4-4-1 of weaving equipment for drying of the present invention.
Figure 18 is the structural schematic diagram of the buffering seat mechanism 4-4-6 of weaving equipment for drying of the present invention a kind of.
In figure: cloth clamping mechanism 1；Upper pedestal 1-1；Cross cloth slot 1-2；Support 1-3；Belt 1-4；Belt pulley 1-5；It clamps
Mechanism 1-6；Rotating wheel 1-6-1；Axis 1-6-2；Screw 1-6-3；Fixed block 1-6-4；Threaded hole 1-6-5；Link block 1-6-6；Even
Meet block slot 1-6-7；Pressed seat 1-6-8；Clamping belt wheel 1-7；Clamping motor 1-8；Shaker mechanism 2；Strong magnet 2-1；It is attracted seat
2-2；Shake spring 2-3；Hinged block 2-4；Shake frame 2-5；Slot 2-6；Shake connecting rod 2-7；Disk 2-8；Disc motor 2-9；
Motor support 2-10；Drying mechanism 3；Shake seat mechanism 3-1；L-type seat 3-1-1；Spring groove 3-1-2；Damping spring 3-1-3；It is living
Lever 3-1-4；Electric hot plate 3-2；Ventilation hole 3-3；Air outlet mechanism 3-4；Bellows 3-4-1；Flabellum 3-4-2；Air holes 3-4-3；Flabellum
Securing plate 3-4-4；Shaft 3-4-5；Desiccant body 4；Dehumidify chair mechanisms 4-1；Except wet tank ontology 4-1-1；Filter chamber 4-1-2；
Compression chamber 4-1-3；Inner chamber 4-1-4；Pressing mechanism 4-1-5；Pressure foot 4-1-5-1；Pressurize connecting rod 4-1-5-2；Cam chair 4-
1-5-3；Cam I4-1-5-4；Cam I supports 4-1-5-5；Pressing spring 4-1-5-6；Dehumidify chamber 4-1-6；Air inlet hole I4-1-7；
Baffle 4-1-8；Flowing water mouth 4-1-9；Sieve plate I4-1-10；Sieve plate support shaft 4-1-11；Shaft shoulder 4-1-12；Water blocking mechanism 4-
1-13；Water blocking seat I4-1-13-1；Hydraulic stem 4-1-13-2；Hydraulic cylinder 4-1-13-3；Piston 4-1-13-4；Water blocking mechanism slot 4-
1-14；Negative pressure fan 4-2；Liquid cooling plate mechanism 4-3；Spring wheel mechanism 4-3-1；Pulley 4-3-1-1；Pulley supports 4-3-1-2；It is intermediate
Spring 4-3-1-3；Pulley seat of honour 4-3-1-4；Connecting plate 4-3-2；Convex block 4-3-3；Liquid cooling plate 4-3-4；Flowing water inside groove 4-3-5；Hinge
Meet link block I4-3-6；Liquid cooling plate shakes mechanism 4-4；Oscillating arm mechanisms 4-4-1；Drive mating groove II4-4-1-1；Swing arm 4-4-1-
2；Arm shaft 4-4-1-3；Hinged axis hole 4-4-1-4；Swing arm supporting mechanism 4-4-2；Sliding groove I4-4-3；Sliding spring 4-4-4；
Slide link 4-4-5；Buffer seat mechanism 4-4-6；Inclined-plane bar 4-4-6-1；Buffer spring I4-4-6-2；Contact sleeve 4-4-6-3；
Drive cam I4-4-7；Cam is driven to support I4-4-8；Drive sliding block 4-4-9.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate present embodiment, and the present invention relates to a kind of drying devices, are in particular a kind of weavings
Cloth can be clamped with equipment for drying, including cloth clamping mechanism 1, shaker mechanism 2, drying mechanism 3, desiccant body 4, equipment
Cloth can be dried in material, equipment, and equipment can shake cloth, so that cloth is heated evenly, equipment can reduce air
In steam, the water of recycling can be filtered processing by device, and device can prevent mud blocking draining.
The shaker mechanism 2 is located at the lower section of cloth clamping mechanism 1, and cloth clamping mechanism 1 is connected with drying mechanism 3,
Desiccant body 4 is located at the lower section of drying mechanism 3.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, the cloth
Expect that clamp system 1 includes upper pedestal 1-1, crosses cloth slot 1-2, support 1-3, belt 1-4, belt pulley 1-5, clamp system 1-6, clamps
Belt pulley 1-7, clamping motor 1-8 cross cloth slot 1-2 and are opened on upper pedestal 1-1, and support 1-3 is connected with upper pedestal 1-1, belt 1-4
Connection type with belt pulley 1-5 is flexible connection, and belt pulley 1-5 is connected with clamp system 1-6, clamp system 1-6 and support
The connection type of 1-3 is bearing connection, and the connection type of clamping belt wheel 1-7 and belt 1-4 is flexible connection, clamping belt wheel
1-7 is connected with clamping motor 1-8, and clamping motor 1-8 is connected with upper pedestal 1-1；Clamp system 1-6 includes rotating wheel 1-6-1, axis
1-6-2, screw 1-6-3, fixed block 1-6-4, threaded hole 1-6-5, link block 1-6-6, link block slot 1-6-7, pressed seat 1-6-
8, rotating wheel 1-6-1 is connected with axis 1-6-2, and screw 1-6-3 is connected with threaded hole 1-6-5, and threaded hole 1-6-5 is attacked in fixed block 1-
On 6-4, fixed block 1-6-4 is connected with rotating wheel 1-6-1, and screw 1-6-3 is fixedly connected with link block 1-6-6, link block 1-6-6
It is matched with link block slot 1-6-7, link block slot 1-6-7 is opened on pressed seat 1-6-8, and cloth is placed on pressed seat 1-6- first
Between 8 and rotating wheel 1-6-1, screw 1-6-3 is then turned, screw 1-6-3 can be driven by the cooperation with threaded hole 1-6-5 to be connected
Block 1-6-6 is met to move downward, link block 1-6-6, which is moved downward, will drive pressed seat 1-6-8 and moves downward, pressed seat 1-6-8 to
The cloth of lower section can be clamped by lower movement, then operate clamping motor 1-8 and clamping belt wheel 1-7 is driven to be rotated, press from both sides
Tight belt pulley 1-7 carries out rotation and will drive clamp system 1-6 being rotated, and clamp system 1-6, which carries out rotation, to roll cloth
Come, the free end of cloth was then passed through into cloth slot 1-2, allows cloth in the lower end surface by upper pedestal 1-1, then from the other end
Cross cloth slot 1-2 be pierced by, be then clamped between the pressed seat 1-6-8 of this side and rotating wheel 1-6-1, this completes right
The clamping of cloth.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, and described trembles
Motivation structure 2 includes strong magnet 2-1, actuation seat 2-2, shake spring 2-3, hinged block 2-4, shake frame 2-5, fluting 2-6, shake company
Bar 2-7, disk 2-8, disc motor 2-9, motor support 2-10, strong magnet 2-1 and actuation seat 2-2 are attracted, shake spring 2-3
Be welded on be attracted seat 2-2 and hinged block 2-4 between, hinged block 2-4 and shake frame 2-5 connection type be it is hinged, slot 2-6 open
On the upper surface of shake frame 2-5, the lower end setting of shake connecting rod 2-7 is in fluting 2-6, shake connecting rod 2-7 and shake frame 2-5
It is hinged, shake connecting rod 2-7 and disk 2-8 is hinged, and disk 2-8 is that expansion set is connect with the connection type of disc motor 2-9, circle
Coil motor 2-9 is connected with motor support 2-10.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, the baking
Dry mechanism 3 includes vibration seat mechanism 3-1, electric hot plate 3-2, ventilation hole 3-3, air outlet mechanism 3-4, shakes seat mechanism 3-1 and electric heating
Plate 3-2 is hinged, and ventilation hole 3-3 is opened on electric hot plate 3-2, and air outlet mechanism 3-4 is connected with vibration seat mechanism 3-1；Shake base
Structure 3-1 includes L-type seat 3-1-1, spring groove 3-1-2, damping spring 3-1-3, motion bar 3-1-4, and spring groove 3-1-2 is opened in L-type
On seat 3-1-1, damping spring 3-1-3 is arranged in spring groove 3-1-2, and motion bar 3-1-4 is connected with damping spring 3-1-3, living
Lever 3-1-4 is matched with damping spring 3-1-3 spring groove 3-1-2, and damping spring 3-1-3 is connected with L-type seat 3-1-1；Outlet air
Mechanism 3-4 includes bellows 3-4-1, flabellum 3-4-2, air holes 3-4-3, flabellum securing plate 3-4-4, shaft 3-4-5, flabellum 3-4-2
It is connected with flabellum securing plate 3-4-4, flabellum securing plate 3-4-4 is connected with shaft 3-4-5, the company of shaft 3-4-5 and bellows 3-4-1
Mode is connect as bearing connection, air holes 3-4-3 is opened on bellows 3-4-1, and the necessary electromotor by operating shaft 3-4-5 drives shaft
3-4-5 is rotated, and shaft 3-4-5, which carries out rotation, will drive flabellum 3-4-2 and rotated, and flabellum 3-4-2 carries out rotation can shape
At positive pressure wind, wind blows out from air holes 3-4-3, is heated by electric hot plate 3-2, hot wind blows to clamped from ventilation hole 3-3
On cloth, cloth can be dried in this way, after a length of cloth is oven-dried, the clamping motor 1- of side can be operated
8 drive clamp system 1-6 are rotated, and clamp system 1-6, which carries out rotation, will drive cloth and moved, and be located at upper pedestal in this way
The cloth of the lower end surface 1-1 just changes position, this equally can continuously be dried each position of cloth.
Specific embodiment 5:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18 illustrate that present embodiment, present embodiment are described further embodiment one, and described removes
Wet mechanism 4 includes dehumidifying chair mechanisms 4-1, negative pressure fan 4-2, liquid cooling plate mechanism 4-3, liquid cooling plate shaking mechanism 4-4, negative pressure wind
The inside of dehumidifying chair mechanisms 4-1 is arranged in fan 4-2, and the inside of dehumidifying chair mechanisms 4-1, liquid is arranged in liquid cooling plate mechanism 4-3
Cold plate mechanism 4-3 shakes mechanism 4-4 with liquid cooling plate and matches, and liquid cooling plate shakes mechanism 4-4 and is connected with dehumidifying chair mechanisms 4-1；
The chair mechanisms 4-1 that dehumidifies includes removing wet tank ontology 4-1-1, filter chamber 4-1-2, compression chamber 4-1-3, inner chamber 4-1-4, pressuring machine
Structure 4-1-5, dehumidifying chamber 4-1-6, air inlet hole I4-1-7, baffle 4-1-8, flowing water mouth 4-1-9, sieve plate I4-1-10, sieve plate branch
Axis 4-1-11, shaft shoulder 4-1-12, water blocking mechanism 4-1-13, water blocking mechanism slot 4-1-14 are supportted, filter chamber 4-1-2 is opened in except wet tank sheet
On body 4-1-1, compression chamber 4-1-3 is opened in except on wet tank ontology 4-1-1, and inner chamber 4-1-4 is opened in except on wet tank ontology 4-1-1,
Pressing mechanism 4-1-5 is arranged in inner chamber 4-1-4, and pressing mechanism 4-1-5 is matched with compression chamber 4-1-3, compression chamber 4-1-3
Inside except wet tank ontology 4-1-1 is set, and air inlet hole I4-1-7 is opened on the left plate except wet tank ontology 4-1-1, air inlet hole
I4-1-7 is connected with dehumidifying chamber 4-1-6, and the inside of dehumidifying chamber 4-1-6 is arranged in baffle 4-1-8, and flowing water mouth 4-1-9, which is opened in, to be removed
On wet tank ontology 4-1-1, sieve plate I4-1-10 is connected with sieve plate support shaft 4-1-11, sieve plate support shaft 4-1-11 and axis
Shoulder 4-1-12 be connected, shaft shoulder 4-1-12 with except wet tank ontology 4-1-1 connection type be bearing connect, water blocking mechanism 4-1-13 and
Water blocking mechanism slot 4-1-14 is matched, and water blocking mechanism slot 4-1-14 is opened in except passing through negative pressure fan 4-2 on wet tank ontology 4-1-1
Negative pressure wind is formed, wind can bring air in dehumidifying chamber 4-1-6 into from air inlet hole I4-1-7, because the temperature of air is high, encounter liquid
It is liquefied after cold plate 4-3-4, is then guttered down along flowing water inside groove 4-3-5, enter filter chamber 4- by flowing water mouth 4-1-9
It is filtered in 1-2, baffle 4-1-8 can prevent water currents negative pressure fan 4-2 from operating, and pass through the mating electricity of shaft shoulder 4-1-12
Machine operating drives shaft shoulder 4-1-12 to be rotated, and shaft shoulder 4-1-12, which carries out rotation, will drive sieve plate support shaft 4-1-11 and turned
Dynamic, sieve plate support shaft 4-1-11 is rotated, sieve plate support shaft 4-1-11 carry out rotation will drive sieve plate I4-1-10 into
Row rotation, sieve plate I4-1-10, which carries out rotation, will drive water and is filtered, and after having filtered, inject into hydraulic cylinder 4-1-13-3
Hydraulic oil, under the drive of oil pressure, piston 4-1-13-4 is moved upwards, and piston 4-1-13-4 is moved upwards can be by hydraulic stem 4-
1-13-2 drives water blocking seat I4-1-13-1 to move upwards, and such water can trickle away；Pressing mechanism 4-1-5 includes pressure foot 4-
1-5-1, pressurization connecting rod 4-1-5-2, cam chair 4-1-5-3, cam I4-1-5-4, cam I support 4-1-5-5, pressing spring 4-
1-5-6, pressurization connecting rod 4-1-5-2 be welded between pressure foot 4-1-5-1 and cam chair 4-1-5-3, cam I4-1-5-4 with it is convex
Wheel seat 4-1-5-3 is matched, and cam I4-1-5-4 and cam I support 4-1-5-5 is hinged, pressing spring 4-1-5-6 and pressurization
Seat 4-1-5-1 is connected, when the dust in filter chamber 4-1-2 becomes the narrow filtering that mud is deposited on the left of water blocking seat I4-1-13-1
When the chamber space 4-1-2, water blocking seat I4-1-13-1 can first be allowed to move to bottom, filtering on the right side of such water blocking seat I4-1-13-1
The water of chamber 4-1-2 no longer trickles to the left, and the necessary electromotor band moving cam I4-1-5-4 for operating cam I4-1-5-4 at this time is carried out
Rotation, cam I4-1-5-4, which carries out rotation, to drive pressure foot 4-1-5-1 to carry out by the cooperation with pressing spring 4-1-5-6
Lower reciprocating motion, pressure foot 4-1-5-1 pump can drive water blocking seat I4-1-13-1 to be side filter chamber 4- repeatedly
The water flow of 1-2 moves up, and can loosen mud be discharged in this way；Water blocking mechanism 4-1-13 includes water blocking seat I4-1-13-1, hydraulic stem 4-
1-13-2, hydraulic cylinder 4-1-13-3, piston 4-1-13-4, water blocking seat I4-1-13-1 are connected with hydraulic stem 4-1-13-2, hydraulic stem
4-1-13-2 is connected with piston 4-1-13-4, and piston 4-1-13-4 is matched with hydraulic cylinder 4-1-13-3；Liquid cooling plate mechanism 4-3 packet
Include spring wheel mechanism 4-3-1, connecting plate 4-3-2, convex block 4-3-3, liquid cooling plate 4-3-4, flowing water inside groove 4-3-5, articulated connection block I4-
3-6, spring wheel mechanism 4-3-1 are connected with connecting plate 4-3-2, and connecting plate 4-3-2 is connected with convex block 4-3-3, connecting plate 4-3-2 and liquid cooling plate
4-3-4 is connected, and flowing water inside groove 4-3-5 is opened on liquid cooling plate 4-3-4, and articulated connection block I4-3-6 is matched with liquid cooling plate 4-3-4；
Spring wheel mechanism 4-3-1 include pulley 4-3-1-1, pulley support 4-3-1-2, middle springs 4-3-1-3, pulley seat of honour 4-3-1-4,
Pulley 4-3-1-1 is hinged with pulley support 4-3-1-2, and middle springs 4-3-1-3 is welded on pulley support 4-3-1-2 and the pulley seat of honour
Between 4-3-1-4；It includes oscillating arm mechanisms 4-4-1, swing arm supporting mechanism 4-4-2, sliding groove I4-4- that liquid cooling plate, which shakes mechanism 4-4,
3, sliding spring 4-4-4, slide link 4-4-5, buffering seat mechanism 4-4-6, driving cam I4-4-7, driving cam support I4-4-
8, sliding block 4-4-9, oscillating arm mechanisms 4-4-1 is driven to be hinged with swing arm supporting mechanism 4-4-2, sliding groove I4-4-3 is opened in swing arm branch
On support mechanism 4-4-2, the inside of sliding groove I4-4-3 is arranged in sliding spring 4-4-4, and sliding spring 4-4-4 and swing arm support machine
Structure 4-4-2 is connected, and sliding spring 4-4-4 is connected with driving sliding block 4-4-9, and driving sliding block 4-4-9 and sliding groove I4-4-3 match
It closes, slide link 4-4-5 is hinged with oscillating arm mechanisms 4-4-1, and slide link 4-4-5 is hinged with driving sliding block 4-4-9, buffers
Seat mechanism 4-4-6 is connected with oscillating arm mechanisms 4-4-1, and driving cam I4-4-7 is matched with buffering seat mechanism 4-4-6, drives cam
I4-4-7 is hinged with driving cam support I4-4-8, and the necessary electromotor of operating driving cam I4-4-7 drives driving cam I4-4-7
It is rotated, driving cam I4-4-7, which carries out rotation, to drive buffing pad mechanism 4-4-6 by the cooperation with sliding spring 4-4-4
It moves back and forth, buffering seat mechanism 4-4-6, which moves back and forth, will drive oscillating arm mechanisms 4-4-1 progress reciprocally swinging, swing arm
Mechanism 4-4-1, which swing, to drive connecting plate 4-3-2 to be shaken by the cooperation of 4-4-1-1 and convex block 4-3-3, connecting plate 4-3-
The boiling that 2, which carry out shaking, will drive on liquid cooling plate 4-3-4 accelerates to flow down；Oscillating arm mechanisms 4-4-1 includes driving mating groove II4-4-
1-1, swing arm 4-4-1-2, arm shaft 4-4-1-3, hinged axis hole 4-4-1-4, driving mating groove II4-4-1-1 are opened in swing arm 4-4-
On 1-2, arm shaft 4-4-1-3 is connected with swing arm 4-4-1-2, and hinged axis hole 4-4-1-4 is opened on swing arm 4-4-1-2；Buffing pad
Mechanism 4-4-6 includes inclined-plane bar 4-4-6-1, buffer spring I4-4-6-2, contact sleeve 4-4-6-3, buffer spring I4-4-6-2
It is welded between inclined-plane bar 4-4-6-1 and contact sleeve 4-4-6-3, inclined-plane bar 4-4-6-1 and contact sleeve 4-4-6-3 match
It closes.
Specific embodiment 6:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the shaft 3-
4-5, shaft shoulder 4-1-12, cam I4-1-5-4, driving cam I4-4-7 are equipped with necessary electromotor.
The working principle of the present apparatus is: equipment can clamping cloth, cloth is placed on pressed seat 1-6-8 and rotating wheel first
Between 1-6-1, screw 1-6-3 is then turned, screw 1-6-3 can drive link block 1-6-6 by the cooperation with threaded hole 1-6-5
It moves downward, link block 1-6-6, which is moved downward, will drive pressed seat 1-6-8 and move downward, and pressed seat 1-6-8 is moved downward can will
The cloth of lower section is clamped, and then operates clamping motor 1-8 and clamping belt wheel 1-7 is driven to be rotated, clamping belt wheel 1-7
Carrying out rotation will drive clamp system 1-6 and is rotated, and clamp system 1-6, which carries out rotation, to roll cloth, then by cloth
The free end of material passed through cloth slot 1-2, allowed cloth in the lower end surface by upper pedestal 1-1, then crossed cloth slot 1-2 from the other end
It is pierced by, is then clamped between the pressed seat 1-6-8 of this side and rotating wheel 1-6-1, this completes the clampings to cloth；
Cloth can be dried in equipment, and the necessary electromotor by operating shaft 3-4-5 drives shaft 3-4-5 to be rotated, shaft
3-4-5, which carries out rotation, will drive flabellum 3-4-2 and is rotated, and flabellum 3-4-2, which carries out rotation, will form positive pressure wind, and wind is from air holes 3-
4-3 blowout, is heated, hot wind is blown to from ventilation hole 3-3 on clamped cloth, in this way can be to cloth by electric hot plate 3-2
Material dried, after a length of cloth is oven-dried, can operate side clamping motor 1-8 drive clamp system 1-6 into
Row rotation, clamp system 1-6, which carries out rotation, will drive cloth and is moved, and be located at the cloth of the lower end surface upper pedestal 1-1 just in this way
Position is changed, this equally can continuously be dried each position of cloth；Equipment can shake cloth, so that cloth
It is heated evenly, in clamping cloth, can allow and stay a part of surplus in the cloth of the lower end surface upper pedestal 1-1, cloth is clipped in strong magnetic
Iron 2-1, it is attracted between seat 2-2, then operates disc motor 2-9 and disk 2-8 is driven to be rotated, disk 2-8 carries out rotation meeting
Shake frame 2-5 is driven to move up and down by shake connecting rod 2-7, shake frame 2-5, which move up and down, will drive hinged block 2-4
It moves up and down, hinged block 2-4, which move up and down, will drive strong magnet 2-1, the cloth being attracted between seat 2-2 progress up and down
Movement, while shaking spring 2-3 and having certain shake in up and down motion, it will drive the shake of cloth dipping and heaving in this way, it can
It is heated evenly with cloth, cloth can be dried faster by accelerating air-flow flowing；Equipment can reduce the steam in air, by negative
Fan 4-2 is pressed to form negative pressure wind, wind can bring air in dehumidifying chamber 4-1-6 into from air inlet hole I4-1-7, because of the temperature of air
Height is liquefied after encountering liquid cooling plate 4-3-4, then gutters down along flowing water inside groove 4-3-5, enters by flowing water mouth 4-1-9
It is filtered in filter chamber 4-1-2, baffle 4-1-8 can prevent water currents negative pressure fan 4-2 from operating, operating driving cam
The necessary electromotor of I4-4-7 drives driving cam I4-4-7 to be rotated, driving cam I4-4-7 carry out rotation can by with sliding
The cooperation of spring 4-4-4 drives buffing pad mechanism 4-4-6 to move back and forth, and buffering seat mechanism 4-4-6 moves back and forth meeting
Oscillating arm mechanisms 4-4-1 is driven to carry out reciprocally swinging, oscillating arm mechanisms 4-4-1 carries out swing can be by 4-4-1-1 and convex block 4-3-3
Cooperation drives connecting plate 4-3-2 to be shaken, and the boiling that connecting plate 4-3-2 carries out shaking and will drive on liquid cooling plate 4-3-4 accelerates to flow down；
The water of recycling can be filtered processing by device, drive shaft shoulder 4-1-12 to carry out by the necessary electromotor operating of shaft shoulder 4-1-12
Rotation, shaft shoulder 4-1-12, which carries out rotation, will drive sieve plate support shaft 4-1-11 and is rotated, sieve plate support shaft 4-1-11 into
Row rotation, sieve plate support shaft 4-1-11, which carries out rotation, will drive sieve plate I4-1-10 and is rotated, sieve plate I4-1-10 into
Row rotation will drive water and be filtered, and after having filtered, inject hydraulic oil into hydraulic cylinder 4-1-13-3, under the drive of oil pressure,
Piston 4-1-13-4 is moved upwards, and piston 4-1-13-4, which is moved upwards, to drive water blocking seat I4-1- by hydraulic stem 4-1-13-2
13-1 is moved upwards, and such water can trickle away；Device can prevent mud blocking draining, and the dust in air can be mixed in water
It is sucked into vapour and, when the dust in filter chamber 4-1-2 becomes the narrow filter chamber that mud is deposited on the left of water blocking seat I4-1-13-1
When the space 4-1-2, water blocking seat I4-1-13-1 can first be allowed to move to bottom, filter chamber on the right side of such water blocking seat I4-1-13-1
The water of 4-1-2 no longer trickles to the left, and the necessary electromotor band moving cam I4-1-5-4 for operating cam I4-1-5-4 at this time is turned
Dynamic, cam I4-1-5-4, which carries out rotation, to drive pressure foot 4-1-5-1 to carry out up and down by the cooperation with pressing spring 4-1-5-6
It moves back and forth, pressure foot 4-1-5-1 pump can drive water blocking seat I4-1-13-1 to be side filter chamber 4-1- repeatedly
2 water flow moves up, and can loosen mud be discharged in this way.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (6)
1. a kind of weaving equipment for drying, including cloth clamping mechanism (1), shaker mechanism (2), drying mechanism (3), dehumidifying
Mechanism (4), it is characterised in that: the shaker mechanism (2) is located at the lower section of cloth clamping mechanism (1), cloth clamping mechanism (1)
It is connected with drying mechanism (3), desiccant body (4) is located at the lower section of drying mechanism (3).
2. a kind of weaving equipment for drying according to claim 1, it is characterised in that: the cloth clamping mechanism
(1) include upper pedestal (1-1), cross cloth slot (1-2), support (1-3), belt (1-4), belt pulley (1-5), clamp system (1-6),
Clamping belt wheel (1-7), clamping motor (1-8) are crossed cloth slot (1-2) and are opened on upper pedestal (1-1), support (1-3) and upper pedestal
(1-1) is connected, and the connection type of belt (1-4) and belt pulley (1-5) are flexible connection, belt pulley (1-5) and clamp system (1-
6) it is connected, clamp system (1-6) is that bearing is connect with the connection type of support (1-3), clamping belt wheel (1-7) and belt (1-
4) connection type is flexible connection, and clamping belt wheel (1-7) is connected with clamping motor (1-8), clamping motor (1-8) and the seat of honour
Body (1-1) is connected；Clamp system (1-6) includes rotating wheel (1-6-1), axis (1-6-2), screw (1-6-3), fixed block (1-6-
4), threaded hole (1-6-5), link block (1-6-6), link block slot (1-6-7), pressed seat (1-6-8), rotating wheel (1-6-1) with
Axis (1-6-2) is connected, and screw (1-6-3) is connected with threaded hole (1-6-5), and threaded hole (1-6-5) is attacked at fixed block (1-6-4)
On, fixed block (1-6-4) is connected with rotating wheel (1-6-1), and screw (1-6-3) is fixedly connected with link block (1-6-6), link block
(1-6-6) is matched with link block slot (1-6-7), and link block slot (1-6-7) is opened on pressed seat (1-6-8).
3. a kind of weaving equipment for drying according to claim 1, it is characterised in that: the shaker mechanism (2)
Including strong magnet (2-1), be attracted seat (2-2), shake spring (2-3), hinged block (2-4), shake frame (2-5), fluting (2-6),
Shake connecting rod (2-7), disk (2-8), disc motor (2-9), motor support (2-10), strong magnet (2-1) and actuation seat (2-2)
Attracted, shake spring (2-3), which is welded on, to be attracted between seat (2-2) and hinged block (2-4), hinged block (2-4) and shake frame (2-
5) connection type be it is hinged, fluting (2-6) be opened in shake frame (2-5) upper surface on, shake connecting rod (2-7) lower end setting
In fluting (2-6), shake connecting rod (2-7) is hinged with shake frame (2-5), and shake connecting rod (2-7) is mutually cut with scissors with disk (2-8)
It connects, disk (2-8) is that expansion set is connect with the connection type of disc motor (2-9), disc motor (2-9) and motor support (2-10)
It is connected.
4. a kind of weaving equipment for drying according to claim 1, it is characterised in that: the drying mechanism (3)
Including shaking seat mechanism (3-1), electric hot plate (3-2), ventilation hole (3-3), air outlet mechanism (3-4), vibration seat mechanism (3-1) and electricity
Hot plate (3-2) is hinged, and ventilation hole (3-3) is opened on electric hot plate (3-2), air outlet mechanism (3-4) and vibration seat mechanism (3-1) phase
Even；Shaking seat mechanism (3-1) includes L-type seat (3-1-1), spring groove (3-1-2), damping spring (3-1-3), motion bar (3-1-
4), spring groove (3-1-2) is opened on L-type seat (3-1-1), and damping spring (3-1-3) setting is in spring groove (3-1-2), activity
Bar (3-1-4) is connected with damping spring (3-1-3), motion bar (3-1-4) and damping spring (3-1-3) spring groove (3-1-2) phase
Cooperation, damping spring (3-1-3) are connected with L-type seat (3-1-1)；Air outlet mechanism (3-4) includes bellows (3-4-1), flabellum (3-4-
2), air holes (3-4-3), flabellum securing plate (3-4-4), shaft (3-4-5), flabellum (3-4-2) and flabellum securing plate (3-4-4) phase
Even, flabellum securing plate (3-4-4) is connected with shaft (3-4-5), and the connection type of shaft (3-4-5) and bellows (3-4-1) are axis
Connection is held, air holes (3-4-3) is opened on bellows (3-4-1).
5. a kind of weaving equipment for drying according to claim 1, it is characterised in that: the desiccant body (4)
Mechanism (4-4) is shaken including dehumidifying chair mechanisms (4-1), negative pressure fan (4-2), liquid cooling plate mechanism (4-3), liquid cooling plate, negative pressure
Fan (4-2) setting is in the inside of dehumidifying chair mechanisms (4-1), and liquid cooling plate mechanism (4-3) setting is in dehumidifying chair mechanisms (4-1)
Inside, liquid cooling plate mechanism (4-3) and liquid cooling plate shake mechanism (4-4) and match, and liquid cooling plate shakes mechanism (4-4) and removes wet tank
Body mechanism (4-1) is connected；Chair mechanisms (4-1) is dehumidified including removing wet tank ontology (4-1-1), filter chamber (4-1-2), compression chamber
(4-1-3), inner chamber (4-1-4), pressing mechanism (4-1-5), dehumidifying chamber (4-1-6), air inlet hole I (4-1-7), baffle (4-1-
8), flowing water mouth (4-1-9), sieve plate I (4-1-10), sieve plate support shaft (4-1-11), the shaft shoulder (4-1-12), water blocking mechanism
(4-1-13), water blocking mechanism slot (4-1-14), filter chamber (4-1-2) are opened in except on wet tank ontology (4-1-1), compression chamber (4-1-
3) it is opened in except on wet tank ontology (4-1-1), inner chamber (4-1-4) is opened in except on wet tank ontology (4-1-1), pressing mechanism (4-1-
5) setting is in inner chamber (4-1-4), and pressing mechanism (4-1-5) is matched with compression chamber (4-1-3), and compression chamber (4-1-3) is set
It setting in the inside for removing wet tank ontology (4-1-1), air inlet hole I (4-1-7) is opened on the left plate except wet tank ontology (4-1-1), into
Air holes I (4-1-7) is connected with dehumidifying chamber (4-1-6), and baffle (4-1-8) setting is in the inside of dehumidifying chamber (4-1-6), flowing water mouth
(4-1-9) is opened in except on wet tank ontology (4-1-1), sieve plate I (4-1-10) is connected with sieve plate support shaft (4-1-11), strainer
Plate support shaft (4-1-11) is connected with the shaft shoulder (4-1-12), the shaft shoulder (4-1-12) and the connection type for removing wet tank ontology (4-1-1)
For bearing connection, water blocking mechanism (4-1-13) is matched with water blocking mechanism slot (4-1-14), and water blocking mechanism slot (4-1-14) is opened in
Except on wet tank ontology (4-1-1)；Pressing mechanism (4-1-5) includes pressure foot (4-1-5-1), pressurization connecting rod (4-1-5-2), cam
Seat (4-1-5-3), cam I (4-1-5-4), cam I support (4-1-5-5), pressing spring (4-1-5-6), and pressurize connecting rod (4-1-
It 5-2) is welded between pressure foot (4-1-5-1) and cam chair (4-1-5-3), cam I (4-1-5-4) and cam chair (4-1-5-
3) it matches, cam I (4-1-5-4) and cam I support (4-1-5-5) is hinged, pressing spring (4-1-5-6) and pressure foot
(4-1-5-1) is connected；Water blocking mechanism (4-1-13) includes water blocking seat I (4-1-13-1), hydraulic stem (4-1-13-2), hydraulic cylinder
(4-1-13-3), piston (4-1-13-4), water blocking seat I (4-1-13-1) are connected with hydraulic stem (4-1-13-2), hydraulic stem (4-1-
13-2) it is connected with piston (4-1-13-4), piston (4-1-13-4) is matched with hydraulic cylinder (4-1-13-3)；Liquid cooling plate mechanism
(4-3) includes spring wheel mechanism (4-3-1), connecting plate (4-3-2), convex block (4-3-3), liquid cooling plate (4-3-4), flowing water inside groove (4-
3-5), it is articulated and connected block I (4-3-6), spring wheel mechanism (4-3-1) is connected with connecting plate (4-3-2), connecting plate (4-3-2) and convex block
(4-3-3) is connected, and connecting plate (4-3-2) is connected with liquid cooling plate (4-3-4), and flowing water inside groove (4-3-5) is opened in liquid cooling plate (4-3-4)
On, articulated connection block I (4-3-6) is matched with liquid cooling plate (4-3-4)；Spring wheel mechanism (4-3-1) includes pulley (4-3-1-
1), pulley supports (4-3-1-2), middle springs (4-3-1-3), the pulley seat of honour (4-3-1-4), and pulley (4-3-1-1) and pulley support
(4-3-1-2) is hinged, middle springs (4-3-1-3) be welded on pulley support (4-3-1-2) and the pulley seat of honour (4-3-1-4) it
Between；Liquid cooling plate shake mechanism (4-4) include oscillating arm mechanisms (4-4-1), swing arm supporting mechanism (4-4-2), sliding groove I (4-4-3),
Sliding spring (4-4-4), slide link (4-4-5), buffering seat mechanism (4-4-6), driving cam I (4-4-7), driving cam support
I (4-4-8), driving sliding block (4-4-9), oscillating arm mechanisms (4-4-1) are hinged with swing arm supporting mechanism (4-4-2), sliding groove I
(4-4-3) is opened on swing arm supporting mechanism (4-4-2), and sliding spring (4-4-4) setting is slided in the inside of sliding groove I (4-4-3)
Spring (4-4-4) of moving is connected with swing arm supporting mechanism (4-4-2), and sliding spring (4-4-4) is connected with driving sliding block (4-4-9),
Driving sliding block (4-4-9) is matched with sliding groove I (4-4-3), and slide link (4-4-5) is hinged with oscillating arm mechanisms (4-4-1),
Slide link (4-4-5) is hinged with driving sliding block (4-4-9), buffers seat mechanism (4-4-6) and oscillating arm mechanisms (4-4-1) phase
Even, driving cam I (4-4-7) is matched with buffering seat mechanism (4-4-6), and driving cam I (4-4-7) and driving cam support I (4-
4-8) it is hinged；Oscillating arm mechanisms (4-4-1) include driving mating groove II (4-4-1-1), swing arm (4-4-1-2), arm shaft (4-4-
1-3), hinged axis hole (4-4-1-4), driving mating groove II (4-4-1-1) are opened on swing arm (4-4-1-2), arm shaft (4-4-1-
3) it is connected with swing arm (4-4-1-2), hinged axis hole (4-4-1-4) is opened on swing arm (4-4-1-2)；It buffers seat mechanism (4-4-6)
Including inclined-plane bar (4-4-6-1), buffer spring I (4-4-6-2), contact sleeve (4-4-6-3), buffer spring I (4-4-6-2) weldering
It connects between inclined-plane bar (4-4-6-1) and contact sleeve (4-4-6-3), inclined-plane bar (4-4-6-1) and contact sleeve (4-4-6-3)
It matches.
6. a kind of weaving equipment for drying according to claim 4 or 5, it is characterised in that: the shaft (3-4-
5), the shaft shoulder (4-1-12), cam I (4-1-5-4), driving cam I (4-4-7) are equipped with necessary electromotor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910502051.7A CN110220372A (en) | 2019-06-11 | 2019-06-11 | Equipment for drying is used in a kind of weaving |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910502051.7A CN110220372A (en) | 2019-06-11 | 2019-06-11 | Equipment for drying is used in a kind of weaving |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110220372A true CN110220372A (en) | 2019-09-10 |
Family
ID=67816341
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910502051.7A Pending CN110220372A (en) | 2019-06-11 | 2019-06-11 | Equipment for drying is used in a kind of weaving |
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| Country | Link |
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| CN (1) | CN110220372A (en) |
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| CN111306900A (en) * | 2020-02-22 | 2020-06-19 | 王井辉 | Cloth drying treatment equipment |
| CN111504032A (en) * | 2020-05-01 | 2020-08-07 | 裴彦庆 | Cloth rapid draing equipment |
| CN111692861A (en) * | 2020-06-19 | 2020-09-22 | 南京浩睿达环保科技有限公司 | Convenient kitchen waste treatment equipment |
| CN112414008A (en) * | 2020-11-24 | 2021-02-26 | 浙江德清蓝雅晶体纤维有限公司 | Ceramic fiber area drying device |
| CN112484425A (en) * | 2020-11-25 | 2021-03-12 | 绍兴勤烨针织工业园有限公司 | Production device of tencel bamboo fiber shirt fabric |
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| CN111306900A (en) * | 2020-02-22 | 2020-06-19 | 王井辉 | Cloth drying treatment equipment |
| CN111504032A (en) * | 2020-05-01 | 2020-08-07 | 裴彦庆 | Cloth rapid draing equipment |
| CN111692861A (en) * | 2020-06-19 | 2020-09-22 | 南京浩睿达环保科技有限公司 | Convenient kitchen waste treatment equipment |
| CN112414008A (en) * | 2020-11-24 | 2021-02-26 | 浙江德清蓝雅晶体纤维有限公司 | Ceramic fiber area drying device |
| CN112484425A (en) * | 2020-11-25 | 2021-03-12 | 绍兴勤烨针织工业园有限公司 | Production device of tencel bamboo fiber shirt fabric |
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Application publication date: 20190910 |
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