CN110438707A - A kind of cloth production widens device with vapour-pressure type - Google Patents
A kind of cloth production widens device with vapour-pressure type Download PDFInfo
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- CN110438707A CN110438707A CN201910768202.3A CN201910768202A CN110438707A CN 110438707 A CN110438707 A CN 110438707A CN 201910768202 A CN201910768202 A CN 201910768202A CN 110438707 A CN110438707 A CN 110438707A
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- helical spring
- air
- pressure control
- air pressure
- hollow
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C3/00—Stretching, tentering or spreading textile fabrics; Producing elasticity in textile fabrics
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Fluid-Damping Devices (AREA)
Abstract
The invention discloses a kind of cloth productions to widen device, including bottom supporting substrate with vapour-pressure type.The present invention is using pressure-air as the major impetus of driving, has the characteristics that power abundance and fast-moving, the fastening of cloth can be fast implemented and widen effect, and, utilize the elasticity of helical spring, maximum air pressure can effectively be controlled, damage phenomenon is caused to cloth greatly to prevent driving force from spending, and, there is the device ball size and construction profile to control formula one-way airflow mechanism, the size and construction profile of each component can be utilized, realize the one-way flow of air, to realize the sealing function of pressure-air, furthermore, the device has helical spring flexible type maximum air pressure control mechanism, utilize the elasticity of helical spring, internal maximum gas pressure can effectively be controlled, prevent the excessive generation for causing cloth damage phenomenon of air pressure.
Description
Technical field
The present invention relates to clothes to widen technical field, and specially a kind of cloth production widens device with vapour-pressure type.
Background technique
Currently, in cloth Workplace, can't do without widening cloth the step for, main function is: by cloth
Carry out it is lateral widens, improve its performance, and it is existing widen machine, high-precision instrument, is manufactured and maintenance cost is excessively high,
Be not suitable for medium-sized and small enterprises, and it is general widen machine, it is poor for the control performance of dynamics, so causing cloth Forming Quality poor.
Summary of the invention
The purpose of the present invention is to provide a kind of cloth productions to widen device with vapour-pressure type, to solve in above-mentioned background technique
The problem of proposition.
To achieve the above object, the invention provides the following technical scheme: a kind of cloth production widens device with vapour-pressure type, packet
Bottom supporting substrate is included, a bottom mounting plate is installed at the top of the bottom supporting substrate, the bottom mounting plate upper surface
The fixed machine installation pedestal of a cloth is installed in side, and a main support rod is installed in the other side of the bottom mounting plate upper surface, described
A main hollow shell is installed at the top of main support rod, and the main hollow shell interior is provided centrally with main hollow structure, described
The side of main hollow structure is provided with limit hollow structure, and the main hollow shell is internally provided in the connection external world and limit
The inside of the main air inlet pipe road hole of hollow structure and main exhaust pipeline, the main pipeline air inlet and main exhaust pipeline is separately installed with
Ball size and construction profile control formula one-way airflow mechanism and helical spring flexible type maximum air pressure control mechanism,
The main hollow shell be internally provided with that connection is extraneous and main hollow structure in the middle part of main exhaust hole, the main exhaust hole it is interior
An electrical air valve type air switching mechanism is installed in portion, and the bottom supporting substrate is internally provided with connection electrical air valve type
Air switching mechanism and extraneous leading string holes, one main piston of inside installation of the main hollow structure, the one of the main piston
A main telescopic rod is installed in end face, and installation one is in the principal screw spring of tensional state, the master on the body of rod of the main telescopic rod
The body of rod of telescopic rod runs through the center of described main hollow shell one end, and the two is passing through encapsulation process, the master through position
The end of telescopic rod is internally provided with cloth placement by the secondary hollow shell of connecting plate connection one, the pair hollow shell side
The inside of groove structure, the pair hollow shell is being provided with secondary hollow knot above cloth placement groove structure
Structure, the secondary admission line hole for being internally provided with the extraneous and secondary hollow structure of connection of the pair hollow shell and secondary gas vent, institute
The inside for stating secondary admission line hole and secondary gas vent is separately installed with ball size and construction profile control formula one-way airflow
Mechanism and electrical air valve type air switching mechanism, the pair hollow shell are internally provided with the secondary hollow structure of connection and cloth
The main through-hole structure of groove structure is placed, an auxiliary piston is installed in the inside of the pair hollow structure, in the bottom of the auxiliary piston
It feels at ease and fills a secondary telescopic rod, the body of rod of the pair telescopic rod is socketed in the inside of the secondary helical spring of a compressive state, the pair
Telescopic rod runs through main through-hole structure, and the inside installation one that groove structure is placed in the cloth in the bottom end of the secondary telescopic rod is main
Touch panel, the leading string holes for being internally provided with connection extraneous and secondary admission line hole of the pair hollow shell.
Further, the ball size and construction profile control formula one-way airflow mechanism include ball size and knot
Structure shape controls formula one-way airflow mechanism shell, ball size and construction profile control formula one-way airflow mechanism and uses
Diameter of Spherical Volume, ball size and construction profile control formula one-way airflow mechanism ball valve, ball size and construction profile control
Standard one-way airflow mechanism air inlet and the exhaust of ball size and construction profile control formula one-way airflow mechanism
Hole；The ball size is provided centrally with ball size with construction profile control formula one-way airflow mechanism enclosure interior
Formula one-way airflow mechanism diameter of Spherical Volume is controlled with construction profile, the ball size and construction profile control formula are unidirectionally empty
Flow of air mechanism shell is internally provided with connection ball size and construction profile control formula one-way airflow mechanism shell
The ball of body bottom centre and ball size and construction profile control diameter of Spherical Volume bottom centre, formula one-way airflow mechanism
Size and construction profile control formula one-way airflow mechanism air inlet, and the ball size and construction profile control formula are unidirectional
A ball size is placed in the inside of airflow mechanism diameter of Spherical Volume and construction profile control formula one-way airflow mechanism uses
Ball valve, the ball size are connected to ball ruler with construction profile being internally provided with for formula one-way airflow mechanism shell of control
It is very little to control formula list with construction profile control formula one-way airflow mechanism case top center and ball size and construction profile
It is used to ball size and construction profile control the formula one-way airflow mechanism of airflow mechanism diameter of Spherical Volume top center
Gas vent.
Further, the structure of the ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume
Radius is greater than the structure radius of the ball size and construction profile control formula one-way airflow mechanism ball valve, the ball
The structure radius ball size and construction profile of size and construction profile control formula one-way airflow mechanism ball valve control formula
One-way airflow mechanism air inlet and ball size and construction profile control formula one-way airflow mechanism gas vent
Structure radius.
Further, the ball size and construction profile positioned at main hollow shell and secondary hollow shell interior control formula
The bottom end of one-way airflow mechanism air inlet and ball size and construction profile control formula one-way airflow mechanism row
The top of stomata is connected to main air inlet pipe road hole and secondary admission line hole respectively.
Further, the helical spring flexible type maximum air pressure control mechanism includes that helical spring flexible type is maximum
Air pressure control mechanism hollow casing, helical spring flexible type maximum air pressure control mechanism air sealing ring, spiral shell
Revolve spring formula maximum air pressure control mechanism hollow structure, helical spring flexible type maximum air pressure control mechanism
It is maximum with gas vent, helical spring flexible type maximum air pressure control mechanism valve plate insertion space, helical spring flexible type
Air pressure control mechanism air inlet, helical spring flexible type maximum air pressure control mechanism movable plate, helical spring
Flexible type maximum air pressure control mechanism valve plate, helical spring flexible type maximum air pressure control mechanism venthole and
Helical spring flexible type maximum air pressure control mechanism helical spring；The helical spring flexible type maximum air pressure control
The side of mechanism hollow casing processed is socketed a helical spring flexible type maximum air pressure control mechanism air sealing ring, institute
It states and is provided centrally with helical spring flexible type inside helical spring flexible type maximum air pressure control mechanism hollow casing
Maximum air pressure control mechanism hollow structure, the helical spring flexible type maximum air pressure control mechanism is with hollow outer
Shell is provided with helical spring in the side for being located at the helical spring flexible type maximum air pressure control mechanism hollow structure
Flexible type maximum air pressure control mechanism gas vent, the helical spring flexible type maximum air pressure control mechanism row
One end of one end connection helical spring flexible type maximum air pressure control mechanism hollow casing of stomata, the helical spring
Flexible type maximum air pressure control mechanism hollow casing is being located at helical spring flexible type maximum air pressure control
The other side of mechanism hollow structure is provided with helical spring flexible type maximum air pressure control mechanism valve plate insertion space,
The helical spring flexible type maximum air pressure control mechanism hollow casing is being located at the helical spring flexible type maximum
Air pressure control mechanism is provided with helical spring flexible type maximum air pressure control mechanism with the side of valve plate insertion space
With air inlet, the helical spring flexible type maximum air pressure control mechanism is connected to the helical spring flexible type with air inlet
The other side of maximum air pressure control mechanism hollow casing, the helical spring flexible type maximum air pressure control mechanism
With hollow casing in the inside installation one for being located at the helical spring flexible type maximum air pressure control mechanism hollow structure
Helical spring flexible type maximum air pressure control mechanism movable plate, the helical spring flexible type maximum air pressure control
Mechanism movable plate is being located at the helical spring flexible type maximum air pressure control mechanism valve plate insertion space side
End face center is provided with the helical spring flexible type maximum air pressure control mechanism valve plate with its integral structure, the spiral shell
The side of rotation spring formula maximum air pressure control mechanism movable plate is provided with the helical spring bullet for being connected to its both ends of the surface
Property formula maximum air pressure control mechanism venthole, helical spring flexible type maximum air pressure control mechanism movement
The other end of plate is installed by one helical spring flexible type maximum air pressure control mechanism helical spring.
Further, the helical spring flexible type maximum air pressure control mechanism is connected to main row with air sealing ring
One end connection limit of the inside of feed channel, the helical spring flexible type maximum air pressure control mechanism air inlet is hollow
Structure.
Further, the initial length of the helical spring flexible type maximum air pressure control mechanism helical spring is big
In the lateral length of the helical spring flexible type maximum air pressure control mechanism hollow structure.
Further, the electrical air valve type air switching mechanism includes that electrical air valve type air switching mechanism is empty
Heart pipeline body, the first centre bore of electrical air valve type air switching mechanism, electrical air valve type air switching mechanism are with second
Centre bore, electrical air valve type air switching mechanism electronic valve installation space, electrical air valve type air switching mechanism are used
Wire guide, electrical air valve type air switching mechanism electronic valve and electrical air valve type air switching mechanism sealing ring；
The middle part of electrical air valve type air switching mechanism hollow pipe body side surface is installed by the opening and closing of one electrical air valve type air
Mechanism sealing ring is provided centrally with electrical air inside the electrical air valve type air switching mechanism hollow pipe body
Valve type air switching mechanism electronic valve installation space, the electrical air valve type air switching mechanism hollow pipe body
Inside is being provided with electrical air at the top of electrical air valve type air switching mechanism electronic valve installation space
The first centre bore of valve type air switching mechanism, the electrical air valve type air switching mechanism are existed with the inside of hollow pipe body
The bottom of electronic valve installation space is provided with electrical air valve type sky positioned at the electrical air valve type air switching mechanism
The second centre bore of gas switching mechanism, the company of being internally provided with of the electrical air valve type air switching mechanism hollow pipe body
Be powered the electrical air valve type air switching mechanism conducting wire of sub- air valve type air switching mechanism electronic valve installation space
Hole, the electrical air valve type air switching mechanism are being located at the electrical air valve type air switching mechanism with hollow pipe body
One electrical air valve type air switching mechanism electronic valve is installed with the inside of electronic valve installation space.
Further, the electrical air valve type air switching mechanism electronic valve is Pipe installing in the prior art
When electrical air valve.
Further, the electrical air valve type air switching mechanism is mounted on main exhaust hole and secondary row with hollow pipe body
The inside of stomata, and in electrical air valve type air switching mechanism hollow pipe body and main exhaust hole and secondary gas vent
Pass through encapsulation process between wall.
Compared with prior art, the beneficial effects of the present invention are: the present invention is using pressure-air as the main dynamic of driving
Power has the characteristics that power abundance and fast-moving, can fast implement the fastening of cloth and widen effect, also, utilizes spiral shell
The elasticity for revolving spring, can effectively control maximum air pressure, cause damage existing cloth greatly to prevent driving force from spending
As the ruler of each component can be utilized moreover, there is the device ball size and construction profile to control formula one-way airflow mechanism
Very little and construction profile, realizes the one-way flow of air, so that the sealing function of pressure-air is realized, in addition, the device has spiral shell
Spring formula maximum air pressure control mechanism is revolved, using the elasticity of helical spring, can effectively control internal most atmosphere
Pressure, prevents the excessive generation for causing cloth damage phenomenon of air pressure, in addition, the device has electrical air valve type air opening/closing machine
Structure can utilize air valve in the prior art, realize the discharge effect of air.
Detailed description of the invention
Fig. 1 is the complete section structural schematic diagram that a kind of cloth production of the present invention widens device with vapour-pressure type；
Fig. 2 widens ball size and construction profile in device with vapour-pressure type for a kind of cloth production of the present invention and controls formula one-way air
Flow the structural schematic diagram of mechanism；
Fig. 3 widens helical spring flexible type maximum air pressure in device with vapour-pressure type for a kind of cloth production of the present invention and controls machine
The structural schematic diagram of structure；
Fig. 4 is that a kind of cloth production of the present invention is shown with the structure that vapour-pressure type widens electrical air valve type air switching mechanism in device
It is intended to；
In figure: 1, bottom supporting substrate, 2, bottom mounting plate, 3, cloth fixed machine installation pedestal, 4, main support rod, 5 are main hollow
Shell, 6, main hollow structure, 7, main air inlet pipe road hole, 8 limit hollow structure, 9, main telescopic rod, 10, ball size and structure
Shape controls formula one-way airflow mechanism, 101, and ball size and construction profile control formula one-way airflow mechanism shell
Body, 102, ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume, and 103, ball size and structure
Shape control formula one-way airflow mechanism ball valve, 104, ball size and construction profile control formula one-way airflow mechanism
With air inlet, 105, ball size and construction profile control formula one-way airflow mechanism gas vent, 11, helical spring elasticity
Formula maximum air pressure control mechanism, 111, helical spring flexible type maximum air pressure control mechanism hollow casing, 112,
Helical spring flexible type maximum air pressure control mechanism air sealing ring, 113, helical spring flexible type maximum air pressure
Control mechanism hollow structure, 114, helical spring flexible type maximum air pressure control mechanism gas vent, 115, spiral bullet
Spring flexible type maximum air pressure control mechanism valve plate insertion space, 116, the control of helical spring flexible type maximum air pressure
Mechanism air inlet, 117, helical spring flexible type maximum air pressure control mechanism movable plate, 118, helical spring elasticity
Formula maximum air pressure control mechanism valve plate, 119, helical spring flexible type maximum air pressure control mechanism venthole,
1110, helical spring flexible type maximum air pressure control mechanism helical spring, 12, electrical air valve type air opening/closing machine
Structure, 121, electrical air valve type air switching mechanism hollow pipe body, 122, electrical air valve type air switching mechanism is with
One centre bore, 123, the second centre bore of electrical air valve type air switching mechanism, 124, electrical air valve type air opening/closing machine
Structure electronic valve installation space, 125, electrical air valve type air switching mechanism wire guide, 126, electrical air valve type is empty
Gas switching mechanism electronic valve, 127, electrical air valve type air switching mechanism sealing ring, 13, main exhaust hole, 14 are dominated
String holes, 15, main piston, 16, main exhaust pipeline, 17, principal screw spring, 18, secondary hollow shell, 19, cloth placement groove structure,
20, secondary helical spring, 21, secondary admission line hole, 22, secondary gas vent, 23, auxiliary piston, 24, secondary hollow structure, 25, main through-hole knot
Structure, 26, secondary telescopic rod, 27, main touch panel.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention: including bottom supporting substrate 1, the bottom supporting substrate 1
Top one bottom mounting plate 2 is installed, the fixed machine installation pedestal 3 of a cloth is installed in the side of 2 upper surface of bottom mounting plate,
A main support rod 4 is installed in the other side of 2 upper surface of bottom mounting plate, and one master of top installation of the main support rod 4 is hollow
Shell 5 is provided centrally with main hollow structure 6 inside the main hollow shell 5, and the side of the main hollow structure 6 is provided with
Hollow structure 8 is limited, the main hollow shell 5 is internally provided with the extraneous main air inlet pipe road with limit hollow structure 8 of connection
The inside of hole 7 and main exhaust pipeline 16, the main pipeline air inlet 7 and main exhaust pipeline 16 is separately installed with ball size and knot
Structure shape controls formula one-way airflow mechanism 10 and helical spring flexible type maximum air pressure control mechanism 11, in the master
The main exhaust hole 13 for being internally provided with extraneous and main 6 middle part of hollow structure of connection of empty shell 5, the inside in the main exhaust hole 13
One electrical air valve type air switching mechanism 12 is installed, the bottom supporting substrate 1 is internally provided with connection electrical air valve
One main piston 15, the master are installed the inside of formula air switching mechanism 12 and extraneous leading string holes 14, the main hollow structure 6
A main telescopic rod 9 is installed in one end face of piston 15, and installation one is in the principal screw of tensional state on the body of rod of the main telescopic rod 9
Spring 17, the body of rod of the main telescopic rod 9 runs through the center of described main 5 one end of hollow shell, and the two is passed through through position
The end of encapsulation process, the main telescopic rod 9 passes through the secondary hollow shell 18 of connecting plate connection one, 18 side of the pair hollow shell
Be internally provided with cloth place groove structure 19, it is described pair hollow shell 18 inside be located at the cloth place groove knot
The top of structure 19 is provided with secondary hollow structure 24, and the pair hollow shell 18 is internally provided with the extraneous and secondary hollow structure of connection
The inside of 24 secondary admission line hole 21 and secondary gas vent 22, the pair admission line hole 21 and secondary gas vent 22 is separately installed with
Ball size and construction profile control formula one-way airflow mechanism 10 and electrical air valve type air switching mechanism 12, the pair
The main through-hole structure 25 for being internally provided with the secondary hollow structure 24 of connection and cloth placement groove structure 19 of hollow shell 18, it is described
An auxiliary piston 23 is installed in the inside of secondary hollow structure 24, and the secondary telescopic rod 26 of bottom centre's installation one of the auxiliary piston 23 is described
The body of rod of secondary telescopic rod 26 is socketed in the inside of the secondary helical spring 20 of a compressive state, and the pair telescopic rod 26 runs through main through-hole
Structure 25, and a main touch panel 27, institute are installed in the inside that the cloth places groove structure 19 in the bottom end of the secondary telescopic rod 26
State the leading string holes 14 for being internally provided with connection extraneous and secondary admission line hole 21 of secondary hollow shell 18.
Referring to Fig. 2, the ball size and construction profile control formula one-way airflow mechanism 10 include ball size
Formula one-way air stream is controlled with construction profile control formula one-way airflow mechanism shell 101, ball size and construction profile
Motivation structure diameter of Spherical Volume 102, ball size and construction profile control formula one-way airflow mechanism ball valve 103, ball ruler
It is very little unidirectionally empty with construction profile control formula one-way airflow mechanism air inlet 104 and ball size and construction profile control formula
Flow of air mechanism gas vent 105；The ball size and construction profile control formula one-way airflow mechanism are in shell 101
Portion is provided centrally with ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume 102, the ball
Size is connected to outside ball size and structure with being internally provided with for construction profile control formula one-way airflow mechanism shell 101
Shape controls formula one-way airflow mechanism and controls formula one-way air stream with 101 bottom centre of shell and ball size and construction profile
The motivation structure ball size of 102 bottom centre of diameter of Spherical Volume and construction profile control formula one-way airflow mechanism air inlet
104, one ball of inside placement of the ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume 102
Size and construction profile control formula one-way airflow mechanism ball valve 103, and the ball size and construction profile control formula list
Connection ball size and construction profile control formula one-way air stream motivation are internally provided with to airflow mechanism shell 101
Structure 101 top center of shell and ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume 102 push up
The ball size and construction profile at portion center control formula one-way airflow mechanism gas vent 105；The ball size and knot
The structure radius that structure shape controls formula one-way airflow mechanism diameter of Spherical Volume 102 is greater than the ball size and construction profile
The structure radius of control formula one-way airflow mechanism ball valve 103, the ball size and construction profile control formula are unidirectionally empty
The structure radius ball size and construction profile of flow of air mechanism ball valve 103 control formula one-way airflow mechanism air inlet
104 and ball size and construction profile control formula one-way airflow mechanism gas vent 105 structure radius；It is hollow positioned at master
The ball size and construction profile inside shell 5 and secondary hollow shell 18 control formula one-way airflow mechanism air inlet
The top of 104 bottom end and ball size and construction profile control formula one-way airflow mechanism gas vent 105 respectively with master
Admission line hole 7 is connected to secondary admission line hole 22, and main function is: under the action of size and contour structures, air is only
Air inlet can be realized by main air inlet pipe road hole 7 and secondary admission line hole 22.
Referring to Fig. 3, the helical spring flexible type maximum air pressure control mechanism 11 includes helical spring flexible type
Maximum air pressure control mechanism hollow casing 111, helical spring flexible type maximum air pressure control mechanism air are close
Seal 112, helical spring flexible type maximum air pressure control mechanism hollow structure 113, helical spring flexible type are maximum empty
Gas air pressure control mechanism gas vent 114, helical spring flexible type maximum air pressure control mechanism valve plate insertion space
115, helical spring flexible type maximum air pressure control mechanism air inlet 116, helical spring flexible type maximum air pressure
Control mechanism movable plate 117, helical spring flexible type maximum air pressure control mechanism valve plate 118, helical spring elasticity
Formula maximum air pressure control mechanism venthole 119 and helical spring flexible type maximum air pressure control mechanism spiral bullet
Spring 1110；The side of the helical spring flexible type maximum air pressure control mechanism hollow casing 111 is socketed a spiral bullet
Spring flexible type maximum air pressure control mechanism air sealing ring 112, the helical spring flexible type maximum air pressure control
The hollow knot of helical spring flexible type maximum air pressure control mechanism is provided centrally with inside mechanism hollow casing 111 processed
Structure 113, the helical spring flexible type maximum air pressure control mechanism are being located at the helical spring bullet with hollow casing 111
Property formula maximum air pressure control mechanism is provided with helical spring flexible type maximum air pressure control with the side of hollow structure 113
Mechanism processed gas vent 114, one end connection of the helical spring flexible type maximum air pressure control mechanism gas vent 114
One end of helical spring flexible type maximum air pressure control mechanism hollow casing 111, the helical spring flexible type are maximum
Air pressure control mechanism is with hollow casing 111 in being located at helical spring flexible type maximum air pressure control mechanism use
The other side of hollow structure 113 is provided with helical spring flexible type maximum air pressure control mechanism valve plate insertion space 115, institute
It states helical spring flexible type maximum air pressure control mechanism hollow casing 111 and is being located at the helical spring flexible type maximum
Air pressure control mechanism is provided with helical spring flexible type maximum air pressure control machine with the side of valve plate insertion space 115
Structure air inlet 116, the helical spring flexible type maximum air pressure control mechanism air inlet 116 are connected to the spiral bullet
The other side of spring flexible type maximum air pressure control mechanism hollow casing 111, the helical spring flexible type maximum air
Air pressure control mechanism is being located at the hollow knot of the helical spring flexible type maximum air pressure control mechanism with hollow casing 111
The inside of structure 113 is installed by one helical spring flexible type maximum air pressure control mechanism movable plate 117, the helical spring bullet
Property formula maximum air pressure control mechanism with movable plate 117 be located at the helical spring flexible type maximum air pressure control machine
Structure is provided with the helical spring flexible type maximum air with its integral structure with the end face center of 115 side of valve plate insertion space
Air pressure control mechanism valve plate 118, the side of the helical spring flexible type maximum air pressure control mechanism movable plate 117
It is provided with the helical spring flexible type maximum air pressure control mechanism venthole 119 for being connected to its both ends of the surface, the spiral bullet
The other end of spring flexible type maximum air pressure control mechanism movable plate 117 is installed by one helical spring flexible type maximum air
Air pressure control mechanism helical spring 1110；The helical spring flexible type maximum air pressure control mechanism air sealing ring
112 are connected to the inside of main exhaust pipeline 16, the helical spring flexible type maximum air pressure control mechanism air inlet 116
One end connection limit hollow structure 8；The helical spring flexible type maximum air pressure control mechanism helical spring 1110
Initial length be greater than the helical spring flexible type maximum air pressure control mechanism hollow structure 113 lateral length,
Its main function is: the elastic stool and urine of helical spring flexible type maximum air pressure control mechanism helical spring 1110 is most
The size of atmospheric pressure difference, draught head are greater than helical spring flexible type maximum air pressure control mechanism helical spring 1110
When elastic force, external air will be discharged in time, to be depressured.
Referring to Fig. 4, the electrical air valve type air switching mechanism 12 includes electrical air valve type air switching mechanism
With hollow pipe body 121, the first centre bore 122 of electrical air valve type air switching mechanism, the opening and closing of electrical air valve type air
The second centre bore 123 of mechanism, electrical air valve type air switching mechanism electronic valve installation space 124, electrical air valve
Formula air switching mechanism wire guide 125, electrical air valve type air switching mechanism electronic valve 126 and electrical air valve type
Air switching mechanism sealing ring 127；The middle part of electrical air valve type air switching mechanism 121 side of hollow pipe body
One electrical air valve type air switching mechanism sealing ring 127 is installed, the electrical air valve type air switching mechanism is with hollow
Electrical air valve type air switching mechanism electronic valve installation space 124, the electricity are provided centrally with inside pipeline body 121
The inside of sub- air valve type air switching mechanism hollow pipe body 121 is being located at the electrical air valve type air switching mechanism
The top of electronic valve installation space 124 is provided with the first centre bore 122 of electrical air valve type air switching mechanism, it is described
The inside of electrical air valve type air switching mechanism hollow pipe body 121 is being located at the electrical air valve type air opening/closing machine
Structure is provided with electrical air valve type air switching mechanism the second centre bore 123, institute with the bottom of electronic valve installation space 124
That states electrical air valve type air switching mechanism hollow pipe body 121 is internally provided with connection electrical air valve type air opening and closing
The electrical air valve type air switching mechanism wire guide 125 of mechanism electronic valve installation space 124, the electrical air valve
Formula air switching mechanism is being installed positioned at the electrical air valve type air switching mechanism with electronic valve with hollow pipe body 121
The inside in space 124 is installed by an electrical air valve type air switching mechanism electronic valve 126；The electrical air valve type air
Electrical air valve when switching mechanism electronic valve 126 is Pipe installing in the prior art；The electrical air valve type air
Switching mechanism hollow pipe body 121 is mounted on the inside in main exhaust hole 13 and secondary gas vent 22, and the electrical air valve type
Pass through encapsulation process between air switching mechanism hollow pipe body 121 and main exhaust hole 13 and the inner wall of secondary gas vent 22,
Main function is: being acted on using the discharge that current switch can control pressure-air.
Specifically used mode: in present invention work, connecting a current switch for electrical air valve type air switching mechanism 12,
Main air inlet pipe road hole 7 and secondary admission line hole 21 are connect with the gas vent of an air compressor by hose, then by cloth
Limit is fixed by existing fixed device in lateral side, then the other side of cloth transverse direction is placed on cloth and is placed
Pressure-air is poured to the inside of secondary hollow structure 24 by air compressor, in pressure-air in the inside of groove structure 19
Under effect, keep winner's touch panel 27 that cloth is stuck, height is then injected to the inside in main air inlet pipe road hole 7 by air compressor again
Air is pressed, can be mobile to side by main piston 15 due to the effect of pressure-air, to drive cloth, stretching action is played,
Realization widens, and when after hours, opening each electrical air valve type air switching mechanism 12, it is multiple that all parts can be realized
Position.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of cloth production widens device, including bottom supporting substrate (1) with vapour-pressure type, it is characterised in that: the bottom branch
A bottom mounting plate (2) are installed at the top of support group plate (1), and it is solid that a cloth is installed in the side of bottom mounting plate (2) upper surface
Determine machine installation pedestal (3), a main support rod (4) are installed in the other side of bottom mounting plate (2) upper surface, the main support rod
(4) a main hollow shell (5) is installed at top, and main hollow shell (5) inside is provided centrally with main hollow structure (6),
The side of the main hollow structure (6) is provided with limit hollow structure (8), the company of being internally provided with of the main hollow shell (5)
Logical extraneous and limit hollow structure (8) main air inlet pipe road hole (7) and main exhaust pipeline (16), the main pipeline air inlet (7)
Ball size and construction profile control formula one-way airflow mechanism (10) are separately installed with the inside of main exhaust pipeline (16)
With helical spring flexible type maximum air pressure control mechanism (11), the main hollow shell (5) is internally provided with outside connection
The inside in the main exhaust hole (13) in the middle part of boundary and main hollow structure (6), the main exhaust hole (13) is installed by an electrical air valve type
Air switching mechanism (12), the bottom supporting substrate (1) are internally provided with connection electrical air valve type air switching mechanism
(12) and a main piston (15) are installed in extraneous leading string holes (14), the inside of the main hollow structure (6), the main piston
(15) a main telescopic rod (9) is installed in a end face, and installation one is in the main spiral shell of tensional state on the body of rod of the main telescopic rod (9)
It revolves spring (17), the body of rod of the main telescopic rod (9) runs through the center of described main hollow shell (5) one end, and the two is running through
Encapsulation process is passed through at position, the end of the main telescopic rod (9) by the secondary hollow shell (18) of connecting plate connection one, it is described it is secondary in
The cloth that is internally provided with of empty shell (18) side places groove structure (19), and the inside of the pair hollow shell (18) is being located at
The cloth is placed to be provided with secondary hollow structure (24) above groove structure (19), and the inside of the pair hollow shell (18) is set
It is equipped with the secondary admission line hole (21) and secondary gas vent (22) of the extraneous and secondary hollow structure (24) of connection, the pair admission line hole
(21) and the inside of secondary gas vent (22) is separately installed with ball size and construction profile controls formula one-way airflow mechanism
(10) and electrical air valve type air switching mechanism (12), the pair hollow shell (18) are internally provided with the secondary hollow knot of connection
Structure (24) and cloth place the main through-hole structure (25) of groove structure (19), and the inside installation one of the pair hollow structure (24) is secondary
Piston (23), the secondary telescopic rod (26) of bottom centre's installation one of the auxiliary piston (23), the body of rod set of the pair telescopic rod (26)
It connects in the inside of the secondary helical spring (20) of a compressive state, the pair telescopic rod (26) runs through main through-hole structure (25), and institute
The bottom end of secondary telescopic rod (26) is stated in one main touch panel (27) of the inside of cloth placement groove structure (19) installation, the pair
The leading string holes (14) for being internally provided with the extraneous and secondary admission line hole (21) of connection of empty shell (18).
2. a kind of cloth production according to claim 1 widens device with vapour-pressure type, it is characterised in that: the ball size
It include that ball size and construction profile control formula one-way airflow with construction profile control formula one-way airflow mechanism (10)
Mechanism shell (101), ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume (102), ball
Size and construction profile control formula one-way airflow mechanism ball valve (103), ball size and construction profile control formula are unidirectional
Airflow mechanism air inlet (104) and ball size and construction profile control formula one-way airflow mechanism gas vent
(105)；The ball size is provided centrally with construction profile control formula one-way airflow mechanism shell (101) inside
Ball size and construction profile control formula one-way airflow mechanism are with diameter of Spherical Volume (102), outside the ball size and structure
Shape control formula one-way airflow mechanism shell (101) is internally provided with connection ball size and construction profile control formula list
It is used to airflow mechanism with shell (101) bottom centre and ball size and construction profile control formula one-way airflow mechanism
The ball size of diameter of Spherical Volume (102) bottom centre and construction profile control formula one-way airflow mechanism with air inlet (104),
A ball ruler is placed in the inside of the ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume (102)
It is very little to control formula list with ball valve (103), the ball size and construction profile with construction profile control formula one-way airflow mechanism
Connection ball size and construction profile control formula one-way airflow are internally provided with to airflow mechanism shell (101)
Mechanism shell (101) top center and ball size and construction profile control formula one-way airflow mechanism diameter of Spherical Volume
(102) the ball size of top center and construction profile control formula one-way airflow mechanism with gas vent (105).
3. a kind of cloth production according to claim 2 widens device with vapour-pressure type, it is characterised in that: the ball size
It is greater than the ball size and knot with the structure radius of construction profile control formula one-way airflow mechanism diameter of Spherical Volume (102)
Structure shape controls the structure radius of formula one-way airflow mechanism ball valve (103), and the ball size and construction profile control
The structure radius ball size and construction profile of formula one-way airflow mechanism ball valve (103) control formula one-way air stream motivation
The structure of structure air inlet (104) and ball size and construction profile control formula one-way airflow mechanism gas vent (105)
Radius.
4. a kind of cloth production according to claim 2 widens device with vapour-pressure type, it is characterised in that: be located at main hollow outer
The ball size and construction profile of shell (5) and secondary hollow shell (18) inside control the air inlet of formula one-way airflow mechanism
The top point of the bottom end in hole (104) and ball size and construction profile control formula one-way airflow mechanism gas vent (105)
It is not connected to main air inlet pipe road hole (7) and secondary admission line hole (22).
5. a kind of cloth production according to claim 1 widens device with vapour-pressure type, it is characterised in that: the helical spring
Flexible type maximum air pressure control mechanism (11) includes helical spring flexible type maximum air pressure control mechanism with hollow outer
Shell (111), helical spring flexible type maximum air pressure control mechanism air sealing ring (112), helical spring flexible type are most
Big air pressure control mechanism hollow structure (113), helical spring flexible type maximum air pressure control mechanism gas vent
(114), helical spring flexible type maximum air pressure control mechanism valve plate insertion space (115), helical spring flexible type be most
Big air pressure control mechanism air inlet (116), helical spring flexible type maximum air pressure control mechanism movable plate
(117), helical spring flexible type maximum air pressure control mechanism valve plate (118), helical spring flexible type maximum air gas
Press control mechanism venthole (119) and helical spring flexible type maximum air pressure control mechanism helical spring (1110)；
The side of helical spring flexible type maximum air pressure control mechanism hollow casing (111) is socketed helical spring elasticity
Formula maximum air pressure control mechanism controls machine with air sealing ring (112), the helical spring flexible type maximum air pressure
Structure hollow casing (111) inside is provided centrally with helical spring flexible type maximum air pressure control mechanism hollow structure
(113), the helical spring flexible type maximum air pressure control mechanism is being located at the helical spring with hollow casing (111)
Flexible type maximum air pressure control mechanism is provided with helical spring flexible type maximum air gas with the side of hollow structure (113)
Press control mechanism gas vent (114), the helical spring flexible type maximum air pressure control mechanism gas vent (114)
One end is connected to one end of helical spring flexible type maximum air pressure control mechanism hollow casing (111), the helical spring
Flexible type maximum air pressure control mechanism is being located at the helical spring flexible type maximum air pressure with hollow casing (111)
Control mechanism is provided with helical spring flexible type maximum air pressure control mechanism valve plate with the other side of hollow structure (113)
Insertion space (115), the helical spring flexible type maximum air pressure control mechanism is with hollow casing (111) positioned at described
Helical spring flexible type maximum air pressure control mechanism is provided with helical spring elasticity with the side of valve plate insertion space (115)
Formula maximum air pressure control mechanism is used with air inlet (116), the helical spring flexible type maximum air pressure control mechanism
Air inlet (116) is connected to the other side of helical spring flexible type maximum air pressure control mechanism hollow casing (111),
The helical spring flexible type maximum air pressure control mechanism is being located at the helical spring flexible type with hollow casing (111)
The inside of maximum air pressure control mechanism hollow structure (113) is installed by the control of one helical spring flexible type maximum air pressure
Mechanism is being located at institute with movable plate (117) with movable plate (117), the helical spring flexible type maximum air pressure control mechanism
State helical spring flexible type maximum air pressure control mechanism with the end face center of valve plate insertion space (115) side be provided with
The helical spring flexible type maximum air pressure control mechanism of its integral structure valve plate (118), the helical spring elasticity
Formula maximum air pressure control mechanism with the side of movable plate (117) be provided be connected to its both ends of the surface helical spring flexible type most
Big air pressure control mechanism venthole (119), the helical spring flexible type maximum air pressure control mechanism movement
One helical spring flexible type maximum air pressure control mechanism is installed with helical spring (1110) in the other end of plate (117).
6. a kind of cloth production according to claim 5 widens device with vapour-pressure type, it is characterised in that: the helical spring
Flexible type maximum air pressure control mechanism is connected to the inside of main exhaust pipeline (16), the spiral shell with air sealing ring (112)
Revolve one end connection limit hollow structure (8) of spring formula maximum air pressure control mechanism air inlet (116).
7. a kind of cloth production according to claim 5 widens device with vapour-pressure type, it is characterised in that: the helical spring
The initial length of flexible type maximum air pressure control mechanism helical spring (1110) is greater than the helical spring flexible type most
The lateral length of big air pressure control mechanism hollow structure (113).
8. a kind of cloth production according to claim 1 widens device with vapour-pressure type, it is characterised in that: the electrical air
Valve type air switching mechanism (12) includes electrical air valve type air switching mechanism hollow pipe body (121), electrical air valve
Formula air switching mechanism the first centre bore (122), electrical air valve type air switching mechanism the second centre bore (123), electricity
Sub- air valve type air switching mechanism electronic valve installation space (124), electrical air valve type air switching mechanism conducting wire
Hole (125), electrical air valve type air switching mechanism electronic valve (126) and electrical air valve type air switching mechanism are with close
Seal (127)；It is empty that an electronics is installed at the middle part of electrical air valve type air switching mechanism hollow pipe body (121) side
Valve air switching mechanism is with sealing ring (127), and the electrical air valve type air switching mechanism is with hollow pipe body (121)
Internal is provided centrally with electrical air valve type air switching mechanism electronic valve installation space (124), the electrical air
The inside of valve type air switching mechanism hollow pipe body (121) is being located at the electrical air valve type air switching mechanism electricity consumption
Electrical air valve type air switching mechanism is provided at the top of sub- valve installation space (124) with the first centre bore (122), it is described
The inside of electrical air valve type air switching mechanism hollow pipe body (121) is being located at electrical air valve type air opening and closing
Mechanism is provided with the second centre bore of electrical air valve type air switching mechanism with the bottom of electronic valve installation space (124)
(123), being internally provided with for the electrical air valve type air switching mechanism hollow pipe body (121) is connected to electrical air valve
The electrical air valve type air switching mechanism wire guide (125) of formula air switching mechanism electronic valve installation space (124),
The electrical air valve type air switching mechanism is being located at the electrical air valve type air opening/closing machine with hollow pipe body (121)
The inside of structure electronic valve installation space (124) is installed by one electrical air valve type air switching mechanism electronic valve (126).
9. a kind of cloth production according to claim 12 widens device with vapour-pressure type, it is characterised in that: the electronics is empty
Electrical air valve when valve air switching mechanism electronic valve (126) is Pipe installing in the prior art.
10. a kind of cloth production according to claim 12 widens device with vapour-pressure type, it is characterised in that: the electronics is empty
Valve air switching mechanism is mounted on the inside in main exhaust hole (13) and secondary gas vent (22) with hollow pipe body (121), and
The electrical air valve type air switching mechanism is interior with hollow pipe body (121) and main exhaust hole (13) and secondary gas vent (22)
Pass through encapsulation process between wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910768202.3A CN110438707A (en) | 2019-08-20 | 2019-08-20 | A kind of cloth production widens device with vapour-pressure type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910768202.3A CN110438707A (en) | 2019-08-20 | 2019-08-20 | A kind of cloth production widens device with vapour-pressure type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110438707A true CN110438707A (en) | 2019-11-12 |
Family
ID=68436570
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910768202.3A Withdrawn CN110438707A (en) | 2019-08-20 | 2019-08-20 | A kind of cloth production widens device with vapour-pressure type |
Country Status (1)
| Country | Link |
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| CN (1) | CN110438707A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111058528A (en) * | 2019-12-30 | 2020-04-24 | 韩德军 | Negative pressure type dredging device for blocked pipeline |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0214064A (en) * | 1988-06-27 | 1990-01-18 | Tsudakoma Corp | Apparatus for circulating sizing liquid |
| CN203923678U (en) * | 2014-04-23 | 2014-11-05 | 浙江立成印染机械科技有限公司 | A kind of edge guide for hot blast stentering boarding machine |
| CN205062470U (en) * | 2015-09-23 | 2016-03-02 | 上虞市舜龙染整有限公司 | Stenter draw gear |
| CN205653602U (en) * | 2016-03-30 | 2016-10-19 | 嘉善宝狐服饰有限公司 | Cloth stretching device |
| CN109371621A (en) * | 2018-12-24 | 2019-02-22 | 象山汇鑫针织有限公司 | It is a kind of based on the smooth stretching device of clothing cloth dried after squirting automatically |
-
2019
- 2019-08-20 CN CN201910768202.3A patent/CN110438707A/en not_active Withdrawn
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0214064A (en) * | 1988-06-27 | 1990-01-18 | Tsudakoma Corp | Apparatus for circulating sizing liquid |
| CN203923678U (en) * | 2014-04-23 | 2014-11-05 | 浙江立成印染机械科技有限公司 | A kind of edge guide for hot blast stentering boarding machine |
| CN205062470U (en) * | 2015-09-23 | 2016-03-02 | 上虞市舜龙染整有限公司 | Stenter draw gear |
| CN205653602U (en) * | 2016-03-30 | 2016-10-19 | 嘉善宝狐服饰有限公司 | Cloth stretching device |
| CN109371621A (en) * | 2018-12-24 | 2019-02-22 | 象山汇鑫针织有限公司 | It is a kind of based on the smooth stretching device of clothing cloth dried after squirting automatically |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111058528A (en) * | 2019-12-30 | 2020-04-24 | 韩德军 | Negative pressure type dredging device for blocked pipeline |
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Application publication date: 20191112 |