CN204802746U - Compound automatic reelpipe ware of aqueous vapor electricity - Google Patents
Compound automatic reelpipe ware of aqueous vapor electricity Download PDFInfo
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- CN204802746U CN204802746U CN201520434993.3U CN201520434993U CN204802746U CN 204802746 U CN204802746 U CN 204802746U CN 201520434993 U CN201520434993 U CN 201520434993U CN 204802746 U CN204802746 U CN 204802746U
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- disjunctor
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Abstract
Compound automatic reelpipe ware of aqueous vapor electricity includes: chassis, brake disc, inlet wire closing cap, dabber assembly, wind spring closing cap, wind spring, shell, disjunctor spool, disjunctor reel, compound pipe, protective frame, spacing ball, the chassis with shell fixed connection, dabber assembly fixed connection in on the chassis, be provided with the brake disc on the chassis, wind spring closing cap swing joint in on the dabber assembly, the wind spring set up in in the wind spring closing cap, disjunctor spool, disjunctor reel swing joint in on the dabber assembly, compound pipe around in on the disjunctor reel. The utility model discloses compound automatic reelpipe ware of aqueous vapor electricity will switch on simply and lead to the simple superposition of the two major functions of liquid, through ingenious structural design will lead to the required leakproofness of liquid require with the required insulating properties requirement of circular telegram one obtain simultaneously in the dabber assembly to satisfy.
Description
Technical field
The utility model relates to tube coiling appts, more particularly, relates to a kind of multi-functional tube coiling appts simultaneously transmitted different medium and the delivery duct being applied to tube coiling appts.
Background technology
Tube coiling appts is also known as bobbin winoler, winder, reel, rolling drum.Widespread use in people's daily life work.And because of function a lot, to be otherwise known as drum according to function, electricity drum, tympanites.When in use, can pull out and need how much just to draw how much length out, make good use of and can in automatic drawing back tube coiling appts, a lot of electric wire at random of stacking or blank pipe so just can be avoided to be prone to accidents and to damage pipeline.Do not use the docking facility of bobbin winoler concerning energy pipeline; crisis-ridden; in the past dilatory everywhere pipeline is very easy to be corroded strong material damage; simultaneously; undesigned the trampling of workman more accelerates scrapping of pipeline; and pass through the timely contraction of bobbin winoler, above-mentioned danger can be avoided, extend the service life of instrument.
Automatic hose reel in the market, divides according to transmission medium, is divided into energising type tube coiling appts and logical liquid, ventilation build tube coiling appts.Same tube coiling appts, cannot realize being energized, and can lead to again liquid, ventilation body.Transmission medium composition is single, cannot obtain better result of use under some use occasion.Such as: certain equipment should be energized body of ventilating again, must use two tube coiling apptss, pull-out two conduits.So not only take place of production area, also reduce work efficiency.
Utility model content
The purpose of this utility model there are provided a kind of aqueous vapor thermoelectricity compound type automatic hose reel, transmits medium for realizing simultaneously, can realize energising, logical liquid simultaneously, or realizes the function such as energising, ventilation body simultaneously.
A kind of aqueous vapor thermoelectricity compound type automatic hose reel, comprises chassis, brake disc, inlet wire capping, mandrel assembly, wind spring capping, wind spring, shell, disjunctor spool, disjunctor reel, compound type conduit, protective frame, spacing ball; Described chassis is fixedly connected with described shell, described mandrel assembly is fixedly connected on described chassis, described chassis is provided with brake disc, described wind spring capping is movably connected on described mandrel assembly, described wind spring is arranged in described wind spring capping, and described disjunctor spool, disjunctor reel are movably connected on described mandrel assembly, and described compound type conduit is around on described disjunctor reel, described protective frame is arranged on described shell, and described spacing ball is fixed on the end of described compound type conduit;
Described mandrel assembly comprises: flange bearing, conducting ring assembly, coupling nut, end bearing, liquid inlet joint, axle sleeve, seal ring assembly, feed liquor axle, shaft-cup, fluid joint; The center of described center shaft is provided with the through hole of centrally axis trend; One end of described coupling nut is fixed on described center shaft, the other end of described coupling nut is fixed on described liquid inlet joint, described disjunctor reel is movably connected on described center shaft by described flange bearing, and described disjunctor reel is movably connected on described center shaft by described end bearing; One end of described liquid inlet joint is fixed on described feed liquor axle, and described feed liquor axle is movably connected on described axle sleeve; The sidewall of described axle sleeve arranges liquid outlet, arranges described seal ring assembly in the both sides of described liquid outlet; Described axle sleeve is fixed with described fluid joint, and described fluid joint is connected described drain pipe; Described conducting ring assembly is connected on described center shaft.
Quick coupling is set in one end of described liquid inlet joint, quick coupling is set in one end of described fluid joint.
Feed tube and electric wire are entered by described through hole, and described feed tube is connected in the quick coupling of described liquid inlet joint; Hydraulic pipe is connected in the quick coupling of described fluid joint.Described electric wire, through line outlet, is connected on described conducting ring assembly.Described electric wire is incorporated to described compound type conduit after described conducting ring assembly together with described hydraulic pipe.
Described compound type conduit comprises: hydraulic pipe, electric wire, protecting sleeve; Described hydraulic pipe becomes coaxially arranged with described electric wire, and described protecting sleeve is wrapped in described hydraulic pipe and described electric wire.
The external diameter of described hydraulic pipe is Z, and wall thickness is Y, and the gap of described protecting sleeve inwall and described hydraulic pipe is X.The material of described protecting sleeve is PTU (polyether material), and the toxicity of PTU is low, described compound type conduit can be applied to the fields such as medical treatment.The protecting sleeve adopting PTU material to make, has the features such as the resistance to complications of abrasion-proof and cold-resistant stretch-proof.
Because described compound type conduit comprises the pipe of various material, in order to make described compound type conduit obtain good bending property, arranging gap between described protecting sleeve inwall and described hydraulic pipe is X, and arranging gap between described protecting sleeve inwall and described electric wire is X.Independent of one another between described hydraulic pipe and described electric wire, that is: together with noncondensing between described hydraulic pipe with described electric wire.Due to the existence of described gap X, described hydraulic pipe and described electric wire is made to have certain activity space in described protecting sleeve inside.When described compound type conduit is in stretching or case of bending, described External Force Acting is on described protecting sleeve, and described hydraulic pipe and described electric wire can obtain good service life.
Through a large amount of Physical Experiments, in order to ensure that described protecting sleeve has firm intensity and good bending property, described external diameter Z, wall thickness Y, described external diameter Z is 6 to 7 of wall thickness Y.In order to make described compound type conduit obtain bending property to greatest extent, in order to make the inner space of described protecting sleeve obtain maximum degree of utilization, described gap X is 20 to 30.In the present embodiment, described external diameter Z is 10.5mm, and described wall thickness Y is 1.6mm, and described gap X is 0.2mm; The external diameter of described hydraulic pipe is 4mm, and quantity is 1 or 2; The external diameter of described electric wire is 2.5, and quantity is 2 or 3 or 4.
The fitting process of described compound type conduit is below described: utilize mechanical tensile forces by stretching for described protecting sleeve, first penetrate described electric wire in described protecting sleeve, quantity is 2; Then in described protecting sleeve, hydraulic pipe is penetrated.Due to the existence of described gap X, it is feasible for making to penetrate.Along with described hydraulic pipe penetrates into the increase of the length in described protecting sleeve; friction drag can become increasing; described gap X is 20 to 30; the factory length of described compound type conduit can reach ten meters to 20 meters, meets the operating needs of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
A kind of aqueous vapor thermoelectricity compound type automatic hose reel, comprises chassis, brake disc, inlet wire capping, mandrel assembly, wind spring capping, wind spring, shell, disjunctor spool, disjunctor reel, compound type conduit, protective frame, spacing ball; Described chassis is fixedly connected with described shell, described mandrel assembly is fixedly connected on described chassis, described chassis is provided with brake disc, described wind spring capping is movably connected on described mandrel assembly, described wind spring is arranged in described wind spring capping, and described disjunctor spool, disjunctor reel are movably connected on described mandrel assembly, and described compound type conduit is around on described disjunctor reel, described protective frame is arranged on described shell, and described spacing ball is fixed on the end of described compound type conduit;
Described mandrel assembly comprises: flange bearing, conducting ring assembly, end bearing, center shaft, two-tube feed liquor axle, the first feed tube, the second feed tube, the first hydraulic pipe, the second hydraulic pipe, the first axle sleeve, the second axle sleeve, the first seal assembly, the second seal assembly, the second fluid joint, the first fluid joint;
The center of described center shaft is provided with the through hole of centrally axis trend; Described disjunctor reel is movably connected on described center shaft by described flange bearing, and described disjunctor reel is movably connected on described center shaft by described end bearing; Described conducting ring assembly is connected on described center shaft.Described two-tube feed liquor axle is fixed on one end of described center shaft;
One end of described center shaft is provided with two-tube feed liquor axle.Described first feed tube is fixed on described two-tube feed liquor axle, and described first hydraulic pipe is fixed on described two-tube feed liquor axle by described first fluid joint.On described two-tube feed liquor axle, the first pipeline is set between described first feed tube and described first hydraulic pipe.On described two-tube feed liquor axle, the first seal assembly is set in the both sides of described first fluid joint.
Similarly, described second feed tube is fixed on described two-tube feed liquor axle, and described second hydraulic pipe is fixed on described two-tube feed liquor axle by described second fluid joint.On described two-tube feed liquor axle, the second pipeline is set between described second feed tube and described second hydraulic pipe.On described two-tube feed liquor axle, the second seal assembly is set in the both sides of described second fluid joint.
Liquid or gas, enter from described first feed tube, by described first pipeline, then enters described first hydraulic pipe, then enter in described compound type conduit.
Similarly, enter from described second feed tube, by described second pipeline, then enter described second hydraulic pipe, then enter in described compound type conduit.
The external diameter of described hydraulic pipe is 4mm, and quantity is 2; The external diameter of described electric wire is 2.5, and quantity is 2.
Described chassis is planar circular structure, and described enclosure forms the containing die cavity for holding tube coiling appts internal component.The edge on described chassis and described shell realize being connected.
Described feed tube and described electric wire are entered by described through hole, and described feed tube is connected in the quick coupling of described liquid inlet joint; Hydraulic pipe is connected in the quick coupling of described fluid joint.Described electric wire, through line outlet, is connected on described conducting ring assembly.Described electric wire is incorporated to described compound type conduit after described conducting ring assembly together with described hydraulic pipe.Described compound type conduit is around on described disjunctor reel, and described protective frame is arranged on described shell, and described spacing ball is fixed on the end of described compound type conduit, and described spacing ball is positioned at the outside of described protective frame.The hand-held described spacing ball of operator, pulls out described compound type conduit by tube coiling appts, extends to and needs to power, supplies water, on the equipment of air feed.Because the material of the employing softness of described protecting sleeve makes, described compound type conduit is made to possess good flexible.Make described compound type conduit can be around on described disjunctor reel, also can be in use freely bending.
Because described compound type conduit is integrated with the function of energising, logical liquid, ventilation body, make the utility model aqueous vapor thermoelectricity compound type automatic hose reel can transmit more medium simultaneously, fast more convenient to use.Because tube coiling appts is positioned over the work-site needing repeated disassembled and assembled joint more, the medium multiplexing of transmission function with initiative disclosed in the utility model aqueous vapor thermoelectricity compound type automatic hose reel, improves the operating efficiency of work-site greatly.The utility model aqueous vapor thermoelectricity compound type automatic hose reel is not the simple superposition simply by energising and the large function of logical liquid two, but the insulating power required for the sealing requirements required for logical liquid and energising is required to obtain in a described mandrel assembly to meet by structure design cleverly simultaneously.
Described mandrel assembly arranges two bearings: described flange bearing and described end bearing.The setting of two bearings greatly reduces the friction drag that described disjunctor reel rotates around described mandrel assembly.Make the work of the utility model aqueous vapor thermoelectricity compound type automatic hose reel more smooth and easy.
Described conducting ring assembly is used for realizing uninterrupted power supply.Described electric wire is entered by described through hole, through described line outlet, is connected on the inner ring of described conducting ring assembly.In the process that described compound type conduit stretches out from the utility model aqueous vapor thermoelectricity compound type automatic hose reel, described disjunctor reel rotates around described mandrel assembly, described center shaft does not rotate, the inner ring of described conducting ring assembly does not rotate, and the outer ring of described conducting ring assembly is with described disjunctor reel synchronous axial system.Described conducting ring assembly by the current lead-through of inner ring to outer ring.After described conducting ring assembly, described wire can be incorporated in compound type conduit around described disjunctor reel synchronous axial system.
Described coupling nut, liquid inlet joint, axle sleeve, seal ring assembly, feed liquor axle, shaft-cup, fluid joint are for ensureing the leak tightness of medium in transmitting procedure.
Described center shaft, coupling nut, liquid inlet joint, feed liquor axle realize being connected keeping positive confinement simultaneously.
Described feed tube is connected in the quick coupling of described liquid inlet joint, the central axis place of described coupling nut arranges first passage, described feed liquor axle is provided with the second channel be connected with described first passage, one end of described second channel connects described first passage, and the other end connects described liquid outlet.Described axle sleeve is movably connected on described feed liquor axle, and described axle sleeve is fixed with described fluid joint, and described fluid joint arranges third channel, and institute's third channel is communicated with described liquid outlet and described hydraulic pipe.On the cylindrical of described feed liquor axle, in the both sides of described liquid outlet, described seal ring assembly is set, because described fluid joint rotates around described feed liquor axle, described seal ring assembly exports described fluid joint to after being entered by described feed tube by transmission medium No leakage.Described hydraulic pipe is connected in the quick coupling of described fluid joint, and described hydraulic pipe can be incorporated in compound type conduit around described disjunctor reel synchronous axial system.
Described liquid inlet joint and described fluid joint arrange quick coupling, improves the efficiency be connected and sealed with described feed tube and described hydraulic pipe.
Described chassis is planar circular structure, when installation the utility model aqueous vapor thermoelectricity compound type automatic hose reel, described chassis can be affixed on wall.Traditional tube coiling appts due to structure, must on tube coiling appts mounting bracket, tube coiling appts could be realized to be fixed on wall, the increase of cost can be caused like this.
Water mentioned in the utility model aqueous vapor thermoelectricity compound type automatic hose reel, can make a general reference the material of liquid type; Gas mentioned by the utility model, can make a general reference the compound of gas or liquids and gases; The utility model aqueous vapor thermoelectricity compound type automatic hose reel also can be applied to and vacuumize.
Accompanying drawing explanation
Fig. 1 is the structural representation of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel;
Fig. 2 is the structural representation of the mandrel assembly of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel;
Fig. 3 is the structural representation of the compound type conduit 26 of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel;
Fig. 4 is the surface structure schematic diagram of the utility model aqueous vapor thermoelectricity compound type automatic hose reel;
Fig. 5 is the chassis structure schematic diagram of the utility model aqueous vapor thermoelectricity compound type automatic hose reel;
Fig. 6 is the surface structure schematic diagram of traditional tube coiling appts.
Fig. 7 is the structural representation of the second detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel;
Fig. 8 is the structural representation of the compound type conduit 26 of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
4 adjustment sheets, 5 jam nuts, 6 feed tubes, 7 electric wires, 8 packing rings, 9 back-up rings, 10 flange bearings, 14 conducting ring assemblies, 15 coupling nuts, 16 bearings, 17 liquid inlet joint, 18 axle sleeves, 19 seal ring assemblies, 20 feed liquor axles, 21 shaft-cups, 22 fluid joints, 23 hydraulic pipes, 6 coolants inlet pipe, 7 electric wires, 10 flange bearings, 14 conducting ring assemblies, 15 coupling nuts, 16 bearings, 17 water supply connectors, 18 axle sleeves, 19 seal ring assemblies, 20 water inlet axles, 21 shaft-cups, 22 water out adapters, 23 coolant outlet pipe, 30 center shafts, 31 water outlets, 32 wire holes, 34 through holes, 36 insulating coatings, 37 first passages, 38 second channels, 39 third channels, 50 supports, 51 two-tube feed liquor axles, 52 first feed tubes, 53 second feed tubes, 54 first hydraulic pipes, 55 second hydraulic pipes, 56 first axle sleeves, 57 second axle sleeves, 58 first seal assemblies, 59 second seal assemblies, 61 second fluid joints, 60 first fluid joints, 63 second pipelines, 62 first pipelines.
Detailed description of the invention
Be described in further detail the utility model below in conjunction with accompanying drawing, but do not form any restriction of the present utility model, element numbers similar in accompanying drawing represents similar element.As mentioned above, the utility model provides a kind of aqueous vapor thermoelectricity compound type automatic hose reel, makes its structure simple and is easy to operation.
The first detailed description of the invention:
Fig. 1 is the structural representation of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel, and Fig. 2 is the structural representation of the mandrel assembly of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
A kind of aqueous vapor thermoelectricity compound type automatic hose reel, comprises chassis 1, brake disc 2, inlet wire capping 3, mandrel assembly, wind spring capping 11, wind spring 12, shell 13, disjunctor spool 24, disjunctor reel 25, compound type conduit 26, protective frame 27, spacing ball 28; Described chassis 1 is fixedly connected with described shell 13, described mandrel assembly is fixedly connected on described chassis 1, described chassis 1 is provided with brake disc 2, described wind spring capping 11 is movably connected on described mandrel assembly, described wind spring 12 is arranged in described wind spring capping 11, described disjunctor spool 24, disjunctor reel 25 are movably connected on described mandrel assembly, described compound type conduit 26 is around on described disjunctor reel 25, described protective frame 27 is arranged on described shell 13, and described spacing ball 28 is fixed on the end of described compound type conduit 26;
Described mandrel assembly comprises: flange bearing 10, conducting ring assembly 14, coupling nut 15, end bearing 16, liquid inlet joint 17, axle sleeve 18, seal ring assembly 19, feed liquor axle 20, shaft-cup 21, fluid joint 22; The center of described center shaft 30 is provided with the through hole 34 of centrally axis trend; One end of described coupling nut 15 is fixed on described center shaft 30, the other end of described coupling nut 15 is fixed on described liquid inlet joint 17, described disjunctor reel 25 is movably connected on described center shaft 30 by described flange bearing 10, and described disjunctor reel 25 is movably connected on described center shaft 30 by described end bearing 16; One end of described liquid inlet joint 17 is fixed on described feed liquor axle 20, and described feed liquor axle 20 is movably connected on described axle sleeve 18; The sidewall of described axle sleeve 18 arranges liquid outlet 31, arranges described seal ring assembly 19 in the both sides of described liquid outlet 31; Described axle sleeve 18 is fixed with described fluid joint 22, and described fluid joint 22 is connected described drain pipe 23; Described conducting ring assembly 14 is connected on described center shaft 30.
Quick coupling is set in one end of described liquid inlet joint 17, quick coupling is set in one end of described fluid joint 22.
Feed tube 6 and electric wire 7 are entered by described through hole 34, and described feed tube 6 is connected in the quick coupling of described liquid inlet joint 17; Hydraulic pipe 23 is connected in the quick coupling of described fluid joint 22.Described electric wire 7, through line outlet 32, is connected on described conducting ring assembly 14.Described electric wire 7 is incorporated to described compound type conduit 26 after described conducting ring assembly 14 together with described hydraulic pipe 23.
Fig. 3 is the structural representation of the compound type conduit 26 of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
Described compound type conduit 26 comprises: hydraulic pipe 23, electric wire 7, protecting sleeve 36; Described hydraulic pipe 23 is coaxially arranged with described 7 one-tenth, electric wire, and described protecting sleeve 36 is wrapped in described hydraulic pipe 23 and described electric wire 7.
The external diameter of described hydraulic pipe 23 is Z, and wall thickness is Y, and the gap of described protecting sleeve 36 inwall and described hydraulic pipe 23 is X.The material of described protecting sleeve 36 is PTU (polyether material), and the toxicity of PTU is low, described compound type conduit 26 can be applied to the fields such as medical treatment.The protecting sleeve 36 adopting PTU material to make, has the features such as the resistance to complications of abrasion-proof and cold-resistant stretch-proof.
Because described compound type conduit 26 comprises the pipe of various material; good bending property is obtained in order to make described compound type conduit 26; arranging gap between described protecting sleeve 36 inwall and described hydraulic pipe 23 is X, and arranging gap between described protecting sleeve 36 inwall and described electric wire 7 is X.Independent of one another between described hydraulic pipe 23 and described electric wire 7, that is: together with noncondensing between described hydraulic pipe 23 with described electric wire 7.Due to the existence of described gap X, described hydraulic pipe 23 and described electric wire 7 is made to have certain activity space in described protecting sleeve 36 inside.When described compound type conduit 26 is in stretching or case of bending, described External Force Acting is on described protecting sleeve 36, and described hydraulic pipe 23 and described electric wire 7 can obtain good service life.
Through a large amount of Physical Experiments, in order to ensure that described protecting sleeve 36 has firm intensity and good bending property, described external diameter Z, wall thickness Y, described external diameter Z is 6 to 7 of wall thickness Y.In order to make described compound type conduit 26 obtain bending property to greatest extent, in order to make the inner space of described protecting sleeve 36 obtain maximum degree of utilization, described gap X is 20 to 30.In the present embodiment, described external diameter Z is 10.5mm, and described wall thickness Y is 1.6mm, and described gap X is 0.2mm; The external diameter of described hydraulic pipe 23 is 4mm, and quantity is 1; The external diameter of described electric wire 7 is 2.5, and quantity is 2.
The fitting process of described compound type conduit 26 is below described: utilize mechanical tensile forces by stretching for described protecting sleeve 36, first penetrate described electric wire 7 in described protecting sleeve 36, quantity is 2; Then in described protecting sleeve 36, hydraulic pipe 23 is penetrated.Due to the existence of described gap X, it is feasible for making to penetrate.Along with described hydraulic pipe 23 penetrates into the increase of the length in described protecting sleeve 36; friction drag can become increasing; described gap X is 20 to 30; the factory length of described compound type conduit 26 can reach ten meters to 20 meters, meets the operating needs of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
The second detailed description of the invention:
Fig. 7 is the structural representation of the second detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
The second is specifically implemented to be from the different of the first detailed description of the invention: during the second is specifically implemented, and owing to achieving two hydraulic pipes, the utility model aqueous vapor thermoelectricity compound type automatic hose reel can transmit medium simultaneously, such as electricity, gas, liquid.The second specifically implement to be in the first detailed description of the invention identical in: all depend on the transmission that described conducting ring assembly 14 realizes electricity, in structure, functionally all the same; Described compound type conduit 26 is all general in these two embodiments.
Described mandrel assembly comprises: flange bearing 10, conducting ring assembly 14, end bearing 16, center shaft 30, two-tube feed liquor axle 51, first feed tube 52, second feed tube 53, first hydraulic pipe 54, second hydraulic pipe 55, first axle sleeve 56, second axle sleeve 57, first seal assembly 58, second seal assembly 59, second fluid joint 61, first fluid joint 60;
The center of described center shaft 30 is provided with the through hole 34 of centrally axis trend; Described disjunctor reel 25 is movably connected on described center shaft 30 by described flange bearing 10, and described disjunctor reel 25 is movably connected on described center shaft 30 by described end bearing 16; Described conducting ring assembly 14 is connected on described center shaft 30.Described two-tube feed liquor axle 51 is fixed on one end of described center shaft 30;
In the described mandrel assembly of the utility model aqueous vapor thermoelectricity compound type automatic hose reel, one end of described center shaft 30 is provided with two-tube feed liquor axle 51.Described first feed tube 52 is fixed on described two-tube feed liquor axle 51, and described first hydraulic pipe 54 is fixed on described two-tube feed liquor axle 51 by described first fluid joint 60.On described two-tube feed liquor axle 51, the first pipeline 62 is set between described first feed tube 52 and described first hydraulic pipe 54.On described two-tube feed liquor axle 51, the first seal assembly 58 is set in the both sides of described first fluid joint 60.
Similarly, described second feed tube 53 is fixed on described two-tube feed liquor axle 51, and described second hydraulic pipe 55 is fixed on described two-tube feed liquor axle 51 by described second fluid joint 61.On described two-tube feed liquor axle 51, the second pipeline 63 is set between described second feed tube 53 and described second hydraulic pipe 55.On described two-tube feed liquor axle 51, the second seal assembly 59 is set in the both sides of described second fluid joint 61.
Liquid or gas, enter from described first feed tube 52, by described first pipeline 62, then enters described first hydraulic pipe 54, then enter in described compound type conduit 26.
Similarly, enter from described second feed tube 53, by described second pipeline 63, then enter described second hydraulic pipe 55, then enter in described compound type conduit 26.
Fig. 8 is the structural representation of the compound type conduit 26 of the first detailed description of the invention of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
The external diameter of described hydraulic pipe 23 is 4mm, and quantity is 2; The external diameter of described electric wire 7 is 2.5, and quantity is 2.
Fig. 4 is the surface structure schematic diagram of the utility model aqueous vapor thermoelectricity compound type automatic hose reel, and Fig. 5 is the chassis structure schematic diagram of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
Described chassis 1 is planar circular structure, and described shell 13 inside forms the containing die cavity for holding tube coiling appts internal component.The edge on described chassis 1 and described shell 13 realize being connected.
Below in conjunction with Fig. 1 to 7, further describe working process and the principle of work of the utility model aqueous vapor thermoelectricity compound type automatic hose reel:
Described feed tube 6 and described electric wire 7 are entered by described through hole 34, and described feed tube 6 is connected in the quick coupling of described liquid inlet joint 17; Hydraulic pipe 23 is connected in the quick coupling of described fluid joint 22.Described electric wire 7, through line outlet 32, is connected on described conducting ring assembly 14.Described electric wire 7 is incorporated to described compound type conduit 26 after described conducting ring assembly 14 together with described hydraulic pipe 23.Described compound type conduit 26 is around on described disjunctor reel 25, and described protective frame 27 is arranged on described shell 13, and described spacing ball 28 is fixed on the end of described compound type conduit 26, and described spacing ball 28 is positioned at the outside of described protective frame 27.The hand-held described spacing ball 28 of operator, pulls out described compound type conduit 26 by tube coiling appts, extends to and needs to power, supplies water, on the equipment of air feed.Because the material of the employing softness of described protecting sleeve 36 makes, described compound type conduit 26 is made to possess good flexible.Make described compound type conduit 26 can be around on described disjunctor reel 25, also can be in use freely bending.
Because described compound type conduit 26 is integrated with the function of energising, logical liquid, ventilation body, make the utility model aqueous vapor thermoelectricity compound type automatic hose reel can transmit more medium simultaneously, fast more convenient to use.Because tube coiling appts is positioned over the work-site needing repeated disassembled and assembled joint more, the medium multiplexing of transmission function with initiative disclosed in the utility model aqueous vapor thermoelectricity compound type automatic hose reel, improves the operating efficiency of work-site greatly.The utility model aqueous vapor thermoelectricity compound type automatic hose reel is not the simple superposition simply by energising and the large function of logical liquid two, but the insulating power required for the sealing requirements required for logical liquid and energising is required to obtain in a described mandrel assembly to meet by structure design cleverly simultaneously.
Described mandrel assembly arranges two bearings: described flange bearing 10 and described end bearing 16.The setting of two bearings greatly reduces the friction drag that described disjunctor reel 25 rotates around described mandrel assembly.Make the work of the utility model aqueous vapor thermoelectricity compound type automatic hose reel more smooth and easy.
Described conducting ring assembly 14 is for realizing uninterrupted power supply.Described electric wire 7 is entered by described through hole 34, through described line outlet 32, is connected on the inner ring of described conducting ring assembly 14.In the process that described compound type conduit 26 stretches out from the utility model aqueous vapor thermoelectricity compound type automatic hose reel, described disjunctor reel 25 rotates around described mandrel assembly, described center shaft 30 does not rotate, the inner ring of described conducting ring assembly 14 does not rotate, and the outer ring of described conducting ring assembly 14 is with described disjunctor reel 25 synchronous axial system.Described conducting ring assembly 14 by the current lead-through of inner ring to outer ring.After described conducting ring assembly 14, described wire 7 can be incorporated in compound type conduit 26 around described disjunctor reel 25 synchronous axial system.
Described coupling nut 15, liquid inlet joint 17, axle sleeve 18, seal ring assembly 19, feed liquor axle 20, shaft-cup 21, fluid joint 22 are for ensureing the leak tightness of medium in transmitting procedure.
Described center shaft 30, coupling nut 15, liquid inlet joint 17, feed liquor axle 20 4 realize being connected keeping positive confinement simultaneously.
Described feed tube 6 is connected in the quick coupling of described liquid inlet joint 17, the central axis place of described coupling nut 15 arranges first passage, described feed liquor axle 20 is provided with the second channel 38 be connected with described first passage 37, one end of described second channel 38 connects described first passage 37, and the other end connects described liquid outlet 31.Described axle sleeve 18 is movably connected on described feed liquor axle 20, and described axle sleeve 18 is fixed with described fluid joint 22, and described fluid joint 22 arranges third channel 39, and institute's third channel 39 is communicated with described liquid outlet 31 and described hydraulic pipe 23.On the cylindrical of described feed liquor axle 20, in the both sides of described liquid outlet 31, described seal ring assembly 19 is set, because described fluid joint 22 rotates around described feed liquor axle 20, described seal ring assembly 19 exports described fluid joint 22 to after being entered by described feed tube 6 by transmission medium No leakage.Described hydraulic pipe 23 is connected in the quick coupling of described fluid joint 22, and described hydraulic pipe 23 can be incorporated in compound type conduit 26 around described disjunctor reel 25 synchronous axial system.
Described liquid inlet joint 17 and described fluid joint 22 arrange quick coupling, improves the efficiency be connected and sealed with described feed tube 6 and described hydraulic pipe 23.
Fig. 4 is the surface structure schematic diagram of the utility model aqueous vapor thermoelectricity compound type automatic hose reel, and Fig. 5 is the chassis structure schematic diagram of the utility model aqueous vapor thermoelectricity compound type automatic hose reel.
Described chassis 1 is planar circular structure, when installation the utility model aqueous vapor thermoelectricity compound type automatic hose reel, described chassis 1 can be affixed on wall.Fig. 6 is the surface structure schematic diagram of traditional tube coiling appts.Traditional tube coiling appts due to structure, must on tube coiling appts mounting bracket, tube coiling appts could be realized to be fixed on wall, the increase of cost can be caused like this.
Finally, it should be pointed out that above embodiment is only the more representational example of the utility model.Obviously, the utility model is not limited to above-described embodiment, can also have many distortion.Every above embodiment is done according to technical spirit of the present utility model any simple modification, equivalent variations and modification, all should think and belong to protection domain of the present utility model.
Claims (8)
1. an aqueous vapor thermoelectricity compound type automatic hose reel, is characterized in that, comprising: chassis, brake disc, inlet wire capping, mandrel assembly, wind spring capping, wind spring, shell, disjunctor spool, disjunctor reel, compound type conduit, protective frame, spacing ball; Described chassis is fixedly connected with described shell, described mandrel assembly is fixedly connected on described chassis, described chassis is provided with brake disc, described wind spring capping is movably connected on described mandrel assembly, described wind spring is arranged in described wind spring capping, and described disjunctor spool, disjunctor reel are movably connected on described mandrel assembly, and described compound type conduit is around on described disjunctor reel, described protective frame is arranged on described shell, and described spacing ball is fixed on the end of described compound type conduit;
It is characterized in that, described mandrel assembly comprises: flange bearing, conducting ring assembly, coupling nut, end bearing, liquid inlet joint, axle sleeve, seal ring assembly, feed liquor axle, shaft-cup, fluid joint; The center of described center shaft is provided with the through hole of centrally axis trend; One end of described coupling nut is fixed on described center shaft, the other end of described coupling nut is fixed on described liquid inlet joint, described disjunctor reel is movably connected on described center shaft by described flange bearing, and described disjunctor reel is movably connected on described center shaft by described end bearing; One end of described liquid inlet joint is fixed on described feed liquor axle, and described feed liquor axle is movably connected on described axle sleeve; The sidewall of described axle sleeve arranges liquid outlet, arranges described seal ring assembly in the both sides of described liquid outlet; Described axle sleeve is fixed with described fluid joint, and described fluid joint is connected described water pipe; Described conducting ring assembly is connected on described center shaft.
2. an aqueous vapor thermoelectricity compound type automatic hose reel, comprises chassis, brake disc, inlet wire capping, mandrel assembly, wind spring capping, wind spring, shell, disjunctor spool, disjunctor reel, compound type conduit, protective frame, spacing ball; Described chassis is fixedly connected with described shell, described mandrel assembly is fixedly connected on described chassis, described chassis is provided with brake disc, described wind spring capping is movably connected on described mandrel assembly, described wind spring is arranged in described wind spring capping, and described disjunctor spool, disjunctor reel are movably connected on described mandrel assembly, and described compound type conduit is around on described disjunctor reel, described protective frame is arranged on described shell, and described spacing ball is fixed on the end of described compound type conduit;
It is characterized in that, described mandrel assembly comprises: flange bearing, conducting ring assembly, end bearing, center shaft, two-tube feed liquor axle, the first feed tube, the second feed tube, the first hydraulic pipe, the second hydraulic pipe, the first axle sleeve, the second axle sleeve, the first seal assembly, the second seal assembly, the second fluid joint, the first fluid joint;
The center of described center shaft is provided with the through hole of centrally axis trend; Described disjunctor reel is movably connected on described center shaft by described flange bearing, and described disjunctor reel is movably connected on described center shaft by described end bearing; Described conducting ring assembly is connected on described center shaft, and described two-tube feed liquor axle is fixed on one end of described center shaft;
One end of described center shaft is provided with two-tube feed liquor axle, described first feed tube is fixed on described two-tube feed liquor axle, described first hydraulic pipe is fixed on described two-tube feed liquor axle by described first fluid joint, on described two-tube feed liquor axle, between described first feed tube and described first hydraulic pipe, the first pipeline is set, on described two-tube feed liquor axle, the first seal assembly is set in the both sides of described first fluid joint.
3. aqueous vapor thermoelectricity compound type automatic hose reel according to claim 1, is characterized in that, arrange quick coupling in one end of described liquid inlet joint, arranges quick coupling in one end of described fluid joint.
4. aqueous vapor thermoelectricity compound type automatic hose reel according to claim 1, is characterized in that, feed tube and electric wire are entered by described through hole, and described feed tube is connected in the quick coupling of described liquid inlet joint; Hydraulic pipe is connected in the quick coupling of described fluid joint; Described electric wire, through line outlet, is connected on described conducting ring assembly; Described electric wire is incorporated to described compound type conduit after described conducting ring assembly together with described hydraulic pipe.
5. aqueous vapor thermoelectricity compound type automatic hose reel according to claim 1 and 2, is characterized in that, described compound type conduit comprises: hydraulic pipe, electric wire, protecting sleeve; Described hydraulic pipe becomes coaxially arranged with described electric wire, and described protecting sleeve is wrapped in described hydraulic pipe and described electric wire.
6. aqueous vapor thermoelectricity compound type automatic hose reel according to claim 5, is characterized in that, the external diameter of described hydraulic pipe is Z, and wall thickness is Y, and the gap of described protecting sleeve inwall and described hydraulic pipe is X; Described external diameter Z is 6 to 7 of wall thickness Y, bending property is to greatest extent obtained in order to make described compound type conduit, maximum degree of utilization is obtained in order to make the inner space of described protecting sleeve, described gap X is 20 to 30, in the present embodiment, described external diameter Z is 10.5mm, and described wall thickness Y is 1.6mm, and described gap X is 0.2mm; The external diameter of described hydraulic pipe is 4mm, and quantity is 1 or 2; The external diameter of described electric wire is 2.5, and quantity is 2 or 3 or 4.
7. aqueous vapor thermoelectricity compound type automatic hose reel according to claim 1 and 2, it is characterized in that, described chassis is planar circular structure, and described enclosure forms the containing die cavity for holding tube coiling appts internal component, and the edge on described chassis and described shell realize being connected.
8. aqueous vapor thermoelectricity compound type automatic hose reel according to claim 2, is characterized in that, described second feed tube is fixed on described two-tube feed liquor axle, and described second hydraulic pipe is fixed on described two-tube feed liquor axle by described second fluid joint; On described two-tube feed liquor axle, the second pipeline is set between described second feed tube and described second hydraulic pipe; On described two-tube feed liquor axle, the second seal assembly is set in the both sides of described second fluid joint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520434993.3U CN204802746U (en) | 2015-06-16 | 2015-06-16 | Compound automatic reelpipe ware of aqueous vapor electricity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520434993.3U CN204802746U (en) | 2015-06-16 | 2015-06-16 | Compound automatic reelpipe ware of aqueous vapor electricity |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204802746U true CN204802746U (en) | 2015-11-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520434993.3U Expired - Fee Related CN204802746U (en) | 2015-06-16 | 2015-06-16 | Compound automatic reelpipe ware of aqueous vapor electricity |
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| Country | Link |
|---|---|
| CN (1) | CN204802746U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104944213A (en) * | 2015-06-16 | 2015-09-30 | 温州牛牛气动科技有限公司 | Water, gas and electricity combined type automatic winding device |
| CN106809705A (en) * | 2016-12-30 | 2017-06-09 | 邵羽骏 | A kind of tube rolling device of intelligent power control |
| CN110454103A (en) * | 2019-09-16 | 2019-11-15 | 信达科创（唐山）石油设备有限公司 | A kind of compound umbilical drum apparatus of large capacity well logging |
-
2015
- 2015-06-16 CN CN201520434993.3U patent/CN204802746U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104944213A (en) * | 2015-06-16 | 2015-09-30 | 温州牛牛气动科技有限公司 | Water, gas and electricity combined type automatic winding device |
| CN104944213B (en) * | 2015-06-16 | 2018-02-06 | 温州牛牛气动科技有限公司 | Aqueous vapor thermoelectricity compound type automatic hose reel |
| CN106809705A (en) * | 2016-12-30 | 2017-06-09 | 邵羽骏 | A kind of tube rolling device of intelligent power control |
| CN110454103A (en) * | 2019-09-16 | 2019-11-15 | 信达科创（唐山）石油设备有限公司 | A kind of compound umbilical drum apparatus of large capacity well logging |
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