CN105058778A - Electromagnetic induction hot melt pipe connecting device - Google Patents
Electromagnetic induction hot melt pipe connecting device Download PDFInfo
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- CN105058778A CN105058778A CN201510474018.XA CN201510474018A CN105058778A CN 105058778 A CN105058778 A CN 105058778A CN 201510474018 A CN201510474018 A CN 201510474018A CN 105058778 A CN105058778 A CN 105058778A
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Abstract
The invention belongs to the technical field of pipeline processing devices and particularly relates to an electromagnetic induction hot melt pipe connecting device. The electromagnetic induction hot melt pipe connecting device comprises two half bodies which are folded with each other, wherein one end of one half body is hinged to one end of the other half body; when the two half bodies are folded, a pipe connecting channel capable of surrounding the periphery of a pipe body is formed; each half body is provided with an arc-shaped accommodating groove; coils and a plurality of magnets which can be connected with an alternating-current power supply are arranged in each arc-shaped accommodating groove; an arc-shaped groove opening facing towards the other half body is formed in each arc-shaped accommodating groove; heat dissipation meshes capable of sealing the arc-shaped groove openings and made of mesh-shaped insulation heat-resistant materials are fixed to the arc-shaped groove openings; when the two half bodies are folded, the heat dissipation meshes are encircled to form annular heat dissipation coils which are located in the pipe connecting channel; the magnets are uniformly distributed in the peripheral direction; mounting structures communicated with the arc-shaped accommodating grooves are arranged on the half bodies respectively; air supply devices are mounted on the mounting structures; and heat dissipation structures capable of connecting the outside and the arc-shaped accommodating grooves are arranged on the half bodies respectively. The electromagnetic induction hot melt pipe connecting device has the advantage of high heat dissipation performance.
Description
Technical field
The invention belongs to tube cutting device technical field, especially relate to a kind of electromagnetic induction tempreature bulb connection device.
Background technology
Compound pipeline complex pipeline forms multiple tube by being compounded with metal level in the middle of plastic tube and being connected and composed by joint, metal level due to tubing intermediate layer is airtight, has good resistance oxygen effect, can be directly used in direct drinking water project, and its ectonexine is plastic material, there is extraordinary corrosion resistance.Therefore the purposes of compound pipeline complex pipeline widely, and in oil, natural gas transport, work pipes for mining, water drinking tube, the various field of drainpipe etc. all can be applied.The metallic character of the connection general metal level of its joint of current compound pipeline complex pipeline and multiple tube, pass through electromagnetic welding, but be connected not tight between body with joint, easily there is gap in welding end, sealing is poor, and not a kind of special pipe connection device body and joint being carried out to hot-melt adhesive paste in prior art.
In order to improve prior art, people have carried out long-term exploration, propose various solution.Such as, Chinese patent literature discloses a kind of pipe welding fixture, electromagnetic induction pipe connects equipment [application number: CN201120220413.2], comprise: shell, in hooping structure, comprise two panels hoop plate involutory after be formed by connecting, one end of two panels hoop plate is hinged, and two panels hoop plate is extended with the handle being convenient to grip in hinged place; At the bottom of plate, be disposed with magnetosphere, layer of silica gel, magnetic force drum outward inside hoop plate, magnetic force drum is electrically connected with the external world.
Although such scheme to some extent solves the deficiencies in the prior art, but this pipe welding fixture is when carrying out hot-melt adhesive paste to body and joint, self can not dispel the heat well, easy infringement magnetosphere and magnetic force drum, in addition, overall structure is comparatively complicated, and design is reasonable not enough, poor practicability.
Summary of the invention
The object of the invention is for the problems referred to above, provide a kind of reasonable in design, the simple and electromagnetic induction tempreature bulb connection device that thermal diffusivity is good of structure.
For achieving the above object, present invention employs following technical proposal: this electromagnetic induction tempreature bulb connection device, comprise two involutory settings and the halfbody that is hinged of one end, formed when two halfbodies close up and can connect road by the pipe of obvolvent in body periphery, each halfbody has arc storage tank respectively, the coil and some magnets that can be connected with AC power is respectively equipped with in arc storage tank, it is characterized in that, each arc storage tank has towards the arc-shaped slot of another halfbody respectively, be fixed with at arc-shaped slot and arc-shaped slot can be sealed and the radiator-grid be made up of netted insulation heat proof material, radiator-grid described in when two halfbodies close up surrounds to be formed and is positioned at described pipe and connects the circular radiating circle in road and described magnet is uniformly distributed at circumferencial direction, described halfbody is respectively equipped with the mounting structure be connected with arc storage tank, described mounting structure is provided with air supply device, described halfbody is respectively equipped with and can be communicated with radiator structure that is extraneous and arc storage tank.Arc storage tank is beneficial to the installation of coil and some magnets, and the arc-shaped slot radiator-grid be made up of netted insulation heat proof material seals, the heat produced during hot melt can shed from radiator-grid, outside then has the flowing of air supply device increase air internal heat air-blowing to be gone out, hot gas carries out shedding dispelling the heat from radiator structure, this electromagnetic induction of high temperature failure tempreature bulb connection device is avoided in the combination of inner and outside, extends service life; Get final product obvolvent when two halfbodies close up peripheral at body, use more for convenience, the circular radiating circle of formation is also beneficial to circumferential Homogeneouslly-radiating, and global design is reasonable, and structure is simple, practical.
In above-mentioned electromagnetic induction tempreature bulb connection device, described radiator structure comprises some opening on halfbody and equally distributed louvre, and mounting structure comprises installing port.
In above-mentioned electromagnetic induction tempreature bulb connection device, described radiator structure is positioned at the both sides of air supply device, and described air supply device has some installing holes.Air supply device is positioned at the middle part of radiator structure, is beneficial to hot gas and sheds from both sides.
In above-mentioned electromagnetic induction tempreature bulb connection device, described radiator-grid is made up of glass fibre or asbestos.Glass fibre has the heat-resisting function of good insulation, and price inexpensively, reduces production cost.
In above-mentioned electromagnetic induction tempreature bulb connection device, described air supply device comprises the installing rack matched with installing port, described installing rack is provided with fan, described fan is connected with the drive motors be fixed on installing rack, described drive motors is connected with electric wire, and described installing rack is provided with the fixing card entry slot of supply lines.Card entry slot is beneficial to passing of electric wire and electric wire is connected with administration of power supply after passing.
In above-mentioned electromagnetic induction tempreature bulb connection device, described halfbody has the end face mouth through with arc storage tank outer end away from one end of pin joint, and described radiator-grid extends and covers described end face mouth.End face mouth is not closed, and namely also can dispel the heat in end, good heat dissipation effect.
In above-mentioned electromagnetic induction tempreature bulb connection device, described radiator-grid is fixed on arc-shaped slot and end face mouth by resinoid.Resinoid is under the independent role of heat, catalyst or can forms a class adhesive of chemical bond under synergy, non-fusible after its solidification, also do not dissolve, there is good anti-creep performance, in the environment of various heat, cold, wet radiation and chemical attack, all have good durability.
In above-mentioned electromagnetic induction tempreature bulb connection device, be provided with two correspondences in described arc storage tank to be arranged on cell wall and the arc-shaped step be positioned at above bottom land, being provided with the location structure for installing above-mentioned magnet between two arc-shaped step, between described magnet and bottom land, being provided with gap; Gap is provided with between described radiator-grid and coil.Arc-shaped step and location structure are beneficial to the installation of magnet and coil, be provided with gap and be beneficial to heat and shed from radiator structure between magnet and bottom land, be provided with gap and be beneficial to heat and shed from radiator-grid between radiator-grid and coil.
In above-mentioned electromagnetic induction tempreature bulb connection device, described coil is coiled in tile-type and is covered above above-mentioned magnet, the end of a thread of described coil passes half external, and one of them the end of a thread of two coils is connected, described halfbody is respectively equipped with handle near one end of pin joint, is provided with two halfbodies can be made to be in the torsion spring of closed configuration at pin joint place.Torsion spring makes this electromagnetic induction tempreature bulb connection device naturally be kept closed, and handle is beneficial to opening of this electromagnetic induction tempreature bulb connection device.
In above-mentioned electromagnetic induction tempreature bulb connection device, described halfbody comprises curved plate, described curved plate is hinged with the arc side plate being located at curved plate both sides by jointed shaft respectively away from one end of pin joint, the both sides of described curved plate are provided with arc cutting, described arc side plate have the slot that adapts with arc cutting and arc cutting inserts in slot.Curved plate and arc side plate are detachable structure, can realize coil and magnet replacing when not removing radiator-grid, practical.
Compared with prior art, the advantage of this electromagnetic induction tempreature bulb connection device is:
First, arc storage tank is beneficial to the installation of coil and some magnets, and the arc-shaped slot radiator-grid be made up of netted insulation heat proof material seals, the heat produced during hot melt can shed from radiator-grid, outside then has the flowing of air supply device increase air internal heat air-blowing to be gone out, hot gas carries out shedding dispelling the heat from radiator structure, and this electromagnetic induction of high temperature failure tempreature bulb connection device is avoided in the combination of inner and outside, extends service life; Get final product obvolvent when two halfbodies close up peripheral at body, use more for convenience, the circular radiating circle of formation is also beneficial to circumferential Homogeneouslly-radiating, and global design is reasonable, and structure is simple, practical.
The second, air supply device is positioned at the middle part of radiator structure, is beneficial to hot gas and sheds from both sides, and card entry slot is beneficial to passing of electric wire and electric wire is connected with administration of power supply after passing.
3rd, radiator-grid is supported by glass fiber material, and glass fibre has the heat-resisting function of good insulation, and price inexpensively, reduces production cost.
4th, arc-shaped step and location structure are beneficial to the installation of magnet and coil, be provided with gap and be beneficial to heat and shed from radiator structure between magnet and bottom land, be provided with gap and be beneficial to heat and shed from radiator-grid between radiator-grid and coil.
5th, torsion spring makes this electromagnetic induction tempreature bulb connection device naturally be kept closed, and handle is beneficial to opening of this electromagnetic induction tempreature bulb connection device.
6th, curved plate and arc side plate are detachable structure, can realize coil and magnet replacing when not removing radiator-grid, practical.
Accompanying drawing explanation
Fig. 1 is structural representation provided by the invention.
Fig. 2 is explosive view provided by the invention.
Fig. 3 is the structural representation of air supply device provided by the invention.
In figure, halfbody 1, pipe connect road 2, arc storage tank 3, coil 4, magnet 5, arc-shaped slot 6, radiator-grid 7, circular radiating circle 8, radiator structure 9, end face mouth 10, arc-shaped step 11, handle 12, torsion spring 13, louvre 14, curved plate 15, arc side plate 16, the end of a thread 17, air supply device 18, installing port 19, installing rack 20, fan 21, card entry slot 22.
Detailed description of the invention
Embodiment
As Figure 1-3, this electromagnetic induction tempreature bulb connection device comprises two involutory settings and the halfbody 1 that is hinged of one end, formed when two halfbodies 1 close up and can connect road 2 by the pipe of obvolvent in body periphery, each halfbody 1 has arc storage tank 3 respectively, the coil 4 and some magnets 5 that can be connected with AC power is respectively equipped with in arc storage tank 3, it is characterized in that, each arc storage tank 3 has the arc-shaped slot 6 towards another halfbody 1 respectively, be fixed with at arc-shaped slot 6 and arc-shaped slot 6 can be sealed and the radiator-grid 7 be made up of netted insulation heat proof material, when two halfbodies 1 close up, radiator-grid 7 surrounds to be formed and is positioned at described pipe and connects the circular radiating circle 8 in road 2 and magnet 5 is uniformly distributed at circumferencial direction, halfbody 1 is respectively equipped with the mounting structure be connected with arc storage tank 3, mounting structure is provided with air supply device 18, halfbody 1 is respectively equipped with and can be communicated with radiator structure 9 that is extraneous and arc storage tank 3.Arc storage tank 3 is beneficial to the installation of coil 4 and some magnets 5, and arc-shaped slot 6 radiator-grid 7 be made up of netted insulation heat proof material seals, the heat produced during hot melt can shed from radiator-grid 7, outside then have air supply device 18 increase air flowing internal heat air-blowing is gone out, hot gas carries out shedding dispelling the heat from radiator structure 9, this electromagnetic induction of high temperature failure tempreature bulb connection device is avoided in the combination of inner and outside, extends service life; Get final product obvolvent when two halfbodies 1 close up peripheral at body, use more for convenience, the circular radiating circle 8 of formation is also beneficial to circumferential Homogeneouslly-radiating, and global design is reasonable, and structure is simple, practical.
Wherein, radiator structure 9 comprises some opening on halfbody 1 and equally distributed louvre 14, and mounting structure comprises installing port 19.Improve as one, radiator structure 9 is positioned at the both sides of air supply device 18, and air supply device 18 has some installing holes, and air supply device 18 is positioned at the middle part of radiator structure 9, is beneficial to hot gas and sheds from both sides.More particularly, air supply device 18 comprises the installing rack 20 matched with installing port 19, installing rack 20 is provided with fan 21, fan 21 is connected with the drive motors be fixed on installing rack 20, drive motors is connected with electric wire, installing rack 20 is provided with the fixing card entry slot 22 of supply lines, and card entry slot 22 is beneficial to passing of electric wire and electric wire is connected with administration of power supply after passing.
Radiator-grid 7 is made up of glass fibre or asbestos, and glass fibre has the heat-resisting function of good insulation, and price inexpensively, reduces production cost.Halfbody 1 has the end face mouth 10 through with arc storage tank 3 outer end away from one end of pin joint, and radiator-grid 7 extends and covers described end face mouth 10, and end face mouth 10 is not closed, and namely also can dispel the heat in end, good heat dissipation effect.More particularly, radiator-grid 7 is fixed on arc-shaped slot 6 and end face mouth 10 by resinoid, resinoid is under the independent role of heat, catalyst or can forms a class adhesive of chemical bond under synergy, non-fusible after its solidification, also do not dissolve, there is good anti-creep performance, in the environment of various heat, cold, wet radiation and chemical attack, all have good durability.Improve as one, be provided with two correspondences in arc storage tank 3 and be arranged on cell wall and be positioned at the location structure be provided with between arc-shaped step 11, two arc-shaped step 11 above bottom land for installing above-mentioned magnet 5, between magnet 5 and bottom land, be provided with gap; Gap is provided with between radiator-grid 7 and coil 4, arc-shaped step 11 and location structure are beneficial to the installation of magnet 5 and coil 4, be provided with gap between magnet 5 and bottom land to be beneficial to heat and to shed from radiator structure 9, be provided with gap between radiator-grid 7 and coil 4 and be beneficial to heat and shed from radiator-grid 7.
Wherein, coil 4 is coiled in tile-type and is covered above above-mentioned magnet 5, the end of a thread 17 of coil 4 passes outside halfbody 1, and one of them the end of a thread 17 of two coils 4 is connected, halfbody 1 is respectively equipped with handle 12 near one end of pin joint, be provided with the torsion spring 13 that two halfbodies 1 can be made to be in closed configuration at pin joint place, torsion spring 13 makes this electromagnetic induction tempreature bulb connection device naturally be kept closed, and handle 12 is beneficial to opening of this electromagnetic induction tempreature bulb connection device.More particularly, halfbody 1 comprises curved plate 15, curved plate 15 is hinged with the arc side plate 16 being located at curved plate 15 both sides by jointed shaft respectively away from one end of pin joint, the both sides of curved plate 15 are provided with arc cutting, arc side plate 16 have the slot that adapts with arc cutting and arc cutting inserts in slot.Curved plate 15 and arc side plate 16 are detachable structure, can realize coil and magnet replacing when not removing radiator-grid 7, practical.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Although more employ halfbody 1 herein, the terms such as road 2, arc storage tank 3, coil 4, magnet 5, arc-shaped slot 6, radiator-grid 7, circular radiating circle 8, radiator structure 9, end face mouth 10, arc-shaped step 11, handle 12, torsion spring 13, louvre 14, curved plate 15, arc side plate 16, the end of a thread 17, air supply device 18, installing port 19, installing rack 20, fan 21, card entry slot 22 connected by pipe, do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present invention more easily; The restriction that they are construed to any one additional is all contrary with spirit of the present invention.
Claims (10)
1. an electromagnetic induction tempreature bulb connection device, comprise two involutory settings and the halfbody (1) that is hinged of one end, formed when two halfbodies (1) are closed up and can connect road (2) by the pipe of obvolvent in body periphery, each halfbody (1) has arc storage tank (3) respectively, the coil (4) and some magnets (5) that can be connected with AC power is respectively equipped with in arc storage tank (3), it is characterized in that, each arc storage tank (3) has towards the arc-shaped slot of another halfbody (1) (6) respectively, be fixed with at arc-shaped slot (6) and arc-shaped slot (6) can be sealed and the radiator-grid (7) be made up of netted insulation heat proof material, radiator-grid (7) described in when two halfbodies (1) are closed up surround formation be positioned at described pipe connect road (2) circular radiating circle (8) and described magnet (5) be uniformly distributed at circumferencial direction, described halfbody (1) is respectively equipped with the mounting structure be connected with arc storage tank (3), described mounting structure is provided with air supply device (18), described halfbody (1) is respectively equipped with and can be communicated with radiator structure (9) that is extraneous and arc storage tank (3).
2. electromagnetic induction tempreature bulb connection device according to claim 1, it is characterized in that, described radiator structure (9) comprises some opening and goes up and equally distributed louvre (14) in halfbody (1), and mounting structure comprises installing port (19).
3. electromagnetic induction tempreature bulb connection device according to claim 1, is characterized in that, described radiator structure (9) is positioned at the both sides of air supply device (18), and described air supply device (18) has some installing holes.
4. the electromagnetic induction tempreature bulb connection device according to claim 1 or 2 or 3, is characterized in that, described radiator-grid (7) is made up of glass fibre or asbestos.
5. electromagnetic induction tempreature bulb connection device according to claim 2, it is characterized in that, described air supply device (18) comprises the installing rack (20) matched with installing port (19), described installing rack (20) is provided with fan (21), described fan (21) is connected with the drive motors be fixed on installing rack (20), described drive motors is connected with electric wire, and described installing rack (20) is provided with the fixing card entry slot (22) of supply lines.
6. the electromagnetic induction tempreature bulb connection device according to claim 1 or 2 or 3 or 5, it is characterized in that, described halfbody (1) has the end face mouth (10) through with arc storage tank (3) outer end away from one end of pin joint, and described radiator-grid (7) extends and covers described end face mouth (10).
7. electromagnetic induction tempreature bulb connection device according to claim 6, is characterized in that, described radiator-grid (7) is fixed on arc-shaped slot (6) and end face mouth (10) by resinoid.
8. electromagnetic induction tempreature bulb connection device according to claim 6, it is characterized in that, be provided with two correspondences in described arc storage tank (3) to be arranged on cell wall and the arc-shaped step (11) be positioned at above bottom land, being provided with the location structure for installing above-mentioned magnet (5) between two arc-shaped step (11), between described magnet (5) and bottom land, being provided with gap; Gap is provided with between described radiator-grid (7) and coil (4).
9. electromagnetic induction tempreature bulb connection device according to claim 8, it is characterized in that, described coil (4) is coiled in tile-type and is covered above-mentioned magnet (5) top, the end of a thread (17) of described coil (4) passes halfbody (1) outward, and one of them the end of a thread (17) of two coils (4) is connected, described halfbody (1) is respectively equipped with handle (12) near one end of pin joint, is provided with the torsion spring (13) that two halfbodies (1) can be made to be in closed configuration at pin joint place.
10. the electromagnetic induction tempreature bulb connection device according to claim 1 or 2 or 3 or 5, it is characterized in that, described halfbody (1) comprises curved plate (15), described curved plate (15) is hinged with the arc side plate (16) being located at curved plate (15) both sides by jointed shaft respectively away from one end of pin joint, the both sides of described curved plate (15) are provided with arc cutting, described arc side plate (16) have the slot adapted with arc cutting and arc cutting inserts in slot.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510474018.XA CN105058778B (en) | 2015-08-05 | 2015-08-05 | Electromagnetic induction tempreature bulb connection device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510474018.XA CN105058778B (en) | 2015-08-05 | 2015-08-05 | Electromagnetic induction tempreature bulb connection device |
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| CN105058778A true CN105058778A (en) | 2015-11-18 |
| CN105058778B CN105058778B (en) | 2017-10-31 |
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| CN201510474018.XA Active CN105058778B (en) | 2015-08-05 | 2015-08-05 | Electromagnetic induction tempreature bulb connection device |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102241139A (en) * | 2011-06-24 | 2011-11-16 | 方恩军 | Pipe connection clamp, electromagnetic induction pipe connection device and pipeline electromagnetic pipe connection method |
| CN202123664U (en) * | 2011-06-24 | 2012-01-25 | 方恩军 | Pipe connecting clamp and electromagnetic induction pipe connecting equipment |
| CN202818661U (en) * | 2012-08-09 | 2013-03-20 | 杭州卓达节能设备有限公司 | Pipeline electromagnetic heating device |
| CN202986105U (en) * | 2013-01-11 | 2013-06-12 | 王占奎 | Electromagnetic induction heater for welding plastic-steel composite pipe with plastic pipe fitting |
| CN205033585U (en) * | 2015-08-05 | 2016-02-17 | 浙江楠丰管道工业有限公司 | Electromagnetic induction hot melt pipe connector device |
-
2015
- 2015-08-05 CN CN201510474018.XA patent/CN105058778B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102241139A (en) * | 2011-06-24 | 2011-11-16 | 方恩军 | Pipe connection clamp, electromagnetic induction pipe connection device and pipeline electromagnetic pipe connection method |
| CN202123664U (en) * | 2011-06-24 | 2012-01-25 | 方恩军 | Pipe connecting clamp and electromagnetic induction pipe connecting equipment |
| CN202818661U (en) * | 2012-08-09 | 2013-03-20 | 杭州卓达节能设备有限公司 | Pipeline electromagnetic heating device |
| CN202986105U (en) * | 2013-01-11 | 2013-06-12 | 王占奎 | Electromagnetic induction heater for welding plastic-steel composite pipe with plastic pipe fitting |
| CN205033585U (en) * | 2015-08-05 | 2016-02-17 | 浙江楠丰管道工业有限公司 | Electromagnetic induction hot melt pipe connector device |
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| CN105058778B (en) | 2017-10-31 |
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