CN107517506A - A kind of safety heater - Google Patents

Abstract

The invention discloses a kind of safety heater, including heating head and the annex for fixing the heating head, the annex to be provided with the cavity for accommodating capacitor, and the capacitor is located in the cavity.The annex is one or both of gun body, mechanical arm, chassis.The gun body is made up of half gun body A of a left side and half gun body B of the right side.The mechanical arm includes rotating disk.The rotating disk is connected by one end of connector and large arm.The other end of the large arm is hinged by one end of hinge and middle arm.The other end of the middle arm is hinged by one end of hinge and forearm.One end of the forearm is hinged by hinge and base.The chassis includes chassis main body, and the chassis main body is walked in orbit by road wheel.The present invention can substantially reduce the voltage (can be reduced to 110V from 1800V) of the power line (operation lines) between electric power host to heater, substantially increase the security of construction.

Description

A kind of safety heater

Technical field

The present invention relates to a kind of heater, more particularly to a kind of safety heater.

Background technology

It is a kind of common processing mode in industry and production field to heat and weld, such as plastic, rubber industry, is handed over Logical such as Tunnel Engineering, such as plastic film blowing machine, wire drawing machine or injection machine, pharmaceuticals industry, the energy and food service industry etc..And electromagnetic type Heating is again the mode of heating being relatively popular over the years, because common heating circle mode of heating is usually the heating of contact heat transfer Mode, heat utilization efficiency is low, and the 30%-70% of only its power consumption is just converted to work heat energy, because heating has cooling inertia simultaneously Phenomenon is present, if heating is not in time, in the presence of radiating, will extend the heat time, and electromagnetic induction heating can adopt Of contactless electromagnetic induction heating, directly heat is made of the thermal losses on workpiece, eliminating heat transfer, so heating is rapid Efficiently.

On 02 17th, 2014, the applicant proposed one to Patent Office of State Intellectual Property Office of the People's Republic of China The application for a patent for invention of entitled " a kind of hand-held electromagnetic heater ", and patent for invention is awarded, Patent No. 201410053724.2。

Because the patented product employs the technological means of Electromagnetic Heating, the efficiency of heating surface and heating quality greatly improve, institute With the deep welcome by clients.But during the production, use in several years, it has been found that some new technologies are asked Topic.

Firstth, resonant capacitor is arranged in mainframe box, and the voltage between induction coil and resonant capacitor can be up to To 1000 volts to 1800 volts.During work, the operation lines for having 16 meters or so length are in moist severe tunneling environment, tool There is great danger.

Secondth, electromagnetic heating coil is easier to burn out, and influences being normally carried out for welding job.

3rd, bipolar transistor (IGBT) is easy to burn out, by repeatedly analyze, test, study also never look for To the reason for burning out bipolar transistor (IGBT).

4th, the not accessible hot melt piece (being configured with the hot melt piece of metal, such as iron net, iron nail) in the front end of heating source, nothing Method further improves the efficiency of heating surface.

Although the 5th, holding the heating head that electromagnetic heater is equipped with a variety of different front panels, send out in use Existing, deformation is serious after hot melt piece is stapled on wall, and state is different, only by existing different front panels heating head much It is not enough, even if being further added by the heating head of one times of different front panel, can not also meet requirements of one's work, and, be replaced as frequently as Heating head can not only add the labor intensity of operating personnel, moreover, can also shadow to operating efficiency, be also unable to reach best effective Fruit.

6th, because heating head rear is provided with straight trough, the front end of cavity is provided with corresponding straight trough and matched, as with dop Buckle-type bottleneck with bayonet socket forms the structure that grafting buckle is fixed, finds this grafting buckle at work as bottle cap Its connection fastness of fixed structure is weaker, is easy to come off from gun body because heating head is heavier, when serious, can damage heating Head.In order to prevent heating head from coming off, operating personnel get only hands grasping electromagnetic heater, or, heating is head-up hold, Use inconvenient.

7th, most waterproof cloth is not transparent waterproof cloth, during welding is heated, it is difficult to find hot melt piece accurately just True position, it is easy to cause solder skip, partially dry joint, weldering.

The content of the invention

The technical problem to be solved in the present invention is to provide a kind of safety heater, the safety heater can be substantially reduced from electricity Source host substantially increases construction to the voltage (can be reduced to 110V from 1800V) of power line between heater (operation lines) Security.

In order to solve the above-mentioned technical problem, the invention provides a kind of safety heater, including heating head and for fixing The annex of the heating head, the annex are provided with the cavity for accommodating capacitor, and the capacitor is located in the cavity.

The annex is one or both of gun body, mechanical arm, chassis.

The gun body is made up of half gun body A of a left side and half gun body B of the right side.The gun body includes the body of a gun and pikestaff.In the body of a gun Portion is provided with reinforcement.The reinforcement will be separated out cavity for accommodating capacitor and for accommodating fan inside the body of a gun Cavity.The capacitor is located at middle part in the body of a gun.Circuit board is provided with above the capacitor.The fan is located in the body of a gun Rear portion.The body of a gun is internally provided with mounting post.The back strap is provided with air inlet.The back strap is provided with first Indicator lamp and the second indicator lamp.Mounting post is provided with the pikestaff.It is provided with front side of the top of the pikestaff and pulls button switch.Institute State and connector is provided with before the body of a gun.There is positioning head along the circumferentially distributed of the connector before the body of a gun.It is described Annular guide channel and annular positioning groove are provided with connector.It is rotatably assorted between the lead ring and the annular guide channel.The rifle Side, which is provided with, with it leads mouth.The shifting block stretches out from described lead in mouth.Positioning head is provided with the annular positioning groove.It is described fixed Position ring is located in the annular positioning groove.The positioning port blocks the positioning head.The metal inserted link inserts the hexagonal and sunk In the jack of the hexagonal end face of head screw.The sealed head misses the sealed pawl from the connector and extend into the lead ring It is interior.The positioning hole entangles the positioning head.Stirring the shifting block makes the sealed pawl pin the sealed head, and the other head is other State other mouth in residence.

The mechanical arm includes rotating disk.The rotating disk is connected by one end of connector and large arm.The large arm The other end is hinged by one end of hinge and middle arm.The other end of the middle arm is hinged by one end of hinge and forearm.It is described One end of forearm is hinged by hinge and base.The shape of the base is in the cylinder of one end closing.The base is configured with net Poroid outer cover.The cavity for accommodating capacitor is provided with outside the base.The capacitor is located in the cavity.It is described The outer bottom of base is provided with articulated section.It is axially disposed in the base to have telescoping mechanism.Set before the telescoping mechanism It is equipped with connector.There is positioning head along the circumferentially distributed of the connector before the telescoping mechanism.Set in the connector It is equipped with annular guide channel and annular positioning groove.It is rotatably assorted between the lead ring and the annular guide channel.The side of the telescoping mechanism Face, which is provided with, leads mouth.The shifting block stretches out from described lead in mouth.Positioning head is provided with the annular positioning groove.The locating ring In the annular positioning groove.The positioning port blocks the positioning head.The metal inserted link inserts the hexagonal countersunk head spiral shell In the jack of the hexagonal end face of nail.The sealed head misses the sealed pawl from the connector and extend into the lead ring.Institute State positioning hole and entangle the positioning head.Stirring the shifting block makes the sealed pawl pin the sealed head, and the other head pins institute State other mouth.

The chassis includes chassis main body, and the chassis main body is walked in orbit by road wheel.The chassis main body Both sides and/or top surface heating head and/or mechanical arm is distributed with.The heating head passes through base and telescoping mechanism and the chassis Both sides connection.The base is provided with the cavity for accommodating capacitor, and the capacitor is located in the cavity.It is described flexible Connector is provided with before mechanism.There is positioning head along the circumferentially distributed of the connector before the telescoping mechanism.Institute State and annular guide channel and annular positioning groove are provided with connector.It is rotatably assorted between the lead ring and the annular guide channel.It is described The side of telescoping mechanism, which is provided with, leads mouth.The shifting block stretches out from described lead in mouth.Positioning is provided with the annular positioning groove Head.The locating ring is located in the annular positioning groove.The positioning port blocks the positioning head.The metal inserted link inserts institute In the jack of hexagonal end face for stating hexagonal sunk screw.The sealed head misses the sealed pawl from the connector and extend into institute State in lead ring.The positioning hole entangles the positioning head.Stirring the shifting block makes the sealed pawl pin the sealed head, described Other head pins the other mouth.The both sides of the chassis main body are disposed with leave from office layer, middle layer, appeared on the stage from bottom to top respectively Layer.The top surface of the chassis main body is provided with roof platform.The mechanical arm be arranged on the leave from office layer and/or middle platform layer and/or on On platform layer and/or roof platform.

The heating head includes housing.

Sealed component is provided with behind the housing.

The sealed component includes sealed neck and sealed head.The sealed neck is prolonged backward behind the housing The torus stretched.The sealed head is that multiple arcs extended radially outward from the sealed neck lateral surface back are convex Edge.The sealed head is distributed evenly in the circumference of the sealed neck.The arc length of the sealed head is less than or equal to two neighboring Two times of arc distance between the sealed head.The quantity of the sealed head at least two.The quantity of the sealed head has two It is individual or three or four.The lateral surface of the sealed head sets different mouth.The other mouth is close to one end of the sealed head.

The sealed head insertion locking member.The locking member includes lead ring, sealed pawl, shifting block, reinforcing plate, other head. The shape of the lead ring is in torus.The sealed pawl is multiple arc radially inwardly extending from the lead ring medial surface front Shape flange.The sealed pawl is distributed evenly in the circumference of the lead ring.The arc length of the sealed pawl is less than or equal to adjacent two Two times of arc distance between the individual sealed pawl.The quantity of the sealed pawl at least two.The quantity of the sealed pawl has Two or three or four.The medial surface of the lead ring corresponds to each described sealed pawl and is respectively arranged with other head.The other head Close to one end of the sealed pawl.After sealed, the other head is not positioned at described intraoral.

The shifting block is located at the lateral surface of the lead ring.The rectangular tabular of shape of institute's shifting block.The reinforcing plate has two. Two reinforcing plates are separately positioned on the both sides of the shifting block.Each described reinforcing plate with the shifting block and the lead ring It is connected as a single entity and is integrally formed part.

Being located behind of the housing is provided with ventilating opening in the sealed neck.

Male component is provided with the sealed neck.

The male component includes header body, metal inserted link.The header body is two respectively from the sealed neck The radially inwardly extending convex body of relative medial surface, two header bodies are distributed in " one " font, or, the plug Body is four Distributed rectangular.The shape of the header body is in cylinder.The front end face of the header body is provided with hexagonal counter sink.The gold The root end face of category inserted link is provided with six prism dops.The end face of the six prisms dop is provided with screwed hole.The screwed hole It is configured with screw.The root side of the metal inserted link is provided with neck.The head of the metal inserted link is from the plug The hexagonal counter sink insertion of body front end face passes from the rear end face of the header body again.The metal inserted link passes through slotted collar It is fixedly connected by the neck with the header body.

The head side of the metal inserted link is provided with annular groove.Tensioning piece is coated with the groove.

The side of the tensioning piece is circumferentially distributed multiple axial bar holes.In the middle part of the side of the tensioning piece radially Outwardly convex.

The relative side of two header bodies is fixedly connected by reinforcement with the madial wall of the sealed neck.It is described The shape of reinforcement is in " ten " font.

The male component is configured with female component.

The female component includes cylinder.The anterior relative both sides difference of the medial surface of the cylinder is radially inwardly extending There is a jack body, two jack bodies are distributed in " one " font, or, anterior two groups of the medial surface of the cylinder is relative Both sides are radially inwardly extending respectively jack body, four rectangular distributions of jack body.The shape of the jack body Shape is in cylinder.The front end face of the jack body is provided with hexagonal counter sink.The jack body is configured with hexagonal sunk screw. The hexagonal end face of the hexagonal sunk screw is provided with jack.The hexagonal sunk screw is configured with nut.

The relative side of two jack bodies is fixedly connected by reinforcement with the medial surface of the cylinder.It is described to add The shape of strengthening tendons is in " ten " font.

The lateral surface of the cylinder has locating ring close to rear portion is circumferentially arranged.The locating ring is provided with positioning port.

Positioning hole is distributed with behind the housing.The positioning hole has three.The shape of three positioning holes is in square Shape.Three positioning hole distributions triangular in shape.Wherein, the long side of two positioning holes is located along the same line, another The long side of the positioning hole is perpendicular to the straight line.

Outside on the upside of the housing is provided with plug witness marker.The plug witness marker is to extract arrow.

The housing is decomposed into removable first half, latter half of, or, the housing is decomposed into removable left half Portion, right side, or, the housing is decomposed into the removable first half, lower half.

It is described it is latter half of be box body.The first half is lid.The box body includes box plate.The shape of the box plate It is rounded.The edge of the box plate is connected with the edge of tapered box side plate osculum.The edge of the big mouth of tapered box side plate connects It is connected to the back edge of cylindricality box side plate.The leading edge of the cylindricality box side plate is provided with outer step.It is distributed with the box body more Individual mounting post.The quantity of the mounting post has four.The circumferentially rectangular distribution of four mounting posts.The mounting post is female Mounting post.Positioning support member is distributed with the box body.The quantity of the positioning support member has six.Six positioning Support member is equally divided into two groups.Support member is positioned described in two groups radially to be distributed in relative two in the box body Side.Long side of the positioning support member close to the rectangle.The positioning support member is divided into location division and supporting part.It is described The shape of location division is elongated.In each group of positioning support member, positioned at the location division of the positioning support member of centre Width is more than the location division width of the positioning support member on both sides.The shape of the supporting part is similar to right-angled trapezium.Institute State supporting part and be configured with cushion.The cushion is made up of rubber.The shape of the cushion cross section is in concave.Institute Cushion is stated to ride on the long base of the supporting part.

Air guide structure is provided with the box body.The air guide structure be integrally formed with the box body wind-guiding of part every Plate, or, the air guide structure is the wind guide component that can be placed in the box body.The wind guide component includes air inlet, gone out greatly Air port, small air outlet.The air inlet is located at behind the wind guide component.The big air outlet is located at the wind guide component It is above central.The small air outlet has two.Two small air outlets are located at the both sides of the big air outlet.The air intake Mouth, the big air outlet, two small air outlets are interconnected.The shape strip of the air inlet.The air inlet Both ends respectively symmetrically are provided with the second identical recess.Described second identical recess coincide with the sealing of tapered box side plate.It is described enter The both sides deviation its one end in air port respectively symmetrically is provided with the first identical recess.The bottom of described first identical recess and positioning hole Sealing coincide.Two small air outlets extend forward forms the 3rd identical recess with the big air outlet.The big air outlet It is coincide with being sealed behind magnetic core bottom.Two small air outlets and the sealing of the rear end face of electromagnetic heating coil coincide.The box The tapered box side plate of body is circumferentially distributed multiple air outlets.The quantity of the air outlet is four or five.The air dam Part is made up of heat-barrier material.

The lid includes lid top panel.The shape of the lid top panel is rounded.The edge of the lid top panel is connected with cylindricality The leading edge of lid side plate.The back edge of the cylindrical cover side plate is provided with interior step.Multiple mounting posts are distributed with the lid.Institute Stating the quantity of mounting post has four.The circumferentially rectangular distribution of four mounting posts.The root of the mounting post, which is provided with, to be added Strengthening tendons.The mounting post is sub- mounting post.The lid top panel is provided with ventilating opening.The ventilating opening has three.Three described logical Air port is linearly distributed.The diameter of the middle ventilating opening is more than the diameter of ventilating opening described in both ends.Behind the lid top panel Air channel is distributed with.The air channel is connected with the ventilating opening.The air channel is groove.It is central along week behind the lid top panel To multiple tops are distributed with.The quantity of the top has four.Four rectangular distributions in top.The shape of the top is in Column-shaped projection.The lid top panel front edge extends to form snap ring forward.

Balanced pressure pad is provided with before the lid top panel.The balanced pressure pad is fabricated from a flexible material.

The flexible material is elastomeric material or flexible plastic.The elastomeric material or the flexible plastic are handled by foaming. The shape of the balanced pressure pad is in disk form.The balanced pressurization is lined with plane and convex-surface type two types, the plane Type also has thickness and low thickness in point high thickness, and the maximum gauge of pressure pad is 26MM~45MM.The high convex surface equilibrium pressure pad Maximum gauge be 30MM.The maximum gauge of the middle convex surface equilibrium pressure pad is 12MM~26MM.The middle convex surface is balanced to be added The maximum gauge of pressure pad is 20MM.The maximum gauge of the low convex surface equilibrium pressure pad is 8MM~12MM.The low convex surface is balanced The maximum gauge of pressure pad is 8MM..It is in the convex surface of front projection before the convex-surface type.Behind the balanced pressure pad For plane.The convex surface is sphere or parabola.The convex surface is divided into high convex surface, middle convex surface, low convex surface.The high convex surface is balanced The maximum gauge of pressure pad is 26MM~45MM.The maximum gauge of the high convex surface equilibrium pressure pad is 30MM.The middle convex surface The maximum gauge of balanced pressure pad is 12MM~26MM.The maximum gauge of the middle convex surface equilibrium pressure pad is 20MM.It is described low The maximum gauge of convex surface equilibrium pressure pad is 8MM~12MM.The maximum gauge of the low convex surface equilibrium pressure pad is 10MM.It is described Pressurization antiskid particles are distributed with before balanced pressure pad.The shape of the pressurization antiskid particles is in cylinder or hemisphere or first half Cylinder after ball.Wind outlet pipette tips equilibrium pressure pad anter is without air outlet after described.Air outlet is distributed with the balanced pressure pad.Institute Stating air outlet has three.Three air outlets are located on the same line.The diameter of the middle air outlet is more than both ends institute State the diameter of air outlet.Behind the balanced pressure pad cavity is formed in concave surface recessed forward.It is provided with the cavity Elastomer.The elastomer is sponge or rubber.The shape of the elastomer is in cylinder.In forward before the elastomer Raised convex surface.Secondary electromagnetic heating coil is provided with before the elastomer.The secondary electromagnetic heating coil and the electromagnetism Heating coil mutually concatenates.The elastomer is provided with ventilating opening.The ventilating opening has three or more.Three ventilating opening positions In on same straight line.The diameter of the middle ventilating opening is more than the diameter of ventilating opening described in both ends.The balanced pressure pad Dowel is provided with cavity below.The dowel is fixedly connected with the head side of the movable magnetic core post.The equilibrium Pressure pad is made up of utricule.The utricule is pneumatophore or liquid capsule body or particle utricule.The utricule includes anter and rear piece.Institute State anter and the rear piece is made up of elastomeric material or flexible plastic.The shape of the anter is in disk or sphere or parabola. It is before the anter and/or internal and/or be distributed flexible stretch-proof line below.The flexible stretch-proof line is cord line. The flexible stretch-proof line is distributed in concentric circular fashion and/or in radiation mode distribution and/or warp-wise distribution and/or broadwise point Cloth.The shape of piece is in disk after described.Piece inside and/or is distributed above and/or below flexible stretch-proof line after described. The flexible stretch-proof line is cord line.The flexible stretch-proof line is distributed in concentric circular fashion and/or is distributed in radiation mode And/or warp-wise distribution and/or Zonal propagations.The edge of the anter is connected with the edge seal of the rear piece.Air-out after described Type pipette tips anter is without air outlet.Air outlet is distributed with the anter.The air outlet has three.Three air outlets are positioned at same On straight line.The diameter of the middle air outlet is more than the diameter of air outlet described in both ends.Correspondingly, the rear piece is distributed with Air outlet.The air outlet has three.Three air outlets are located on the same line.The diameter of the middle air outlet is big In the diameter of air outlet described in both ends.The air outlet of the anter is connected with the air outlet of the rear piece by connecting cylinder sealing. Behind the anter and/or secondary electromagnetic heating coil is internally provided with, and/or, before the rear piece and/or inside is set There is secondary electromagnetic heating coil.

The heating head is configured with hot melt film explorer.

The hot melt film explorer is metal detector.The metal detector is electromagnetic induction type metal detector, and X is penetrated Line detection type metal detector, ultrasound examination type metal detector.The shape of the hot melt film explorer is in the form of a column.The heat The quantity of fuse piece detector at least one.The quantity of the hot melt film explorer has four.Four hot melt film explorers It is distributed in the side of the heating head.The distribution shape of four hot melt film explorers is rectangular.The hot melt film explorer The direction of detecting head is identical with the direction of the heating head.The hot melt film explorer detecting head passes through fixed mount and the heating Head is fixedly connected.The fixed mount setting has bayonet socket.The hot melt film explorer is stuck in the bayonet socket.The bottom surface of the fixed mount Matched with the side of the heating head.The fixed mount is fixedly connected by adhesive parts with the heating head.The fitting Part is velcro or double faced adhesive tape.Four hot melt film explorers have been respectively arranged at indicator lamp.Four indicator lamps It is arranged on the same side of the heating head.Four indicator lamps are arranged on the left side of the heating head.Four indicator lamps Rectangular distribution.The distributing position of four indicator lamps is corresponding with the distributing position of four hot melt film explorers.Four The individual indicator lamp is arranged on fixed bin.The fixed bin is provided with interface.The bottom surface of the fixed bin and the surface of fixed body Match.The fixed bin is fixedly connected by velcro with the fixed body.The fixed body is the heating head.

Heating source is provided with the housing.

The heating source includes electromagnetic heating coil and magnetic core.

The electromagnetic heating coil is provided with radiating gap.

The radiating gap includes axial direction radiating gap between layers and/or Electromagnetic Heating line in electromagnetic heating coil The radial direction radiating gap enclosed between centre circle and circle.

The radiating gap setting is in the opposite both sides of electromagnetic heating coil.The shape of the electromagnetic heating coil is from internal layer Little by little it is changed into ellipse from circle to outer layer.

The electromagnetic heating coil is fixed in the position at the oval short axle both ends by truss members.The binding portion Part is fine rule or insulating tape.

The radiating batch technique is divided into two kinds, and one kind is after electromagnetic heating coil coiling, then with after glue curing, is taken Go out isolated part, leave radiating gap.Another technique is to retain isolated part.The technique for retaining isolated part is to radiate Coil radiating isolated part is provided between gap.The shape of coil radiating isolated part is in the form of a column, tubulose, comb teeth-shaped, Nylon plastic(s) screw rod bracket shape.The shape of cross section of the cylindrical coil radiating isolated part is rounded semicircle or oval Or half elliptic.The shape of cross section of the tubular coil radiating isolated part is in annular.Comb teeth-shaped coil radiating every Elongated from the comb body of part, the length of the comb body is corresponding to the axial length of the electromagnetic heating coil, the broach The broach length of shape coil radiating isolated part is less than or equal to the radial thickness of the electromagnetic heating coil.The screw rod bracket The shape of shape coil radiating isolated part is in prism stake body.The prism stake body is the prism being formed by fixedly connecting with screw mandrel Stake body.The prism stake body is triangular prism stake body or quadrangular stake body or six prism stake bodies.The screw mandrel is to use Bar made of rigid filaments.The coil radiating isolated part is made up of insulating materials.The insulating materials be timber or bamboo material or Nylon or epoxy material or bakelite or polytetrafluoroethylene (PTFE).

The electromagnetic heating coil is shaped by the glue that shapes.The setting glue is watery setting glue or paste setting glue.Institute State watery setting glue be 502 glue or 508 glue or 488 glue or one zero eight glue or the slow dense glue of ring speed or one zero one glue or 201 glue or 301 glue or 401 glue or 260 glue.The paste setting glue is epoxide-resin glue such as AB glue or omnipotent Glue or heatproof silica gel or insulating varnish.

The electromagnetic heating coil is wound on coil rack.The coil rack includes framework main and coil baffle plate. The shape of the framework main is cylindrical.

The coil baffle plate has one, may be alternatively configured two.One coil baffle plate setting is in the framework main Rear end.

The shape of one coil baffle plate is in annular shape.One opposite both sides of the circular coil baffle plate is set respectively It is equipped with breach.The shape of the breach is in sector.Described fan-shaped two longitudinal edges of breach are mutually perpendicular to.Two described fan-shaped The base of breach is parallel to each other.The breach is relative with the radiating gap of the electromagnetic heating coil.

The magnetic core is cylindrical magnetic core or pot core or post pot core.

The post pot core include be arranged concentrically magnetic core post, magnetic core bottom, magnet core wall, the magnetic core post, the magnetic core Bottom, the magnet core wall are integrally formed part, and the magnetic core post is fixed magnetic core post, and the height of the magnetic core post is more than or equal to described The height of magnet core wall.Or the magnetic core bottom and the magnet core wall are integrally formed part, the magnetic core post and the magnetic core bottom are point Open, the magnetic core post is movable magnetic core post.

The difference of the height of the magnetic core post and the height of the magnet core wall is 7MM~44MM.The height of the magnetic core post with The difference of the height of the magnet core wall is 15MM, 20MM, 25MM.

The shape of the magnetic core post is cylindrical.The head shape of the magnetic core post is planar or spheric or parabola Shape.

The shape at the magnetic core bottom is disc-shaped.The center at the magnetic core bottom is provided with guide hole.

The root of the movable magnetic core post is located in the guide hole.The magnetic core bottom is located at guide hole rear end and is provided with insulation bullet Property part.The dielectric resilience part is made up of elastomeric material.

The shape of the magnetic core post is cylindrical.The shape at the magnetic core bottom is in the form of annular discs.The shape of the magnet core wall is in It is cylindric.The magnetic core post is located at axial location and is provided with ventilating opening.The magnetic core bottom and the opposite both sides of the magnet core wall point Do not set jagged.The breach is relative with the radiating gap of the electromagnetic heating coil.In terms of axis direction, the breach Shape is in sector.Two longitudinal edges of the breach are mutually perpendicular to.The base of two breach is parallel to each other.

Two opposite lateral surfaces of the magnet core wall are respectively arranged with locating slot vertically.The electromagnetic heating coil is nested with On the magnetic core post.The coil baffle plate is located at the root of the magnetic core post.

The safety heater of the present invention has the advantages that compared with prior art.

1st, the technical program is provided with cavity for accommodating capacitor, the capacitor position as a result of the annex Technological means in the cavity, so, the voltage that can substantially reduce the power line between electric power host to heater (can be from 1800V is reduced to 110V), substantially increase the security of construction.

2nd, the technical program is the technology of one or both of gun body, mechanical arm, chassis as a result of the annex Means, so, a variety of heaters can be produced according to the demand and actual conditions of different clients.

3rd, the technical program is made up of as a result of the gun body half gun body A of a left side and half gun body B of the right side；The gun body includes The body of a gun and pikestaff；The body of a gun is internally provided with reinforcement；The reinforcement will be separated out inside the body of a gun for accommodating capacitor Cavity and cavity for accommodating fan；State capacitor and be located at middle part in the body of a gun；Circuit is provided with above the capacitor Plate；The fan be located at rear portion in the body of a gun (can avoid magnetic field in the magnetic field and electromagnetic heating coil in the coil in fan it Between interfere)；The body of a gun is internally provided with mounting post (be easily installed and dismantle)；The back strap is provided with air inlet (being advantageous to radiate)；The back strap is provided with the first indicator lamp and the second indicator lamp (facilitates smoothly entering for welding job OK)；Mounting post (be easily installed and dismantle) is provided with the pikestaff；It is provided with front side of the top of the pikestaff and pulls button switch； Connector is provided with before the body of a gun；There is positioning head (no along the circumferentially distributed of the connector before the body of a gun But be advantageous to the positioning to heating head, moreover, can also prevent electromagnetic heating coil and power electric connection mistake)；The connector Inside it is provided with annular guide channel and annular positioning groove；It is rotatably assorted between the lead ring and the annular guide channel；On the upside of the body of a gun It is provided with and leads mouth；The shifting block stretches out from described lead in mouth；Positioning head is provided with the annular positioning groove；The locating ring position In in the annular positioning groove；The positioning port blocks the positioning head；The metal inserted link inserts the hexagonal sunk screw Hexagonal end face jack in；The sealed head misses the sealed pawl from the connector and extend into the lead ring；It is described Positioning hole entangles the positioning head；Stirring the shifting block makes the sealed pawl pin the sealed head, and the other head pins described The technological means of other mouth, so, dismounting heating head is very convenient.

4th, the technical program includes rotating disk as a result of the mechanical arm；The rotating disk passes through connector and large arm One end connection；The other end of the large arm is hinged by one end of hinge and middle arm；The other end of the middle arm passes through hinge It is hinged with one end of forearm；One end of the forearm is hinged by hinge and base；The shape of the base is in one end closing Cylinder；The base is configured with mesh outer cover (during welding, being advantageous to fix splash guard)；Use is provided with outside the base In the cavity for accommodating capacitor；The capacitor, which is located in the cavity, (can substantially reduce electric between electric power host to heater The voltage of source line, substantially increase the security of construction)；The outer bottom of the base is provided with articulated section；The base interior edge It is axially arranged to have telescoping mechanism；Connector is provided with before the telescoping mechanism；Along described before the telescoping mechanism The circumferentially distributed of connector has positioning head；Annular guide channel and annular positioning groove are provided with the connector；The lead ring and institute State and be rotatably assorted between annular guide channel；The side of the telescoping mechanism, which is provided with, leads mouth；The shifting block stretches out from described lead in mouth； Positioning head is provided with the annular positioning groove；The locating ring is located in the annular positioning groove；The positioning port blocks institute State positioning head；The metal inserted link is inserted in the jack of the hexagonal end face of the hexagonal sunk screw；The sealed head is from described Connector misses the sealed pawl and extend into the lead ring；The positioning hole entangles the positioning head；Stirring the shifting block makes The sealed pawl pins the sealed head, and the other head pins the technological means of the other mouth, so, dismounting heating head is very square Just.

5th, the technical program includes chassis main body as a result of the chassis, and the chassis main body is in-orbit by road wheel Walked on road；Heating head and/or mechanical arm is distributed with the both sides of the chassis main body and/or top surface；The heating head passes through bottom Seat and telescoping mechanism are connected with the both sides of the chassis；The base is provided with the cavity for accommodating capacitor, the electric capacity Device, which is located in the cavity, (can substantially reduce the voltage of the power line between electric power host to heater, substantially increase construction Security)；Connector is provided with before the telescoping mechanism；Along the circumference of the connector before the telescoping mechanism Positioning head is distributed with；Annular guide channel and annular positioning groove are provided with the connector；The lead ring and the annular guide channel it Between be rotatably assorted；The side of the telescoping mechanism, which is provided with, leads mouth；The shifting block stretches out from described lead in mouth；The circular orientation Positioning head is provided with groove；The locating ring is located in the annular positioning groove；The positioning port blocks the positioning head；It is described Metal inserted link is inserted in the jack of the hexagonal end face of the hexagonal sunk screw；The sealed head misses described from the connector Sealed pawl is extend into the lead ring；The positioning hole entangles the positioning head；Stirring the shifting block pins the sealed pawl The sealed head, the other head pin the other mouth (dismounting heating head is very convenient)；The both sides of the chassis main body respectively from Leave from office layer, middle layer, layer of appearing on the stage are disposed with down；The top surface of the chassis main body is provided with roof platform；The mechanical arm The leave from office layer and/or middle platform layer and/or the technological means appeared on the stage in layer and/or roof platform are arranged on, so, can be according to different Construction environment is using different heater welding splash guards.

6th, the technical program is located in housing as a result of the heating source；Sealed match somebody with somebody is provided with behind the housing The technological means of part is closed, so, the connection fastness for being greatly improved heating head is used cooperatively with locking member described below, Operating personnel only need a hand to grip gun-type electromagnetic heater, and heating head is not allowed easy to fall off, avoids breaking heating head, uses Get up very convenient.

7th, the technical program includes sealed neck and sealed head as a result of the sealed component；The sealed neck is The torus for extending back out behind the housing；The sealed head is multiple from the sealed neck lateral surface back edge The curved flanges to extend radially outwardly；The sealed head is distributed evenly in the circumference of the sealed neck；The arc of the sealed head Length is less than or equal to two times of arc distance between the two neighboring sealed head；The quantity of the sealed head at least two； The quantity of the sealed head has two or three or four；The lateral surface of the sealed head sets different mouth；The other mouth is close The technological means of one end of the sealed head, so, rational in infrastructure, ingenious in design, locking is reliable.

8th, the technical program inserts locking member as a result of the sealed head；The locking member includes lead ring, lock Close pawl, shifting block, reinforcing plate, other head；The shape of the lead ring is in torus；The sealed pawl is multiple from the lead ring medial surface The radially inwardly extending curved flanges in front；The sealed pawl is distributed evenly in the circumference of the lead ring；The sealed pawl Arc length be less than or equal between the two neighboring sealed pawl two times of arc distance；The quantity at least two of the sealed pawl It is individual；The quantity of the sealed pawl has two or three or four；The medial surface of the lead ring corresponds to each described sealed pawl point Different head is not set；One end of the nearly sealed pawl of the other head rest；After sealed, the other head is located at the not intraoral technology Means, so, rational in infrastructure, ingenious in design, locking is reliable.

9th, the technical program is located at the lateral surface of the lead ring as a result of the shifting block；The shape of institute's shifting block is rectangular Tabular；The reinforcing plate has two；Two reinforcing plates are separately positioned on the both sides of the shifting block；Each described reinforcing plate It is connected as a single entity with the shifting block and the lead ring and is integrally formed the technological means of part, so, it can be ensured that the intensity of locking member.

10th, the skill that is located behind the sealed neck in be provided with ventilating opening of the technical program as a result of the housing Art means, so, be advantageous to radiate.

11st, the technical program is as a result of the technological means that male component is provided with the sealed neck, so, can be Can be easily by the electromagnetic heating coil and power electric connection in heating head while installation heating head.

12nd, the technical program includes header body, metal inserted link as a result of the male component；The header body It is in respectively " one " from the radially inwardly extending convex body of the relative medial surface of the sealed neck, two header bodies to be two Font is distributed, or, the header body is four radially inwardly extending from the relative medial surface of the sealed neck respectively Convex body, four rectangular distributions of header body；The shape of the header body is in cylinder；The front end face of the header body It is provided with hexagonal counter sink；The root end face of the metal inserted link is provided with six prism dops；The end face of the six prisms dop It is provided with screwed hole；The screwed hole is configured with screw；The root side of the metal inserted link is provided with neck；The gold The head for belonging to inserted link passes from the rear end face of the header body again from the hexagonal counter sink insertion of the header body front end face；Institute The technological means that metal inserted link is fixedly connected by slotted collar by the neck with the header body is stated, so, design It is ingenious, it is simple and compact for structure.

13rd, the technical program is provided with annular groove as a result of the head side of the metal inserted link；The groove The technological means of tensioning piece is inside coated with, so, it can be ensured that reliable between electromagnetic heating coil and power supply electrically connects.

14th, the technical program has multiple axial bar holes as a result of the side for being tensioned piece is circumferentially distributed；Institute Technological means radially raised in the middle part of the side of tensioning piece is stated, so, it is ingenious in design, make simply, it is easy to change.

15th, the technical program as a result of the relative side of two header bodies by reinforcement with it is described sealed The madial wall of neck is fixedly connected；The shape of the reinforcement is in the technological means of " ten " font, so, it can not only substantially increase slotting The intensity of head part, moreover, being advantageous to radiate.

16th, the technical program is configured with the technological means of female component as a result of the male component, so, can be Can be easily by the electromagnetic heating coil and power electric connection in heating head while installation heating head.

17th, the technical program includes cylinder as a result of the female component；The medial surface of the cylinder is anterior relative Both sides it is radially inwardly extending respectively have a jack body, two jack bodies are distributed in " one " font, or, the cylinder The medial surface of body is anterior, and two groups of relative both sides are radially inwardly extending respectively jack body, and four jack bodies are in square Shape is distributed；The shape of the jack body is in cylinder；The front end face of the jack body is provided with hexagonal counter sink；The socket Body is configured with hexagonal sunk screw；The hexagonal end face of the hexagonal sunk screw is provided with jack；The hexagonal sunk screw The technological means of nut is configured with, so, it is ingenious in design, it is simple and compact for structure.

18th, the technical program passes through reinforcement and the cylinder as a result of the relative side of two jack bodies Medial surface be fixedly connected；The shape of the reinforcement is in the technological means of " ten " font, so, it can not only substantially increase socket The intensity of part, moreover, being advantageous to radiate.

19th, the technical program has locating ring close to rear portion is circumferentially arranged as a result of the lateral surface of the cylinder；Institute The technological means that locating ring is provided with positioning port is stated, so, be advantageous to the positioning to female component.

20th, the technical program behind the housing as a result of being distributed with positioning hole；The positioning hole has three；Three The shape of the individual positioning hole is rectangular；Three positioning hole distributions triangular in shape；Wherein, the long side of two positioning holes Be located along the same line, the long side of another positioning hole perpendicular to the straight line technological means, so, be not only advantageous to pair The positioning of heating head, moreover, can also prevent electromagnetic heating coil and power electric connection mistake.

21st, the technical program is provided with plug witness marker as a result of the outside on the upside of the housing；The plug Witness marker is the technological means for extracting arrow, so, it is convenient to change heating head.

22nd, the technical program is decomposed into removable first half, latter half of as a result of the housing, or, it is described Housing is decomposed into removable left side, right side, or, the housing is decomposed into the removable first half, the skill of lower half Art means, so, be advantageous to the recycling of housing, save production cost.

23rd, the technical program as a result of it is described it is latter half of be box body；The first half is lid；The box body includes Box plate；The shape of the box plate is rounded；The edge that the edge of the box plate is connected with tapered box side plate osculum is (favourable In the volume for reducing heating head)；The back edge that the edge of the big mouth of tapered box side plate is connected with cylindricality box side plate (is advantageous to fill With heating source)；The leading edge of the cylindricality box side plate is provided with outer step (installation is stable)；Multiple peaces are distributed with the box body Fill post；The quantity of the mounting post has four；The circumferentially rectangular distribution of four mounting posts；The mounting post is female installation Post (is beneficial for disassembly and assembly heating head)；Positioning support member (being advantageous to support and position heating source) is distributed with the box body；Institute The quantity for stating positioning support member has six；Six positioning support members are equally divided into two groups；Support is positioned described in two groups Part radially is distributed in both sides relative in the box body；Long side of the positioning support member close to the rectangle； The positioning support member is divided into location division and supporting part；The shape of the location division is elongated；Each group of positioning supporting part In part, the location division of the positioning support member on both sides is more than positioned at the location division width of the positioning support member of centre Width；The shape of the supporting part is similar to right-angled trapezium (simple in construction, easy to manufacture)；The supporting part is configured with cushion (installation for being advantageous to heating source)；The cushion is made up of rubber；The shape of the cushion cross section is in concave；Institute The technological means that cushion rides on the long base of the supporting part (simple in construction, easy to manufacture) is stated, so, it is ingenious in design, It is easy to use.

24th, the technical program in the box body as a result of being provided with air guide structure；The air guide structure be with it is described Box body is integrally formed the wind-guiding dividing plate of part, or, the air guide structure is the wind guide component that can be placed in the box body；It is described to lead Wind part includes air inlet, big air outlet, small air outlet；The air inlet is located at behind the wind guide component；It is described to go out greatly Air port is located at before the wind guide component central；The small air outlet has two；Two small air outlets are positioned at described big The both sides of air outlet；The air inlet, the big air outlet, two small air outlets are interconnected；The shape of the air inlet Shape strip；The both ends of the air inlet respectively symmetrically are provided with the second identical recess；Described second identical recess and taper The sealing of box side plate coincide；The both sides deviation its one end of the air inlet respectively symmetrically is provided with the first identical recess；Described The bottom sealing of one identical recess and positioning hole coincide；Two small air outlets extend forward forms the 3rd with the big air outlet Coincide recess；The big air outlet coincide with sealing behind magnetic core bottom；Two small air outlets and electromagnetic heating coil Rear end face sealing coincide；The tapered box side plate of the box body is circumferentially distributed multiple air outlets；The quantity of the air outlet is Four or five；Wind guide component technological means made of heat-barrier material, so, heat can be made from heating back of head row Go out, save the air outlet of balanced pressure pad, be advantageous to raising and defend connect quality.

25th, the technical program includes lid top panel as a result of the lid；The shape of the lid top panel is rounded；It is described The edge of lid top panel is connected with the leading edge of cylindrical cover side plate；The back edge of the cylindrical cover side plate is provided with the (installation of interior step It is stable)；Multiple mounting posts are distributed with the lid；The quantity of the mounting post has four；Four mounting posts are in circumferentially Distributed rectangular；The root of the mounting post is provided with reinforcement；The mounting post is sub- mounting post (being beneficial for disassembly and assembly heating head)； The lid top panel is provided with ventilating opening；The ventilating opening has three；Three ventilating openings are linearly distributed；The middle ventilation The diameter of mouth is more than the diameter of ventilating opening described in both ends；Air channel is distributed with behind the lid top panel；The air channel leads to described Air port is connected；The air channel is groove；Central behind the lid top panel circumferentially distributed has multiple tops；The top Quantity has four；Four rectangular distributions in top；The shape of the top is cylindrical raised (being advantageous to radiate)；The lid Top plate front edge extends forward the technological means to form snap ring (creating advantage for improvement below), so, design It is ingenious, it is easy for installation.

26th, the technical program before the lid top panel as a result of being provided with balanced pressure pad；The balanced pressure pad The technological means being fabricated from a flexible material, so, the balanced pressure pad is arranged on before heating head (i.e. the outer bottom of lid) Afterwards, it is not necessary to change the heating head can hot melt piece different to deformation state effectively balanced pressure, substantially increase weldering Quality and weldering efficiency are connect, the labor intensity of operating personnel is greatly reduced, saves the cost for being equipped with multiple heating heads.

27th, the technical program is elastomeric material or flexible plastic as a result of the flexible material；The elastomeric material or The flexible plastic is by foaming processing (can improve the effect to hot melt chip equalization pressure)；The shape of the balanced pressure pad is in circle Dish type；It is in that (can further improve the effect to hot melt chip equalization pressure to the convex surface of front projection before the balanced pressure pad Fruit)；It is plane behind the balanced pressure pad；The convex surface is sphere or parabola；The convex surface is divided into high convex surface, convexity Face, low convex surface；Pressurization antiskid particles are distributed with before the balanced pressure pad (not only can be with anti-skidding, moreover, it is also possible to more enter One step improves the effect to hot melt chip equalization pressure)；The shape of the pressurization antiskid particles is in cylinder or hemisphere or preceding hemisphere Cylinder afterwards；Air outlet (being advantageous to radiate) is distributed with the balanced pressure pad；The air outlet has three；Three air outlets It is located on the same line；The diameter of the middle air outlet is more than the diameter of air outlet described in both ends；The balanced pressure pad Behind in recessed concave surface forward form cavity (being advantageous to further below improve)；Set in the cavity flexible Body；The elastomer is sponge or rubber；The shape of the elastomer is in cylinder；It is in front projection before the elastomer Convex surface；Secondary electromagnetic heating coil is provided with before the elastomer；The secondary electromagnetic heating coil and the Electromagnetic Heating Coil mutually concatenates and (is advantageous to improve the efficiency of heating surface)；The elastomer is provided with ventilating opening；The ventilating opening has three or more； Three ventilating openings are located on the same line；The diameter of the middle ventilating opening is more than the diameter of ventilating opening described in both ends (being advantageous to radiate)；Dowel is provided with cavity behind the balanced pressure pad；The dowel and the movable magnetic The head side of stem is fixedly connected and (is advantageous to improve the efficiency of heating surface)；The balanced pressure pad is made up of utricule (can be further Improve the effect to hot melt chip equalization pressure)；The utricule is pneumatophore or liquid capsule body or particle utricule；Before the utricule includes Piece and rear piece；The anter and the rear piece are made up of elastomeric material or flexible plastic；The shape of the anter is in disk or ball Face or parabola (can further improve the effect to hot melt chip equalization pressure again)；Before the anter and/or it is internal and/ Or flexible stretch-proof line (the face amount of tension that anter can be reduced) is distributed below；The flexible stretch-proof line is cord line；It is described Flexible stretch-proof line is distributed in concentric circular fashion and/or in radiation mode distribution and/or warp-wise distribution and/or Zonal propagations；Institute The shape for stating rear piece is in disk；Piece inside and/or is distributed above and/or below flexible stretch-proof line and (can subtracted after described The face amount of tension of piece after small)；The flexible stretch-proof line is cord line；The flexible stretch-proof line is distributed in concentric circular fashion And/or in radiation mode distribution and/or warp-wise distribution and/or Zonal propagations；The edge at the edge of the anter and the rear piece It is tightly connected；Air outlet (being advantageous to radiate) is distributed with the anter；The air outlet has three；Three air outlets are located at On same straight line；The diameter of the middle air outlet is more than the diameter of air outlet described in both ends；Correspondingly, the rear piece distribution There is air outlet (being advantageous to radiate)；The air outlet has three；Three air outlets are located on the same line；Described in centre The diameter of air outlet is more than the diameter of air outlet described in both ends；The air outlet of the air outlet of the anter and the rear piece passes through company Connect cylinder sealing connection (can ensure that the effect to hot melt chip equalization pressure)；Behind the anter and/or it is internally provided with secondary electric Magnetic heating coil, and/or, it is described after piece above and/or be internally provided with secondary electromagnetic heating coil (be advantageous to improve heating imitate Rate) technological means, so, a variety of heating heads can be produced according to the demand and actual conditions of different clients.

28th, the technical program is configured with the technological means of hot melt film explorer as a result of the heating head, so, hold Easily find the correct position of hot melt piece accurately, avoid causing solder skip, partially dry joint, weldering.

29th, the technical program is metal detector as a result of the hot melt film explorer；The metal detector is Electromagnetic induction type metal detector, X-ray detection type metal detector, microwave detection type metal detector；The hot melt piece is visited The shape for surveying device is in the form of a column；It is described hot melt film explorer quantity at least one；The quantity of the hot melt film explorer has four It is individual；Four hot melt film explorers are distributed in the side of the heating head；The distribution shape of four hot melt film explorers Rectangular (position that hot melt piece can be accurately determined)；The court of the direction and the heating head of the hot melt film explorer detecting head To identical；The hot melt film explorer detecting head is fixedly connected by fixed mount with the heating head；The fixed mount setting has Bayonet socket；The hot melt film explorer is stuck in the bayonet socket；The bottom surface of the fixed mount matches with the side of the heating head；Institute Fixed mount is stated to be fixedly connected with the heating head by adhesive parts；The adhesive parts are that velcro or double faced adhesive tape are (favourable In dismounting)；Four hot melt film explorers have been respectively arranged at indicator lamp；Four indicator lamps are arranged on the heating head The same side；Four indicator lamps are arranged on the left side (easy to use) of the heating head；Four indicator lamps are rectangular Distribution；The distributing position of four indicator lamps is corresponding with the distributing position of four hot melt film explorers；Described in four Indicator lamp is arranged on fixed bin；The fixed bin is provided with interface；The bottom surface of the fixed bin matches with the surface of fixed body； The fixed bin is fixedly connected and (is beneficial for disassembly and assembly) with the fixed body by velcro；The fixed body is the heating head Technological means, so, a variety of heating heads can be produced according to the demand and actual conditions of different clients.

30th, the technical program is provided with the technological means in radiating gap as a result of the electromagnetic heating coil, so, The electromagnetic heating coil be used for heating source in can effectively radiate, be effectively prevented from because work when electromagnetic heating coil high temperature and Burn out, caused open circuit or short circuit, also effectively reduce magnetic saturation phenomenon, solve and burn out bipolar transistor because magnetic saturation causes Manage (IGBT).(this is the beneficial effect that the applicant has been surprisingly found that), it is ensured that welding job is normally carried out.

31st, the technical program includes the axial direction in electromagnetic heating coil between layers as a result of the radiating gap The technological means in the radial direction radiating gap radiated between gap and/or electromagnetic heating coil centre circle and circle, so, maximum can be achieved The radiating of limit.

32nd, the technical program as a result of it is described radiating gap setting in the opposite both sides of electromagnetic heating coil；It is described The shape of electromagnetic heating coil is little by little changed into the technological means of ellipse from internal layer to outer layer from circle, so, for magnetic below The improvement of core creates favourable condition.

33rd, the technical program passes through as a result of the electromagnetic heating coil in the position at the oval short axle both ends Truss members are fixed；The truss members are the technological means of fine rule or insulating tape, so, it can prevent electromagnetic heating coil from taking off Circle.

34th, the technical program as a result of it is described radiating gap between be provided with coil radiating isolated part (can prevent Radiating gap diminishes)；The shape of the coil radiating isolated part is in the form of a column (solid), tubulose (can increase radiating effect), comb Dentation (can coiling go out there is the Electromagnetic Heating line in gap of axially radially radiating between radiating gap and circle and circle between layers Circle), screw rod bracket shape (can further increase radiating effect)；The shape of cross section of the cylindrical coil radiating isolated part is in circle Shape or semicircle or ellipse or half elliptic；The shape of cross section of the tubular coil radiating isolated part is in annular；Institute It is elongated to state the comb body of comb teeth-shaped coil radiating isolated part, the axial direction of the length of the comb body and the electromagnetic heating coil Length is corresponding, and the broach length of the comb teeth-shaped coil radiating isolated part is less than or equal to the radial direction of the electromagnetic heating coil Thickness；The shape of the screw rod bracket shape coil radiating isolated part is in prism stake body；The prism stake body is to use screw mandrel The prism stake body being formed by fixedly connecting；The prism stake body is triangular prism stake body or quadrangular stake body or six prism branch Support body；The screw mandrel is to use bar made of rigid filaments；The coil radiating isolated part is made up of insulating materials；The insulation material Material is the technological means of timber or bamboo material or polytetrafluoroethylene (PTFE) (being advantageous to take out coil radiating isolated part), so, can basis The demand of different clients produces a variety of electromagnetic heating coils.

35th, the technical program (can be determined as a result of the electromagnetic heating coil by the glue setting that shapes by the glue that shapes Shape prevents radiating gap from diminishing)；The setting glue is watery setting glue (set efficiency is high) or paste setting glue (setting quality It is good)；The watery setting glue is 502 glue or 508 glue or 488 glue or one zero eight glue or the slow dense glue or 1 of ring speed One glue or 201 glue or 301 glue or 401 glue or 260 glue；The paste setting glue is AB glue or all-purpose adhesive or resistance to The technological means of warm silica gel, so, a variety of electromagnetic heating coils can be produced according to actual conditions.

36th, the technical program is wound on coil rack as a result of the electromagnetic heating coil；The coil rack The cylindrical technological means of shape including framework main described in framework main and coil baffle plate, so, be advantageous to electromagnetism and add The setting of heat coil, and the improvement for magnetic core below creates advantage.

37th, the technical program has one as a result of the coil baffle plate；One coil baffle plate setting is described The technological means of the rear end of framework main, so, the front end for being advantageous to make electromagnetic heating coil greatly improves and added close to hot melt piece The thermal efficiency.

38th, the technical program is respectively arranged with scarce as a result of the opposite both sides of the circular coil baffle plate Mouthful；The shape of the breach is in sector；Described fan-shaped two longitudinal edges of breach are mutually perpendicular to；Two fan-shaped breach Base is parallel to each other；The breach technological means relative with the radiating gap of the electromagnetic heating coil, so, be advantageous to electricity The radiating of magnetic heating coil.

39th, the technical program is provided with the technological means of magnetic core as a result of the electromagnetic heating coil, so, can be big Poly- magnetic effect is improved greatly, is increased the coverage of heating, is further improved the efficiency of heating surface.

40th, the technical program is that cylindrical magnetic core (cost is low) or pot core (have magnetic anti-as a result of the magnetic core Effect is penetrated, can further improve poly- magnetic effect, further the coverage of increase heating, further improves the efficiency of heating surface.) or The technological means of post pot core, so, multiple heating sources can be produced according to the demand of actual conditions and different clients.

41st, magnetic core post, magnetic core bottom, the magnetic core that the technical program includes being arranged concentrically as a result of the post pot core Wall, the magnetic core post, the magnetic core bottom, the magnet core wall are integrally formed part, and the magnetic core post is fixed magnetic core post, the magnetic core The height of post is more than the height (being advantageous to the head of magnetic core post close to hot melt piece, improve the efficiency of heating surface) of the magnet core wall.Or The magnetic core bottom and the magnet core wall are integrally formed part, and the magnetic core post and the magnetic core bottom are separated (to be advantageous to magnetic core post Head close to hot melt piece, improve the efficiency of heating surface), the magnetic core post is the technological means of movable magnetic core post, so, can be according to reality The demand of border situation and different clients produces multiple heating sources.

42nd, the technical program is cylindrical as a result of the shape of the magnetic core post；The head shape of the magnetic core post The technological means of planar or spheric or paraboloidal, so, the head of magnetic core post is more beneficial for close to hot melt piece, enters one Step improves the efficiency of heating surface.

43rd, the technical program is disc-shaped as a result of the shape at the magnetic core bottom；The center at the core bottom, which is provided with, leads Hole；The root of the movable magnetic core post is located at the technological means in the guide hole, so, it is not only advantageous to increase poly- magnetic effect, and And the efficiency of heating surface is further improved in the head for being more favorable to magnetic core post close to hot melt piece.

44th, the technical program is located at guide hole rear end as a result of the magnetic core bottom and is provided with dielectric resilience part；Institute Dielectric resilience part technological means made of elastomeric material is stated, so, be advantageous to balanced to splash guard by movable magnetic core post Pressure.

45th, the technical program is located at axial location as a result of the magnetic core post and is provided with ventilating opening；The magnetic core bottom Opposite both sides are respectively arranged with breach with the magnet core wall；The breach and the radiating gap phase of the electromagnetic heating coil It is right；In terms of axis direction, the shape of the breach is in sector；Two longitudinal edges of the breach are mutually perpendicular to；Two described scarce The technological means that the base of mouth is parallel to each other, so, be advantageous to the radiating of heating source.

46th, the technical program is respectively arranged with positioning vertically as a result of two opposite lateral surfaces of the magnet core wall The technological means of groove, so, be advantageous to the positioning to heating source.

Brief description of the drawings

The safety heater of the present invention is described in further detail with reference to the accompanying drawings and detailed description.

Fig. 1 is the main structure diagram of the first heating head 1 in the present invention.

Fig. 2 is the overlooking the structure diagram of the first heating head 1 in the present invention.

Fig. 3 is line A-A cross section structure diagram in Fig. 1.

Fig. 3 a are the cross section structure diagram of second of heating head 1 in invention.

Fig. 3 b are the cross section structure diagram of the third heating head 1 in invention.

Fig. 3 c are the dimensional structure diagram of wind guide component 1-1-7 in Fig. 3 b.

Fig. 3 d are the main structure diagram of wind guide component 1-1-7 in Fig. 3 b.

Fig. 3 e are the left view structural representation of wind guide component 1-1-7 in Fig. 3 b.

Fig. 3 f are the overlooking the structure diagram of wind guide component 1-1-7 in Fig. 3 b.

Fig. 4 is the main structure diagram of the first balanced pressure pad 1-2 in the present invention.

Fig. 5 is line B-B cross section structure diagram in Fig. 4.

Fig. 6 is the overlooking the structure diagram of the first balanced pressure pad 1-2 in the present invention.

Fig. 7 is the cross section structure diagram of second of balanced pressure pad 1-2 in the present invention.

Fig. 8 is the backsight structural representation of the third balanced pressure pad 1-2 in the present invention.

Fig. 9 is elastomer 1-2-4 of the present invention main structure diagram.

Figure 10 is the cross section structure diagram of G-G lines in Fig. 9.

Figure 11 is the main structure diagram of the 4th kind of balanced pressure pad 1-2 (utricule 1-2-5) in the present invention.

Figure 12 is the cross section structure diagram of H-H lines in Figure 11.

Figure 13 is the structural representation of heating source 1-3 in the present invention.

Figure 14 is the structural representation of electromagnetic heating coil 1-3-1 in the present invention.

Figure 15 is center line ring framework 1-3-3 of the present invention structural representation.

Figure 16 is the cross section structure diagram of line B-B in Figure 15.

Figure 17 is the structural representation of the first magnetic core 1-3-4 in the present invention.

Figure 18 is the cross section structure diagram of line C-C in Figure 17.

Figure 19 is the cross section structure diagram of second of magnetic core 1-3-4 in the present invention.

Figure 20 is the backsight structural representation of box body 1-1-1 in the present invention.

Figure 21 is the overlooking the structure diagram of box body 1-1-1 in the present invention.

Figure 22 is the forward sight structural representation of box body 1-1-1 in the present invention.

Figure 23 is the cross section structure diagram of line D-D in Figure 22.

Figure 24 is the structural representation that support member 1-1-1-5 is positioned in the present invention.

Figure 25 is the structural representation of cushion 1-1-1-6 in the present invention.

Figure 26 is that the main structure diagram after piece 1-1-4-3 expansion is tensioned in the present invention.

Figure 27 is that the side structure schematic view after piece 1-1-4-3 expansion is tensioned in the present invention.

Figure 28 is the structural representation of metal inserted link 1-1-4-2 in the present invention.

Figure 29 is the forward sight structural representation of locking member 1-1-5 in the present invention.

Figure 30 is the lateral surface structural representation after locking member 1-1-5 expansion in the present invention.

Figure 31 is the backsight structural representation of locking member 1-1-5 in the present invention.

Figure 32 is the medial surface structural representation after locking member 1-1-5 expansion in the present invention.

Figure 33 is the forward sight structural representation of female component 1-1-6 in the present invention.

Figure 34 is the side structure schematic view of female component 1-1-6 in the present invention.

Figure 35 is the backsight structural representation of female component 1-1-6 in the present invention.

Figure 36 is the cross section structure diagram of E-E lines in Figure 35.

Figure 37 is the backsight structural representation of lid 1-1-2 in the present invention.

Figure 38 is the cross section structure diagram of F-F lines in Figure 37.

Figure 39 is the overlooking the structure diagram of lid 1-1-2 in the present invention.

Figure 40 is the right side structural representation of the first heater in the present invention.

Figure 41 is the structural representation of fixed mount 1-4-1 in the present invention.

Figure 42 is the structural representation of fixed bin 1-4-3 in the present invention.

Figure 43 is the forward sight structural representation of the first heater in the present invention.

Figure 44 removes the forward sight structural representation after heating head for the first heater in the present invention.

Figure 45 is the cross section structure diagram of I-I lines in Figure 43.

Figure 46 is the structural representation of second of heater in the present invention.

Figure 47 is center base 3-6 of the present invention structural representation.

Figure 48 is the side structure schematic view of the third heater in the present invention.

Figure 49 is the forward sight structural representation of the third heater in the present invention.

Figure 50 is center base 4-4 of the present invention structural representation.

Figure 51 is the side structure schematic view of the 4th kind of heater in the present invention.

Figure 52 is the forward sight structural representation of the 4th kind of heater in the present invention.

Description of reference numerals is as follows.

1~heating head；1-1~housing；1-1-1~box body；1-1-1-1~box plate；1-1-1-2~tapered box side plate； 1-1-1-3~cylindricality box side plate；1-1-1-4~mounting post；1-1-1-5~positioning support member；1-1-1-6~cushion；1- 1-1-7~positioning hole；1-1-1-8~air outlet；1-1-2~lid；1-1-2-1~lid top panel；1-1-2-2~cylindrical cover side Plate；1-1-2-3~mounting post；1-1-2-4~reinforcement；1-1-2-5~ventilating opening；1-1-2-6~top；1-1-2-7~wind Road；1-1-3~sealed component；1-1-3-1~sealed neck；1-1-3-2~sealed head；1-1-3-3~other mouth；1-1-4~ Male component；1-1-4-1~header body；1-1-4-2~metal inserted link；1-1-4-3~tensioning piece；1-1-4-4~open card Ring；1-1-4-5~reinforcement；1-1-5~locking member；1-1-5-1~lead ring；1-1-5-2~sealed pawl；1-1-5-3~dial Head；1-1-5-4~reinforcing plate；1-1-5-5~other head；1-1-6~female component；1-1-6-1~cylinder；1-1-6-2~positioning Ring；1-1-6-3~positioning port；1-1-6-4~jack body；1-1-6-5~hexagonal sunk screw；1-1-6-6~nut；1-1- 6-7~reinforcement；1-1-7~wind guide component；1-1-7-1~air inlet；1-1-7-2~big air outlet；1-1-7-3~small air-out Mouthful；1-1-7-4~the first coincide recess；1-1-7-5~the second coincide recess；1-1-7-6~3rd coincide recess；1-2~ Weigh pressure pad；1-2-1~pressure pad main body；1-2-2~pressurization antiskid particles；1-2-3~air outlet；1-2-4~elastomer；1- 2-4-1~ventilating opening；1-2-4-2~secondary electromagnetic heating coil；1-2-5~utricule；1-2-5-1~anter；1-2-5-2~after Piece；1-2-5-3~air outlet；1-2-5-4~flexible stretch-proof line；1-2-5-5~secondary electromagnetic heating coil；1-2-5-6~company Connect cylinder；1-2-6~dowel；1-3~heating source；1-3-1~electromagnetic heating coil；1-3-2~coil radiating isolated part；1- 3-3~coil rack；1-3-3-1~framework main；1-3-3-2~coil baffle plate；1-3-3-3~breach；1-3-4~magnetic core； 1-3-4-1~magnetic core post；1-3-4-2~magnetic core bottom；1-3-4-3~magnet core wall；1-3-4-4~ventilating opening；1-3-4-5~lack Mouthful；1-3-4-6~locating slot；1-3-4-7~dielectric resilience part；1-3-5~truss members；1-4~hot melt film explorer；1- 4-1~fixed mount；1-4-1-1~bayonet socket；1-4-1-2~bottom surface；1-4-2~indicator lamp；1-4-3~fixed bin；1-4-3-1~ Interface；1-4-3-2~bottom surface；2~gun body；The gun body of 2A~left side half；The gun body of 2B~right side half；2-1~the body of a gun；2-1-1~reinforcement； 2-1-2~mounting post；2-1-3~air inlet；The indicator lamp of 2-1-4~first；The indicator lamp of 2-1-5~second；2-1-6~connection Mouthful；2-1-7~positioning head；2-2~pikestaff；2-2-1~pull button switch；2-2-2~mounting post；3~mechanical arm；3-1~rotation Disk；3-2~connector；3-3~large arm；3-4~middle arm；3-5~forearm；3-6~base；3-6-1~articulated section；3-6-2~ Telescoping mechanism；3-6-3~connector；3-6-4~mesh outer cover；3-7~hinge；4~chassis；4-1~track；4-2~OK Walk wheel；4-3~chassis main body；4-3-1~leave from office layer；4-3-2~middle platform layer；4-3-3~layer of appearing on the stage；4-3-4~roof platform；4-4 ~base；4-4-1~telescoping mechanism；4-4-2~connector；5~capacitor；6~circuit board；7~fan.

Embodiment

As shown in Figure 40 to Figure 52,

Present embodiments provide for a kind of safety heater, including heating head 1 and for fix the heating head 1 annex 2, 3rd, 4, the heating head 1 is foregoing heating head 1.

Various improvement as present embodiment are described as follows.

As shown in Figure 40 to Figure 52, the annex 2,3,4 is provided with the cavity for accommodating capacitor 5, the capacitor 5 In the cavity.

The annex 2,3,4 is one or both of gun body 2, mechanical arm 3, chassis 4.

As shown in Figure 40 to Figure 45,

The gun body 2 is made up of half gun body 2A of a left side and half gun body 2B of the right side.

The gun body 2 includes body of a gun 2-1 and pikestaff 2-2.

The body of a gun 2-1 is internally provided with reinforcement 2-1-1.

The reinforcement 2-1-1 will be separated out cavity for accommodating capacitor 5 and for accommodating fan inside body of a gun 2-1 7 cavity.

The capacitor 5 is located at middle part in body of a gun 2-1.

The top of the capacitor 5 is provided with circuit board 6.

The fan 7 is located at rear portion in body of a gun 2-1.

The body of a gun 2-1 is internally provided with mounting post 2-1-2.

The body of a gun 2-1 rear portions are provided with air inlet 2-1-3.

The body of a gun 2-1 rear portions are provided with the first indicator lamp 2-1-4 and the second indicator lamp 2-1-5.

Mounting post 2-2-2 is provided with the pikestaff 2-2.

It is provided with front side of the top of the pikestaff 2-2 and pulls button switch 2-2-1.

Connector 2-1-6 is provided with before the body of a gun 2-1.

There is positioning head 2-1-7 along the circumferentially distributed of the connector 2-1-6 before the body of a gun 2-1.

Annular guide channel and annular positioning groove are provided with the connector 2-1-6.

It is rotatably assorted between the lead ring 1-1-5-1 and the annular guide channel.

It is provided with the upside of the body of a gun 2-1 and leads mouth.

The shifting block 1-1-5-3 stretches out from described lead in mouth.

Positioning head is provided with the annular positioning groove.

The locating ring 1-1-6-2 is located in the annular positioning groove.

The positioning port 1-1-6-3 blocks the positioning head.

The metal inserted link 1-1-4-2 is inserted in the jack of the hexagonal end face of the hexagonal sunk screw 1-1-6-5.

The sealed head 1-1-3-2 misses the sealed pawl 1-1-5-2 from the connector 2-1-6 and extend into the lead ring In 1-1-5-1.

The positioning hole 1-1-1-7 entangles the positioning head 2-1-7.

Stirring the shifting block 1-1-5-3 makes the sealed pawl 1-1-5-2 pin the sealed head 1-1-3-2, the other head 1-1-5-5 pins the other mouth 1-1-3-3.

As shown in Figure 46 to 47,

The mechanical arm 3 includes rotating disk 3-1.

The rotating disk 3-1 is connected by connector 3-2 with large arm 3-3 one end.

The other end of the large arm 3-3 is hinged by hinge 3-7 and middle arm 3-4 one end.

The other end of the middle arm 3-4 is hinged by hinge 3-7 and forearm 3-5 one end.

One end of the forearm 3-5 is hinged by hinge 3-7 and base 3-6.

The shape of the base 3-6 is in the cylinder of one end closing.

The base 3-6 is configured with mesh outer cover 3-6-4.

The cavity for accommodating capacitor 5 is provided with outside the base 3-6.

The capacitor 5 is located in the cavity.

The outer bottom of the base 3-6 is provided with articulated section 3-6-1.

It is axially disposed in the base 3-6 to have telescoping mechanism 3-6-2.

Connector 3-6-3 is provided with before the telescoping mechanism 3-6-2.

There is positioning head along the circumferentially distributed of connector 3-6-3 before the telescoping mechanism 3-6-2.

Annular guide channel and annular positioning groove are provided with the connector 3-6-3.

It is rotatably assorted between the lead ring 1-1-5-1 and the annular guide channel.

The side of the telescoping mechanism 3-6-2, which is provided with, leads mouth.

The shifting block 1-1-5-3 stretches out from described lead in mouth.

Positioning head is provided with the annular positioning groove.

The locating ring 1-1-6-2 is located in the annular positioning groove.

The positioning port 1-1-6-3 blocks the positioning head.

The metal inserted link 1-1-4-2 is inserted in the jack of the hexagonal end face of the hexagonal sunk screw 1-1-6-5.

The sealed head 1-1-3-2 misses the sealed pawl 1-1-5-2 from the connector 3-6-3 and extend into the lead ring In 1-1-5-1.

The positioning hole 1-1-1-7 entangles the positioning head.

Stirring the shifting block 1-1-5-3 makes the sealed pawl 1-1-5-2 pin the sealed head 1-1-3-2, the other head 1-1-5-5 pins the other mouth 1-1-3-3.

As shown in Figure 48 to Figure 52,

The chassis 4 is walked in orbit including chassis main body 4-3, the chassis main body 4-3 by road wheel 4-2.

Heating head 1 and/or mechanical arm 3 is distributed with the both sides of the chassis main body 4-3 and/or top surface.

The heating head 1 is connected by base 4-4 and telescoping mechanism 4-4-1 with the both sides of the chassis 4.

The base 4-4 is provided with the cavity for accommodating capacitor 5, and the capacitor 5 is located in the cavity.

Connector 4-4-2 is provided with before the telescoping mechanism 4-4-1.

There is positioning head along the circumferentially distributed of connector 4-4-2 before the telescoping mechanism 4-4-1.

Annular guide channel and annular positioning groove are provided with the connector 4-4-2.

It is rotatably assorted between the lead ring 1-1-5-1 and the annular guide channel.

The side of the telescoping mechanism 4-4-1, which is provided with, leads mouth.

The shifting block 1-1-5-3 stretches out from described lead in mouth.

Positioning head is provided with the annular positioning groove.

The locating ring 1-1-6-2 is located in the annular positioning groove.

The positioning port 1-1-6-3 blocks the positioning head.

The metal inserted link 1-1-4-2 is inserted in the jack of the hexagonal end face of the hexagonal sunk screw 1-1-6-5.

The sealed head 1-1-3-2 misses the sealed pawl 1-1-5-2 from the connector 4-4-2 and extend into the lead ring In 1-1-5-1.

The positioning hole 1-1-1-7 entangles the positioning head.

Stirring the shifting block 1-1-5-3 makes the sealed pawl 1-1-5-2 pin the sealed head 1-1-3-2, the other head 1-1-5-5 pins the other mouth 1-1-3-3.

The both sides of the chassis main body 4-3 be disposed with from bottom to top respectively leave from office layer 4-3-1, middle layer 4-3-2, on Platform layer 4-3-3.

The top surface of the chassis main body 4-3 is provided with roof platform 4-3-4.

The mechanical arm 3 be arranged on the leave from office layer 4-3-1 and/or middle platform layer 4-3-2 and/or appear on the stage layer 4-3-3 and/or On roof platform 4-3-4.

As shown in Figure 1 to Figure 3,

The heating head 1 includes housing 1-1.

As shown in Figure 20 to Figure 21, sealed component 1-1-3 is provided with behind the housing 1-1.

The sealed component 1-1-3 includes sealed neck 1-1-3-1 and sealed head 1-1-3-2.

The sealed neck 1-1-3-1 is the torus for extending back out behind the housing 1-1.

The sealed head 1-1-3-2 is multiple to be extended radially outward from the sealed neck 1-1-3-1 lateral surfaces back Curved flanges.

The sealed head 1-1-3-2 is distributed evenly in the circumference of the sealed neck 1-1-3-1.

The arc length of the sealed head 1-1-3-2 be less than or equal to the two neighboring sealed head 1-1-3-2 between arc away from From two times.

The quantity of the sealed head 1-1-3-2 has three.It is of course also possible to be, the quantity of the sealed head 1-1-3-2 has Two.It is also possible that the quantity of the sealed head 1-1-3-2 has four.

The lateral surface of the sealed head 1-1-3-2 sets different mouth 1-1-3-3.

The other mouth 1-1-3-3 is close to one end of the sealed head 1-1-3-2.

As shown in figure 45, the sealed head 1-1-3-2 insertion locking members 1-1-5.

As shown in Figure 29 to Figure 32 and Figure 45, the locking member 1-1-5 includes lead ring 1-1-5-1, sealed pawl 1-1-5- 2nd, shifting block 1-1-5-3, reinforcing plate 1-1-5-4, other head 1-1-5-5.

The shape of the lead ring 1-1-5-1 is in torus.

The sealed pawl 1-1-5-2 is multiple arc radially inwardly extending from the lead ring 1-1-5-1 medial surfaces front Shape flange.

The sealed pawl 1-1-5-2 is distributed evenly in the circumference of the lead ring 1-1-5-1.

The arc length of the sealed pawl 1-1-5-2 be less than or equal to the two neighboring sealed pawl 1-1-5-2 between arc away from From two times.

The quantity of the sealed pawl 1-1-5-2 at least two.

The quantity of the sealed pawl 1-1-5-2 has two or three or four.

The medial surface of the lead ring 1-1-5-1 corresponds to each described sealed pawl 1-1-5-2 and is respectively arranged with other head 1-1- 5-5。

The other head 1-1-5-5 is close to one end of the sealed pawl 1-1-5-2.

After sealed, the other head 1-1-5-5 is located in the other mouth 1-1-3-3.

The shifting block 1-1-5-3 is located at the lateral surface of the lead ring 1-1-5-1.

The institute shifting block 1-1-5-3 rectangular tabular of shape.

The reinforcing plate 1-1-5-4 has two.

Two reinforcing plate 1-1-5-4 are separately positioned on the both sides of the shifting block 1-1-5-3.

Each described reinforcing plate 1-1-5-4 is connected as a single entity structure with the shifting block 1-1-5-3 and the lead ring 1-1-5-1 Integral part.

As shown in Figure 22 to Figure 23, being located behind of the housing 1-1 is provided with ventilation in the sealed neck 1-1-3-1 Mouthful.

Male component 1-1-4 is provided with the sealed neck 1-1-3-1.

The male component 1-1-4 includes header body 1-1-4-1, metal inserted link 1-1-4-2.

The header body 1-1-4-1 is fixedly connected with the metal inserted link 1-1-4-2 by anti-rotation structure.

The header body 1-1-4-1 be two respectively from the medial surface relative sealed neck 1-1-3-1 radially to The convex body of interior extension, two header body 1-1-4-1 are distributed in " one " font.It is of course also possible to it is the header body 1-1-4-1 be four respectively from the radially inwardly extending convex body of the relative medial surfaces of the sealed neck 1-1-3-1, described in four The rectangular distributions of header body 1-1-4-1.

The shape of the header body 1-1-4-1 is in cylinder.

The front end face of the header body 1-1-4-1 is provided with hexagonal counter sink.

It is of course also possible to be, the front end face of the header body 1-1-4-1 is provided with multiple angle counter sinks.

The front end face of the header body 1-1-4-1 is provided with semi-circular counter sink.

The front end face of the header body 1-1-4-1 is provided with oval counter sink.

The root end face of the metal inserted link 1-1-4-2 is provided with six prism dops.

It is of course also possible to be, the root end face of the metal inserted link 1-1-4-2 is provided with multiple prism dops.

The root end face of the metal inserted link 1-1-4-2 is provided with semi-circular post dop.

The root end face of the metal inserted link 1-1-4-2 is provided with ellipse post dop.

The end face of the six prisms dop is provided with screwed hole.

The screwed hole is configured with screw.

As shown in figure 28, the root side of the metal inserted link 1-1-4-2 is provided with neck.

The head of the metal inserted link 1-1-4-2 is inserted from the hexagonal counter sink of the header body 1-1-4-1 front end faces Passed again from header body 1-1-4-1 rear end face.

The metal inserted link 1-1-4-2 is by slotted collar 1-1-4-4 by the neck and the header body 1-1- 4-1 is fixedly connected.

The head side of the metal inserted link 1-1-4-2 is provided with annular groove.

As shown in Figure 23 and Figure 26 to Figure 27, tensioning piece 1-1-4-3 is coated with the groove.

The side of the tensioning piece 1-1-4-3 is circumferentially distributed multiple axial bar holes.

It is radially raised in the middle part of the side of the tensioning piece 1-1-4-3.

Side relative two header body 1-1-4-1 passes through reinforcement 1-1-4-5 and the sealed neck 1-1-3-1 Madial wall be fixedly connected.

The shape of the reinforcement 1-1-4-5 is in " ten " font.

The dielectric resilience part 1-3-4-7 is filled in movable plastic bar by rubber or silica gel material, is made telescopic Small plastic bar, support in 1-1-4-5 on the reinforcement of movable magnetic core post 1-3-4-1 and housing bottom.

As shown in figure 45, the male component 1-1-4 is configured with female component 1-1-6.

As shown in Figure 33 to Figure 36, the female component 1-1-6 includes cylinder 1-1-6-1.

The anterior relative both sides of the medial surface of the cylinder 1-1-6-1 are radially inwardly extending respectively jack body 1-1- 6-4, two jack body 1-1-6-4 are distributed in " one " font, or, the medial surface front portion two of the cylinder 1-1-6-1 The relative both sides of group are radially inwardly extending respectively to have jack body 1-1-6-4, four jack body 1-1-6-4 rectangular Distribution.

The shape of the jack body 1-1-6-4 is in cylinder.

The front end face of the jack body 1-1-6-4 is provided with hexagonal counter sink.

The jack body 1-1-6-4 is configured with hexagonal sunk screw 1-1-6-5.

The hexagonal end face of the hexagonal sunk screw 1-1-6-5 is provided with jack.

The hexagonal sunk screw 1-1-6-5 is configured with nut 1-1-6-6.

Side relative two jack body 1-1-6-4 passes through the reinforcement 1-1-6-7's and cylinder 1-1-6-1 Medial surface is fixedly connected.

The shape of the reinforcement 1-1-6-7 is in " ten " font.

The lateral surface of the cylinder 1-1-6-1 has locating ring 1-1-6-2 close to rear portion is circumferentially arranged.

The locating ring 1-1-6-2 is provided with positioning port 1-1-6-3.

As shown in figure 20, positioning hole 1-1-1-7 is distributed with behind the housing 1-1.

The positioning hole 1-1-1-7 has three.

Three positioning hole 1-1-1-7 shape is rectangular.

Three positioning hole 1-1-1-7 distributions triangular in shape.

Wherein, two positioning hole 1-1-1-7 long side is located along the same line, another described positioning hole 1-1-1- 7 long side is perpendicular to the straight line.

Outside on the upside of the housing 1-1 is provided with plug witness marker.

The plug witness marker is to extract arrow.

As shown in Fig. 2 the housing 1-1 is decomposed into removable first half, latter half of.It is of course also possible to it is the shell Body 1-1 is decomposed into removable left side, right side.It is also possible that the housing 1-1 be decomposed into the removable first half, under Half portion.

As shown in Figure 20 to Figure 23 and Figure 37 to Figure 39,

It is described it is latter half of be box body 1-1-1.

The first half is lid 1-1-2.

As shown in Figure 20 to Figure 23,

The box body 1-1-1 includes box plate 1-1-1-1.

The shape of the box plate 1-1-1-1 is rounded.

The edge of the box plate 1-1-1-1 is connected with the edge of tapered box side plate 1-1-1-2 osculums.

The edge of the big mouths of the tapered box side plate 1-1-1-2 is connected with cylindricality box side plate 1-1-1-3 back edge.

The leading edge of the cylindricality box side plate 1-1-1-3 is provided with outer step.

Multiple mounting post 1-1-1-4 are distributed with the box body 1-1-1.

The quantity of the mounting post 1-1-1-4 has four.

The four mounting post 1-1-1-4 circumferentially rectangular distributions.

The mounting post 1-1-1-4 is female mounting post.

Positioning support member 1-1-1-5 is distributed with the box body 1-1-1.

The quantity of the positioning support member 1-1-1-5 has six.

Six positioning support member 1-1-1-5 are equally divided into two groups.

Support member 1-1-1-5 is positioned described in two groups and radially is distributed in both sides relative in the box body 1-1-1.

Long sides of the positioning support member 1-1-1-5 close to the rectangle.

As shown in figure 24,1-1-1-5 points of the positioning support member is location division and supporting part.

The shape of the location division is elongated.

In each group of positioning support member 1-1-1-5, positioned at the positioning support member 1-1-1-5 of centre location division Width is more than the positioning support member 1-1-1-5 on both sides location division width.

The shape of the supporting part is similar to right-angled trapezium.

The supporting part is configured with cushion 1-1-1-6.

The cushion 1-1-1-6 by soft glue system into.

The soft colloid is silica gel, and foamed silica gel, rubber, foam EVA, gathers peace fat etc..

As shown in figure 25, the shape of the cushion 1-1-1-6 cross sections is in concave.

The cushion 1-1-1-6 is ridden on the long base of the supporting part.

It is of course also possible to be, the shape of the cushion 1-1-1-6 is in sequin shape, roundlet cylindricality, and small triangular form is small It is more

Angle-style, small ellipse, the supporting part are in the form of a column, and the cushion 1-1-1-6 is surely together in the end of the supporting part On face.

The effect of the cushion 1-1-1-6 is to position magnetic core, and the effect of vibration damping and drop resistant.

As shown in Fig. 3 b to Fig. 3 f,

Air guide structure is provided with the box body 1-1-1.

The air guide structure is the wind-guiding dividing plate that part is integrally formed with the box body 1-1-1, or, the air guide structure is The wind guide component 1-1-7 that can be placed in the box body 1-1-1.

The wind guide component 1-1-7 includes air inlet 1-1-7-1, big air outlet 1-1-7-2, small air outlet 1-1-7-3.

The air inlet 1-1-7-1 is located at behind the wind guide component 1-1-7.

The big air outlet 1-1-7-2 is located at before the wind guide component 1-1-7 central.

The small air outlet 1-1-7-3 has two.

Two small air outlet 1-1-7-3 are located at the both sides of the big air outlet 1-1-7-2.

The air inlet 1-1-7-1, the big air outlet 1-1-7-2, two small air outlet 1-1-7-3 phases interconnect It is logical.

The shape strip of the air inlet 1-1-7-1.

The both ends of the air inlet 1-1-7-1 respectively symmetrically are provided with the second identical recess 1-1-7-5.

Described second identical recess 1-1-7-5 and tapered box side plate 1-1-1-2 sealings coincide.

The both sides deviation its one end of the air inlet 1-1-7-1 respectively symmetrically is provided with the first identical recess 1-1-7-4.

The described first bottom sealing for coincideing recess 1-1-7-4 and positioning hole 1-1-1-7 coincide.

Two small air outlet 1-1-7-3 extend forward forms the 3rd identical recess with the big air outlet 1-1-7-2 1-1-7-6。

Sealing coincide behind the big air outlet 1-1-7-2 and magnetic core bottom 1-3-4-2.

Two small air outlet 1-1-7-3 and electromagnetic heating coil 1-3-1 rear end face sealing coincide.

The tapered box side plate 1-1-1-2 of the box body 1-1-1 is circumferentially distributed multiple air outlet 1-1-1-8.

The quantity of the air outlet 1-1-1-8 is four or five.

The wind guide component 1-1-7 is made up of heat-barrier material.

It is of course also possible to be, the wind guide component 1-1-7 is integrally formed part with the box body 1-1-1.

As shown in Figure 37 to Figure 39,

The lid 1-1-2 includes lid top panel 1-1-2-1.

The shape of the lid top panel 1-1-2-1 is rounded.

The leading edge that the edge of the lid top panel 1-1-2-1 is connected with cylindrical cover side plate 1-1-2-2 forms skid-resistant side.

The effect of the lid top panel 1-1-2-1 leading edge skid-resistant sides is, in order to prevent from being affixed on the balanced pressure pad of caping by Power comes off.

The back edge of the cylindrical cover side plate 1-1-2-2 is provided with interior step.

Multiple mounting post 1-1-2-3 are distributed with the lid 1-1-2.

The quantity of the mounting post 1-1-2-3 has four.

The four mounting post 1-1-2-3 circumferentially rectangular distributions.

The root of the mounting post 1-1-2-3 is provided with reinforcement 1-1-2-4.

The mounting post 1-1-2-3 is sub- mounting post.

The lid top panel 1-1-2-1 is provided with ventilating opening 1-1-2-5.

The ventilating opening 1-1-2-5 has three.

Three ventilating opening 1-1-2-5 are linearly distributed.

Middle ventilating opening 1-1-2-5 diameter is more than the diameter of ventilating opening 1-1-2-5 described in both ends.

Air channel 1-1-2-7 is distributed with behind the lid top panel 1-1-2-1.

The air channel 1-1-2-7 is connected with the ventilating opening 1-1-2-5.

The air channel 1-1-2-7 is groove.

Central behind the lid top panel 1-1-2-1 circumferentially distributed has multiple top 1-1-2-6.

The quantity of the top 1-1-2-6 has four.

Four rectangular distributions of the top 1-1-2-6.

The cylindrical projection of shape of the top 1-1-2-6.

The lid top panel 1-1-2-1 front edges extend to form snap ring forward.

It is of course also possible to be wind outlet lid top panel 1-1-2-1 after the lid top panel 1-1-2-1, the rear wind outlet lid top panel 1-1-2-1 is plane, or provided with wind-guiding groove 1-1-2-7.

Wind outlet lid top panel 1-1-2-1 wind-guiding groove 1-1-2-7 is radial along composition is stretched from inside to outside after described.

As shown in Figure 1 to Figure 3,

Balanced pressure pad 1-2 is provided with before the lid top panel 1-1-2-1.

The balanced pressure pad 1-2 is fabricated from a flexible material.

The flexible material is silica gel or elastomeric material or flexible plastic.

The silica gel or elastomeric material or the flexible plastic are by foaming processing such as foaming EVA.

As shown in Figures 4 to 6, the shape of the balanced pressure pad 1-2 is in disk form.

It is in the convex surface of front projection before the balanced pressure pad 1-2.

It is plane behind the balanced pressure pad 1-2.

It is of course also possible to it is plane before the balanced pressure pad 1-2 to be.

The balanced pressure pad 1-2 faces are divided into high plane, midplane, midplane.

The high plane of the balanced pressure pad 1-2, the thickness in thickness are 26MM~45MM.

The high plane of the balanced pressure pad 1-2, the thickness in thickness are 30MM.

The balanced pressure pad 1-2 midplanes, the thickness in thickness are 12MM~26MM.

The balanced pressure pad 1-2 midplanes, the thickness in thickness are 20MM.

The balanced pressure pad 1-2 midplanes, the thickness in thickness are 8MM~12MM.

The balanced pressure pad 1-2 midplanes, the thickness in thickness are 8MM.

The convex surface is sphere.It is of course also possible to be, the convex surface is parabola.

The convex surface is divided into high convex surface, middle convex surface, low convex surface.

The thickness in the high convex surface equilibrium pressure pad 1-2 thickness is 26MM~45MM.

The thickness in the high convex surface equilibrium pressure pad 1-2 thickness is 30MM.

The thickness in the middle convex surface equilibrium pressure pad 1-2 thickness is 12MM~26MM.

The thickness in the middle convex surface equilibrium pressure pad 1-2 thickness is 20MM.

The thickness in the low convex surface equilibrium pressure pad 1-2 thickness is 8MM~12MM.

The thickness in the low convex surface equilibrium pressure pad 1-2 thickness is 10MM.

Pressurization antiskid particles 1-2-2 is distributed with before the balanced pressure pad 1-2.

The shape of the pressurization antiskid particles 1-2-2 is in cylinder or hemisphere or preceding hemisphere rear pillar body.

Air outlet 1-2-3 is distributed with the balanced pressure pad 1-2.

The air outlet 1-2-3 has three or more.

Three air outlet 1-2-3 are located on the same line.

Middle air outlet 1-2-3 diameter is more than the diameter of air outlet 1-2-3 described in both ends.

It is of course also possible to be, the balanced pressure pad 1-2 is non-porous plane.

The balanced pressure pad 1-2 is entity.

As shown in fig. 7, form cavity in concave surface recessed forward behind the balanced pressure pad 1-2.

As shown in Fig. 9 to Figure 10, elastomer 1-2-4 is provided with the cavity.

The elastomer 1-2-4 is sponge or soft silica gel or rubber or foaming EVA etc..

The elastomer 1-2-4 forms that cavity is mutually steady to close shape with recessed concave surface forward.

Secondary electromagnetic heating coil 1-2-4-2 is provided with before the elastomer 1-2-4.

The head of the magnetic core post 1-3-4-1 is stretched at the secondary electromagnetic heating coil 1-2-4-2 centers.

In secondary heating coil 1-2-4-2 end faces or equal to secondary heating coil 1-2-4-2 end faces before the head of the magnetic pole.

Preferably, the secondary electromagnetic heating coil 1-2-4-2 is used in high convex surface equilibrium pressure pad 1-2.

The secondary electromagnetic heating coil 1-2-4-2 concatenates with the electromagnetic heating coil 1-3-1 phases.

The elastomer 1-2-4 is provided with ventilating opening 1-2-4-1.

The ventilating opening 1-2-4-1 has three or more.

Three ventilating opening 1-2-4-1 are located on the same line.

Middle ventilating opening 1-2-4-1 diameter is more than the diameter of ventilating opening 1-2-4-1 described in both ends.

It is of course also possible to be, the elastomer 1-2-4 is non-porous plane.

As shown in figure 8, it is provided with dowel 1-2-6 in cavity behind the balanced pressure pad 1-2.

The dowel 1-2-6 is fixedly connected with the head side of the movable magnetic core post 1-3-4-1.

As shown in Figure 11 to Figure 12, the balanced pressure pad 1-2 is made up of utricule 1-2-5.

The utricule 1-2-5 is pneumatophore 1-2-5.It is of course also possible to be, the utricule 1-2-5 is liquid capsule body 1-2-5. It is also possible that the utricule 1-2-5 is particle utricule 1-2-5.

The utricule 1-2-5 includes anter 1-2-5-1 and rear piece 1-2-5-2.

The anter 1-2-5-1 and the rear piece 1-2-5-2 are made up of soft silica gel or elastomeric material or flexible plastic.

The shape of the anter 1-2-5-1 is in disk or sphere or parabola.

It is before the anter 1-2-5-1 and/or internal and/or be distributed flexible stretch-proof line 1-2-5-4 below.

The flexible stretch-proof line 1-2-5-4 is cord line.

The flexible stretch-proof line 1-2-5-4 is distributed in concentric circular fashion and/or in radiation mode distribution and/or warp-wise point Cloth and/or Zonal propagations.

Piece 1-2-5-2 shape is in disk after described.

Piece 1-2-5-2 inside and/or is distributed above and/or below flexible stretch-proof line 1-2-5-4 after described.

The flexible stretch-proof line 1-2-5-4 is cord line.

The flexible stretch-proof line 1-2-5-4 is distributed in concentric circular fashion and/or in radiation mode distribution and/or warp-wise point Cloth and/or Zonal propagations.

The edge of the anter 1-2-5-1 is connected with the edge seal of the rear piece 1-2-5-2.

Air outlet 1-2-5-3 is distributed with the anter 1-2-5-1.

The air outlet 1-2-5-3 has three.

Three air outlet 1-2-5-3 are located on the same line.

Middle air outlet 1-2-5-3 diameter is more than the diameter of air outlet 1-2-5-3 described in both ends.

Correspondingly, air outlet 1-2-5-3 is distributed with the rear piece 1-2-5-2.

The air outlet 1-2-5-3 has three.

Three air outlet 1-2-5-3 are located on the same line.

Middle air outlet 1-2-5-3 diameter is more than the diameter of air outlet 1-2-5-3 described in both ends.

The air outlet 1-2-5-3 of the anter 1-2-5-1 and the rear piece 1-2-5-2 air outlet 1-2-5-3 pass through company Connect cylinder 1-2-5-6 sealing connections.

It is of course also possible to be, the anter 1-2-5-1 is non-porous plane, and the rear piece 1-2-5-2 is non-porous plane.

Behind the anter 1-2-5-1 and/or secondary electromagnetic heating coil 1-2-5-5 is internally provided with, and/or, it is described Before piece 1-2-5-2 and/or it is internally provided with secondary electromagnetic heating coil 1-2-5-5 afterwards.

As shown in Fig. 1 to Fig. 2 and Figure 40,

The heating head 1 is configured with hot melt film explorer 1-4.

The hot melt film explorer 1-4 is metal detector.

The metal detector is electromagnetic induction type metal detector, X-ray detection type metal detector, ultrasound examination Type metal detector.

The metal detector is magnetoelectric transducer.

The magnetoelectric transducer is proximity switch.

The shape of the hot melt film explorer 1-4 is in the form of a column.

The quantity of the hot melt film explorer 1-4 at least one.

The quantity of the hot melt film explorer 1-4 has four.

The side that four hot melt film explorer 1-4 are distributed in the heating head 1 is located at the shielding on the outside of magnet core wall.

Four hot melt film explorer 1-4 distribution shape is rectangular.

The direction of the hot melt film explorer 1-4 detecting heads is identical with the direction of the heating head 1.

The hot melt film explorer 1-4 detecting heads are fixedly connected by fixed mount 1-4-1 with the heating head 1.

As shown in figure 41, the fixed mount 1-4-1 is provided with bayonet socket 1-4-1-1.

The hot melt film explorer 1-4 is stuck in bayonet socket 1-4-1-1.

The bottom surface of the fixed mount 1-4-1 matches with the side of the heating head 1.

The fixed mount 1-4-1 is fixedly connected by adhesive parts with the heating head 1.

The fixed mount 1-4-1 is fixedly connected by dovetail neck external buckle edge straight trough with the heating head 1.

The adhesive parts are velcro or double faced adhesive tape or the annular sleeve made of loose taut band.

Four hot melt film explorer 1-4 have been respectively arranged at indicator lamp 1-4-2.

Four indicator lamp 1-4-2 are arranged on the same side of the heating head 1.

Four indicator lamp 1-4-2 are arranged on the left side of the heating head 1.

Four rectangular distributions of indicator lamp 1-4-2.

Four indicator lamp 1-4-2 distributing position is relative with four hot melt film explorer 1-4 distributing position Should.

Four indicator lamp 1-4-2 are arranged on fixed bin 1-4-3.

As shown in figure 42, the fixed bin 1-4-3 is provided with interface 1-4-3-1.

The bottom surface 1-4-3-2 of the fixed bin 1-4-3 matches with the surface of fixed body.

The fixed bin 1-4-3 is fixedly connected by velcro with the fixed body.

The fixed body is the heating head 1.It is of course also possible to be, the fixed body is gun body 2 described below, machine Tool arm 3, chassis 4.

As shown in Fig. 3 to Fig. 3 b, heating source 1-3 is provided with the housing 1.

The heating source 1-3 includes electromagnetic heating coil 1-3-1 and magnetic core 1-3-4.

As shown in Figure 13 to Figure 14, the electromagnetic heating coil 1-3-1 is provided with radiating gap.

The radiating gap includes the axial direction radiating gap in electromagnetic heating coil 1-3-1 between layers.Certainly, also may be used To be, the radiating gap includes the radial direction radiating gap between electromagnetic heating coil 1-3-1 centre circles and circle.

The radiating gap setting is in both sides opposite electromagnetic heating coil 1-3-1.

The shape of the electromagnetic heating coil 1-3-1 is little by little changed into ellipse from internal layer to outer layer from circle.

The electromagnetic heating coil 1-3-1 is fixed in the position at the oval short axle both ends by truss members 1-3-5.

The truss members 1-3-5 is fine rule or insulating tape.

Coil radiating isolated part 1-3-2 is provided between the radiating gap.

The shape of the coil radiating isolated part 1-3-2 is in the form of a column.It is of course also possible to it is the coil radiating isolation Part 1-3-2 shape in a tubular form, comb teeth-shaped, screw rod bracket shape.

The shape of cross section of the cylindrical coil radiating isolated part 1-3-2 is rounded semicircle or oval or half is ellipse It is circular.

The shape of cross section of the tubular coil radiating isolated part 1-3-2 is in annular.

The comb body of the comb teeth-shaped coil radiating isolated part 1-3-2 is elongated, the length of the comb body and the electricity Magnetic heating coil 1-3-1 axial length is corresponding, comb teeth-shaped coil radiating isolated part 1-3-2 broach length be less than or Equal to the radial thickness of the electromagnetic heating coil 1-3-1.

The shape of the screw rod bracket shape coil radiating isolated part 1-3-2 is in prism stake body.

The prism stake body is the prism stake body being formed by fixedly connecting with screw mandrel.

The prism stake body is triangular prism stake body or quadrangular stake body or six prism stake bodies.

The screw mandrel is the bar made of rigid filaments (such as nylon plastic(s)).

The coil radiating isolated part 1-3-2 is made up of insulating materials.

The insulating materials is timber or bamboo material or nylon or epoxy material or bakelite or polytetrafluoroethylene (PTFE).

The electromagnetic heating coil 1-3-1 is shaped by the glue that shapes.

The setting glue is watery setting glue or paste setting glue.

The watery setting glue be 502 glue or 508 glue or 488 glue or one zero eight glue or the slow dense glue of ring speed or One zero one glue or 201 glue or 301 glue or 401 glue or 260 glue.

The paste setting glue is epoxide-resin glue such as AB glue or all-purpose adhesive or heatproof silica gel or insulating varnish.

As shown in Figure 13 to Figure 16, the electromagnetic heating coil 1-3-1 is wound on coil rack 1-3-3.

The coil rack 1-3-3 is that PBT is material.

The coil rack 1-3-3 is the temperature-resistant materials such as polytetrafluoroethylene (PTFE) or nylon or epoxy material or bakelite.

The coil rack 1-3-3 includes framework main 1-3-3-1 and coil baffle plate 1-3-3-2.

The shape of the framework main 1-3-3-1 is cylindrical.

The coil baffle plate 1-3-3-2 has one.It is of course also possible to be, the coil baffle plate 1-3-3-2 has two.

One coil baffle plate 1-3-3-2 is arranged on the rear end of the framework main 1-3-3-1.

One coil baffle plate 1-3-3-2 shape is in annular shape.

One opposite both sides of the circular coil baffle plate 1-3-3-2 is respectively arranged with breach 1-3-3-3.

The shape of the breach 1-3-3-3 is in sector.

Described fan-shaped two longitudinal edges of breach 1-3-3-3 are mutually perpendicular to.

Two fan-shaped breach 1-3-3-3 base is parallel to each other.

The breach 1-3-3-3 is relative with the radiating gap of the electromagnetic heating coil 1-3-1.

Two coil baffle plate 1-3-3-2 are arranged on the front-end and back-end of the framework main 1-3-3-1.

The shape of two coil baffle plates is consistent.

Radiating batch technique is divided into two kinds, one kind be after electromagnetic heating coil coiling, then with after glue curing, take out every From part, radiating gap is left.Another technique is to retain isolated part.Retaining the technique of isolated part is, in radiating gap Between be provided with coil radiating isolated part.

As shown in Figure 13 and Figure 17 to Figure 19,

The magnetic core 1-3-4 is post pot core 1-3-4.It is of course also possible to be, the magnetic core 1-3-4 is cylindrical magnetic core 1-3-4.It is also possible that the magnetic core 1-3-4 is pot core 1-3-4.It is also possible that the magnetic core 1-3-4 is " drawing pin " shape Magnetic core 1-3-4.

The post pot core 1-3-4 includes magnetic core post 1-3-4-1, magnetic core bottom 1-3-4-2, the magnet core wall 1- being arranged concentrically 3-4-3, the magnetic core post 1-3-4-1, the magnetic core bottom 1-3-4-2, the magnet core wall 1-3-4-3 are integrally formed part, the magnetic Stem 1-3-4-1 is fixed magnetic core post 1-3-4-1, and the height of the magnetic core post 1-3-4-1 is more than or equal to the magnet core wall 1- 3-4-3 height.Or the magnetic core bottom 1-3-4-2 and the magnet core wall 1-3-4-3 are integrally formed part, the magnetic core post 1- The 3-4-1 and magnetic core bottom 1-3-4-2 is separated, and the magnetic core post 1-3-4-1 is movable magnetic core post 1-3-4-1.

The height of the magnetic core post 1-3-4-1 is highly consistent with the magnet core wall.

The difference of the height of the magnetic core post 1-3-4-1 and the height of the magnet core wall 1-3-4-3 is 7MM~44MM.

The difference of the height of the magnetic core post 1-3-4-1 and the height of the magnet core wall 1-3-4-3 is 15MM, 20MM, 25MM.

The shape of the magnetic core post 1-3-4-1 is cylindrical.

The head shape of the magnetic core post 1-3-4-1 is planar or spheric or paraboloidal.

The shape of the magnetic core bottom 1-3-4-2 is disc-shaped.

The center of the core bottom 1-3-4-2 is provided with guide hole or air vent.

The root of the movable magnetic core post 1-3-4-1 is located in the guide hole.

The magnetic core post 1-3-4-1 is configured with dielectric resilience part 1-3-4-7.

The dielectric resilience part 1-3-4-7 is made up of elastic glue material.

The elastic glue material is elastomeric material or silica gel material.

As shown in figure 19, strip is made by rubber or silica gel material in the dielectric resilience part 1-3-4-7, and two is glued at Two side bottoms at the magnetic core bottom 1-3-4-2 back sides, centre is surely together in movable magnetic core, as like bow and arrow.

As shown in Figure 3 a, the dielectric resilience part 1-3-4-7 can be small pneumatic plastics expansion bar, and the small pneumatic is moulded Material expansion link includes being made up of the cylinder being socketed, and elastomer is set in cylinder, the elastomer is spring or elastic bag, and this is small Type air pressure plastics expansion bar picture is supportted on movable magnetic core post 1-3-4-1 and housing bottom reinforcement 1-1-4-5 like empty needle cylinder.

The movable magnetic core post 1-3-4-1 is pressed on workpiece at work and is forced to be moved rearwards, otherwise is moved forward, Resetted in the presence of the dielectric resilience part 1-3-4-7 of bottom.

The shape of the magnetic core post 1-3-4-1 is cylindrical.

The shape of the magnetic core bottom 1-3-4-2 is in the form of annular discs.

The shape of the magnet core wall 1-3-4-3 is cylindrical.

The magnetic core post 1-3-4-1 is located at axial location and is provided with ventilating opening 1-3-4-4.

Both sides opposite the magnetic core bottom 1-3-4-2 and magnet core wall 1-3-4-3 are respectively arranged with breach 1-3-4-5.

The breach 1-3-4-5 is relative with the radiating gap of the electromagnetic heating coil 1-3-1.

In terms of axis direction, the shape of the breach 1-3-4-5 is in sector.

Two longitudinal edges of the breach 1-3-4-5 are mutually perpendicular to.

Two breach 1-3-4-5 base is parallel to each other.

Two opposite magnet core wall 1-3-4-3 lateral surfaces are respectively arranged with locating slot 1-3-4-6 vertically.

The electromagnetic heating coil 1-3-1 is nested with the magnetic core post 1-3-4-1.

The coil baffle plate 1-3-3-2 is located at the root of the magnetic core post 1-3-4-1.

Present embodiment can effectively radiate, be effectively prevented from because work when electromagnetic heating coil high temperature burn out, draw That rises is breaking or short-circuit, also effectively reduces magnetic saturation phenomenon, solves and burn out bipolar transistor because magnetic saturation causes (IGBT).Be advantageous to bipolar transistor in protection power source (IGBT), it is ensured that welding job is normally carried out.

Claims (2)

1. a kind of safety heater, including heating head (1) and the annex (one) for fixing the heating head (1), it is characterised in that： The annex (2,3,4) is provided with the cavity for accommodating capacitor (5), and the capacitor (5) is located in the cavity.

2. the safety heater according to claim, it is characterised in that：

The annex (2,3,4) is one or both of gun body (2), mechanical arm (3), chassis (4)；

The gun body (2) is made up of left half gun body (2A) and right half gun body (2B)；

The gun body (2) includes the body of a gun (2-1) and pikestaff (2-2)；

The body of a gun (2-1) is internally provided with reinforcement (2-1-1)；

The reinforcement (2-1-1) will be separated out for accommodating the cavity of capacitor (5) and for accommodating wind inside the body of a gun (2-1) Fan the cavity of (7)；

The capacitor (5) is located at middle part in the body of a gun (2-1)；

Circuit board (6) is provided with above the capacitor (5)；

The fan (7) is located at the body of a gun (2-1) interior rear portion；

The body of a gun (2-1) is internally provided with mounting post (2-1-2)；

The body of a gun (2-1) rear portion is provided with air inlet (2-1-3)；

The body of a gun (2-1) rear portion is provided with the first indicator lamp (2-1-4) and the second indicator lamp (2-1-5)；

Mounting post (2-2-2) is provided with the pikestaff (2-2)；

It is provided with front side of the top of the pikestaff (2-2) and pulls button switch (2-2-1)；

Connector (2-1-6) is provided with before the body of a gun (2-1)；

There is positioning head (2-1-7) along the circumferentially distributed of the connector (2-1-6) before the body of a gun (2-1)；

Annular guide channel and annular positioning groove are provided with the connector (2-1-6)；

It is rotatably assorted between the lead ring (1-1-5-1) and the annular guide channel；

It is provided with the upside of the body of a gun (2-1) and leads mouth；

The shifting block (1-1-5-3) is stretched out from described lead in mouth；

Positioning head is provided with the annular positioning groove；

The locating ring (1-1-6-2) is located in the annular positioning groove；

The positioning port (1-1-6-3) blocks the positioning head；

The metal inserted link (1-1-4-2) is inserted in the jack of the hexagonal end face of the hexagonal sunk screw (1-1-6-5)；

The sealed head (1-1-3-2) misses the sealed pawl (1-1-5-2) from the connector (2-1-6) and extend into described lead In ring (1-1-5-1)；

The positioning hole (1-1-1-7) entangles the positioning head (2-1-7)；

Stirring the shifting block (1-1-5-3) makes the sealed pawl (1-1-5-2) pin the sealed head (1-1-3-2), described other Head (1-1-5-5) pins the other mouth (1-1-3-3)；

The mechanical arm (3) includes rotating disk (3-1)；

The rotating disk (3-1) is connected by connector (3-2) with one end of large arm (3-3)；

The other end of the large arm (3-3) is hinged by one end of hinge (3-7) and middle arm (3-4)；

The other end of the middle arm (3-4) is hinged by one end of hinge (3-7) and forearm (3-5)；

One end of the forearm (3-5) is be hinged by hinge (3-7) and base (3-6)；

The shape of the base (3-6) is in the cylinder of one end closing；

The base (3-6) is configured with mesh outer cover (3-6-4)；

The cavity for accommodating capacitor (5) is provided with outside the base (3-6)；

The capacitor (5) is located in the cavity；

The outer bottom of the base (3-6) is provided with articulated section (3-6-1)；

It is axially disposed in the base (3-6) to have telescoping mechanism (3-6-2)；

Connector (3-6-3) is provided with before the telescoping mechanism (3-6-2)；

There is positioning head along the circumferentially distributed of the connector (3-6-3) before the telescoping mechanism (3-6-2)；

Annular guide channel and annular positioning groove are provided with the connector (3-6-3)；

It is rotatably assorted between the lead ring (1-1-5-1) and the annular guide channel；

The side of the telescoping mechanism (3-6-2), which is provided with, leads mouth；

The shifting block (1-1-5-3) is stretched out from described lead in mouth；

Positioning head is provided with the annular positioning groove；

The locating ring (1-1-6-2) is located in the annular positioning groove；

The positioning port (1-1-6-3) blocks the positioning head；

The metal inserted link (1-1-4-2) is inserted in the jack of the hexagonal end face of the hexagonal sunk screw (1-1-6-5)；

The sealed head (1-1-3-2) misses the sealed pawl (1-1-5-2) from the connector (3-6-3) and extend into described lead In ring (1-1-5-1)；

The positioning hole (1-1-1-7) entangles the positioning head；

Stirring the shifting block (1-1-5-3) makes the sealed pawl (1-1-5-2) pin the sealed head (1-1-3-2), described other Head (1-1-5-5) pins the other mouth (1-1-3-3)；

The chassis (4) includes chassis main body (4-3), and the chassis main body (4-3) passes through road wheel (4-2) row in orbit Walk；

Heating head (1) and/or mechanical arm (3) is distributed with the both sides of the chassis main body (4-3) and/or top surface；

The heating head (1) is connected by base (4-4) and telescoping mechanism (4-4-1) with the both sides of the chassis (4)；

The base (4-4) is provided with the cavity for accommodating capacitor (5), and the capacitor (5) is located in the cavity；

Connector (4-4-2) is provided with before the telescoping mechanism (4-4-1)；

There is positioning head along the circumferentially distributed of the connector (4-4-2) before the telescoping mechanism (4-4-1)；

Annular guide channel and annular positioning groove are provided with the connector (4-4-2)；

It is rotatably assorted between the lead ring (1-1-5-1) and the annular guide channel；

The side of the telescoping mechanism (4-4-1), which is provided with, leads mouth；

The shifting block (1-1-5-3) is stretched out from described lead in mouth；

Positioning head is provided with the annular positioning groove；

The locating ring (1-1-6-2) is located in the annular positioning groove；

The positioning port (1-1-6-3) blocks the positioning head；

The metal inserted link (1-1-4-2) is inserted in the jack of the hexagonal end face of the hexagonal sunk screw (1-1-6-5)；

The sealed head (1-1-3-2) misses the sealed pawl (1-1-5-2) from the connector (4-4-2) and extend into described lead In ring (1-1-5-1)；

The positioning hole (1-1-1-7) entangles the positioning head；

Stirring the shifting block (1-1-5-3) makes the sealed pawl (1-1-5-2) pin the sealed head (1-1-3-2), described other Head (1-1-5-5) pins the other mouth (1-1-3-3)；

The both sides of the chassis main body (4-3) be disposed with from bottom to top respectively leave from office layer (4-3-1), middle layer (4-3-2), Appear on the stage layer (4-3-3)；

The top surface of the chassis main body (4-3) is provided with roof platform (4-3-4)；

The mechanical arm (3) is arranged on the leave from office layer (4-3-1) and/or middle platform layer (4-3-2) and/or layer of appearing on the stage (4-3-3) And/or in roof platform (4-3-4)；

Sealed component (1-1-3) is provided with behind the housing (1-1)；

The sealed component (1-1-3) includes sealed neck (1-1-3-1) and sealed head (1-1-3-2)；

The sealed neck (1-1-3-1) is the torus for extending back out behind the housing (1-1)；

The sealed head (1-1-3-2) is multiple to be extended radially outward from sealed neck (1-1-3-1) the lateral surface back Curved flanges；

The sealed head (1-1-3-2) is distributed evenly in the circumference of the sealed neck (1-1-3-1)；

The arc length of the sealed head (1-1-3-2) be less than or equal to the two neighboring sealed head (1-1-3-2) between arc away from From two times；

The quantity of the sealed head (1-1-3-2) at least two；

The quantity of the sealed head (1-1-3-2) has two or three or four；

The lateral surface of the sealed head (1-1-3-2) sets different mouth (1-1-3-3)；

The other mouth (1-1-3-3) is close to one end of the sealed head (1-1-3-2)；

Sealed head (1-1-3-2) the insertion locking member (1-1-5)；

The locking member (1-1-5) includes lead ring (1-1-5-1), sealed pawl (1-1-5-2), shifting block (1-1-5-3), reinforcing plate (1-1-5-4), other head (1-1-5-5)；

The shape of the lead ring (1-1-5-1) is in torus；

The sealed pawl (1-1-5-2) is multiple arc radially inwardly extending from the lead ring (1-1-5-1) medial surface front Shape flange；

The sealed pawl (1-1-5-2) is distributed evenly in the lead ring (1-1-5-1) circumference；

The arc length of the sealed pawl (1-1-5-2) be less than or equal to the two neighboring sealed pawl (1-1-5-2) between arc away from From two times；

The quantity of the sealed pawl (1-1-5-2) at least two；

The quantity of the sealed pawl (1-1-5-2) has two or three or four；

The medial surface of the lead ring (1-1-5-1) corresponds to each described sealed pawl (1-1-5-2) and is respectively arranged with other head (1-1- 5-5)；

The other head (1-1-5-5) is close to one end of the sealed pawl (1-1-5-2)；

After sealed, (1-1-5-5 is located in the other mouth (1-1-3-3) the other head；

The shifting block (1-1-5-3) is located at the lateral surface of the lead ring (1-1-5-1)；

The rectangular tabular of shape of the shifting block (1-1-5-3)；

The reinforcing plate (1-1-5-4) has two；

Two reinforcing plates (1-1-5-4) are separately positioned on the shifting block (1-1-5-3) both sides；

Each described reinforcing plate (1-1-5-4) is connected as a single entity with the shifting block (1-1-5-3) and the lead ring (1-1-5-1) It is integrally formed part；

Being located behind of the housing (1-1) is provided with ventilating opening in the sealed neck (1-1-3-1)；

Male component (1-1-4) is provided with the sealed neck (1-1-3-1)；

The male component (1-1-4) includes header body (1-1-4-1), metal inserted link (1-1-4-2)；

The header body (1-1-4-1) is fixedly connected with the metal inserted link (1-1-4-2) by anti-rotation structure；

The header body (1-1-4-1) be two respectively from the relative medial surface of the sealed neck (1-1-3-1) radially to The convex body of interior extension, two header bodies (1-1-4-1) are distributed in " one " font, or, the header body (1-1-4- 1) be four respectively from the radially inwardly extending convex body of the relative medial surface of the sealed neck (1-1-3-1), four described to insert Head body (1-1-4-1) rectangular distribution；

The shape of the header body (1-1-4-1) is in cylinder；

The front end face of the header body (1-1-4-1) is provided with hexagonal counter sink；

The front end face of the header body (1-1-4-1) is provided with multiple angle counter sinks；

The front end face of the header body (1-1-4-1) is provided with semi-circular counter sink；

The front end face of the header body (1-1-4-1) is provided with oval counter sink；

The root end face of the metal inserted link (1-1-4-2) is provided with six prism dops；

The root end face of the metal inserted link (1-1-4-2) is provided with multiple prism dops；

The root end face of the metal inserted link (1-1-4-2) is provided with semi-circular post dop；

The root end face of the metal inserted link (1-1-4-2) is provided with ellipse post dop；

The end face of the six prisms dop is provided with screwed hole；

The screwed hole is configured with screw；

The root side of the metal inserted link (1-1-4-2) is provided with neck；

The head of the metal inserted link (1-1-4-2) is inserted from the hexagonal counter sink of the header body (1-1-4-1) front end face Passed again from the rear end face of the header body (1-1-4-1)；

The metal inserted link (1-1-4-2) is by slotted collar (1-1-4-4) by the neck and the header body (1-1- 4-1) it is fixedly connected；

The head side of the metal inserted link (1-1-4-2) is provided with annular groove；

Tensioning piece (1-1-4-3) is coated with the groove；

The side of the tensioning piece (1-1-4-3) is circumferentially distributed multiple axial bar holes；

It is radially raised in the middle part of the side of the tensioning piece (1-1-4-3)；

The relative side of two header bodies (1-1-4-1) passes through reinforcement (1-1-4-5) and the sealed neck (1-1-3- 1) madial wall is fixedly connected；

The shape of the reinforcement (1-1-4-5) is in " ten " font；

The male component (1-1-4) is configured with female component (1-1-6)；

The female component (1-1-6) includes cylinder (1-1-6-1)；

The anterior relative both sides of the medial surface of the cylinder (1-1-6-1) are radially inwardly extending respectively jack body (1-1- 6-4), two jack bodies (1-1-6-4) are distributed in " one " font, or, before the medial surface of the cylinder (1-1-6-1) The relative both sides in two groups of portion are radially inwardly extending respectively jack body (1-1-6-4), four jack body (1-1-6- 4) rectangular distribution；

The shape of the jack body (1-1-6-4) is in cylinder；

The front end face of the jack body (1-1-6-4) is provided with hexagonal counter sink；

The jack body (1-1-6-4) is configured with hexagonal sunk screw (1-1-6-5)；

The hexagonal end face of the hexagonal sunk screw (1-1-6-5) is provided with jack；

The hexagonal sunk screw (1-1-6-5) is configured with nut (1-1-6-6)；

Two relative sides of the jack body (1-1-6-4) pass through reinforcement (1-1-6-7) and the cylinder (1-1-6-1) Medial surface be fixedly connected；

The shape of the reinforcement (1-1-6-7) is in " ten " font；

The lateral surface of the cylinder (1-1-6-1) has locating ring (1-1-6-2) close to rear portion is circumferentially arranged；

The locating ring (1-1-6-2) is provided with positioning port (1-1-6-3)；

Positioning hole (1-1-1-7) is distributed with behind the housing (1-1)；

The positioning hole (1-1-1-7) has three；

The shape of three positioning holes (1-1-1-7) is rectangular；

Three positioning hole (1-1-1-7) distributions triangular in shape；

Wherein, the long side of two positioning holes (1-1-1-7) is located along the same line, another described positioning hole (1-1-1- 7) long side is perpendicular to the straight line；

Outside on the upside of the housing (1-1) is provided with plug witness marker；

The plug witness marker is to extract arrow；

The housing (1-1) is decomposed into removable first half, latter half of, or, the housing (1-1) is decomposed into removable Left side, right side, or, the housing (1-1) is decomposed into the removable first half, lower half；

It is described it is latter half of be box body (1-1-1)；

The first half is lid (1-1-2)；

The box body (1-1-1) includes box plate (1-1-1-1)；

The shape of the box plate (1-1-1-1) is rounded；

The edge of the box plate (1-1-1-1) is connected with the edge of tapered box side plate (1-1-1-2) osculum；

The edge of the big mouth of the tapered box side plate (1-1-1-2) is connected with the back edge of cylindricality box side plate (1-1-1-3)；

The leading edge of the cylindricality box side plate (1-1-1-3) is provided with outer step；

Multiple mounting posts (1-1-1-4) are distributed with the box body (1-1-1)；

The quantity of the mounting post (1-1-1-4) has four；

Four mounting post (1-1-1-4) circumferentially rectangular distributions；

The mounting post (1-1-1-4) is female mounting post；

Positioning support member (1-1-1-5) is distributed with the box body (1-1-1)；

The quantity of the positioning support member (1-1-1-5) has six；

Six positioning support members (1-1-1-5) are equally divided into two groups；

Support member (1-1-1-5) is positioned described in two groups and radially is distributed in both sides relative in the box body (1-1-1)；

Long side of the positioning support member (1-1-1-5) close to the rectangle；

The positioning support member (1-1-1-5) is divided into location division and supporting part；

The shape of the location division is elongated；

In each group of positioning support member (1-1-1-5), positioned at the location division of the positioning support member (1-1-1-5) of centre Width is more than the location division width of the positioning support member (1-1-1-5) on both sides；

The shape of the supporting part is similar to right-angled trapezium；

The supporting part is configured with cushion (1-1-1-6)；

The cushion (1-1-1-6) by soft glue system into,

The soft colloid is silica gel, and foamed silica gel, rubber, foam EVA, gathers peace fat etc.；

The shape of cushion (1-1-1-6) cross section is in concave；

The cushion (1-1-1-6) is ridden on the long base of the supporting part；

The shape of the cushion (1-1-1-6) is in sequin shape, roundlet cylindricality, small triangular form, small multiangular, small ellipse；

The supporting part is in the form of a column, and the cushion (1-1-1-6) is surely together on the end face of the supporting part；

Air guide structure is provided with the box body (1-1-1)：

The air guide structure is the wind-guiding dividing plate that part is integrally formed with the box body (1-1-1), or, the air guide structure is can The wind guide component (1-1-7) being placed in the box body (1-1-1)；

The wind guide component (1-1-7) includes air inlet (1-1-7-1), big air outlet (1-1-7-2), small air outlet (1-1-7- 3)；

The air inlet (1-1-7-1) is located at behind the wind guide component (1-1-7)；

The big air outlet (1-1-7-2) is located at before the wind guide component (1-1-7) central；

The small air outlet (1-1-7-3) has two；

Two small air outlets (1-1-7-3) are located at the both sides of the big air outlet (1-1-7-2)；

The air inlet (1-1-7-1), the big air outlet (1-1-7-2), two small air outlets (1-1-7-3) mutually interconnect It is logical；

The shape of the air inlet (1-1-7-1) is elongated；

The both ends of the air inlet (1-1-7-1) respectively symmetrically are provided with the second identical recess (1-1-7-5)；

Described second identical recess (1-1-7-5) coincide with tapered box side plate (1-1-1-2) sealing；

The both sides deviation its one end of the air inlet (1-1-7-1) respectively symmetrically is provided with the first identical recess (1-1-7-4)；

The described first bottom sealing for coincideing recess (1-1-7-4) and positioning hole (1-1-1-7) coincide；

Two small air outlets (1-1-7-3) extend forward forms the 3rd identical recess with the big air outlet (1-1-7-2) (1-1-7-6)；

The big air outlet (1-1-7-2) is coincide with sealing behind magnetic core bottom (1-3-4-2)；

Two small air outlets (1-1-7-3) and the rear end face sealing of electromagnetic heating coil (1-3-1) coincide；

The tapered box side plate (1-1-1-2) of the box body (1-1-1) is circumferentially distributed multiple air outlets (1-1-1-8)；

The quantity of the air outlet (1-1-1-8) is four or five；

The wind guide component (1-1-7) is made up of heat-barrier material；

The wind guide component (1-1-7) is integrally formed part with the box body (1-1-1)；

The lid (1-1-2) includes lid top panel (1-1-2-1)；

The shape of the lid top panel (1-1-2-1) is rounded；

The leading edge that the edge of the lid top panel (1-1-2-1) is connected with cylindrical cover side plate (1-1-2-2) forms skid-resistant side；

The back edge of the cylindrical cover side plate (1-1-2-2) is provided with interior step；

Multiple mounting posts (1-1-2-3) are distributed with the lid (1-1-2)；

The quantity of the mounting post (1-1-2-3) has four；

Four mounting post (1-1-2-3) circumferentially rectangular distributions；

The root of the mounting post (1-1-2-3) is provided with reinforcement (1-1-2-4)；

Wind outlet is plane to the lid top panel (1-1-2-1) afterwards, or provided with wind-guiding groove (1-1-2-7)；

The lid top panel (1-1-2-1) afterwards stretch wind outlet wind-guiding groove (1-1-2-7) from inside to outside by edge；

The lid top panel (1-1-2-1) is provided with ventilating opening (1-1-2-5)；

The ventilating opening (1-1-2-5) has three；

Three ventilating openings (1-1-2-5) are linearly distributed；

The diameter of the middle ventilating opening (1-1-2-5) is more than the diameter of ventilating opening (1-1-2-5) described in both ends；

Air channel (1-1-2-7) is distributed with behind the lid top panel (1-1-2-1)；

The air channel (1-1-2-7) is connected with the ventilating opening (1-1-2-5)；

The air channel (1-1-2-7) is groove；

Behind the lid top panel (1-1-2-1) it is central it is circumferentially distributed have it is multiple top (1-1-2-6)；

The quantity of the top (1-1-2-6) has four；

Four described top (1-1-2-6) rectangular distributions；

The cylindrical projection of shape of the top (1-1-2-6)；

Lid top panel (1-1-2-1) front edge extends to form snap ring forward；

The lid top panel (1-1-2-1) is above provided with balanced pressure pad (1-2)；

The balanced pressure pad (1-2) is fabricated from a flexible material；

The flexible material is silica gel or elastomeric material or flexible plastic；

The silica gel or elastomeric material or the flexible plastic are handled by foaming；

The shape of the balanced pressure pad (1-2) is in disk form；

It is in the convex surface of front projection before the balanced pressure pad (1-2)；

It is plane behind the balanced pressure pad 1-2；

It is plane before the balanced pressure pad (1-2)；

Balanced pressure pad (1-2) face is divided into high plane, midplane, midplane；

The high plane of the balanced pressure pad (1-2), the thickness in thickness are 26MM~45MM；

The high plane of the balanced pressure pad (1-2), the thickness in thickness are 30MM；

Balanced pressure pad (1-2) midplane, the thickness in thickness are 12MM~26MM；

Balanced pressure pad (1-2) midplane, the thickness in thickness are 20MM；

Balanced pressure pad (1-2) midplane, the thickness in thickness are 8MM~12MM；

Balanced pressure pad (1-2) midplane, the thickness in thickness are 8MM；

The convex surface is sphere or parabola；

The convex surface is divided into high convex surface, middle convex surface, low convex surface；

The thickness in high convex surface equilibrium pressure pad (1-2) thickness is 26MM~45MM；

The thickness in high convex surface equilibrium pressure pad (1-2) thickness is 30MM；

The thickness in middle convex surface equilibrium pressure pad (1-2) thickness is 12MM~26MM；

The thickness in middle convex surface equilibrium pressure pad (1-2) thickness is 20MM；

The thickness in low convex surface equilibrium pressure pad (1-2) thickness is 8MM~12MM；

The thickness in low convex surface equilibrium pressure pad (1-2) thickness is 10MM；

Pressurization antiskid particles (1-2-2) are distributed with before the balanced pressure pad (1-2)；

The shape of the pressurization antiskid particles (1-2-2) is in cylinder or hemisphere or preceding hemisphere rear pillar body；

The balanced pressure pad (1-2) is non-porous plane；

Air outlet (1-2-3) is distributed with the balanced pressure pad (1-2)；

The air outlet (1-2-3) has three or more；

Three air outlets (1-2-3) are located on the same line；

The diameter of the middle air outlet (1-2-3) is more than the diameter of air outlet (1-2-3) described in both ends；

The balanced pressure pad (1-2) is entity；

Behind the balanced pressure pad (1-2) cavity is formed in concave surface recessed forward；

Elastomer (1-2-4) is provided with the cavity；

The elastomer (1-2-4) is sponge or soft silica gel or rubber or foaming EVA；

The elastomer (1-2-4) forms that cavity is mutually steady to close shape with recessed concave surface forward；

Secondary electromagnetic heating coil (1-2-4-2) is provided with before the elastomer (1-2-4)；

The secondary electromagnetic heating coil (1-2-4-2) mutually concatenates with the electromagnetic heating coil (1-3-1)；

The elastomer (1-2-4) is non-porous plane；

The elastomer (1-2-4) is provided with ventilating opening (1-2-4-1)；

The ventilating opening (1-2-4-1) has three or more；

Three ventilating openings (1-2-4-1) are located on the same line；

The diameter of the middle ventilating opening (1-2-4-1) is more than the diameter of ventilating opening (1-2-4-1) described in both ends；

Dowel (1-2-6) is provided with cavity behind the balanced pressure pad (1-2)；

The dowel (1-2-6) is fixedly connected with the head side of the movable magnetic core post (1-3-4-1)；

The balanced pressure pad (1-2) is made up of utricule (1-2-5)；

The utricule (1-2-5) is pneumatophore (1-2-5) or liquid capsule body (1-2-5) or particle utricule (1-2-5)；

The utricule (1-2-5) includes anter (1-2-5-1) and rear piece (1-2-5-2)；

The anter (1-2-5-1) and the rear piece (1-2-5-2) are made up of soft silica gel or elastomeric material or flexible plastic；

The shape of the anter (1-2-5-1) is in disk or sphere or parabola；

It is before the anter (1-2-5-1) and/or internal and/or be distributed flexible stretch-proof line (1-2-5-4) below；

The flexible stretch-proof line (1-2-5-4) is cord line；

The flexible stretch-proof line (1-2-5-4) is distributed in concentric circular fashion and/or is distributed in radiation mode distribution and/or warp-wise And/or Zonal propagations；

The shape of piece (1-2-5-2) is in disk after described；

Piece (1-2-5-2) inside and/or is distributed above and/or below flexible stretch-proof line (1-2-5-4) after described；

The flexible stretch-proof line (1-2-5-4) is cord line；

The flexible stretch-proof line (1-2-5-4) is distributed in concentric circular fashion and/or is distributed in radiation mode distribution and/or warp-wise And/or Zonal propagations；

The edge of the anter (1-2-5-1) is connected with the edge seal of the rear piece (1-2-5-2)；

Air outlet (1-2-5-3) is distributed with the anter (1-2-5-1)；

The anter (1-2-5-1) is non-porous plane；

The air outlet (1-2-5-3) has three；

Three air outlets (1-2-5-3) are located on the same line；

The diameter of the middle air outlet (1-2-5-3) is more than the diameter of air outlet (1-2-5-3) described in both ends；

Correspondingly, air outlet (1-2-5-3) is distributed with the rear piece (1-2-5-2)；

The air outlet (1-2-5-3) has three；

Three air outlets (1-2-5-3) are located on the same line；

The diameter of the middle air outlet (1-2-5-3) is more than the diameter of air outlet (1-2-5-3) described in both ends；

The air outlet (1-2-5-3) of the air outlet (1-2-5-3) of the anter (1-2-5-1) and the rear piece (1-2-5-2) is logical Cross connecting cylinder (1-2-5-6) sealing connection；

Behind the anter (1-2-5-1) and/or secondary electromagnetic heating coil (1-2-5-5) is internally provided with, and/or, it is described Before piece (1-2-5-2) and/or it is internally provided with secondary electromagnetic heating coil (1-2-5-5) afterwards；

The heating head (1) is configured with hot melt film explorer (1-4)；

The hot melt film explorer (1-4) is metal detector；

The metal detector is electromagnetic induction type metal detector, X-ray detection type metal detector, ultrasound examination type gold Belong to detector；

The metal detector is magnetoelectric transducer；

The magnetoelectric transducer is proximity switch；

The shape of the hot melt film explorer (1-4) is in the form of a column；

It is described hot melt film explorer (1-4) quantity at least one；

The quantity of the hot melt film explorer (1-4) has four；

The side that four hot melt film explorers (1-4) are distributed in the heating head (1) is located at the shielding on the outside of magnet core wall；

The distribution shape of four hot melt film explorers (1-4) is rectangular；

The direction of described hot melt film explorer (1-4) detecting head is identical with the direction of the heating head (1)；

Hot melt film explorer (1-4) detecting head is fixedly connected by fixed mount (1-4-1) with the heating head (1)；

The fixed mount (1-4-1) is provided with bayonet socket (1-4-1-1)；

The hot melt film explorer (1-4) is stuck in the bayonet socket (1-4-1-1)；

The bottom surface of the fixed mount (1-4-1) matches with the side of the heating head (1)；

The fixed mount (1-4-1) is fixedly connected by adhesive parts with the heating head (1)；

The fixed mount (1-4-1) is fixedly connected by dovetail neck external buckle edge straight trough with the heating head (1)；

The adhesive parts are velcro or double faced adhesive tape or the annular sleeve made of loose taut band；

Four hot melt film explorers (1-4) have been respectively arranged at indicator lamp (1-4-2)；

Four indicator lamps (1-4-2) are arranged on the same side of the heating head (1)；

Four indicator lamps (1-4-2) are arranged on the left side of the heating head (1)；

Four rectangular distributions of the indicator lamp (1-4-2)；

The distributing position of four indicator lamps (1-4-2) is relative with the distributing position of four hot melt film explorers (1-4) Should；

Four indicator lamps (1-4-2) are arranged on fixed body and (are exactly；

The fixed bin (1-4-3) is provided with interface (1-4-3-1)；

The bottom surface (1-4-3-2) of the fixed bin (1-4-3) matches with the surface of fixed body；

The fixed bin (1-4-3) is fixedly connected by velcro with the fixed body；

The fixed body is the tapered box side plate (1-1-1-2) or the body of a gun (2-1) of the heating head (1)；

Heating source (1-3) is provided with the housing (1-1)；

The heating source (1-3) includes electromagnetic heating coil (1-3-1) and magnetic core (1-3-4)；

The electromagnetic heating coil (1-3-1) is provided with radiating gap；

The radiating gap adds including the axial direction radiating gap in electromagnetic heating coil (1-3-1) between layers and/or electromagnetism Radial direction radiating gap between heat coil (1-3-1) centre circle and circle；

The radiating gap setting is in the opposite both sides of electromagnetic heating coil (1-3-1)；

The shape of the electromagnetic heating coil (1-3-1) is little by little changed into ellipse from internal layer to outer layer from circle；

The electromagnetic heating coil (1-3-1) is fixed by truss members (1-3-5) in the position at the oval short axle both ends；

The truss members (1-3-5) are fine rule or insulating tape；

Coil radiating isolated part (1-3-2) is provided between the radiating gap；

The shape of the coil radiating isolated part (1-3-2) is in the form of a column, tubulose, comb teeth-shaped, screw rod bracket shape；

The shape of cross section of cylindrical coil radiating isolated part (1-3-2) is rounded semicircle or oval or semiellipse Shape；

The shape of cross section of the tubular coil radiating isolated part (1-3-2) is in annular；

The comb body of the comb teeth-shaped coil radiating isolated part (1-3-2) is elongated, the length of the comb body and the electromagnetism The axial length of heating coil (1-3-1) is corresponding, and the broach length of the comb teeth-shaped coil radiating isolated part (1-3-2) is less than Or the radial thickness equal to the electromagnetic heating coil (1-3-1)；

The shape of the screw rod bracket shape coil radiating isolated part (1-3-2) is in prism stake body；

The prism stake body is the prism stake body being formed by fixedly connecting with screw mandrel；

The prism stake body is triangular prism stake body or quadrangular stake body or six prism stake bodies；

The screw mandrel is to use bar made of insulating materials rigid filaments；

The coil radiating isolated part (1-3-2) is made up of insulating materials；

The insulating materials is timber or bamboo material or nylon or epoxy material or bakelite or polytetrafluoroethylene (PTFE)；

The electromagnetic heating coil (1-3-1) is shaped by the glue that shapes；

The setting glue is watery setting glue or paste setting glue；

The watery setting glue is 502 glue or 508 glue or 488 glue or one zero eight glue or the slow dense glue or 1 of ring speed One glue or 201 glue or 301 glue or 401 glue or 260 glue；

The paste setting glue is epoxide-resin glue or all-purpose adhesive or heatproof silica gel or insulating varnish；

The electromagnetic heating coil (1-3-1) is wound on coil rack (1-3-3)；

The coil rack (1-3-3) is that PBT is material；

The coil rack (1-3-3) is the temperature-resistant materials such as polytetrafluoroethylene (PTFE) or nylon or epoxy material or bakelite；

The coil rack (1-3-3) includes framework main (1-3-3-1) and coil baffle plate (1-3-3-2)；

The shape of the framework main (1-3-3-1) is cylindrical；

The coil baffle plate (1-3-3-2) has one or two；

One coil baffle plate (1-3-3-2) is arranged on the framework main (1-3-3-1) rear end；

The shape of one coil baffle plate (1-3-3-2) is in annular shape；

One opposite both sides of the circular coil baffle plate (1-3-3-2) is respectively arranged with breach (1-3-3-3)；

The shape of the breach (1-3-3-3) is in sector；

Described fan-shaped two longitudinal edges of breach (1-3-3-3) are mutually perpendicular to；

The base of two fan-shaped breach (1-3-3-3) is parallel to each other；

The breach (1-3-3-3) is relative with the radiating gap of the electromagnetic heating coil (1-3-1)；

Two coil baffle plates (1-3-3-2) are arranged on the framework main (1-3-3-1) front-end and back-end；

The shape of two coil baffle plates is consistent；

The magnetic core (1-3-4) be cylindrical magnetic core (1-3-4) or " drawing pin " shape magnetic core (1-3-4) or pot core (1-3-4) or Post pot core (1-3-4)；

The post pot core (1-3-4) includes magnetic core post (1-3-4-1), magnetic core bottom (1-3-4-2), the magnet core wall being arranged concentrically (1-3-4-3), the magnetic core post (1-3-4-1), the magnetic core bottom (1-3-4-2), the magnet core wall (1-3-4-3) are integrally formed Part, the magnetic core post (1-3-4-1) are fixed magnetic core post (1-3-4-1), and the height of the magnetic core post (1-3-4-1) is more than or waited In the magnet core wall (1-3-4-3) height；Or the magnetic core bottom (1-3-4-2) and the magnet core wall (1-3-4-3) are formed Integral piece, the magnetic core post (1-3-4-1) and the magnetic core bottom (1-3-4-2) are separated, and the magnetic core post (1-3-4-1) is Movable magnetic core post (1-3-4-1)；

The difference of the height of the magnetic core post (1-3-4-1) and the height of the magnet core wall (1-3-4-3) is 7MM~44MM；

The difference of the height of the magnetic core post (1-3-4-1) and the height of the magnet core wall (1-3-4-3) is 15MM, 20MM, 25MM；

The shape of the magnetic core post (1-3-4-1) is cylindrical；

The head shape of the magnetic core post (1-3-4-1) is planar or spheric or paraboloidal；

The shape of the magnetic core bottom (1-3-4-2) is in the form of annular discs；

The center of the magnetic core bottom (1-3-4-2) is provided with guide hole；

The root of the movable magnetic core post (1-3-4-1) is located in the guide hole；

The magnetic core post (1-3-4-1) is configured with dielectric resilience part (1-3-4-7)；

The dielectric resilience part (1-3-4-7) is made up of elastic glue material；

The elastic glue material is elastomeric material or silica gel material；

The dielectric resilience part (1-3-4-7) is elongated；

The both ends of the dielectric resilience part (1-3-4-7) are fixed on behind the magnetic core bottom (1-3-4-2)；

The guide hole of the magnetic core bottom (1-3-4-2) was overstated in the middle part of the dielectric resilience part (1-3-4-7)；

The dielectric resilience part (1-3-4-7) or small pneumatic plastics expansion bar, as like empty needle cylinder, supportting in movable magnetic core On post (1-3-4-1) and housing bottom reinforcement (1-1-4-5)；

The shape of the magnetic core post (1-3-4-1) is cylindrical；

The shape of the magnetic core bottom (1-3-4-2) is in the form of annular discs；

The shape of the magnet core wall (1-3-4-3) is cylindrical；

The magnetic core post (1-3-4-1) is located at axial location and is provided with ventilating opening (1-3-4-4)；

The magnetic core bottom (1-3-4-2) and the opposite both sides of the magnet core wall (1-3-4-3) are respectively arranged with breach (1-3-4- 5)；

The breach (1-3-4-5) is relative with the radiating gap of the electromagnetic heating coil (1-3-1)；

In terms of axis direction, the shape of the breach (1-3-4-5) is in sector；

Two longitudinal edges of the breach (1-3-4-5) are mutually perpendicular to；

The base of two breach (1-3-4-5) is parallel to each other；

Two opposite lateral surfaces of the magnet core wall (1-3-4-3) are respectively arranged with locating slot (1-3-4-6) vertically；

The electromagnetic heating coil (1-3-1) is nested with the magnetic core post (1-3-4-1)；

The coil baffle plate (1-3-3-2) is located at the root of the magnetic core post (1-3-4-1).