CN102877281B - Manpower-driven small-size electric iron - Google Patents
Manpower-driven small-size electric iron Download PDFInfo
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- CN102877281B CN102877281B CN201110195345.3A CN201110195345A CN102877281B CN 102877281 B CN102877281 B CN 102877281B CN 201110195345 A CN201110195345 A CN 201110195345A CN 102877281 B CN102877281 B CN 102877281B
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Abstract
The working principle of a manpower-driven small-size electric iron is as follows: a manpower-driven electromagnetic power generation device generates electricity which is supplied to the small-size electric iron in a wired or wireless form, so as to achieve the ironing of clothes. According to the invention, the manpower wireless-power-supply type small-size electric iron rotates by treading a pedal by a person, so as to drive a transmission gear to rotate and then drive the electromagnetic power generator to generate the electricity, and the electricity induces an induction coil arranged in an ironing panel to generate an alternating magnetic field, so as to enable an electric induction heating ring arranged in the electric iron arranged on the ironing panel to heat automatically, therefore, the purpose of ironing the clothes depending on the manpower can be finally realized. The integrated type manpower-driven small-size electric iron based on a handle, disclosed by the invention, is characterized in that the manpower-driven electromagnetic power generation device based on the handle is integrated in the small-size electric iron, and the handle rotates to drive the transmission gear to rotate and then drive the electromagnetic power generator to generate the electricity which is to be supplied to an electric heating element of the electric iron, therefore, the purpose of ironing the clothes depending on the manpower is finally achieved.
Description
Technical field
The present invention relates to a kind of by manually driven small electrical flatiron, is a kind ofly when not having extraneous power supply, can rely on the electric iron that body kinetic energy drives; Its operation principle is that manpower drives electromagnetic power generation apparatus to produce electric energy, then this electric energy is supplied electric iron in wireless or wired mode makes it finally realize the object of ironing clothes.
Background technology
Along with the industrialized intensification of society, economic sustainable growth, the raising of people's living standard, the imbalance between supply and demand of the energy is becoming increasingly acute.Seek and develop reproducible, the clean energy to have become the unique selection of energy sustainable development.In today of energy supply and demand contradiction, the mechanical energy that human motion produces receives people more and more pay attention to as a kind of reproducible, clean, ubiquitous energy.Current, the research of generating electricity from manpower is just in like a raging fire carrying out, and the machinery in conjunction with the generating electricity from manpower of the various motion mode of human body is emerge in an endless stream.Undoubtedly, along with the exhaustion day by day of conventional energy resource, and the embodiment day by day of development low-carbon energy technical significance, generating electricity from manpower technology can obtain further research and exploitation.
Current, along with the progressively raising of people's living standard, various household electrical appliance emerge in an endless stream, and the power consumption of these household electrical appliances is very huge.According to National Development and Reform Committee, China's each household in 2009 monthly Average household power consumption is 87 degree, and with regard to the whole society, it will be surprising data.In addition, in recent years because the phenomenon of short China " severe power shortage " of electric coal happens occasionally, the generation of this phenomenon will directly cause the reduction of people's living standard, even will limit the normal life requirement of people.So as energy that is clean, reproducible, that namely need namely, body kinetic energy, has huge potentiality and space at the energy-saving square mask of household electrical appliance.In numerous household electrical appliance, traditional electric iron except power consumption greatly except also have the shortcomings such as the danger of hot line job and limitation.In order to people can be made with a kind of without the need to external power source, energy-conserving and environment-protective, safe electric iron, the electric iron that the present invention proposes a kind of manpower to drive, it not only can ensure when short of electricity or power-off the demand that people normally use electric iron to also avoid insecurity during existing electric iron hot line job simultaneously.
Summary of the invention
The object of the invention be by a kind of in conjunction with manpower electromagnetic power generation apparatus and existing electric iron other functional parts except electric power system or heating, for people provide a kind of without external power source, safety, environmental protection, manually driven small electrical flatiron easily.Its main way of realization has: manpower wireless power supply type small electrical flatiron and two kinds, integrated form manually driven small electrical flatiron.
For realizing the object of foregoing invention, technical scheme of the present invention is as follows:
The manually driven small electrical flatiron that the present invention proposes, it forms by having the ironing board 11 of electromagnetic induction coil, the electric iron 12 with electric induction heating circle and manpower electromagnetic power generation apparatus 13;
The horizontal ironing board panel body 23 that the described ironing board 11 with electromagnetic induction coil is supported by vertical a pair gripper shoe 24; At least one electromagnetic induction coil 22 and the plate ironing board panel top layer 21 be overlying on described electromagnetic induction coil 22 that are placed in described horizontal ironing board panel body 23 upper surface form;
The described electric iron 12 with electric induction heating circle presses face 33 by flatiron; Be placed in described flatiron to press electric induction heat coil on the upper surface of face 33 32 and be buckled in described flatiron and to press on face 33 and described electric induction heat coil 32 upper surface comprised in it is filled handled shell mould electric iron main body 31 and form;
Described manpower electromagnetic power generation apparatus 13 comprises:
To be installed on vertical a pair described gripper shoe 24 medial surface and described this to the electromagnetic generator trunnion axis 25 between vertical gripper shoe 24;
To be installed on vertical a pair described gripper shoe 24 medial surface and described this to the travelling gear trunnion axis 26 be positioned at below described electromagnetic generator trunnion axis 25 between vertical gripper shoe 24;
To be installed on bottom described vertical a pair gripper shoe 24 medial surface and described this to the consistent foot-treadle device supporter 27 of two parallel placing heights between vertical gripper shoe 24; This can be to support metal or the nonmetallic materials that ironing board panel completes ironing clothes work to vertical gripper shoe 24 material, but if metal material then should carry out the measure of electric insulation and magnetic screen.
Described electromagnetic generator trunnion axis 25 two ends electromagnetic generator 41, two electromagnetic generators 41 that band first pinion is housed respectively with the Central Symmetry of the relative electromagnetic generator trunnion axis 25 of the first pinion place;
The travelling gear 42 of band second pinion is equipped with at described travelling gear trunnion axis 26 two ends respectively; Described travelling gear 42 with the second pinion relative travelling gear trunnion axis 26 Central Symmetry place; Described first little tooth engages with described travelling gear 42;
Be fixed on the foot-treadle device 43 on described foot-treadle device supporter 27;
Described foot-treadle device 43 is made up of upper footboard 61, lower pedal 64, pedal axle 63, torsionspring 62 and tooth bar; It is integral that upper footboard 61 and lower pedal 64 pass through torsionspring 62 hinge-type hinge; Described torsionspring 62 is through at the middle part that described pedal axle 63 is positioned at pedal axle 63; The spring wire two ends of described torsionspring 62 are separately fixed on upper footboard 61 and lower pedal 64 inner plane; Described tooth bar is two two ends being individually fixed in described upper footboard 61 inner plane; Described travelling gear 42 with the second pinion engage with described tooth bar respectively.
Described ironing board panel top layer 21 is non-conductive non-metallic fabrics layer; Ironing board panel top layer 21 is the most surface parts of ironing board, and it is primarily of sponge and fabric sheet composition, as the surface that ironing board panel directly contacts with ironed fabric.
The material of described electromagnetic induction coil 22 is the wire coil of good conductivity or nonmetal coil; Its number of turn is the multiturn of 1 circle or electrically insulated from one another; This electromagnetic induction coil 22 is placed on horizontal ironing board panel body 23 upper surface, and between ironing board panel top layer 21 and horizontal ironing board panel body 23, it can produce alternating magnetic field after indirect current around it; Described electromagnetic induction coil 22 is the electromagnetic induction coil that ten (at least one) connects, also the mode of series connection or parallel connection the induction coil of at least one can be designed according to the size of horizontal ironing board panel body 23, if can be adopted when being designed with multiple electromagnetic induction coil between them as required to connect; The material of electromagnetic induction coil can be metal or nonmetal conductor material that some conductive effects are good, such as: copper, silver, graphite etc.
Described electromagnetic induction heating circle 32 is the metal heating circle of energy self-induction heating in alternating magnetic field or nonmetal heating circle, such as: stainless steel heating is enclosed.
Described electromagnetic generator 41 is made up of permanent magnet 52, claw magnetic pole 54, conductive coil 53, permanent magnet pallet 51 and the first pinion;
Described permanent magnet pallet 51 is a round aecidioid pallet; A central shaft is fixed in the tray bottom center of described round aecidioid pallet, and described first pinion is loaded on described central shaft, and is placed in outside round aecidioid pallet; With one heart conductive coil 53 and round ring magnet 52 are installed successively from the inside to the outside in the cup cavity of described round aecidioid pallet; Described claw magnetic pole 54 spiral-lock is on the end face of described annular pallet, and the magnetic pawl of described claw magnetic pole 54 inserts between described permanent magnet pallet 51 and described round ring magnet 52.
Described permanent magnet 52 is Nd-Fe-B permanent magnet, samarium cobalt permanent magnet body, cobalt nickel permanent magnet, Al-Ni-Co permanent magnet, ferrite permanent magnet, iron, cobalt or nickel;
Described conductive coil 53 number of turn is at least 1 circle, and its material is organic conductive material, partly leads conductive material or conductive metal material; The wire outer surface of described conductive coil is coated with insulating barrier, cover has insulating sleeve or sprays insulating material layer; Described claw magnetic pole is magnetic conductive material magnetic pole.
Manually driven small electrical flatiron provided by the invention, it comprises:
One shell mould electric iron main body 31;
To be set up on described shell mould electric iron main body 31 sidewall and the travelling gear trunnion axis 26 be positioned within described shell mould electric iron main body 31 and electromagnetic generator trunnion axis 25;
Be loaded on the travelling gear 42 on described travelling gear trunnion axis 26;
Be loaded on the electromagnetic generator 41 of band first pinion on described electromagnetic generator trunnion axis 25; Described electromagnetic generator 41 with the first pinion engage with described travelling gear 42;
Be connected to the handle 71 on travelling gear trunnion axis 26 outer end that extends to outside described shell mould electric iron main body 31.
Described handle 71 and the connection of travelling gear trunnion axis 26 outer end are removablely but to connect.
Described electromagnetic generator 41 is made up of permanent magnet 52, claw magnetic pole 54, conductive coil 53, permanent magnet pallet 51 and the first pinion;
Described permanent magnet pallet 51 is a round aecidioid pallet; A central shaft is fixed in the tray bottom center of described round aecidioid pallet, and described first pinion is loaded on described central shaft, and is placed in outside round aecidioid pallet; With one heart conductive coil 53 and round ring magnet 52 are installed successively from the inside to the outside in the cup cavity of described round aecidioid pallet; Described claw magnetic pole 54 spiral-lock is on the end face of described annular pallet, and the magnetic pawl of described claw magnetic pole 54 inserts between described permanent magnet pallet 51 and described round ring magnet 52.
Described permanent magnet 52 is Nd-Fe-B permanent magnet, samarium cobalt permanent magnet body, cobalt nickel permanent magnet, Al-Ni-Co permanent magnet, ferrite permanent magnet, iron, cobalt or nickel;
Described conductive coil 53 number of turn is at least 1 circle, and its material is organic conductive material, partly leads conductive material or conductive metal material; The wire outer surface of described conductive coil is coated with insulating barrier, cover has insulating sleeve or sprays insulating material layer; Described claw magnetic pole is magnetic conductive material magnetic pole.
Handle 71 can have detachability with the connection of the travelling gear trunnion axis 26 of electromagnetic power generation apparatus 41; It is hexagonal hole that handle 71 has a cross section with the coupling part of travelling gear trunnion axis 26, and driving gearshaft 26 be one section of cross section in the coupling part with handle 71 is hexagonal axle, and this axle just coordinates with the hole on handle 71.When it is desired to be used, stretched into by handle 71 in the hole of travelling gear trunnion axis 26 end, making handle 71 cross section be hexagonal hole is that hexagonal shaft matches with travelling gear trunnion axis 26 cross section; When not needing to use, then handle 71 can be taken down and be placed on one side; Certainly, handle 71 can also take other dismountable connected mode with the connection of travelling gear trunnion axis 26; Its material also needs the comfort level meeting human body hand except will meeting work desirable strength.
The invention has the advantages that: can the current energy crisis of partial rcsponse, low energy densities, low-grade body kinetic energy are used; Self-sufficient, particularly can for electric iron provide passive supply of electric power under the occasion without any extraneous supply of electric power, the age tool thus happened occasionally in current " severe power shortage " is of great significance; Environmental protection, the present invention does not have the link of hurm involved environment, has positive contribution to low-carbon economy; Impel the rhythmic motion of people, keep physically and mentally healthy; For people provide a kind of electric iron of disobeying outer boundary power supply, environmental protection, safety.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the embodiment of the present invention 1 structure;
Fig. 2 is the schematic diagram of the embodiment of the present invention 1 ironing board structure;
Fig. 3 is the schematic diagram of the embodiment of the present invention 1 electric iron structure;
Fig. 4 is the schematic diagram of the embodiment of the present invention 1 Manpower generation device structure;
Fig. 5 is the schematic diagram of the embodiment of the present invention 1 electromagnetic generator structure;
Fig. 6 is the explosive view of the embodiment of the present invention 1 pedal plate structure;
Fig. 7 is the schematic diagram of the embodiment of the present invention 2 structure;
Fig. 8 is the schematic diagram of the embodiment of the present invention 2 movement transmission structure;
Fig. 9 is the explosive view of the embodiment of the present invention 2 handle assembling structure.
Detailed description of the invention
The present invention is further described below in conjunction with the drawings and specific embodiments.
Embodiment 1:
1-6 and embodiment 1 couple of the present invention further describe as follows by reference to the accompanying drawings:
Accompanying drawing 1 is the schematic diagram of the embodiment of the present invention 1 structure, and this figure clearly show that the assembly relation of manually driven small electrical flatiron (manpower wireless power supply type small electrical flatiron) all parts.In conjunction with this figure, the operation principle of manpower wireless power supply type small electrical flatiron is: when people tramples the upper footboard 61 in foot-treadle device 43, upper footboard 61 drives the tooth bar on it to move downward around pedal axle 63, make the travelling gear 42 that engages with tooth bar with the second pinion start to rotate around driving gearshaft 26.Now, travelling gear 42 by the permanent magnet pallet 51 that drives in the electromagnetic power generation apparatus 41 that engages with it with the first pinion rotation, thus drive the permanent magnet 52 be fixed in permanent magnet pallet 51 to rotate, cause the magnetic field producing an alternation around claw magnetic pole 54, the conductive coil 53 that this induced by magnetic field is placed in claw magnetic pole 54 cavity produces induced-current.When cancelling the power that upper footboard 61 applies, torsionspring 62 between upper footboard 61 and lower pedal 64 recovers deformation, upper footboard 61 is moved upward around pedal axle 63, follow-up travelling gear 42 can be driven equally to rotate and finally make electromagnetic power generation apparatus 41 produce electric power.The electric power produced directly supplies the electromagnetic induction coil 22 be placed between ironing board panel top layer 21 and horizontal ironing board panel body 23, makes the magnetic field producing an alternation around it.Electric induction heating circle 32 in the electric iron 12 making to be placed in one generates heat by the magnetic field of this alternation, and heating electric iron is pressed face 33 by this heat, finally completes the object of ironing clothes.
Accompanying drawing 2 is schematic diagrames of the embodiment of the present invention 1 ironing board structure, and this figure clearly show that the assembly relation of ironing board all parts in manpower wireless power supply type small electrical flatiron.As can be seen from the figure it is primarily of ironing board panel top layer 21, electromagnetic induction coil 22, ironing board panel body, vertical supporting surface 24, Electromagnetic generation arbor 25, driving gearshaft 26 and foot-treadle device 27 supporter.The electromagnetic induction coil 22 be placed between ironing board panel top layer 21 and horizontal ironing board panel body 23 can produce the magnetic field of alternation when being connected with alternating current, its material can be metal or the non-metal solid of conduction, and its number of turn is according to concrete Demand Design and should ensure electric insulation between each circle.Vertical supporting surface 24 is the devices horizontal ironing board panel body 23 being supported to certain altitude, its quantity be 2 and be placed in respectively ironing board panel body do not contact with induction coil one side two ends, and with horizontal ironing board panel body 23 body normal.Between vertical gripper shoe 24, be designed with electromagnetic generator trunnion axis 25 and driving gearshaft 26, wherein, electromagnetic generator trunnion axis 25 is from the one end close to ironing board panel, and driving gearshaft 26 is from the one end away from ironing board panel.Foot-treadle device supporter 27 be positioned at ironing board supporting surface not with the end of one end of ironing board plate contact, for supporting and installation foot device with pedal 43.
Accompanying drawing 3 is schematic diagrames of the embodiment of the present invention 1 electric iron structure, and this figure clearly show that the assembly relation of electric iron all parts in manpower wireless power supply type small electrical flatiron.As can be seen from the figure it presses face 33 part composition primarily of electric iron main body 31, electric induction heating circle 32 and electric iron.Wherein, electric induction heating circle 32 is placed in electric iron main body 31 and electric iron is pressed between face 33, will press face 33 by spontaneous heating heating electric iron when it is placed in alternating magnetic field.Electric iron main body 31 refers in traditional electrical flatiron and removes electric power system and the remaining functional part of heating.Face 33 pressed by electric iron is surfaces that are direct in electric iron and ironed contact with clothing, and it has been heated the task of the clothing of flatiron by electric induction heating circle 32, and its material is the good metal of thermal conductivity or nonmetal thin plate, such as: aluminium, and stainless steel etc.
Accompanying drawing 4 is structural representations of the embodiment of the present invention 1 Manpower generation device 13, and this figure clearly show that the assembly relation of Manpower generation device 13 all parts in manpower wireless power supply type small electrical flatiron.As can be seen from the figure it forms primarily of electromagnetic generator 41, travelling gear 42 and foot-treadle device 43.Wherein, the pin upper footboard 61 trampled in foot-treadle device 43 makes it rotate around pedal axle 63, and now, the rack drives travelling gear 42 that upper footboard 61 is installed rotates, and the travelling gear 42 of rotation drives electromagnetic generator 41 to rotate again and produces electric power.
Accompanying drawing 5 is schematic diagrames of the embodiment of the present invention 1 electromagnetic generator 41 structure, and this figure clearly show that the assembly relation of electromagnetic generator 41 all parts in Manpower generation device 13 in manpower wireless power supply type small electrical flatiron.As can be seen from the figure it forms primarily of the permanent magnet pallet 51 be coaxially arranged on electromagnetic generator trunnion axis 25, permanent magnet 52, conductive coil 53 and claw magnetic pole 54.Wherein, permanent magnet 52 is fixed on can follow permanent magnet pallet 51 in permanent magnet pallet 51 and rotate around electromagnetic generator trunnion axis 25, and conductive coil 53 to be placed in claw magnetic pole 54 cavity and to be all fixed on electromagnetic generator trunnion axis 25.
Accompanying drawing 6 is explosive views of the embodiment of the present invention 1 pedal plate structure, and this figure clearly show that the assembly relation of foot-treadle device 43 all parts in Manpower generation device 13 in manpower wireless power supply type small electrical flatiron.As can be seen from the figure it forms primarily of upper footboard 61, torsionspring 62, pedal 63 and lower pedal 64.Wherein, upper footboard 61 and lower pedal 64 and torsionspring 62 are coaxially connected on pedal axle 63, and torsionspring 62 between, make upper footboard 61 and lower pedal 64 keep the subtended angle of an acute angle.
Embodiment 2:
7-9 and embodiment 2 couples of the present invention further describe as follows by reference to the accompanying drawings:
Accompanying drawing 7 is structural representations of the embodiment of the present invention 2, and this figure clearly show that the assembly relation of manually driven small electrical flatiron (the integrated form manually driven small electrical flatiron based on handle) all parts.As can be seen from the figure it drives Integral small-sized electric iron main body 31, travelling gear 42, electromagnetic generator 41, travelling gear trunnion axis 26, handle 71 and electromagnetic generator trunnion axis 25 to form primarily of manpower.In conjunction with this figure, operation principle based on the integrated form manually driven small electrical flatiron of handle 71 is: during hand fixed handle 71, band nutating gear trunnion axis 26 rotates, drive travelling gear 42 fixed thereon rotates by the rotation of travelling gear trunnion axis 26, travelling gear 42 drives the first pinion rotation be fixed on electromagnetic generator 41 again, thus drive electromagnetic generator 41 to rotate to produce electric power, the electric power of generation resupplies electric iron and makes it generate heat finally to complete the object relying on manpower ironing clothes.
Accompanying drawing 8 is schematic diagrames of the embodiment of the present invention 2 movement transmission structure, and this figure clearly show that the structure of Movement transmit in the integrated form manually driven small electrical flatiron based on handle.As can be seen from the figure its main drive disk assembly has: travelling gear 42, electromagnetic generator 41, travelling gear trunnion axis 26, handle 71 and electromagnetic generator trunnion axis 25.In conjunction with this figure, the process of its transmission is: when hand fixed handle 71, handle 71 drives the travelling gear trunnion axis 26 be mated, drive travelling gear 42 fixed thereon rotates by the rotation of travelling gear trunnion axis 26, the first pinion rotation on permanent magnet pallet 51 in the electromagnetic generator 41 that travelling gear 42 and then drive are engaged with it, the rotation of permanent magnet pallet 51 is rotated driving fixing permanent magnet 52 therein, make to be placed in the magnetic field that claw magnetic pole 54 surrounding produces alternation, the conductive coil 53 that finally induction is placed in claw magnetic pole 54 inside produces the use of electric power supply electric iron.
Accompanying drawing 9 is explosive views of the embodiment of the present invention 2 handle assembling structure, and this figure clearly show that the assembly relation of handle 71 and travelling gear trunnion axis 26 in the integrated form manually driven small electrical flatiron based on handle.As can be seen from the figure the position coordinated with travelling gear trunnion axis 26 at handle 71 has a cross section to be hexagonal hole, and it is that hexagonal axle coordinates with one section of cross section the same with hexagonal hole length on handle 71 on travelling gear trunnion axis 26.This coordinates for dismountable cooperation, when it is desired to be used, stretched into by handle 71 in the hole at travelling gear trunnion axis 26 end place of electric iron trailing flank, making handle 71 cross section be hexagonal hole is that hexagonal axle matches with travelling gear trunnion axis 26 cross section.When not needing to use, then handle 71 can be taken down and be placed on one side.
It should be noted last that, above manpower wireless charger embodiment is only in order to illustrate technical scheme of the present invention and unrestricted.Although with reference to embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that, modify to technical scheme of the present invention or equivalent replacement, do not depart from the spirit and scope of technical solution of the present invention, it all should be encompassed in the middle of right of the present invention.
Claims (10)
1. a manually driven small electrical flatiron, it forms by having the ironing board (11) of electromagnetic induction coil, the electric iron (12) with electric induction heating circle and manpower electromagnetic power generation apparatus (13);
The horizontal ironing board panel body (23) that the described ironing board (11) with electromagnetic induction coil is supported by vertical a pair gripper shoe (24); At least one electromagnetic induction coil (22) being placed in described horizontal ironing board panel body (23) upper surface and plate ironing board panel top layer (21) composition be overlying on described electromagnetic induction coil (22); The electric power that described manpower electromagnetic power generation apparatus (13) produces directly supplies electromagnetic induction coil (22);
The described electric iron (12) with electric induction heating circle presses face (33) by flatiron; Be placed in described flatiron to press the electric induction heat coil (32) on face (33) upper surface and be buckled in described flatiron and press and on face (33) and by described electric induction heat coil (32) upper surface comprised in it, to fill handled shell mould electric iron main body (31) composition;
Described manpower electromagnetic power generation apparatus (13) comprising:
To be installed on vertical a pair described gripper shoe (24) medial surface and be positioned at described this to the electromagnetic generator trunnion axis (25) between vertical gripper shoe (24);
To be installed on vertical a pair described gripper shoe (24) medial surface and be positioned at described this to the travelling gear trunnion axis (26) being positioned at described electromagnetic generator trunnion axis (25) below between vertical gripper shoe (24);
To be installed on bottom described vertical a pair gripper shoe (24) medial surface and be positioned at described this to the consistent foot-treadle device supporter (27) of two parallel placing heights between vertical gripper shoe (24);
The electromagnetic generator (41) of band first pinion is equipped with at described electromagnetic generator trunnion axis (25) two ends respectively, two electromagnetic generators (41) with the Central Symmetry of the relative electromagnetic generator trunnion axis (25) of the first pinion place;
The travelling gear (42) of band second pinion is equipped with at described travelling gear trunnion axis (26) two ends respectively; Described travelling gear (42) with the relative travelling gear trunnion axis (26) of the second pinion Central Symmetry place; Described first pinion engages with described travelling gear (42);
Be fixed on the foot-treadle device (43) on described foot-treadle device supporter (27);
Described foot-treadle device (43) is made up of upper footboard (61), lower pedal (64), pedal axle (63), torsionspring (62) and tooth bar; Upper footboard (61) and lower pedal (64) integral by torsionspring (62) hinge-type hinge; Described torsionspring (62) is through at the middle part that described pedal axle (63) is positioned at pedal axle (63); The spring wire two ends of described torsionspring (62) are separately fixed on upper footboard (61) and lower pedal (64) inner plane; Described tooth bar is two two ends being individually fixed in described upper footboard (61) inner plane;
Described travelling gear (42) with the second pinion engage with described tooth bar respectively.
2., by manually driven small electrical flatiron according to claim 1, it is characterized in that, described ironing board panel top layer (21) is non-conductive non-metallic fabrics layer.
3., by manually driven small electrical flatiron according to claim 1, it is characterized in that, the material of described electromagnetic induction coil (22) is the wire coil of good conductivity or nonmetal coil; Its number of turn is the multiturn of 1 circle or electrically insulated from one another.
4. by manually driven small electrical flatiron according to claim 1, it is characterized in that, described electric induction heat coil (32) is the metal heating circle of energy self-induction heating in alternating magnetic field or nonmetal heating circle.
5. by manually driven small electrical flatiron according to claim 1, it is characterized in that, described electromagnetic generator (41) is made up of round ring magnet (52), claw magnetic pole (54), conductive coil (53), permanent magnet pallet (51) and the first pinion;
Described permanent magnet pallet (51) is a round aecidioid pallet; A central shaft is fixed in the tray bottom center of described round aecidioid pallet, and described first pinion is loaded on described central shaft, and is placed in outside round aecidioid pallet; In the cup cavity of described round aecidioid pallet, conductive coil (53) and round ring magnet (52) are installed from the inside to the outside successively with one heart; Described claw magnetic pole (54) spiral-lock is on the end face of described annular pallet, and the magnetic pawl of described claw magnetic pole (54) inserts between described permanent magnet pallet (51) and described round ring magnet (52).
6. by manually driven small electrical flatiron according to claim 5, it is characterized in that, described round ring magnet (52) is Nd-Fe-B permanent magnet, samarium cobalt permanent magnet body, cobalt nickel permanent magnet, Al-Ni-Co permanent magnet, ferrite permanent magnet, iron, cobalt or nickel;
Described conductive coil (53) number of turn is at least 1 circle, and its material is organic conductive material, partly leads conductive material or conductive metal material; The wire outer surface of described conductive coil is coated with insulating barrier, cover has insulating sleeve or sprays insulating material layer; Described claw magnetic pole is magnetic conductive material magnetic pole.
7. a manually driven small electrical flatiron, comprising:
One shell mould electric iron main body (31);
To be set up on described shell mould electric iron main body (31) sidewall and the travelling gear trunnion axis (26) be positioned within described shell mould electric iron main body (31) and electromagnetic generator trunnion axis (25);
Be loaded on the travelling gear (42) on described travelling gear trunnion axis (26);
Be loaded on the electromagnetic generator (41) of band first pinion on described electromagnetic generator trunnion axis (25); Described electromagnetic generator (41) with the first pinion engage with described travelling gear (42);
Be connected to the handle (71) on travelling gear trunnion axis (26) outer end that extends to outside described shell mould electric iron main body (31).
8. by manually driven small electrical flatiron according to claim 7, it is characterized in that, described handle (71) and the connection of travelling gear trunnion axis (26) outer end are removablely but to connect.
9. by manually driven small electrical flatiron according to claim 7, it is characterized in that, described electromagnetic generator (41) is made up of round ring magnet (52), claw magnetic pole (54), conductive coil (53), permanent magnet pallet (51) and the first pinion;
Described permanent magnet pallet (51) is a round aecidioid pallet; A central shaft is fixed in the tray bottom center of described round aecidioid pallet, and described first pinion is loaded on described central shaft, and is placed in outside round aecidioid pallet; In the cup cavity of described round aecidioid pallet, conductive coil (53) and round ring magnet (52) are installed from the inside to the outside successively with one heart; Described claw magnetic pole (54) spiral-lock is on the end face of described annular pallet, and the magnetic pawl of described claw magnetic pole (54) inserts between described permanent magnet pallet (51) and described round ring magnet (52).
10. by manually driven small electrical flatiron according to claim 9, it is characterized in that, described round ring magnet (52) is Nd-Fe-B permanent magnet, samarium cobalt permanent magnet body, cobalt nickel permanent magnet, Al-Ni-Co permanent magnet, ferrite permanent magnet, iron, cobalt or nickel;
Described conductive coil (53) number of turn is at least 1 circle, and its material is organic conductive material, partly leads conductive material or conductive metal material; The wire outer surface of described conductive coil is coated with insulating barrier, cover has insulating sleeve or sprays insulating material layer; Described claw magnetic pole is magnetic conductive material magnetic pole.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110195345.3A CN102877281B (en) | 2011-07-13 | 2011-07-13 | Manpower-driven small-size electric iron |
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|---|---|---|---|
| CN201110195345.3A CN102877281B (en) | 2011-07-13 | 2011-07-13 | Manpower-driven small-size electric iron |
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| CN102877281B true CN102877281B (en) | 2015-02-04 |
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| CN106228834A (en) * | 2016-09-13 | 2016-12-14 | 江苏蒎圣屋工业科技有限公司 | A kind of electronic stop plate |
| CN109853207A (en) * | 2019-01-28 | 2019-06-07 | 佛山市顺德区盛熙电器制造有限公司 | The control method and steam electric appliances of steam electric appliances |
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|---|---|---|---|---|
| DE19904587A1 (en) * | 1999-02-04 | 2000-08-10 | Pierre Flecher | Cordless iron is associated with induction ironing board |
| GB2392171A (en) * | 2002-03-06 | 2004-02-25 | Univ Loughborough | Induction ironing system |
| CN101067277A (en) * | 2006-05-05 | 2007-11-07 | 蔡龙威 | Induction ironing apparatus and method |
| CN101517152A (en) * | 2006-09-29 | 2009-08-26 | 皇家飞利浦电子股份有限公司 | Induction ironing system |
-
2011
- 2011-07-13 CN CN201110195345.3A patent/CN102877281B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19904587A1 (en) * | 1999-02-04 | 2000-08-10 | Pierre Flecher | Cordless iron is associated with induction ironing board |
| GB2392171A (en) * | 2002-03-06 | 2004-02-25 | Univ Loughborough | Induction ironing system |
| CN101067277A (en) * | 2006-05-05 | 2007-11-07 | 蔡龙威 | Induction ironing apparatus and method |
| CN101517152A (en) * | 2006-09-29 | 2009-08-26 | 皇家飞利浦电子股份有限公司 | Induction ironing system |
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| CN102877281A (en) | 2013-01-16 |
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