CN203923754U - A kind of electric iron temperature controller - Google Patents
A kind of electric iron temperature controller Download PDFInfo
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- CN203923754U CN203923754U CN201420291317.0U CN201420291317U CN203923754U CN 203923754 U CN203923754 U CN 203923754U CN 201420291317 U CN201420291317 U CN 201420291317U CN 203923754 U CN203923754 U CN 203923754U
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- China
- Prior art keywords
- push rod
- ejector pin
- overheat protector
- electric iron
- upper ejector
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Abstract
The utility model relates to a kind of electric iron temperature controller; described overheat protector push rod comprises the metal lower push rod of upper ejector pin, adapter sleeve and meltability that meltability engineering plastics are made; between described upper ejector pin and lower push rod, be connected and be integrally formed formula overheat protector push rod by adapter sleeve; the top of the upper ejector pin of integral type overheat protector push rod holds lower safety plate; the heatable soleplate of the direct butt electric iron in bottom of the lower push rod of integral type overheat protector push rod, have easy for installation, cost is low, can cut off in time circuit, the feature of the electric iron temperature controller of safety.
Description
Technical field
The utility model relates to a kind of temperature controller, relates in particular to a kind of electric iron temperature controller.
Background technology
Existing electric iron temperature controller, comprise joint pin, spiral register, register stator, the first porcelain ring, input chip, the sheet of insuring, the second porcelain ring, lower safety plate, movable contact spring, the 3rd porcelain ring, static contact, output chip, the 4th porcelain ring, bimetal leaf, porcelain rice, with overheat protector push rod, described register stator, the first porcelain ring, input chip, the sheet of insuring, the second porcelain ring, lower safety plate, movable contact spring, the 3rd porcelain ring, static contact, output chip, the 4th porcelain ring and bimetal leaf are installed on joint pin, described spiral register is arranged on register stator, spiral register is used for regulating temperature, one end of described porcelain rice and movable contact spring butt, the other end of porcelain rice and bimetal leaf butt, bimetal leaf is bending drives movable contact spring action by porcelain rice, the upper end of described overheat protector push rod holds lower safety plate, described lower safety plate is subject to the support of overheat protector push rod to electrically contact normally closed connection with the sheet of insuring, and under movable contact spring and static contact butt state, input chip, the sheet of insuring, lower safety plate, movable contact spring, static contact and output chip conducting, the in the situation that at electric iron, overheated and bimetal leaf temperature control losing efficacy, overheat protector push rod can produce action and disconnect electrically contacting of lower safety plate and the sheet of insuring, avoid that electric iron is overheated to be burnt out, this temperature controller is arranged in the heatable soleplate of electric iron and uses, first a hole is set in the heatable soleplate of electric iron, in hole, pack meltability material punching press into solid, then whole electric iron temperature controller is arranged in the heatable soleplate of electric iron, the heatable soleplate of bimetal leaf and electric iron is fitted, the heat that the heatable soleplate that allows bimetal leaf can fully receive electric iron is sent, and the lower end of overheat protector push rod is inserted in the hole in heatable soleplate and meltability material butt, in the time that the heatable soleplate of electric iron reaches design temperature, the bending movable contact spring that drives of bimetal leaf moves, movable contact spring and static contact are separated, thereby disconnecting circuit, when in the situation that bimetal leaf temperature control lost efficacy, cannot disconnecting circuit time, the heatable soleplate of electric iron reaches after the fusing point of meltability material continuing to heat up, the fusing of meltability material declines overheat protector push rod, lower safety plate loses the bearing force of overheat protector push rod, disconnect electrically contacting of lower safety plate and the sheet of insuring, circuit is disconnected, form second protection, although this electric iron temperature controller also can meet routine use, but have the following disadvantages, meltability material and overheat protector push rod are two individual components that separate, when installation, must first meltability material be arranged in the hole in the heatable soleplate of electric iron, and punching press is solid, prevent that meltability material from dropping out in hole, then by the patchhole of overheat protector push rod lower end with meltability material butt, by the restriction in hole, the lower end of overheat protector push rod is withstood on meltability material always, prevent that overheat protector push rod from departing from meltability material, guarantee that electric iron temperature controller normally moves, this structure, make in the heatable soleplate of porose electric iron, just to install and use electric iron temperature controller, the use of electric iron temperature controller is restricted, the structure of the heatable soleplate of electric iron is more complicated, the mounting process step of electric iron temperature controller is more, thereby manufacturing cost is improved greatly, when having after impurity in meltability material, cause the fusing of meltability material not prompt enough, the heatable soleplate of electric iron will heat up too high, scald and ruin clothing, when serious, can cause fire, there is potential safety hazard.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of easy for installation, cost is low, can cut off in time circuit, the electric iron temperature controller of safety.
For solving the problems of the technologies described above, the utility model by the following technical solutions: a kind of electric iron temperature controller, comprises joint pin, spiral register, register stator, the first porcelain ring, input chip, the sheet of insuring, the second porcelain ring, lower safety plate, movable contact spring, the 3rd porcelain ring, static contact, output chip, the 4th porcelain ring, bimetal leaf, porcelain rice, with overheat protector push rod, described register stator, the first porcelain ring, input chip, the sheet of insuring, the second porcelain ring, lower safety plate, movable contact spring, the 3rd porcelain ring, static contact, output chip, the 4th porcelain ring and bimetal leaf are installed on joint pin, described spiral register is arranged on register stator, one end of described porcelain rice and movable contact spring butt, the other end of porcelain rice and bimetal leaf butt, the upper end of described overheat protector push rod holds lower safety plate, described lower safety plate is subject to the support of overheat protector push rod to electrically contact normally closed connection with the sheet of insuring, and under movable contact spring and static contact butt state, input chip, the sheet of insuring, lower safety plate, movable contact spring, static contact and output chip conducting, the in the situation that at electric iron, overheated and bimetal leaf temperature control losing efficacy, overheat protector push rod can produce action and disconnect electrically contacting of lower safety plate and the sheet of insuring, and avoids that electric iron is overheated to be burnt out, and described overheat protector push rod comprises the upper ejector pin that meltability engineering plastics are made, the metal lower push rod of adapter sleeve and meltability, between described upper ejector pin and lower push rod, be connected and be integrally formed formula overheat protector push rod by adapter sleeve, the top of the upper ejector pin of integral type overheat protector push rod holds lower safety plate, the heatable soleplate of the direct butt electric iron in bottom of the lower push rod of integral type overheat protector push rod.
The beneficial effect of a kind of electric iron temperature controller that the utility model provides is: because described overheat protector push rod comprises the upper ejector pin that meltability engineering plastics are made, the metal lower push rod of adapter sleeve and meltability, between described upper ejector pin and lower push rod, be connected and be integrally formed formula overheat protector push rod by adapter sleeve, the top of the upper ejector pin of integral type overheat protector push rod holds lower safety plate, the heatable soleplate of the direct butt electric iron in bottom of the lower push rod of integral type overheat protector push rod, therefore except lower push rod can melt, upper ejector pin also can melt, and the upper ejector pin that meltability engineering plastics are made, make the manufacturing cost will be lower, and be integrally formed by the connection of adapter sleeve after the overheat protector push rod of formula, upper ejector pin and lower push rod are connected as a single entity, no longer two parts that separate, need to perforate in the heatable soleplate of electric iron, make the structure of heatable soleplate of electric iron simpler, process convenient, reduce meltability material has been packed in the hole of heatable soleplate of electric iron and the solid step of punching press, electric iron temperature controller can be installed and used in the heatable soleplate of the electric iron of porose or atresia, make the use of electric iron temperature controller unrestricted, when installation, only need directly the integral installation of electric iron temperature controller in the heatable soleplate of electric iron, make the overall thermal conductivity energy of overheat protector push rod better, the installation steps of electric iron temperature controller are more simple, electric iron temperature controller action is more stable, manufacturing cost is reduced greatly, when in the situation that bimetal leaf temperature control lost efficacy, the heatable soleplate of electric iron reaches after the fusing point of lower push rod continuing to heat up, lower push rod fusing, overheat protector push rod is declined, lower safety plate loses the bearing force of overheat protector push rod, disconnect electrically contacting of lower safety plate and the sheet of insuring, disconnecting circuit, form second protection, when lower push rod temperature control lost efficacy in the situation that cannot melt, the heatable soleplate of electric iron reaches after the fusing point of upper ejector pin again continuing to heat up, upper ejector pin fusing declines overheat protector push rod, lower safety plate loses the bearing force of overheat protector push rod, disconnect electrically contacting of lower safety plate and the sheet of insuring, disconnecting circuit, form three protections, finally avoid that electric iron is overheated to be burnt out, prevent the too high boiling hot clothing of ruining of heatable soleplate intensification, prevent fire.
A kind of electric iron temperature controller the utility model being provided below in conjunction with drawings and Examples is further described in detail.
In its accompanying drawing: 1, joint pin; 2, spiral register; 2a, spiral thermoregulation knob; 2b, the spacing head of temperature adjustment; 2c, porcelain bar; 3, register stator; 4a, the first porcelain ring; 4b, the second porcelain ring; 4c, the 3rd porcelain ring; 4d, the 4th porcelain ring; 5, input chip; 61, the sheet of insuring; 62, lower safety plate; 6a, lower safety plate recess; 7, movable contact spring; 8, static contact; 9, output chip; 10, bimetal leaf; 11, porcelain rice; 12, overheat protector push rod; 12a, top cap; 121, upper ejector pin; 122, lower push rod; 123, adapter sleeve; 123a, connecting hole; A1, upper ejector pin lower end projection; A2, lower push rod upper end projection; A3, bottom surface; B3, end face; B1, upper depression; B2, lower recess; C, storage space; D1, upper ejector pin lower end screw thread; D2, lower push rod upper end screw thread; E, connecting hole screw thread; 18, overheat protector push rod spacer; 18a, through hole.
Brief description of the drawings
Fig. 1 is one of overall structure schematic diagram of the embodiment of a kind of electric iron temperature controller of providing of the utility model.
Fig. 2 be the embodiment of a kind of electric iron temperature controller of providing of the utility model overall structure schematic diagram two.
Fig. 3 is one of structural representation of overheat protector push rod in Fig. 1.
Fig. 4 be overheat protector push rod in Fig. 1 structural representation two.
Fig. 5 be overheat protector push rod in Fig. 1 structural representation three.
Fig. 6 be overheat protector push rod in Fig. 1 structural representation four.
Detailed description of the invention
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Fig. 6, the embodiment of a kind of electric iron temperature controller that the utility model provides, comprises joint pin 1, spiral register 2, register stator 3, the first porcelain ring 4a, input chip 5, the sheet 61 of insuring, the second porcelain ring 4b, lower safety plate 62, movable contact spring 7, the 3rd porcelain ring 4c, static contact 8, output chip 9, the 4th porcelain ring 4d, bimetal leaf 10, porcelain rice 11, with overheat protector push rod 12, described register stator 3, the first porcelain ring 4a, input chip 5, the sheet 61 of insuring, the second porcelain ring 4b, lower safety plate 62, movable contact spring 7, the 3rd porcelain ring 4c, static contact 8, output chip 9, the 4th porcelain ring 4d and bimetal leaf 10 are installed on joint pin 1, described spiral register 2 is arranged on register stator 3, one end of described porcelain rice 11 and movable contact spring 7 butts, the other end of porcelain rice 11 and bimetal leaf 10 butts, the upper end of described overheat protector push rod 12 holds lower safety plate 62, described lower safety plate 62 is subject to 12 supports of overheat protector push rod to electrically contact normally closed connection with the sheet 61 of insuring, and under movable contact spring 7 and static contact 8 butt states, input chip 5, the sheet 61 of insuring, lower safety plate 62, movable contact spring 7, static contact 8 and output chip 9 conductings, the in the situation that at electric iron, overheated and bimetal leaf 10 temperature controls losing efficacy, overheat protector push rod 12 can produce action and disconnect electrically contacting of lower safety plate 62 and the sheet 61 of insuring, avoid that electric iron is overheated to be burnt out, described overheat protector push rod 12 comprises the upper ejector pin 121 that meltability engineering plastics are made, the metal lower push rod 122 of adapter sleeve 123 and meltability, wherein adapter sleeve 123 has the function of heat conduction, between described upper ejector pin 121 and lower push rod 122, be connected and be integrally formed formula overheat protector push rod 12 by adapter sleeve 123, the top of the upper ejector pin 121 of integral type overheat protector push rod 12 holds lower safety plate 62, the direct butt heatable soleplate in bottom of the lower push rod 122 of integral type overheat protector push rod 12, wherein spiral register 2 comprises spiral thermoregulation knob 2a, spacing 2b of temperature adjustment and porcelain bar 2c, porcelain bar 2c is fixedly mounted on the bottom of spiral thermoregulation knob 2a, spacing 2b of temperature adjustment is sleeved on spiral thermoregulation knob 2a, register stator 3 is provided with screwed hole, spiral thermoregulation knob 2a matches with the screwed hole of register stator 3, drive porcelain bar 2c and movable contact spring 7 butts by rotating screw thermoregulation knob 2a, control temperature thereby adjust, the number of turns of spacing 2b of temperature adjustment and register stator engagement limits spiral thermoregulation knob 2a rotation, prevent that spiral thermoregulation knob 2a rotating cycle from too much deviating from from register stator 3, prevent that spiral thermoregulation knob 2a rotating cycle is too much, make porcelain bar 2c dieback movable contact spring 7, to guarantee the stability of electric iron temperature controller.
As Fig. 3, shown in Fig. 4, described adapter sleeve 123 has connecting hole 123a, the lower end of upper ejector pin 121 is provided with upper ejector pin lower end projection a1, the upper end of lower push rod 122 is provided with lower push rod upper end projection a2, in described connecting hole 123a, be provided with the upper depression b1 and the lower recess b2 that match with upper ejector pin lower end projection a1 and lower push rod upper end projection a2 respectively, all insert in connecting hole 123a the upper end of the lower end of described upper ejector pin 121 and lower push rod 122, upper ejector pin lower end projection a1 enters among depression b1, lower push rod upper end projection a2 enters among lower recess b2, form upper ejector pin 121, adapter sleeve 123 is connected with lower push rod 122 and is integrally formed formula overheat protector push rod 12, connect and make upper ejector pin 121 in this way, the connection of adapter sleeve 123 and lower push rod 122 is more firm, the overall thermal conductivity of overheat protector push rod 12 can be better.
As Fig. 5, shown in Fig. 6, upper ejector pin 121, the connected mode of adapter sleeve 123 and lower push rod 122 can also be done following accommodation, described adapter sleeve 123 has connecting hole 123a, in described connecting hole 123a, be provided with connecting hole screw thread e, the lower end of upper ejector pin 121 is provided with upper ejector pin lower end screw thread d1, the upper end of lower push rod 122 is provided with lower push rod upper end screw thread d2, upper ejector pin lower end screw thread d1 matches with connecting hole screw thread e, upper ejector pin 121 is connected with adapter sleeve 123, lower push rod upper end screw thread d2 matches with connecting hole screw thread e, lower push rod 122 is connected with adapter sleeve 123, form upper ejector pin 121, adapter sleeve 123 is connected with lower push rod 122 and is integrally formed formula overheat protector push rod 12, this structure adopts thread connecting mode, make equally upper ejector pin 121, the connection of adapter sleeve 123 and lower push rod 122 is more firm, the overall thermal conductivity of overheat protector push rod 12 can be better.
As shown in Figure 4, the lower end of described upper ejector pin 121 has bottom surface a3, the upper end of lower push rod 122 has end face b3, described bottom surface a3 and end face b3 connect, bottom surface a3 and end face b3 are inclined-plane, adapter sleeve 123 is made for meltability engineering plastics, after bottom surface a3 and end face b3 connect, be the cooperation that contacts on inclined-plane by bottom surface a3 and end face b3, make upper ejector pin 121 larger with the contact area of lower push rod 122, upper ejector pin 121 can better receive the heat that lower push rod 122 sends, guarantee that upper ejector pin 121 melts in time, and adapter sleeve 123 is made for meltability engineering plastics, adapter sleeve 123 also can be melted, if adapter sleeve 123 first melts, upper ejector pin 121 will be by the inclined-plane landing of staggering, thereby allow upper ejector pin 121 decline, disconnecting circuit.
As Fig. 4, shown in Fig. 6, the end face b3 of the bottom surface a3 of the lower end of described upper ejector pin 121 and the upper end of lower push rod 122 can be phase-separated state, the lower end of described upper ejector pin 121 has bottom surface a3, lower push rod 122 upper ends have end face b3, described bottom surface a3 and end face b3 are separated, in connecting hole 123a between bottom surface a3 and end face b3, there is storage space c, that is to say that the part between connecting hole 123a inner bottom surface a3 and end face b3 is storage space c, when flowing in storage space c after the fusing of the lower end of upper ejector pin 121, guarantee that overheat protector push rod 12 produces down maneuver, thereby disconnect electrically contacting of lower safety plate 62 and the sheet 61 of insuring, cut off in time circuit, avoid that electric iron is overheated to be burnt out.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Fig. 6, described register stator 3, the first porcelain ring 4a, input chip 5, the sheet 61 of insuring, the second porcelain ring 4b, lower safety plate 62, movable contact spring 7, the 3rd porcelain ring 4c, static contact 8, output chip 9, the 4th porcelain ring 4d and bimetal leaf 10 are arranged on joint pin 1 successively, and such design makes the overall structure of electric iron temperature controller compacter, volume is less, temperature control is accurate, wherein the joint pin 1 between bimetal leaf 10 and the 4th porcelain ring 4d is provided with overheat protector push rod spacer 18, described overheat protector push rod spacer 18 is provided with through hole 18a, overheat protector push rod can be limited to operating position by overheat protector push rod spacer 18 through through hole 18a up and downly, that is to say that overheat protector push rod 12 is up and down only among through hole 18a, and overheat protector push rod 12 can not be translated into by the spacing of through hole 18a, wherein input chip 5 and the one-body molded design of sheet 61 of insuring, static contact 8 and the one-body molded design of output chip 9, one-body molded design reduces parts, conduction property more, crown cap 12a is established at the top of upper ejector pin 121, lower safety plate 62 is provided with lower safety plate recess 6a, top cap 12a is greater than the through hole 18a of overheat protector push rod spacer 18, overheat protector push rod 12 can not drop after installing among through hole 18a like this, top cap 12a coordinates with lower safety plate recess 6a's, makes to hold better effects if, also better thereby insure sheet 61 and the butt of lower safety plate 62 contact effect.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6; the fusing point of described upper ejector pin 121 is higher than the fusing point of lower push rod 122; to guarantee after lower push rod 122 fusings; upper ejector pin 121 melts again; thereby accurately orderly control circuit, upper ejector pin and lower push rod can melt simultaneously certainly, also can first melt by upper ejector pin; after lower push rod, melt, can play effective overheat protector to electric iron.
Claims (10)
1. an electric iron temperature controller, comprises joint pin (1), spiral register (2), register stator (3), the first porcelain ring (4a), input chip (5), the sheet (61) of insuring, the second porcelain ring (4b), lower safety plate (62), movable contact spring (7), the 3rd porcelain ring (4c), static contact (8), output chip (9), the 4th porcelain ring (4d), bimetal leaf (10), porcelain rice (11), with overheat protector push rod (12), described register stator (3), the first porcelain ring (4a), input chip (5), the sheet (61) of insuring, the second porcelain ring (4b), lower safety plate (62), movable contact spring (7), the 3rd porcelain ring (4c), static contact (8), output chip (9), the 4th porcelain ring (4d) and bimetal leaf (10) are installed on joint pin (1), described spiral register (2) is arranged on register stator (3), one end of described porcelain rice (11) and movable contact spring (7) butt, the other end of porcelain rice (11) and bimetal leaf (10) butt, the upper end of described overheat protector push rod (12) holds lower safety plate (62), described lower safety plate (62) is supported with the sheet of insuring (61) by overheat protector push rod (12) to electrically contact normally closed connection, and under movable contact spring (7) and static contact (8) butt state, input chip (5), the sheet (61) of insuring, lower safety plate (62), movable contact spring (7), static contact (8) and output chip (9) conducting, the in the situation that at electric iron, overheated and bimetal leaf (10) temperature control losing efficacy, overheat protector push rod (12) can produce action and disconnect electrically contacting of lower safety plate (62) and the sheet of insuring (61), avoid that electric iron is overheated to be burnt out, it is characterized in that: described overheat protector push rod (12) comprises the upper ejector pin (121) that meltability engineering plastics are made, adapter sleeve (123) and the metal lower push rod of meltability (122), between described upper ejector pin (121) and lower push rod (122), be connected and be integrally formed formula overheat protector push rod (12) by adapter sleeve (123), the top of the upper ejector pin (121) of integral type overheat protector push rod (12) holds lower safety plate (62), the heatable soleplate of the direct butt electric iron in bottom of the lower push rod (122) of integral type overheat protector push rod (12).
2. a kind of electric iron temperature controller according to claim 1, it is characterized in that: described adapter sleeve (123) has connecting hole (123a), the lower end of upper ejector pin (121) is provided with upper ejector pin lower end projection (a1), the upper end of lower push rod (122) is provided with lower push rod upper end projection (a2), in described connecting hole (123a), be provided with the upper depression (b1) and the lower recess (b2) that match with upper ejector pin lower end projection (a1) and lower push rod upper end projection (a2) respectively, all insert in connecting hole (123a) upper end of the lower end of described upper ejector pin (121) and lower push rod (122), upper ejector pin lower end projection (a1) enters among depression (b1), lower push rod upper end projection (a2) enters among lower recess (b2), form upper ejector pin (121), adapter sleeve (123) is connected and is integrally formed formula overheat protector push rod (12) with lower push rod (122).
3. a kind of electric iron temperature controller according to claim 1, it is characterized in that: described adapter sleeve (123) has connecting hole (123a), in described connecting hole (123a), be provided with connecting hole screw thread (e), the lower end of upper ejector pin (121) is provided with upper ejector pin lower end screw thread (d1), the upper end of lower push rod (122) is provided with lower push rod upper end screw thread (d2), upper ejector pin lower end screw thread (d1) matches with connecting hole screw thread (e), upper ejector pin (121) is connected with adapter sleeve (123), lower push rod upper end screw thread (d2) matches with connecting hole screw thread (e), lower push rod (122) is connected with adapter sleeve (123), form upper ejector pin (121), adapter sleeve (123) is connected and is integrally formed formula overheat protector push rod (12) with lower push rod (122).
4. a kind of electric iron temperature controller according to claim 2, it is characterized in that: the lower end of described upper ejector pin (121) has bottom surface (a3), the upper end of lower push rod (122) has end face (b3), described bottom surface (a3) connects with end face (b3), bottom surface (a3) and end face (b3) are inclined-plane, and adapter sleeve (123) is made for meltability engineering plastics.
5. according to a kind of electric iron temperature controller described in claim 2 or 3, it is characterized in that: the lower end of described upper ejector pin (121) has bottom surface (a3), the upper end of lower push rod (122) has end face (b3), described bottom surface (a3) is separated with end face (b3), in the connecting hole (123a) between bottom surface (a3) and end face (b3), has storage space (c).
6. according to a kind of electric iron temperature controller described in claim 1 or 2 or 3 or 4, it is characterized in that: described register stator (3), the first porcelain ring (4a), input chip (5), the sheet (61) of insuring, the second porcelain ring (4b), lower safety plate (62), movable contact spring (7), the 3rd porcelain ring (4c), static contact (8), output chip (9), the 4th porcelain ring (4d) and bimetal leaf (10) are arranged on joint pin (1) successively, joint pin (1) between described bimetal leaf (10) and the 4th porcelain ring (4d) is provided with overheat protector push rod spacer (18), described overheat protector push rod spacer (18) is provided with through hole (18a), overheat protector push rod can be limited to operating position by overheat protector push rod spacer (18) through through hole (18a) up and downly.
7. a kind of electric iron temperature controller according to claim 5, it is characterized in that: described register stator (3), the first porcelain ring (4a), input chip (5), the sheet (61) of insuring, the second porcelain ring (4b), lower safety plate (62), movable contact spring (7), the 3rd porcelain ring (4c), static contact (8), output chip (9), the 4th porcelain ring (4d) and bimetal leaf (10) are arranged on joint pin (1) successively, joint pin (1) between described bimetal leaf (10) and the 4th porcelain ring (4d) is provided with overheat protector push rod spacer (18), described overheat protector push rod spacer (18) is provided with through hole (18a), overheat protector push rod can be limited to operating position by overheat protector push rod spacer (18) through through hole (18a) up and downly.
8. according to a kind of electric iron temperature controller described in claim 1 or 2 or 3 or 4, it is characterized in that: the fusing point of described upper ejector pin (121) is higher than the fusing point of lower push rod (122).
9. a kind of electric iron temperature controller according to claim 5, is characterized in that: the fusing point of described upper ejector pin (121) is higher than the fusing point of lower push rod (122).
10. a kind of electric iron temperature controller according to claim 7, is characterized in that: the fusing point of described upper ejector pin (121) is higher than the fusing point of lower push rod (122).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420291317.0U CN203923754U (en) | 2014-05-30 | 2014-05-30 | A kind of electric iron temperature controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420291317.0U CN203923754U (en) | 2014-05-30 | 2014-05-30 | A kind of electric iron temperature controller |
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| Publication Number | Publication Date |
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| CN203923754U true CN203923754U (en) | 2014-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420291317.0U Withdrawn - After Issue CN203923754U (en) | 2014-05-30 | 2014-05-30 | A kind of electric iron temperature controller |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105220433A (en) * | 2014-05-30 | 2016-01-06 | 浙江家泰电器制造有限公司 | A kind of electric iron temperature controller |
-
2014
- 2014-05-30 CN CN201420291317.0U patent/CN203923754U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105220433A (en) * | 2014-05-30 | 2016-01-06 | 浙江家泰电器制造有限公司 | A kind of electric iron temperature controller |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141105 Effective date of abandoning: 20171215 |
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| AV01 | Patent right actively abandoned |