CN102860757A - Liquid heater of non-metallic container - Google Patents

Liquid heater of non-metallic container Download PDF

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Publication number
CN102860757A
CN102860757A CN2012103409891A CN201210340989A CN102860757A CN 102860757 A CN102860757 A CN 102860757A CN 2012103409891 A CN2012103409891 A CN 2012103409891A CN 201210340989 A CN201210340989 A CN 201210340989A CN 102860757 A CN102860757 A CN 102860757A
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China
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base
container
plate
glass
conductive
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CN2012103409891A
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Chinese (zh)
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CN102860757B (en
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林添耀
林海嫦
唐杰
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林添耀
林海嫦
唐杰
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Abstract

A liquid heater of a non-metallic container comprises a glass or ceramic container, an electrical heating membrane and a base, wherein the electrical heating membrane is arranged at the bottom of the glass or ceramic container; and the base is arranged below the glass or ceramic container and provided with a power connector. The liquid heater of the non-metallic container is characterized in that a metal grounding plate is arranged at the bottom inside the glass or ceramic container; and the metal grounding plate is connected with a grounding conductor wire in the base by virtue of a conductor. Compared with the prior art, the liquid heater of the non-metallic container, disclosed by the invention, has the advantages of safe and firm combination of the electrical heating part and the glass container, convenience for use, high safety and efficient heating performance.

Description

一种非金属容器的液体加热器 A non-metallic liquid heating vessel

技术领域 FIELD

[0001] 本发明涉及一种家用加热装置。 [0001] The present invention relates to a domestic heating device.

背景技术 Background technique

[0002] 现有的液体加热器的加热容器通常都是采用金属材质的,采用金属材质的液体加热器如不锈钢电热水器,在长时间煮水过程中,容易发生重金属污染,为此,人们开发了玻璃材质的电加热容器,但是,玻璃材质的容器是优良的绝缘体,不容易将使用过程中的液体中的电导出去而导致触电的情况的发生;另外,受玻璃材质的制约,电加热部分不容易与玻璃材质的容器结合在一起,导致不能对玻璃材质的容器内的液体进行高效加热。 [0002] Existing liquid heating vessel heater are usually of metal material, a metal material such as stainless steel liquid heater electric water heater, boils water in the course of time, heavy metal contamination easily occurs, therefore, been developed electric heating vessel made of glass, but the glass container materials are excellent insulators, not easy to use the conductance out of the process liquid caused by the occurrence of electric shock; in addition, subject to the glass material, the electrical heating portion is not easily combined with the glass container material together, it can not cause the liquid in the glass container material efficient heating. 发明内容 SUMMARY

[0003] 本发明的发明目的在于提供一种电加热部分与玻璃材质的容器牢固地结合在一起的、使用方便的、安全性高的、具有高效的加热性能的液体加热器。 [0003] The invention object of the present invention is to provide an electrically heated portion of the glass binding material container firmly together, easy to use, safe, and efficient liquid heater having a heating performance.

[0004] 本发明的发明目的在于提供一种安全的非金属容器的液体加热器。 [0004] The invention object of the present invention is to provide a liquid heating safe non-metallic container.

[0005] 本发明是这样实现的,包括玻璃材质或者陶瓷材质的容器、设置在玻璃材质或者陶瓷材质的容器底部的电热膜、设置在玻璃材质或者陶瓷材质的容器下面的带有电源连接头的底座,其特别之处在于在玻璃材质或者陶瓷材质的容器的内底部设置一金属接地盘,金属接地盘通过导电件与底座内的接地导电线相连。 [0005] The present invention is achieved, including a glass material or a ceramic material containers, electric film provided on the bottom of a glass material or a ceramic material container made of glass or ceramics is disposed below the container material with the power connector a base, which is special in that at the bottom of the container made of glass or a ceramic material provided with a metal grounding plate, a metal plate connected to ground through the grounded conductive lines within the conductive member and the base. 由于在玻璃材质或者陶瓷材质的容器的内底部设置一金属接地盘将容器内的液体导走,因此,克服了已有技术的不足,保证本发明的使用安全性能。 A metal ground plate since the inner bottom of a glass material or a ceramic material in a container of the liquid in the container turned away, therefore, overcome the deficiencies of the prior art, to ensure safe performance of the invention.

[0006] 这里,在玻璃材质或者陶瓷材质的容器的底部设置有穿孔,导电件是导电连接件,传过穿孔的导电连接件通过密封垫固定在穿孔上,在玻璃材质或者陶瓷材质的容器内的金属接地盘与位于玻璃材质或者陶瓷材质的容器内的导电连接件连接。 [0006] Here, in the bottom portion of a glass material or a ceramic material container with a perforated electrically conductive member is a conductive connecting member, pass through the perforations of the electrically conductive connection pads fixed to the perforated by the sealing, the inner container made of glass or a ceramic material a metal grounding plate connected to the conductive connecting member is located within a glass material or a ceramic material container.

[0007] 或者,导电件是横跨过玻璃材质或者陶瓷材质的容器的壁的导电板,导电板的位于玻璃材质或者陶瓷材质的容器内的部分与金属接地盘固定连接,导电板的位于玻璃材质或者陶瓷材质的容器外的部分与底座内的接地导电线相连。 [0007] Alternatively, the conductive member is a conductive plate across the wall over a glass material or a ceramic material container, part of the glass and the metal ground plate fixedly connected to the conductive plate located within a glass or a ceramic material of the conductive plate material container the conductive wire is connected to a ground portion in the base material or a ceramic material of the outer container.

[0008] 玻璃材质的容器包括身部、底板,底板通过粘合剂固定连接在身部的底端,连接有两电极的陶瓷电热膜粘结在底板的下面,底座上的电源连接头与两电极连接起来。 [0008] The glass material and containers include a body portion, a bottom plate, the bottom plate is fixedly connected to the bottom end of the body portion by an adhesive, the two electrodes are connected to ceramic heating film adhered to the floor below, the power connector on the base and two electrodes are connected together. 由于采用底板通过粘合剂与身部固定连接成为玻璃材质的容器,这样,容易保证底板具有平整的底面,同时,在无需要考虑复杂形状的成型的情况下,可方便地采用热物理性能(如冷胀热缩性能)与陶瓷电热膜的热物理性能接近的容易制成平板状的玻璃材质,从而保证了陶瓷电热膜与玻璃材质的容器的底部的牢固的结合,以及玻璃材质的容器的尺寸的均一。 As a result of the base body by an adhesive portion is fixedly connected to the container be a glass material, so that, with a flat bottom is easily ensured bottom surface, while, in the case of molding a complex shape to be considered free, conveniently using thermal physical properties ( the cold thermal expansion properties) and the thermophysical properties of ceramic electric film is easily formed near the flat plate-like glass material, thus ensuring a strong bond with the bottom of a glass ceramic electric film material containers, and a glass material container uniform size. 另外,底板也容易进行如钻孔等加工,避免了因加工过程中的底板的损伤而导致整个玻璃材质的容器的报废。 Further, the bottom plate can be easily performed and other processing such as drilling, to avoid damage due to processing scrapped as a result of the bottom plate of the entire glass container material.

[0009] 这里,玻璃材质的容器的身部底端设置有环状的且槽口向内侧的凹槽,凹槽下缘的直径比底板的直径大,凹槽的上缘的直径比底板的直径小,凹槽内填充有将底板固定在凹槽内的粘合剂。 [0009] Here, the bottom portion of the container body made of glass that is provided with an annular groove and notches inward, the lower edge of the recess of larger diameter than the bottom plate, the upper edge of the recess diameter than the bottom plate a small diameter, fixed to the base plate is filled with the adhesive within the groove within the groove. 采用凹槽与底板连接,增加了底板与凹槽的连接粘合面,保证了身部与底板的固定的牢固性和密封性。 Using the groove and connected to the base plate, the base plate increases the adhesion surface is connected with the recess, ensuring firm fixing and sealing the body portion and the bottom plate.

[0010] 底座的电源连接头包括固定在底座上的弹片、设置在弹片上的触头,触头紧靠在相应的陶瓷电热膜上的电极上。 [0010] The power connector comprises a base fixed to the base of the dome, the dome is provided on the contacts on the electrode contacts abut the corresponding ceramic heating film. 采用利用弹片的弹力将与电源连接的触头紧靠在电极上,既保证了电源的输送,同时,也方便了底座、玻璃材质的容器的拆装。 Using the elastic force of the elastic piece abuts against the contacts connected to the power supply to the electrode, both to ensure the delivery of power, but also to facilitate the disassembly of the base, the glass container material.

[0011] 在底座上设置有若干个温度感应器基座,温度感应器基座包括基座、滑动连接在基座上的带有限位台阶的导杆、设置在导杆与基座间的弹簧,温度感应器连接在导杆上或者温度感应器基座包括基座、滑动连接在基座上的带有限位台阶的导杆、弹簧,温度感应器穿接在导杆上,弹簧设置在温度感应器与基座间。 [0011] provided with a plurality of temperature sensors susceptor, the susceptor temperature sensor on the base comprises a base, a guide rod slidably connected to the base with the limiting step is provided between the guide rod and the base of the spring the temperature sensor connected to the guide rod or the temperature sensor comprises a base stopper having a stepped guide rod base, slidably connected to the base, a spring, a temperature sensor connected through the guide rod, a spring is provided at a temperature between the inductor and the susceptor. 这样,利用弹簧的压力,将温度感应器的温度感应面紧靠在玻璃材质的容器的底面上,以便准确感应温度,同时,也方便了底座、玻璃材质的容器的拆装。 Thus, the spring pressure, the temperature of the temperature sensor sensing surface abuts against the bottom surface of the glass material of the container, in order to accurately sense temperature, but also facilitates disassembly of the base, the glass container material.

[0012] 这里,玻璃材质的容器的身部底端周边设置有圆环状密封面,圆环状密封面上设置有带有箍的圆环状密封垫,箍套在凹槽的外侧面上,箍通过其外面的固定环固定在凹槽的外侧面上,固定环的下面四周设置有若干螺丝固定脚,底座通过螺丝固定在固定环下面的螺丝固定脚上。 [0012] Here, the glass material of the body portion of the container at the bottom end of the peripheral groove disposed cuff outer surface has an annular seal surface, an annular sealing surface is provided with an annular gasket cuff, , by which the outer collar fixed to the outside surface of the fixing ring groove, below the fixed ring is provided all around with a plurality of screws foot base is fixed below the fixing ring by a screw screwed foot. 采用带有箍的圆环状密封垫及固定环既方便了玻璃材质的容器与底座的固定连接,同时,也防止了水通过玻璃材质的容器与底座间的连接渗进底座内损害底座内的电器兀件。 With the use of an annular gasket cuff and a fixed ring fixedly connected to the container both for the convenience of the base material of glass, but also prevents the water through the connection between the container and the base of the glass base material penetrated into the damage within the base Wu electrical parts.

[0013] 电热膜呈圆环状,圆环状电热膜上设置有一个以上的叉形导电板,叉形导电板的叉脚位于圆环状陶瓷电热膜的外圆上,叉形导电板的叉头靠向圆环状电热膜的内圆,电极板沿直径方向靠在圆环状电热膜上。 [0013] The electric film is annular, the annular film electric conductive plate is provided with one or more prongs, the fork prongs conductive plate positioned on the outer annular ceramic electric film, the conductive plate forked prong toward the circular annular electric film, the electrode plate against the annular heating film in the diameter direction. 这样,圆环状电热膜的各个圆周的距离接近,从而保证了圆环状电热膜各处的供热均一,同时,也保证了圆环状电热膜具有足够的加热面积。 Thus, from the circumference of the respective annular electric film approaches, thus ensuring uniform throughout the annular heating electric film, but also to ensure that the annular electric film having a sufficient heating area.

[0014] 本发明与已有技术相比,具有安全的、电加热部分与玻璃材质的容器牢固地结合在一起的、使用方便的、安全性高的、具有高效的加热性能的优点。 [0014] Compared with the prior art, a safe, electrically heating the glass material portion and thereby firmly bonded together, easy to use, highly safe, has the advantage of efficient heating performance.

[0015] 附图说明: [0015] BRIEF DESCRIPTION OF DRAWINGS:

图I为本发明实施例I的结构示意图; FIG I I schematic structural diagram of the embodiment of the present invention;

图2为本发明实施例I的爆炸图; Example I Figure 2 an exploded view of the embodiment of the present invention;

图3为底座的结构不意图; 3 is not intended base structure;

图4为玻璃材质的容器底部的剖面视图图5为底座的爆炸图; A bottom cross-sectional view of Figure 4 is made of glass container 5 is an exploded view of the base;

图6为底板实施例I的结构示意图; FIG 6 is a schematic structural diagram of the bottom plate of Example I;

图7为底板实施例2的结构意图; FIG 7 is a floor structure intended to Example 2 of the embodiment;

图8为本发明实施例2的结构示意图。 Example 2 FIG. 8 a schematic structural diagram of the embodiment of the present invention.

[0016] 具体实施方式: [0016] DETAILED DESCRIPTION:

现结合附图和实施例对本发明做进一步详细描述: Now conjunction with the drawings and embodiments of the present invention will be further described in detail:

实施例一:如图1、2所示,包括盖子18、带有手柄7的玻璃材质或者陶瓷材质的容器I、设置在玻璃材质或者陶瓷材质的容器I底部的陶瓷质地的电热膜2、设置在玻璃材质或者陶瓷材质的容器2下面的带有电源连接头3的底座4,底座4的外面通过螺丝23固定有底盒5,其特别之处在于在玻璃材质或者陶瓷材质的容器I的内底部设置一金属接地盘15,金属接地盘15通过导电件与底座4内的接地导电线相连。 Example One: 1 and 2, including the lid 18, the container I with a handle made of glass or a ceramic material 7 is provided at the bottom of a glass ceramic material texture or a ceramic material container I electric film 2, provided in the following 2 made of glass or a ceramic material with a vessel base 3 power connector 4, the outside of the base 4 is fixed by a screw 23 having a bottom cartridge 5, which is special in that the container I, or a ceramic material made of glass a metal ground plate is provided at the bottom 15, the metal plate 15 is connected to ground by a ground conductive lines within the conductive member 4 and the base. [0017] 玻璃材质的容器I包括身部la、底板lb,底板Ib通过粘合剂(娃胶)Ic固定连接在身部Ia的底端,连接有两电极6的陶瓷电热膜2粘结在底板Ib的下面,底座4上的电源连接头3与两电极6连接起来。 [0017] The glass material includes a container body portion I La, LB bottom plate, the bottom plate Ib by an adhesive (glue Wa) Ic fixedly connected at the bottom end of the body portion Ia is connected to two electric ceramic electrode film in the second adhesive 6 Ib below the bottom plate, the power connector on the base 4 connected to the two electrodes 3 6.

[0018] 如图4所示,玻璃材质的容器I的身部Ia底端设置有环状的且槽口向内侧的凹槽Id,凹槽Id下缘Idl的直径比底板Ib的直径大,凹槽Id的上缘ld2的直径比底板Ib的直径小,凹槽Id内填充有将底板Ib固定在凹槽Id内的粘合剂(硅胶)lc。 [0018] As shown, the body portion of the container Ia I glass material 4 is provided with a bottom annular groove and the notch inward Id, Id diameter of the lower edge of the groove Idl Ib larger than the diameter of the bottom plate, diameter of the upper edge of the recess ld2 Id Ib smaller than the diameter of the base plate, the base plate is filled with a fixed within the groove Ib Id binder (silica) LC recess Id.

[0019] 如图2、3所示,底座4的电源连接头3包括通过绝缘固定构件25固定在底座4上的弹片3a、设置在弹片3a上的触头3b,触头3b紧靠在相应的电热膜2上的电极6上。 Contact [0019] 2 and 3, the base 4 is connected to the power supply head 3 comprises a fixing member 25 is fixed by an insulating elastic sheet 4 on the base 3a is provided on the elastic piece 3b 3a, 3b abut against the corresponding contacts 2 on the upper electrode 6 electric film.

[0020] 如图2、3、5所示,在底座4上设置有若干个温度感应器基座7、耦合器19,耦合器19通过螺丝24固定在底座4内,温度感应器基座7包括基座7a、滑动连接在基座7a上的带有限位台阶7b的导杆7c、设置在导杆7c与基座4间的弹簧7d,温度感应器(如温度传感器、热熔断器、突跳温度控制器)8连接在导杆7c上或者温度感应器基座7包括基座7a、 滑动连接在基座7a上的带有限位台阶7b的导杆7c、弹簧7d,温度感应器8穿接在导杆7c上,弹簧7d设置在温度感应器8与基座7a间,基座7a通过其上面的扣固定在底座4的扣孔26上。 [0020], 3, 5, on the base 4 is provided with a plurality of temperature sensors base 7, a coupler 19, the coupler 19 is fixed by a screw 24 in the chassis 4, a temperature sensor base 7 comprising a base 7a, 7a slidably coupled to the base of the guide bar 7b, 7c with the stepped stopper, 7c disposed between the base 4 and the spring 7D, temperature sensors (such as temperature sensors, thermal fuses guide rod projecting jump temperature controller) 8 is connected to the guide rod or a temperature sensor 7c susceptor 7 comprises a base 7a, 7a slidably coupled to the base of the guide bar 7b, 7c with the stepped stopper, spring 7d, through the temperature sensor 8 7C connected to the guide rod, a spring 7a 7d disposed between the temperature sensor 8 and the base, the base 7a through buckle thereon is fixed to the engaging holes 26 of the base 4. 带有限位台阶7b的导杆7c的端头穿过基座7a后通过螺丝27定位在基座7a上。 With a stepped stopper guide bar 7b and 7c after the tip 7a by a screw through the base 27 is positioned on the base 7a.

[0021] 玻璃材质的容器I的身部Ia底端周边设置有圆环状密封面Ie,圆环状密封面Ie上设置有带有箍9的圆环状密封垫10,箍9套在凹槽Id的外侧面上,箍9通过其外面的固定环11固定在凹槽Id的外侧面上,固定环11的下面四周设置有若干螺丝固定脚12,底座4通过螺丝13固定在固定环11下面的螺丝固定脚12上。 [0021] The container body portion I of the bottom end of a glass material provided surrounding Ia annular sealing surface Ie, is provided with an annular sealing surface with ferrule 9 Ie annular gasket 10, recessed in the sleeve cuff 9 Id outer surface of the groove, the cuff 9 is fixed by its outer ring 11 fixed to the outside surface of the recess Id, the following four weeks fixing ring 11 is provided with a plurality of screws 12 feet, the base 4 by a screw 13 in a fixed ring 11 the following screws 12 feet.

[0022] 在玻璃材质的容器I的口部设置有钢圈17,手柄7的两端分别固定在钢圈17和固定环11上。 A steel ring 17 [0022] provided at the vessel mouth portion of the glass material I, both ends of the handle 7 are fixed to the steel ring 17 and the stationary ring 11.

[0023] 在底板Ib上设置有穿孔lf,穿孔If内通过密封垫13、垫圈20、螺母21、固定有导电连接件14,在玻璃材质的容器I内设置有表面密布有穿孔的金属接地盘15,通过螺丝22将金属接地盘15固定在位于玻璃材质的容器I内的导电连接件14上。 [0023] provided with perforations LF, the perforations If via a gasket 13, the gasket 20 on the base plate Ib, nut 21, is fixed to the conductive connecting member 14 in the container I glass material is provided with a surface densely perforated metal grounding plate 15, by a screw 22 a metal grounding plate 15 is fixed in the conductive material of the glass container 14 I connector.

[0024] 如图6所示,电热膜2呈圆环状,圆环状电热膜2上设置有一个以上的叉形导电板16,叉形导电板16的叉脚16a位于圆环状电热膜2的外圆上,叉形导电板16的叉头16b靠向圆环状电热膜2的内圆,电极6的电极板沿直径方向靠在圆环状电热膜2上,穿孔If位于底板Ib的中心。 [0024] As shown, the electric film 2 is annular, annular electric heating film 6 is provided on the fork 2 has more than one conductive plate 16, the fork prongs 16 of the conductive plate 16a is located in an annular electric film on the outer 2, the fork prongs 16b of the conductive plate 16 toward the inner peripheral annular heating film 2, the electrode plate 6 rests on the annular electric film 2 in the diameter direction, If the perforations of the bottom plate Ib center of.

[0025] 如图7所示,电热膜2也可以呈方形,两长条形的电极6与方形电热膜2的两边连接,两穿孔If位于方形电热膜2的两边的底板Ib上。 [0025] As shown in FIG. 7, the electric film 2 may be a square, two elongated electrodes 6 connected to the sides of the square electric film 2, If the perforations are located on two sides of the square base plate electric film Ib 2.

[0026] 实施例2 :如图8所示,本实施例是在实施例I的基础上,采用导电板29代替实施例I的穿孔If、导电连接件14,导电板29横跨过玻璃材质的容器I的壁,导电板29的位于玻璃材质的容器I内的部分与金属接地盘15固定连接,导电板29的位于玻璃材质的容器I外的部分与底座4内的接地导电线相连。 [0026] Example 2: 8, the present embodiment is based on Example I, a conductive plate 29 in place of Example perforation If, conductive connecting member 14 I of the embodiment, the conductive plate 29 through the glass across the material wall of the container I, the conductive plate 29 portion of the metal grounding plate positioned within the glass material of the container I 15 is fixedly connected to the conductive plate is a ground conductive line in part 4 of the base outside the container I glass material attached to 29.

[0027] 为了防止操作时,人手碰到玻璃材质的容器I的壁外的导电板29,手柄7的材质为绝缘材料(如塑料),导电板29藏在手柄7内或者藏在塑料手柄7的靠在玻璃材质的容器I的壁的部分与玻璃材质的容器I的壁间。 [0027] In order to prevent operation, hand touch the conductive plate outer wall of the glass container I material 29, the material of the handle 7 is an insulating material (such as plastic), the conductive plate 29 or hidden within the handle 7 in plastic handle hidden 7 the glass portion of the container wall material against the vessel I I of walls made of glass.

Claims (10)

1. 一种非金属容器的液体加热器,包括玻璃材质或者陶瓷材质的容器、设置在玻璃材质或者陶瓷材质的容器底部的电热膜、设置在玻璃材质或者陶瓷材质的容器下面的带有电源连接头的底座,其特征在于在于在玻璃材质或者陶瓷材质的容器的内底部设置一金属接地盘,金属接地盘通过导电件与底座内的接地导电线相连。 A non-metallic liquid heating vessel comprising a glass material or a ceramic material containers, electric film provided on the bottom of a glass material or a ceramic material container, the container is disposed below a glass material or a ceramic material is connected with a power head base, characterized in that the bottom of the container made of glass or a ceramic material provided with a metal grounding plate, a metal plate connected to ground through a grounded conductive member and the conductive wire in the base.
2.根据权利要求I所述的非金属容器的液体加热器,其特征在于在玻璃材质或者陶瓷材质的容器的底部设置有穿孔,导电件是导电连接件,传过穿孔的导电连接件通过密封垫固定在穿孔上,在玻璃材质或者陶瓷材质的容器内的金属接地盘与位于玻璃材质或者陶瓷材质的容器内的导电连接件连接。 The non-metallic liquid heating vessel I according to claim, characterized in that the bottom of a glass material or a ceramic material is provided with a perforated container, a conductive member is a conductive connecting member, through the conductive connecting member passed through the perforated seal perforated pad is fixed on the metal grounding plate in the glass material or a ceramic material container connected to the conductive connecting member is located within a glass material or a ceramic material container.
3.根据权利要求I所述的非金属容器的液体加热器,其特征在于导电件是横跨过玻璃材质或者陶瓷材质的容器的壁的导电板,导电板的位于玻璃材质或者陶瓷材质的容器内的部分与金属接地盘固定连接,导电板的位于玻璃材质或者陶瓷材质的容器外的部分与底座内的接地导电线相连。 The non-metallic liquid heating vessel I according to claim, characterized in that the material of the glass or a ceramic material containers across the conductive plate through the conductive member is made of glass or a ceramic material container walls, the conductive plates and a metal grounding plate portion fixedly connected to the inner, electrically conductive wire connected to the ground in the base portion of the outer material or a ceramic material of the glass container conductive plate.
4.根据权利要求I或2或3所述的非金属容器的液体加热器,其特征在于玻璃材质的容器包括身部、底板,底板通过粘合剂固定连接在身部的底端,连接有两电极的陶瓷电热膜粘结在底板的下面,底座上的电源连接头与两电极连接起来。 The I or a non-metallic liquid heating vessel of claim 2 or claim 3, wherein the glass material comprises a container body portion, the bottom plate, the bottom plate is fixedly connected to the bottom end of the body portion by an adhesive, is connected electric film bonded ceramic electrodes below the bottom plate, the power connector on the base electrodes connected together.
5.根据权利要求4所述的非金属容器的液体加热器,其特征在于玻璃材质的容器的身部底端设置有环状的且槽口向内侧的凹槽,凹槽下缘的直径比底板的直径大,凹槽的上缘的直径比底板的直径小,凹槽内填充有将底板固定在凹槽内的粘合剂。 The non-metallic liquid heating vessel as claimed in claim 4, wherein the glass material of the body portion of the container and a bottom end provided with an annular slot than the diameter of the inner edge of the recess, the recess the large diameter of the base plate, the upper edge of the recess of smaller diameter than the base plate, the base plate is filled with a fixing adhesive in the groove within the groove.
6.根据权利要求5所述的非金属容器的液体加热器,其特征在于底座的电源连接头包括固定在底座上的弹片、设置在弹片上的触头,触头紧靠在相应的电热膜上的电极上。 The non-metallic liquid heating vessel as claimed in claim 5, wherein the power connector comprises a base fixed to the base of the dome, the dome is provided on the contact, the contacts abut against the corresponding electric film on the upper electrode.
7.根据权利要求6所述的非金属容器的液体加热器,其特征在于在底座上设置有若干个温度感应器基座,温度感应器基座包括基座、滑动连接在基座上的带有限位台阶的导杆、设置在导杆与基座间的弹簧,温度感应器连接在导杆上或者温度感应器基座包括基座、滑动连接在基座上的带有限位台阶的导杆、弹簧,温度感应器穿接在导杆上,弹簧设置在温度感应器与基座间。 The non-metallic liquid heating vessel according to claim 6, wherein the base is provided with a plurality of base temperature sensor, the temperature sensor comprises a base with a base, slidably connected to the base finite bit step guide bar, the guide bar is provided between the base and the spring, the temperature sensor connected to the guide rod or temperature sensor base includes a base, a base slidably attached to the guide bar with a stepped stopper , a spring, a temperature sensor connected through the guide rod between the spring and the base temperature sensor is disposed.
8.根据权利要求5或6或7所述的非金属容器的液体加热器,其特征在于玻璃材质的容器的身部底端周边设置有圆环状密封面,圆环状密封面上设置有带有箍的圆环状密封垫,箍套在凹槽的外侧面上,箍通过其外面的固定环固定在凹槽的外侧面上,固定环的下面四周设置有若干螺丝固定脚,底座通过螺丝固定在固定环下面的螺丝固定脚上。 The non-metallic liquid heating vessel of claim 5 or 6 or claim 7, characterized in that the body portion of the container bottom of a glass material is provided with a peripheral annular sealing surface, there is provided an annular sealing surface an annular gasket with a cuff, the cuff on the outer surface of the groove, through which the outer hoop ring fixed to the outside surface of the fixing groove, the fixing ring is provided with a plurality of the following four weeks screws foot, by the base in the fixing screws screwed feet below the ring.
9.根据权利要求5或6或7所述的非金属容器的液体加热器,其特征在于电热膜呈圆环状,圆环状电热膜上设置有一个以上的叉形导电板,叉形导电板的叉脚位于圆环状电热膜的外圆上,叉形导电板的叉头靠向圆环状电热膜的内圆,电极板沿直径方向靠在圆环状电热膜上。 Liquid heater according to claim 5 or 6 non-metallic containers or claim 7, characterized in that the heating film has an annular shape, is provided above the annular electric film has a fork-shaped conductive plate, a conductive fork the prongs plate positioned annular cylindrical electric film, the fork prongs of the conductive plate toward the circular annular electric film, the electrode plate against the annular heating film in the diameter direction.
10.根据权利要求8所述的非金属容器的液体加热器,其特征在于电热膜呈圆环状,圆环状电热膜上设置有一个以上的叉形导电板,叉形导电板的叉脚位于圆环状电热膜的外圆上,叉形导电板的叉头靠向圆环状电热膜的内圆,电极板沿直径方向靠在圆环状电热膜上。 10. The non-metallic liquid heating vessel according to claim 8, characterized in that the heating film has an annular shape, is provided an annular electric film prong fork or more conductive plate has a fork-shaped conductive plate located on the outer annular electric film, the fork prongs of the conductive plate toward the circular annular electric film, the electrode plate against the annular heating film in the diameter direction.
CN201210340989.1A 2012-09-16 2012-09-16 A non-metallic liquid heating vessel CN102860757B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5842353A (en) * 1996-12-13 1998-12-01 Kuo-Liang; Lin Apparatus for heating or cooling drinks
US6072161A (en) * 1996-08-06 2000-06-06 Stein; Todd Anthony Beverage container
US6121585A (en) * 1999-03-30 2000-09-19 Robert Dam Electrically heated beverage cup and cupholder system
CN201831667U (en) * 2010-08-09 2011-05-18 北京怡莲礼业科技发展有限公司 Safety glass heating pot
CN202932772U (en) * 2012-09-16 2013-05-15 林添耀 Liquid heater of nonmetallic container

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6072161A (en) * 1996-08-06 2000-06-06 Stein; Todd Anthony Beverage container
US5842353A (en) * 1996-12-13 1998-12-01 Kuo-Liang; Lin Apparatus for heating or cooling drinks
US6121585A (en) * 1999-03-30 2000-09-19 Robert Dam Electrically heated beverage cup and cupholder system
CN201831667U (en) * 2010-08-09 2011-05-18 北京怡莲礼业科技发展有限公司 Safety glass heating pot
CN202932772U (en) * 2012-09-16 2013-05-15 林添耀 Liquid heater of nonmetallic container

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