CN201119467Y

CN201119467Y - Electric heating thermal-insulating boot

Info

Publication number: CN201119467Y
Application number: CNU2007203056536U
Authority: CN
Inventors: 杨力; 李萍萍
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-11-28
Filing date: 2007-11-28
Publication date: 2008-09-24
Anticipated expiration: 2017-11-28

Abstract

The utility model discloses a pair of electric warm keeping boots, which comprises heating units, battery units, heating switches, charging mouths and chargers, wherein in one of the boots, the battery unit is compounded in a safe guard plate which is in curved match with the inner side of a boot upper and fixed on the inner side of the boot upper via buckles, a soft copper core cord is embedded in the inner layer of the boot upper, the heating unit, the heating switch are in series connection with the battery unit to form a heating circuit via the copper core cord, and the charging mouth and the charger are in series connection with the battery unit to form a charging circuit via the copper core cord. The electric warm keeping boots have excellent heating and warm keeping effects, high reliability and safety, which are light, attractive and durable, and adaptable for wide range of people, especially adaptable for using in extremely cold environment.

Description

Electric Insulation Boots

Technical field

The utility model relates to a kind of heat-insulating shoe, particularly a kind of Electric Insulation Boots.

Background technology

Under cold environment, people are warming for foot, often put on the warming boots that materials such as cotton, hair are made, but because of cross for a long time or reasons such as sole perspiration its warming poor effect under the severe cold environment in outdoor delay.In addition, the electrothermal boots also occur, comprised outer hot type and self-powered hot type.The former not charged source needs heat when not wearing, and heat preserving mode and common heat-insulating shoe boots are basic identical, and the heat preservation effect is bad, and its use is also very inconvenient.The latter can heat by the heater circuit in the boots body when wearing, and it is usually by the powered battery that is arranged at the bottom of the boots, but its battery damages easily, and reliable degree is not high; Also have battery is hung on the boot upper outward, but volume greatly, very heavy, not attractive in appearance again.

The utility model content

At above-mentioned defective, the technical problem that the utility model solves is, the Electric Insulation Boots that a kind of heat preservation is effective, security reliability is high, light, attractive in appearance, durable is provided.

For solving above technical problem, the Electric Insulation Boots that the utility model provides, comprise heater, battery pack, heater switch, charge port, charger: described battery pack is compounded in the safeguard protection plate, and this safeguard protection plate suits with the inboard arc mutually of boot upper and be inboard fixing by hasp and boot upper; The boot upper internal layer is embedded with the soft copper heart yearn, and described heater, heater switch are connected into heater circuit by copper core and battery pack, and described charge port, charger are connected into charging circuit by copper core and battery pack.

Preferably, the utility model Electric Insulation Boots: described heater has two, is separately positioned on the boots pad upper strata of toe and arch area, is connected with boots body heater circuit by hasp separately.

Electric Insulation Boots of the present utility model, the heater heating by the heater circuit kind realizes electric heating function, its heating process can repetition, environmental protection, pollution-free.Adopt battery pack direct current supply, its operating voltage safety, stable, and guarantee higher heat preservation efficient.Battery pack is compounded in the macromolecule guard plate of fixing by hasp and boot upper, when wearing, can not be trampled on, and reduce the volume and the weight of battery pack.The safeguard protection plate suits with the inboard arc mutually of boot upper, does not influence the attractive in appearance of boots body; The safeguard protection plate fixes by hasp and boot upper inboard, and is convenient for dismounting and washing, and guarantees the safety of battery pack.The components and parts of heater circuit, charging circuit all connect by the soft copper heart yearn that is embedded in the tyre gum cover in the boot upper, can not limit foot's activity, guarantee wearing comfortableness; The soft copper heart yearn is difficult for being fractureed, and it is safe and reliable to guarantee that circuit connects.

The preferred version of the utility model Electric Insulation Boots, the setting of heater is improved: heater is arranged on boots pad upper strata, improves heat-transfer effect; The heat tracing zone is arranged at toe and arch of foot respectively, increases the strong point, help to alleviate foot fatigue foot's foot; And foot had certain stimulation massage effect, play certain physiotheraping effect.

The Electric Insulation Boots heat preservation that the utility model provides is effective, and the security reliability height is light, attractive in appearance, durable, and its suitable crowd is extensive, is particularly suitable for using under the severe cold environment.

Description of drawings

Fig. 1 is the structural representation of the utility model Electric Insulation Boots;

Fig. 2 is the utility model Electric Insulation Boots safeguard protection plate front view;

Fig. 3 is the utility model Electric Insulation Boots safeguard protection plate vertical view;

Fig. 4 is the heater distributed areas schematic diagram of the utility model Electric Insulation Boots;

Fig. 5 is the utility model Electric Insulation Boots battery combination mode schematic diagram.

The specific embodiment

Figure 1 shows that the utility model Electric Insulation Boots, comprise boots body 1, heater switch 2, charge port 3, safeguard protection plate 4, battery pack 5, copper core 6, heater 7, heat insulation layer (figure does not show), charger (figure does not show).Wherein, boots body 1 is identical with the structure of common boots, at the bottom of the boots, the boot upper material is constant.

As shown in Figure 1, battery pack 5 is compounded in the macromolecule safeguard protection plate 4, and this safeguard protection plate 4 suits with the inboard arc mutually of boot upper, and fixes by hasp and boot upper inboard; The boot upper internal layer is embedded with soft copper heart yearn 6, and heater 7, heater switch 2 are connected into heater circuit by copper core 6 and battery pack 5, and charge port 3, charger are connected into charging circuit by copper core 6 and battery pack 5.

Battery pack 5 is compounded in the macromolecule safeguard protection plate of fixing by hasp and boot upper 4, and battery pack 5 can not trampled on when wearing, and reduces the volume and the weight of battery pack 5 yet.Soft copper heart yearn 6 is gum cover in addition, and not frangibility, electric leakage guarantees circuit safety, reliable.Soft copper heart yearn 6 is embedded in boot upper, can not limit foot's activity, guarantees wearing comfortableness.

As shown in Figure 1, 2, 3, safeguard protection plate 4 and boot upper be inboard, and arc is tangent closes, and safeguard protection plate 4 can not produce protrusion on the boots body, and it is attractive in appearance can not influence the boots body.Fix by hasp and boot upper, convenient for dismounting and washing; When unpicking and washing, can easily unload safeguard protection plate 4, guarantee the safety of battery pack 5.

Shown in Fig. 1,4, preferably, every boots all have two heaters 7, are separately positioned on the boots pad upper strata of toe and arch area.Near on the position of arch of foot hasp 71, hasp 72 are set in boot upper, heater 7 connects heater circuit by contiguous hasp respectively.In the utility model, heater 7 directly is arranged at boots pad upper strata, and heat directly passes to foot, improves thermal conduction effect.Heater 7 is separately positioned on toe and zone, arch of foot place, increases the strong point to arch of foot, and can stimulate massage to Pelma acupuncture points, plays certain physiotherapy function.

In the utility model, heater 7 adopts novel carbon fiber/polymer composite to make.This thermal conductivity of composite materials is big, and thermal inertia is little, good flame resistance, and folding is folded, light weight, non-oxidizability is strong.Make heater with it, make the boots body light, durable, guarantee good heat preservation effect, and avoid the problem that heating wire fuses because of heat accumulation in traditional heater.In addition, carbon fiber has function far infrared radiation function, is easy to absorption of human body, has the health care booster action; The carbon fiber good adsorption property also helps keeping foot health and comfortable.

As shown in Figure 5, organize series-parallel lithium polymer unit cells more, form battery pack 5, stable operating voltage is provided, and keeps the normal working time of power supply.In the utility model, the cell number of battery pack 5 is 6, and preferably, the compound mode of cell group is: be in parallel after the series connection in twos again; Or be in parallel again after per three series connection.Be pointed out that, the battery pack 5 in the utility model Electric Insulation Boots, contained cell quantity is not limited only to 6, also is not limited only to the compound mode in the above-mentioned optimal way.The quantity and the compound mode of cell are selected according to the voltage of cell and the operating voltage size of heater circuit in 5 kinds of the battery pack.

As shown in Figure 1, heater switch 2 is set in the heater circuit, optionally controlling heat time heating time, prolongs 5 service times of battery pack.Preferably, heater switch 2 hidden being arranged on the boot upper, it is inboard fixing by hasp and boot upper, can keep the boots body attractive in appearance.Preferably, heater switch 2 is a tumbler switch, and length is not less than 8mm, and its control is simple, safety coefficient is high, avoids its misoperation and makes battery pack 5 be in heated condition, causes the loss of the energy content of battery.

As shown in Figure 1, charge port 3 is hidden to be arranged on the boot upper of safeguard protection plate top, can not influence the attractive in appearance of boots body; Charge port 3 adopts bolt-type with the connected mode of charger, and is easy to use, charging process safety, reliable.

Every boots are joined a charger, and with battery pack 5 supporting uses, its charge power supply is 220V/50Hz; Be furnished with the charging display on the charger, can reasonably control the charging interval; Each shows that with one red, green light charging is carried out, completion status this charging display.According to state display lamp, can check immediately whether charging finishes simple and fast, practical.

The utility model Electric Insulation Boots can followingly improve: heater switch 2 adopts the adjustable power switches, and it is arranged at the bottom of the boots on its heel position, regulates the power rearrangeable switch, control heat time heating time; Perhaps, heater switch 2 adopts temperature detect switch (TDS)s, on it is arranged at the bottom of the boots of described heater, and when heating-up temperature reaches setting value, the temperature detect switch (TDS) automatic disconnection, thus stop heating.

The utility model Electric Insulation Boots also can be further improved: the lower floor at the boots pad is provided with heat insulation layer, prevents that heat from distributing at the bottom of boots, improves heat insulation effect.

The Electric Insulation Boots that above-mentioned embodiment is designed, the interior temperature of boots is 40 ℃ ± 3 ℃ during heating, under keeping warm mode, when environment temperature was-25 ℃, temperature can reach 35 ℃ in the boots, and keeps 8 hours; In battery pack 4 timings discharge times one, temperature retention time is its 1.85 times; Battery pack 5 charging times are not less than 100 times, and when correctly using, its life-span is identical with the galvanic cell life-span; The about 3kg/ of weight is two.These boots have characteristics such as the heat preservation performance is good, safe and reliable, light, attractive in appearance, durable.

The above only is a preferred implementation of the present utility model; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.

Claims

1, a kind of Electric Insulation Boots, comprise heater, battery pack, heater switch, charge port, charger, it is characterized in that: described battery pack is compounded in the safeguard protection plate, and this safeguard protection plate suits with the inboard arc mutually of boot upper and be inboard fixing by hasp and boot upper; The boot upper internal layer is embedded with the soft copper heart yearn, and described heater, heater switch are connected into heater circuit by copper core and battery pack, and described charge port, charger are connected into charging circuit by copper core and battery pack.

2, Electric Insulation Boots according to claim 1 is characterized in that: described heater has two, is separately positioned on the boots pad upper strata of toe and arch area, connects heater circuit by hasp separately.

3, Electric Insulation Boots according to claim 1 is characterized in that: described battery pack is made up of many groups of series-parallel cells.

4, Electric Insulation Boots according to claim 1 is characterized in that: described heater switch is arranged on the boot upper, and it is inboard fixing by hasp and boot upper.

5, Electric Insulation Boots according to claim 4 is characterized in that: described heater switch is a tumbler switch, and its length is not less than 8mm.

6, Electric Insulation Boots according to claim 1 is characterized in that: described heater switch is the adjustable power switch, and it is arranged on boots heel portion position.

7, Electric Insulation Boots according to claim 1 is characterized in that: described heater switch is a temperature detect switch (TDS), on it is arranged at the bottom of the boots of described heater.

8, Electric Insulation Boots according to claim 1 is characterized in that: described charge port is arranged on the boot upper, and inboard fixing by hasp and boot upper; Described charger is provided with the charging display, and each shows that with one red, green light charging is carried out, completion status this charging display.

9, Electric Insulation Boots according to claim 1 is characterized in that: the connected mode of described charge port and charger is a bolt-type.

10, according to each described Electric Insulation Boots of claim 1-9, it is characterized in that: also the lower floor at the boots pad is provided with heat insulation layer.