CN203576734U

CN203576734U - Zoned ice cap

Info

Publication number: CN203576734U
Application number: CN201320798163.XU
Authority: CN
Inventors: 于红勇; 陈永泽
Original assignee: 于红勇; 陈永泽
Current assignee: Shenzhen Yan Tian Wei Heng Technology Co. Ltd.
Priority date: 2013-12-05
Filing date: 2013-12-05
Publication date: 2014-05-07
Anticipated expiration: 2023-12-05

Abstract

A zoned ice cap comprises an ice cap body and a control device. The ice cap body comprises an inner layer and an outer layer. An area between the inner layer and the outer layer is divided into a plurality of zones through parting lines in a sewing mode, each zone is provided with a refrigeration bag inside, and each refrigeration bag is provided with a cold source and a temperature sensor inside; the control device comprises a power module, a controller, a signal receiver and a remote controller, each refrigeration bag is correspondingly provided with the power module, the controller and the signal receiver which are electrically connected with one another, the temperature sensor in each refrigeration bag is connected with the controller through a signal line, and the remote controller is connected with the signal receivers through wireless signals. Each cold source is a semiconductor refrigeration sheet. The semiconductor refrigeration sheets on the portions needing to be cooled are adjusted through the controller, and the local temperature is adjusted according to an actual condition.

Description

A kind of partition type ice cap

Technical field

This utility model relates to a kind of auxiliary temperature-reducing device, relates in particular to a kind of partition type ice cap.

Background technology

In life, in situations such as reply heating fevers, make cool-down method used mostly adopt drug for abating fever to treat at present, but Drug therapy has some bad impacts to people's health, sometimes also can physical cooling method, comprise: alcohol wipe cooling, wet towel covering, ice cube cold compress, the object that becomes GAS ABSORPTION heat and reach cooling by water such as defervescence plaster used, and the radiating effect of these traditional cooling methods can not maintain always, radiating effect is not obvious.

For the problems referred to above, on market, have some ice caps, by ice cap, head is lowered the temperature, in ice cap, be provided with low-temperature receiver, to realize the cooling to head, but this class ice cap is generally entirety cooling, for some, need local cooling, application is not strong, simultaneously, the dynamics that sometimes each position need to lower the temperature is different, and all-in-one-piece ice cap is difficult to lower the temperature according to practical situation.

Utility model content

The purpose of this utility model is to provide a kind of can and can carry out the local partition type ice cap freezing according to practical situation control temperature.

For realizing this object, this utility model has adopted following technical scheme:

A kind of partition type ice cap, comprise ice cap main body and control device, described ice cap main body comprises nexine and skin, region between described nexine and skin is by being divided into several intervals by the mode that cut-off rule is sewed up, in each interval, be provided with a refrigeration bag, in each refrigeration bag, be provided with a low-temperature receiver and a temperature sensor; Described control device comprises power module, controller, signal receiver and remote controller, each described refrigeration bag is a corresponding power module mutually electrically connecting, controller, the signal receiver of being provided with respectively, temperature sensor in each described refrigeration bag connects with described controller by holding wire, and described remote controller connects with described signal receiver by wireless signal.

Further, described low-temperature receiver is semiconductor chilling plate, the two ends of described semiconductor chilling plate are respectively equipped with a thermal insulation board, described thermal insulation board and described semiconductor chilling plate are divided into refrigeration area and radiating area by described refrigeration bag, described refrigeration area is placed between described radiating area and described nexine, in described refrigeration area and radiating area, is filled with heat-conducting medium, and is respectively equipped with fin, in described refrigeration area, be provided with described temperature sensor, in described refrigeration area, be provided with temperature sensor.

As preferably technical scheme of one, described cut-off rule of the present utility model arranges downwards along the top of ice cap main body.

As preferably technical scheme of one, described cut-off rule of the present utility model comprises horizontal partition line and some disjoint longitudinal cut-off rules, described in horizontal partition wire-wound, ice cap main body is made for one week, and lower to parallel with described ice cap main body, one end of described longitudinal cut-off rule is connected with described horizontal partition line, and the other end is lower to being connected with described ice cap main body.

The temperature signal that controller analyte sensors of the present utility model transmits, if refrigeration area does not reach design temperature scope, semiconductor chilling plate continues refrigeration, if the temperature of refrigeration area reaches design temperature, can stop the refrigeration work of semiconductor chilling plate, simultaneously, if need local refrigeration, only need to pass through remote controller, regulate the semiconductor chilling plate that needs cooling part, and regulate local temperature according to practical situation, this utility model is easy to use, be easy to carry, the nursery work of energy extensive use and family and hospital.

Accompanying drawing explanation

Fig. 1 is structure chart of the present utility model;

Fig. 2 is the sectional view in each interval.

Fig. 3 is another kind of structure chart of the present utility model.

The specific embodiment

Referring now to accompanying drawing, further describe this utility model.

With reference to accompanying drawing 1 and Fig. 2, a kind of partition type ice cap, comprise ice cap main body 1 and control device, ice cap main body 1 comprises nexine 11 and outer 12, region between nexine 11 and outer 12 is by being divided into several intervals 10 by the mode that cut-off rule 13 is sewed up, wherein, cut-off rule 13 arranges downwards along the top of ice cap main body 1.In each interval 10, be provided with a refrigeration bag 14, in each refrigeration bag 14, be provided with a low-temperature receiver 141 and a temperature sensor 142, control device comprises power module 21, controller 22, signal receiver 23 and remote controller (in figure, not marking), each refrigeration bag 14 respectively correspondence is provided with a power module mutually electrically connecting 21, controller 22, signal receiver 23, temperature sensor 142 in each refrigeration bag 14 connects with controller 22 by holding wire, remote controller connects with signal receiver 23 by wireless signal, wherein on remote controller, there are a lot of operated keys, wherein the controller in each interval is respectively to there being an operated key, so only remote controller need to be regulated the interval in requisition for refrigeration, can regulate easily temperature.

In addition, this low-temperature receiver 141 is semiconductor chilling plate, the two ends of semiconductor chilling plate 141 are respectively equipped with a thermal insulation board 15, thermal insulation board 15 is divided into refrigeration area 16 and radiating area 17 with semiconductor chilling plate by refrigeration bag 14, refrigeration area 16 is placed between radiating area 17 and nexine 11, in refrigeration area 16 and radiating area 17, be filled with heat-conducting medium 19, and be respectively equipped with fin 18, in refrigeration area 16, be provided with temperature sensor 142, when operation, by controller 22, control the work of semiconductor chilling plate, wherein, this heat-conducting medium 19 can be heat-conducting liquid or silica gel conducting strip etc.

With reference to accompanying drawing 3, this utility model cut-off rule 13 also can so arrange: this cut-off rule 13 comprises horizontal partition line 131 and some disjoint longitudinal cut-off rules 132, horizontal partition line 131 is made around ice cap main body for 1 one weeks, and lower to parallel with ice cap main body 1, longitudinally one end of cut-off rule 132 is connected with horizontal partition line 131, the other end is lower to being connected with ice cap main body 1, so just can to head, be divided into row separate refrigeration separately.

Above-described this utility model embodiment, does not form the restriction to this utility model protection domain.Any modification of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in claim protection domain of the present utility model.

Claims

1. a partition type ice cap, comprise ice cap main body and control device, described ice cap main body comprises nexine and skin, it is characterized in that: the region between described nexine and skin is by being divided into several intervals by the mode that cut-off rule is sewed up, in each interval, be provided with a refrigeration bag, in each refrigeration bag, be provided with a low-temperature receiver and a temperature sensor; Described control device comprises power module, controller, signal receiver and remote controller, each described refrigeration bag is a corresponding power module mutually electrically connecting, controller, the signal receiver of being provided with respectively, temperature sensor in each described refrigeration bag connects with described controller by holding wire, and described remote controller connects with described signal receiver by wireless signal.

2. a kind of partition type ice cap according to claim 1, it is characterized in that, described low-temperature receiver is semiconductor chilling plate, semiconductor chilling plate, the two ends of described semiconductor chilling plate are respectively equipped with a thermal insulation board, described thermal insulation board and described semiconductor chilling plate are divided into refrigeration area and radiating area by described refrigeration bag, described refrigeration area is placed between described radiating area and described nexine, in described refrigeration area and radiating area, be filled with heat-conducting medium, and be respectively equipped with fin, in described refrigeration area, be provided with described temperature sensor, in described refrigeration area, be provided with temperature sensor.

3. a kind of partition type ice cap according to claim 2, is characterized in that, described cut-off rule arranges downwards along the top of ice cap main body.

4. a kind of partition type ice cap according to claim 2, it is characterized in that, described cut-off rule comprises horizontal partition line and some disjoint longitudinal cut-off rules, described in horizontal partition wire-wound, ice cap main body is made for one week, and lower to parallel with described ice cap main body, one end of described longitudinal cut-off rule is connected with described horizontal partition line, and the other end is lower to being connected with described ice cap main body.