CN201374831Y

CN201374831Y - Double-sided coil panel

Info

Publication number: CN201374831Y
Application number: CN200920053793U
Authority: CN
Inventors: 李玉青
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-03-31
Filing date: 2009-03-31
Publication date: 2009-12-30
Anticipated expiration: 2019-03-31

Abstract

The utility model relates to a coil panel used for heating. Due to the restriction of the size of the coil in the prior art, the coil with a number of sections cannot be set, thus, the heating power of the coil panel is relatively small. The utility model uses a technical scheme which is a double-sided coil panel comprising a coil panel bracket, the coil panel bracket thereon is provided with a winding bracket of which the front face and the back face are provided with a plurality of baffles at intervals. A wire chase is formed among the baffles. The inner edge or outer edge of the coil panel bracket is provided with a notch and a wire chase penetrating through the front face and back face of the winding bracket, the winding bracket is distributed in the coil panel bracket in the form of spoke, and each bracket is arranged at intervals. The technical scheme has a simple technology, low cost and high working efficiency. Two coils are synchronously arranged on the coil panel, more winding wires can be paved on the coil panel with the same area, so that coil section area of unit area is bigger; thus, the coil panel obtains higher power and generates bigger heating value.

Description

A kind of duolateral coil dish

Technical field

The utility model relates to a kind of coil panel that is used to heat.

Background technology

At present the heater coil disc that uses generally all is coiling to be set form coil on a coil panel, establishes magnetic stripe below the coil, and heating appliances utilizes the magnetic line of force to make the utensil heating on coil panel.The structure of more existing heater coil discs is circular enamelled wire to be laid round and round to be fixed on the winding bracket on the one side of its winding bracket, because the area when coil panel uses with respect to heated utensil is actual can not be too big, so under the certain condition of coil disc area, with above-mentioned traditional winding mode, the quantity that coil is laid is restricted, because the caloric value of coil panel is relevant with magnetic stripe top institute's coiling quantity and sectional area, if the coiling quantity that unit are is laid on the coil bracket is less relatively, just be difficult to improve the caloric value of heater coil disc, make the scope of application of electromagnetic oven be subjected to certain influence, under the condition that requires big caloric value, just be difficult to reach instructions for use.

The utility model content

For solving the above-mentioned heat coil dish that exists in the prior art because the limitation of coil arrangement, the bigger coil of number of cross sections can not be set, make the coil panel heating power less relatively, process not easy problem, the purpose of this utility model provides a kind of on the coil panel of same surface area, by the more multi-thread circle of two-sided laying, process easyly, produce bigger caloric value.

For achieving the above object, the utility model institute is by the following technical solutions: a kind of duolateral coil dish, comprise coil bracket, winding bracket is arranged on the coil bracket, it is characterized in that: the front and back of described winding bracket is all separated by a distance to be provided with some baffle plates, forms wire casing between the baffle plate.

The utility model also can be following technical scheme:

Above-mentioned duolateral coil dish, described baffle plate has certain thickness, and making between the coil of being located in the wire casing has certain distance.

Above-mentioned duolateral coil dish, winding bracket are bar spoke shape and distribute every spoke spacer support frame certain distance in coil bracket.

Edge or outer are jagged in the above-mentioned duolateral coil dish, described coil bracket, connect the wire casing of winding bracket front and back.

Described duolateral coil dish, the one side of coil bracket is provided with magnetic stripe corresponding to the two ends of winding bracket vertically hung scroll and buckles.

Aforementioned duolateral coil dish is provided with long magnetic stripe between the two ends of described magnetic stripe button.

Aforementioned duolateral coil dish, the position of corresponding magnetic stripe button has socket, and this socket connects the two sides of coil bracket, and two minor faces of U-shaped magnetic stripe are inserted in the socket at vertically hung scroll two ends, and the long limit of U-shaped magnetic stripe is located between the magnetic stripe button.

Aforementioned duolateral coil dish, the coil of being located at front and back wire casing on the winding bracket links to each other by breach, is set around the wire casing on two sides by an enamelled wire.

Aforementioned duolateral coil dish, the baffle plate on the described winding bracket are that concentric circles distributes, and the wire casing that forms between the adjacent baffle plate also distributes for concentric circles.

Aforementioned duolateral coil dish, on the winding bracket wherein the baffle plate on the vertically hung scroll be divided into left and right sides two parts baffle plate, not baffled between the left and right baffle plate of this vertically hung scroll.

The beneficial effects of the utility model are: to two coils that are arranged at coil panel front and back coiling of successively connecting, technology is simple when processing coil like this, cost is low, process easy, efficient is high, two coils are located on the coil panel simultaneously, just can lay more coilings on the coil panel of equal area size, and the coil section that unit are is passed through is long-pending bigger, therefore this coil panel can obtain bigger power, produces bigger caloric value.

Description of drawings

Fig. 1 is the Facad structure schematic diagram of the utility model duolateral coil dish

Fig. 2 is the structural representation of coiling, long magnetic stripe on the duolateral coil disc carrier of the present utility model

Fig. 3 is the structural representation of coiling, U-shaped magnetic stripe on the duolateral coil disc carrier of the present utility model

Fig. 4 is the decomposition texture schematic diagram of the wire casing on the vertically hung scroll, coil and U-shaped magnetic stripe and a part enlarged diagram in the winding bracket on the duolateral coil disc carrier of the present utility model

Fig. 5 is a magnetic stripe button cross-sectional view on the duolateral coil disc carrier of the present utility model

Fig. 6 is the structural representation of duolateral coil dish of the present utility model

Fig. 7 is the coiling schematic diagram of winding bracket on the duolateral coil disc carrier of Fig. 6 structure

Among the figure: 1, coil bracket; 2, winding bracket; 3, baffle plate; 4, wire casing; 5, vertically hung scroll; 6, breach; 7, magnetic stripe button; 8, long magnetic stripe; 9, socket; 10, U-shaped magnetic stripe; 11, concentric circles baffle plate; 12, right baffle-plate; 13, right baffle plate; 14, edge in the coil bracket; 15, coil bracket outer; 16, coil; 17, U-shaped magnetic stripe minor face; 18, the long limit of U-shaped magnetic stripe

Embodiment

Below in conjunction with accompanying drawing, to specific descriptions of the present utility model:

As Fig. 1 of the present utility model, Fig. 2 and structural representation shown in Figure 3, wherein comprise coil bracket 1, winding bracket 2, the front and back of winding bracket 2 is all separated by a distance to be provided with some baffle plates 3, form wire casing 4 between the adjacent baffle plate 3, the wire casing 4 that this baffle plate 3 forms shape or concentric circles in the shape of a spiral distributes on coil bracket, baffle plate 3 has certain thickness, make between the coil of being located in the wire casing 4 certain distance is arranged, winding bracket 2 is bar spoke 5 shapes and distributes in coil bracket 1, every spoke spacer support frame certain distance, in the coil bracket along 14 or coil bracket outer 15 be provided with breach, connect the wire casing 4 of winding bracket front and back, the wherein one side of coil bracket 1 is provided with magnetic stripe corresponding to 5 two ends of the vertically hung scroll on the winding bracket 1 and buckles 7, be provided with long magnetic stripe 8 between magnetic stripe button 7 two ends, position that also can corresponding magnetic stripe button 7 has the two sides socket 9 that connects coil bracket, the minor face 17 that comprises two U-shaped magnetic stripes on the long limit 18 of U-shaped magnetic stripe is inserted in the socket 9 at vertically hung scroll two ends, the long limit 18 of U-shaped magnetic stripe is located between the magnetic stripe button, the coil 16 of being located at front and back wire casing 4 on the winding bracket 2 connects by breach 6, be set around the wire casing 4 on two sides by an enamelled wire, breach 6 can be located in the coil bracket along 14 or coil bracket outer 15.

Shown in Fig. 3,4, the vertically hung scroll 5 of winding bracket 2 is provided with wire casing 4 on the coil bracket 1, and coil 16 will be located in the wire casing 4, and two short magnetic stripes 7 of U-shaped magnetic stripe 10 are inserted in the socket 9 at vertically hung scroll 5 two ends, and long limit is located between the magnetic stripe button 7.Fig. 5 is magnetic stripe button 7 cross-sectional view, and magnetic stripe button 7 is provided with outstanding ditch among the figure, fixes to clamp magnetic stripe.

As shown in Figure 6, baffle plate 3 on the winding bracket 2 is that concentric circles baffle plate 11 shapes distribute, the wire casing 4 that forms between the adjacent baffle plate also distributes for concentric circles, on the winding bracket 2 wherein the baffle plate of the front and back of a vertically hung scroll 5 be divided into left and right sides two parts, do not have baffle plate between the right baffle-plate 12 of this vertically hung scroll 5, the right baffle plate 13.

As shown in Figure 7, on the winding bracket 2 of the duolateral coil disc carrier of Fig. 6 structure coil 16 therein the winding mode on the vertically hung scroll 5 be: will form coils 16 in the wire casings 4 by the right baffle-plate 12 of this vertically hung scroll 5 and be connected to the adjacent wire casing of the concentric circles baffle plate that passes through corresponding to this coil 16 on the right baffle-plate 12 on the wire casing 4 that right baffle plate 13 forms 11, make coil 16 on this vertically hung scroll 5, realize wire jumper, can easy winding operation by this winding mode, raise the efficiency.

Duolateral coil structure of the present utility model can make manufacturing process simple, and cost is low, can easy winding operation, improve working (machining) efficiency, and coil panel obtains bigger power simultaneously, produces bigger caloric value.

Claims

1, a kind of duolateral coil dish comprises coil bracket, and winding bracket is arranged on the coil bracket, it is characterized in that: the front and back of described winding bracket is all separated by a distance to be provided with some baffle plates, forms wire casing between the adjacent baffle plate.

2, duolateral coil dish according to claim 1, it is characterized in that: described baffle plate has certain thickness, and making between the coil of being located in the wire casing has certain distance.

3, duolateral coil dish according to claim 1 is characterized in that: winding bracket is bar spoke shape and distributes every spoke spacer support frame certain distance in coil bracket.

4, according to the arbitrary described duolateral coil dish of claim 1-3, it is characterized in that: edge or outer are jagged in the described coil bracket, connect the wire casing of winding bracket front and back.

5, duolateral coil dish according to claim 4 is characterized in that: the one side of coil bracket is provided with magnetic stripe corresponding to the two ends of winding bracket vertically hung scroll and buckles.

6, duolateral coil dish according to claim 5 is characterized in that: be provided with long magnetic stripe between the two ends of described magnetic stripe button.

7, duolateral coil dish according to claim 5, it is characterized in that: the position of corresponding magnetic stripe button has socket, this socket connects the two sides of coil bracket, and two minor faces of U-shaped magnetic stripe are inserted in the socket at vertically hung scroll two ends, and the long limit of U-shaped magnetic stripe is located between the magnetic stripe button.

8, duolateral coil dish according to claim 4 is characterized in that: the coil of being located at front and back wire casing on the winding bracket links to each other by breach, is set around the wire casing on two sides by an enamelled wire.

9, duolateral coil dish according to claim 3 is characterized in that: the baffle plate on the described winding bracket is that concentric circles distributes, and the wire casing that forms between the adjacent baffle plate also distributes for concentric circles.

10, duolateral coil dish according to claim 9 is characterized in that: on the described winding bracket wherein the baffle plate on the vertically hung scroll be divided into left and right sides two parts, not baffled between the left baffle of this vertically hung scroll.