CN2280938Y

CN2280938Y - Edge structure of clock base

Info

Publication number: CN2280938Y
Application number: CN96243459U
Authority: CN
Inventors: 林美燕
Original assignee: Individual
Current assignee: Individual
Priority date: 1996-11-27
Filing date: 1996-11-27
Publication date: 1998-05-06
Anticipated expiration: 2006-11-27
Also published as: GB9724796D0; FR2756388B3; GB2319733B; GB2319733A; FR2756388A3

Abstract

The utility model relates to an edge structure of a clock base, comprising a clock base body. The base body is composed of four long edges which are of an equal length. The base body has four corner convex parts, convex shaft pieces and groove seats are orderly arranged on the four long edges of an equal length at intervals, each convex shaft piece and the groove seat have an equal edge distance, the shapes of the convex shaft pieces and the groove seats are matched and can be wedged, the utility model can achieve building block type collocation and combination with the equal shape, and freely change into the base edges of clocks of various shapes.

Description

Clock susceptor edge structure

The utility model provides a kind of clock susceptor edge structure, relates in particular to four isometric limits of outer peripheral edges and four clock susceptor edge that the angle protuberance constitutes by the clock face base body.

Though traditional type moulding clock susceptor edge has shape-designing miscellaneous, yet is the moulding of solid form, under the competition of product of the same type on the market, the various variational fraicheur demand of tool not.

The purpose of this utility model is to provide a kind of clock susceptor edge structure to make it with reciprocity building blocks matched combined, freely is varied to the clock susceptor edge of various moulding.

The purpose of this utility model is achieved in that susceptor edge comprises base body, base body is surrounded by four isometric limits, base body has four bights, protruding axle part and groove seat are set on four isometric Bian Gebian in regular turn at interval, have the rim distance that equates between each protruding axle part and groove seat, and protruding axle part is the wedging that matches with the shape of groove seat.

Because the clock susceptor edge adopts said structure, by the brick pattern matched combined, can freely be varied to the clock susceptor edge of various moulding.

Below by accompanying drawing embodiment is elaborated, wherein:

Fig. 1: the stereographic map of the base body of the utility model susceptor edge.

Fig. 2: the stereographic map of the base body of the utility model susceptor edge.

Fig. 3: the stereographic map of the base body of the utility model susceptor edge.

Fig. 4: the stereographic map of the base body of the utility model susceptor edge.

Fig. 5: illustration is implemented in the combination of the base body of the utility model susceptor edge.

Fig. 6: illustration is implemented in the combination of the base body of the utility model susceptor edge.

Fig. 7: illustration is implemented in the combination of the base body of the utility model susceptor edge.

Fig. 8: illustration is implemented in the combination of the base body of the utility model susceptor edge.

At first, see also shown in Figure 1, the utility model provides a kind of clock susceptor edge structure, outer peripheral edges at clock face 10, enclose by four isometric limits and to be a base body A, base body A has four isogonism protuberances 12, and limbs isogonism protuberance 12 all is an angle of 90 degrees, and 11 central basic point places, four isometric limits, protruding axle part 13 and groove seat 14 are set in regular turn at interval, each protruding axle part 13 has the rim distance (L) that equates with 14 of groove seats, and protruding again part 13 is to match corresponding and wedgeable with the shape of groove seat 14, makes it reach building blocks E (shown in Figure 5) matched combined with reciprocity shape, freely be varied to the clock susceptor edge of various moulding.

As shown in Figure 2, on four isometric limits 21 on the base body B, each is provided with protruding axle part 23 and groove seat 24 in regular turn at interval two basic point positions, and makes each protruding axle part 23 have the rim distance (L) that equates with 24 of groove seats.

As shown in Figure 3, on four isometric limits 31 on its base body C, each is provided with protruding axle part 33 and groove seat 34 in regular turn at interval three basic point positions, and makes each protruding axle part 33 have the rim distance (L) that equates with 34 of groove seats.

As shown in Figure 4, base body D has four isometric limits 41, form two acute angle protuberances 421 and two obtuse angle protuberances 422 but change, make acute angle protuberance 421 and obtuse angle protuberance 422 just become the complementary angle of 180 degree, and central basic point place on four isometric limits 41, protruding axle part 43 and groove seat 44 still are set in regular turn at interval, and make each protruding axle part 43 have the rim distance (L) that equates with 44 of groove seats.

Above-mentionedly the relevant position of the utility model structure, feature and combination thereof is done a detailed description, more distinguished for making the purpose of this utility model, feature and effect, below now with regard to its effect, advantage explanation as back of using situation and expection to reach:

Shown in Fig. 1,5, clock face 10 of the present utility model is arranged on the base body A, have four isometric limits 11, four isogonism protuberances 12 on the base body A, and setting has the protruding axle part 13 and groove seat 14 of equal rim apart from (L) at interval, must cooperate the building blocks E of reciprocity shape in base body A, but independent assortment changes the clock susceptor edge that different kenel moulding, to reach various variability and fraicheur wound skill demand.

Change the base body B that designs according to base body A, also can arrange in pairs or groups building blocks E or F independent assortment change the clock susceptor edge that different kenel moulding, as shown in Figure 6; Change the base body C of design in addition again according to base body A, still can arrange in pairs or groups building blocks E or F independent assortment change the clock susceptor edge that different kenel moulding, shown in Fig. 6,7; Change the base body D of design more separately according to base body A, cooperate building blocks G or the F of reciprocity shape in base body D, also but independent assortment changes the clock susceptor edge that different kenel moulding, as shown in Figure 8, with this case special base body A, B, C, D structural design, get rid of the technology contents of fixed moulding clock fully.

Claims

1. clock susceptor edge structure, comprise the clock base body, it is characterized in that: a base body is enclosed to form by four isometric limits, base body has four isogonism protuberances, and four isogonism protuberances all are an angle of 90 degrees, and at central authorities basic point place, individual isometric limit, protruding axle part and groove seat are set at interval in regular turn, have the rim distance that equates between its each protruding axle part and groove seat, and protruding axle part is the wedging that matches with the shape of groove seat.

2. clock susceptor edge structure according to claim 1 is characterized in that, on four isometric limits on the described base body, each is two basic point positions, and protruding axle part and groove seat are set in regular turn at interval, and makes between each protruding axle part and groove seat and have the rim distance that equates.

3. clock susceptor edge structure according to claim 1, it is characterized in that on four isometric limits on the described base body, each is three basic point positions, protruding axle part and groove seat are set at interval in regular turn, and make between each protruding axle part and groove seat and have the rim distance that equates.

4. clock susceptor edge structure according to claim 1, described base body has four isometric limits, but four angles change and form two acute angle protuberances and two obtuse angle protuberances, make acute angle protuberance and obtuse angle protuberance just become the complementary angle of 180 degree, and central basic point place on four isometric limits, protruding axle part and groove seat are set at interval in regular turn, and make between each protruding axle part and groove seat and have the rim distance that equates.