JPH0643612Y2 - Structure of drop-in stove and side piece - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of application] The present invention relates to the structure of a drop-in stove in a kitchen system and a side piece adjacent to the front side of the stove.

[Technical background]

In the system kitchen structure, the drop-in stove means that after assembling the cabinet and the top plate, the drop-in stove is dropped from the fitting hole for the stove that is opened in the top plate, and the edge of the drop-in stove is the edge of the fitting hole. It is the name given to the gas stove that engages and suspends the stove and exposes the front operating plate of the stove from the opening on the front of the cabinet. The member (decorative edge member) that cleanly closes the gap formed between the plate side and the side inside the front opening on the cabinet side is called a side piece, and most of the side pieces are used in the drop-in stove system. ing.

[Conventional technology]

On the side plate of the drop-in stove, a clip-shaped spring member with the intercepting part oriented in the front direction is attached at a position close to the front operation plate, and the side piece is pressed by inserting the side piece into the side member. It is generally known that it can be attached.

[Problems to be solved by the invention]

The above-mentioned mounting member of the side piece requires at least two kinds of members such as a spring member and a screw in one place, and a step of attaching them, which requires a large number of steps as a whole. It was done.

This invention completely eliminates the structure of the unit member as the mounting member and the assembling means thereof as in the past, and provides a concave hole for attachment on the stove side and an engaging protrusion on the engaging side.
These are made to have a male-female relationship so that the mounting and dismounting work can be easily performed only by the detaching operation.Especially, on the stove side, only the clear hole process of the concave hole at the time of manufacturing, and on the side piece side, the The purpose of the present invention is to eliminate the configuration of a separate member as a mounting member and its mounting process by simultaneously forming the engaging protrusions during molding.

[Means for solving problems]

As a means for achieving the above-mentioned object, the invention is to form an engaging projection by projecting a harpoon head at a tip larger than one side surface of a side piece formed by molding a resin as a material and making it larger than an intermediate neck. A side surface of the engaging projection, which has a head through hole through which the harpoon head can penetrate and which is close to the front part of the stove mechanism. And a neck engaging groove having a width equal to or smaller than the width of the neck of the upper and lower two pieces is provided in the depth direction from one side of the neck through hole.
A recessed hole having a V-shape is formed, and is parallel with the material thickness of the side surface where the recessed hole is formed in the lateral direction of the side piece from the contact surface of the rear surface of the harpoon neck of the engaging projection. A convex portion having a top surface position on the line is formed by protruding from a side surface of the side piece in the vicinity of the engaging protrusion.

[Action]

The top end of the harpoon head of the engaging projection protruding from one side surface of the side piece is immersed in the recessed hole formed in the side surface close to the front portion of the drop-in stove, and the side piece is moved in the depth direction of the side surface. By sliding and press-fitting the neck portion of the engaging projection into the engaging groove, the engaging projection divided into two parts by sliding in the vertical direction approaches each other against the resilience of the material property of the self. , The neck is pressed and squeezed by the width of the neck engaging groove so that they remain immobile with each other,
The side surface of the harpoon head can be firmly connected to the contact surface on the back surface of the harpoon head and the top surface of the protrusion in a clinging state.

〔Example〕

The outline of the drop-in stove system will be described below with reference to FIGS. 1 to 3 as a pre-stage for explaining an embodiment of the essential parts of the present invention. Cabinet (1)
After assembling the top plate (2) and the top plate (2), a stove mechanism (hereinafter, referred to as a stove mechanism) (B) which is a drop-in stove through a stove engaging hole (3) opening in the top plate (2) is shown in a third drawing. The front part (5) first, and then the front part (5) is dropped so that the front part (5) is exposed from the opening (4) of the cabinet (1), and the edge (B1) of the stove mechanism (B) is inserted. ) Is placed and engaged with the hole edge (3 ') of the stove engaging hole (3), and the whole stove mechanism (B) is supported by the top plate (2).

Stove mechanism (B) exposed on the front of the cabinet (1)
On both sides of the front part (5) of the front part (5) for other purposes.
Since the opening (4) larger than the frontage dimension is opened, a gap is naturally formed, and the decorative edge member closing this gap is the side piece (A).

FIG. 4 is a partial perspective view of a conventional example showing a means for mounting the side piece (A) to the side of the stove mechanism (B). The side surface (6) of the stove mechanism (B) is provided with an operating means. Further, a leaf spring clasping piece (8) having an intercepting part (7) facing forward is provided at a position close to the front part (5) with a fastening tool (9) such as a screw, and a side piece ( The inner wall of (A) is attached to the side surface (6) and the clasp (8) of the stove mechanism (B).
It is possible to press and touch with.

On the other hand, the present invention is made of resin and is formed by molding, and a plurality of pieces are provided in the vertical direction of the surface of the vertically long side piece (A) that is to be brought into contact with the side surface (6) of the stove mechanism (B). The individual engaging projections (10) are projected in the horizontal direction, and a harpoon head (11) is formed at the tip of the engaging projections (10) with a vertical slope.
A neck portion (13) having a height dimension (h) smaller than the height dimension of the harpoon head portion (11) is formed through a contact surface (12) on the back surface thereof, and further, the engaging projection (10). (2) is divided into two parts in the vertical direction by a horizontal slit (14).

On the other hand, at the position of the side surface (6) near the front part (5) of the stove mechanism (B) to which the engaging projection (10) of the side piece (A) corresponds, the harpoon shape of the engaging projection (10). Head (11)
Has a head through-hole (15) through which the whole of the head can be inserted, and the upper and lower two necks of the engaging projection (10) in the depth direction from one side of the head-through hole (15). (13)
A neck engaging groove (16) having a width dimension (w) equal to or slightly smaller than the constituent height dimension (h) including the width dimension of the slit (14) and the head through hole (15). A concave hole (17) having a substantially inverted T shape is formed by and.

Furthermore, the side surface (6) of the place where the recessed hole (17) is formed.
The same thickness as the material thickness (t) of the side piece side direction in which the engaging projection (10) is projected from the contact surface (12) on the rear surface of the harpoon head (11) of the engaging projection (10). A convex portion (18) having a top surface position on a separated parallel line is provided with the plurality of engaging protrusions (1
It is formed by protruding from the side surface of the side piece (A) in the vicinity of or around (0).

In the concave hole (17), the residual square edge formed by the head through hole (15) and the neck engaging groove (16) is slightly cut away to form the neck introducing side (17 '). It is desirable to provide
Further, if necessary, the neck engaging groove (1
6) The leading edge (13 ') is formed by cutting off the upper corners of the upper piece and the lower corners of the lower piece.
Is preferably formed.

[Effect of device]

The present invention configured as described above, the side piece (A)
The area of the head through hole (15) in the concave hole (17) on the side of the stove mechanism (B) into which the harpoon head (11) of the engaging projection (10) is to be inserted is equal to that of the harpoon head ( It is equivalent to the projected area of 11), and there is no problem when inserting them by matching, but in the matching work in a narrow place, there are cases where they are eccentrically matched, and in such a case, the concave hole (17 ) Even if the contact surface (12) of any one of the harpoon heads (11) comes into contact with any one of the edges, the neck (13) which is independent by the slit (14) is elastic due to its material characteristics. Coupled with the tiltable action, the slanted contact surface (12) slides and passes through the edge of the head through hole (15) contacted by the feed claw action, and the entire harpoon head (11). There is an effect that the head can be immersed in the head through hole (15).

Further, the neck portion (13) engaging with the neck engaging groove (16) that is recessed by the lateral movement of the engaging protrusion (10) is opposed to itself due to the presence of the slit (14) against its own elasticity. It is in a state of being pinched while being close to each other, which has the effect of maintaining an immovable state.

[Brief description of drawings]

Drawing FIG. 1 is a partial perspective view showing a cabinet and a top plate on which a drop-in stove is mounted, FIG. 2 is a perspective view for explaining the outline of the drop-in stove, and FIG. 3 shows a fitting means of the drop-in stove. FIG. 4 is a schematic sectional view showing a partial perspective view for explaining a mounting means of a conventional drop-in stove and a side piece, and FIG. 5 shows a means for mounting the side piece of the present invention on a side surface of the drop-in stove. 6 is a partial perspective view for explaining, FIG. 6 is a partial side view of a drop-in stove for explaining the recessed hole, FIG. 7 is a cross-sectional view of a joint portion of the drop-in stove and a side piece, FIG. Is an enlarged sectional view of the engaging projection and the convex portion, FIG. 9 is an explanatory view of the shape of the enlarged concave hole, and FIG. 10 is an enlarged sectional view of the neck portion of the engaging projection. (5) ... front part, (6) ... side surface, (10) ... engaging protrusion, (11) ... harpoon head, (12) ... contact surface, (13) ...
… Neck, (14) …… Sliding, (15) …… Head through hole, (1
6) ... neck engaging groove, (17) ... concave hole, (18) ... convex part, (A) ... side piece, (B) ... stove mechanism,
(T) ... Material thickness.

Claims (1)

[Scope of utility model registration request] 1. A harpoon-shaped head (11) at the tip of one side surface (A) formed by molding resin is made larger than an intermediate neck (13) to form an engaging projection (10). , A slit (14) is provided so that almost the entire length of the engaging projection (10) can be divided into two parts in the vertical direction, and in contrast to this, a head through hole through which the harpoon head (11) can penetrate ( 15) is formed in the side surface (6) close to the front part (5) of the stove mechanism (B) and has a neck engaging groove having a width equal to or smaller than the width of the necks (13) of the upper and lower two pieces. (16) is provided in the depth direction from one side of the neck through hole (15) to form a concave hole (17) having a substantially inverted T shape, and the engaging protrusion (1
The side surface (6) in which the concave hole (17) is formed in the side piece side direction from the contact surface (12) on the back surface of the harpoon head (11) of (0).
Drop-in characterized in that a convex portion (18) having a top surface position on a parallel line separated by the same dimension as the material thickness (t) of the above is protruded from the side piece side surface in the vicinity of the engaging projection (10). Structure of stove and side piece.