JP3244355U - Draining shelf - Google Patents

Abstract

[Problem] A pair of shelves with a plurality of shelf rods installed between an outer end support plate and an inner slide support plate are assembled by passing the shelf rod of one shelf through the slide support plate of the other shelf. To improve safety by preventing the shelf board from sliding due to an unexpected external force during use in a draining shelf formed so that the shelf width can be freely adjusted. SOLUTION: A pressing stopper for pressing the other shelf rod 23 is provided on the inner surface of the through-hole at a place where a shelf rod 23 of the other shelf board 2 passes through a slide support plate 12 of one of the shelf boards 1. [Selection diagram] Figure 1

Description

The present invention relates to a draining shelf that is used by extending it over a kitchen sink.

A draining shelf consists of a pair of shelves with multiple shelf rods installed between an outer end support plate and an inner slide support plate, with the shelf rods of one shelf passing through the slide support plate of the other shelf. They are formed so that the combination and shelf width can be freely adjusted (Patent Documents 1, 2, and 3).

Publication No. 52-135950. Publication No. 2-6910. Registered utility model No. 3010913.

A draining shelf formed by combining a pair of shelf boards is used by sliding the shelf board in a direction opposite to the shelf board according to the width of the sink to be used and placing it on the edge of the sink. Therefore, if some unexpected force is applied to the draining shelf during use, such as by accidentally pushing the end support plate of the draining shelf, the shelf board will slide and fall into the sink. This is especially dangerous if glass or ceramic products are placed on the draining shelf, as they may be damaged.

Therefore, the present invention proposes a new draining rack that can be used safely.

The draining shelf according to claim 1 of the present invention includes a pair of shelves in which a plurality of shelf rods are installed between an outer end support plate and an inner slide support plate, and the shelf rods of one shelf are connected to the other shelf. In a draining shelf formed by penetrating the slide support plates of the plates so that the shelf width can be freely adjusted in combination, a penetration is made at the penetration point of the shelf rod of the other shelf in the slide support plate of one of the shelves. The present invention is characterized in that a pressing stopper for pressing the other shelf rod is provided on the inner surface of the hole.

In adjusting the sliding of the shelf, the pressing stopper is activated at a desired position (desired shelf width) to press the shelf rod against the inner surface of the through hole, thereby suppressing the sliding movement of the shelf at that position.

In addition, the draining shelf according to claim 2 of the present invention particularly provides a wedge hole that communicates with a through hole located on the side edge of the slide support plate and is provided in the outer peripheral direction of the hole, and a wedge hole that is inserted into the wedge hole. When the wedge body is press-fitted into the wedge hole, the wedge body presses the surface of the shelf stem and prevents the shelf stem from sliding.

In addition, in the draining shelf according to claim 3 of the present invention, the pressing stopper is provided with a pressing hole that communicates with the through hole on the surface of the slide support plate, and the cam part has a cam body that fits into the pressing hole. , is configured to be rotatably attached to a slide support plate, and when the cam body is rotated, the cam part presses the surface of the shelf rod and prevents the sliding movement of the shelf rod.

As described above, the configuration of the present invention is provided with a pressing stopper that suppresses the sliding movement of the draining shelf, so the sliding movement of the shelf board can be suppressed by acting the pressing stopper at a desired position (desired shelf width). Therefore, the shelves can be used safely without sliding due to unexpected external forces during use.

FIG. 2 is an explanatory diagram of the usage state of the embodiment of the present invention. An explanatory diagram of the sliding movement of the shelf board. An explanatory diagram of the operation of the pressing stopper (wedge body). The same exploded perspective view. FIG. 3 is a perspective view of the same pressing stopper (cam body). An explanatory diagram of the same operation.

Next, embodiments of the present invention will be described. The draining shelf shown in the embodiment has a conventionally well-known structure, in which a pair of shelf boards 1 and 2 are combined in a slidable manner and placed between the edge B of a kitchen sink A as shown in FIG. use.

Each of the shelf boards 1 and 2 has a plurality of shelf rods 13 and 23 installed between the outer end support plates 11 and 21 and the inner slide support plates 12 and 22, and in particular, the slide support plates 12 and 22 are The shelf rods 13, 23 are located on the side closer to the other end support plates 11, 21, and are combined by penetrating through holes 14, 24 provided in the other slide support plates 12, 22. As shown in FIGS. 2(a) and 2(b), the shelf width can be adjusted by sliding motion.

The present invention particularly provides a pressure stopper 3 on the above-mentioned draining shelf, and the pressure stopper 3 is composed of a wedge hole 31 and a wedge body 32, and the wedge hole 31 is connected to the through hole 14 on the side edge of the slide support plate 12. The wedge body 32 is formed in a wedge shape large enough to be attached to the wedge hole 31. The illustrated wedge body 32 is provided with a protrusion 33 for operation.

When the wedge body 32 is inserted into the wedge hole 31, the wedge body 32 is located between the inner surface of the outer peripheral side of the wedge hole 31 and the surface of the shelf rod 23, and by being strongly press-fitted, the outer peripheral surface of the shelf rod 23 is This will prevent the shelf rod 23 from sliding within the through hole 14 (FIG. 3B). Furthermore, when the wedge body 32 is loosened, the movement inhibition of the shelf rod 23 is released and the shelf rod 23 can be slid (FIG. 4A).

Therefore, the length of the shelf width can be set and fixed by a combination of sliding adjustment of the shelf boards 1 and 2 and operation of the wedge body 32.

In addition to employing the wedge action described above, the pressing stopper 3 may also employ a pressing stopper 4 utilizing a cam action as shown in FIGS. 5 and 6.

The pressing stopper 4 includes a pressing hole 41 and a cam body 42. The pressing hole 41 is provided at a predetermined position on the surface of the slide support plate 12 so as to communicate with the through hole 14, and a support column 43 for supporting the cam body 42 is provided outside the side edge of the through hole 14. To protrude.

The cam body 42 includes an eccentric disk cam portion 44 and an operating lever 45, and the cam portion 44 is configured such that the large diameter portion contacts the shelf rod 23 and the small diameter portion does not contact the shelf rod 23. It is rotatably mounted on a shaft section 46 that is installed on the support section 43.

When the cam body 42 is rotated and the large-diameter portion of the cam portion 44 presses the shelf rod 23, the sliding movement of the shelf rod 23 within the through hole 14 is inhibited (FIG. 6B), and the aforementioned pressing force is suppressed. When released, the shelf rod 23 can be slid (FIG. 6A).

Therefore, by adjusting the slides of the shelf boards 1 and 2 and rotating the cam body 42, the length of the shelf width can be set and fixed.

1, 2 Shelf boards 11, 21 End support plates 12, 22 Slide support plates 13, 23 Shelf rods 14, 24 Through holes 3, 4 Press stopper 31 Wedge hole 32 Wedge body 33 Operation protrusion 41 Press hole 42 Cam Body 43 Support column 44 Cam section 45 Operation lever 46 Shaft section

Claims (3)

A pair of shelves with multiple shelf rods installed between the outer end support plate and the inner slide support plate are assembled by passing the shelf rod of one shelf through the slide support plate of the other shelf, and the shelf width is adjusted. In a draining shelf that is formed so as to be freely adjustable, a pressure stopper that presses the other shelf rod is provided on the inner surface of the through hole at a place where the shelf rod of the other shelf passes through the sliding support plate of one of the shelf boards. A drainer shelf that is characterized by its ability to drain. 2. The draining shelf according to claim 1, wherein the pressing stopper is constituted by a wedge hole provided in the outer circumferential direction of the hole in communication with a through hole located on a side edge of the slide support plate, and a wedge body inserted into the wedge hole. Claim in which the pressing stopper is configured by providing a pressing hole communicating with the through hole on the surface of a slide support plate, and a cam body whose cam part fits into the pressing hole is rotatably attached to the slide support plate. The draining shelf described in item 1.