JP2021058566A - Hanger using window frame - Google Patents

Abstract

To provide a hanger using a window frame, to be easily attached to a vertical frame of a window or a bay window, and engaged with right and left external corner parts of a recessed space surrounded with a window frame so as to be used for hanging and storing cooking utensils, etc.SOLUTION: A hanger using a window frame is composed of: a hanger part forming a horizontal shape of one or a plurality of stages in a vertical direction; a vertical frame part comprising a rod-like body facing a direction perpendicular to the hanger part, and extending in the vertical direction along a vertical frame rigidly connected and fixed in a part of the hanger part; and vertical frame locking means locked to the vertical frame in one or a plurality of portions disposed in a part of the vertical frame part or the hanger part. The hanger part comprises an annular body forming a fan-shaped flat surface having a central angle of 270° around the vicinity of an attachment vertical frame tip end, and has an annular body internal corner part folded at a right angle as if being cut at a right angle in an external corner part of a recessed space. The annular body is rotatably disposed with a plurality of hanging hooks by fastening or hooking.SELECTED DRAWING: Figure 1

Description

The present invention uses a window frame, which is easily attached to a vertical frame of a window or a bay window, fitted to the left and right protruding corners of a recessed space surrounded by the window frame, and used for hanging and storing cooking utensils and the like. It's about hangers.

Conventionally, lightweight and small-sized kitchen utensils are securely stored in sink drawers and kitchen boards for long-term storage, but for short-term storage, they are hung on perforated boards, walls, or in an accessible space. It has been hung and stored on the underside of the cupboard and on the kitchen hanger that uses the door surface of the sink, or placed in a tray in or near the corner of the sink.
In residential construction, small windows and bay windows are often installed near the sink in the kitchen for the purpose of daylighting the work area and the recessed space of the windows.
Due to construction technology, a recessed space is created on the indoor side of windows and bay windows. On the top, bottom, left, and right of the recessed space, there are protruding corners where the adjacent wall surface and the window frame are in contact with each other at right angles. The protruding corners are usually about 20 mm thick and the width of the frame from the wall is 10. A wooden window frame of about millimeters is provided.
There are two types of window frames: fixed frames and casing frames. In the case of a casing frame, the portion protruding from the wall surface on the indoor side is called a casing, but in the present application, the portion including the casing is expressed as a window frame or a vertical frame.
The depth of the recessed space is about 6 to 12 cm in the case of a window, and several tens of centimeters in the case of a bay window. Conventionally, the upper surface of the lower frame and the window sill of the bay window, which are the lower part of the recessed space, have been useful because they serve as a good place to store cooking utensils and tableware.

Patent Registration No. 5730154 Japanese Unexamined Patent Publication No. 2001-149697

The recessed space is not normally used except for the upper surface of the lower frame of the window and the window sill of the bay window, but the left and right protruding corners of the recessed space are easily accessible to the sink user, and the sink is in use. It is a convenient space for quantitatively and intensively suspending and storing cooking utensils, which does not interfere with the lighting and has a 270 ° spread.
The recessed space has right-angled protruding corners on the left and right, and many have wooden window frames along the protruding corners. The window frame usually protrudes about 10 mm from the wall surface.
The wall-side portion of the protruding minute window frame is called scatter. In addition, the surface that can be seen when the window frame is viewed from the front is found, and the surface in the depth direction is called prospect.
The recessed space on the side wall of the room where the window sash and bay window of the building are attached has the above characteristics.
Many kitchen windows are made of glass, and few curtains and blinds are installed.
The present invention has been made to eliminate the congestion of kitchen utensils around the sink, and by taking advantage of the above-mentioned characteristics of the recessed space, the left and right protruding corners of the recessed space surrounded by the window frame of the window or bay window. A hanger using a window frame that is attached to the vertical frame of the kitchenware and used for hanging and storing cooking utensils, etc. is provided.

A hanger using a window frame that can be easily attached to the vertical frame of a window or window and used for hanging and storing cooking utensils, etc., and has a hanger portion having a horizontal shape of one or more stages in the vertical direction and the hanger portion. A vertical frame part and a part of a vertical frame part or a hanger part, which is a rod-shaped body that faces in the vertical direction and is rigidly connected by a part of the hanger part and extends in the vertical direction along the vertical frame to be fastened. A hanger using a window frame, which is composed of a vertical frame locking means for locking to a vertical frame at one or a plurality of locations provided in the above.

The hanger part is an annular body with a central angle of 270 ° fan-shaped plane centered around the tip of the vertical frame to be attached, and the outline is right-angled as if it was cut at a right angle at the outside corner of the recessed space. The second aspect of claim 2, wherein the annular body has an inner corner portion of the annular body that is bent at a right angle, and a plurality of hanging hooks are rotatably provided on the annular body around each portion of the annular body by fastening or hooking. A hanger that uses a window frame.

In the positional relationship when the present invention is attached to the vertical frame, the side surface on the vertical frame side is made to protrude rigidly from a part of the approximate center of the hanger portion in the vertical direction perpendicular to the horizontal plane of the hanger portion. A vertical frame part with a flat sandwiching surface is provided so that it comes into contact with the prospective front edge part, and a section of the hanger part near the root of the protruding vertical frame part is inflated to form a through hole parallel to the wall-side straight part of the hanger part. The C-shaped rail body is provided along the straight part on the wall side of the hanger part, and the rail shaft is aligned with the through hole of the forehead cap part, and the wall side of the hanger part is adjacent to the forehead cap part. It is provided so as to protrude from the straight part, and a long male screw with a rotary knob is provided inside the C-shaped rail through the through hole of the fore edge cap part, and it opens and closes with the fore edge cap part by a screw action. A sliding body having a female screw paired with the male screw is provided in the C-shaped rail by being slidably fitted through the male screw, and is projected from the sliding body to the vertical frame side of the sliding body to be a scattered portion of the vertical frame. A moving base body having a flat sandwiching surface is provided so as to be in contact with the vertical frame portion, and a friction body such as a rubber plate is provided on both sandwiching surfaces of the vertical frame portion and the moving base body, and the sandwiching surfaces of both are universal. Provide a vertical frame locking means that serves as a facing base, rotates the rotary knob to sandwich the vertical frame, and at the same time, counteracts the bending moment stress by the action of the friction body and keeps the hanger part horizontal and stably stays in the vertical frame. The hanger using a window frame according to claim 3, wherein the hanger is characterized by the above.

In the positional relationship when the present invention is attached to the vertical frame, a vertical frame portion is provided so as to be rigidly projected from a part of the approximate center of the hanger portion in the vertical direction perpendicular to the horizontal plane of the hanger portion, and the vertical frame portion is provided. The frame part is brought into contact with the scattered corners so that the right angles fit together, and the corners are diagonally fastened toward the scattered corners with a wood screw or the like so that the main body can be locked to the vertical frame. A shaped protruding corner contact portion is provided, and the angle of the protruding corner is divided into approximately two equal parts by passing through the top of the protruding corner near the upper and lower ends of the vertical frame portion, and is tilted from both sides of the protruding corner. The hanger using a window frame according to claim 4, wherein a screw groove or a through hole, which is a groove carved in the end surface, is provided through which a wood screw or the like is passed.

The shape of the screw groove is a cross-sectional shape with a V shape near the bottom, and a thin plate with a particularly thin plate thickness near the top of the protruding corner is used for fastening wood screws, etc. to the edge on the protruding corner contact part side of the groove. The hanger using a window frame according to claim 5, wherein a self-holder plate is provided, which is previously scraped and pierced by oneself at a position where one can settle down, and is held on the contrary to facilitate subsequent wood screwing. The present invention is a hanger using a window frame characterized by the above.

According to the hanger using the window frame of the present invention, the following beneficial effects can be obtained.
According to the invention of claim 1, it has the following effects.
(B) It is convenient because it can eliminate the congestion of cooking utensils around the sink.
(B) By effectively utilizing the corners of the recessed space around the window in front of the kitchen sink, it fits in the kitchen space, is easily accessible to the sink user, and can be used in a position that does not get in the way while using the sink.
(C) Excellent mounting stability due to the structure of multiple support points of rigid bodies separated from each other in the vertical direction.
(D) The mounting position is largely a passive control of selecting the window in the house, but the sink and the window have a correlation with the position in terms of construction technology, and the mounting height is artificial because a vertical frame is used. As a hanger that can be retrofitted to a building, the degree of freedom of installation is higher than that of a conventional hanger that is retrofitted to a building by combining both controls.
(E) In addition to being attached to the window frame of the kitchen and used as a kitchen hanger, it can also be used as a memo clip hanger by attaching a hanging hook with a small clip to the side plate of the storage box around the desk of the office to hang memos, etc. ..
In addition, without using a hanging hook, attach it to the window frame of the washroom and attach it to a towel rack, or attach a hanging hook with a pinch to a clothes hanger, a bookshelf in a living room or bedroom, a vertical partition plate or a side plate of an organizing shelf. A hanger for organizing small items and a temporary wooden stand can be prepared and attached to it for wide use such as a display of small items.

According to the invention of claim 2, in addition to the effect of the invention of claim 1, it has the following effects.
(B) It has a shape that does not interfere with the lighting of the window and has a 270 ° spread around the right-angled protruding corner, which is convenient for quantitatively suspending and storing cooking utensils, and is compact in many cases. It is convenient to hang it.
(B) Since the shape of the main body is widened by 270 °, when it is attached to the vertical frame, the horizontal distance between the upper and lower support points and the center of gravity of the main body is close, and the stability of the support is excellent.
(C) Since the hanging hook can rotate 180 ° under its own weight around an annular body with a circular cross section, it can be mounted upside down and can be used for the left and right vertical frames with one product.
(D) Since the annular body is horizontal, the hanging hook does not move and stays at each position, and the position can be moved arbitrarily with a slight force, which is convenient because it can be used at desired intervals. ..

According to the invention of claim 3, in addition to the effect of the invention of claim 1 or 2, the following effects are obtained.
(B) The synergistic effect of tightening the screws of the vise structure and the friction body enables firm and stable fastening to the vertical frame.
(B) It is convenient because it can handle vertical frames with various finding widths.
(C) Easy to install, remove, and move position.
(D) It has the effect of not damaging the architecture.

According to the invention of claim 4, in addition to the effect of the invention of claim 1 or 2, the following effects are obtained.
(B) Stable mounting is possible by suppressing horizontal runout.
The type with screw grooves sandwiches the vertical frame part up and down with a body such as wood screws, sandwiches the vertical frame with wood screws etc. and fastens it diagonally toward the inside corner, so 2 of the wall and the vertical frame scattered part It is sandwiched in a triangular shape by a total of three surfaces, one surface and a countersunk part such as a wood screw, and the movement in all directions of up and down and horizontal is restricted, and it can be firmly fixed to the vertical frame.
(B) Since it is fastened at the scattered corners, it has the effect of not making noticeable scratches on the building body or the effect of making the repaired parts of the scratches inconspicuous.
(C) In Example 2 of the type in which two large and small through holes are provided at the upper and lower support points, the inside of wood screws and temporary fixing nails having different diameters depending on the weight of the object to be hung, the old and new of the building, and the intention. It is convenient because you can freely choose the fastening material from.

The invention according to claim 5 has the following effects in addition to the effects of the invention according to claim 4.
(B) We can provide "hangers using window frames using temporary fixing nails" that can be fastened with wood screws. The present invention is intended for lightweight and small-sized cookware, and the total weight is light, and a temporary fixing nail is sufficient. In the case of temporary fixing nails, the traces that have been pulled out are almost inconspicuous when used in the scattered corners.
(B) It is convenient to be able to freely select the fastening material from wood screws and temporary fixing nails with different diameters according to the weight of the object to be hung, the old and new of the building, and the intention.
(C) The wood screws and the like can be fastened easily and smoothly because the wood screws and the like are lightly held by the main body by the self-holder plate of the V-shaped groove.
(D) Due to the shape of the main body of the second embodiment, the main body excluding wood screws and hanging hooks can be molded by a single set of two-way punching dies without hole molding, and the production cost can be reduced. ..

FIG. 5 is a perspective view showing a state of being attached to the window frame of the first embodiment of the present invention, in which a wall at a protruding corner, a vertical window frame, and a horizontal cross-sectional representation of a window are added upward. It is explanatory plan sectional drawing which shows the relationship between the recessed space and this invention. It is a perspective view which shows the state of the back side of the vertical frame locking means part of Example 1 of this invention. It is a perspective view of the rotary knob and the long male screw of the present invention, Example 1. FIG. It is a perspective view of the sliding body and the moving base body of the present invention, Example 1. FIG. FIG. 5 is a perspective view of a vertical frame locking means portion when the moving base body of the first embodiment of the present invention is vertically shortened. It is a perspective view of the vertical frame locking means portion in the case where the long friction body which is continuous up and down is provided on the sandwiching surface of both the vertical frame portion and the moving mouthpiece body of the first embodiment of the present invention. It is a top view which omitted the hanging hook of Example 1 of this invention. It is a bottom view which omitted the hanging hook of Example 1 of this invention. It is a front view which omitted the hanging hook of Example 1 of this invention. It is a rear view which omitted the hanging hook of Example 1 of this invention. It is a left side view which omitted the hanging hook of Example 1 of this invention. It is a right side view which omitted the hanging hook of Example 1 of this invention. FIG. 5 is a cross-sectional view taken along the line AA'of Example 1 of the present invention. It is sectional drawing of BB'of Example 1 of this invention. It is a perspective view which added the enlarged view of the screw groove part of the present invention, Example 2, and added the horizontal cross-sectional representation of the wall, the window vertical frame, and the window of the protruding corner part attached to the window frame upward. It is a top view which omitted the hanging hook which attached the enlarged view of the screw groove part of the 2nd Example of this invention. FIG. 6 is a cross-sectional view taken along the line CC ′ of the present invention, Example 2 with an enlarged view of the screw groove portion, showing the respective cross-sectional positions when a wood screw and a temporary fixing nail are used. In the present invention, Example 2, (a) is a perspective view of the fastening material when wood screws are used, and (b) is a state where the V-shaped groove and the self-holder plate are being used, respectively. It is explanatory plane view which shows. It is a perspective view which omitted the hanging hook which attached the enlarged view of the through hole part of the type which has the through hole of Example 2 of this invention. FIG. 5 is a perspective view showing a state of being attached to the window frame of the third embodiment of the present invention, in which a wall at a protruding corner, a vertical window frame, and a horizontal cross-sectional representation of a window are added upward. It is a left side view of the upper hanger part of Example 3 of this invention. It is explanatory drawing which shows the state in use of this invention, Example 3. FIG.

Hereinafter, embodiments of the present invention will be described with reference to Examples.
Example 1
As shown in FIGS. 1 and 2, a hanger using a window frame that can be easily attached to the vertical frame (2) of a window or a window (1) and used for hanging and storing cooking utensils, etc., in the vertical direction. The hanger part (3) forming a horizontal shape in one step and the vertical direction along the vertical frame (2) to be fastened, which faces the direction perpendicular to the hanger part and is rigidly connected by a part of the hanger part. Vertical frame locking means (5) that is detachably locked to a vertical frame at one or a plurality of locations provided in a part of a vertical frame portion (4) and a vertical frame portion (4), which is a rod-shaped body extending to. Consists of.
As shown in FIGS. 1 and 8, the hanger portion (3) is an annular body (6) having a central angle of 270 ° fan-shaped around the tip of the vertical frame (2) to be attached, and is recessed. It has an annular body inside corner (8) whose outline is bent at a right angle, as if it was cut at a right angle at the outside corner portion (7) of the space (28), and the annular body (6) has a plurality of suspensions. The hook (20) is rotatably provided around each part of the annular body by fastening or hooking.
In the horizontal plane of the annular body, a reinforcing frame (10) is provided which is erected from one part of the annular body (6) to the other part of the annular body (6) facing each other.
The cross-sectional shape of the annular body (6) of the hanger portion (3) is a circle having a diameter of about 1 cm. Since the vertical frame (2) has a fan-shaped center position near the location and corresponds to the outer corner portion (7) of the recessed space, the annular body inner corner portion (8) of the hanger portion (3) is the vertical frame (8). The vertical frame (2) is shifted by the distance from the found center position of 2) to a fan shape with a central angle of 270 °, which is slightly distorted.
The corner portion of the hanger portion (3) on the window side has a shape (11) in which the corner portion is packed with sides parallel to the window in order to avoid contact with the window.

As shown in FIGS. 1, 3 and 8, in the positional relationship when the present invention is attached to the vertical frame (2), the hanger portion (3) is vertically perpendicular to the horizontal plane of the hanger portion (3). A vertical frame portion (4) is provided with a flat sandwiching surface so that the side surface on the vertical frame side is brought into contact with the expected front edge portion of the vertical frame by rigidly projecting from a part of the approximate center of 3), and the protruding vertical frame. A section of the hanger portion (3) near the root of the portion (4) is inflated to provide an edge cap portion (30) having a through hole (27) parallel to the wall-side straight portion (31) of the hanger portion (3). ing. The shape in which one section of the annular body (6) is inflated is an open shape in which the mold is removed from the left side surface direction of the C-shaped rail body (32), which will be described later, when the main body is integrally molded with a three-way punching die. Then, a long male screw (34) with a rotary knob (33) is separated into two spaces by a reinforcing frame (10) from the space on the concave space (28) side to the center of the thickness of the annular body (6). This is to penetrate horizontally.
Align the rail shaft of the C-shaped rail body (32) with the through hole (27) of the edge cap portion (30) in a posture along the wall-side straight portion (31) of the hanger portion (3), and align the rail shaft with the through hole (27) of the edge cap portion (30). It is provided so as to be adjacent to the hanger portion (3) so as to protrude from the wall-side straight portion (31).
In the first embodiment, the outer surfaces of the C-shaped rail body (32) and the edge cap portion (30) are provided in a smoothly continuous design. Since it seems difficult to identify the Sakai from the perspective view, the division of the range is shown as an auxiliary in the cross-sectional view of FIG.

A rotary knob (33) is attached to the edge cap portion (30) side in the C-shaped rail body (32) through the space (28) side recessed in the through hole (27) of the edge cap portion (30). A sliding body (38) having a long male screw (34) and a female screw (36) paired with the male screw that opens and closes with the edge cap portion (30) by a screw action is placed inside the C-shaped rail. It is provided so that it can be slidably fitted through a male screw.
A moving base body (40) having a flat sandwiching surface is provided on the vertical frame (2) side of the sliding body (38) so as to protrude from the sliding body (38) and come into contact with the scattered portion of the vertical frame (2). Friction bodies (37) such as rubber plates are provided on the sandwiching surfaces of both the vertical frame portion (4) and the moving base body (40), and the sandwiching surfaces of both of them serve as the opposing bases of all forces, and the rotary knob (rotary knob). The vertical frame (2) is sandwiched by turning 33), and at the same time, the hanger portion (3) keeps horizontal and stays in the vertical frame stably against the bending moment stress by the action of the friction body (37). Means (5) are provided.
As shown in FIGS. 1 and 3, in the first embodiment, the vertical frame portion (4) and the moving base body (40) are provided in a rectangular horizontal cross-sectional shape. On the sandwiching surface of the vertical frame portion (4) and the sandwiching surface of the moving mouthpiece (40), which are the opposing bases of vices, there are slight surfaces of friction bodies (37) made of rubber plates or the like near the upper and lower ends, respectively. The vertical frame locking means (5) is formed at two locations provided at a distance above and below the main body.
Depending on the vertical frame (2), the corners of the vertical frame material may be chamfered by about several millimeters, and the friction body (37) may spill a little and come into contact, but each part of the contact surface is completely parallel. Since it is a contact, it can be corrected by the vise function, and there is no problem in locking.
Although the moving base body (40) is vertically long, it may be vertically short as shown in FIG.
As shown in FIG. 7, a long friction body (37) that is continuous up and down may be provided. In that case, it becomes one vertical frame locking means (5) of the type that antagonizes the bending moment stress of the support point only by the surface friction.

The material of the stopper portion of the long male screw (34), female screw (36), and hanging hook (20) is made of metal, and the material of the main body other than these is provided by integrally molding hard plastic such as ABS resin.

Example 2
As shown in FIG. 16, a hanger using a window frame that is easily attached to the vertical frame (2) of a window or a window (1) and used for hanging and storing cooking utensils, etc., and has one step in the vertical direction. A rod-shaped extension of a horizontal hanger (3) and a vertical frame (2) to be fastened, which faces perpendicular to the hanger and is rigidly connected by a part of the hanger. Vertical frame locking means (5) that locks to the vertical frame at two locations that are provided on a part of the vertical frame portion (4) and a part of the vertical frame portion (4), which are the bodies, at a distance above and below the main body. Consists of.
The hanger portion (3) is an annular body (6) having a central angle of 270 ° fan-shaped around the tip of the vertical frame (2) to be attached, and is a protruding corner portion of a recessed space (28). The outline cut at a right angle in (7) has an annular body inside corner (8) bent at a right angle, and a plurality of hanging hooks (20) are connected or hooked to the annular body (6). Each part of the annular body is rotatably provided around the axis.

The hanger portion of the second embodiment is almost the same as the hanger portion of the first embodiment, but there are differences in the following points.
A horizontal hanger portion (35) is provided at the inner corner of the annular body on the vertical frame portion (4) side of the portion where the annular body (6) and the reinforcing frame (10) are in contact with each other in the approximate center of the hanger portion (3). Therefore, the rigid connection between the hanger portion (3) and the vertical frame portion (4) is strengthened. Further, in the approximate center of the hanger portion (3), a vertical hanger portion (19) is provided at the inner corner of the annular body at the portion where the upper and lower vertical frame portions (4) and the annular body (6) are in contact with each other to provide a hanger. The rigid joint between the portion (3) and the vertical frame portion (4) is strengthened.

As shown in FIG. 16, in the positional relationship when the present invention is attached to the vertical frame (2), the center of the hanger portion (3) is approximately the center in the vertical direction perpendicular to the horizontal plane of the hanger portion (3). A vertical frame portion (4) is provided so as to be rigidly projected from a part.
The vertical frame portion is brought into contact with the inside corner portion (14) so that the right angles are fitted to each other, and the main body is fastened diagonally toward the inside corner portion (14) with a wood screw or the like (15). A protruding corner-shaped contact portion (16) having a right-angled protruding corner shape is provided so as to be locked to the vertical frame (2).
In the vicinity of the upper and lower ends of the vertical frame portion (4), pass through the top of the protruding corner, divide the angle of the protruding corner into two equal parts, and incline 45 ° from both sides of the protruding corner to pass wood screws, etc. A screw groove (17), which is an engraved groove, is provided to form two vertical frame locking means (5) portions at the upper and lower positions, and at the same time, the upper and lower support point positions are separated by a predetermined distance. In Example 2, it is about 8 cm.
As shown in FIGS. 16, 17, 18, and 19, the shape of the screw groove (17) is a cross-sectional shape in which the vicinity of the bottom is V-shaped, and the protruding corner is formed at the edge of the groove on the contact portion side. A self-holder plate made of a thin plate with a particularly thin plate near the top, where wood screws etc. are scraped and pierced by yourself at a position where you can settle down prior to fastening, and conversely held, making subsequent wood screw fastening smooth. 41) is provided.
In the second embodiment, the vicinity of the bottom is a complete V-shaped groove including the V-shaped condition.
In the second embodiment, the self-holder plate (41) is made of polypropylene, and the top portion of the protruding corner of the protruding corner-shaped contact portion is connected to the upper edge of the V-shaped groove with a thickness of about 0.3 mm. The portion is about 1 mm thick, and the planar shape of the upper and lower ends of the vertical frame portion is extruded in the vertical direction to provide a thin plate structure connected to the inner surface of the V-shaped groove.

When fastening with a wood screw or the like (15) of an arbitrary diameter, the body of the wood screw or the like is diagonally sandwiched between the two surfaces of the V-shaped cross section and abuts in the groove bottom direction, and is placed on the self-holder plate (41). The position of the tip of the wood screw or the like is determined, and by pushing the wood screw or the like by pushing it around or striking it, the extremely thin part at the top of the protruding corner is scraped and the wood screw or the like is pierced.
At that time, the wood screws and the like are already lightly held by the self-holder plate on the main body, so that the subsequent fastening can be done easily and smoothly. In the case of nails or fine nails, a plastic washer (42) is used as shown in FIG. 19 (b).
In this way, the V-shaped groove with the self-holder plate facilitates the momentary process until the fastening is completed by pressing the edge of the entrance of the V-shaped groove with the countersunk portion of the wood screw or the plastic washer (42). The larger the diameter of the countersunk part of the wood screw or the plastic washer to be pressed, the larger the area to be pressed is good.
As shown in FIGS. 16, 18, and 19, the second embodiment uses a wood screw (44) or a temporary fixing nail (18), but the wood screw or the like (15) in claim 4 is used. , Wood screws (44), fine screws, nails, temporary fixing nails (18), etc., and plastic washers with a pulling allowance (42) that can be pulled out by pulling the plate part with a needle-nose pliers etc. Hold it in between.
In the case of the fine nail (43), it is preferable to use a ready-made temporary fixing nail (18) in which the fine nail (43) and the plastic washer (42) are set.

In the second embodiment, the locking means is provided with a screw groove (17), which is a groove carved in the screw direction. However, as shown in FIG. 20, a protruding corner-shaped contact is provided near both the upper and lower ends of the vertical frame portion. Pass through the top of the protruding corner of the part (16), divide the angle of the protruding corner into two equal parts, and pass wood screws etc. at an angle of 45 ° from both sides of the protruding corner. It may be provided.

The material of the stopper portion of the mounting wood screw (15) and the hanging hook (20) is made of metal, and the material of the main body other than these is provided by integrally molding hard plastic such as polypropylene.

Example 3
As shown in FIG. 21, it is a hanger using a window frame that is easily attached to the vertical frame (2) of a window or a window (1) and used for hanging and storing cooking utensils, etc., and has two steps in the vertical direction. A horizontal hanger portion (3) and a rod shape extending vertically along a vertical frame (2) to be fastened, which faces the direction perpendicular to the hanger portion and is rigidly connected by a part of the hanger portion. Vertical frame locking means (vertical frame locking means) that detachably locks to the vertical frame at two locations that are provided on a part of the body, the vertical frame portion (4) and the hanger portion (3), at a distance above and below the main body. It is composed of 5).
The hanger portion (3) is an annular body (6) having a central angle of 270 ° fan-shaped around the tip of the vertical frame (2) to be attached, and is a protruding corner portion of a recessed space (28). It has an annular body inside corner (8) whose outline is bent at a right angle, as if it was cut at a right angle in (7), and a plurality of hanging hooks (20) are anchored or hooked to the annular body (6). Each part of the annular body is rotatably provided around the axis.
The hanger portion of the third embodiment is almost the same as the hanger portion of the first embodiment, but there are differences in the following points.
As shown in FIG. 21, a stage body (9), which is an auxiliary structure having an enlarged horizontal hanger portion (35) of the second embodiment, is provided in the approximate center of the hanger portion (3).

As shown in FIGS. 21 and 22, from the vicinity of the substantially central portion of the upper and lower two-stage hanger portion (3), the upper hanger portion (3) is upward, and the lower hanger portion (3) is located. The tip of the hanger part (3) protrudes downward from the outer edge of the straight part (31) on the wall side by a predetermined distance, and the pinching rotation axis is perpendicular to the plane of the hanger part (3). Two upper and lower clips (22) that are rigidly connected, a small hole (23) provided at the tip of each clip (22), and a copy that is connected to the main body through the gap (29) of the clip. It features a vertical frame fastening means (5) having a slip stopper pin (25) with a belt (24).
As shown in FIGS. 21 and 22, at the upper hanger portion (3) at each connection portion between the upper and lower two-stage hanger portion (3) and the vertical frame portion (4) upper and lower two end portions. Is provided with a folding hinge (21) on the lower surface, slightly protruding on the upper surface of the lower hanger portion (3), and the rotation axis is parallel to the direction in which the clip faces, and a vertical frame (22) is used with the clip (22). In the state of being fastened to 2), the direction of the upper and lower clips (22), the rotation axis of the upper and lower clips (22), and the rotation axes of the two upper and lower folding hinges (21) are the vertical frames (2). It is characterized in that it is within the vertical plane (39) in the finding direction, which is shown by a broken line in FIG.
With this folding hinge (21), the main body can be folded flat, which is convenient because it is not bulky during distribution.
As shown in FIGS. 21 and 22, a cylindrical rotation guide shaft (26) is moved upward from each part of the upper and lower two-stage hanger portions (3) to the upper hanger portion (3). The lower hanger portion (3) is provided so as to project downward, and these are incorporated to form two upper and lower clips (22).

The material of the stopper part and the slip prevention pin (25) of the hanging hook (20) is made of metal, the material of the retaining belt (24) is made of soft plastic, and the material of the other main body is integrally molded with hard plastic such as polypropylene. It is provided.

The present invention has the above structure. When using the present invention, first, it is decided whether to attach to the vertical frame (2) on the right side or the vertical frame (2) on the left side. In the case of the window in front of the sink or the bay window (1), avoid the vertical frame (2) closer to the range of the sink and select the vertical frame (2) farther from the range.
In the case of the first embodiment, the vertical frame (2) is sandwiched between the vertical frame portion (4) and the moving base body (40), which are the base parts of the vise, and the C-shaped rail body ( 32) Set the angle at which the hanger part (3) becomes horizontal by pressing the back part against the found surface of the vertical frame (2) or the back part of the moving base (40) against the wall (12) surface. Then, turn the rotary knob (33) and fasten it to the vertical frame (2).
In the case of the second embodiment, the state of the building of the part to be fastened is observed, and the wood screws and temporary fixing are made according to the weight of the object to be hung from the fastening material set attached to the product of the present invention, the old and new of the building, and the intention. Choose a fastener from the nails.
Assuming that an ordinary wood screw is selected, put the tip of the wood screw in the upper screw groove (17) and turn it with a screwdriver to destroy a part of the self-holder plate (41) of the screw groove. Create a state in which the tip of the wood screw sticks out to the extent that it pops out a few millimeters. Next, with the wood screws lightly integrated with the main body, lightly fit the protruding corner-shaped contact portion (16) into the corner where the wall (12) and the scattered part (13) of the vertical frame meet at the position where the vertical frame is attached. Try pressing it and put it in a temporary fixing state while pressing it, and examine whether the position is really good there. If it is in an inappropriate position, move it to fine-tune the mounting position. Once the position is fixed, press the wood screw strongly at that position and turn it to fasten it. Next, the wood screws are fastened to the lower screw groove (17) in the manner of sandwiching the vertical frame portion (4) from below.
In the case of the third embodiment, the upper and lower hanger portions (3) of the folded main body are raised so as to be perpendicular to the vertical frame portion (4), and the upper and lower clips (22) are pressed with both hands to form a window or a bay window (a window or a bay window). After opening and fastening the clip (22) to the vertical frame (2) of 1) to temporarily fix it, pass it through the small hole (23) of the clip (22) using a small hammer to the vertical frame on the wall (12) side. (2) Lightly tap the slip prevention pin (25) on the side surface.
Since the present invention uses a hanging hook (20) that can rotate naturally by gravity and an annular body (6) having a circular cross section, it is used for the vertical frame (2) of the left and right protruding corners (7) by turning it upside down. Can be done. In the case of a product in which the directions of the hanging hooks (20) are staggered in the initial state, the direction of about half of the hanging hooks (20) is adjusted so that all the tips of the hanging hooks (20) face outward. The orientation is reversed when the vertical frame (2) is attached on the right side and the vertical frame (2) is attached on the left side.
The hanging hook (20) is displaced to make the intervals even, and the installation is completed.
The present invention of Example 1 or 2 is similar to that of Example 3 when a plurality of the present inventions are attached vertically to the vertical frame (2) at appropriate intervals, and a lot of cooking utensils and the like can be hung, which is more convenient. ..

1 Window or window 2 Vertical frame 3 Hanger part 4 Vertical frame part 5 Vertical frame locking means 6 Ring body 7 Outer corner corner part 8 Ring body Inner corner part 9 Stage body 10 Reinforcing frame 11 Corner part on the side parallel to the window Stuffed shape 12 Wall 13 Scattered part 14 Scattered corner 15 Wood screw, etc. 16 Outer corner contact part 17 Screw groove 18 Temporary fixing nail 19 Vertical haunch part 20 Hanging hook 21 Folding hinge 22 Clip 23 Small hole 24 Washer belt 25 Misalignment Stop pin 26 Rotation guide shaft body 27 Through hole 28 Recessed space 29 Clip gap 30 Edge cap part 31 Wall side straight part 32 C type rail body 33 Rotation knob 34 Long male screw 35 Horizontal haunch part 36 Female screw 37 Friction body 38 Sliding body 39 Finding direction Lead facing 40 Moving base 41 Self-holder plate 42 Plastic washer 43 Fine nail 44 Wood screw

Claims (5)

A hanger using a window frame that can be easily attached to the vertical frame of a window or window and used for hanging and storing cooking utensils, etc., and has a hanger portion having a horizontal shape of one or more stages in the vertical direction and the hanger portion. A vertical frame part and a part of a vertical frame part or a hanger part, which is a rod-shaped body that faces in the vertical direction and is rigidly connected by a part of the hanger part and extends in the vertical direction along the vertical frame to be fastened. A hanger using a window frame, which is composed of a vertical frame locking means for locking to a vertical frame at one or a plurality of locations provided in the above. The hanger part is an annular body with a central angle of 270 ° fan-shaped plane centered around the tip of the vertical frame to be attached, and the outline is right-angled as if it was cut at a right angle at the outside corner of the recessed space. The first aspect of claim 1, wherein the annular body has an inner corner portion of an annular body that is bent at a right angle, and a plurality of hanging hooks are rotatably provided on the annular body around each portion of the annular body by fastening or hooking. A hanger that uses a window frame. In the positional relationship when the present invention is attached to the vertical frame, the side surface on the vertical frame side is made to protrude rigidly from a part of the approximate center of the hanger portion in the vertical direction perpendicular to the horizontal plane of the hanger portion. A vertical frame part with a flat sandwiching surface is provided so that it comes into contact with the prospective front edge part, and a section of the hanger part near the root of the protruding vertical frame part is inflated to form a through hole parallel to the straight part on the wall side of the hanger part. The C-shaped rail body is provided along the straight part on the wall side of the hanger part, and the rail shaft is aligned with the through hole of the forehead cap part, and the wall side of the hanger part is adjacent to the forehead cap part. It is provided so as to protrude from the straight part, and a long male screw with a rotary knob is provided inside the C-shaped rail through the through hole of the fore-edge cap, and the screw action opens and closes between the fore-edge cap and the fore-edge cap. A sliding body having a female screw paired with the male screw is provided in the C-shaped rail by passing the male screw through the male screw and slidably fitted therein, and is projected from the sliding body to the vertical frame side of the sliding body to be a scattered portion of the vertical frame. A moving base body having a flat sandwiching surface is provided so as to be in contact with the moving mouthpiece, and friction bodies such as rubber plates are provided on the sandwiching surfaces of both the vertical frame portion and the moving mouthpiece body, and the sandwiching surfaces of both are universal. Provide a vertical frame locking means that serves as a facing base and rotates the rotary knob to sandwich the vertical frame, and at the same time, counteracts the bending moment stress by the action of the friction body and keeps the hanger part horizontal and stably stays in the vertical frame. The hanger using a window frame according to claim 1 or 2, wherein the hanger is characterized by the above. In the positional relationship when the present invention is attached to the vertical frame, a vertical frame portion is provided so as to be rigidly projected from a part of the approximate center of the hanger portion in the vertical direction perpendicular to the horizontal plane of the hanger portion, and the vertical frame portion is provided. The frame part is brought into contact with the scattered corners so that the right angles fit together, and the corners are diagonally fastened toward the scattered corners with a wood screw or the like so that the main body can be locked to the vertical frame. A shaped protruding corner contact portion is provided, and the angle of the protruding corner is divided into approximately two equal parts by passing through the top of the protruding corner near the upper and lower ends of the vertical frame portion, and is tilted from both sides of the protruding corner. The hanger using a window frame according to claim 1 or 2, wherein a screw groove or a through hole, which is a groove carved in the end surface, is provided through which a wood screw or the like is passed. The shape of the screw groove is a cross-sectional shape with a V shape near the bottom, and a thin plate with a particularly thin plate thickness near the top of the protruding corner is used for fastening wood screws, etc. to the edge on the protruding corner contact part side of the groove. The hanger using a window frame according to claim 4, wherein a self-holder plate is provided, which is previously scraped and pierced by oneself at a position where one can settle down, and is held on the contrary to facilitate subsequent wood screwing.

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