JPH018116Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention forms the roof of the dog kennel high in a semi-cylindrical shape to secure a wide space under the roof vertically and horizontally, and by extending the ceiling below the roof, there is a vacant space under the roof. The purpose is to provide a storage room for items and to use this empty room to regulate the temperature inside the dog house.

An embodiment of the present invention will be explained with reference to the drawings.
1 is a pair of symmetrical roof plates placed on the roof of a cube-shaped dog kennel body, with arc-shaped bulging strips 1a bent outward along the lower edge of the rectangular flat plate. and an inward right-angled bent edge 1 along the upper edge.
b is bent, and an outward-facing retaining rib 1c is bent along the inner side of the bent edge 1b, and a planar trapezoidal screw is formed at an appropriate position within the recess formed on the inner surface of the bulging strip 1a. An appropriate number of joining pieces 1d are attached, and a lower edge frame 1e having an L-shaped cross section is attached to the upper inner surface of the bulge strip in parallel with the bulge strip. Reference numeral 2 denotes the left and right side wall plates of the main body of the dog house, and an upper end side frame 2a having an L-shaped cross section is attached along the inner surface of the upper edge of a rectangular flat plate. Reference numeral 3 denotes a semicircular front end plate, with an arcuate frame 3a formed around its periphery, a wide opening in the center, and a revolving door 3c between both side frames 3b of the opening, with its lower edge hinged to the lower edge of the opening. It is fitted so that it can rotate freely in the front and rear directions. Reference numeral 4 denotes a rear gable plate, which is a semicircular piece of the same size as the front gable plate, which is divided into left and right halves from the center line, forming an arcuate frame 4a along the periphery, and facing inward along the center joining line. A bent edge 4b is formed. Reference numeral 5 denotes a ridge material, which is curved into a groove shape and is installed horizontally along the ridges between the respective vertices of the front and rear gable boards, and the bent edges 1b of the upper ends of the left and right roof boards are inserted into the grooves of this ridge material. This is used to connect both roof panels by hooking them together. Reference numeral 6 denotes a holding plate, which is formed wider than the ridge material 5 and presses toward the ridge material from above the connecting portion of both roof plates, and has downwardly bent edges 6 on both sides thereof.
A is hooked to the outer side of the hooking rib 1c at the upper end of both roof plates, and then sewn vertically to the lower ridge member 5 using screws 7 to press and fix the upper ends of the roof plates. Reference numeral 8 denotes a gosling plate curved in an arc shape, and a tightening screw 8a with a T-shaped side surface is vertically attached to the appropriate position within the concave surface of the lower side. Mount the cap along the roof plate connection part, insert the lower end of the tightening bolt 8a into the lower ridge member 5, and tighten the nut 9 on the lower side of the ridge member.
The screws are tightened by screws. Reference numeral 10 designates a ceiling board, which is formed by bending the periphery of a rectangular flat plate downward and dividing it equally into left and right parts, and placing the left and right edges on the horizontal piece of the lower edge frame 1e attached to the inside of the lower end of the roof board 1. At the same time, the front end edge is placed on the upper end of the front wall, and the rear end edge is placed on the upper end of the rear wall, and is stretched along the upper end surface of the side wall plate. In addition, 11 is the eave board, 12 is the lattice window on the front wall,
13 is a lattice door, and 14 is a screw for screwing the lower end of the roof plate to the upper end of the side wall plate.

``Effect of the invention'' The lower ends of both roof plates, which are symmetrical on both the left and right sides, are brought into contact with the outer surfaces of the upper ends of both side wall plates, and the overlapping parts are tightened and fixed using screws and screw fittings. Then, curve the flat roof panels along the arcuate upper edges of the front and rear gable panels and press them against each other, insert the upper ends of both roof panels into the grooves of the channel-shaped ridge material, and insert the inwardly bent edges into the ridge material. The upper ends of both roof panels are connected via the ridge material by being hooked to the groove edge of the ridge material, and the overlapping portion is sewn together with the ridge material by pressing the top of this hooked connection portion with a presser plate to create a kamaboko shape. Therefore, the method of forming a roof by resisting the elastic force of the flat roof plate and bending it into a circular arc shape is extremely easy and quick, and the formed roof is very easy and quick. It is solid and will not collapse.

At that time, the upper ends of both roof plates hooked to both edges of the groove of the ridge material are pressed with a presser plate and sewn vertically together with the lower ridge material, so that the roof panels are joined to the ridge material and both roof panels are The roof can be fixed in an arc shape and maintained in that state by resisting the elastic restoring force that causes the upper end of the board to stretch upwards, making it easier to fix the curve of the roof board and the subsequent process. This simplifies the work of attaching and fixing the swing plate, and also makes it possible to construct a durable semi-cylindrical roof.

In addition, the bulging stripes formed along the lower edges of both roof panels cover and hide the screw fittings protruding from the outer surfaces of both side walls to prevent danger, and also to drain water at the joint between the roof panels and the side wall panels. It is effective and also has a design effect that improves the appearance of both sides of the dog house.

Furthermore, by attaching a gosling plate to the ridge, the fixation of the ridge is established, draining of water at the ridge is completed, and the connection of the entire roof is strengthened to form a sturdy roof.

Since the roof is in a semi-cylindrical shape, a large space is secured in the lower part of the roof as a high roof, and a vacant room is created under the roof by extending the ceiling board along the upper end of the wall boards on both sides. By using this empty space as a storage room for dog breeding supplies, it is convenient for dog breeding.

In addition, an air layer is formed under the roof due to the empty room, which can be expected to have an insulating effect that reduces the conduction of heat from above the roof.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing the entire structure of the dog kennel of the present invention with a part of the roof disassembled; Fig. 2 is a vertical sectional view showing the rear part of the dog kennel through the central part of the roof in the front-rear direction;
FIG. 3 is a longitudinal sectional view also showing the front part. 1...Roof plate, 1a...bulging strip, 1b...inward bent edge, 1c...latching rib, 1d...screwing piece, 1
e... lower edge frame, 2... side wall board, 3... front gable board,
3a... Arc frame, 4... Rear end plate, 4a... Arc frame, 5... Ridge material, 6... Holding plate, 7... Screw, 8
...Ganfuriban, 9...Natsuto, 10...Ceiling board,
11... eave board, 12... lattice window, 13... lattice door, 14... screw.

Claims (1)

[Scope of utility model registration request] Arc-shaped bulging strip 1a along the lower edge of the square plate
Bend outward and inward bend edge 1 along the upper edge.
A pair of left and right roof plates 1 having a symmetrical shape with curved b.
1 are screwed onto the upper ends of the side wall plates 2 of the main body of the husband and wife kennel, and both of the roof plates are curved along the arc of the upper edges of the semicircular front and rear gable plates to form each upper bent edge 1b. is inserted into the groove of the channel-shaped ridge material 5 and hooked to connect the upper ends of both roof plates to form a kamaboko roof, and a presser plate 6 wider than the ridge material 5 is pressed from above the roof connection part. This kamaboko roof of a dog house has a holding plate and a ridge material sewn up and down, and a goose swing board 8 is attached on top of the holding plate.