JP3921214B2 - Assembled tent cage structure and tent cage mounting member - Google Patents

Description

  The present invention relates to a gutter structure that prevents dripping of rainwater that flows down the surface of a tent canvas that constitutes the roof of an assembly-type tent during rain, and a gutter mounting member provided in the tent.

  Although an assembly-type tent is generally used as an outdoor event tent, this type of tent is widely used because it can be easily assembled and disassembled. There was no plan to set up a kite to show it to the limit. However, when it is used for opening a store at a festival venue, it must be used as it is when the festival is executed even in rainy weather. The reception desk could not be removed due to rain. In such a case, rainwater flowed down the surface of the tent canvas, which was dripped from the edge of the tent canvas on the eaves side. And in the case of a small amount of rainfall, there is not much concern, but if there is a lot of rain, the amount of rainwater falling from the eaves side becomes intense, and there is a disadvantage that clothes get wet when entering and leaving the tent . In particular, at the store openings and receptions illustrated above, visitors and interrogators do not enter the inside of the tent, and goods are delivered or greetings just near the eaves where rainwater falls. Rain water falling from the eaves was supposed to wet the customer's clothes.

Therefore, it has been proposed to provide a hook in such an assembly-type tent. Of these, in the case of a conventional assembling-type tent roof structure, the edge of the adjacent tent roof has the same length as one side of the tent roof, the upper surface is opened, the cross section is substantially U-shaped, and both ends are sealed. In addition, there is a structure in which a waterproof cloth hanging around the tent roof is inserted into the inside of the cage while being detachably suspended using a connecting bracket (see Patent Document 1). Moreover, in the attachment member of the collar, in addition to the case where the S-shaped collar holder is used, it is attached to the horizontal pipe using a wire or a string (see Patent Document 2).
Japanese Utility Model Publication No. 7-32131 (2 pages, Fig. 3) Noto 3057257 (2 pages, Fig. 3 to Fig. 5)

  Among the above-mentioned conventional techniques, the conventional technology related to the eaves structure has a configuration in which an eaves having a U-shaped cross section is suspended from the tent roof periphery, so the configuration is only in the middle of a plurality of adjacent tents. It was possible and could not be installed in front of the tent where visitors and interrogators come and go.

  On the other hand, in the prior art in which the hook is attached to the horizontal pipe using the mounting member, the hook is provided on the roof of the tent without requiring the setting of a plurality of adjacent tents. In addition, a fence can be provided in front of the tent. However, since the mounting member used in the art is an S-shaped hook or the like, one curved portion is hung on the horizontal pipe, and the hook to be supported is the other curved portion of the S-shaped hook. The installation state of the mounting member easily changed depending on the weight of the ridge and the weight of rainwater flowing into the ridge, and the state of the ridge to be supported had to be unstable. . And when rainwater flows into such a kite, the center of gravity of the entire kite moves directly under the horizontal pipe, and it cannot receive enough rainwater flowing down from the tent canvas. It was assumed that the upper end of the heel was tilted and the upper end was tilted so that the hail could not accommodate a sufficient amount of rainwater. The same applies to the case where a wire or string is used. In addition, when a wire or string is used, the work for attaching or removing the hook is very troublesome.

  The present invention has been made in view of the above-mentioned points, and an object of the present invention is to provide a kite attachment member that allows the kite to be attached and detached by a simple operation, and to provide rainwater in front of the tent. It is to provide a trough structure that can reliably prevent dripping.

Accordingly , the present invention relating to a mounting member for a tent cage is provided with a base, a gripping means provided at the upper end of the base, and a support means provided at the lower end of the base. The gripping means includes a contact portion that can contact a half or more of the outer circumference of the circular cross section of the horizontal pipe to be gripped, and a locking portion that locks the tip of the corresponding portion. The support means includes a support arm that crosses the side surface and bottom surface of the heel to be supported along the outer surface, and locks the upper opening edge of the heel in the vicinity of both ends of the support arm. The gist of the attachment member of the tent cage is a support means provided with a locking portion.

In the above invention, the abutting portion of the gripping means is arranged so that the belt-like member is curved into a substantially arc, and the center of the arc is located on the opposite side of the locking portion with the axis of the base as the center. It can be set as a contact part. As a result, the arc-shaped belt-shaped member comes into contact with the surface of the horizontal pipe to be gripped over a considerable range and enables sufficient gripping.

In this case, it is preferable that the contact portion of the gripping means is provided with a resin non-slip on the surface on the side contacting the outer periphery of the horizontal pipe to be gripped. Thereby, the fixing force by the gripping means is improved. Further, at least one tip of the support arm of the support means is formed by a locking claw supported by a swing member provided near the tip of the support arm, and the above-described swing member swings the above-mentioned It is also possible to adopt a configuration in which the protruding length of the locking claw can be varied. This facilitates locking of both side edges of the heel supported by the support arm.

Moreover, it is the eaves structure of the assembly-type tent which uses any one of the above-mentioned attachment members, Comprising: At least one eaves-side horizontal pipe among the frames of the assembly-type tent having the eave-side horizontal pipe and the wife-side horizontal pipe And a plurality of mounting members, and a plurality of mounting members are gripped by the gripping means. A plurality of mounting members in which the distance from the center position of the support to the center position of the support by the support means becomes longer gradually from the upstream side to the downstream side of the flange, and the flange is directed downward from the vicinity of the downstream tip And a through hole penetrating through the inside of the connecting portion, and the vertical rod is a vertical rod having a mounting portion detachably attached to the connecting portion. It is characterized by Also summarized as trough structure of the assembled tent.

  According to the eaves structure of the present invention, at least in front of the tent, rainwater flowing down the surface of the tent canvas can be received by the eaves eaves, and rainwater dripping from the eaves can be prevented. In addition, because the state of the kite attached to the horizontal pipe is stable, even if the weight of the entire kite increases due to rainwater flowing into the kite, the mounting state of the kite does not change, It can reliably treat rainwater. Further, since the above-described hook is attached to the horizontal pipe by a plurality of mounting members, the height of the hook supported by each mounting member can be changed by changing the length of the mounting member (particularly, the length of the base). It is possible to form a gradient in the entire ridge by sequentially changing the attachment member to be attached to the horizontal pipe from the short one (or the base length) from the short one to the long one. And, by connecting a vertical gutter to the lowest gradient part (downstream tip), the rainwater flowing into the gutter can be flowed cleanly to the ground.

  On the other hand, according to the present invention relating to the attachment member of the saddle, the entire attachment member is firmly installed by the gripping means for gripping the horizontal pipe to be installed, and the attachment state is stabilized even when the saddle is supported. be able to. Moreover, since it is supported by the above-mentioned gripping, even when rainwater flows into the supported kite, the kite can be sufficiently supported.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. First, as shown in FIG. 1, the embodiment of the invention relating to the eaves structure of the assembly-type tent is configured by attaching eaves 2 to a horizontal pipe 11 of a frame 1 constructed by assembling members made of various pipes. is there. The frame 1 of the assembly-type tent includes a quadrilateral formed by the eaves-side horizontal pipes 11 and 12 and the wife-side horizontal pipes 13 and 14, and the quadrilateral is supported by a plurality of column pipes 15 at a predetermined height. It is. The roof portion is formed by a ridge pipe 16 provided at the highest position in the center and a plurality of roof pipes 17 arranged in an oblique manner from the ridge pipe 16 to the eaves side horizontal pipes 11 and 12. Yes. In the assembly-type tent having the framework 1 having such a configuration, a eaves structure is formed on the eaves side horizontal pipes 11 and 12 or the wife side horizontal pipes 13 and 14.

  Therefore, the eaves structure of the present invention is such that at least one eaves side horizontal pipe 11 is provided with eaves 2 among the eaves side horizontal pipes 11 and 12 and the wife side horizontal pipes 13 and 14. If the eaves side horizontal pipe 11 is on the front side of the tent, dripping of rain water on the front side of the tent can be prevented. In addition, when installing a plurality of tents adjacent to each other, it is possible to prevent rainwater from entering from the boundary portion of the tent by providing a ridge 2 on one of the horizontal pipes 11, 12, 13, 14 of the adjacent tents. Can be prevented.

  The eaves 2 are supported by the eaves-side horizontal pipe 11 by a plurality of attachment members 3, and a predetermined gradient is formed by the attachment members 3 having different lengths in order. The portion supported by the shortest mounting member 3 is the upstream side, and the portion supported by the longest mounting member 3 is the downstream side. Further, the downstream tip 21 and the upstream tip 22 of the rod 2 are closed by the same type of shielding plate 23, and the vertical rod 4 is connected in the vicinity of the downstream tip 21.

  As shown in FIG. 2, the mounting member 3 includes a relatively long base 31, a gripping means 5 that can grip the eaves side horizontal pipe 11, and a support means 6 that supports the eaves 2. In addition, by changing the length of the base 31, a difference can be provided in the distance from the gripping means 5 to the support means 6. And the thing with the shortest base 31 is arranged in the vicinity of the upstream tip 22 of the saddle 2, and conversely, the thing with the longest is arranged in the vicinity of the downstream tip of the saddle 2 to make the downstream tip 21 the upstream tip. It can be made lower than 22.

  Here, the configuration of the mounting member 3 will be described in detail in conjunction with the description of the embodiment of the mounting member. As shown in FIG. 2, the base 31 of the mounting member 3 is elongated in the vertical direction by a metal flat plate. The grip means 5 is provided at the upper end, and the support means 6 is provided at the lower end. The gripping means 5 includes a contact portion 51 that is curved into a semicircular arc or more, and a locking member 53 that locks the tip 52 of the contact portion 51, and the support means 6 supports the gripping means 5. The support arm 61 is curved in accordance with the shape of the power rod 3, and the locking portions 63 and 67 are provided at both ends of the support arm 61.

The abutment portion 51 of the gripping means 5 in the present embodiment is configured by curving a part of the base portion 31, but only the abutment portion 51 is individually configured and fixed to the base portion 31. It is good. When the contact portion 51 is formed by bending a metal belt-like member that can be elastically deformed into an arc shape, the contact portion 51 can be attached while being brought into contact with more than half of the circular outer periphery of the horizontal pipes 11 to 14. it can. Then, by locking the tip 52 of the contact portion 51 and pulling it toward the base portion 31, the inner surface of the contact portion 51 strongly contacts the surfaces of the horizontal pipes 11 to 14, and the pipe 11 The locking member 53 includes a swinging member 54 provided near the upper end of the base 31 of the mounting member 3 and a locking ring supported by the swinging member 54. 55, the locking ring 55 can be moved to the tip 52 of the contact portion 51 by rotating the free end of the swinging member 54 upward, and in this state, the locking ring 55 is After being hooked on the tip 52 of the contact portion 51, the tip 52 of the contact portion 51 can be locked by rotating the free end of the swinging member 54 so as to be lowered.

  The gripping by the contact portion 51 is by reducing the diameter of the arc formed by the contact portion 51, but since the locking member 53 is provided on the base portion 31, The locking direction (the pulling direction) with respect to the contact tip 52 is a direction toward the base 31 (downward). And in order to reduce the diameter of the contact part 51 by this latching direction, the curved part 56 is provided in the middle of the base 31 and the contact part 51 in this embodiment. Due to the curved portion 56, the center of the arc formed by the contact portion 51 is a position slightly moved to the opposite side of the locking member 53 from the center line of the base portion 31. With such a configuration, the tip 52 of the contact portion 51 is pulled down toward the base portion 31, so that the tip 51 can move along the outer periphery of the horizontal pipe 11, and as a result, the contact portion 51. The diameter of the can be reduced.

  The gripping can be effectively applied by providing an anti-slip member on the inner surface of the contact portion 51 by attaching a thin resin plate such as synthetic rubber. This is because when the diameter of the contact portion 51 is reduced as described above, the inner surface of the contact portion 51 comes into close contact with the horizontal pipe 11, and the contact portion 51 slides around the axis of the horizontal pipe 11. This is because it can be prevented.

  On the other hand, the support means 6 that constitutes the attachment member 3 has a support arm 61 that is curved so as to cross along the outer side of the flange 2 by a belt-like member having the same width as the base 31 of the attachment means 3. The base 31 is fixed. In the present embodiment, the support arm 61 is made of the same metal as that of the base 31, so that both are fixed by spot welding, but the lower end of the base 31 is bent or curved to form the support arm 61. In addition, the support arm 61 made of a different material can be fixed by a fixing tool such as a rivet or a bolt.

  Of the both ends of the support arm 61, a distal end 62 on the side close to the base portion 31 is provided with a locking portion 63 that is curved like a bowl, and the other end 64 is provided with a swinging member 65 and the swinging member 65. A locking portion 67 configured with a locking claw 66 supported by the moving member 65 is provided. The locking claw 66 can be operated in a locked state and an open state by swinging the swing member 65. Accordingly, the heel 2 is placed on the support arm 61 with the locking claw 66 open, and at this time, only one of the upper opening edges is locked to the hook-shaped locking portion 63. The hook 2 is supported in a stable state by locking the other of the upper opening ends with the locking claw 66 locked.

  Since the present embodiment of the invention relating to the mounting member is configured as described above, as shown in FIG. 3, the flange 2 is supported by the support arm 61 with the opening facing upward, and the upper opening of the flange 2 The eaves side edge 71 of the tent canvas 7 can be disposed inside the basket 2 from the portion. And the attachment state of the said attachment member 3 does not change because the contact part 51 of an upper end grips the attachment member 3, contacting the outer periphery of the eaves side horizontal pipe 11. FIG. This is because even when the heel 2 is placed on the support arm 61, or even when rainwater flows into the heel 2 and the overall weight of the heel 2 increases, the fixing force due to the gripping described above. Thus, the state of the attachment member 3 is maintained. However, since a plurality of attachment members 3 are used for one ridge 2, the weight of the ridge 2 and rainwater is distributed to each attachment member 3, and the weight acting on one attachment member 3 is extremely large. It won't be a thing.

  Moreover, since the attachment member 3 in the embodiment of the invention related to the saddle structure has the above-described configuration, the position of the center of the arc formed by the contact member 51 for the plurality of attachment members 3 constituting the saddle structure. 2 is attached to the horizontal pipe 11 that is assembled almost horizontally by changing the length L from the center position of the support arm 61 to the center position (lowest position). Can form a gradient. The plurality of mounting members 3 having different lengths L are labeled with “upper”, “middle”, “lower”, or like “1”, “2”, etc. By attaching the number display, it is possible to correctly attach the mounting member 3 to the horizontal pipe 11. And if the attachment member 3 is mounted | worn in the correct order in this way, the collar 2 to be attached will form a predetermined gradient. Further, it is sufficient that the predetermined gradient is about 1 cm every time the rod 2 moves about 1 m in the longitudinal direction.

  Next, details of the heel 2 in the embodiment of the invention relating to the heel structure will be described. As described above, the kite 2 is arranged with a predetermined gradient, and is classified into an upstream side and a downstream side according to this gradient, but the downstream tip 21 is continuous with the standing rod 4. The structure for. That is, as shown in FIG. 4, the downstream end 21 of the eaves 2 has the flow path of the eaves 2 blocked by the shielding plate 23, and the rainwater flowing down to this position is stored in the vicinity of the downstream end 21. However, a connecting portion 24 that protrudes downward is provided outside the bottom surface near the tip 21 on the downstream side, and a through hole 24 that penetrates the connecting portion 24 while penetrating the bottom surface is provided. ing. Therefore, by connecting the vertical rod 4 to the connecting portion 24, the rain water flowing down to the vicinity 21 of the downstream end of the vertical rod 3 can be sent to the vertical rod 4.

  As shown in FIG. 5, the vertical rod 4 is provided with a coupler 41 at one end thereof, and is configured to be connectable by attaching the coupler 41 to the connecting portion 24 of the flange 4. The coupler 41 according to the present embodiment has a configuration in which an internal thread that can be screwed into an external thread engraved on the outer surface of the connecting portion 24 of the flange 4 is provided on the inner surface, and is rotatable independently of the standing rod 4. Thus, by rotating the coupler 41, the connecting portion 24 can be attached and detached.

  When the coupler 41 is attached to the connecting portion 24, as shown in FIG. 6, the end surface of the tip opening 42 of the vertical rod 4 comes into contact with the end surface of the opening end of the connecting portion 24, and the above-described through hole 25 is formed. It is connected in a state of being continuous with the vertical rod 4. Therefore, the vertical rod 4 connected in this way can guide the rainwater stored in the rod 2 downward. The standing rod 4 is provided longer than the distance from the position where the rod 2 is provided to the ground, and discharges rainwater from the lower end opening. Moreover, the main body portion of the vertical rod 4 is composed of a flexible pipe, which can be bent or bent into an appropriate shape depending on the place where the tent is installed or the topography, and the position and orientation of the lower end opening can be freely changed. can do. Moreover, depending on the case, it can also be wound around the support | pillar of the framework of a tent. In the present embodiment, the support rod 4 is not wound around the support column, but is arranged along the support column, and the support column and the support rod are bound or locked at appropriate positions.

  Since this embodiment concerning the eaves structure is configured as described above, the eaves 2 can be attached to and detached from all or any one of the horizontal pipes 11 to 14 provided as a framework of the assembly-type tent. In addition, it is possible to easily attach and remove the bag 2. And since the attachment member 3 for mounting | wearing the collar 2 is fixed to the said pipes 11-14 by grasping the horizontal pipes 11-14, it is suitable for the support of the collar 2. FIG. Further, since the rod 2 supported by the mounting member 3 forms a predetermined gradient, it is possible to allow rainwater to flow down toward the downstream end, and through the vertical rod at this predetermined position. The stored rainwater can flow down to the ground.

  The embodiment is as described above, but various modes can be taken without departing from the gist of the present invention. For example, in the embodiment according to the heel structure, the heel 2 having a generally semicircular cross section which is generally used is illustrated and described. However, if the heel structure is supported by the support means 6 of the attachment member 3, the shape thereof is changed. Can change. It is also possible to use a ridge having a U-shaped cross section. Moreover, it is not necessary for the ridge 2 to be a single one, and a plurality of ridges 2 may be formed continuously and integrally. And when forming the cage | basket 2 continuously in multiple numbers, as shown in FIG. 7, the socket 8 can be used (refer Fig.7 (a)). This socket 8 is generally used as a joint. However, in order to enable and easily connect and disconnect, the socket 8 is connected to the distal end of the downstream flange 2b among the continuous ends of the flanges 2a and 2b to be continuous. It is preferable to adhere only. In this case, the connection is completed by inserting the tip of the upstream flange 2a into the socket 8. Even in this case, since the tip of the downstream side ridge 2b is tightly bonded to the socket 8, the rainwater flowing down inside the ridges 2a and 2b is collected at the connection point of the downstream side ridge 2b. It does not leak out and can function as an integral cage 2. In the above connection, a locking member 81 is provided so that the upstream flange 2a is not easily detached. The locking member 81 includes a hook-shaped hook 82 provided on the socket 8 and a locking portion 83 provided near the tip of the upstream-side hook 2a. The locking portion 83 is connected to the hook 82. The hook 2a on the upstream side does not fall out of the socket 8 by being hooked on the socket. Further, the separation of the hooks 2a and 2b is made possible by releasing the locking of the locking portion 83, and the operation thereof becomes extremely easy.

It is a perspective view which shows embodiment of the invention concerning the collar structure of an assembly-type tent. It is a perspective view of an attachment member. It is explanatory drawing which shows the use condition of an attachment member. It is explanatory drawing which shows the state of the downstream end vicinity of the scissors. It is explanatory drawing which shows the connection structure with a vertical rod. It is explanatory drawing which shows the relationship between a kite and a standing kite. It is explanatory drawing which shows the connection state of a collar.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Frame of assembly-type tent 2 樋 3 Mounting member 4 Standing 樋 5 Grasp means 6 Support means 7 Tent canvas 8 Sockets 11 and 12 Eaves side horizontal pipes 13 and 14 Wife side horizontal pipes 15 Pillar pipes 16 Building pipes 17 Roof Pipe 21 Downstream end 22 of ridge Upstream end 23 of shield Shield plate 31 Mounting member base 51 Abutting portion 52 Abutting portion distal end 53 Locking member 61 Support arms 63, 64 Locking portion 81 Locking member

Claims (5)

A mounting member for a tent cage comprising a base, a gripping means provided at the upper end of the base, and a support means provided at the lower end of the base, the gripping means gripping A gripping means comprising a contact part capable of contacting half or more of the outer circumference of the circular cross section of the horizontal pipe and a locking part for locking the tip of the corresponding part; A support means comprising a support arm that crosses the side surface and bottom surface of the heel to be supported along the outer surface, and a locking portion that locks the upper opening edge of the heel in the vicinity of both ends of the support arm. A mounting member for a tent cage. The abutting portion of the gripping means is formed by bending the belt-like member into a substantially arc, and arranging the center of the arc so as to be located on the opposite side of the locking portion around the axis of the base. The attachment member for a tent cage according to claim 1 , wherein the attachment member is a contact portion. The attachment member for a tent cage according to claim 2, wherein the abutment portion of the grasping means is provided with a resin non-slip on the surface on the abutment side of the horizontal pipe to be grasped. At least one tip of the support arm of the support means is constituted by a locking claw supported by a swinging member provided near the tip of the support arm. The attachment member for a tent cage according to any one of claims 1 to 3 , wherein the protruding length of the pawl is variable. An eaves structure for an assembling-type tent using the mounting member according to any one of claims 1 to 4 , wherein at least one of the frames of the assembling-type tent having an eaves-side horizontal pipe and a wife-side horizontal pipe. with gutter is attached to the eaves side lateral bridging pipe by a plurality of said mounting member, in the gutter structure prefabricated tent is gutter erected in the vicinity of the downstream side tip formed by connecting the該樋, the plurality of attachment members, the A plurality of mounting members in which the distance from the center position of gripping by the gripping means to the center position of support by the supporting means becomes longer gradually from the upstream side to the downstream side of the scissors, A hook provided with a connecting portion projecting downward from the vicinity of the side tip and a through-hole penetrating the inside of the connecting portion, and the vertical rod is provided with a mounting portion whose one end is detachable from the connecting portion. It is a stand-up Trough structural prefabricated tent characterized and.