JP5959431B2 - tent - Google Patents

Description

  The present invention relates to a tent set up mainly outdoors.

  Pipe tents installed in school playgrounds and park squares include a gable type whose roof is V-shaped on the side and a single-flow type where the roof is gently inclined with a downward slope from the front side to the rear side. In any tent, as described in Patent Document 1, the roof skeleton is supported by a plurality of support columns, and the upper side of the roof skeleton is covered with a tent ground (tent).

  Here, if the awning is simply put on the upper side of the roof skeleton, it may be blown off by the wind, and therefore, the awning is connected to the roof skeleton. Conventionally, there are a wide variety of methods in which a large number of strings are provided at positions facing the girders on the roof skeleton of the awning at intervals in the longitudinal direction of the girders, and each string is tied to the girders so that the awning is stretched and fixed. It has been adopted.

Japanese Utility Model Publication No.55-1000052

  By the way, in the installation of the awning by tying the string, the tying is a work at a relatively high position, and since it is necessary to tie a large number of strings, it takes a lot of effort to stretch the awning, There is a problem in that it takes time to remove.

  An object of the present invention is to provide a tent that can easily attach and remove the awning.

  In order to solve the above-described problem, in the present invention, a pair of opposed front columns and a pair of opposed rear columns, a roof skeleton supported by each of the plurality of columns, and the entire upper side of the roof skeleton are covered. In a tent having a tent, two belt insertion portions arranged side by side at one end of a fastening belt that connects a fastening belt to a portion of the awning that opposes each upper portion of the support column and hangs from the connecting portion. The loop portion is formed by sequentially inserting the other end portion of the fastening belt into the belt insertion portion and turning it back, and the length of the loop portion is adjusted by lowering the turning end portion and turning back by releasing the lowering. A belt length adjuster that prevents the belt part from loosening is attached, and a belt connection that allows the loop part of the fastening belt to be slidably connected to the upper part of the pillar part The than is adopted the configuration provided.

  In the tent having the above structure, when the awning covering the roof skeleton is stretched, the other end of the fastening belt connected to the awning is slidably connected to the belt connecting portion provided on the support column, and the other end of the belt Direction to shorten the loop portion by lowering the folded end of the other end of the tightening belt by making the loop portion by sequentially inserting the portion into the two belt insertion portions of the belt length adjuster provided at one end of the tightening belt Adjust the length.

  As described above, when the length of the loop portion is adjusted in the direction of shortening by lowering the folded end portion that is sequentially inserted through the two belt insertion portions of the belt length adjuster and folded, the loop portion is provided on the support column. Since the tent is slidably connected to the belt connecting portion, a pulling force is applied to the connecting portion to which the tightening belt is connected to the awning. The

  When the pull-down end portion of the fastening belt is released, the folding belt portion is prevented from loosening by the belt length adjuster, and the awning is held in the tension adjustment state.

  When removing the awning, the belt length adjuster is used to release the belt from loosening, and the connection between the loop portion and the belt connecting portion of the column is released. The awning can be removed from the roof skeleton by releasing the connection.

  Here, you may make it provide a belt connection part directly in the upper outer periphery of a support | pillar. Moreover, you may make it provide in the metal lock plate slidably fitted to the support | pillar.

  When the belt connecting portion is provided on the lock plate, when adjusting the length of the tightening belt in the direction of shortening the loop portion, the lock plate tilts due to the pulling force acting on the belt connecting portion of the lock plate, and the lock plate The inner peripheral edge of the column insertion hole formed in the plate is engaged with the outer periphery of the column to lock the lock plate, the belt length is adjusted from the locked state, and the awning is in tension.

  When the belt connecting portion is provided on the lock plate as described above, the lock can be easily released by pushing up the inclined lower part in the inclined lock state, and the tightening belt can be slackened by releasing the lock. Therefore, the connection between the lock plate and the tightening belt can be easily released.

  Here, the belt connecting portion may be a long hole through which the tightening belt can be inserted, or an engagement hole with which a hook slidably attached to the loop portion of the tightening belt can be engaged. May be. The fastening belt may be inserted, or may be formed of a metal U-shaped shaft that can be engaged with a hook that is slidably provided in the loop portion.

  In the tent according to the present invention, the belt length adjuster may be composed of two metal rings partially inserted into a bag portion provided at one end portion of the fastening belt, and is attached to one end portion of the belt. The female side buckle is engaged with the female side buckle, and two side-by-side belt insertion portions are formed in which the other end portion of the fastening belt is inserted into the end portion located outside. It may consist of a male buckle.

  In the present invention, as described above, the other end of the tightening belt connected to the awning is connected to the belt connecting portion provided on the support column, and the other end of the belt is provided to one end of the tightening belt. The awning can be tensioned by lowering the folded end of the other end of the fastening belt in a state where a loop portion is formed by sequentially inserting the two belt insertion portions of the length adjuster, and depending on the belt length adjuster. The awning can be removed by releasing the belt loosening prevention and releasing the connection between the loop part and the belt connecting part of the support column. Therefore, the attachment and removal of the awning can be performed very easily and efficiently in a short time. it can.

Side view showing an embodiment of a tent according to the present invention Rear view of the tent shown in FIG. Partially cutaway side view showing an enlarged tightening belt portion for tightening the awning of FIG. Rear view of FIG. (A) is a partially cutaway side view showing another example of the belt length adjuster, and (b) is a rear view of (a). (C) is a partially cutaway side view showing still another example of the belt length adjuster, and (d) is a rear view of (c). (E) is a partially cutaway side view showing still another example of the belt length adjuster, and (f) is a rear view of (e). (G) is a partially cutaway side view showing still another example of the belt length adjuster, and (h) is a rear view of (g).

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. 1 and 2 show a single-flow type pipe tent. This pipe tent has a total of four pipe struts 10 including a pair of left and right front struts and a pair of left and right rear struts, a roof skeleton 20 supported by the four struts 10, and an upper side of the roof skeleton 20. And a covering awning 30.

  The roof skeleton 20 is installed between a front girder 21 installed between the upper portions of the pair of left and right front columns 10, a rear beam 22 constructed between the pair of left and right rear columns 10, and the pair of front and rear columns 11. It consists of a pair of left and right side girders 23, and each girder 21 to 23 is made of pipe.

  Insert pipes 24 that are bent in the same direction are provided at both ends of the front girder 21, the rear girder 22, and the pair of left and right side girders 23, and the insertion pipes 24 provided at both ends of the front girder 21 and the rear girder 22 are It is inserted into a connecting tube 11 fixed to the inside of the upper end portion of the pair of front struts 10 and the upper end portion of the pair of left and right rear struts 10 and is supported so as to be freely inserted and removed.

  On the other hand, the insertion pipes 24 provided at both ends of the pair of left and right side girders 23 are inserted into the inside from the upper ends of the front and rear columns 10 and supported so as to be freely inserted and removed.

  Each of the front and rear girders 21 and 22 and the pair of left and right side girders 23 is installed between the columns 10 by support arms 12 that are diagonally installed between both ends of the respective columns 21 to 23 and the upper portions of the plurality of columns 10. It is kept in the state that was done.

  Here, one end portion of the support arm 12 on the support column 10 side is swingably supported by a support piece 13 provided on each support column 10 via a pin 14, and the other end portion on the swing side thereof is supported. The provided connecting pin 16 is inserted into a dharma hole 26 of a connecting piece 25 fixed to the lower surfaces of the girders 21 to 23 and connected in a freely detachable manner.

  In order to increase the strength of the roof skeleton 20, a plurality of reinforcing girders may be detachably provided between the front beam 21 and the rear beam 22.

  The awning 30 is configured such that a front sag 32, a rear sag 33, and a pair of left and right side stools 34 are provided on the outer periphery of a ceiling 31 that covers the entire upper side of the roof skeleton 20. The rear sag 33 covers the space between the upper portions of the pair of left and right rear columns 10. Further, the side sag 34 covers the upper part of the front and rear columns 10.

  At both ends of the front sag 32 and the rear sag 33, eyelets 35 are attached to portions facing the support column 10, and one end of a tightening belt 40 is inserted into each eyelet 35 and fixed by forming a knot.

  As shown in FIGS. 3 and 4, a belt length adjuster 50 is attached to one end portion of the fastening belt 40 that hangs down from the eyelet 35. The belt length adjuster 50 includes two metal rings 51 serving as belt insertion portions partially inserted into a bag portion 41 formed at one end portion of the fastening belt 40. The other end of the tightening belt 40 is inserted into the two metal rings 51 so as to wrap a part of one metal ring 51, and the end is inserted into the remaining metal ring 51 and folded back. A loop portion 42 is formed at the other end.

  The length of the loop portion 42 is adjusted by pulling down the folded belt portion 40a that is inserted through the remaining metal ring 51 and folded back. When the lowering of the folded belt portion 40a is released, the two metal rings 51 clamps the fastening belt 40 to prevent the folding belt portion 40a from loosening.

  A hook 43 is attached to the loop portion 42. The hook 43 is formed by bending a metal wire, and a long hole 44 is provided at the end, and the other end of the fastening belt 40 that forms the loop portion 42 is inserted into the long hole 44. For this reason, the hook 43 is slidably attached to the loop portion 42.

  A lock plate 60 is slidably fitted to each of the columns 10. The lock plate 60 is made of a metal plate. When the lock plate 60 is inclined by pulling up a part of the outer periphery, the opposing position of the inner peripheral edge e in the column insertion hole 61 is engaged with the outer periphery of the column 10 and locked. Further, when the lock plate 60 is in the locked state, the lock is released when the inclined lower part is pushed up.

  The shape of the lock plate 60 is arbitrary. In the embodiment, the lock plate 60 has a rectangular shape. Engagement holes 62 as belt connecting portions are formed at both ends thereof, and the hooks 43 are engaged with the engagement holes 62. It is possible.

  The tent shown in the embodiment has the above structure, and when the awning 30 covering the entire upper side of the roof skeleton 20 is fixed, the lock plate 60 fitted to the column 10 is slid to be formed on the lock plate 60. The position of the engagement hole 62 is adjusted to a position where the hook 43 can be engaged, and after the position adjustment, the hook 43 is engaged with the engagement hole 62 and the folding belt portion 40a of the tightening belt 40 is pulled down.

  When the folding belt portion 40a is pulled down, the loop portion 42 is shortened, so that the lock plate 60 is pulled up by the hook 43 that engages with the engagement hole 62 to be inclined, and the opposing position of the inner peripheral edge e is on the outer periphery of the column 10. Engage and lock.

  FIG. 3 shows a locked state of the lock plate 60. When the folding belt portion 40a is further pulled down from the locked state, a pulling force is applied to the eyelet 35 of the awning 30 to pull it down. Due to the lowering, the awning 30 is tensioned and fixed.

  As described above, the awning 30 can be tensioned by a simple operation of engaging the hook 43 with the engagement hole 62 of the lock plate 60 and pulling down the folding belt portion 40a, so that the awning 30 can be fixed very easily. Thus, the awning 30 can be mounted very easily.

  Here, when the lower end portion of the lock plate 60 locked in the inclined state is pushed up in the attached state of the awning 30 as described above, the engagement of the inner peripheral edge e of the column insertion hole 61 with the outer periphery of the column 10 is performed. Easily cancel. When the lock plate 60 is slid upward along the support column 10 in the disengaged state, the loop portion 42 is loosened, so that the hook 43 can be easily disengaged from the engagement hole 62. The awning 30 can be removed from the roof skeleton 20 by releasing the engagement.

  In FIG. 3 and FIG. 4, the belt length adjuster 50 is composed of two metal rings 51, but the belt length adjuster 50 is not limited to this. 5A and 5B show another example of the belt length adjuster 50. FIG. In this belt length adjuster 50, the lock shaft 53 is passed between the opposing vertical axis portions 52a of the rectangular ring body 52 made of a metal wire, and the lock shaft 53 is slidably supported along the vertical axis portion 52a. Thus, two belt insertion portions 54 are provided inside the ring body 52.

  In the employment of the belt length adjuster 50 having the above-described configuration, a pair of horizontal shaft portions 52b extending between the end portions of the vertical portion 52a of the ring body 52 at the bag portion 41 provided at one end portion of the fastening belt 40. The other end portion of the fastening belt 40 is inserted into the upper belt insertion portion 54, folded back so as to wind the lock shaft 53, and the folded portion is inserted into the lower belt insertion portion 54 to loop the loop portion. 42 is formed, the length of the loop portion 42 is adjusted by lowering the folding belt portion 40a, and the folding belt portion around which the lock shaft 53 is wound is sandwiched between the lock shaft 53 and the other horizontal shaft portion 52b. To prevent slack.

  In FIGS. 3 and 4, the engagement hole 62 with which the hook 43 can be engaged is used as the belt connection portion. However, the belt connection portion is not limited to the engagement hole 62. 6C and 6D, a U-shaped shaft 63 having both ends fixed to the lock plate 60 is used as a belt connecting portion. In this case, the loop portion 42 may be formed by inserting the other end portion of the tightening belt 40 inside the U-shaped shaft 63, or as shown in FIGS. 3 and 5. The hook 43 attached to the U-shaped shaft 63 may be engaged with the U-shaped shaft 63.

  The engagement hole 62 shown in FIG. 3 may be a long hole, and the hook 43 may be engaged with the engagement hole formed by the long hole, or the hook 43 may be omitted by inserting the folding belt portion 40a. .

  FIGS. 7E and 7F show another example of the belt length adjuster 50. FIG. The belt length adjuster 50 includes a female buckle 56 attached to one end of the fastening belt 40 and a male buckle 57 engaged by insertion into the female buckle 56. 57 is formed with a belt insertion portion 58 formed of two long holes arranged in parallel at an end portion located outside in an engaged state with the female buckle 56, and the other end portion of the fastening belt 40 is formed in the belt insertion portion 58. Is inserted to form a loop portion 42.

  Here, the male buckle 57 has a pair of elastic engaging claws 57a, and the engaging claws 57a are engaged by inserting the engaging claws 57a into the insertion holes formed in the female buckle 56. Then, the female buckle 56 and the male buckle 57 are held in a connected state, and the tip of the engaging claw 57a faces the windows 59 formed on both sides of the female buckle 56, and the engaging claw 57a is viewed from both sides. The details of the male and female buckles 56 and 57 are omitted in the figure because they are generally known in the art that can be released by releasing the engagement.

  As the belt length adjuster 50, the one comprising the female side buckle 56 and the male side buckle 57 is adopted, and as soon as the male side buckle 57 is connected to the female side buckle 56, the tension of the awning 30 is reduced by pulling down the folding belt portion 40a. Since the work can be performed, the work of attaching the awning 30 can be efficiently performed.

  1 to 7, the lock plate 60 slidably fitted to the support column 10 is provided with an engagement hole 62 or a long hole or a U-shaped shaft 63 as a belt connecting portion. As shown in g) and (h), an engagement hole 62 that can be engaged with the U-shaped shaft 63 or the hook 43 as a belt connector directly on the support 10 may be provided.

  Further, in FIGS. 1 to 7, one end of the tightening belt 40 is tied to the eyelet 35, but a hook may be attached to one end of the tightening belt 40, and the hook may be engaged with the eyelet. Alternatively, one end of the fastening belt 40 may be sewn to the awning 30.

  1 and 2 show a single-flow type pipe tent, the tent is not limited to this. For example, it may be a gable-type tent, or the side girder 23 and a plurality of reinforcing girder provided between the side girder 23 may have an arcuate or arcuate shape facing upward, and the side shape of the awning 30 may be curved. It may be of a curved type. By tensioning the four corners of the tent in the curved tent using the tightening belt 40 shown in the embodiment, the tent can be neatly tensioned as a whole.

DESCRIPTION OF SYMBOLS 10 Support | pillar 20 Roof skeleton 30 Tent 40 Fastening belt 41 Bag part 40a Folding belt part 42 Loop part 43 Hook 50 Belt length adjustment tool 51 Metal ring (belt insertion part)
54 Belt insertion part 56 Female side buckle 57 Male side buckle 58 Belt insertion part 60 Lock plate 61 Column insertion hole 62 Engagement hole (belt connection part)
63 U-shaped shaft (belt connecting part)

Claims (7)

A pair of opposed front columns (10) and a pair of opposed rear columns (10), a roof skeleton (20) supported by each of the plurality of columns (10), and the entire upper side of the roof skeleton (20) In a tent having a covering tent (30),
The fastening belt (40) is connected to a portion of the awning (30) facing the upper portion of the support (10), and two belts arranged in parallel at one end of the fastening belt (40) hanging from the connecting portion. The loop part (42) is formed by having the insertion part (51, 54, 58) and turning the belt insertion part (51, 54, 58) through the other end part of the fastening belt (40) sequentially. The length of the loop portion (42) is adjusted by lowering the folded end, and the belt length adjuster (50) is attached to prevent the folded belt portion (40a) from being loosened by releasing the lowering, and the column portion ( 10. A tent characterized in that belt connecting portions (62, 63) capable of slidably connecting the loop portion (42) of the fastening belt (40) are provided on the upper portion of 10).   The belt connecting portion (62, 63) is slidably fitted to the column portion (10), and the inner peripheral edge (e) of the column insertion hole (61) is supported by the column insertion hole (61) when tilted by raising a part of the outer periphery. The tent according to claim 1, provided on a metal lock plate (60) engaged with the outer periphery of (10) to be locked.   The tent according to claim 1 or 2, wherein the belt connecting portion (62) is a long hole through which the fastening belt (40) can be inserted.   The tent according to claim 1 or 2, wherein the belt connecting portion (62) includes an engagement hole with which a hook (43) slidably provided on the loop portion is engageable.   The tent according to claim 1 or 2, wherein the belt connecting portion (62) is made of a metal U-shaped shaft (63).   The belt length adjuster (50) comprises two metal rings (51) partially inserted into a bag portion (41) provided at one end of the fastening belt (40). The tent according to any one of the above.   A belt length adjuster (50) is engaged with a female buckle (56) attached to one end of the tightening belt (40) by insertion into the female buckle (56), and is located outside. 6. The male buckle (57) having two side-by-side belt insertion portions (58, 58) into which the other end portion of the fastening belt (40) is inserted at the end portion. The tent according to item 1.

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