Pole tent with eaves and method for constructing the same

Abstract

To provide a method for constructing a pole tent with eaves capable of performing tent construction in proper conditions simply and easily.SOLUTION: A method for constructing a pole tent executes a first anchor member installation step ST2 for anchoring a first anchor member 41 to a corresponding position of a first anchor member connection unit 51 attached to an eaves surface sheet portion 31b, a roof surface sheet construction step ST3 for connecting the first anchor member connection unit 51 to the first anchor member 41, putting up a ceiling surface sheet portion 31a and the eaves surface sheet portion 31b of a tent sheet 3 stretched across a tent pole 21, and forming a state in which an exterior wall surface sheet unit 32 hangs down, a second anchor member installation step ST4 for anchoring a second anchor member 42 to a corresponding position of a second anchor member connection unit 52 connected to the exterior wall surface sheet unit 32, and an exterior wall surface sheet construction step ST5 for connecting the second anchor member connection unit 52 to the second anchor member 42.SELECTED DRAWING: Figure 5

Description

[Technical field]

[0001] The present invention relates to a pole tent and a method for setting up the same, and more particularly to a pole tent with eaves in which, when set up, an eaves surface is formed on the tent roof surface that extends outward beyond the tent outer wall surface, and a method for setting up the same. [Background technology]

[0002] In recent years, various types of tents have appeared along with the boom in outdoor activities such as camping, and the popularity of pole tents, which are set up by lifting the center of a tent sheet with a tent pole and attaching its outer edge in a tensile state to anchor members such as pegs driven into the tent setting surface, is also increasing. As such pole tents, eaves pole tents are known in which the tent roof surface extends outward beyond the tent outer wall surface when set up to form an eaves surface. For example, Non-Patent Document 1 describes such an eaves pole tent, and Non-Patent Document 2 describes how to handle an eaves pole tent, including how to set it up.

[0003] Fig. 7 is a schematic diagram showing a conventional pole tent with eaves and its setup procedure. As shown in Fig. 7(b), the pole tent with eaves (201) includes tent poles (221) erected on the tent setup surface, a tent sheet (203) stretched across the tent poles (221), a number of anchor members (204) such as pegs that are driven into the tent setup surface, and a number of anchor member connectors (205) attached to the tent sheet (203) for connecting to the anchor members (204). The anchor member connectors (205) attached to the tent sheet (203) stretched across the tent poles (221) erected on the tent setup surface are connected in a predetermined tension state to the multiple anchor members (204) driven into the tent setup surface, and the tent sheet (203) is maintained in a setup state with a roof surface and outer wall surfaces, and an eaves surface extending outward beyond the outer wall surfaces formed on the roof surface.

[0004] The method (procedure) for setting up a conventional pole tent with eaves is the same as that for setting up a general pole tent without eaves. That is, after spreading out the tent sheet (203) at the tent pitching site, the positions for driving in the anchor members (204) such as pegs that connect the multiple anchor member connecting parts (205) attached to the outer periphery of the spread tent sheet (203) are determined. Each of the anchor member connecting parts (205) is connected to each of the anchor members (204) that have been driven in and fixed, and the tent sheet (203) is lifted by the tent poles (221) to create a state in which the roof surface sheet part (231) and the outer wall surface sheet part (232) that form the roof surface and outer wall surface of the tent sheet (203) are stretched in a taut state.

[0005] At this time, as with a general pole tent without eaves, the ceiling surface sheet portion (231a) and the outer wall surface sheet portion (232) of the roof surface sheet (231) are set up first (see FIG. 7(a)). After this, the eaves surface sheet portion (231b) that forms the eaves surface extending from the ceiling surface sheet portion (231a) of the roof surface sheet (231) is set up (see FIG. 7(b)). That is, the driving positions of the anchor members (242) that connect the anchor member connecting portions (252) arranged on the lower edge of the exterior wall surface sheet portion (232) are determined, and each of the anchor member connecting portions of the eaves surface sheet portion is connected to the driven-in anchor members to fix the exterior wall surface sheet portion (232). After that, the driving positions of the anchor members (241) that connect the anchor member connecting portions (251) arranged on the tip edge of the eaves surface sheet portion (231b) are determined, and each of the anchor member connecting portions (251) of the eaves surface sheet portion (231b) is connected to the driven-in anchor members (241) to form a state in which the eaves surface sheet portion (231b) is tensioned under a specified tension. [Prior art documents] [Non-patent literature]

[0006] [Non-Patent Document 1] ogawa_2023 Digital Catalog page 42 (https: / / www.campal.co.jp / service / catalog / latest / index.html?pNo=42) [Non-Patent Document 2] Gloke8 Instruction Manual (https: / / www.store-campal.co.jp / user_data / packages / sphone / img / products_detail / 2786%20Gloke8.pdf) Summary of the Invention [Problem to be solved by the invention]

[0007] In the case of a typical pole tent without eaves, the sheet parts forming the roof surface and the outer wall surface are pulled toward the outer periphery at the same inclination angle around the tent pole and fixed to the tent pitching surface. Therefore, by spreading the tent sheet at the tent pitching site, it is not so difficult to determine the position of the anchor member to which the anchor member connecting part attached along the outer periphery of the tent sheet is connected.

[0008] On the other hand, in the case of a pole tent with eaves, the ceiling surface sheet portion of the roof surface sheet portion of the tent sheet hung on the tent pole and the eaves surface sheet portion extending from the ceiling surface sheet portion are pulled in a state of being inclined in the same manner toward the outer periphery with the tent pole as the center. On the other hand, the outer wall surface sheet portion forming the outer wall surface of the tent sheet is pulled downward at a different angle from the joint portion with the eaves surface sheet portion. When setting up the tent sheet to have such a three-dimensional shape, in a method of setting up the tent sheet by first determining the driving position of the anchor member to which the anchor member connecting portion arranged at the lower end of the outer wall surface sheet portion that pulls in a direction different from the roof surface sheet portion is connected, it is necessary to repeatedly adjust the driving position of the anchor member in order to form a state in which the roof surface sheet portion including the ceiling surface sheet portion and the eaves surface sheet portion of the tent sheet is stretched in a targeted tension state. Also, even when a rope for adjusting tension is attached to an anchor part such as a peg as the anchor member connecting portion, it is necessary to repeatedly adjust the tension at each position so that the overall targeted tension state can be obtained. Furthermore, in order to reduce the number of times this tension adjustment needs to be repeated, if the final state in which the eaves sheet is laid, as shown in Figure 7(b), is assumed, and the tent pole is then erected by first determining the position for driving in the anchor members so as to relax the tension in the exterior wall sheet portion, as shown in Figure 7(a), the tent pole will become unstable and cannot be erected safely.

[0009] As described above, the method of setting up a pole tent with eaves has been similar to that of setting up a general pole tent without eaves in the past. Therefore, it takes time to set up a pole tent with eaves, especially for users who have little experience in tent setting, and it is not easy to stretch the tent sheet to the appropriate tension.

[0010] The object of the present invention has been made in consideration of this point, and is to provide a pole tent with eaves that can be set up simply and easily in the proper condition, in the same way as when setting up a general pole tent without eaves. Another object of the present invention is to propose a method for setting up a pole tent with eaves that allows the tent to be set up simply and easily in an appropriate manner, similar to the case of setting up a general pole tent without eaves. [Means for solving the problem]

[0011] In order to solve the above problems, the pole tent with eaves according to the present invention is as follows: One or more tent poles to be erected on the tent pitching surface; A tent sheet stretched across tent poles, A plurality of anchor members fixed to a tent pitching surface; and a plurality of anchor member connectors attached to the tent sheet for connecting to the anchor members; A tent sheet stretched across tent poles erected on the tent pitching surface is connected under a predetermined tension to a plurality of anchor members fixed to the tent pitching surface at anchor member connecting parts, so that the tent sheet has a roof surface and an outer wall surface, and the roof surface has a ceiling surface located inside the outer wall surface and an eaves surface extending outward beyond the outer wall surface, forming a pitched state. The tent sheet includes a roof surface sheet portion that forms a roof surface and an outer wall surface sheet portion that forms an outer wall surface, The roof surface sheet portion has a ceiling surface sheet portion that forms a ceiling surface and an eaves surface sheet portion that forms an eaves surface, the anchor member coupling portion includes a plurality of first anchor member coupling portions and a plurality of second anchor member coupling portions; The first anchor member connecting portion is attached to the leading edge of the eaves sheet portion at predetermined intervals along the leading edge, The second anchor member connecting portions are attached to the lower edge of the exterior wall sheet portion at predetermined intervals along the lower edge of the exterior wall sheet portion, The anchor member includes a plurality of first anchor members to which the first anchor member connecting portions are respectively connected, and a plurality of second anchor members to which the second anchor member connecting portions are respectively connected, The first anchor member and the first anchor member connecting portion are The tent roof surface installation anchor mechanism connects a first anchor member connecting part to a first anchor member fixed to an anchor position determined on the tent installation surface, thereby forming a sheet roof surface installation state in which the ceiling surface sheet part and the eaves surface sheet part are stretched under a predetermined tension with the exterior wall surface sheet part hanging down from the roof surface sheet part, The second anchor member and the second anchor member connecting portion are The tent outer wall surface installation anchor mechanism connects the second anchor member connecting part to the second anchor member fixed to the tent installation surface facing the lower end edge of the outer wall surface sheet part hanging down from the roof surface sheet part when the sheet roof surface is installed. It is characterized by:

[0012] In the pole tent with eaves according to the present invention, the anchor mechanism for erecting the tent roof surface by the first anchor member and the first anchor member connecting part forms a sheet roof surface erection state in which the ceiling surface sheet part and the eaves surface sheet part are stretched under a predetermined tension with the outer wall surface sheet part hanging down from the roof surface sheet part forming the roof surface of the tent sheet, and the anchor mechanism for erecting the tent outer wall surface by the second anchor member and the second anchor member connecting part is configured to fix the lower end edge of the outer wall surface sheet part hanging down from the roof surface sheet part in the sheet roof surface erection state to the tent erection surface. That is, the pole tent with eaves according to the present invention is configured to first fix the outer wall surface sheet part in a hanging state from the roof surface sheet part forming the roof surface of the tent sheet when erecting, and then fix the outer wall surface sheet part hanging down from the roof surface sheet part to the tent erection surface to form the eaves. In the pole tent with eaves according to the present invention, the roof sheet part including the ceiling sheet part and the eaves sheet part is first positioned in a state where it is pulled at the same inclination angle toward the outer periphery around the tent pole, and then when the lower end edge of the hanging outer wall sheet part is fixed to the pitching surface, the roof sheet part and the outer wall sheet part are tensioned. As a result, the tension of the roof sheet part is maintained during pitching, so the tent pole does not become unstable and there is no need to repeatedly adjust the tension. Therefore, according to the pole tent with eaves according to the present invention, the tent can be pitched simply and easily in the appropriate state, just like pitching a general pole tent without eaves.

[0013] In this pole tent with eaves, the first anchor member connection part may be configured with a belt member, a ring member, a loop-shaped string member, a tape member, or a combination of these that cannot be adjusted in length. Unlike conventional pole tents with eaves, the eaves sheet part can be kept in an appropriate tension state from the start of setup to the end without having to adjust the tension later, so there is no need to adjust the length.

[0014] In this pole tent with eaves, it is preferable to provide a long relative position defining member used to define the relative positions between at least two first anchor members in order to determine the anchor positions of the first anchor members on the tent pitching surface. This makes it easier to determine the anchor positions of the first anchor members.

[0015] In this pole tent with eaves, the leading edge of the eaves sheet portion of the tent sheet is preferably provided with a concave leading edge portion that recedes in a direction away from the tent pitching surface between adjacent first anchor member connecting portions, and when pitched, a ventilation gap is preferably formed between the tent pitching surface and the concave leading edge portion, which allows for active air circulation between the eaves space surrounded by the eaves sheet portion and the outer wall sheet portion and the outside.

[0016] In this pole tent with eaves, the lower edge of the outer wall sheet portion that will be located inside the eaves surface of the tent sheet may have a concave lower edge portion that retreats in a direction away from the tent pitching surface between adjacent second anchor member connecting portions, so that a ventilation gap is formed between the tent pitching surface and the concave lower edge portion when pitched. This allows for active air circulation between the tent interior space surrounded by the roof sheet portion and the outer wall sheet portion and the space under the eaves.

[0017] In addition to or in place of the ventilation gap formed by the recessed leading edge or the recessed bottom edge, this pole tent with eaves may have one or more ventilation windows formed in at least one of the eaves sheet portion and the outer wall sheet portion that will be located inside the eaves surface when pitched. The ventilation window may be at least one of a ventilation opening, a ventilation area defined by a breathable material, an openable ventilation opening, and a ventilation area with an openable lid. This allows air circulation between the space under the eaves and the outside, or between the space inside the tent and the space under the eaves to be actively performed.

[0018] The method for setting up the pole tent with eaves according to the present invention is as follows: A method for setting up a pole tent with eaves, comprising the steps of: connecting a plurality of anchor member connecting parts attached to a tent sheet to a plurality of anchor members fixed to a tent pitching surface so as to be in a predetermined tensioned state; and spanning the tent sheet across one or more tent poles erected on the tent pitching surface, thereby setting the tent sheet in a pitched state with a roof surface and outer wall surfaces, the roof surface having a ceiling surface located inside the outer wall surfaces and an eaves surface extending outward beyond the outer wall surfaces, A plurality of first anchor member connecting portions and a plurality of second anchor member connecting portions are disposed as the anchor member connecting portions; The first anchor member connecting portion is attached to the leading edge at a predetermined interval along the leading edge of the eaves surface sheet portion that forms the eaves surface of the tent sheet; The second anchor member connecting portion is attached to the lower end edge at a predetermined interval along the lower end edge of the outer wall surface sheet portion that forms the outer wall surface of the tent sheet; As the anchor members, a plurality of first anchor members to which the first anchor member connecting parts are respectively connected, and a plurality of second anchor members to which the second anchor member connecting parts are respectively connected are prepared; a first anchor member installation step of determining anchor positions for fixing each of the first anchor members in correspondence with each of the first anchor member connecting parts attached to the leading edge of the eaves sheet portion on the tent pitching surface, and fixing the first anchor members to each of the anchor positions; a roof surface sheet installation process in which the first anchor member connecting parts are connected to the corresponding first anchor member connecting parts so that the ceiling surface sheet part and the eaves surface sheet part forming the ceiling surface of the tent sheet stretched across the tent poles erected on the tent installation surface are tensioned to the desired tension state, and the exterior wall surface sheet part hangs down from the roof surface sheet part forming the roof surface; a second anchor member installation step of fixing second anchor members to positions on the tent installation surface corresponding to the second anchor member connection parts attached to the lower end edge of the outer wall surface sheet part hanging down from the roof surface sheet part; an outer wall sheet installation process for connecting the corresponding second anchor member connecting parts to the second anchor members fixed to the tent installation surface; The present invention is characterized by carrying out the following steps.

[0019] In the method for setting up a pole tent with eaves according to the present invention, the roof sheet setting step is performed by fixing the outer wall sheet part in a roof setting state in which it hangs down from the roof sheet part that forms the roof surface of the tent sheet, and then the outer wall sheet part hanging down from the roof sheet part is fixed to the tent setting surface in the outer wall sheet setting step to form the eaves. In the method for setting up a pole tent with eaves according to the present invention, the roof sheet part including the ceiling sheet part and the eaves sheet part is first positioned in a state in which it is pulled at the same inclination angle toward the outer periphery around the tent pole, and then the lower end edge of the hanging outer wall sheet part is fixed to the setting surface, forming a state in which the roof sheet part and the outer wall sheet part are stretched in a taut state. As a result, the tension of the roof sheet part is maintained during the setup, so that the tent pole does not become unstable and there is no need to repeatedly adjust the tension. Therefore, according to the method of setting up a pole tent with eaves of the present invention, the tent can be set up simply and easily in the appropriate manner, just as when setting up a general pole tent without eaves.

[0020] In the method for setting up a pole tent with eaves according to the present invention, the first anchor member installation step determines the anchor positions for fixing the first anchor members in correspondence with the first anchor member connecting parts that are configured with a belt member, a ring member, a loop-shaped string member, a tape member, or a combination of these that cannot be adjusted in length. Unlike the conventional method for setting up a pole tent with eaves, the eaves sheet part can be kept in an appropriate tensioned state from the start of setting up to the end without having to adjust the tension later, so no length adjustment is required.

[0021] In the method for setting up a pole tent with eaves according to the present invention, in the first anchor member installation step, it is preferable to use a long relative position defining member to define the relative positions between at least two first anchor members in order to determine the anchor positions of each of the first anchor members. This makes it easier to determine the anchor positions of the first anchor members when setting up the tent.

[0022] In the method for setting up a pole tent with eaves according to the present invention, it is preferable to form a recessed leading edge portion at the leading edge of the eaves surface sheet portion of the tent sheet, which is recessed in a direction away from the tent pitching surface between adjacent first anchor member connecting portions, and to form a ventilation gap between the tent pitching surface and the recessed leading edge portion when the tent is pitched. The tent can be pitched in a way that actively promotes air circulation between the eaves space surrounded by the eaves surface sheet portion and the outer wall surface sheet portion and the outside.

[0023] In the method for setting up a pole tent with eaves according to the present invention, a concave lower edge portion is formed at the lower edge of the outer wall sheet portion that is located inside the eaves surface of the tent sheet between adjacent second anchor member connecting portions, and a ventilation gap is formed between the tent installation surface and the concave lower edge portion when the tent is set up. The tent can be set up to actively circulate air between the inner space of the tent surrounded by the roof sheet portion and the outer wall sheet portion and the space under the eaves.

[0024] In the method for setting up a pole tent with eaves according to the present invention, a ventilation window is formed in at least one of the eaves sheet portion and the outer wall sheet portion that will be located inside the eaves surface when set up, which is at least one of a ventilation opening, a ventilation area defined by a breathable material, an openable ventilation opening, and a ventilation area with an openable lid, and a ventilation state is ensured between the outside and inside of at least one of the eaves sheet portion and the outer wall sheet portion that will be located inside the eaves surface via the ventilation window. The tent can be set up to actively circulate air between the space under the eaves and the outside, or between the space inside the tent and the space under the eaves. Effect of the Invention

[0025] According to the present invention, a pole tent with eaves is provided that can be set up simply and easily in an appropriate state, just like when a general pole tent without eaves is set up. Also, a method for setting up a pole tent with eaves is proposed that can be set up simply and easily in an appropriate state, just like when a general pole tent without eaves is set up. [Brief description of the drawings]

[0026] [Figure 1] FIG. 1 is an external perspective view of a pole tent with eaves in a set-up state according to an embodiment of the present invention. [Diagram 2] FIG. 2 is a perspective view showing the inside of the eave pole tent of FIG. 1 with partial details. [Diagram 3] 1 is a flowchart showing the procedure for setting up the eave-attached pole tent according to the embodiment. [Figure 4] FIG. 4 is a diagram showing a schematic diagram of a part of the setup procedure shown in FIG. 3. [Diagram 5] FIG. 4 is a schematic diagram showing the tension state of the tent sheet in FIG. 3 during setup. [Figure 6] FIG. 2 is a schematic diagram showing an example of a ventilation window. [Figure 7] FIG. 1 is a schematic diagram showing a conventional pole tent with eaves and a procedure for setting it up. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0027] Fig. 1 is an external perspective view of a pole tent with eaves 1 in a set-up state according to an embodiment of the present invention, and Fig. 2 is a perspective view showing the interior in a see-through manner and showing some details. The pole tent with eaves 1 will be described with reference to these figures. Note that the figures show the left-right direction X, the depth direction Y, and the up-down direction Z when viewed from the front in a set-up state, and these directions will also be used in the description of this specification.

[0028] (1st Pole Tent with Eaves Configuration) The pole tent with eaves 1 (hereinafter, simply referred to as the "pole tent 1") is a prefabricated tent that is set up on a tent setting surface at a tent setting place, and in a set-up state, the front side in the depth direction Y opens as a main entrance and the back side opens as a sub entrance, and is a three-dimensional structure with an internal space (indoor space) formed inside. The pole tent 1 is a prefabricated tent that includes a support member 2 erected on the tent setting surface, a tent sheet 3 stretched across the support member 2, multiple anchor members 4 fixed to the tent setting surface, multiple anchor member connecting parts 5 attached to the tent sheet 3 for connecting to the anchor members 4, and a relative position defining member 6 for determining the anchor positions of the anchor member connecting parts 5 or the support members 2, and is set up by connecting the anchor member connecting parts 5 attached to the tent sheet 3 stretched across the support members 2 erected on the tent setting surface to the multiple anchor members 4 fixed to the tent setting surface at the tent setting place in a predetermined tensioned state. The pole tent 1 is a pole tent with eaves in a pitched state in which the tent sheet 3 has a roof surface and an outer wall surface, and the roof surface has a ceiling surface located inside the outer wall surface and an eaves surface extending outward beyond the outer wall surface. In addition, when pitched, this pole tent 1 can also form an eaves on the outer upper part of the entrance to block sunlight, rain, etc., if necessary.

[0029] The support member 2 includes a tent pole 21 that lifts and supports the ceiling surface in the internal space of the tent sheet 3, a gate-shaped frame 22 that maintains an opening such as an entrance / exit to the internal space, and an eaves pole 23 that supports the eaves that are formed as necessary in an extended state.

[0030] The tent pole 21 is a straight, thin rod made of metal or reinforced plastic that is erected in the internal space of the tent sheet 3 and whose upper end lifts up and supports the ceiling surface of the tent sheet 3. Note that although only one tent pole 21 supporting the ceiling surface is depicted in Fig. 2, multiple tent poles supporting the ceiling surface may be used depending on the shape and size of the internal space.

[0031] The portal frame 22 is a portal-shaped frame made of curved bars made of metal or reinforced plastic, and is erected with both ends on the ground at a large opening such as a doorway to the interior space, and its upper part is held from falling over by, for example, a belt with a hook-and-loop fastener attached near the opening of the tent sheet 3 (see FIG. 2A for details). In the pole tent 1, the portal frames 22 are installed on both sides in the depth direction Y, and are positioned by both ends being inserted into positioning holes formed in the middle of the relative position defining member 6 described below (see FIG. 2B and C for details).

[0032] The eaves pole 23 is a straight, elongated rod made of metal or reinforced plastic, which is set upright outdoors with its lower end on the ground when forming eaves as needed, and whose upper end lifts up and supports the corners of the eaves surface sheet portion 31c of the tent sheet 3 described below (in the pole tent 1 shown in Figure 1, the eaves surface sheet portions 31c formed on both sides in the depth direction Y).

[0033] The tent sheet 3 is made of a plurality of sheet-like fabrics selected from vinyl, cloth, leather, etc., joined by sewing, gluing, etc., or integrated separably with wire fasteners, hook-and-loop fasteners, etc., and functions as a surface body forming the roof surface and outer wall surface of a three-dimensional structure when stretched under tension and set up. When set up, the tent sheet 3 has a roof surface sheet portion 31 that forms the roof surface and an outer wall surface sheet portion 32 that forms the outer wall surface.

[0034] In the pitched state, the roof surface sheet part 31 is supported by the tent pole 21 in a state in which the center is lifted up, and the inner surface becomes the ceiling surface that defines the internal space, and the outer surface becomes the roof surface that protects against rain and wind from the outdoors. The roof surface sheet part 31 has a ceiling surface sheet part 31a that forms the ceiling surface, an eave surface sheet part 31b that forms the eave surface, and an eave surface sheet part 31c that forms the eave surface as necessary. As described above, a belt with a hook-and-loop fastener for supporting the portal frame 22 is attached near the boundary between the ceiling surface sheet part 31a and the eave surface sheet part 31c on the inner surface of the roof surface sheet part 31. The first anchor member connecting parts 51 are attached to the tip edge of the eave surface sheet part 31b at a predetermined interval along the tip edge as described later. The tip edge of the eave surface sheet part 31b has a curved outer shape and is provided with a concave tip edge part that recedes in a direction away from the tent pitching surface between the adjacent first anchor member connecting parts 51. As a result, when the pole tent 1 is set up, a ventilation gap is formed between the tent setting surface and the concave tip edge of the eaves surface sheet portion 31b.

[0035] In the set-up state, the outer wall surface sheet part 32 has an inner surface that serves as a rising inner wall surface that defines the inner space, and an outer surface that serves as an outer wall surface that prevents rain and wind from the outdoors from reaching the inner space. The outer wall surface sheet part 32 is attached to the inner surface of the roof surface sheet part 31 on a surface that extends along the depth direction Y on both sides of the left-right direction X of the roof surface sheet part 31 so as to be separated from the eaves surface sheet part 31b at the boundary (joint part) between the ceiling surface sheet part 31a and the eaves surface sheet part 31b, and in the set-up state, the outer wall surface sheet part 32 is pulled downward at an angle different from the direction in which the roof surface sheet part 31 is pulled.

[0036] As the tent sheet 3 is equipped with each of these parts, when set up, it forms an internal space surrounded by the ceiling surface sheet portion 31a and the exterior wall surface sheet portion 32, forms an under-eaves space sandwiched between the eaves surface sheet portion 31b and the exterior wall surface sheet portion 32, and forms an eave by the eaves surface sheet portion 31c at the upper outer side of the entrance secured inside the gate-shaped frame 22 to block sunlight, rain, etc.

[0037] One example of the anchor member 4 is a peg, which is driven into the pitching surface from the bottom side through a ring formed in the anchor member connecting part 5 described below and hooks the ring-shaped part formed in the anchor member connecting part 5 onto the barb formed at the top end, or after being driven into the pitching surface, hooks the anchor member connecting part 5 described below onto the barb formed at the top end, thereby fixing the tent sheet 3 to the pitching surface. Another example of the anchor member 4 is a weight, which is placed on the anchor member connecting part 5 or hooks the ring-shaped part formed in the anchor member connecting part 5 onto the pitching surface, thereby fixing the tent sheet 3 to the pitching surface by its weight. As described below, the anchor member connecting portion 5 comprises a plurality of first anchor member connecting portions 51, a plurality of second anchor member connecting portions 52, and a plurality of third anchor member connecting portions 53, while the anchor member 4 corresponds to the plurality of first anchor members 41 to which the first anchor member connecting portions 51 are connected, a plurality of second anchor members 42 to which the second anchor member connecting portions 52 are connected, and a plurality of third anchor members 43 to which the third anchor member connecting portions 53 are connected. Note that the first anchor members 41, second anchor members 42, and third anchor members 43 are given different names according to the driving positions, but have the same form.

[0038] The anchor member connecting portion 5 connects the tent sheet 3 to the pitching surface, with one end attached to the tent sheet 3 and the other end formed with a ring-shaped portion so as to be hooked onto the anchor member 4, and connected to the anchor member 4 in the pitched state. The anchor member connecting portion 5 includes a plurality of first anchor member connecting portions 51 attached to the eaves surface sheet portion 31b, a plurality of second anchor member connecting portions 52 attached to the exterior wall surface sheet portion 32, and a plurality of third anchor member connecting portions 53 attached to the eaves surface sheet portion 31c.

[0039] The first anchor member connecting parts 51 are attached to the leading edge of the eaves surface sheet part 31b at a plurality of locations at predetermined intervals (in the pole tent 1 shown in FIG. 1, a total of four locations are attached to the leading edge of the eaves surface sheet part 31b on both sides in the left-right direction X, near the lower corners on the near side and far side in the depth direction Y, respectively). Each first anchor member connecting part 51 is configured to have a fixed length by a belt member, a ring member, a loop-shaped string member, a tape member, or a combination of these that cannot be adjusted in length. In other words, the distance between the part of each first anchor member connecting part 51 that is fixed to the ground of the pitching surface and the part that is supported by the tent pole 21 of the tent sheet 3 is approximately constant. The first anchor member connecting portion 51, together with the first anchor member 41, forms an anchor mechanism for erecting a tent roof surface, which, by connecting the first anchor member connecting portion 51 to the first anchor member 41 fixed to an anchor position positioned on the tent erection surface, forms a sheet roof surface erection state in which the ceiling surface sheet portion 31a and the eaves surface sheet portion 31b are stretched under a predetermined tension with the exterior wall surface sheet portion 32 hanging down from the roof surface sheet portion 31.

[0040] The second anchor member connecting parts 52 are attached to the lower edge of the outer wall surface sheet part 32 at a plurality of locations at predetermined intervals (in the pole tent 1 shown in FIG. 1, a total of four locations are attached to the lower edge of the outer wall surface sheet part 32 on both sides in the left-right direction X, near the lower corners on the front and rear sides in the depth direction Y). Each second anchor member connecting part 52 is formed of a belt member, a ring member, a loop-shaped string member, a tape member, or a combination of these. The second anchor member connecting parts 52 may be configured so that their length cannot be adjusted, like the first anchor member connecting parts 51, but may be configured so that their length can be adjusted using a length-adjustable belt member or string member so that the lower edge position and angle of the rising inner wall surface that defines the internal space can be adjusted. The second anchor member connecting portion 52, together with the second anchor member 42, constitutes an anchor mechanism for setting up on the outer wall surface of a tent which connects the second anchor member connecting portion 52 to the second anchor member 42 which is fixed to the tent setting up surface opposite the lower edge of the outer wall surface sheet portion 32 hanging down from the roof surface sheet portion 31 when the sheet roof surface is set up.

[0041] The third anchor member connecting parts 53 are attached to the leading edge of the eaves surface sheet part 31c at a plurality of locations at predetermined intervals (in the pole tent 1 shown in FIG. 1, a total of four locations near the lower corners of the left and right sides in the left-right direction X of the eaves surface sheet part 31c on both sides in the depth direction Y). Each third anchor member connecting part 33 is configured to be adjustable in length by a belt member, a ring member, a loop-shaped string member, a tape member, or a combination of these.

[0042] The relative position determining member 6 is a long tape member called a building tape that extends to a predetermined width and a predetermined length, and both ends of the member are provided with hooks for hooking onto the annular portions formed on the first anchor member connecting portions 51. The relative position determining member 6 is used to determine the relative positions between at least two first anchor members in order to determine the anchor positions of the first anchor members 41 on the tent pitching surface. In addition, the relative position determining member 6 is provided with a hole in the middle portion into which the end of the portal frame 22 can be fitted, or an annular connecting portion for connecting other relative position determining members, as necessary. In the pole tent 1, the relative position determining member 6 determines the distance between the first anchor member connecting portions 51 when stretched out straight, and the hooks on both ends are installed by being hooked onto the annular portions formed on the two first anchor member connecting portions 51 located at a distance from each other. In the pole tent 1, the first anchor member connecting parts 51 are attached at four locations, and there are six straight lines connecting adjacent first anchor member connecting parts 51, so six relative position defining members 6 formed according to the straight line distances are used (see FIG. 2). Note that each relative position defining member 6 may be separable as a separate body, or overlapping portions or ends may be sewn together to be integrated.

[0043] The pole tent 1 thus constructed is a tent that can be carried in a stored state, and when it is used, the tent sheet 3 spread out at a desired pitching location is supported by the erected support members 2, and the anchor member connecting parts 5 and anchor members 4 attached to the tent sheet 3 are connected to tension the tent sheet to a desired tension, thereby setting it in a pitched state. When use at the pitching location is finished, the anchor member connecting parts 5 and anchor members 4 are disconnected, the support members 2 are removed, and the tension of the tent sheet 3 is released, allowing it to be folded up and returned to the stored state. Next, a method of pitching the pole tent 1 will be described in detail.

[0044] (How to set up pole tent 1) Fig. 3 is a flow chart showing the procedure for setting up the pole tent 1 with eaves according to the embodiment, Fig. 4 is a diagram showing a part of the procedure, and Fig. 5 is a diagram showing the tension of the tent sheet during the setting up. With reference to these figures, the method for setting up the pole tent 1 will be described as an example of the method for setting up the pole tent with eaves according to the present invention.

[0045] The method for erecting the pole tent 1 is to connect the anchor member connecting parts 5 attached to the tent sheet 3 to the anchor members 4 fixed to the tent erection surface so that they are in a predetermined tension state, and to span the tent sheet 3 over the tent poles 21 erected on the tent erection surface, thereby erecting the tent sheet 3 in a desired tension state with a roof surface and an outer wall surface, and with the roof surface having an eaves surface extending outward beyond the outer wall surface. As shown in Fig. 3, the method for erecting the pole tent 1 is performed in the order of a preparation step ST1, a first anchor member installation step ST2, a roof surface sheet erection step ST3, a second anchor member installation step ST4, an outer wall surface sheet erection step ST5, an entrance forming step ST6, a third anchor member installation step ST7, and an eaves surface sheet erection step ST8.

[0046] In the preparation step ST1, a plurality of first anchor member connecting parts 51, a plurality of second anchor member connecting parts 52, and a plurality of third anchor member connecting parts 53 are arranged as the anchor member connecting parts 5, and the first anchor member connecting parts 51 are attached to the leading edge at a predetermined interval along the leading edge of the eaves surface sheet part 31b that forms the eaves surface of the tent sheet 3, the second anchor member connecting parts 52 are attached to the lower edge at a predetermined interval along the lower edge of the outer wall surface sheet part 32 that forms the outer wall surface of the tent sheet 3, and the third anchor member connecting parts 53 are attached to the leading edge at a predetermined interval along the leading edge of the eaves surface sheet part 31c. If the anchor member connecting parts 5 have already been integrated with the tent sheet 3 by sewing or the like, it is deemed that these attachment operations have been performed. As the anchor members 4, a plurality of first anchor members 41 to which the first anchor member connecting parts 51 are respectively connected, a plurality of second anchor members 42 to which the second anchor member connecting parts 52 are respectively connected, and a plurality of third anchor members 43 to which the third anchor member connecting parts 53 are respectively connected are prepared. If it is desired to actively circulate air in the space under the eaves, it is advisable to form a ventilation gap by a concave tip edge in the eaves surface sheet portion 31b. Then, in the preparation process ST1, the tent sheet 3 etc. carried in a stored state is spread out on the tent pitching surface at the desired pitching location.

[0047] In the first anchor member installation step ST2, anchor positions for fixing each of the first anchor members 41 are determined in correspondence with each of the first anchor member connecting parts 51 attached to the leading edge of the eaves sheet part 31b on the tent pitching surface, and the first anchor members 41 are fixed to each of the anchor positions (see FIG. 4(a)). For example, a peg as the first anchor member 41 is driven into the ground from its leading end through a ring part provided in the first anchor member connecting part 51. In the first anchor member installation step ST2, anchor positions for fixing each of the first anchor members 41 may be determined in correspondence with each of the first anchor member connecting parts 51 that are configured by a belt member, a ring member, a loop-shaped string member, a tape member, or a combination of these that cannot be adjusted in length. In addition, in the first anchor member installation step ST2, a long relative position defining member 6 such as a building tape is used to determine the anchor positions of each of the first anchor members 41, and it is preferable to define the relative positions between at least two first anchor members 41.

[0048] In the roof surface sheet erection step ST3, first, the corresponding first anchor member connecting parts 51 are connected to the fixed first anchor members 41 (for example, a peg as the first anchor member 41 is further driven in, and the ring-shaped part formed on the first anchor member connecting part 51 is hooked to the upper end bar to connect). Next, the tent pole 21 is erected on the tent erection surface from the inside of the tent sheet so as to span the tent sheet 3 across the tent pole 21, and the ceiling surface sheet part 31a of the tent sheet 3 is lifted (see FIG. 4(a)). As a result, the ceiling surface sheet part 31a and the eaves surface sheet part 31b of the roof surface sheet part 31 of the tent sheet 3 spanned across the tent pole 21 are stretched to a targeted tension state, and the exterior wall surface sheet part 32 forms a roof surface erection state in which it hangs down from the roof surface sheet part 31. As a result, the ceiling surface sheet portion 31a and the eaves surface sheet portion 31b of the tent sheet 3 are sufficiently tensed between the ceiling surface sheet portion 31a supported by the tent pole 21 and the first anchor member connection portion 51, so that the tent pole 21 does not wobble (see also Figure 5(a)).

[0049] In the second anchor member installation process ST4, the second anchor members 42 are fixed to positions on the tent installation surface corresponding to each of the second anchor member connecting portions 52 attached to the lower edge of the exterior wall surface sheet portion 32 hanging down from the roof surface sheet portion 31 (see Figure 4(b)).

[0050] In the exterior wall surface sheet erection step ST5, the second anchor members 42 fixed to the tent erection surface are each connected to the corresponding second anchor member connecting parts 52 (for example, a peg serving as the second anchor member 42 is further driven in and the upper end of the peg is hooked onto the ring-shaped part formed on the second anchor member connecting part 52 to connect them) (see FIG. 4(b)). Then, the exterior wall surface sheet part 32 is put into a tensioned state to form an exterior wall surface, and an internal space is defined inside the ceiling surface sheet part 31a and the exterior wall surface sheet part 32, which are already in a tensioned state, and an under-eaves space is defined between the eaves surface sheet part 31b, which is already in a tensioned state, and the exterior wall surface sheet part 32 (see also FIG. 5(b)).

[0051] In the entrance / exit forming step ST6, the portal frame 22 is erected inside the roof surface sheet part 31. Specifically, both ends of the portal frame 22 are positioned, for example, by inserting them into positioning holes formed at the middle positions of the relative position defining members 6 extending in the left-right direction X on both sides of the depth direction Y, and then the portal frame 22 is placed on the ground, and the upper part of the portal frame 22 is wrapped with a belt with a hook-and-loop fastener attached to the inner surface of the roof surface sheet part 31 to prevent it from falling over, and the portal frame 22 is held by the tent sheet 3 (see FIG. 4(c)). This ensures an opening such as an entrance surrounded by the portal frame 22. The part of the roof surface sheet part 31 that holds the portal frame 22 becomes the boundary between the ceiling surface sheet part 31a and the eaves surface sheet part 31c, and the part extending horizontally at the upper part of the portal frame 22 also functions as the base end of the eaves to be formed later.

[0052] In the third anchor member installation step ST7, the third anchor members 43 are fixed to positions on the tent pitching surface corresponding to the third anchor member connecting parts 53 attached to the linear edge of the eave surface sheet portion 31c (see FIG. 4(d)).

[0053] In the eaves surface sheet erection process ST8, the eaves pole 23 is erected at a specified outdoor position with its lower end on the ground, and the vicinity of the corner of the eaves surface sheet portion 31c is raised with its upper end, while the length-adjustable third anchor member connecting portion 53 attached to the eaves surface sheet portion 31c is connected to the third anchor member 43. Then, the length of the third anchor member connecting portion 33 is adjusted, and the eaves surface sheet portion 31c is put into a taut state to form the eaves (see FIG. 4(d)). This completes the erection of the pole tent 1.

[0054] (Action and effect) In the pole tent 1, the tent roof surface erection anchor mechanism consisting of the first anchor member 41 and the first anchor member connecting portion 51 forms a sheet roof surface erection state in which the ceiling surface sheet portion 31a and the eaves surface sheet portion 31b are stretched under a predetermined tension with the exterior wall surface sheet portion 32 hanging down from the roof surface sheet portion 31 forming the roof surface of the tent sheet 3, and the tent exterior wall surface erection anchor mechanism consisting of the second anchor member 42 and the second anchor member connecting portion 52 is configured to fix the lower end edge of the exterior wall surface sheet portion 32 hanging down from the roof surface sheet portion 31 in the sheet roof surface erection state to the tent erection surface. That is, when erecting the pole tent 1, first, the exterior wall surface sheet portion 32 is fixed in a hanging state from the roof surface sheet portion 31 forming the roof surface of the tent sheet 3, and then the exterior wall surface sheet portion 32 hanging down from the roof surface sheet portion 31 is fixed to the tent erection surface to form the eaves. In the pole tent 1, the roof surface sheet part 31 including the ceiling surface sheet part 31a and the eaves surface sheet part 31b is first positioned in a state where it is pulled at the same inclination angle toward the outer periphery side around the tent pole 21, and then when the lower end edge of the hanging state of the outer wall surface sheet part 32 is fixed to the installation surface, the roof surface sheet part 31 and the outer wall surface sheet part 32 are in a taut state. As a result, the taut state of the roof surface sheet part 31 is maintained during installation, so that the tent pole 21 does not become unstable and there is no need to repeatedly adjust the tension. Therefore, according to the pole tent 1, the tent can be simply and easily set up in an appropriate state, just like when setting up a general pole tent without eaves.

[0055] In addition, in the method for setting up the pole tent 1, the roof surface sheet part 31 that forms the roof surface of the tent sheet 3 is fixed in a roof surface setting state in which the outer wall surface sheet part 32 hangs down from the roof surface sheet part 31 in the roof surface sheet setting step ST3, and then the outer wall surface sheet part 32 hanging down from the roof surface sheet part 31 is fixed to the tent setting surface in the outer wall surface sheet setting step ST5 to form the eaves. In the method for setting up the pole tent 1, the roof surface sheet part 31 including the ceiling surface sheet part 31a and the eaves surface sheet part 31b is first positioned in a state in which it is pulled at the same inclination angle toward the outer periphery side with the tent pole 21 as the center, and then the lower end edge of the hanging outer wall surface sheet part 32 is fixed to the setting surface, forming a state in which the roof surface sheet part 31 and the outer wall surface sheet part 32 are stretched in a taut state. As a result, the taut state of the roof surface sheet part 31 is maintained during setting up, so that the tent pole 21 does not become unstable and repeated tension adjustment is not required. Therefore, according to the method for setting up the pole tent 1, the tent can be set up simply and easily in the proper condition, in the same way as when setting up a general pole tent without eaves.

[0056] In the pole tent 1, the first anchor member connecting parts 51 are composed of a belt member, a ring member, a loop-shaped string member, a tape member, or a combination thereof that cannot be adjusted in length. In the pitching method of the pole tent 1, the first anchor member installation step ST2 determines the anchor positions for fixing the first anchor members 41 in correspondence with the first anchor member connecting parts 51 that are composed of a belt member, a ring member, a loop-shaped string member, a tape member, or a combination thereof that cannot be adjusted in length. Unlike conventional pole tents with eaves, the eaves sheet part can be kept in an appropriate tensioned state from the start of pitching to the end without having to adjust the tension later, so no length adjustment is required.

[0057] The pole tent 1 is provided with a long relative position defining member 6 used to define the relative positions between at least two first anchor members 41 in order to determine the anchor positions of the first anchor members 41 on the tent pitching surface. In addition, in the pitching method for the pole tent 1, in the first anchor member installation step ST2, the long relative position defining member 6 is used to define the relative positions between at least two first anchor members 41 in order to determine the anchor positions of each of the first anchor members 41. This makes it easier to determine the anchor positions of the first anchor members 41.

[0058] In the pole tent 1, the leading edge of the eaves surface sheet portion 31b of the tent sheet 3 has a concave leading edge portion that retreats in a direction away from the tent pitching surface between adjacent first anchor member connecting portions 51, so that in the pitched state, a ventilation gap is formed between the tent pitching surface and the concave leading edge portion. In addition, in the pitching method of the pole tent 1, the leading edge of the eaves surface sheet portion 31b of the tent sheet 3 is formed with a concave leading edge portion that retreats in a direction away from the tent pitching surface between adjacent first anchor member connecting portions 51, so that in the pitched state, a ventilation gap is formed between the tent pitching surface and the concave leading edge portion. This allows air to circulate actively between the eaves space surrounded by the eaves surface sheet portion 31b and the outer wall surface sheet portion 32 and the outside.

[0059] (Other forms) Although the present invention has been described based on the above embodiment, the present invention is not limited to the above embodiment. The present invention can be embodied in various forms without departing from the spirit of the present invention, and for example, the following modifications are also possible.

[0060] (1) The numbers, materials, shapes, positions, sizes, and the like of the components described in the above embodiments are merely examples and may be changed without impairing the effects of the present invention.

[0061] (2) In the above embodiment, the tent sheet 3 does not have a fabric that functions as a surface of the floor of the internal space, but the present invention is not limited to this. It is also preferable that the tent sheet has a floor sheet portion that forms the floor surface of the internal space.

[0062] (3) In the above embodiment, the tent pole 21 is described as being erected in the internal space of the tent sheet 3 and lifting up and supporting the roof surface sheet portion 31 of the tent sheet 3, but the present invention is not limited to this. For example, the tent pole may be formed into a frame shape and erected outdoors, from which the roof surface sheet portion of the tent sheet is suspended.

[0063] (4) In the above embodiment, the anchor member connecting portion 5 is described as having one end attached to the tent sheet 3 and the other end formed with a ring-shaped portion so that it can be hooked onto the anchor member 4, but the present invention is not limited to this. The anchor member connecting portion only needs to have the function of fixing the tent sheet to the ground, and for example, the anchor member connecting portion can be configured to reinforce the periphery of a through hole formed in the tent sheet with a reinforcing ring member such as a grommet. If the anchor member is driven into the ground so that it passes through such a reinforcing ring member, the tent sheet can be fixed to the ground.

[0064] (5) In the above embodiment, the eaves surface sheet portion 31b has a curved outer shape at the tip edge, and has a concave tip edge portion that retreats in a direction away from the tent pitching surface between the adjacent first anchor member connecting portions 51, and the pole tent 1 has been described as having a ventilation gap formed between the tent pitching surface and the concave tip edge portion of the eaves surface sheet portion 31b in the pitched state. It is also preferable that such a ventilation gap is formed in the outer wall surface sheet portion. In other words, the lower edge of the outer wall surface sheet portion 32 that is located inside the eaves surface of the tent sheet 3 has a concave lower edge portion that retreats in a direction away from the tent pitching surface between the adjacent second anchor member connecting portions 52, and a ventilation gap may be formed between the tent pitching surface and the concave lower edge portion in the pitched state. Air circulation can be actively performed between the tent interior space surrounded by the roof surface sheet portion 31 and the outer wall surface sheet portion 32 and the space under the eaves.

[0065] (6) In addition to or in addition to the ventilation gap between the tent pitching surface and the concave leading edge portion of the eaves surface sheet portion, or between the tent pitching surface and the concave lower edge portion of the lower end of the outer wall surface sheet portion, it is also preferable to provide a ventilation window as follows.

[0066] FIG. 6 is a schematic diagram showing an example of a ventilation window. The ventilation window 107 shown in FIG. 6 is composed of a mesh-like breathable material 171 through which air passes between the outer surface side and the inner surface side, a joining member 172 such as a line fastener or a hook-and-loop fastener provided around the breathable material 171, and an opening / closing lid 173 that overlaps the breathable material 171 and is attached by the joining member 172 so as to be openable and closable. By arranging one or more such ventilation windows 107 in a predetermined area of ​​the eaves sheet part and the outer wall sheet part of the tent sheet, air circulation between the eaves space and the outside, or a ventilation state between the tent internal space and the eaves space can be ensured, and air circulation can be actively performed. In addition to such a structure in which the ventilation window has a ventilation area with an opening / closing lid, for example, a structure in which the ventilation window has a ventilation opening, a structure in which the ventilation area is defined by the breathable material, a structure in which the ventilation window has an opening / closing type ventilation opening, etc. can be adopted. [Explanation of symbols]

[0067] 1...Eaves-attached pole tent (pole tent), 2...Support member, 3...Tent sheet, 4...Anchor member, 5...Anchor member connecting portion, 6...Relative position determining member, 21...Tent pole, 22...Gate-shaped frame, 23...Eaves pole, 31...Roof surface sheet portion, 31a...Ceiling surface sheet portion, 31b...Eaves surface sheet portion, 31c...Eaves surface sheet portion, 32...External wall surface sheet portion, 41...First anchor member, 42...Second anchor member, 43...Third anchor member, 51...First anchor member connecting portion Connection part, 52... second anchor member connection part, 53... third anchor member connection part, 107... ventilation window, 171... breathable material, 172... joining member, 173... opening and closing cover, ST1... preparation process, ST2... first anchor member installation process, ST3... roof surface sheet installation process, ST4... second anchor member installation process, ST5... exterior wall surface sheet installation process, ST6... entrance / exit formation process, ST7... third anchor member installation process, ST8... eaves surface sheet installation process, X... left-right direction, Y... depth direction, Z... up-down direction

Claims

1. One or more tent poles to be erected on the tent pitching surface; A tent sheet stretched across the tent poles; A plurality of anchor members fixed to the tent pitching surface; and a plurality of anchor member connectors attached to the tent sheet for connecting to the anchor members; The tent sheet is stretched across the tent poles erected on the tent pitching surface, and the anchor member connecting parts attached to the tent sheet are connected under a predetermined tension to the plurality of anchor members fixed to the tent pitching surface, so that the tent sheet has a roof surface and an outer wall surface, and the roof surface has a ceiling surface located inside the outer wall surface and an eaves surface extending outward beyond the outer wall surface, forming a pitched state. The tent sheet includes a roof surface sheet portion that forms the roof surface and an outer wall surface sheet portion that forms the outer wall surface, The roof surface sheet portion has a ceiling surface sheet portion that forms the ceiling surface and an eaves surface sheet portion that forms the eaves surface, the anchor member coupling portion comprises a plurality of first anchor member coupling portions and a plurality of second anchor member coupling portions; The first anchor member connecting portion is attached to the leading edge of the eaves sheet portion at a predetermined interval along the leading edge, The second anchor member connecting portion is attached to the lower end edge of the outer wall surface sheet portion at a predetermined interval along the lower end edge, The anchor member includes a plurality of first anchor members to which the first anchor member connecting portions are respectively connected, and a plurality of second anchor members to which the second anchor member connecting portions are respectively connected, The first anchor member and the first anchor member connecting portion are a tent roof surface installation anchor mechanism which connects the first anchor member connecting portion to the first anchor member fixed to an anchor position determined on the tent installation surface, thereby forming a sheet roof surface installation state in which the ceiling surface sheet portion and the eaves surface sheet portion are stretched under a predetermined tension with the exterior wall surface sheet portion hanging down from the roof surface sheet portion; The second anchor member and the second anchor member connecting portion are This is an anchor mechanism for setting up the outer wall surface of a tent, which connects the second anchor member connecting portion to the second anchor member fixed to the tent setting surface opposite the lower edge of the outer wall surface sheet portion hanging down from the roof surface sheet portion when the sheet roof surface is set up.

2. In the pole tent with eaves according to claim 1, A pole tent in which the first anchor member connection portion is constituted by a belt member, a ring member, a loop-shaped string member, a tape member, or a combination thereof that cannot be adjusted in length.

3. In the pole tent with eaves according to claim 1, A pole tent with eaves is provided with a long relative position determining member used to determine the relative position between at least two of the first anchor members in order to determine the anchor position of the first anchor member on the tent pitching surface.

4. In the pole tent with eaves according to claim 1, The leading edge of the eaves sheet portion of the tent sheet has a concave leading edge portion that recedes in a direction away from the tent pitching surface between adjacent first anchor member connecting portions, In the pitched state, a ventilation gap is formed between the pitching surface of the tent and the concave tip edge portion.

5. The pole tent with eaves according to claim 4, The lower edge of the outer wall sheet portion that is to be located inside the eaves surface of the tent sheet has a concave lower edge portion that recedes in a direction away from the tent pitching surface between adjacent second anchor member connecting portions, This pole tent with eaves is configured so that, in the pitched state, a ventilation gap is formed between the pitching surface of the tent and the concave lower edge portion.

6. The pole tent according to any one of claims 1 to 5, The tent is provided with one or more ventilation windows formed in at least one of the eaves surface sheet portion and the exterior wall surface sheet portion that is to be located inside the eaves surface in the set-up state, The ventilation window of the eave pole tent is at least one of a ventilation opening, a ventilation area defined by a breathable material, an openable ventilation opening, and the ventilation area with an openable lid.

7. A method for setting up a pole tent with eaves, comprising the steps of: connecting a plurality of anchor member connecting parts attached to a tent sheet to each of a plurality of anchor members fixed to a tent pitching surface so as to be in a predetermined tensioned state; and spanning the tent sheet across one or more tent poles erected on the tent pitching surface, thereby setting the tent sheet in a pitched state with a roof surface and outer wall surfaces, the roof surface having a ceiling surface located inside the outer wall surfaces and an eaves surface extending outward beyond the outer wall surfaces, A plurality of first anchor member connecting portions and a plurality of second anchor member connecting portions are arranged as the anchor member connecting portions; The first anchor member connecting portion is attached to the leading edge at a predetermined interval along the leading edge of the eaves surface sheet portion that forms the eaves surface of the tent sheet, The second anchor member connecting portion is attached to the lower end edge at a predetermined interval along the lower end edge of the outer wall surface sheet portion that forms the outer wall surface of the tent sheet, As the anchor members, a plurality of first anchor members to which the first anchor member connecting portions are respectively connected, and a plurality of second anchor members to which the second anchor member connecting portions are respectively connected are prepared; a first anchor member installation step of determining anchor positions for fixing each of the first anchor members in correspondence with each of the first anchor member connecting parts attached to the leading edge of the eaves sheet portion on the tent pitching surface, and fixing the first anchor members to each of the anchor positions; a roof surface sheet installation process in which the first anchor member connecting parts are connected to the corresponding first anchor member connecting parts so that the ceiling surface sheet part and the eaves surface sheet part of the tent sheet that is stretched across the tent poles erected on the tent installation surface are tensioned to the desired tension state, and the exterior wall surface sheet part hangs down from the roof surface sheet part that forms the roof surface; a second anchor member installation step of fixing the second anchor members to positions on the tent installation surface corresponding to the second anchor member connecting portions attached to the lower end edge of the exterior wall surface sheet portion hanging down from the roof surface sheet portion; an exterior wall sheet installation process for connecting each of the second anchor member connecting portions to each of the second anchor members fixed to the tent installation surface; A method for setting up a pole tent with eaves, comprising the steps of:

8. The method for setting up a pole tent with eaves according to claim 7, In the first anchor member installation step, A method for setting up a pole tent with eaves, in which anchor positions for fixing each of the first anchor members are determined in correspondence with each of the first anchor member connecting parts which are constituted by a belt member, a ring member, a loop-shaped string member, a tape member, or a combination thereof that cannot be adjusted in length.

9. The method for setting up a pole tent with eaves according to claim 7, In the first anchor member installation step, A method for pitching an eave pole tent, comprising the steps of: determining the anchor positions of each of the first anchor members by using an elongated relative position determining member to determine the relative positions between at least two of the first anchor members.

10. The method for setting up a pole tent with eaves according to claim 7, A recessed tip edge portion is formed on the tip edge of the eaves sheet portion of the tent sheet between adjacent first anchor member connecting portions, the recessed tip edge portion being recessed in a direction away from the tent pitching surface, A method for pitching a pole tent with eaves, in which, in the pitched state, a ventilation gap is formed between the tent pitching surface and the concave tip edge portion.

11. The method for setting up a pole tent with eaves according to claim 10, A concave lower edge portion is formed on the lower edge of the outer wall sheet portion that is to be located inside the eaves surface of the tent sheet between the adjacent second anchor member connecting portions, the concave lower edge portion being recessed in a direction away from the tent pitching surface, A method for pitching a pole tent with eaves, in which, in the pitched state, a ventilation gap is formed between the tent pitching surface and the concave lower edge portion.

12. A method for setting up a pole tent with eaves according to any one of claims 7 to 11, At least one of the eaves surface sheet portion and the exterior wall surface sheet portion that will be located inside the eaves surface in the set-up state is provided with a ventilation window, which is at least one of a ventilation opening, a ventilation area defined by a breathable material, an openable ventilation opening, and the ventilation area with an openable lid; A method for setting up an eave-equipped pole tent that ensures ventilation between the outside and inside of at least one of the eave surface sheet portion and the exterior wall surface sheet portion that will be located inside the eave surface through the ventilation window.

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