KR20230140006A - Tent locking device and rooftop tent equipped with this - Google Patents

Abstract

The present invention provides a tent locking device for stably maintaining the unfolded or folded state of a rooftop tent installed on the roof of a vehicle and preventing the rooftop tent from arbitrarily unfolding during the vehicle's driving process, and a rooftop tent equipped with the same. It's about.
For this purpose, the tent locking device has an opening and closing link unit, one end of which is slideably linked to the roof base unit via an opening and closing drive unit, and the other end of which is connected to a bracket body and a bracket body connected to an opening and closing rod linked to the cover unit. A bracket module including a long locking guide, one end of the opening/closing link unit is link-connected to the opening/closing rod, and the other end is spaced from the opening/closing drive unit and link-connected to an auxiliary rod linked to the roof base unit; A locking link module including a locking slider that is slidably coupled to the locking guide while provided on a locking rod, and is spaced apart from the locking guide and elastically supported rotatably on the bracket body, and a locking slider when the cover unit is fully raised. It includes a gripping module that is engaged.

Description

Tent locking device and rooftop tent equipped with it {TENT LOCKING DEVICE AND ROOFTOP TENT EQUIPPED WITH THIS}

The present invention relates to a tent locking device and a rooftop tent equipped therewith, and more specifically, to stably maintain the unfolded or folded state of a rooftop tent installed on the roof of a vehicle, and to maintain the rooftop tent in a stable state during the driving process of the vehicle. This relates to a tent locking device to prevent the tent from arbitrarily unfolding and a rooftop tent equipped with it.

Recently, due to the improvement in living standards, various leisure products that allow people to enjoy leisure activities outside of their daily lives have been developed and released. Among them, rooftop tents, which install a tent on the roof of a vehicle and can be used like a mobile home, are gaining popularity. Car rooftop tents are a harmonization of leisure and car culture. Unlike large trailers or camping cars, they can be easily driven by being mounted on the roof of a car at all times, and can be conveniently and quickly installed to use as a tent when needed. For this reason, its use has been increasing recently.

The camping population in Korea is also gradually increasing, and the domestic camping population introduced through news materials is estimated at 6 million, and the size of the camping-related market can be estimated at 10 trillion through estimation calculations. However, compared to this market size, most of the domestic camping supplies and equipment are copies of foreign brands, and most of the product components are not beyond the scope of imitation, so in terms of quality, they are at a level comparable to European or American products. It's not getting there.

Republic of Korea Patent Publication No. 10-2103227 (2020. 04. 23 notice, title of invention: Rooftop tent pop-up device)

The purpose of the present invention is to solve the conventional problems, to stably maintain the unfolded or folded state of the rooftop tent installed on the roof of the vehicle, and to prevent the rooftop tent from arbitrarily unfolding during the driving process of the vehicle. We provide a tent locking device and a rooftop tent equipped with it.

According to a preferred embodiment for achieving the object of the present invention described above, the tent locking device according to the present invention includes an opening and closing link unit that connects the cover unit to be movable by lifting and lowering with respect to the roof base unit, and is provided in the roof base unit. When operated by an opening and closing drive unit, it is a tent locking device that maintains a completed state of raising the cover unit or a completed state of lowering the cover unit with respect to the roof base unit, and one end of the opening and closing link unit is connected to the opening and closing drive unit. A bracket module including a bracket body that is slideably link coupled to the roof base unit and the other end of which is coupled to an opening and closing rod linked to the cover unit, and a locking guide provided long on the bracket body; One end of the opening/closing link unit is link-connected to the opening/closing rod, and the other end is spaced from the opening/closing drive unit, and a locking rod is link-connected to an auxiliary rod linked to the roof base unit, and a state provided on the locking rod. a locking link module including a locking slider movably coupled to the locking guide; and a gripping module spaced apart from the locking guide, rotatably and elastically supported by the bracket body, and engaging the locking slider when the cover unit is fully raised.

Here, the gripping module includes a gripping body rotatably coupled to the bracket body via a gripping rotation axis; a limit rod protruding from the grip body to intersect the locking guide in an idle state; a grip hook that protrudes from the grip body to face the limit rod and is spaced apart from the locking guide in an idle state; a locking seating portion provided between the limit rod and the grip hook, into which the locking slider can be inserted; and an elastic grip member that elastically supports the grip body based on the bracket body so that the limit rod and the grip hook are positioned in an idling state.

The tent locking device according to the present invention further includes a locking setting module that is spaced apart from the locking guide, is rotatably elastically supported by the bracket module, and is engaged with the gripping module when the lid unit is fully raised.

Here, the locking setting module includes: a locking support module spaced apart from the locking guide and rotatably elastically supported by the bracket module, and engaging the gripping module when the lid unit is fully raised; a release lever module spaced apart from the locking guide and rotatably coupled to the bracket module, and disengaging the gripping module and the locking support module when the cover unit is completely lifted by rotation by an external force; and is spaced apart from the locking guide and elastically supported to be rotatable by the bracket module, and is engaged with the locking support module as the locking combination between the gripping module and the locking support module is released by the release lever module, and the gripping It includes a grip interlocking module that releases the locking combination with the locking support module as it rotates by the rotation of the module.

Here, the gripping module includes a limiting groove into which the locking setting module is engaged when the lid unit is fully raised, and the locking support module is rotatably coupled to the bracket body via a support rotation axis. Locking support body; a locking insertion protrusion provided on the locking support body and engaged with the limiting groove portion; and a support elastic member that elastically supports the locking support body with respect to the bracket body so that the locking connection between the limiting groove portion and the locking insertion protrusion is maintained in an idle state.

Here, the bracket body includes a setting guide that is long and spaced apart from the locking guide, and the locking support module is formed to protrude from the locking support body and moves to the setting guide as the locking support body rotates. It further includes an operating slider fitted and coupled to enable slide movement, wherein the release lever module includes a lever body rotatably coupled to the bracket body via a lever rotation axis; a lever guide that is long provided on the lever body so as to intersect the setting guide and is fitted and coupled to enable the operation slider to slide; and a release operation lever that protrudes from an edge of the bracket body and protrudes from the lever body to apply an external force.

Here, the locking support module further includes a support stop protrusion protruding from the locking support body, and the gripping module includes a gripping operation protrusion that rotates the gripping interlocking module according to rotation of the gripping module. The gripping interlocking module includes: an interlocking body rotatably coupled to the bracket body via an interlocking rotation axis; An idle stop protrusion that is caught and supported by the bracket body in an idle state; an interlocking locking protrusion engaged with the support stop protrusion as the locking combination of the limiting groove portion and the locking insertion protrusion is released by the release lever module; an interlocking operation protrusion protruding from the interlocking body between the idle stop protrusion and the interlocking locking protrusion so that the gripping operation protrusion presses as the grip module rotates; and an interlocking elastic member that elastically supports the interlocking body with respect to the bracket body so that the engagement between the bracket body and the idle stop protrusion is maintained in an idle state.

The rooftop tent according to the present invention includes a roof base unit coupled to the roof of a vehicle; a cover unit arranged to be liftable on an upper side of the roof base unit; A tent unit that has a lower end coupled to the edge of the roof base unit, an upper end coupled to the cover unit, and forms a tent space between the roof base unit and the cover unit as the cover unit rises from the roof base unit. ; A support link unit connecting one side of the cover unit to be able to lift and lower with respect to one side of the roof base unit at the front side based on the driving direction of the vehicle; One side of the cover unit is connected to the roof base unit at the rear side based on the driving direction of the vehicle so that it can be lifted and lowered, one end is linked to the roof base unit so as to be slideable, and the other end is connected to the cover unit. An opening and closing link unit including an opening and closing rod that is link coupled to the opening and closing rod, one end of which is link coupled to the opening and closing rod and an auxiliary rod that has the other end of which is link coupled to the roof base unit; an opening and closing drive unit that operates the opening and closing link unit to move the cover unit up and down with respect to the roof base unit; And when the opening and closing link unit is operated by the opening and closing driving unit, a tent locking unit that maintains the raised state of the cover unit or the completed lowered state of the cover unit with respect to the roof base unit.

Here, the tent unit includes a tent member whose lower end is coupled to the roof base unit and whose upper end is coupled to the cover unit, forming a tent space therein; and a folding module that folds the tent member toward the tent space when the cover unit descends toward the roof base unit.

Here, the folding module includes: a first link coupled to the roof base unit or provided on the tent member; a second link coupled to the cover unit or provided on the tent member, and linked to the first link; and a folding elastic unit that elastically supports the second link with respect to the first link so that the joint portion of the first link and the second link moves into the tent space when the cover unit descends toward the roof base unit. Includes absence;

Here, the folding module further includes a pocket member provided on the tent member and in which the first link, the second link, and the folding elastic member are embedded.

Here, the tent locking unit includes a tent locking device according to the present invention.

The rooftop tent according to the present invention includes a locking setting module provided on the roof base unit and to which the auxiliary rod is linked; and a locking module provided on the opening and closing rod adjacent to the cover unit and detachably coupled to the locking setting module.

The rooftop tent according to the present invention includes a link guide provided long on the latching setting module; and a link slider provided on the auxiliary rod and movably coupled to the link guide, wherein the opening and closing link unit includes: an opening and closing guide that is long provided on the cover unit; and an opening/closing slider provided on the opening/closing rod and coupled to the opening/closing guide to enable sliding movement.

Here, the jamming setting module includes: a jamming setting member provided on the roof base unit and provided with the link guide; and a protruding fitting groove portion in the locking setting member that is spaced apart from the link guide and into which the locking module is fitted.

According to the tent locking device according to the present invention and the rooftop tent equipped with the same, the unfolded or folded state of the rooftop tent installed on the roof of the vehicle is maintained stably, and the rooftop tent is arbitrarily unfolded during the driving process of the vehicle. can be prevented.

In addition, the present invention can facilitate the slide movement of the locking link module and the limited rotation of the gripping module through the detailed coupling relationship of the bracket module.

In addition, the present invention can facilitate the limited rotation of the lock rod and the slide movement of the lock slider in conjunction with the operation of the opening and closing link unit through the detailed coupling relationship of the locking link module.

In addition, the present invention facilitates the limited rotation of the grip body according to the movement of the lock slider through the detailed coupling relationship of the grip module, and can stably grip the lock slider that slides in the opening and closing guide at a specific position, and locks it. When the slider leaves the locking seat, the grip body can be clearly returned to its original position by elastic force.

In addition, the present invention maintains the operating state of the support link unit and the opening/closing link unit stably even when a vertical load is applied through the coupling relationship of the lock setting module, and can stably withstand wind pressure.

In addition, the present invention clearly restricts the slide movement of the lock slider in the opening and closing guide in response to the completion of the lifting of the cover unit through the detailed coupling relationship of the lock setting module, and the grip module and lock support module according to the operation of the release lever module. The rotation of the gripping module can be set freely by simply releasing the locking combination, and the slide movement of the locking slider in the opening/closing guide can be clearly restricted in response to the completion of the lowering of the cover unit.

In addition, the present invention can stably maintain the locking engagement between the limiting groove and the locking insertion protrusion through the detailed coupling relationship of the locking support module and prevent the gripping module from rotating when the lid unit is fully raised.

In addition, the present invention can easily release the locking combination of the limiting groove and the locking insertion protrusion for lowering the cover unit through the detailed coupling relationship of the release lever module, and can clarify the linkage between the lock support module and the release lever module. You can.

In addition, the present invention prevents the locking support module from returning to its original position when the locking combination of the limiting door and the locking insertion protrusion is released through the detailed coupling relationship of the gripping interlocking module, and the locking slider is locked according to the operation of the opening and closing actuator. It allows for smooth separation from the seating part, and the locking support module can be easily returned to its original position in conjunction with the rotation of the gripping module.

In addition, the present invention maintains the shape of the tent unit stably through the detailed coupling relationship of the roof base unit, while simplifying the coupling of the support link unit and the opening and closing link unit. In addition, it is possible to freely come and go between the interior space of the vehicle and the tent space through the entrance door. Additionally, the interior space of the vehicle can be expanded through the expansion door.

In addition, the present invention can stably close the upper part of the tent unit through the detailed connection relationship of the cover unit and stably maintain the shape of the tent unit along with the roof base unit.

In addition, the present invention allows the expansion and contraction of the tent space in response to the lifting operation of the cover unit through the detailed coupling relationship of the tent unit, and as the cover unit descends toward the roof base unit, the tent member is connected to the roof base unit and the cover. Overlapping between units can prevent tent members from being exposed to the outside or damaged.

In addition, the present invention allows the tent member to be easily inserted into the tent space as the cover unit descends toward the roof base unit through the detailed coupling relationship of the folding module, and the tent member can be protected.

In addition, the present invention can prevent the components of the folding module from being exposed to the outside and protect the components of the folding module through the additional configuration of the pocket member.

In addition, the present invention allows the cover unit to be stably spaced on one side of the roof base unit in response to the rise of the cover unit through the detailed coupling relationship of the support link unit, and to ensure that the cover unit is stably tilted when the rise of the cover unit is completed. can do.

In addition, the present invention increases the amount of lift of the cover unit on the other side of the roof base unit in response to the rise of the cover unit through the detailed coupling relationship of the opening and closing link unit, and stabilizes the inclination of the cover unit when the rise of the cover unit is completed. there is. In addition, by implementing a slide movement structure of the opening and closing rod, the rotational motion of the opening and closing rod and the auxiliary rod and the sliding movement of the opening and closing rod can be stabilized.

In addition, the present invention can clarify the rotation operation of the opening and closing link unit through the detailed coupling relationship of the opening and closing drive unit.

In addition, the present invention can fix the opening/closing link unit in position when the lowering of the cover unit is completed through the coupling relationship between the locking setting module and the locking module.

In addition, the present invention clearly limits the rotation of the opening and closing link unit when the lowering of the cover unit is completed through the coupling relationship between the link guide and the link slider and the coupling relationship between the opening and closing guide and the opening and closing slider, thereby suppressing or preventing the flow of the opening and closing link unit. can do.

In addition, the present invention minimizes the movement of the cover unit relative to the roof base unit by ensuring that the locking module is seated on the protrusion seating portion through the detailed coupling relationship of the locking setting module, and determines the lowering completion state of the cover unit during the vehicle's driving process. It can be kept stable.

Figure 1 is a diagram showing a rooftop tent according to an embodiment of the present invention.
Figure 2 is a plan cross-sectional view showing the coupling relationship between the access door of the roof base unit and the expansion door in the rooftop tent according to an embodiment of the present invention.
Figure 3 is a longitudinal cross-sectional view showing the connection relationship between the folding modules of the tent unit in the rooftop tent according to an embodiment of the present invention.
Figure 4 is an enlarged view showing the coupling relationship of support link units in a rooftop tent according to an embodiment of the present invention.
Figure 5 is an enlarged view showing the first combination relationship between the opening and closing link unit, the opening and closing drive unit, and the tent locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 6 is an enlarged view showing the second combination relationship between the opening and closing link unit, the opening and closing drive unit, and the tent locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 7 is a front view showing a second locking unit in a rooftop tent according to an embodiment of the present invention.
Figure 8 is a rear view showing the second locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 9 is a perspective view showing the bracket module of the second locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 10 is a perspective view showing the locking link module of the second locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 11 is a perspective view showing the gripping module of the second locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 12 is a perspective view showing the locking support module of the second locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 13 is a perspective view showing the release lever module of the second locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 14 is a perspective view showing the grip interlocking module of the second locking unit in the rooftop tent according to an embodiment of the present invention.
Figure 15 is a front view showing a state in which the gripping module is released from the locked state in the unfolded state of the rooftop tent according to an embodiment of the present invention.
Figure 16 is a front view showing the operating state of the second locking unit in the folded state of the rooftop tent according to an embodiment of the present invention.
Figure 17 is a diagram showing a rooftop tent according to another embodiment of the present invention.

Hereinafter, an embodiment of a tent locking device and a rooftop tent equipped with the tent locking device according to the present invention will be described with reference to the attached drawings. At this time, the present invention is not limited or limited by the examples. Additionally, when describing the present invention, detailed descriptions of well-known functions or configurations may be omitted to make the gist of the present invention clear.

1 to 16, the rooftop tent according to an embodiment of the present invention is installed on the roof of a vehicle and includes a roof base unit 10, a cover unit 30, a tent unit 20, and , It may include a support link unit 40, an opening/closing link unit 50, an opening/closing drive unit 60, and a tent locking unit.

The roof base unit 10 is coupled to the roof of the vehicle. The roof base unit 10 may include a base frame 11 coupled to the roof of the vehicle, and an arrangement frame 12 formed long on both sides of the base frame 11 in response to the driving direction of the vehicle.

The base frame 11 has a hollow rectangular frame shape with a communication space formed therein. The lower end of the tent member 21 provided in the tent unit 20 is coupled to the base frame 11.

At this time, a roof space that communicates the interior space of the vehicle and the communication space may be formed through the roof of the vehicle. Then, at least one of the access door 111 rotatable via the access hinge 112 and the expansion door 114 rotatable via the expansion hinge 115 may be coupled to the base frame 11.

Here, the entrance damper 113 is spaced apart from the entrance hinge 112 and connects one side of the base frame 11 and one side of the entrance door 111. Depending on the operation of the access damper 113, the access door 111 can smoothly open and close the communication space, while maintaining the communication space in an open state or in a closed state.

In addition, the expansion damper 116 is spaced apart from the expansion hinge 115 and connects one side of the base frame 11 and one side of the expansion door 114. Depending on the operation of the expansion damper 116, the expansion door 114 can smoothly open and close the communication space, while maintaining the communication space in an open state or in a closed state.

In one embodiment of the present invention, when the cover unit 30 is completely raised relative to the roof base unit 10, the cover unit 30 moves from the front of the vehicle to the rear of the vehicle based on the vehicle's direction of travel. Since it slopes upward, it is advantageous for the base frame 11 at the front of the vehicle to be provided with an extension hinge 115, and for the base frame 11 at the rear of the vehicle to be provided with an entry/exit hinge 112. Accordingly, when the communication space is opened according to the operation of the expansion door 114, there is an effect of expanding the internal space, and when the communication space is opened according to the operation of the entrance door 111, the internal space and the tent space 211 ) is possible to travel between.

A pair of placement frames 12 are provided on both sides of the base frame 11. The support link unit 40, the opening/closing link unit 50, and the opening/closing drive unit 60 are coupled to the arrangement frame 12.

The cover unit 30 is disposed on the upper side of the roof base unit 10 to be able to be raised and lowered. The cover unit 30 may include a cover frame 31 that has a square frame shape corresponding to the base frame 11, and a finishing cover 32 that is coupled to the cover frame 31 and forms an appearance. The cover frame 31 is equipped with an interior finishing material, so that the ceiling of the tent space 211 can be beautifully finished.

The lower end of the tent unit 20 is coupled to the edge of the roof base unit 10, and the upper end of the tent unit 20 is coupled to the cover unit 30. The tent unit 20 forms a tent space 211 between the roof base unit 10 and the cover unit 30 as the cover unit 30 rises from the roof base unit 10. The tent unit 20 may include a tent member 21 and a folding module 22.

The lower end of the tent member 21 is coupled to the base frame 11 of the roof base unit 10, and the upper end of the tent member 21 is coupled to the cover frame 31 of the cover unit 30. A tent space 211 is formed inside the tent member 21. Since the tent member 21 is made of a flexible material, it can be easily folded or unfolded when the cover unit 30 is moved up and down with respect to the roof base unit 10.

The folding module 22 folds the tent member 21 toward the tent space 211 when the cover unit 30 descends toward the roof base unit 10.

The folding module 22 includes a first link 221 that is link coupled to the base frame 11 of the roof base unit 10 or provided on the tent member 21, a cover frame 31 of the cover unit 30, and When the second link 222 is link coupled or provided on the tent member 21 and link coupled with the first link 221, and the cover unit 30 is lowered toward the roof base unit 10, the first link ( 221) and the second link 222 include a folded elastic member 223 that elastically supports the second link 222 with respect to the first link 221 so that the folded portion where the link is connected is moved to the tent space 211. can do.

The folding module 22 is provided on the tent member 21 and further includes a pocket member 224 in which the first link 221, the second link 222, and the folding elastic member 223 are built, so that it is a tent unit. The appearance of (20) can be made beautiful. The fact that the first link 221, the second link 222, and the folding elastic member 223 are built into the pocket member 224 means that the first link 221 and the second link 222 are inside the pocket member 224. ) and the folding elastic member 223 are disposed, and it also means that the first link 221, the second link 222, and the folding elastic member 223 are coupled to the pocket member 224. .

The support link unit 40 connects one side of the cover unit 30 to one side of the roof base unit 10 at the front side based on the vehicle's driving direction so that it can be raised and lowered. The support link units 40 may be provided in pairs so as to be symmetrical on both sides of the roof base unit. The support link unit 40 includes a base bracket, a cover bracket, an upward rod 43, a downward rod 44, a first interlocking rod 45, a second interlocking rod 46, and a link coupling part. It can be included.

The base bracket is provided on the front side of each arrangement frame 12 of the roof base unit 10 in the driving direction of the vehicle. The base bracket includes a first base bracket 411 that is provided on the front side of the arrangement frame 12 in the driving direction of the vehicle, and a first base bracket 411 that is spaced apart from the first base bracket 411 and is installed on the rear side of the arrangement frame 12 in the driving direction of the vehicle. It may include a second base bracket 412.

The cover bracket is provided on both sides of the cover frame 31 of the cover unit 30 in the front direction of the vehicle. The cover bracket is provided on the front side of the cover frame 31 in the driving direction of the vehicle, and is spaced apart from the first cover bracket 421 and is located on the rear side of the cover frame 31 in the driving direction of the vehicle. It may include a second cover frame 31 provided. Among the cover brackets, the second cover bracket 422 has a cross seating portion 423 on which the cross coupling portion 471 of the link coupling portions is seated when the lowering of the cover unit 30 is completed with respect to the roof base unit 10. It can be provided.

The upward rod 43 is link-coupled to the first base bracket 411 of the base brackets via the first link portion so as to slope upward from the front side of the vehicle's travel direction toward the rear side of the vehicle's travel direction. The upward rod 43 is provided between the cross-coupling portion 471 and the second link coupling portion 473 among the link coupling portions, and when the lowering of the cover unit 30 is completed based on the roof base unit 10, the link is Among the coupling parts, an interconnection fixing part 431 on which the first link coupling part 472 is seated may be provided.

The downward rod 44 is link-coupled to the first cover bracket 421 among the cover brackets via the second link portion to form a downward slope from the front side of the vehicle's travel direction toward the rear side of the vehicle's travel direction. The downward rod 44 is provided between the cross-coupling portion 471 and the first link coupling portion 472 among the link coupling portions, and is removed when the lowering of the cover unit 30 is completed with respect to the roof base unit 10. A link seating portion 441 on which the first linkage portion is seated may be provided.

The first interlocking rod 45 connects the second base bracket 412 of the base brackets and the free end of the downward rod 44. One end of the first interlocking rod 45 is link-coupled with the second base bracket 412 of the base brackets through the first interlocking portion, and the other end of the first interlocking rod 45 is connected to the first link coupling portion 472. The link is coupled to the free end of the downward rod 44.

The second interlocking rod 46 connects the second cover bracket 422 of the cover brackets and the free end of the upward rod 43. One end of the second interlocking rod 46 is link-coupled with the second cover bracket 422 of the cover brackets through the second interlocking portion, and the other end of the second interlocking rod 46 is connected to the second link coupling portion 473. It is linked to the free end of the upward rod 43 via a link.

The link coupling unit may include at least one of a configuration for link-coupling two of the above-described rods, and a configuration for link-coupling the above-described bracket and the above-described rod.

When link coupling the upward rod 43 and the downward rod 44, the link coupling portion links the cross coupling portion 471, the free end of the downward rod 44, and the other end of the first interlocking rod 45. It may include a first link coupling portion 472 and a second link coupling portion 473 that links the free end of the upward rod 43 and the other end of the second interlocking rod 46. The cross-coupling portion 471 is disposed between the first link portion and the second link coupling portion 473. In other words, the cross-coupling portion 471 is disposed between the second link portion and the first link coupling portion 472.

The link coupling part includes a first link part linking the first base bracket 411 and the upward rod 43, a second link part linking the first cover bracket 421 and the downward rod 44, and a second link part linking the first base bracket 411 and the upward rod 43. A first link coupling portion 472 linking the second base bracket 412 and the first interlocking rod 45, and a second link coupling the second cover bracket 422 and the second interlocking rod 46. It may further include a coupling portion 473.

Then, as the cover unit 30 rises with respect to the roof base unit 10, the above-described rods rotate, and when the cover unit 30 is completely raised with respect to the roof base unit 10, Figure 4 As shown, the support link unit 40 has an unfolded form. And, as the cover unit 30 is lowered relative to the roof base unit 10, the above-mentioned rods are rotated, and when the cover unit 30 is lowered relative to the roof base unit 10, the support link unit (40) represents the folded form. At this time, the cross-coupling portion 471 is seated on the cross seating portion 423, the first linkage portion is seated on the link seating portion 441, and the first link coupling portion 472 is seated on the interlocking portion 431. As much as possible, the intersection state of the above-mentioned rods can be stabilized.

The opening/closing link unit 50 connects one side of the cover unit 30 to one side of the roof base unit 10 at the rear side based on the driving direction of the vehicle to enable elevation. The opening/closing link units 50 may be provided in pairs to be symmetrical on both sides of the roof base unit 10.

The opening/closing link unit 50 may include an opening/closing rod 51 and an auxiliary rod 52.

One end of the opening and closing rod 51 is slideably link coupled to the arrangement frame 12 of the roof base unit 10 via the opening and closing drive unit 60, and the other end of the opening and closing rod 51 is a cover unit ( It is linked to the cover frame 31 of 30). The opening and closing rod 51 is tilted upward from the arrangement frame 12 of the roof base unit 10 toward the rear of the vehicle's traveling direction when the cover unit 30 is fully raised relative to the roof base unit 10. arranged to achieve.

One end of the auxiliary rod 52 is link coupled to the opening and closing rod 51, and the other end of the auxiliary rod 52 is connected to the roof base unit 10 via the locking setting module 71 of the first locking unit 70. Link is coupled to the arrangement frame 12. The auxiliary rod 52 is disposed to slope downward from the opening and closing rod 51 toward the rear of the vehicle's traveling direction when the cover unit 30 is fully raised relative to the roof base unit 10.

The opening and closing link unit 50 includes an opening and closing guide 53 that is long provided on the cover frame 31 of the cover unit 30, and an opening and closing rod 51 that is slidably coupled to the opening and closing guide 53. A slider 54 may be further included.

The opening and closing drive unit 60 operates the opening and closing link unit 50 so that the cover unit 30 moves up and down with respect to the roof base unit 10.

The opening and closing drive unit 60 is provided on the arrangement frame 12 of the roof base unit 10 and includes a driving guide 61 that forms a slide movement path of the opening and closing rod 51 of the opening and closing link unit 50, and an opening and closing link. A driving slider 62 provided on the opening and closing rod 51 of the unit 50 and movably coupled to the driving guide 61, and a driving slider 62 provided on the arrangement frame 12 of the roof base unit 10 and a driving slider ( It may include an opening and closing actuator 63 that slides and moves 62).

Accordingly, when the opening/closing drive unit 63 is operated when the lowering of the cover unit 30 is completed with respect to the roof base unit 10, the drive slider 62 moves along the drive guide 61 to the rear of the vehicle in the driving direction. It slides toward the side, and the opening and closing rod 51 and the auxiliary rod 52 rotate, so that the cover unit 30 is raised relative to the roof base unit 10.

And when the opening/closing drive unit 63 is operated in a state in which the cover unit 30 is completely raised relative to the roof base unit 10, the drive slider 62 slides toward the front of the vehicle's driving direction along the drive guide 61. Since the opening and closing rod 51 and the auxiliary rod 52 are moved and rotated, the cover unit 30 is completely lowered with respect to the roof base unit 10.

When the opening/closing link unit 50 is operated by the opening/closing drive unit 60, the tent locking unit is in a state in which the cover unit 30 has completed raising or the lowering of the cover unit 30 has been completed based on the roof base unit 10. maintain the status quo. The tent locking unit includes a tent locking device according to an embodiment of the present invention. The tent locking device according to an embodiment of the present invention may further include at least one of the first locking unit 70 and the second locking unit 80.

The first locking unit 70 determines the rotation state of the opening and closing rod 51 provided in the opening and closing link unit 50 based on the roof base unit 10.

The first locking unit 70 is provided on the arrangement frame 12 of the roof base unit 10 and includes a locking setting module 71 to which an auxiliary rod 52 is linked, and an opening and closing rod adjacent to the cover unit 30. It may include a locking module 72 that is provided at (51) and is detachably coupled to the locking setting module 71.

The first locking unit 70 includes a link guide 73 long provided on the locking setting module 71, and a link slider 74 provided on the auxiliary rod 52 and slidably coupled to the link guide 73. It may further include.

The jam setting module 71 is provided in the roof base unit 10 and includes a jam setting member 711 provided with a link guide 73, and a jam setting member 711 that is spaced apart from the link guide 73 to form a jam module. (72) may include a protrusion fitting groove portion 712 that is fitted.

The protrusion fitting groove portion 712 is formed by a protrusion inlet 7121 that forms an entrance into which the engaging protrusion 722 of the engaging module 72 is fitted and is recessed from the protrusion inlet 7121 to the lower part of the engaging bracket 721. The locking protrusion 722 of the locking module 72 is formed to extend from the protrusion guide 7122 while being spaced apart from the protrusion guide 7122, which is fitted and coupled to the link guide 73, and is involved in the slide movement of the link slider 74. Accordingly, the locking protrusion 722 of the locking module 72 may include a protrusion seating portion 7123 that is coupled to enable sliding movement.

The locking module 72 includes a locking bracket 721 provided adjacent to the opening and closing slider 54 on the opening and closing rod 51 of the opening and closing link unit 50, and a protrusion fitting groove 712 provided on the locking bracket 721. It may include a stopping protrusion 722 that is fitted into the.

Accordingly, when the opening/closing drive unit 63 is operated when the lowering of the cover unit 30 is completed with respect to the roof base unit 10, the drive slider 62 moves along the drive guide 61 to the rear of the vehicle in the driving direction. It slides toward the side, and the opening and closing rod 51 and the auxiliary rod 52 rotate. At this time, the catching protrusion 722 is separated from the protrusion fitting groove 712, so that the cover unit 30 is raised relative to the roof base unit 10.

And when the opening/closing drive unit 63 is operated in a state in which the cover unit 30 is completely raised relative to the roof base unit 10, the drive slider 62 slides toward the front of the vehicle's driving direction along the drive guide 61. It moves, and the opening and closing rod 51 and the auxiliary rod 52 rotate. At this time, the stopping protrusion 722 is fitted into the protrusion fitting groove 712, so that the cover unit 30 is completely lowered with respect to the roof base unit 10. In particular, since the link slider 74 slides on the link guide 73, the locking protrusion 722 is inserted and supported in the protrusion seating portion 7123 to prevent separation of the locking protrusion 722 from the protrusion fitting groove 712. can do.

The second locking unit 80 determines the rotation state of the auxiliary rod 52 provided in the opening and closing link unit 50 based on the opening and closing rod 51 provided in the opening and closing link unit 50.

The second locking unit 80 includes a bracket module 81 coupled to the opening and closing rod 51, and a locking link module that is slidably coupled to the bracket module 81 while being linked to the auxiliary rod 52 ( 82) and a gripping module 83 that is rotatably coupled to the bracket module 81 and restricts the slide movement of the locking link when the cover unit 30 is fully raised.

The bracket module 81 may include a bracket body 811 coupled to the opening and closing rod 51 provided in the opening and closing link unit 50, and a locking guide 812 provided long on the bracket body 811.

The bracket module 81 may further include a setting guide 813 that is long and spaced apart from the locking guide 812 and provided on the bracket body 811.

The bracket module 81 includes a first elastic locking portion 814 to which the gripping elastic member 837 included in the gripping module 83 is engaged, and is spaced apart from the first elastic locking portion 814 to provide a locking mechanism described later. In the second elastic locking portion 815, the first elastic locking portion 814, and the second elastic locking portion 815, where the support elastic member 847 included in the locking support module 84 of the setting module is engaged. It may further include a third elastic locking portion 816 that is spaced apart and engages the interlocking elastic member 867 included in the gripping interlocking module 86, which will be described later.

The bracket module 81 may further include a grip support portion 817 provided on the bracket body 811 to support the grip body 831 included in the grip module 83 in an idle state.

The bracket module 81 further includes a grip shaft portion 81a that forms the rotation center of the grip module 83, a support shaft portion 81b that forms the rotation center of the locking support module 84, which will be described later, and a support shaft portion 81b that will be described later. It may further include a lever shaft portion 81c that forms the rotation center of the release lever module 85, and an interlocking shaft portion 81d that forms the rotation center of the grip interlocking module 86, which will be described later. The grip shaft portion 81a, the support shaft portion 81b, the lever shaft portion 81c, and the interlocking shaft portion 81d are spaced apart from each other.

The locking link module 82 includes a locking rod 823 linked to the auxiliary rod 52 provided in the opening/closing link unit 50, and slides on the locking guide 812 while being provided on the locking rod 823. It may include a locking slider 824 that can be coupled.

The locking link module 82 may further include a locking bracket 821 provided on the auxiliary rod 52, and a rod coupling portion 822 that linkages the locking rod 823 to the locking bracket 821.

The gripping module 83 is spaced apart from the locking guide 812 and is rotatably elastically supported on the bracket body 811. The gripping module 83 is engaged with the locking slider 824 when the cover unit 30 is fully raised.

The gripping module 83 has a gripping body 831 rotatably coupled to the bracket body 811 via the gripping rotation axis 832, and protrudes from the gripping body 831 to intersect the locking guide 812 in the idle state. A limiting rod 834 formed, a gripping hook 835 that protrudes from the gripping body 831 to face the limiting rod 834 and is spaced apart from the locking guide 812 in an idle state, and a limiting rod 834 and a locking seat portion 836 provided between the gripping hook 835 and into which the locking slider 824 can be inserted, and a bracket body 811 so that the limit rod 834 and the gripping hook 835 are in the correct position in the idle state. It may include an elastic grip member 837 that elastically supports the grip body 831 as a reference. The gripping rotation shaft 832 is coupled to the gripping shaft portion 81a.

The gripping module 83 is provided on the gripping body 831 and may further include an elastic gripping part 833 to which the gripping elastic member 837 is engaged. Then, while the gripping elastic member 837 is wound around the gripping rotation shaft 832, one end is engaged with the first elastic locking portion 814, and the other end is caught with the gripping elastic locking portion 833, so that the holding member 837 idles. In this state, the grip body 831 is supported by the first elastic locking part 814 or the grip support part 817. When the gripping module 83 is in an idle state, as shown in FIG. 16, the limit rod 834 intersects the locking guide 812, the limit rod 834 is spaced apart from the locking guide 812, and the lock is seated. The part 836 is in communication with the locking guide 812.

The gripping module 83 is provided on the gripping body 831, and has a limiting groove in which the locking insertion protrusion 844 included in the locking support module 84 of the locking setting module is engaged when the lifting of the cover unit 30 is completed. Since 839 is further included, the state in which the locking slider 824 is inserted into the locking seating portion 836 can be stably maintained even if the elastic force of the gripping elastic member 837 acts.

The gripping module 83 is provided on the gripping body 831 and further includes a gripping manipulation protrusion 838 that rotates the gripping interlocking module 86 according to the rotation of the gripping module 83. According to the rotation, the grip interlocking module 86 of the lock setting module can be rotated, and the locking combination of the grip interlock module 86 and the lock support module 84 can be released.

The second locking unit 80 is spaced apart from the locking guide 812 and is rotatably elastically supported on the bracket module 81, and is locked to the gripping module 83 when the cover unit 30 is fully raised. Additional modules may be included. The lock setting module may include a lock support module 84, a release lever module 85, and a grip interlocking module 86.

The locking support module 84 is spaced apart from the locking guide 812 and is rotatably elastically supported by the bracket module 81. The locking support module 84 is engaged with the gripping module 83 when the cover unit 30 is fully raised.

The locking support module 84 includes a locking support body 841 rotatably coupled to the bracket body 811 via the support rotation axis 842, and is provided on the locking support body 841 and locked with the limiting groove 839. A supporter that elastically supports the locking support body 841 based on the bracket body 811 to maintain the engaging combination of the locking insertion protrusion 844 and the limiting groove 839 and the locking insertion protrusion 844 in the idle state. It may include an elastic member 847. The support rotation shaft 842 is coupled to the support shaft portion 81b.

The locking support module 84 is provided on the locking support body 841 and may further include an elastic support engaging portion 843 to which the supporting elastic member 847 is engaged. Then, while the support elastic member 847 is wound around the support rotation shaft 842, one end is engaged with the second elastic engaging portion 815, and the other end is engaged with the supporting elastic engaging portion 843, so that the In this state, the locking support body 841 elastically presses the gripping body 831. When the gripping module 83 is in an idle state, the locking insertion protrusion 844 of the locking support module 84 remains engaged with the limiting groove 839 of the gripping module 83, as shown in FIG. 16, the locking insertion protrusion 844 of the locking support body 841 can elastically press the gripping body 831.

The locking support module 84 may further include a support stop protrusion 845 protruding from the locking support body 841. Then, the support stop protrusion 845 supports the interlocking locking protrusion 865 of the grip interlocking module 86 in an idle state as shown in FIG. 7, and then the grip interlocking module (865) is rotated according to the rotation of the locking support body 841. 86), the locking insertion protrusion 844 and the limiting groove 839 can be locked in an unlocked state as shown in FIG. 15.

The locking support module 84 may further include an operation slider 846 that protrudes from the locking support body 841 and is slidably coupled to the setting guide 813 as the locking support body 841 rotates. You can. Then, the operating slider 846 can link the rotational operation of the lock support module 84 with the rotational operation of the release lever module 85.

The release lever module 85 is spaced apart from the locking guide 812 and rotatably coupled to the bracket module 81. The release lever module 85 releases the locking combination of the grip module 83 and the locking support module 84 when the cover unit 30 is completely lifted as it rotates by an external force.

The release lever module 85 is provided long on the lever body 851 so as to intersect with the lever body 851 rotatably coupled to the bracket body 811 via the lever rotation axis 852 and the setting guide 813. A lever guide 853 in which the operation slider 846 is fitted to enable slide movement, and a release operation lever 855 that protrudes from the edge of the bracket body 811 and protrudes from the lever body 851 to apply an external force. may include. The lever rotation shaft 852 is coupled to the lever shaft portion 81c.

When the lift of the cover unit 30 is completed and the user operates the release operation lever 855 and an external force is applied to the release operation lever 855, the lever guide 853 moves as the lever body 851 rotates. As the operating slider 846 slides on the setting guide 813 and the locking support body 841 rotates, the locking insertion protrusion 844 is separated from the limiting groove 839 as shown in FIG. 16 and is supported. The stopping protrusion 845 pushes the interlocking protrusion 865 included in the gripping interlocking module 86. Accordingly, when the grip interlocking module 86 is rotated and returned to the original position, and the external force acting on the release operation lever 855 is released, the elastic force of the support elastic member 847 included in the locking support module 84 As the locking support module 84 returns to its original position, the support stop protrusion 845 is engaged with the interlocking protrusion 865, and the locking insertion protrusion 844 is released from the limiting groove 839. It can be maintained.

The grip interlocking module 86 is spaced apart from the locking guide 812 and is rotatably elastically supported on the bracket module 81. The gripping interlocking module 86 is engaged with the locking support module 84 as the locking combination between the gripping module 83 and the locking support module 84 is released by the release lever module 85, and the gripping module 83 As it rotates, the locking connection with the locking support module 84 is released.

The gripping interlocking module 86 includes an interlocking body 861 rotatably coupled to the bracket body 811 via an interlocking rotation axis 862, and a third elastic locking portion provided on the bracket body 811 in an idle state ( As the idle stop protrusion 864, which is supported by 816, is released from the locking groove portion 839 and the locking insertion protrusion 844 by the release lever module 85, it is engaged with the support stop protrusion 845. A protrusion is formed on the interlocking body 861 between the interlocking locking protrusion 865 and the idle stop protrusion 864 and the interlocking locking protrusion 865 so that the grip operation protrusion 838 is pressed according to the rotation of the gripping module 83. An interlocking operating protrusion 866 and an interlocking elastic member that elastically supports the interlocking body 861 with respect to the bracket body 811 so that the engaging coupling between the bracket body 811 and the idle stop protrusion 864 is maintained in the idle state. May include (867). The interlocking rotation shaft 862 is coupled to the interlocking shaft portion 81d.

The gripping interlocking module 86 is provided on the interlocking body 861 and may further include an interlocking elastic locking portion 863 to which the interlocking elastic member 867 is engaged. Then, while the communication elastic locking portion is wound around the interlocking rotation shaft 862, one end is hooked to the third elastic locking portion 816, and the other end is hooked to the interlocking elastic locking portion 863, so that it idles in the idle state. The stop protrusion 864 is elastically supported by the third elastic locking portion 816, and the interlocking locking protrusion 865 supports the support stop protrusion 845.

Accordingly, as shown in FIG. 7, when the release lever module 85 is operated in a state in which the cover unit 30 is completely raised relative to the roof base unit 10, the support stop protrusion (as shown in FIG. 15) 845) is engaged with the interlocking protrusion 865, and the engagement between the limiting groove 839 and the locking insertion protrusion 844 is released. Continuing, when the opening/closing actuator 63 is operated, the drive slider 62 slides toward the front of the driving direction of the vehicle along the drive guide 61, and as shown in FIG. 16, the grip body 831 grips. It is rotated by the elastic force of the elastic member 837 and supported on the first elastic locking part 814 or the gripping support part 817, and the gripping hook 835 that crosses the locking guide 812 is spaced apart from the locking guide 812. Since the lock slider 824 slides along the lock guide 812, the cover unit 30 is completely lowered based on the roof base unit 10.

And, when the opening/closing drive unit 63 is operated in a state where the lowering of the cover unit 30 is completed based on the roof base unit 10, the drive slider 62 moves along the drive guide 61 toward the rear of the vehicle's driving direction. It slides, and the lock slider 824 presses the limit rod 834 as it slides along the lock guide 812. Continuing, as the lock slider 824 presses the limit rod 834, the grip body 831 rotates as shown in FIG. 7, and the grip hook 835 pulls the lock slider 824, and the lock slider 834 (824) is inserted into the locking seating portion (836), and the locking insertion protrusion (844) is engaged with the limiting groove portion (839), so that the cover unit (30) is raised relative to the roof base unit (10). do.

Referring to Figure 17, the rooftop tent according to another embodiment of the present invention is installed on the roof of a vehicle, and includes a roof base unit 10, a cover unit 30, a tent unit 20, and a support link. It may include a unit 40, an opening/closing link unit 50, an opening/closing drive unit 60, and a tent locking unit.

In the rooftop tent according to another embodiment of the present invention, the same components as the rooftop tent according to one embodiment of the present invention are given the same reference numerals, and description thereof is omitted.

However, in the rooftop tent according to another embodiment of the present invention, the cover unit 30 includes a cover frame 31 and a finishing cover 32, and may further include a positioning cover 33, as described above. You can.

Here, the fixed cover 33 supports the finishing cover 32 when the lowering of the cover unit 30 is completed with respect to the roof base unit 10. The fixed position cover 33 is provided on the front side based on the driving direction of the vehicle and can distribute wind pressure according to the driving of the vehicle.

According to the above-mentioned tent locking device and the rooftop tent equipped with it, the unfolded or folded state of the rooftop tent installed on the roof of the vehicle is maintained stably and the rooftop tent is prevented from arbitrarily unfolding when the vehicle moves. can do.

In addition, the slide movement of the locking link module 82 and the limited rotation of the gripping module 83 can be smoothly performed through the detailed coupling relationship of the bracket module 81.

In addition, the limited rotation of the lock rod 823 and the slide movement of the lock slider 824 can be smoothed in conjunction with the operation of the opening/closing link unit 50 through the detailed coupling relationship of the lock link module 82.

In addition, the detailed coupling relationship of the gripping module 83 facilitates the limited rotation of the gripping body 831 according to the movement of the locking slider 824, and the locking slider 824 slides on the locking guide 812. can be stably held at a specific position, and when the lock slider 824 leaves the lock seating portion 836, the grip body 831 can clearly be returned to its original position by elastic force.

In addition, through the coupling relationship of the lock setting module, even if a vertical load is applied, the operating state of the support link unit 40 and the opening/closing link unit 50 can be stably maintained and wind pressure can be stably withstood.

In addition, the slide movement of the lock slider 824 is clearly restricted in the lock guide 812 in response to the complete lifting state of the cover unit 30 through the detailed coupling relationship of the lock setting module, and the release lever module 85 is Depending on the operation, the locking combination of the gripping module 83 and the locking support module 84 can be easily released to freely set the rotation of the gripping module 83, and the locking guide ( In 812), the slide movement of the lock slider 824 can be clearly restricted.

In addition, the locking connection between the limiting groove 839 and the locking insertion protrusion 844 is maintained stably through the detailed coupling relationship of the locking support module 84, and the gripping module 83 is held in a state in which the cover unit 30 is fully raised. This can be prevented from rotating.

In addition, through the detailed coupling relationship of the release lever module 85, the locking combination of the limiting groove 839 and the locking insertion protrusion 844 can be easily released for the lowering of the cover unit 30, and the locking support module 84 ) and the release lever module 85 can be clearly linked.

In addition, when the locking combination of the limiting groove 839 and the locking insertion protrusion 844 is released through the detailed coupling relationship of the grip interlocking module 86, the locking support module 84 is prevented from returning to its original position, and the opening and closing hole is prevented from returning to the original position. The locking slider (824) is smoothly separated from the locking seat (836) according to the movement of the eastern part (63), and the locking support module (84) can be easily returned to its original position in conjunction with the rotation of the gripping module (83). there is.

In addition, the shape of the tent unit 20 can be maintained stably through the detailed coupling relationship of the roof base unit 10, while the support link unit 40 and the opening/closing link unit 50 can be easily coupled. In addition, it is possible to freely come and go between the interior space of the vehicle and the tent space 211 through the entrance door 111. Additionally, the interior space of the vehicle can be expanded through the expansion door 114.

In addition, the upper part of the tent unit 20 can be stably closed through the detailed connection relationship of the cover unit 30, and the shape of the tent unit 20 along with the roof base unit 10 can be stably maintained.

In addition, the detailed coupling relationship of the tent unit 20 allows the tent space 211 to freely expand and contract in response to the lifting operation of the cover unit 30, and the cover unit 30 moves toward the roof base unit 10. As this descends, the tent member 21 overlaps between the roof base unit 10 and the cover unit 30, thereby preventing the tent member 21 from being exposed to the outside or being damaged.

In addition, the tent member 21 can be easily inserted into the tent space 211 as the cover unit 30 descends toward the roof base unit 10 through the detailed coupling relationship of the folding module 22, and the tent member 21 can be easily inserted into the tent space 211. (21) can be protected.

In addition, the additional configuration of the pocket member 224 can prevent the components of the folding module 22 from being exposed to the outside and protect the components of the folding module 22.

In addition, the detailed coupling relationship of the support link unit 40 allows the cover unit 30 to be stably spaced from one side of the roof base unit 10 in response to the rise of the cover unit 30, and the cover unit 30 The cover unit 30 can be tilted stably when the rise is completed.

In addition, the amount of elevation of the cover unit 30 on the other side of the roof base unit 10 is increased in response to the rise of the cover unit 30 through the detailed coupling relationship of the opening and closing link unit 50, and the amount of rise of the cover unit 30 is increased. The inclination of the cover unit 30 can be stabilized when the lift is completed. In addition, by implementing a slide movement structure of the opening and closing rod 51, the rotational motion of the opening and closing rod 51 and the auxiliary rod 52 and the sliding movement of the opening and closing rod 51 can be stabilized.

In addition, the rotational operation of the opening and closing link unit 50 can be made clear through the detailed coupling relationship of the opening and closing drive unit 60.

In addition, the opening/closing link unit 50 can be fixed in place when the lowering of the cover unit 30 is completed through the coupling relationship between the locking setting module 71 and the locking module 72.

In addition, through the coupling relationship between the link guide 73 and the link slider 74 and the locking guide 812 and the opening and closing slider 54, when the lowering of the cover unit 30 is completed, the opening and closing link unit 50 By clearly limiting rotation, the movement of the opening/closing link unit 50 can be suppressed or prevented.

In addition, the locking module 72 is seated on the protrusion seating portion 7123 through the detailed coupling relationship of the locking setting module 71, thereby minimizing the movement of the cover unit 30 with respect to the roof base unit 10, The lowered state of the cover unit 30 can be stably maintained during the vehicle's driving process.

As described above, preferred embodiments of the present invention have been described with reference to the drawings, but those skilled in the art may vary the present invention without departing from the spirit and scope of the present invention as set forth in the following claims. It can be modified or changed.

10: Roof base unit 11: Base frame 111: Entry door
112: Entry hinge 113: Entry damper 114: Expansion door
115: expansion hinge 116: expansion damper 12: placement frame
20: tent unit 21: tent member 211: tent space
22: folding module 221: first link 222: second link
223: Folding elastic member 224: Pocket member 30: Cover unit
31: Cover frame 32: Finishing cover 33: Fixed position cover
40: Support link unit 411: First base bracket 412: Second base bracket
421: First cover bracket 422: Second cover bracket 423: Cross seating portion
43: upward rod 431: linkage attachment part 44: downward rod
441: Link seating portion 45: First interlocking rod 46: Second interlocking rod
471: cross-coupling portion 472: first link coupling portion 473: second link coupling portion
50: Opening/closing link unit 51: Opening/closing rod 52: Auxiliary rod
53: Open/close guide 54: Open/close slider 60: Open/close driving unit
61: Driving guide 62: Driving slider 63: Opening/closing drive part
70: First locking unit 71: Jam setting module 711: Jam setting member
712: Stone fitting groove 7121: Stone entrance 7122: Stone guide
7123: Protrusion seat 72: Locking module 721: Locking bracket
722: Stumbling protrusion 73: Link guide 74: Link slider
80: second locking unit 81: bracket module 81a: grip shaft portion
81b: Support shaft portion 81c: Lever shaft portion 81d: Linkage shaft portion
811: Bracket body 812: Locking guide 813: Setting guide
814: first elastic locking portion 815: second elastic locking portion 816: third elastic locking portion
817: Holding support 82: Locking link module 821: Locking bracket
822: Rod coupling portion 823: Locking rod 824: Locking slider
83: Gripping module 831: Gripping body 832: Gripping rotation axis
833: Gripping elastic locking part 834: Limiting rod 835: Gripping hook
836: Locking seating portion 837: Gripping elastic member 838: Gripping operation protrusion
839: Limiting groove 84: Locking support module 841: Locking support body
842: Support rotation axis 843: Support elastic locking part 844: Locking insertion protrusion
845: Support stop protrusion 846: Operating slider 847: Support elastic member
85: Release lever module 851: Lever body 852: Lever rotation axis
853: Lever guide 855: Release operation lever 86: Gripping interlocking module
861: Linked body 862: Linked rotation axis 863: Linked elastic locking part
864: Idle stop protrusion 865: Interlocking locking protrusion 866: Interlocking operation protrusion
867: Interlocking elastic member

Claims (15)

When the opening/closing link unit that connects the cover unit to be able to move up and down relative to the roof base unit is operated by the opening/closing drive unit provided in the roof base unit, the raising of the cover unit is completed relative to the roof base unit, or It is a tent locking device that maintains the lowering completed state of the cover unit,
One end of the opening/closing link unit is slideably link coupled to the roof base unit via the opening/closing drive unit, and the other end is a bracket body coupled to an opening/closing rod linked to the cover unit, and is elongated to the bracket body. A bracket module including a provided locking guide;
One end of the opening/closing link unit is link-connected to the opening/closing rod, and the other end is spaced from the opening/closing drive unit, and a locking rod is link-connected to an auxiliary rod linked to the roof base unit, and a state provided on the locking rod. a locking link module including a locking slider movably coupled to the locking guide; and
A tent locking device comprising: a gripping module spaced apart from the locking guide and elastically rotatably supported by the bracket body, and engaging the locking slider when the lid unit is fully raised.
According to paragraph 1,
The gripping module is,
a gripping body rotatably coupled to the bracket body via a gripping rotation axis;
a limit rod protruding from the grip body to intersect the locking guide in an idle state;
a grip hook that protrudes from the grip body to face the limit rod and is spaced apart from the locking guide in an idle state;
a locking seating portion provided between the limit rod and the grip hook, into which the locking slider can be inserted; and
A tent locking device comprising: an elastic grip member that elastically supports the grip body with respect to the bracket body so that the limit rod and the grip hook are positioned in an idling state.
According to paragraph 1,
A tent locking device further comprising: a locking setting module spaced apart from the locking guide and elastically supported rotatably by the bracket module, and engaging the gripping module in a state in which the lid unit is fully raised.
According to paragraph 3,
The lock setting module is,
a locking support module that is spaced apart from the locking guide and is rotatably elastically supported by the bracket module, and is engaged with the gripping module when the lid unit is fully raised;
a release lever module spaced apart from the locking guide and rotatably coupled to the bracket module, and disengaging the gripping module and the locking support module when the cover unit is completely lifted by rotation by an external force; and
It is spaced apart from the locking guide and elastically supported to be rotatable by the bracket module, and is engaged with the locking support module as the locking combination between the gripping module and the locking support module is released by the release lever module, and the gripping module A tent locking device comprising a gripping interlocking module that releases the locking combination with the locking support module as it rotates.
According to paragraph 4,
In the gripping module,
It includes a limiting groove in which the lock setting module is engaged when the lid unit is fully raised,
The locking support module is,
a locking support body rotatably coupled to the bracket body via a support rotation axis;
a locking insertion protrusion provided on the locking support body and engaged with the limiting groove portion; and
A tent locking device comprising a support elastic member that elastically supports the locking support body with respect to the bracket body so that the locking connection between the limiting groove and the locking insertion protrusion is maintained in an idle state.
According to clause 5,
In the bracket body,
A setting guide provided long and spaced apart from the locking guide is included,
The locking support module is,
It further includes an operating slider that protrudes from the locking support body and is slidably coupled to the setting guide as the locking support body rotates,
The release lever module is,
a lever body rotatably coupled to the bracket body via a lever rotation axis;
a lever guide that is long provided on the lever body so as to intersect the setting guide and is fitted and coupled to enable the operation slider to slide; and
A tent locking device comprising a release operation lever that protrudes from an edge of the bracket body and protrudes from the lever body to apply an external force.
According to clause 6,
The locking support module is,
It further includes a support stop protrusion protruding from the locking support body,
In the gripping module,
It includes a gripping manipulation protrusion that rotates the gripping interlocking module according to the rotation of the gripping module,
The phage interlocking module is,
an interlocking body rotatably coupled to the bracket body via an interlocking rotation axis;
An idle stop protrusion that is caught and supported by the bracket body in an idle state;
an interlocking locking protrusion engaged with the support stop protrusion as the locking combination of the limiting groove portion and the locking insertion protrusion is released by the release lever module;
an interlocking operation protrusion protruding from the interlocking body between the idle stop protrusion and the interlocking locking protrusion so that the gripping operation protrusion presses as the grip module rotates; and
A tent locking device comprising: an interlocking elastic member that elastically supports the interlocking body with respect to the bracket body so that the locking connection between the bracket body and the idle stop protrusion is maintained in an idle state.
A roof base unit coupled to the roof of the vehicle;
a cover unit arranged to be liftable on an upper side of the roof base unit;
A tent unit that has a lower end coupled to the edge of the roof base unit, an upper end coupled to the cover unit, and forms a tent space between the roof base unit and the cover unit as the cover unit rises from the roof base unit. ;
A support link unit connecting one side of the cover unit to be able to lift and lower with respect to one side of the roof base unit at the front side based on the driving direction of the vehicle;
One side of the cover unit is connected to the roof base unit at the rear side based on the driving direction of the vehicle so that it can be lifted and lowered, one end is linked to the roof base unit so as to be slideable, and the other end is connected to the cover unit. An opening and closing link unit including an opening and closing rod that is link coupled to the opening and closing rod, one end of which is link coupled to the opening and closing rod and an auxiliary rod that has the other end of which is link coupled to the roof base unit;
an opening and closing drive unit that operates the opening and closing link unit to move the cover unit up and down with respect to the roof base unit; and
When the opening/closing link unit is operated by the opening/closing drive unit, a tent locking unit that maintains a completed state of raising the cover unit or a completed state of lowering of the cover unit relative to the roof base unit. A rooftop tent.
According to clause 8,
The tent unit is,
A tent member whose lower end is coupled to the roof base unit and whose upper end is coupled to the cover unit, forming a tent space therein; and
A rooftop tent comprising a folding module that folds the tent member toward the tent space when the cover unit descends toward the roof base unit.
According to clause 9,
The folding module is,
A first link coupled to the roof base unit or provided on the tent member;
a second link coupled to the cover unit or provided on the tent member, and linked to the first link; and
When the cover unit descends toward the roof base unit, a folding elastic member elastically supports the second link with respect to the first link so that the joint portion of the first link and the second link moves into the tent space. Rooftop tent characterized by including ;
According to clause 10,
The folding module is,
A rooftop tent provided on the tent member, and a pocket member in which the first link, the second link, and the folding elastic member are embedded.
According to clause 8,
The tent locking unit is,
A rooftop tent comprising a tent locking device according to claim 1.
According to any one of claims 8 to 12,
A locking setting module provided on the roof base unit and to which the auxiliary rod is linked; and
A rooftop tent further comprising a locking module provided on the opening and closing rod adjacent to the cover unit and detachably coupled to the locking setting module.
According to clause 13,
A long link guide provided on the jamming setting module; and
It further includes a link slider provided on the auxiliary rod and coupled to the link guide to enable slide movement,
The opening/closing link unit is,
An opening and closing guide provided long on the cover unit; and
A rooftop tent further comprising an opening and closing slider provided on the opening and closing rod and movably coupled to the opening and closing guide.
According to clause 14,
The jam setting module is,
A locking member provided on the roof base unit and provided with the link guide; and
A rooftop tent characterized in that it includes a protruding fitting groove portion that is spaced apart from the link guide in the locking setting member and into which the locking module is fitted.