CN112078462B

CN112078462B - Hidden cup stand

Info

Publication number: CN112078462B
Application number: CN202010987324.4A
Authority: CN
Inventors: 雷聪明; 张艾斌
Original assignee: Sci Seating (ningbo) Co ltd; Zhejiang Geely Holding Group Co Ltd
Current assignee: Sci Seating (ningbo) Co ltd; Zhejiang Geely Holding Group Co Ltd
Priority date: 2020-09-18
Filing date: 2020-09-18
Publication date: 2021-09-17
Anticipated expiration: 2040-09-18
Also published as: CN112078462A

Abstract

The invention provides a hidden cup stand, and belongs to the technical field of automobiles. It has solved technical problem such as cup unstability is placed to current convertible saucer. The hidden cup stand comprises a base, wherein a turnover cup stand body is arranged on the base in a rotating mode, a first lifting cup stand body and a second lifting cup stand body which can lift are further arranged on the base, when the turnover cup stand body is turned inwards and closed, the turnover cup stand body can cover the first lifting cup stand body and the second lifting cup stand body, when the turnover cup stand body is turned outwards and opened, the turnover cup stand body can drive the first lifting cup stand body and the second lifting cup stand body to ascend in sequence, when the turnover cup stand body is turned over and opened, the first lifting cup stand body is located above the second lifting cup stand body, the first lifting cup stand body and the second lifting cup stand body are supported through the turnover cup stand body, and a containing cavity for containing a cup body is formed between the first turnover cup stand body, the first lifting cup stand body and the second lifting cup stand body. The cup body is stably placed in the cup stand.

Description

Hidden cup stand

Technical Field

The invention belongs to the technical field of automobiles, and particularly relates to a hidden cup stand.

Background

In the existing car seat, if the car seat does not have a separate cup holder, a passenger cannot place a water cup, a mineral water bottle and the like. In a conventional car, a central armrest is arranged in the middle of a rear seat, a cup holder is usually arranged in the central armrest, the cup holder is usually arranged in an open manner, and the cup holder occupies the armrest space when not in use.

Chinese patent application literature (publication number: CN 107176069A; published date: 2017.09.19) discloses a central armrest turnover type cup holder for a rear seat of an automobile, in the above patent, a cavity for holding the cup stand is formed by combining a front half body of the cup stand and a rear half body of the cup stand which are oppositely arranged, due to the folding structure, after the front half body of the cup stand is turned over and closed, the space between the front half body of the cup stand and the shell of the cup stand is limited, the rear half body of the cup stand also rotates, so that the rear half body of the cup stand can only limit the upper half part of the cup body, the lower half part of the cup body is not limited, and the situation that the cup body is placed in the containing cavity and is not stably placed can be caused, the front half body of the cup stand and the rear half body of the cup stand keep synchronous rotating motion of the front half body of the cup stand and the rear half body of the cup stand through a connecting rod mechanism, and the problems that eccentricity is easily generated in the motion process, blocking is caused, locking cannot be achieved, and the like are solved.

Disclosure of Invention

The invention provides a hidden cup stand aiming at the problems in the prior art, and the technical problems to be solved by the invention are as follows: how to stably place the cup body in the cup stand.

The purpose of the invention can be realized by the following technical scheme:

the hidden cup stand comprises a base, wherein a turnover cup stand body is arranged on the base in a rotating mode, a lifting cup stand body I and a lifting cup stand body II which can lift are further arranged on the base, when the turnover cup stand body is turned inwards and closed, the turnover cup stand body can cover the lifting cup stand body I and the lifting cup stand body II, when the turnover cup stand body is turned outwards and opened, the turnover cup stand body can drive the lifting cup stand body I and the lifting cup stand body II to ascend in sequence, when the turnover cup stand body is turned over and opened, the lifting cup stand body I is located above the lifting cup stand body II, the lifting cup stand body I and the lifting cup stand body II are supported through the turnover cup stand body, and a containing cavity for containing a cup body is formed among the turnover cup stand body, the lifting cup stand body I and the lifting cup stand body II.

When the turnover cup support body is turned inwards and closed, the turnover cup support body can be covered above the first lifting cup support body and the second lifting cup support body, the first lifting cup support body and the second lifting cup support body are hidden, the handrail has a complete appearance, and the first lifting cup support body and the second lifting cup support body are arranged in a front-back overlapping mode so that the turnover cup support body can be placed in a narrow space formed by the turnover cup support body and the base in a closed state, the structure is compact, and the space utilization efficiency is high; when the turnover cup support body is turned outwards and opened, the turnover cup support body can drive the first lifting cup support body and the second lifting cup support body to ascend in sequence, after the turnover cup support body is turned over and opened, the turnover cup support body, the first lifting cup support body and the second lifting cup support body form a cavity for placing a cup body, the first lifting cup support body is located above the second lifting cup support body, the upper half of the pair of cups of the lifting cup support body is limited, the lower half of the pair of cups of the lifting cup support body is limited, and the cup body is stably placed in the cup support.

In the hidden cup stand, a first guiding and positioning structure capable of enabling the first lifting cup stand body to ascend and descend along a fixed track is arranged between the first lifting cup stand body and the base, a second guiding and positioning structure capable of enabling the second lifting cup stand body to incline and ascend along the fixed track is arranged between the second lifting cup stand body and the base, in the overturning and closing process of the overturning cup stand body, the first lifting cup stand body and the second lifting cup stand body lose the support of the overturning cup stand body, the second lifting cup stand body obliquely falls under the action of the second guiding and positioning structure, and when the overturning cup stand body is overturned and closed, the second lifting cup stand body is located between the overturning cup stand body and the first lifting cup stand body. In the process of turning over and closing the turnover cup support body, the first lifting cup support body and the second lifting cup support body lose the support of the turnover cup support body, the first lifting cup support body falls down along a fixed track of the first guiding and positioning structure, the second lifting cup support body falls down obliquely along the second guiding and positioning structure, after the turnover cup support body is turned over and closed, the second lifting cup support body is located between the first turnover cup support body and the first lifting cup support body, so that the first lifting cup support body and the second lifting cup support body can be contained in a narrow space formed between the first turnover cup support body and the base after the turnover cup support body is turned over and closed, the first turnover cup support body and the second lifting cup support body can form a space for containing a cup body after the turnover cup support body is turned over and opened, the upper portion and the lower portion of the cup body can be limited, and the cup body can be stably placed in the cup support.

In foretell hidden saucer, still be equipped with the switch that can make the upset saucer body keep the closure state on the base, be equipped with between upset saucer body and the base and make the upset saucer body rotate with the turning point and reset to the piece that resets of upset saucer body open mode, be equipped with between lifting saucer body one and the base and can make lifting saucer body one reset to the piece that resets second of lifting saucer body closure state, still be equipped with between lifting saucer body two and the base and can make lifting saucer body two reset to the piece that resets third of lifting saucer body closure state, the power that resets one is greater than the piece that resets two and resets three power that resets. The turnover cup support body can be kept in a closed state under the action of the switch, at the moment, the first reset piece is in a force accumulation state, the first lifting cup support body is kept in a falling state under the action of the second reset piece, the second lifting cup support body is also kept in a falling state under the action of the third reset piece, when the switch is pressed to relieve the closed state of the turnover cup support body, the turnover cup support body rotates along a rotating point under the action of the first reset piece, the first reset piece overcomes the force of the second reset piece to enable the turnover cup support body to rotate and firstly drive the first lifting cup support body to move upwards along the first guiding and positioning structure, and the first reset piece also overcomes the force of the third reset piece to enable the turnover cup support body to rotate and drive the second lifting cup support body to move upwards along the second guiding and positioning structure in an inclined mode until the turnover cup support body is turned over, after the turnover cup support body is turned over and opened, the second reset piece and the third reset piece are both in a force accumulation state and can respectively act on the first lifting cup support body and the second lifting cup support body, enabling the first lifting cup support body and the second lifting cup support body to have downward force; when the turnover cup support body needs to be switched from an open state to a closed state, the turnover cup support body is rotated to overcome the force of the first reset piece to enable the first reset piece to gradually store force, at the moment, the first lifting cup support body and the second lifting cup support body gradually lose the support of the turnover cup support body, under the action of the second reset piece, the first lifting cup support body moves downwards along the first guiding and positioning structure, the second lifting cup support body moves downwards along the second guiding and positioning structure in an inclined mode to enable the second lifting cup support body to be staggered with the first lifting cup support body, finally, the hidden cup support is closed, the turnover cup support body is kept closed under the action of a switch, the second lifting cup support body is located between the first turnover cup support body and the first lifting cup support body, the first lifting cup support body and the second lifting cup support body keep a falling state under the action of the second reset piece and the third reset piece, and a user needs to press the switch through the first reset piece, the second reset piece and the third reset piece, the automatic turnover of the turnover cup support body and the lifting of the lifting cup support body I and the lifting cup support body II can be realized, so that the cup body is stably placed in the cup support.

In foretell hidden saucer, the base includes the curb plate, is equipped with the hinge hole on the curb plate, be equipped with on the upset saucer body and articulate in the articulated shaft in the hinge hole, reset one and locate the articulated epaxial torsional spring including the cover, the one end of torsional spring acts on the upset saucer body, and the other end acts on the base, reset two including can apply tensile hairspring down to lifting saucer body one, the one end of hairspring links to each other with the base, and the other end links to each other with lifting saucer body one, reset three compression spring including the slope setting, compression spring's both ends lean on with base and lifting saucer body two respectively. The turnover cup support body is hinged to the side plate through a hinged shaft, so that the turnover cup support body can rotate by taking the hinged shaft as a rotating center, one end of a torsional spring sleeved on the hinged shaft acts on the turnover cup support body, the other end of the torsional spring acts on the base, the torsional spring releases torsion in the turnover opening process of the turnover cup support body, and the torsional spring stores force when the turnover cup support body is turned over and closed; when the hidden cup stand is converted into an open state from a closed state, the turnover cup stand body acts on the first lifting cup stand body to resist the hairspring, so that the first lifting cup stand body is lifted, at the moment, the hairspring stores force to increase the force for pulling the first lifting cup stand body downwards, and when the hidden cup stand is converted into the closed state from the open state, the hairspring releases downward pulling force to pull the first lifting cup stand body downwards, so that the first lifting cup stand body is reset to a position of the hidden cup stand in the closed state; when the hidden cup stand is converted into the open state from the closed state, the turnover cup stand body acts on the second lifting cup stand body to be in opposition to the compression spring, so that the second lifting cup stand body is lifted, at the moment, the compression spring is extruded to accumulate force to increase the downward pressure acting on the second lifting cup stand body, and when the hidden cup stand is converted into the closed state from the open state, the compression spring releases elastic force to incline and press the second lifting cup stand body downward, so that the second lifting cup stand body is reset to the position of the hidden cup stand in the closed state.

In the hidden cup stand, the overturning cup stand body is provided with a jacking part which can abut against the bottom of the first lifting cup stand body in the overturning process and after the overturning and opening are completed, and the overturning cup stand body is provided with a bottom plate which can abut against the bottom of the second lifting cup stand body in the overturning process and after the overturning and opening are completed. In the process of overturning the turnover cup support body, the jacking part of the turnover cup support body abuts against the bottom of the first lifting cup support body to drive the first lifting cup support body to ascend, and abuts against the first lifting cup support body after the turnover cup support body is overturned, so that the first lifting cup support body is kept in a jacking state, the turnover cup support body drives the second lifting cup support body to move upwards through the bottom plate in the overturning process, and supports the second lifting cup support body after the turnover cup support body is overturned, so that the second lifting cup support body is kept in a jacking state.

In the hidden cup stand, the first guiding and positioning structure comprises a first guiding groove located on the side plate, the first guiding groove is arranged in the vertical direction, a first guiding convex rib located in the first guiding groove is arranged on the first lifting cup stand body, the second guiding and positioning structure comprises a guiding plate located on the base, the guiding plate is located on the inner side of the side plate, a second guiding groove which is obliquely arranged is formed in the guiding plate, the second guiding and positioning structure further comprises a guiding block arranged on the second lifting cup stand body, and the guiding block is located in the second guiding groove. The convex rib of direction on the lifting saucer body I goes up and down along guide way one on the curb plate, the guide block of lifting saucer body two goes up and down along guide way two on the deflector, because the guide way slope sets up, make lifting saucer body I and lifting saucer body two crisscross, make lifting saucer body I and lifting saucer body two can place in the upset saucer body upset closed back and the narrow and small space of base formation, after hidden saucer is opened, the upper and lower homoenergetic of cup can be restricted, thereby realize that the cup is placed and is held the intracavity more stably.

In the hidden cup stand, a lifting bottom surface which is abutted against the jacking portion in the lifting process is arranged at the bottom of the lifting cup stand body, the bottom of the lifting cup stand body is further provided with a yielding surface which is upwards recessed and is connected with the lifting bottom surface, and after the lifting cup stand body is lifted to a specified position, the jacking portion continues to ascend along the yielding surface and the position of the lifting cup stand body is unchanged. The jacking portion of the turnover cup support body can rotate at the rotation point position rotation center of the turnover cup support body in the turnover process, the jacking portion can firstly abut against the lifting bottom surface to jack the lifting cup support body upwards, and when the lifting cup support body reaches a set lifting height, the turnover cup support body continues to rotate through the abdicating surface which is formed by upwards recessing the bottom of the lifting cup support body, but the lifting cup support body can be driven to move upwards.

In the hidden cup stand, the side plate is further provided with a damping groove, the damping groove is arranged along the circumferential direction of the hinge hole, the inner wall of the damping groove is provided with meshing teeth, and the overturning cup stand body is provided with a damping gear which is positioned in the damping groove and is meshed with the meshing teeth. In the process of overturning the overturning cup stand body, the overturning cup stand body rotates by taking an articulated shaft of the overturning cup stand body as a center, an overturning damping gear arranged on the overturning cup stand body also rotates by taking the articulated shaft as the center, the damping gear is arranged in a damping groove and is meshed with meshing teeth of the damping groove, when the overturning cup stand body is overturned and opened, the damping gear can be in confrontation with a first reset part, if the overturning cup stand body is not provided with structures such as the damping gear, the overturning cup stand body overturns too fast under the action of the first reset part, the overturning cup stand body collides with a base, the overturning cup stand body quickly rotates to collide with a first lifting cup stand body and a second lifting cup stand body, and the first lifting cup stand body and the second lifting cup stand body are collided with the base, the service life of the hidden cup stand is prolonged, and the service life of the hidden cup stand can be prevented from being reduced by the arrangement of the structures such as the damping gear.

In the hidden cup holder, the bottom of the second lifting cup holder body is provided with a bottom supporting plate, the bottom plate is provided with a placing plane which is convexly arranged, and when the turnover cup holder body is rotated and opened, the top surface of the bottom supporting plate is flush with the placing plane. The top surface of the bottom supporting plate is flush with the placing plane, so that the cup body can be stably placed when the cup body is prevented from being in the accommodating cavity, and the cup body is stably placed in the cup stand.

In foretell hidden saucer, be equipped with on the lifting saucer body one and can support the lug of keeping out that leans on with jacking portion, keep out the lug and be located the face of stepping down and keep away from the lifting bottom surface, the base of lifting saucer body one is equipped with the caulking groove, the caulking groove runs through the inner wall that lifting saucer body one held the chamber towards, the topside of lifting saucer body two is equipped with keeps off the edge, works as the upset saucer body rotates and opens the back, the bottom of lifting saucer body one offsets with the top of lifting saucer body two and leans on, keep off along embedding caulking inslot and support and lean on. When the turnover cup support body is turned over and opened, the jacking portion rotates by taking the rotating point of the turnover cup support body as a center, the jacking portion moves upwards along the abdicating plane arc line of the first lifting cup support body, when the turnover cup support body is turned over, the turnover cup support body may have outward turning force, but when the jacking portion abuts against the resisting lug, the first lifting cup support body is limited by the guiding and positioning structure to move only up and down, so that the outward turning force of the turnover cup support body can only increase the abutting reliability of the jacking portion and the resisting lug, and the turnover cup support body cannot be continuously turned over outwards; secondly, because the second lifting cup support body is positioned between the first lifting cup support body and the second overturning cup support body in a closed state, when the overturning cup support body is overturned and opened, the bottom plate of the overturning cup support body acts on the second lifting cup support body to enable the second lifting cup support body to move upwards along the second guiding and positioning structure in an inclined mode, after the overturning cup support body is overturned, the bottom of the second lifting cup support body abuts against the bottom plate, the blocking edge on the second lifting cup support body is just embedded in the embedding groove of the first lifting cup support body and abuts against each other, due to the fact that the second lifting cup support body exerts an upwards inclined acting force on the first lifting cup support body under the action of the second overturning cup support body and the second guiding and positioning structure, the second reset piece exerts a downward force on the first lifting cup support body and an upwards inclined force on the second lifting cup support body, matching between the blocking edge and the embedding groove is enabled to be more reliable, and the first lifting cup support body and the second overturning cup support body are prevented from being overturned, The hidden cup stand has better stability after being opened, and the shaking abnormal sound among the turnover cup stand body, the lifting cup stand body I, the lifting cup stand body II and the base is reduced, so that the cup body is more stably placed in the cup stand.

Compared with the prior art, the invention has the following advantages:

1. the cup is placed in this saucer, and the first half and the lower half of cup all can obtain spacingly, make stable the placing in the saucer of cup.

2. The lifting cup support body I and the lifting cup support body II are driven to move linearly in sequence through the rotation of the turnover cup support body, the moving process is more stable and simpler, and the blocking condition is not generated.

3. The base plays a sliding guide role relative to the first lifting cup support body and the second lifting cup support body, and the overturning cup support body, the first lifting cup support body and the second lifting cup support body do not synchronously move through other redundant mechanisms, so that the blocking condition is not generated.

4. The turnover cup support body, the lifting cup support body I and the lifting cup support body II can interact, so that the cup is more stable in an open state, the conditions of shaking, abnormal sound and the like are avoided, and the cup body is more stable to place.

5. This hidden saucer's compact structure, when there is not the cup to place in the saucer, hidden saucer can be packed up and increase storage space for handrail storing box.

Drawings

Fig. 1 is an exploded view of the present concealed cup holder.

Fig. 2 is a schematic perspective view of the hidden cup stand in a closed state.

Fig. 3 shows the structural relationship among the turning cup support body, the lifting cup support body I and the lifting cup support body II in the closed state of the hidden cup support.

Fig. 4 is a schematic perspective view of the hidden cup holder in the opening process.

Fig. 5 is a schematic view of the structural relationship between the flip cup holder body and the lift cup holder body in the opening process of the hidden cup holder.

Fig. 6 is a schematic view of the structural relationship between the first flip cup holder and the first lift cup holder during the opening process of the hidden cup holder.

Fig. 7 is a schematic perspective view of the hidden cup stand after being opened.

Fig. 8 is a schematic view of the structural relationship among the turning-over cup support body, the lifting cup support body I and the lifting cup support body II after the hidden cup support is opened.

FIG. 9 is a schematic diagram of the structural relationship between the base and the first lift cup holder.

FIG. 10 is a schematic diagram of the structural relationship between the base and the second lift cup holder.

Fig. 11 is a schematic perspective view of the inverted cup holder.

In the figure, 1, a base; 1a, a side plate; 1a1, hinge hole; 1a2, damping slot; 1a3, meshing teeth; 2. turning over the cup support body; 2a, a hinged shaft; 2b, a jacking part; 2c, a bottom plate; 2c1, lying plane; 3. lifting the first cup support body; 3a, lifting the bottom surface; 3b, abdicating the plane; 3c, resisting the bump; 3d, caulking grooves; 4. lifting the cup support body II; 4a, a bottom supporting plate; 4b, blocking edges; 5. a cavity; 6. a first guiding and positioning structure; 6a, a first guide groove; 6b, a guide convex rib; 7. a second guiding and positioning structure; 7a, a guide plate; 7b, a second guide groove; 7c, a guide block; 8. a switch; 9. a first resetting part; 9a, a torsion spring; 10. a second resetting piece; 10a, a balance spring; 11. a third resetting part; 11a, a compression spring; 12. a damping gear.

Detailed Description

The following are specific embodiments of the present invention and are further described with reference to the drawings, but the present invention is not limited to these embodiments.

Example one

As shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7 and fig. 11, the hidden cup holder includes a base 1, the base 1 is fixed on the armrest, the base 1 includes side plates 1a located at two ends, a turnover cup holder body 2 is rotatably disposed between the two side plates 1a, specifically, each side plate 1a is provided with a hinge hole 1a1, two ends of the turnover cup holder body 2 are provided with hinge shafts 2a hinged in the hinge holes 1a1, the turnover cup holder body 2 can rotate by using the hinge points as a rotation center, and along with the rotation of the turnover cup holder body 2, the states of the turnover cup holder body 2 are divided into an open state, a closed state, an open state and a close state.

As shown in fig. 1, 6, 7 and 8, the base 1 is further provided with a switch 8 capable of keeping the turnover cup holder body 2 in a closed state, the switch 8 comprises a button, an unlocking hook reset steel wire and an unlocking hook rotating shaft, a notch buckled with the unlocking hook is formed in the turnover cup holder body 2, and when the turnover cup holder body 2 is in a closed state, the unlocking hook is buckled in the notch, so that the turnover cup holder body 2 is in the closed state. The unblock couple rotates through unblock couple pivot and sets up with base 1 on, pushes down the button, and the button moves down, and unblock couple resets and produces elastic deformation downwards the steel wire, and in the unblock couple rotated and takes off the breach, the realization loosened the decurrent pressure to the button to the unblock of upset saucer body 2, and button and unblock couple reset under the effect that unblock couple resets the steel wire.

As shown in fig. 1, 2, 3, 4, 5, 6, 7, 8, 9 and 11, a first reset piece 9 capable of resetting the flip cup holder 2 to the open state of the hidden cup holder by rotating at a rotating point is disposed between the flip cup holder 2 and the base 1, in this embodiment, the first reset piece 9 is a torsion spring 9a, the torsion spring 9a is sleeved on the hinge shaft 2a, one end of the torsion spring 9a acts on the flip cup holder 2, the other end acts on the base 1, when the flip cup holder 2 is in the closed state, the torsion spring 9a stores force and has elasticity for opening the flip cup holder 2 by flipping it outward, and when the switch 8 fails to fasten the flip cup holder 2, the flip cup holder 2 is opened by the action of the torsion spring 9 a. The side plate 1a is further provided with a damping groove 1a2, the damping groove 1a2 is arranged along the circumferential direction of the hinge hole 1a1, the upper inner wall or the lower inner wall of the damping groove 1a2 is provided with meshing teeth 1a3, and the overturning cup holder body 2 is provided with a damping gear 12 which is positioned in the damping groove 1a2 and is meshed with the meshing teeth 1a 3. In the process of overturning the overturning cup holder body 2, the overturning cup holder body 2 rotates by taking the hinge shaft 2a as the center, the overturning damping gear 12 arranged on the overturning cup holder body 2 also rotates by taking the hinge shaft 2a as the center, and when the overturning cup holder body 2 is overturned and opened, the damping gear 12 can confront the torsion spring 9a to prevent the overturning cup holder body 2 from impacting the base 1.

As shown in fig. 1 to 10, a lifting cup holder body i 3 and a lifting cup holder body ii 4 capable of lifting are further arranged on the base 1, and the lifting cup holder body i 3 and the lifting cup holder body ii 4 are both located between the two side plates 1 a. When the turnover cup stand body 2 is turned inwards and closed, the turnover cup stand body 2 can cover the lifting cup stand body I3 and the lifting cup stand body II 4, the lifting cup stand body I3 and the lifting cup stand body II 4 are arranged in a front-back overlapping mode, and at the moment, the hidden cup stand is in a closed state; when the turnover cup support body 2 is turned outwards and opened, the turnover cup support body 2 can drive the first lifting cup support body 3 and the second lifting cup support body 4 to ascend sequentially; when the turnover cup support body 2 is rotated and opened, the lifting cup support body I3 is positioned above the lifting cup support body II 4, and at the moment, the hidden cup support is in an open state; the first lifting cup support body 3 and the second lifting cup support body 4 are supported through the turnover cup support body 2, and a containing cavity 5 for containing a cup body is formed among the turnover cup support body 2, the first lifting cup support body 3 and the second lifting cup support body 4.

Further, as shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7, fig. 9 and fig. 10, a first guiding and positioning structure 6 capable of lifting the first lifting cup support body 3 along a fixed track is arranged between the first lifting cup support body 3 and the base 1, a second guiding and positioning structure 7 capable of lifting the second lifting cup support body 4 along a fixed track is arranged between the second lifting cup support body 4 and the base 1, in the process of turning over and closing the second lifting cup support body 2, the first lifting cup support body 3 and the second lifting cup support body 4 lose the support of the second lifting cup support body 2, and the second lifting cup support body 4 falls down obliquely along the second guiding and positioning structure 7, and when the second lifting cup support body 2 is turned over and closed, the second lifting cup support body 4 is located between the first lifting cup support body 2 and the first lifting cup support body 3. In the process of turning over and closing the turnover cup support body 2, the first lifting cup support body 3 and the second lifting cup support body 4 lose the support of the turnover cup support body 2, the first lifting cup support body 3 falls along the fixed track of the first guiding and positioning structure 6, the second lifting cup support body 4 obliquely falls along the second guiding and positioning structure 7, after the turnover cup support body 2 is turned over and closed, the second lifting cup support body 4 is located between the first turnover cup support body 2 and the first lifting cup support body 3, so that the first lifting cup support body 3 and the second lifting cup support body 4 can be contained in a narrow space formed between the first turnover cup support body 2 and the base 1 after the turnover cup support body 2 is turned over and closed, the turnover cup support body 2 can form a space for containing a cup body with the first lifting cup support body 3 and the second lifting cup support body 4 after being turned over and opened, the upper portion and the lower portion of the cup body can be limited, and the cup body can be stably placed in the cup support.

Specifically, a second reset piece 10 capable of enabling the first lifting cup support body 3 to reset to the hidden cup support closed state is arranged between the first lifting cup support body 3 and the base 1, a third reset piece 11 capable of enabling the second lifting cup support body 4 to reset to the hidden cup support closed state is further arranged between the second lifting cup support body 4 and the base 1, and the force of the first reset piece 9 is larger than the force of the second reset piece 10 plus the third reset piece 11.

As shown in fig. 1, 2, 4 and 7, the turnover cup holder body 2 can be kept in a closed state under the action of the switch 8, at this time, the first reset piece 9 is in a force storage state, the first lifting cup holder body 3 is kept in a falling state under the action of the second reset piece 10, the second lifting cup holder body 4 is also kept in a falling state under the action of the third reset piece 11, when the switch 8 is pressed to release the closed state of the turnover cup holder body 2, the turnover cup holder body 2 rotates along a rotating point under the action of the first reset piece 9, the first reset piece 9 overcomes the force of the second reset piece 10 to enable the turnover cup holder body 2 to rotate to drive the first lifting cup holder body 3 to move upwards along the first guiding and positioning structure 6, and the first reset piece 9 also overcomes the force of the third reset piece 11 to enable the turnover cup holder body 2 to rotate to drive the second lifting cup holder body 4 to move upwards and slantly along the second guiding and positioning structure 7 until the turnover cup holder body 2 is completely turned over, after the turnover cup support body 2 is turned over and opened, the second reset piece 10 and the third reset piece 11 are both in a force storage state and can respectively act on the first lifting cup support body 3 and the second lifting cup support body 4, so that the first lifting cup support body 3 and the second lifting cup support body 4 have downward force; when the turnover cup support body 2 needs to be switched from an open state to a closed state, the turnover cup support body 2 is rotated to overcome the force of the first reset piece 9, so that the first reset piece 9 gradually stores force, at the moment, the first lifting cup support body 3 and the second lifting cup support body 4 gradually lose the support of the turnover cup support body 2, under the action of the second reset piece 10, the first lifting cup support body 3 moves downwards along the first guiding and positioning structure 6, the second lifting cup support body 4 obliquely moves downwards along the second guiding and positioning structure 7, so that the second lifting cup support body 4 is staggered with the first lifting cup support body 3, finally, the hidden cup support is closed, the turnover cup support body 2 is kept closed under the action of the switch 8, the second lifting cup support body 4 is positioned between the turnover cup support body 2 and the first lifting cup support body 3, the first lifting cup support body 3 and the second lifting cup support body 4 are kept in a falling state under the action of the second reset piece 10 and the third reset piece 11, and the turnover cup support body 2 is switched to a closed state through the switch 8, Reset the setting of a 9, reset a two 10 and reset a three 11, the user presses switch 8 to needs, can realize the automatic upset of upset saucer body 2 and the rising of lifting saucer body 3 and lifting saucer body two 4, makes the cup place more stably in holding chamber 5.

Further, as shown in fig. 1 to 10, the first guiding and positioning structure 6 includes a first guiding groove 6a formed in the side plate 1a, the first guiding groove 6a is arranged along the vertical direction and has a slight inclination, so that the first lifting cup holder body 3 can move slightly towards the direction of the second turnover cup holder body 2 when falling, a first guiding rib 6b located in the first guiding groove 6a is arranged on the first lifting cup holder body 3, and the first guiding rib 6b is in a track shape. In this embodiment, the second resetting piece 10 is a balance spring 10a, one end of the balance spring 10a is connected with the base 1, the other end of the balance spring is connected with the first lifting cup holder body 3, and the balance spring 10a can apply a downward pulling force to the first lifting cup holder body 3. Further, two 7 guiding and positioning structures are including locating deflector 7a on base 1, and deflector 7a is located the inboard of curb plate 1a, and is concrete, and deflector 7a quantity is two and is located between two curb plates 1a, sets up the guide way two 7b that the slope set up on deflector 7a, and two 7 guiding and positioning structures still include the guide block 7c that sets up on the lifting cup support body two 4, and guide block 7c is located guide way two 7b, and guide block 7c is the parallel key form. The third resetting piece 11 comprises a compression spring 11a which is obliquely arranged, and two ends of the compression spring 11a are respectively abutted against the base 1 and the second lifting cup support body 4. Specifically, the base 1 is provided with a supporting plate which is abutted against the end of the compression spring 11a, the second lifting cup support body 4 is provided with a positioning shaft which is inserted into the compression spring 11a, and the positioning shaft is obliquely arranged. When the hidden cup stand is converted into an open state from a closed state, the turnover cup stand body 2 acts on the lifting cup stand body I3 to resist the balance spring 10a, so that the lifting cup stand body I3 is lifted, at the moment, the balance spring 10a stores force to increase the force for pulling the lifting cup stand body I3 downwards, when the hidden cup stand is converted into the closed state from the open state, the balance spring 10a releases the downward pulling force, the lifting cup stand body I3 is pulled downwards, and the lifting cup stand body I3 is reset to the position of the hidden cup stand in the closed state; when the hidden cup stand is changed from the closed state to the open state, the lifting cup stand body II 4 is lifted because the overturning cup stand body 2 acts on the lifting cup stand body II 4 to be in opposition to the compression spring 11a, at the moment, the compression spring 11a is extruded to accumulate force to increase the downward force acting on the lifting cup stand body II 4, and when the hidden cup stand is changed from the open state to the closed state, the compression spring 11a releases the elastic force to incline and press the lifting cup stand body II 4 downward, so that the lifting cup stand body II 4 is reset to the position of the hidden cup stand in the closed state.

Further, as shown in fig. 1, 3, 6, and 8, the turnover cup holder body 2 is provided with a jacking portion 2b capable of abutting against the bottom of the lifting cup holder body 3 during the turnover process and after the turnover is opened, specifically, the jacking portion 2b is located at two ends of the lifting cup holder body 3, along with the rotation of the turnover cup holder body 2, the jacking portion 2b rotates from bottom to top with a hinge point of the turnover cup holder body 2 as a rotation center, the bottom of the lifting cup holder body 3 is provided with a lifting bottom surface 3a abutting against the jacking portion 2b during the lifting process, the bottom of the lifting cup holder body 3 is further provided with a abdicating surface 3b capable of following the trajectory of continuously rising of the jacking portion 2b after the lifting of the lifting cup holder body 3 is completed, and the abdicating surface 3b is connected with the lifting bottom surface 3a and is recessed upward. In the process of overturning the cup support body 2, the jacking part 2b can firstly abut against the lifting bottom surface 3a to jack the lifting cup support body 3 upwards, when the lifting cup support body 3 reaches the set lifting height, the overturning cup support body 2 continues to rotate through the abdicating surface 3b arranged at the bottom of the lifting cup support body 3 in an upwards concave mode, and the lifting cup support body 3 can be driven to move upwards.

As shown in fig. 1, 4, 5 and 8, the flip cup holder 2 has a bottom plate 2c that can abut against the bottom of the lift cup holder two 4 during the flip process and after the flip is opened, specifically, the bottom of the lift cup holder two 4 has a bottom support plate 4a, when the flip cup holder 2 rotates, the bottom plate 2c will contact with the bottom surface or bottom edge of the bottom support plate 4a, the lift cup holder two 4 is lifted along with the rotation of the flip cup holder 2, and the lift cup holder two 4 is supported after the flip cup holder 2 is flipped, so that the lift cup holder is kept in a lifted state. The bottom plate 2c is provided with a placing plane 2c1 protruding, when the turnover cup support body 2 is rotated to be opened, the top surface of the bottom support plate 4a is parallel to the placing plane 2c1, and the top surface of the bottom support plate 4a is parallel to the placing plane 2c1, so that the cup body can be stably placed in the cavity 5, and the cup body is more stably placed in the cup support.

Fig. 1, fig. 3, fig. 5, fig. 6 and fig. 8 show that be equipped with on the lifting cup support body 3 and can support the lug 3c that keeps off that leans on with jacking portion 2b, keep off that lug 3c is located the face of stepping down 3b and keeps away from lifting bottom surface 3a, the base of lifting cup support body 3 is equipped with caulking groove 3d, and caulking groove 3d runs through lifting cup support body 3 towards the inner wall that holds the chamber 5, and the topside of lifting cup support body two 4 is equipped with and keeps off along 4b, works as turnover cup support body 2 rotates and opens the back, the bottom of lifting cup support body one 3 supports with the top of lifting cup support body two 4 and leans on, keep off along 4b embedding caulking groove 3d in and support and lean on. In the process that the turnover cup support body 2 is turned over and opened, the jacking portion 2b can rotate by taking the rotating point of the turnover cup support body 2 as a center, the jacking portion 2b moves upwards along the abdicating surface 3b of the lifting cup support body I3 in an arc, when the turnover cup support body 2 is turned over, the turnover cup support body 2 may have outward turning force, but after the jacking portion 2b abuts against the resisting lug 3c, the lifting cup support body I3 is limited by the guiding and positioning structure to move only up and down, so that the outward turning force of the turnover cup support body 2 can only increase the abutting reliability of the jacking portion 2b and the resisting lug 3c, and the turnover cup support body 2 cannot be turned over continuously; secondly, because the second lifting cup support body 4 is positioned between the first lifting cup support body 3 and the second overturning cup support body 2 in a closed state, when the second overturning cup support body 2 is overturned and opened, the bottom plate 2c of the second overturning cup support body 2 acts on the second lifting cup support body 4 to enable the second lifting cup support body 4 to move upwards in an inclined mode along the second guiding and positioning structure 7, after the second overturning cup support body 2 is overturned, the bottom of the second lifting cup support body 4 is abutted against the bottom plate 2c, the blocking edge 4b on the second lifting cup support body 4 is just embedded in the embedding groove 3d of the first lifting cup support body 3 and abutted against each other, because the second lifting cup support body 4 exerts an upward inclined acting force on the first lifting cup support body 3 under the action of the second overturning cup support body 2 and the second guiding and positioning structure 7, and the second lifting reset piece 10 exerts a downward force on the first lifting cup support body 3 and an upward inclined force on the second lifting cup support body 4 to resist against each other, and then make keep off more reliable along the cooperation between 4b and the caulking groove 3d, prevent that the turnover cup support body 2, the production of lifting cup support body one 3 and lifting cup support body two 4 from rocking between, make hidden cup support have better stability after opening, reduce the rocking abnormal sound between turnover cup support body 2, lifting cup support body one 3, lifting cup support body two 4 and the base 1, make the cup place in the cup support more stable.

As shown in fig. 1, fig. 2, fig. 4, fig. 5, fig. 7 and fig. 8, in the opening process of the hidden cup holder, when the switch 8 is pressed, the flip cup holder body 2 is released, the flip cup holder body 2 rotates outwards with the hinge shaft 2a as the center under the action of the torsion spring 9a, and the speed of the flip cup holder body 2 overturning outwards can be slowed down through the action of the damping gear 12 and the meshing teeth 1a3, so that the opening process of the hidden cup holder body is more stable; along with the rotation of the turnover cup support body 2, the jacking portion 2b of the turnover cup support body 2 abuts against a lifting bottom surface 3a of the lifting cup support body I3, along with the rotation of the turnover cup support body I2, the lifting cup support body I3 moves upwards along the track of the guiding and positioning structure I6, the downward pulling force applied by the hairspring 10a to the lifting cup support body I3 is gradually increased, when the lifting cup support body I3 is lifted to the preset position, the jacking portion 2b abuts against the abdication surface 3b, and when the turnover cup support body 2 is turned to the right position, the jacking portion 2b abuts against the resisting bump 3 c; the turnover cup support body 2 rotates, a bottom plate 2c of the turnover cup support body abuts against a bottom supporting plate 4a of the lifting cup support body II 4, the lifting cup support body II 4 moves upwards in an inclined mode along the track of the guide positioning structure II 7, and the compression spring 11a is extruded until the lifting cup support body II 4 finishes the stroke of the guide positioning structure II 7.

As shown in fig. 1, fig. 2, fig. 4, fig. 5, fig. 7 and fig. 8, in the closing process of the hidden cup stand, the turnover cup stand body 2 is manually pulled to turn inwards, the support of the turnover cup stand body 2 on the second lifting cup stand body 4 fails, and the second lifting cup stand body 4 moves obliquely downwards along the second guiding and positioning structure 7 under the action of the compression spring 11 a; then, the supports of the two pairs of the lifting cup holders I3 of the turnover cup holder 2 are also invalid, and the lifting cup holders I3 move downwards under the action of the balance spring 10 a; after the turnover cup support body 2 is turned over, the turnover cup support body 2 is buckled by the switch 8 and keeps closed, and at the moment, the lifting cup support body II 4 is positioned between the turnover cup support body 2 and the lifting cup support body I3.

Example two

The present embodiment is substantially the same as the first embodiment, and is different from the first embodiment in that the first restoring member 9 is a coil spring, the coil spring is installed on the base 1, the end of the coil spring is connected with the hinge shaft 2a of the flip cup holder body 2, when the flip cup holder body 2 is flipped outward, the coil spring is also wound on the hinge shaft 2a, and the coil spring applies a force of flipping inward to the flip cup holder body 2. The second resetting piece 10 can be a rubber band which is connected with the base 1 and the first lifting cup support body 3. The third restoring member 11 is a rubber sleeve, and is mounted in the same manner as the compression spring 11a of the first embodiment.

The first guiding and positioning structure 6 comprises a first guiding groove 6a formed in the side plate 1a and a guiding pin for lifting the first cup holder body 3, and the guiding pin is located in the first guiding groove 6 a. The second guiding and positioning structure 7 comprises a sleeve and a guiding shaft, the sleeve is obliquely arranged on the base 1, the guiding shaft is arranged on the second lifting cup support body 4, and the guiding shaft is arranged in the sleeve in a sliding manner.

The bottom of the turnover cup support body 2 is provided with an ejector rod which can abut against the second lifting cup support body 4 and lift the second lifting cup support body 4 upwards along with the rotation of the turnover cup support body 2. The overturning cup support body 2 is provided with a roller, the lifting cup support body I3 is provided with a chute matched with the roller, when the overturning cup support body 2 rotates outwards, the roller enters the chute, and the lifting cup support body I3 is lifted upwards.

EXAMPLE III

The present embodiment is substantially the same as the first embodiment, and the difference is that in the present embodiment, a motor is installed on the base 1, and the rotating shaft of the clip is connected with the turning cup holder body 2 to drive the turning cup holder body to turn.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.

Although the terms base, side plate, hinge hole, damping slot, etc. are used more herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed as being without limitation to any additional limitations that may be imposed by the spirit of the present invention.

Claims

1. A hidden cup stand comprises a base (1), wherein a turnover cup stand body (2) is rotatably arranged on the base (1), and is characterized in that a first lifting cup stand body (3) and a second lifting cup stand body (4) which can be lifted are further arranged on the base (1), when the turnover cup stand body (2) is turned inwards to be closed, the turnover cup stand body (2) can be covered above the first lifting cup stand body (3) and the second lifting cup stand body (4), when the turnover cup stand body (2) is turned outwards to be opened, the turnover cup stand body (2) can drive the first lifting cup stand body (3) and the second lifting cup stand body (4) to sequentially rise, after the turnover cup stand body (2) is rotated to be opened, the first lifting cup stand body (3) is positioned above the second lifting cup stand body (4), and the first lifting cup stand body (3) and the second lifting cup stand body (4) are supported through the turnover cup stand body (2), and a containing cavity (5) for placing the cup body is formed among the overturning cup support body (2), the lifting cup support body I (3) and the lifting cup support body II (4).

2. The hidden cup holder as claimed in claim 1, wherein a first guiding and positioning structure (6) capable of lifting the first lifting cup holder (3) along a fixed track is arranged between the first lifting cup holder (3) and the base (1), a second guiding and positioning structure (7) which can lead the second lifting cup support body (4) to obliquely lift along a fixed track is arranged between the second lifting cup support body (4) and the base (1), in the process of turning over and closing the turnover cup support body (2), the first lifting cup support body (3) and the second lifting cup support body (4) lose the support of the turnover cup support body (2), and the second lifting cup support body (4) obliquely falls under the action of the second guiding and positioning structure (7), when the turnover cup support body (2) is turned over and closed, the lifting cup support body II (4) is positioned between the turnover cup support body (2) and the lifting cup support body I (3).

3. The concealed cup holder according to claim 2, wherein the base (1) is further provided with a switch (8) capable of keeping the flip cup holder body (2) in a closed state, be equipped with between the upset saucer body (2) and base (1) and to make the upset saucer body (2) rotate with the rotation point and reset to the piece that resets (9) of upset saucer body (2) open mode, be equipped with between the uplift saucer body (3) and base (1) and to make the uplift saucer body (3) reset to the piece that resets two (10) of uplift saucer body (3) closed mode, still be equipped with between uplift saucer body two (4) and base (1) and to make uplift saucer body two (4) reset to the piece that resets three (11) of uplift saucer body two (4) closed mode, the power that resets one (9) is greater than the power that resets two (10) and reset piece three (11) in addition.

4. The concealed cup holder according to claim 3, wherein the base (1) comprises a side plate (1a), the side plate (1a) is provided with a hinge hole (1a1), the turnover cup support body (2) is provided with a hinged shaft (2a) hinged in the hinged hole (1a1), the first reset piece (9) comprises a torsion spring (9a) sleeved on the articulated shaft (2a), one end of the torsion spring (9a) acts on the turnover cup support body (2), the other end acts on the base (1), the second reset piece (10) comprises a hairspring (10a) capable of applying downward pulling force to the first lifting cup support body (3), one end of the hairspring (10a) is connected with the base (1), the other end of the hairspring is connected with the first lifting cup support body (3), reset piece three (11) including compression spring (11a) that the slope set up, the both ends of compression spring (11a) respectively with base (1) and lifting cup support body two (4) support and lean on.

5. The hidden cup holder according to claim 3 or 4, wherein the flip cup holder body (2) is provided with a lifting part (2b) capable of abutting against the bottom of the lifting cup holder body (3) during the flipping process and after the flip opening process, and the flip cup holder body (2) is provided with a bottom plate (2c) capable of abutting against the bottom of the lifting cup holder body (4) during the flipping process and after the flip opening process.

6. The hidden cup holder as claimed in claim 4, wherein the first guiding and positioning structure (6) comprises a first guiding groove (6a) on the side plate (1a), the first guiding groove (6a) is arranged in a vertical direction, a first lifting cup holder body (3) is provided with a guiding convex rib (6b) in the first guiding groove (6a), the second guiding and positioning structure (7) comprises a guiding plate (7a) arranged on the base (1), the guiding plate (7a) is arranged on the inner side of the side plate (1a), a second guiding groove (7b) which is arranged obliquely is formed in the guiding plate (7a), the second guiding and positioning structure (7) further comprises a guiding block (7c) arranged on the second lifting cup holder body (4), and the guiding block (7c) is arranged in the second guiding groove (7 b).

7. The hidden cup holder according to claim 5, wherein the bottom of the first lifting cup holder body (3) has a lifting bottom surface (3a) abutting against the lifting portion (2b) during lifting, the bottom of the first lifting cup holder body (3) further has a receding surface (3b) recessed upwards and connected with the lifting bottom surface (3a), and when the first lifting cup holder body (3) is lifted to a specified position, the lifting portion (2b) continues to rise along the receding surface (3b) while the position of the first lifting cup holder body (3) is unchanged.

8. The hidden cup holder according to claim 4, wherein the side plate (1a) is further provided with a damping groove (1a2), the damping groove (1a2) is arranged along the circumferential direction of the hinge hole (1a1), the inner wall of the damping groove (1a2) is provided with engaging teeth (1a3), and the flip cup holder body (2) is provided with a damping gear (12) which is positioned in the damping groove (1a2) and is engaged with the engaging teeth (1a 3).

9. The hidden cup holder according to claim 5, wherein the bottom of the second raised cup holder (4) has a bottom plate (4a), the bottom plate (2c) has a raised placing plane (2c1), and when the flip cup holder (2) is turned open, the top surface of the bottom plate (4a) is flush with the placing plane (2c 1).

10. The hidden cup holder according to claim 7, wherein the first lifting cup holder body (3) is provided with a blocking protrusion (3c) capable of abutting against the lifting portion (2b), the blocking protrusion (3c) is located on the abdicating surface (3b) and is far away from the lifting bottom surface (3a), the bottom edge of the first lifting cup holder body (3) is provided with an embedded groove (3d), the embedded groove (3d) penetrates through the inner wall of the first lifting cup holder body (3) facing the accommodating cavity (5), the top edge of the second lifting cup holder body (4) is provided with a blocking edge (4b), when the turning cup holder body (2) is rotated and opened, the bottom of the first lifting cup holder body (3) abuts against the top of the second lifting cup holder body (4), and the blocking edge (4b) is embedded into the embedded groove (3d) and abuts against the top.