TWM653169U - Magnetic lock bottle rack - Google Patents

Abstract

A magnetic locking bottle rack comprises a supporting unit, a positioning unit, a locking plate and a magnetic member. The positioning unit is fixed to the supporting unit and includes a housing, a lock pin and an elastic member. The lock pin is magnetically conductive. The lock plate is U-shaped and includes a ring frame. The ring frame has at least one plug rod and a plug hole. The elastic force of the elastic member causes the lock pin to be embedded in the plug hole. The magnetic member can be switched between a magnetic position and a detachment position relative to the housing. When the magnetic member is in the magnetic position, the lock pin is attracted by the magnetic member and the lock pin is detached from the plug hole. The lock plate can be detached from the housing. When the magnetic member is in the detachment position, the lock pin is embedded in the plug hole by the elastic force of the elastic member. This can achieve the purpose of preventing theft of bottles and cans.

Description

Magnetic Lock Bottle Holder

The present invention relates to a bottle and can rack, in particular to a magnetic locking bottle and can rack.

Bottles and cans for containing cleaning liquids that are currently installed in public places, offices, and open spaces are prone to tipping over because they have no means of positioning them, which is quite inconvenient when they are needed.

Furthermore, bottles and jars containing cleaning fluid installed in public places, offices, and open spaces can easily be lost if they are not designed to be anti-theft.

Therefore, the purpose of the present invention is to provide a magnetic lock bottle rack that can be placed and positioned and has an anti-theft function.

Therefore, the novel magnetic lock bottle rack includes a support unit, a positioning unit, a lock plate and a magnetic member. The positioning unit is fixed to the support unit and includes a shell that can define a receiving space, a lock pin installed in the receiving space, and an elastic member installed in the receiving space and providing the lock pin with restoring elasticity. The shell has at least one through slot connected from the receiving space to the outside, the setting position of the lock pin corresponds to the through slot, and the lock pin is magnetically conductive. The lock piece is U-shaped and includes a ring frame that can define a buckle groove. The buckle groove is open in one direction. The ring frame has at least one detachable plug rod installed on the through groove and a socket set on the plug rod. The elastic force of the elastic member always makes the lock pin buckle in the socket. The magnetic attraction member can be switched between a magnetic attraction position and a detachment position relative to the housing of the positioning unit. When the magnetic attraction member is in the magnetic attraction position, the lock pin is attracted by the magnetic attraction member and the lock pin is detached from the socket. The lock piece can be detached from the housing. When the magnetic attraction member is in the detachment position, the lock pin is buckled in the socket under the elastic force of the elastic member.

The utility model has the following effects: by utilizing the overall combination, a bottle can be positioned on the supporting unit, and through the cooperation between the lock plate and the positioning unit, the bottle can achieve the purpose of anti-theft, and the magnetic attraction piece can be easily unlocked or locked, and the operation and use are very convenient.

Referring to Figures 1 to 3, an embodiment of the new magnetic locking bottle and can rack is used for placing and positioning bottles 1. The magnetic locking bottle and can rack includes a support unit 10, a positioning unit 20, A locking piece 30 , a magnetic piece 40 and two locking pieces 50 .

The support unit 10 includes a lower bracket 11 , a support bracket 12 connected to the lower bracket 11 , and a connecting bracket 13 connected to the support bracket 12 . The lower bracket 11 has a supporting plate 111 intersectingly connected to the supporting frame 12 and a plurality of protective plates 112 connected to the supporting plate 111 . The supporting plate 111 has a through hole 113 . The protective plates 112 are curved and bulge outward when extending from bottom to top. The support frame 12 has two lock holes 121 spaced apart along a longitudinal axis Z. The connecting frame 13 and the supporting frame 12 form a T shape, and the connecting frame 13 has two fixing holes 131 spaced apart along a transverse axis Y perpendicular to the longitudinal axis Z.

5 and 6 , the positioning unit 20 is fixed to the supporting unit 10 and includes a shell 22 that defines an accommodating space 21, a mounting seat 23 installed in the accommodating space 21, a locking pin 24 installed in the accommodating space 21, and an elastic member 25 installed in the accommodating space 21 and providing restoring elasticity to the locking pin 24. The housing 22 has a top wall 221, a bottom wall 222 spaced from the top wall 221 along the longitudinal axis Z, two side walls 223 connected between the top wall 221 and the bottom wall 222, a front wall 224 connected between the top wall 221, the bottom wall 222 and the side walls 223, a lock seat 225 connected to the top wall 221, the bottom wall 222 and the front wall 224, and a pair of convex strips 226 respectively connected to one of the side walls 223 and the lock seat 225. The top wall 221, the bottom wall 222, the side walls 223 and the front wall 224 together define the accommodating space 21. The top wall 221 and the convex strips 226 define a slot 227. The front wall 224 has two through slots 228 connected from the accommodating space 21 to the outside, and the locking pin 24 is disposed at a position corresponding to one of the through slots 228. The lock base 225 has two engaging holes 229 corresponding to the fixing holes 131, and the locking members 50 pass through the fixing holes 131 and are locked to the engaging holes 229, so that the positioning unit 20 is fixed to the connecting frame 13. The mounting seat 23 has an end plate 231 inserted and positioned in the slot 227, a barrel 232 connected to the end plate 231, and a sliding hole 233 extending from the end plate 231 to the barrel 232, and the barrel 232 has a through hole 234 connected to the sliding hole 233 along the longitudinal axis Z. The locking pin 24 is magnetically conductive and slidably mounted in the sliding hole 233, and has a pin section 241, a ring section 242 connected to one side of the pin section 241 along the longitudinal axis Z, and a positioning section 243 connected to one side of the ring section 242 along the longitudinal axis Z. The outer diameter of the annular section 242 is larger than that of the positioning section 243 and the pin section 241. The annular section 242 can stop at the bottom of the barrel 232 (corresponding to the bottom of the sliding hole 233). The bottom end of the pin section 241 can pass through the through hole 234 to the outside of the barrel 232. The elastic member 25 has two opposite ends that elastically abut against the top wall 221 and the annular section 242 of the lock pin 24 (see FIG. 6 ).

The locking piece 30 is U-shaped and includes a U-shaped ring frame 32 that defines a locking groove 31 . The buckle groove 31 is open in one direction, and the ring frame 32 has two insertion rods 321 that are detachably installed in the through grooves 228, and an insertion hole 322 provided in one of the insertion rods 321. The elastic force of the elastic member 25 allows the lock pin 24 to pass through the through hole 234 and engage in the insertion hole 322 .

The magnetic attraction component 40 can be switched between a magnetic attraction position and a detachment position relative to the housing 22 of the positioning unit 20 . When the magnetic member 40 is in the magnetic position (see FIGS. 7 and 8 ), the lock pin 24 is attracted by the magnetic member 40 , the lock pin 24 is detached from the socket 322 , and the lock piece 30 can automatically The housing 22 is detached. When the magnetic member 40 is in the detached position (see FIGS. 1 , 5 , and 6 ), the lock pin 24 is engaged in the insertion hole 322 of the lock piece 30 by the elastic force of the elastic member 25 .

In order to further understand the effects of the cooperation of the various components of the present invention, the technical means used, and the expected effects to be achieved, the following will be further explained. It is believed that this will provide a deeper and more specific understanding of the present invention.

As shown in FIG1 , when the whole assembly is completed, and the bottle 1 is supported by the support unit 10, and the positioning unit 20 cooperates with the lock plate 30, a stable fixing effect can be generated. At this time, referring to FIG4 to FIG6 , the magnetic member 40 is in the detached position, and the lock pin 24 is engaged in the insertion hole 322 by the elastic force of the elastic member 25, so the lock plate 30 is in a locked state relative to the housing 22 of the positioning unit 20, ensuring that the top of the bottle 1 is locked in the buckle groove 31 (see FIG1 ).

When the bottle 1 is to be replaced, the operator places the magnetic component 40 on the top of the housing 22 of the positioning unit 20. As shown in Figures 7 and 8, when the magnetic component 40 is in the magnetic position, The locking pin 24 is attracted by the magnetic member 40, and the locking pin 24 will move toward the top wall 221 along the longitudinal axis Z, and cause the pin rod section 241 to detach from the socket 322. The operator can The lock piece 30 is detached from the housing 22 again, and the bottle can 1 can be replaced.

When the bottle 1 is replaced, the operator operates the insertion rods 321 of the lock plate 30 to insert them from the through grooves 228 of the shell 22, and after removing the magnetic attraction member 40 from the top of the shell 22 of the positioning unit 20, the lock pin 24 will be embedded in the insertion hole 322 of the lock plate 30 under the elastic force of the elastic member 25, and return to the locked state of Figures 1, 5 and 6.

Therefore, by using the cooperation of the overall components of the present invention, and when the magnetic member 40 is in the detached position, the bottle 1 can be positioned on the supporting unit 10 through the cooperation of the elastic member 25 and the lock pin 24, and the bottle 1 can be prevented from being stolen by the cooperation of the lock plate 30 and the positioning unit 20. The magnetic member 40 can be used to easily unlock the bottle, and the operation and use are very convenient.

In summary, the novel magnetic locking bottle rack has a simple overall structure and is easy to manufacture and assemble. It can achieve the effect of stably placing the bottle 1 and preventing theft, and can indeed achieve the purpose of the novel.

However, the above are only examples of the present invention, and should not be used to limit the scope of the present invention. All simple equivalent changes and modifications made based on the patent scope of the present invention and the content of the patent specification are still within the scope of the present invention. Within the scope covered by this new patent.

1: Bottle 10: Support unit 11: Lower bracket 111: Support plate 112: Guard plate 113: Perforation 12: Support frame 121: Lock hole 13: Connecting frame 131: Fixing hole 20: Positioning unit 21: Accommodation space 22: Shell 221: Top wall 222: Bottom wall 223: Side wall 224: Front wall 225: Lock seat 226: Raised strip 227: Slot 228: Through groove 23: Mounting seat 231: End plate 232: Cylinder 233: Slide hole 234: Through hole 24: Lock pin 241: Pin section 242: Ring plate segment 243: Positioning segment 25: Elastic piece 30: Locking piece 31: Buckle slot 32: Ring frame 321: Rod 322: Socket 40: Magnetic piece 50: Locking piece Z: Longitudinal axis Y: Transverse axis

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: Figure 1 is a three-dimensional schematic diagram of the installation of an embodiment of the present invention's magnetic locking bottle rack; Figure 2 is a three-dimensional exploded view of the embodiment; Figure 3 is a three-dimensional exploded view of the embodiment from another viewing angle; Figure 4 is a front view of the embodiment; Figure 5 is a cross-sectional view along line V-V in Figure 4; Figure 6 is a cross-sectional view along line VI-VI in Figure 5; Figure 7 is a three-dimensional schematic diagram of the embodiment, illustrating that a magnetic member is in a magnetic position relative to a housing of a positioning unit, and a lock can be detached relative to a positioning unit; and Figure 8 is a disassembly cross-sectional schematic diagram of the embodiment.

1: Bottles and cans

10: Support unit

11: Lower bracket

111: Pallet

112:guard plate

113:Perforation

12: Support frame

121: Keyhole

13:Connecting frame

20: Positioning unit

22: Shell

30: Lock plate

31: Buckle slot

32: Ring frame

321: Pole Insertion

40: Magnetic parts

Claims (7)

A magnetic locking bottle rack comprises: A supporting unit; A positioning unit fixed to the supporting unit and comprising a shell defining a receiving space, a locking pin installed in the receiving space, and an elastic member installed in the receiving space and providing the locking pin with elastic restoring force, the shell having at least one through slot connected from the receiving space to the outside, the setting position of the locking pin corresponding to the through slot, and the locking pin having magnetic conductivity; A lock plate, which is U-shaped and includes a ring frame that can define a buckle groove, the buckle groove is open in one direction, the ring frame has at least one detachable plug rod installed on the through groove, and a socket set on the plug rod, the elastic force of the elastic member always makes the lock pin buckle in the socket; and A magnetic member, which can be switched between a magnetic position and a detachment position relative to the housing of the positioning unit. When the magnetic member is in the magnetic position, the lock pin is attracted by the magnetic member, and the lock pin is detached from the socket. The lock plate can be detached from the housing. When the magnetic member is in the detachment position, the lock pin is buckled in the socket under the elastic force of the elastic member. The magnetic locking bottle and can rack according to claim 1, wherein the housing of the positioning unit has a top wall, a bottom wall spaced apart from the top wall along a longitudinal axis, and two connected to the top wall. a side wall between the wall and the bottom wall, a front wall connected to the top wall, the bottom wall and the side walls, a lock seat connected to the top wall, the bottom wall and the front wall, and a For the protrusions respectively connected to one of the side walls and the lock seat, the lock seat is fixed to the support unit, the top wall and the protrusions jointly define a slot, the positioning unit also includes a A mounting base in the space. The mounting base has an end plate inserted into the slot, a barrel connected to the end plate, and a sliding hole extending from the end plate to the barrel. The barrel There is a through hole connected to the sliding hole along the longitudinal axis. The lock pin is slidably installed in the sliding hole and penetrates from the through hole to the outside of the barrel. The magnetic locking bottle rack as claimed in claim 2, wherein the locking pin of the positioning unit has a pin rod section, a ring disk section connected to one side of the pin rod section along the longitudinal axis, and A positioning section connected to one side of the ring disk section along the longitudinal axis. The outer diameter of the ring disk section is larger than the positioning section and the pin rod section. The ring disk section can resist the bottom of the barrel, and the elasticity The opposite ends of the piece are respectively elastically pressed against the top wall and the ring plate section of the lock pin. A magnetic locking bottle rack as described in claim 1, wherein the supporting unit includes a lower bracket, a supporting frame connected to the lower bracket, and a connecting frame connected to the supporting frame, and the positioning unit is fixed to the connecting frame. The magnetic locking bottle rack as described in claim 4, wherein the lower bracket of the support unit has a pallet intersectingly connected to the support frame, and a plurality of guard plates connected to the pallet. The guard plate is in a curved arc shape and bulges outward when extending from bottom to top. The magnetic locking bottle and can rack according to claim 5, wherein the supporting plate of the support unit has a through hole. The magnetic locking bottle and can rack according to claim 3, wherein the supporting frame of the supporting unit has two locking holes.

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