CN202891097U - Storage box unit and storage cabinet with same - Google Patents
Storage box unit and storage cabinet with same Download PDFInfo
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- CN202891097U CN202891097U CN 201220144890 CN201220144890U CN202891097U CN 202891097 U CN202891097 U CN 202891097U CN 201220144890 CN201220144890 CN 201220144890 CN 201220144890 U CN201220144890 U CN 201220144890U CN 202891097 U CN202891097 U CN 202891097U
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Abstract
The utility model relates to a storage box unit and a storage cabinet with the storage box unit. The storage box unit comprises a cabin, sliding rail devices mounted at two sides of the cabin, a front-back driving device mounted at the top of the cabin and a storage box which is connected with the cabin and moves relatively to the cabin upwards and downwards. Meanwhile, the invention discloses a storage cabinet with the storage box unit. The storage cabinet contains the storage box unit. The storage box unit can be rapidly mounted on the storage cabinet, and can move front and back and lift up and down. Therefore, the portability and the security of storing high altitude objects can be greatly improved.
Description
[technical field]
The utility model relates to a kind of device for stored article, relates in particular to storage box unit and contains the locker of storage box unit.
[background technology]
In the prior art, in order to allow locker hold more things, manufacturer usually is designed to cabinet have higher height, thereby increases the volume of cabinet.Yet this brings huge inconvenience to the user.Such as, when the user need to store away thing, need to just thing can be placed in the storage grid of cabinet higher part position by ladder.And when needs take off thing, need to step on equally ladder and carry out.Realize by ladder that thing is deposited to the user and brought inconvenience, have simultaneously potential potential safety hazard.
For this reason, be necessary to provide a kind of improved locker product, the storage box unit and the locker that provide such as the utility model are in order to overcome the above-mentioned shortcoming of prior art.
[utility model content]
The purpose of this utility model is to provide a kind of storage box unit, and it can be quick installed on the locker, and can move forward and backward and oscilaltion with respect to locker, therefore, has greatly improved convenience and the security of high-altitude object access.
Another purpose of the present utility model is to provide a kind of locker that above-mentioned storage box unit is installed, by storage box unit with respect to the front and back of locker and move up and down, the article access be can realize fast, thereby convenience and the safety in utilization of article accesses improved.
For realizing this purpose, the utility model adopts following technical scheme:
A kind of storage box unit comprises: cab, be installed in the railroad of car both sides, the storage tank that is installed in the front and back drive unit of car top and is connected with car and can moves up and down with respect to car.
A kind of locker comprises cabinet; And be installed in storage box unit on the cabinet.Described storage box unit comprises: cab, be installed in the railroad of car both sides, the storage tank that is installed in the front and back drive unit of car top and is connected with car and can moves up and down with respect to car; Described car comprises roof and is formed at the sidewall of the roof left and right sides; Railroad be included in the draw runner that is installed on the width of sidewall on each sidewall and with the slide rail of draw runner relative sliding; Cabinet comprises at least two longitudinal baffles, and the tooth bar of storage box unit is fixed on the corresponding longitudinal baffle by corresponding tooth bar fixed block.
Locker according to another embodiment of the utility model comprises: have two side plates and cabinet and the storage box unit of top board that described two side plates are coupled together.The storage tank that storage box unit comprises the car that is slidingly arranged in the cabinet, be installed in the front and back drive unit between car and the cabinet and can move up and down with respect to car.Described car comprises assembly wall; Described front and back drive unit comprises the first motor of being fixed on the assembly wall, be subjected to the driving of the first motor and the power transmission shaft that rotates, be installed in the end gear at power transmission shaft two ends and be fixed on described side plate and with the tooth bar of end gear engagement.
Compared with prior art, because drive unit before and after between storage box unit and cabinet, having installed, it comprises the first motor, be subjected to the first motor-driven power transmission shaft, be fixed on the travelling gear at power transmission shaft two ends and respectively with the tooth bar of each travelling gear engagement, by the engaged transmission of rack and pinion, realized storage tank moving forward and backward with respect to cabinet; Simultaneously because connecting rod telescopic folding mechanism or pulling apparatus up and down being installed between storage box unit and cabinet, by connecting rod telescopic folding mechanism or up and down moving up and down of pulling apparatus realized that storage tank with respect to the moving up and down of cabinet, has therefore improved convenience and the security of high-altitude object access greatly.
[description of drawings]
Fig. 1 is the stereoscopic-state figure according to the storage box unit of an embodiment of the utility model;
Fig. 2 is the stereogram that the storage box unit among Fig. 1 is observed from its inside;
Fig. 3 a-3c has showed the locker that the storage box unit among Fig. 1-2 is installed, and has showed in a continuous manner the process that storage box unit stretches out and moves at above-below direction at fore-and-aft direction from the locker simultaneously;
Fig. 4 has showed the stereogram of observing from the front portion according to the locker of another embodiment of the utility model, has shown the spatial relation between locker unit and the cabinet;
Fig. 5 has showed the stereogram that another angle of locker shown in Figure 4 is observed, and has shown the state that storage box unit stretches out at fore-and-aft direction with respect to cabinet, and wherein, the top board of cabinet is removed, in order to can see its inner in detail structure;
Fig. 5 A has showed the partial enlarged drawing of A part in the structure shown in Figure 5;
Fig. 5 B has showed the partial enlarged drawing of B part in the structure shown in Figure 5;
Fig. 6 has showed the stereogram that another angle of locker shown in Figure 4 is observed, and has shown the state that storage box unit stretches out at fore-and-aft direction with respect to cabinet, and wherein the assembly wall of car is removed fully, in order to can see the internal structure of car;
Fig. 7 detail display be used for to realize the structure of the up and down pulling apparatus that locker moves up and down with respect to car;
Fig. 8 has showed the up and down front view of pulling apparatus shown in Figure 7;
Fig. 9 has showed the up and down stereogram of the locator of pulling apparatus shown in Figure 7;
Figure 10 has showed that locator shown in Figure 9 removes installing rack stereogram afterwards, shows in detail its internal structure;
Figure 11 has showed the up and down detailed structure of the fastener of pulling apparatus shown in Figure 7; And
Figure 12 has showed the connecting rod telescopic folding mechanism that is installed between storage tank and the car.
[specific embodiment]
Below in conjunction with drawings and Examples the utility model is further described.
See also Fig. 1-2, according to a preferred embodiment of the present utility model, the storage tank 104 that a kind of storage box unit 100 comprises cab 102, be installed in the railroad 10288 of car 102 both sides, be installed in the front and back drive unit 500 at car 102 tops and be connected with car 102 and can move up and down with respect to car 102.
Preferably, described car 102 comprises roof 1022 and is formed at the sidewall 1024 of roof 1022 left and right sides.Described railroad 10288 be included in the draw runner 1026 that is installed on the width of sidewall 1024 on each sidewall 1024 and with the slide rail 1028 of draw runner relative sliding.Described railroad 10288 be used for when whole storage box unit 100 with respect to other install when moving forward and backward such as locker (, movement on the width of sidewall 1024), whole moving process is guided, thereby help storage box unit 100 to move smoothly along described slide rail 1028.
Described front and back drive unit 500 comprises the first motor 10222 of being installed on the described roof 1022, be subjected to power transmission shaft 10224 that the first motor 10222 drives, be fixed on the travelling gear 10226 at power transmission shaft 10224 two ends and respectively with the tooth bar 10228 of each travelling gear 10226 engagement.
When described tooth bar 10228 being fixed on other devices such as the appropriate location on the locker, the first motor 10222 drives power transmission shaft 10224 rotations, and then the travelling gear 10226 that causes being installed in power transmission shaft 10224 two ends rotates, because tooth bar 10228 maintains static, therefore cause gear 10226 to roll at tooth bar 10228, and then impel whole car 102 to seesaw.
Preferably, be provided with power transmission shaft holder 10221 on the described roof 1022, described power transmission shaft 10224 is set in the described power transmission shaft holder 10221, thereby helps to support well whole power transmission shaft 10224.Further preferably, the two ends of described each tooth bar 10228 are provided with tooth bar fixed block 10223, are used for easily tooth bar 10228 being installed to other objects, on locker.
Especially, with reference to figure 2, the bottom of the roof 1022 of described car 102 is equipped with the first slide plate 124, and sliding on it is provided with the second motor 122; The top of described storage tank 104 is equipped with the second slide plate 1042; Described storage tank 104 is by being hinged on the connecting rod telescopic folding mechanism 190 between described the first slide plate 124 and the second slide plate 1042 and be connected with described car 102 on above-below direction.Described connecting rod telescopic folding mechanism 190 is mutually hinged and form by a plurality of connecting rods, and the two ends of each connecting rod and medium position are all mutually hinged.Wherein, one of them connecting rod 126 at described connecting rod telescopic folding mechanism 190 tops is hinged with described the first slide plate 124, and another connecting rod 128 at top is then hinged with the second motor 122; One of them connecting rod 1046 and second slide plate 1042 of described connecting rod telescopic folding mechanism 190 bottoms are hinged, and the end of another connecting rod 1044 of bottom then is slidingly arranged in the second slide plate 1042.
When the second motor 122 when the first slide plate 124 slides, can cause whole connecting rod telescopic folding mechanism 190 flexible up and down, thereby drive storage tank 104 oscilaltions, finally cause storage tank 104 to rise to described car 102 inside, perhaps the inside from car 102 moves downward lower position, makes things convenient for user's accessing article.
Preferably, the bottom of described roof 1022 is equipped be used to controlling described first, second motor 10222,122 control panel 160.Preferably, the bottom of described roof 1022 further is equipped with the transformer 180 for two electric moter voltages of control.
In addition, be in security consideration, can be on bolt between described car 102 and the described storage tank 104 steel cable 140, thereby guarantee that storage tank 104 can not fall.
Simultaneously with reference to Fig. 1-2 and Fig. 3 a-3c, these accompanying drawing detail display the practical application example of storage box unit 100 of the present utility model.
Particularly, according to an embodiment of the present utility model, a kind of locker 200 comprises cabinet 202 and is installed in storage box unit 100 on the cabinet 202.Described cabinet 202 comprises at least two longitudinal baffles 2022, the tooth bar 10228 of described storage box unit 100 is fixed on the corresponding longitudinal baffle 2022 by corresponding tooth bar fixed block 10223, when the first motor 10222 drives power transmission shaft 10224 rotation, the travelling gear 10226 that is installed in power transmission shaft 10224 two ends rotates, because tooth bar 10228 is fixed on the longitudinal baffle 2022, therefore cause gear 10226 to roll at tooth bar 10228, and then impel whole car 102 to seesaw.Such as, Fig. 3 a has showed the locker 200 of reset condition, wherein, described storage box unit 100 is accommodated between two longitudinal baffles 2022; Fig. 3 b has then showed the storage box unit 100 after stretching out from dividing plate 2022.
In addition, when the second motor 122 when the first slide plate 124 slides, can cause whole connecting rod telescopic folding mechanism 190 flexible up and down, thereby drive storage tank 104 oscilaltions, finally cause storage tank 104 to rise to described car 102 inside, perhaps the inside from car 102 moves downward lower position, makes things convenient for user's accessing article.Such as, Fig. 3 c has showed the car 102 that stretches out from dividing plate 2022, has showed simultaneously the storage tank 104 that extends to lower position from car 102 belows.The user can above-mentioned two motors be realized freely, easily article access by controlling, and need to not come accessing article by ladder.
Put it briefly, compared with prior art, in the utility model, owing to having installed and to have been reached the connecting rod telescopic folding mechanism that drives at above-below direction by motor at the tooth bar that fore-and-aft direction drives at storage box unit, the bottom of connecting rod telescopic folding mechanism then is fixed with the storage tank for stores, therefore can realize fast moving forward and backward and oscilaltion of storage tank, therefore, greatly improve convenience and the security of high-altitude object access.
Generally, in the above-described embodiments, by connecting rod telescopic folding winding machine storage tank with respect to the oscilaltion of car action.Yet the utility model also can be realized this lifting action by other means, and the embodiment that shows such as Fig. 4-12 has described the another kind of mechanism that realization moves up and down that is used for.
With reference to figure 4-12, according to another embodiment of the present utility model, a kind of locker 500 comprises cabinet 400 and is installed in storage box unit 300 in the cabinet 400.
Described cabinet 400 comprises two side plates 402 and the top board 404 that two side plates 402 are coupled together.
Especially, with reference to figure 5, described storage box unit 300 comprises the car 302 that is installed in the cabinet 400, be installed in car 302 and front and back drive unit between the cabinet 400 reaches the storage tank 304 that is connected with car 302 and can moves up and down with respect to car 302.
Described car 302 comprises two sidewalls 3022 and the assembly wall 3024 that described two sidewalls 3022 are fixed together.
Described front and back drive unit is mainly realized by the mode that wheel and rack cooperates.Particularly, shown in Fig. 5 and Fig. 5 A-5B, described front and back drive unit comprises and being fixed on the above-mentioned assembly wall 3024 such as being installed in assembly wall 3024 bottom surfaces and having the first motor 3026 of output shaft 30261, be fixed on the driving wheel 30282 on the output shaft 30261, driven pulley 30284 with driving wheel 30282 engaged transmission, pass described driven pulley 30284 and with its power transmission shaft 3028 that rotates synchronously, be arranged on the end gear 3021 of 3,028 two ends of power transmission shaft, group be located on each side plate 402 of cabinet 400 upper such as its inwall (not label) and with the tooth bar 4024 of corresponding end gear 3021 engagements.Simultaneously, power transmission shaft is arranged on the described assembly wall 3024 such as the power transmission shaft holder 30286 shown in Fig. 5 A, the 5B by a plurality of.
After the first motor 3026 starts, the rotation of output shaft 30261 causes driving wheel 30282 to rotate together, with the driven pulley 30284 of driving wheel 30282 engagement thereby also begin to rotate, then causes power transmission shaft 3028 to rotate, at this moment, the end gear 3021 that is arranged on power transmission shaft 3028 ends is also rotated.Because above-mentioned tooth bar 4024 is fixed on the side plate 402 of cabinet 400, therefore the engagement by end gear 3021 and respective rack 4024 has realized the displacement of end gear 3021 on the fore-and-aft direction on the tooth bar 4024 (being the width of side plate 402).Finally realize car 302 and be assembled in storage tank 304 moving forward and backward with respect to cabinet 400 on the car 302.
Preferably, in order to realize car 302 with respect to the stability that moves forward and backward of cabinet 400, guider before and after can between car 302 and cabinet 400, arranging.Such as, with reference to figure 5 and Fig. 5 A, 5B, described front and back guider can comprise on the side plate 402 that is assembled in cabinet 400 and the slide rail 4022 parallel with tooth bar 4024 and be assembled in draw runner 30222 on the lateral surface of sidewall 3022 of car 302, and draw runner 30222 is slidingly arranged in the described slide rail 4022.By the accurate gliding motility of draw runner 30222 in corresponding slide rail 4022, reduce even rocking when having avoided car 302 with respect to the moving forward and backward of cabinet 400, thereby improved mobile stability.
Further preferably, excessive and cause car 302 to come off from cabinet 400 with respect to moving forward and backward of cabinet 400 in order to prevent car 302, travel switch before and after can arranging.Particularly, with reference to figure 5, described front and back travel switch 303 comprises the induction bar 3032 on the whole width that is arranged on assembly wall 3024 and is arranged on the Hall element 3034 of the forward edge position on the top board 404 of cabinet 400.Simultaneously, described Hall element 3034 be positioned at the induction bar 3032 directly over.When car 302 after fore-and-aft direction moves to outside the cabinet 400 fully, produce induced signal between the rear end of Hall element 3034 and induction bar 3032, above-mentioned induced signal is delivered to such as circuit board shown in Figure 5 301 by Hall element 3034, then circuit board 301 drivings the first motor 3026 shuts down, thereby prevents that car 302 from coming off from cabinet 400.In addition, when dot circuit plate 301 drives 3026 counter-rotating of the first motor, can realize that car 302 is in fore-and-aft direction retraction cabinet 400.
Described storage tank 304 moves up and down by up and down pulling apparatus realization with respect to car 302.Particularly, with reference to figure 7-11, the worm screw 30232 (only showing the end face of worm screw among Fig. 8) that described up and down pulling apparatus comprises the second motor 3023 on the roof 3042 that is fixed on storage tank 304, driven by the second motor 3023, be arranged on worm screw 30232 both sides and simultaneously with worm screw 30232 engagements and be provided with worm gear 30234 and the rope 30252 that twines axle 30236 on it.Wherein, a fag end of rope 30252 is fixed on the storage tank 304, and another fag end then is wrapped on the corresponding winding axle 30236.When 3023 running of the second motor, by the engaged transmission effect of above-mentioned worm screw 30232 and worm gear 30234, twining accordingly axle 30236 will rotate, thereby rope 30252 is wrapped on the axle 30236 gradually.In winding process, because a fag end of rope 30252 is fixed on the storage tank 304, therefore along with the carrying out of winding process, rope 30252 is slowly mentioned storage tank 304.Accordingly, when 3023 counter-rotating of the second motor, the rope 30252 that is wrapped on the axle 30236 unclamps gradually, therefore causes storage tank 304 slowly to descend.Equally, the running of the second motor 3023 is subject to the control of foregoing circuit plate 301 (with reference to figure 5).
Preferably, offer perforation 30238 on the end face of described worm gear 30234, so that in the corresponding fag end of rope 30252 is fixed on, and then realize above-mentioned winding process.In other words, only have and just can twine after the corresponding fag end of rope 30252 is fixing, otherwise rope 30252 will be only can skid twining axle 30236.
Preferably, another fag end of described rope 30252 is fixed on the roof 3042 of storage tank 304.Such as realizing fixedly purpose by fastener 3029.Described fastener 3029 is arranged on the roof 3042 of storage tank 304.Fastener 3029 comprises a pair of limited wall 392, be crossed on this to the bumping post 394 between the limited wall 392, be arranged on this between the limited wall 392 and be positioned at the first briquetting 396 of bumping post 394 front sides and be arranged on the second briquetting 398 on the first briquetting 396.Offer grooving 3962 on described the first briquetting 396, the corresponding fag end of rope 30252 passes the spaces of two limited walls 392 and bumping post 394 common restrictions and then passes described grooving 3962, by the mutual pressuring action of the first briquetting 396 and the second briquetting 398 fag end is pressed between two briquettings, thereby has realized the fixing of fag end.
With reference to figure 7-10, described up and down pulling apparatus further comprises the locator 3027 of the position, assembly wall 3024 left and right sides that is fixed on car 302, be used for realizing in the position, the left and right sides of assembly wall 3024 break-in of rope 30252, namely, change vertical direction into from horizontal direction.In other words, the part of rope between the second motor 3023 and locator 3027 is that level is twined section, and the part 304 is that the vertical section of lifting, locator 3027 have realized that level twines section and the vertical section of lifting being connected in the position, the left and right sides of assembly wall 3024 from locator 3027 to storage tank.
Described locator 3027 comprises installing rack 372 and rotates the break-in that is arranged in the installing rack 372 by rotating shaft 376 and took turns for 30274 (being used for realizing above-mentioned break-in purpose).Particularly, described installing rack 372 comprises that crown wall 371 reaches the side wall 373 that is bent to form from the two ends of crown wall 371.Rotating shaft 376 is arranged on this between the side wall 373, and break-in wheel 30274 then is fixed in the rotating shaft 376 and between two side walls 373.
In addition, described locator further has the function whether detection rope 30252 ruptures.Particularly, all offer sliding tray 377 on two side walls 373 of described installing rack 372, described rotating shaft 376 is movably arranged in the sliding tray 377.Further be fixed with the fixed leg 3726 that is positioned at rotating shaft 376 tops between described two side walls 373, and be provided with extension spring 3728 between described rotating shaft 376 and the fixed part 3726.In addition, be fixed with limit switch 3721 on one of them side wall 373, it has the contact 37212 that contacts with the peripheral position of rotating shaft 376.
When rope 30252 normal operation, can produce downward pressure-acting to break-in wheel 30274 with break-in wheel 30274 ropes that contact 30252, therefore so that rotating shaft 376 and be arranged on the lower end position that break-in wheel 30274 in the rotating shaft 376 slides into sliding tray 377, at this moment, extension spring 3728 is in extended state.The contact 37212 that contacts with the peripheral position of rotating shaft 376 keeps original attitude.
In the time of can't normally moving when rope 30252 fractures, owing to rope 30252 no longer contacts with break-in wheel 30274 because of fracture, so rotating shaft 376 lower end position from sliding tray 377 under the pulling force effect of extension spring 3728 moves up.In moving process, the peripheral position of rotating shaft 376 impels upwards beat of contact 37212, thereby its attitude is changed.This attitude change triggers limit switch 3721 produces signals, and signal is transferred to foregoing circuit plate 301 (with reference to figure 5), thereby so that circuit board 301 can take corresponding measure and avoid occurring run-time error.
Further preferably, in order to realize storage tank 304 with respect to the stability of car 302 liftings, can between setting and the similar connecting rod telescopic folding of first embodiment mechanism 306.With reference to figure 6 and Figure 12, on the roof 3042 that described connecting rod telescopic folding mechanism 306 comprises the first slide plate 3062 of being installed on the car 302 and having the first chute 30622, be installed in storage tank 304 and have the second slide plate 3064 of the second chute 30642 and be hinged on a plurality of connecting rods 3066 between two slide plates 3062 and 3064.The two ends of described each connecting rod 3066 and medium position are all mutually hinged.One of them connecting rod 3066 at described connecting rod telescopic folding mechanism 306 tops is hinged with described the first slide plate 3062, and an end of another connecting rod 3066 at top then is slidingly arranged in the first chute 30622; One of them connecting rod 3066 and second slide plate 3064 of described connecting rod telescopic folding mechanism 306 bottoms are hinged, and an end of another connecting rod 3066 of bottom then is slidingly arranged in the second slide plate 30642.
During with respect to car 302 lifting, the connecting rod telescopic folding mechanism 306 that is arranged between the two will corresponding expansion or folding at storage tank 304.And in expansion or folding process, connecting rod 3066 only has rotation and moves up and down, and the swing of other directions can not occur, therefore helps to realize the stability of lifting, reduces the beat phenomenon.
In the present embodiment, because car 302 can stretch out or retract (realizing by the front and back drive unit) with respect to cabinet 400 front and back, and storage tank 304 can with respect to car 302 liftings (realizing by above-mentioned up and down pulling apparatus), therefore also can be realized convenience and the security of high-altitude object access fast.
Claims (24)
1. storage box unit is characterized in that comprising: cab, be installed in the railroad of car both sides, the storage tank that is installed in the front and back drive unit of car top and is connected with car and can moves up and down with respect to car.
2. storage box unit according to claim 1, it is characterized in that: described car comprises roof and is formed at the sidewall of the roof left and right sides; Described railroad be included in the draw runner that is installed on the width of sidewall on each sidewall and with the slide rail of draw runner relative sliding.
3. storage box unit according to claim 2 is characterized in that: described front and back drive unit comprises the first motor of being installed on the described roof, be subjected to the first motor-driven power transmission shaft, be fixed on the travelling gear at power transmission shaft two ends and respectively with the tooth bar of each travelling gear engagement.
4. storage box unit according to claim 3, it is characterized in that: be provided with the power transmission shaft holder on the described roof, described driving sleeve is located in the described power transmission shaft holder.
5. storage box unit according to claim 4, it is characterized in that: the two ends of described each tooth bar are provided with the tooth bar fixed block.
6. storage box unit according to claim 3, it is characterized in that: the bottom of the roof of described car is equipped with the first slide plate, and sliding on it is provided with the second motor; The top of described storage tank is equipped with the second slide plate; Described storage tank is by being hinged on the connecting rod telescopic folding mechanism between described the first slide plate and the second slide plate and be connected with described car on above-below direction.
7. storage box unit according to claim 6 is characterized in that: described connecting rod telescopic folding mechanism is mutually hinged and form by a plurality of connecting rods, and the two ends of each connecting rod and medium position are all mutually hinged; Wherein, one of them connecting rod and described first slide plate at described connecting rod telescopic folding mechanism top are hinged, and another connecting rod at top is then hinged with the second motor; One of them connecting rod and second slide plate of described connecting rod telescopic folding mechanism bottom are hinged, and the end of another connecting rod of bottom then is slidingly arranged in the second slide plate.
8. storage box unit according to claim 7, it is characterized in that: the bottom of described roof is equipped be used to the control panel of controlling described first, second motor; The bottom of described roof further is equipped with the transformer for two electric moter voltages of control.
9. storage box unit according to claim 1 is characterized in that: be provided with steel cable between described car and the described storage tank.
10. locker is characterized in that comprising:
Cabinet; And
Be installed in the storage box unit on the cabinet;
Wherein, described storage box unit comprises: cab, be installed in the railroad of car both sides, the storage tank that is installed in the front and back drive unit of car top and is connected with car and can moves up and down with respect to car; Described car comprises roof and is formed at the sidewall of the roof left and right sides; Described railroad be included in the draw runner that is installed on the width of sidewall on each sidewall and with the slide rail of draw runner relative sliding;
Described cabinet comprises at least two longitudinal baffles, and the tooth bar of described storage box unit is fixed on the corresponding longitudinal baffle by corresponding tooth bar fixed block.
11. locker, the cabinet and the storage box unit that comprise the top board that has two side plates and described two side plates are coupled together, it is characterized in that: storage box unit comprises the storage tank that slides and to be arranged at car in the cabinet, to be installed in the front and back drive unit between car and the cabinet and can to move up and down with respect to car, wherein
Described car comprises assembly wall;
Described front and back drive unit comprises the first motor of being fixed on the assembly wall, be subjected to the driving of the first motor and the power transmission shaft that rotates, be installed in the end gear at power transmission shaft two ends and be fixed on described side plate and with the tooth bar of end gear engagement.
12. locker according to claim 11 is characterized in that: described the first motor has output shaft, is fixed with driving wheel on the described output shaft, and described power transmission shaft is provided with and driving wheel engagement and the driven pulley that rotates synchronously with power transmission shaft.
13. locker according to claim 12 is characterized in that: described power transmission shaft is fixed on the described assembly wall by the power transmission shaft holder.
14. locker according to claim 11 is characterized in that: described car further comprises two sidewalls, and it is fixed together by above-mentioned assembly wall; Guider before and after arranging between described car and the cabinet.
15. locker according to claim 14 is characterized in that: described front and back guider comprises and is assembled on the described side plate and the slide rail parallel with tooth bar and be assembled in draw runner on the lateral surface of sidewall of car, and draw runner is slidingly arranged in the described slide rail.
16. locker according to claim 11, it is characterized in that: travel switch before and after further comprising, described front and back travel switch comprises the induction bar on the whole width that is arranged on assembly wall and is arranged on the Hall element of the forward edge position on the cabinet top board, and described Hall element be positioned at the induction bar directly over.
17. locker according to claim 11, it is characterized in that: described storage tank realizes by pulling apparatus up and down with respect to moving up and down of car, described up and down pulling apparatus comprises the second motor of being fixed on the storage tank roof, by the second motor-driven worm screw, be arranged on the worm screw both sides, be provided with worm gear and the rope that twines axle with worm engaging and on it simultaneously; A fag end of described rope is fixed on the storage tank, and another fag end then is wrapped on the corresponding winding axle.
18. locker according to claim 17 is characterized in that: offer on the end face of described worm gear for the corresponding fag end with rope and be fixed on interior perforation.
19. locker according to claim 17 is characterized in that: the described fag end that described rope is fixed on the storage tank is fixed on the storage tank roof.
20. locker according to claim 19, it is characterized in that: the described fag end that is fixed on the described storage tank roof is realized fixing by fastener, described fastener is arranged on the described roof, described fastener comprises a pair of limited wall, be crossed on this to the bumping post between the limited wall, be arranged on this between the limited wall and be positioned at the first briquetting of bumping post front side and be arranged on the second briquetting on the first briquetting; Offer grooving on described the first briquetting, the corresponding fag end of rope passes the space of two limited walls and the common restriction of bumping post and then passes described grooving, by the mutual pressuring action of the first briquetting and the second briquetting fag end is pressed between two briquettings.
21. locker according to claim 17, it is characterized in that: described up and down pulling apparatus further comprises the locator of the position, the left and right sides that is fixed on described assembly wall, and described locator comprises installing rack and rotates the break-in that is arranged in the installing rack by rotating shaft and take turns.
22. locker according to claim 21 is characterized in that: described installing rack comprises that crown wall reaches the side wall that is bent to form from the two ends of crown wall; Described rotating shaft is arranged on this between the side wall, and described break-in wheel is fixed in the rotating shaft and between two side walls.
23. locker according to claim 22 is characterized in that: all offer sliding tray on two side walls of described installing rack, described rotating shaft is movably arranged in the sliding tray; Further be fixed with the fixed leg that is positioned at the rotating shaft top between described two side walls, and be provided with extension spring between described rotating shaft and the fixed part; Be fixed with limit switch on one of them side wall, it has the contact that contacts with the peripheral position of rotating shaft.
24. locker according to claim 11, it is characterized in that: connecting rod telescopic folding mechanism is set, on the roof that described connecting rod telescopic folding mechanism comprises the first slide plate of being installed on the car and having the first chute, be installed in storage tank and have the second slide plate of the second chute and be hinged on a plurality of connecting rods between two slide plates between described storage tank and the car; The two ends of described each connecting rod and medium position are all mutually hinged; One of them connecting rod and described first slide plate at described connecting rod telescopic folding mechanism top are hinged, and an end of another connecting rod at top then is slidingly arranged in the first chute; One of them connecting rod and second slide plate of described connecting rod telescopic folding mechanism bottom are hinged, and an end of another connecting rod of bottom is slidingly arranged in the second slide plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220144890 CN202891097U (en) | 2012-04-06 | 2012-04-06 | Storage box unit and storage cabinet with same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220144890 CN202891097U (en) | 2012-04-06 | 2012-04-06 | Storage box unit and storage cabinet with same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202891097U true CN202891097U (en) | 2013-04-24 |
Family
ID=48111836
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220144890 Expired - Fee Related CN202891097U (en) | 2012-04-06 | 2012-04-06 | Storage box unit and storage cabinet with same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202891097U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104997293A (en) * | 2015-08-24 | 2015-10-28 | 湖州高鼎智能科技有限公司 | Multifunctional locker |
| CN105011576A (en) * | 2015-08-24 | 2015-11-04 | 湖州高鼎智能科技有限公司 | Intelligent wardrobe |
| CN107865526A (en) * | 2017-12-26 | 2018-04-03 | 郑州极致科技有限公司 | A kind of asset management information archival storage device |
-
2012
- 2012-04-06 CN CN 201220144890 patent/CN202891097U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104997293A (en) * | 2015-08-24 | 2015-10-28 | 湖州高鼎智能科技有限公司 | Multifunctional locker |
| CN105011576A (en) * | 2015-08-24 | 2015-11-04 | 湖州高鼎智能科技有限公司 | Intelligent wardrobe |
| CN107865526A (en) * | 2017-12-26 | 2018-04-03 | 郑州极致科技有限公司 | A kind of asset management information archival storage device |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130424 Termination date: 20160406 |
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| CF01 | Termination of patent right due to non-payment of annual fee |