CN205240464U - Intelligent file system - Google Patents
Intelligent file system Download PDFInfo
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- CN205240464U CN205240464U CN201521064251.2U CN201521064251U CN205240464U CN 205240464 U CN205240464 U CN 205240464U CN 201521064251 U CN201521064251 U CN 201521064251U CN 205240464 U CN205240464 U CN 205240464U
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- sprocket
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- chain
- installing plate
- wheel assembly
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Abstract
The utility model relates to an intelligent file system. Two grudging posts arrange in the left and right sides that coexistence frame top is passed through the top link and is connected, respectively installing one on two grudging post upper portions and putting transmission sprocket component in, each installation has one set of lower transmission sprocket component two grudging post lower parts, lies in last transmission sprocket component on the same on -edge frame and passes through the flat link chain with time transmission sprocket component and be connected the transmission, drive arrangement installs on the link of top, and drive arrangement is used for the drive to go up the transmission sprocket component rotation, goes up transmission sprocket component and rotates the operation of chronozone movable plate chain hoop, be provided with a plurality of and follow the flat link chain and move towards the hanging flower basket that the hoop was arranged between two flat link chains, the hanging flower basket both ends are connected with the flat link chain that corresponds the end respectively, drive hanging flower basket run -in synchronism during the operation of flat link chain hoop, respectively install a ring rail in two grudging posts, guide, guide and ring rail constitution activity guide mating are respectively installed to the hanging flower basket both ends. The utility model discloses can arrange in the less building body, utilize the space equitablely high -efficient.
Description
Technical field
The utility model relates to a kind of smart profile system, belongs to storage facilities technical field.
Background technology
Automatic stereowarehouse is the new ideas that occur in logistic storage, utilizes tiered warehouse facility equipment to rationalize by Implementation repository high level, access automation, easy and simple to handleization. Automatic stereowarehouse is the form that the present art is higher. But mostly present automatic stereowarehouse is large-sized structure, need to there is stacking crane gear to be used in conjunction with, in the less building body in space, this type of automatic stereowarehouse is difficult in application. For example, in file management field, obviously cannot complete the work of depositing, withdrawing with stacking crane gear. Therefore be necessary to research and develop a kind of storage facilities that can utilize efficiently space that is adapted at using in less building body. (background technology part is please supplemented as one sees fit).
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, a kind of smart profile system is provided, and its structure is ingenious, can be arranged in less building body, rationally utilize efficiently space, do not need to be equipped with stacking crane gear and can complete easily the work of depositing, withdrawing.
The technical scheme providing according to the utility model: smart profile system, is characterized in that: comprise stand, hanging basket, underdrive chain wheel assembly, plate chain, upper driving chain wheel assembly, top link, ring-shaped guide rail, guide and drive unit; Two stands are arranged in the left and right sides, and the top of two stands is fixedly connected with by top link; On the top of two stands, a set of upper driving chain wheel assembly is respectively installed, two to put drive sprocket assembly symmetrical and highly identical; In the bottom of two stands, a set of underdrive chain wheel assembly is respectively installed, two cover underdrive chain wheel assemblies are symmetrical and highly identical; The upper driving chain wheel assembly and the underdrive chain wheel assembly that are positioned on a side stand pass through a plate chain connection for transmission, and the upper driving chain wheel assembly and the underdrive chain wheel assembly that are positioned in opposite side stand pass through another root plate chain connection for transmission; Described drive unit is arranged on the link of top, and drive unit and two puts drive sprocket assembly and is connected, and drive unit is used for driving upper driving chain wheel assembly to rotate, and upper driving chain wheel assembly drives the running of plate chain hoop while rotation; Between two plate chains, be provided with several and follow plate chain and move towards the hanging basket that hoop is arranged, described hanging basket two ends are connected with the plate chain of corresponding end by hanging basket connecting shaft component respectively, and plate chain hoop drives hanging basket run-in synchronism while running; In described two stands, a ring-shaped guide rail is respectively installed, the shape of described ring-shaped guide rail is identical with the hoop running path of hanging basket, and described hanging basket two ends are respectively provided with guide, and described guide forms activity-oriented with described ring-shaped guide rail and coordinates.
As further improvement of the utility model, described drive unit comprises pitman shaft, reductor fixed head, motor reducer, for driving, drive sprocket, chain drive-belt, the first order drive with drive sprocket, drive bearing block, the second level and drive and use drive sprocket and driving chain; Motor reducer is arranged on reductor fixed head, and reductor fixed head is fixed on the link of top; The output of motor reducer is installed driving drive sprocket, the top of described two stands is respectively provided with a drive bearing block, described pitman shaft two ends are supported respectively in the drive bearing block that is arranged on corresponding end, on pitman shaft, be installed with first order driving drive sprocket, the described first order drives with passing through chain drive-belt connection for transmission between drive sprocket and described driving drive sprocket; The part that drive bearing block is stretched out at described pitman shaft two ends is separately installed with second level driving drive sprocket, and the described second level drives with the power input sprocket in drive sprocket and upper driving chain wheel assembly by driving chain connection for transmission.
As further improvement of the utility model, described hanging basket comprises two perpendicular connecting rods, two oblique connecting rods and basketry; The lower end of two perpendicular connecting rods is connected to the rear side edge of basketry two flank side surface, and the lower end of two oblique connecting rods is connected to angle place in the front side edge of basketry two flank side surface; On described two plate chains, be separately installed with several chain shaft bearings, chain shaft bearing on every plate chain is identical with hanging basket quantity and corresponding one by one, and the perpendicular connecting rod that is positioned at homonymy is connected in chain shaft bearing by same hanging basket connecting shaft component with the upper end of oblique connecting rod; Described hanging basket connecting shaft component comprises connecting axle, rolling bearing, pad and end baffle, described connecting axle one end is supported and is arranged in chain shaft bearing by rolling bearing, the outer step that rolling bearing one side is provided with by connecting axle is spacing, and the interior step that rolling bearing opposite side is provided with by chain inner hole of bearing seat end is spacing; Described perpendicular connecting rod upper end and tiltedly connecting rod upper end are connected to the connecting axle other end by connecting hole respectively and block spacingly by end baffle, between perpendicular connecting rod and oblique connecting rod, separate by pad.
As further improvement of the utility model, in described basketry, be provided with dividing plate bay and separator sheets that partition space is used; On the inwall of described basketry front side board, back side panel, be respectively equipped with at least one dividing plate bay, and dividing plate bay on basketry front side board and dividing plate bay corresponding vis-a-vis one by one on basketry back side panel; Described dividing plate bay is provided with the vertical slot in some roads, and the front side edge of described separator sheets, back side edge activity are plugged in the dividing plate bay on basketry front side board, back side panel.
As further improvement of the utility model, described upper driving chain wheel assembly comprises rolling bearing units, upper sprocket wheel installing plate, the little bearing of upper support, power input sprocket, uploads moving axis and upper driving sprocket wheel; Described upper rolling bearing units are screwed and are arranged on upper sprocket wheel installing plate, upper sprocket wheel installing plate is fixed in stand, upload moving axis and be arranged on rolling bearing units free to rotate, upload moving axis outer end and stretch out rolling bearing units and power input sprocket is installed, upload moving axis the inner through the corresponding aperture on upper sprocket wheel installing plate and install drive sprocket; On described upper sprocket wheel installing plate, for uploading in the hole that moving axis passes, the little bearing of upper support is installed, described in upload moving axis from the little bearing of upper support through and supported by the little bearing of upper support.
As further improvement of the utility model, in described stand, be provided with for providing the upwards upper tensioning apparatus of rest power to upper sprocket wheel installing plate; Described upper tensioning apparatus comprises tensioning frame, upper tensioning bolt and upper locking nut, described upper tensioning frame is fixed in stand, upper tensioning frame is arranged on upper sprocket wheel installing plate below, described upper tensioning bolt is arranged on tensioning frame, upper sprocket wheel installing plate is withstood in upper tensioning bolt upper end, on upper tensioning bolt, installs locking nut.
As further improvement of the utility model, described underdrive chain wheel assembly comprises lower rolling bearing units, lower sprocket installing plate, the little bearing of lower support, lower drive shaft and underdrive sprocket wheel; Described lower rolling bearing units are fixedly mounted on lower sprocket installing plate, lower sprocket installing plate is fixed in stand, lower drive shaft is arranged in lower rolling bearing units also free to rotate, and lower drive shaft is inner to be passed the corresponding aperture on lower sprocket installing plate and underdrive sprocket wheel is installed; The little bearing of lower support is installed in the hole of passing for lower drive shaft on described lower sprocket installing plate, and described lower drive shaft outer end is bearing in the little bearing of lower support.
As further improvement of the utility model, the lower tensioning apparatus for downward pressure is provided to lower sprocket installing plate is installed in described stand; Described lower tensioning apparatus comprises lower tensioning frame, lower tensioning bolt and lower locking nut, described lower tensioning frame is fixed in stand, lower tensioning frame is arranged on lower sprocket installing plate top, described lower tensioning bolt is arranged on lower tensioning frame, lower sprocket installing plate is withstood in lower tensioning bolt lower end, on lower tensioning bolt, lower locking nut is installed.
As further improvement of the utility model, described underdrive chain wheel assembly also comprises encoder mount pad, encoder connecting screw, encoder and yielding coupling, described encoder connecting screw one end is fixedly connected on described lower drive shaft outer end, the encoder connecting screw other end is connected with yielding coupling one end, and the described yielding coupling other end connects the input of encoder; Described encoder is arranged on encoder mount pad with screw, and encoder mount pad is screwed on lower sprocket installing plate.
As further improvement of the utility model, described ring-shaped guide rail is annular grooved rail, and described guide is placed in the conduit of annular grooved rail, and guide is slide block or roller.
Compared with prior art, tool has the following advantages the utility model:The utility model structure is ingenious, can be arranged in less building body, rationally utilizes efficiently space, does not need to be equipped with stacking crane gear and can complete easily the work of depositing, withdrawing.
Brief description of the drawings
Fig. 1 is the structural front view of the utility model embodiment.
Fig. 2 is the side view of Fig. 1.
Fig. 3 is the structural front view of drive unit in Fig. 1.
Fig. 4 is the side view of Fig. 3.
Fig. 5 is the structural representation of upper driving chain wheel assembly in Fig. 1.
Fig. 6 is the side view of Fig. 5.
Fig. 7 is the structural representation of underdrive chain wheel assembly in right side in Fig. 1.
Fig. 8 is the side view of Fig. 7.
Fig. 9 is the structural representation of the underdrive chain wheel assembly of left side with encoder in Fig. 1.
Figure 10 is the side view of Fig. 9.
Figure 11 is the structure enlarged front view that in Fig. 1, hanging basket is connected with plate chain.
Figure 12 is the side view of Figure 11.
Figure 13 is the A portion enlarged diagram in Figure 12.
Figure 14 is the top view of hanging basket in Figure 11.
Figure 15 is the left view of Figure 14.
Figure 16 is the medial elevational view of hanging basket back side panel in Figure 14.
Figure 17 is the front view of Figure 14 median septum slot.
Figure 18 is the left view of Figure 17.
Figure 19 is the top view of Figure 17.
Figure 20 is the front view of Figure 14 median septum sheet.
Figure 21 is the top view of Figure 20.
Detailed description of the invention
Below in conjunction with concrete drawings and Examples, the utility model is described in further detail.
As shown in the figure: the smart profile system in embodiment is mainly by stand 1, hanging basket 2, underdrive chain wheel assembly 3, plate chain 4, upper driving chain wheel assembly 5, pitman shaft 6, top link 7, reductor fixed head 8, motor reducer 9, drive with drive sprocket 10, chain drive-belt 11, the first order drives with drive sprocket 12, drive bearing block 13, the second level drives with drive sprocket 14, driving chain 15, ring-shaped guide rail 16, guide 17, the compositions such as hanging basket connecting shaft component 18 and chain shaft bearing 19.
As shown in Figure 1 and Figure 2, two stands 1 are arranged in the left and right sides, and the top of two stands 1 is fixedly connected with by top link 7; A set of upper driving chain wheel assembly 5, two is respectively installed on the top of two stands 1, and to put drive sprocket assembly 5 symmetrical and highly identical; A set of underdrive chain wheel assembly 3, two cover underdrive chain wheel assemblies 3 are respectively installed symmetrical and highly identical in the bottom of two stands 1; The upper driving chain wheel assembly 5 being positioned on a side stand 1 passes through plate chain 4 connection for transmissions with underdrive chain wheel assembly 3, and the upper driving chain wheel assembly 5 being positioned in opposite side stand 1 passes through another root plate chain 4 connection for transmissions with underdrive chain wheel assembly 3; Described drive unit is arranged on top link 7, and drive unit and two puts drive sprocket assembly 5 and is connected, and drive unit is used for driving upper driving chain wheel assembly 5 to rotate, and upper driving chain wheel assembly 5 drives the 4 hoop runnings of plate chain while rotation; Between two plate chains 4, be provided with several and follow plate chain 4 and move towards the hanging basket 2 that hoop is arranged, described hanging basket 2 two ends are connected with the plate chain 4 of corresponding end by hanging basket connecting shaft component 18 respectively, and plate chain 4 hoops drive hanging basket 2 run-in synchronisms while running; In described two stands 1, a ring-shaped guide rail 16 is respectively installed, the shape of described ring-shaped guide rail 16 is identical with the hoop running path of hanging basket 2, described hanging basket 2 two ends are respectively provided with guide 17, and described guide 17 forms activity-oriented with described ring-shaped guide rail 16 and coordinates.
In the utility model embodiment, the structure of described drive unit as shown in Figure 3, Figure 4, its mainly by pitman shaft 6, reductor fixed head 8, motor reducer 9, drive drive by drive sprocket 10, chain drive-belt 11, the first order for drive sprocket 12, drive bearing block 13, the second level driving drive sprocket 14 and driving chain 15 form.
Described motor reducer 9 is arranged on reductor fixed head 8, and reductor fixed head 8 is fixed on the top link 7 of smart profile system; The output of motor reducer 9 is installed and is driven with drive sprocket 10, the top of described two stands 1 is respectively provided with a drive bearing block 13, described pitman shaft 6 two ends are supported respectively in the drive bearing block 13 that is arranged on corresponding end, on pitman shaft 6, be installed with the first order and drive with drive sprocket 12, the described first order drives to be used between drive sprocket 12 and described driving drive sprocket 10 by chain drive-belt 11 connection for transmissions; The part that drive bearing block 13 is stretched out at described pitman shaft 6 two ends is separately installed with second level driving drive sprocket 14, and the described second level drives uses drive sprocket 14 and the power input sprocket 5.7 in upper driving chain wheel assembly 5 to pass through driving chain 15 connection for transmissions.
When drive unit work, motor reducer 9 starts, driving drives the first order driving drive sprocket 12 and pitman shaft 6 to rotate with drive sprocket 10 by chain drive-belt 11, two second level that are arranged on pitman shaft 6 two ends drive follows pitman shaft 6 with drive sprocket 14 and synchronously rotates, two second level drivings drive two power input sprockets 5.7 in upper driving chain wheel assembly 5 synchronously to rotate by driving chain 15 respectively with drive sprocket 14 again, thereby keep high level of synchronization, make smart profile drive system steady, can complete easily the work of depositing, withdrawing.
In the utility model embodiment, the structure of described upper driving chain wheel assembly 5 as shown in Figure 5, Figure 6, its mainly by upper reinforcing screw 5.1, upper gusset plate 5.2, upper hold-down screw 5.3, upper rolling bearing units 5.4, upper sprocket wheel installing plate 5.5, the little bearing 5.6 of upper support, power input sprocket 5.7, upload moving axis 5.8, upper driving sprocket wheel 5.9, upper tensioning frame 5.10, upper tensioning bolt 5.11 and upper locking nut 5.12 and form.
Described upper rolling bearing units 5.4 are screwed and are arranged on upper sprocket wheel installing plate 5.5, upper sprocket wheel installing plate 5.5 is used hold-down screw 5.3 and is fixed in stand 1, upload moving axis 5.8 and be arranged on rolling bearing units 5.4 free to rotate, upload moving axis 5.8 outer ends and stretch out rolling bearing units 5.4 and power input sprocket 5.7 is installed, described power input sprocket 5.7 is by being arranged on packing ring and the bolted uploaded on moving axis 5.8 outer faces; Described moving axis 5.8 the inners of uploading are passed the corresponding aperture on upper sprocket wheel installing plate 5.5 and install drive sprocket 5.9, and described upper driving sprocket wheel 5.9 is by being arranged on packing ring and the bolted uploaded on moving axis 5.8 inner faces.
On described upper sprocket wheel installing plate 5.5, for uploading in the hole that moving axis 5.8 passes, the little bearing 5.6 of upper support is installed, described in upload moving axis 5.8 from the little bearing 5.6 of upper support through and supported by the little bearing 5.6 of upper support. Can further improve like this support performance of uploading moving axis 5.8, make transmission more steady.
Described upper driving chain wheel assembly 5 also comprises gusset plate 5.2, and recline the respectively positive and negative of stand 1 of described upper gusset plate 5.2 and upper sprocket wheel installing plate 5.5, is fixed in stand 1 by upper reinforcing screw 5.1 when upper gusset plate 5.2 is installed. Can further improve like this installation strength and the stability of whole upper driving chain wheel assembly 5.
In described stand 1, be provided with for providing the upwards upper tensioning apparatus of rest power to upper sprocket wheel installing plate 5.5. Described upper tensioning apparatus is mainly made up of upper tensioning frame 5.10, upper tensioning bolt 5.11 and upper locking nut 5.12, described upper tensioning frame 5.10 is fixed in stand 1, upper tensioning frame 5.10 is arranged on upper sprocket wheel installing plate 5.5 belows, described upper tensioning bolt 5.11 is arranged on tensioning frame 5.10, upper sprocket wheel installing plate 5.5 is withstood in upper tensioning bolt 5.11 upper ends, on upper tensioning bolt 5.11, installs locking nut 5.12.
In the utility model embodiment, described underdrive chain wheel assembly 3 has two covers, and wherein the underdrive chain wheel assembly 3 on right side is basic structure, and the underdrive chain wheel assembly 3 in left side has installed encoder 3.12 additional on the basis of basic structure.
As shown in Figure 7, Figure 8, it is mainly made up of lower reinforcing screw 3.1, lower gusset plate 3.2, lower hold-down screw 3.3, lower rolling bearing units 3.4, lower sprocket installing plate 3.5, the little bearing 3.6 of lower support, lower drive shaft 3.7, underdrive sprocket wheel 3.8, lower tensioning frame 3.9, lower tensioning bolt 3.10 and lower locking nut 3.11 structure of the underdrive chain wheel assembly 3 on right side.
Described lower rolling bearing units 3.4 are screwed and are arranged on lower sprocket installing plate 3.5, the lower hold-down screw 3.3 of lower sprocket installing plate 3.5 use is fixed in stand 1, lower drive shaft 3.7 is arranged in lower rolling bearing units 3.4 also free to rotate, lower drive shaft 3.7 is inner to be passed the corresponding aperture on lower sprocket installing plate 3.5 and underdrive sprocket wheel 3.8 is installed, and described underdrive sprocket wheel 3.8 is by being arranged on packing ring and the bolted on lower drive shaft 3.7 inner faces.
The little bearing 3.6 of lower support is installed in the hole of passing for lower drive shaft 3.7 on described lower sprocket installing plate 3.5, and described lower drive shaft 3.7 outer ends are bearing in the little bearing 3.6 of lower support. The support performance that can further improve like this lower drive shaft 3.7, makes transmission more steady.
Described underdrive chain wheel assembly 3 also comprises lower gusset plate 3.2, and recline the respectively positive and negative of stand 1 of described lower gusset plate 3.2 and lower sprocket installing plate 3.5, is fixed in stand 1 by lower reinforcing screw 3.1 when lower gusset plate 3.2 is installed. Can further improve like this installation strength and the stability of whole underdrive chain wheel assembly 3.
Lower tensioning apparatus for downward pressure is provided to lower sprocket installing plate 3.5 is installed in described stand 1. Described lower tensioning apparatus comprises lower tensioning frame 3.9, lower tensioning bolt 3.10 and lower locking nut 3.11, described lower tensioning frame 3.9 is fixed in stand 1, lower tensioning frame 3.9 is arranged on lower sprocket installing plate 3.5 tops, described lower tensioning bolt 3.10 is arranged on lower tensioning frame 3.9, lower sprocket installing plate 3.5 is withstood in lower tensioning bolt 3.10 lower ends, on lower tensioning bolt 3.10, lower locking nut 3.11 is installed.
As shown in Figure 9, Figure 10, it has installed encoder 3.12 additional to the structure of the underdrive chain wheel assembly 3 in left side on the basic structure basis of right side underdrive chain wheel assembly 3, and described encoder 3.12 is connected to lower drive shaft 3.7 outer ends. Described encoder 3.12 is connected with lower drive shaft 3.7 outer ends by encoder 3.12 coupling assemblings, described encoder 3.12 coupling assemblings comprise encoder mount pad 3.13, encoder connecting screw 3.14 and yielding coupling 3.15, described encoder connecting screw 3.14 one end are fixedly connected on described lower drive shaft 3.7 outer ends, encoder connecting screw 3.14 other ends are connected with yielding coupling 3.15 one end, and described yielding coupling 3.15 other ends connect the input of encoder 3.12; Described encoder 3.12 use screws are arranged on encoder mount pad 3.13, and encoder mount pad 3.13 is screwed on lower sprocket installing plate 3.5. By setting up encoder 3.12, can coordinate control system to use, accurately certain hanging basket 2 position in positioning intelligent archives economy, facilitate document access.
As shown in Figure 11 ~ Figure 13, in the utility model embodiment, described hanging basket 2 is mainly made up of two perpendicular connecting rods 2.1, two oblique connecting rods 2.2 and basketry 2.3; The lower end of two perpendicular connecting rods 2.1 is connected to the rear side edge of 2.3 liang of flank side surface of basketry, and the lower end of two oblique connecting rods 2.2 is connected to angle place in the front side edge of 2.3 liang of flank side surface of basketry; On described two plate chains 4, be separately installed with several chain shaft bearings 19, chain shaft bearing 19 on every plate chain 4 is identical with hanging basket 2 quantity and corresponding one by one, and the perpendicular connecting rod 2.1 that is positioned at homonymy is connected in chain shaft bearing 19 by same hanging basket connecting shaft component 18 with the upper end of oblique connecting rod 2.2.
The structure of described hanging basket connecting shaft component 18 specifically as shown in figure 13, it is mainly made up of connecting axle 18.1, rolling bearing 18.2, pad 18.3 and end baffle 18.4, described connecting axle 18.1 one end are arranged in chain shaft bearing 19 by rolling bearing 18.2 supportings, the outer step that rolling bearing 18.2 one sides are provided with by connecting axle 18.1 is spacing, and the interior step that rolling bearing 18.2 opposite sides are provided with by the interior bore ends of chain shaft bearing 19 is spacing; Described perpendicular connecting rod 2.1 upper ends and tiltedly connecting rod 2.2 upper ends are connected to connecting axle 18.1 other ends and are blocked spacing by end baffle 18.4 by connecting hole respectively, between perpendicular connecting rod 2.1 and oblique connecting rod 2.2, separate by pad 18.3, the perpendicular connecting rod 2.1 being connected on connecting axle 18.1 is positioned at the inner side of erecting connecting rod 2.1.
As shown in figure 13, the outer wall of described rolling bearing 18.2 outer rings is provided with annular groove, in described annular groove, sealing ring is housed. Described connecting axle 18.1 passes on the end face of rolling bearing 18.2 one end and is connected with end casing 18.4 with screw fastening, described end casing 18.4 flat seals laminating chain shaft bearing 19 sides, and end casing 18.4 is by the intracavity space sealing of chain shaft bearing 19.
As shown in Figure 14 ~ Figure 16, in described basketry 2.3, be provided with dividing plate bay 2.4 and separator sheets 2.5 that partition space is used; On the inwall of described basketry 2.3 front side boards, back side panel, be respectively equipped with two dividing plate bays 2.4, and dividing plate bay 2.4 on basketry 2.3 front side boards and dividing plate bay 2.4 corresponding vis-a-vis one by one on basketry 2.3 back side panels; Described dividing plate bay 2.4 is provided with the vertical slot 2.4a in some roads, and the front side edge of described separator sheets 2.5, back side edge activity are plugged in the dividing plate bay 2.4 on basketry 2.3 front side boards, back side panel.
As shown in Figure 17 ~ Figure 18, described dividing plate bay 2.4 is that cross section is bending arc long slab body, and described vertical slot 2.4a is opened in bent intermediate position. Preferably, described bent intermediate position is the isosceles trapezoid that dual-side angle is °.
As shown in Figure 20, Figure 21, the impression 2.5a of separator sheets 2.5 principal planes is protruded in the upper portion of described separator sheets 2.5 mid portions, and all the impression 2.5a in separator sheets 2.5 protrudes to same direction.
When work, drive unit drives upper driving chain wheel assembly 5 to turn round, thereby the plate chain 4 being contained on upper driving chain wheel assembly 5 and underdrive chain wheel assembly 3 is turned round, plate chain 4 turns round and drives hanging basket 2 run-in synchronisms again, can realize the work that deposits, withdraws hanging basket 2 Archives, dividing plate bay 2.4 and the separator sheets 2.5 arranging in hanging basket 2 basketrys 2.3 can classifying rationally, efficiently utilize the space in basketry 2.3.
Claims (10)
1. smart profile system, is characterized in that: comprise stand (1), hanging basket (2), underdrive chain wheel assembly (3), plate chain (4), upper driving chain wheel assembly (5), top link (7), ring-shaped guide rail (16), guide (17) and drive unit; Two stands (1) are arranged in the left and right sides, and the top of two stands (1) is fixedly connected with by top link (7); On the top of two stands (1), a set of upper driving chain wheel assembly (5) is respectively installed, two to put drive sprocket assembly (5) symmetrical and highly identical; In the bottom of two stands (1), a set of underdrive chain wheel assembly (3) is respectively installed, two cover underdrive chain wheel assemblies (3) are symmetrical and highly identical; The upper driving chain wheel assembly (5) being positioned on a side stand (1) passes through a plate chain (4) connection for transmission with underdrive chain wheel assembly (3), and the upper driving chain wheel assembly (5) being positioned in opposite side stand (1) passes through another root plate chain (4) connection for transmission with underdrive chain wheel assembly (3); Described drive unit is arranged on top link (7), drive unit and two puts drive sprocket assembly (5) and is connected, drive unit is used for driving upper driving chain wheel assembly (5) to rotate, and upper driving chain wheel assembly (5) drives the running of plate chain (4) hoop while rotation; Between two plate chains (4), be provided with several follow plate chain (4) move towards hoop arrange hanging basket (2), described hanging basket (2) two ends are connected with the plate chain (4) of corresponding end by hanging basket connecting shaft component (18) respectively, drive hanging basket (2) run-in synchronism when the running of plate chain (4) hoop; A ring-shaped guide rail (16) is respectively installed in described two stands (1), the shape of described ring-shaped guide rail (16) is identical with the hoop running path of hanging basket (2), described hanging basket (2) two ends are respectively provided with guide (17), and described guide (17) forms activity-oriented with described ring-shaped guide rail (16) and coordinates.
2. smart profile system as claimed in claim 1, is characterized in that: described drive unit comprises pitman shaft (6), reductor fixed head (8), motor reducer (9), drives with drive sprocket (10), chain drive-belt (11), first order driving drive sprocket (12), drive bearing block (13), second level driving drive sprocket (14) and driving chain (15); It is upper that motor reducer (9) is arranged on reductor fixed head (8), and reductor fixed head (8) is fixed on top link (7); The output of motor reducer (9) is installed and is driven with drive sprocket (10), the top of described two stands (1) is respectively provided with a drive bearing block (13), described pitman shaft (6) two ends are supported respectively in the drive bearing block (13) that is arranged on corresponding end, on pitman shaft (6), be installed with the first order and drive with drive sprocket (12), the described first order drives with drive sprocket (12) and described chain drive-belt (11) connection for transmission that passes through between drive sprocket (10) for driving; The part that drive bearing block (13) is stretched out at described pitman shaft (6) two ends is separately installed with second level driving drive sprocket (14), and the described second level drives uses drive sprocket (14) and the power input sprocket (5.7) in upper driving chain wheel assembly (5) to pass through driving chain (15) connection for transmission.
3. smart profile system as claimed in claim 1, is characterized in that: described hanging basket (2) comprises two perpendicular connecting rods (2.1), two oblique connecting rods (2.2) and basketry (2.3); The lower end of two perpendicular connecting rods (2.1) is connected to the rear side edge of basketry (2.3) two flank side surface, and the lower end of two oblique connecting rods (2.2) is connected to angle place in the front side edge of basketry (2.3) two flank side surface; On described two plate chains (4), be separately installed with several chain shaft bearings (19), chain shaft bearing (19) on every plate chain (4) is identical and corresponding one by one with hanging basket (2) quantity, be positioned at the perpendicular connecting rod (2.1) of homonymy and tiltedly the upper end of connecting rod (2.2) be connected in chain shaft bearing (19) by same hanging basket connecting shaft component (18); Described hanging basket connecting shaft component (18) comprises connecting axle (18.1), rolling bearing (18.2), pad (18.3) and end baffle (18.4), described connecting axle (18.1) one end is arranged in chain shaft bearing (19) by rolling bearing (18.2) supporting, the outer step that rolling bearing (18.2) one sides are provided with by connecting axle (18.1) is spacing, and the interior step that rolling bearing (18.2) opposite side is provided with by the interior bore ends of chain shaft bearing (19) is spacing; Described perpendicular connecting rod (2.1) upper end and tiltedly connecting rod (2.2) upper end are connected to connecting axle (18.1) other end by connecting hole respectively and block spacingly by end baffle (18.4), between perpendicular connecting rod (2.1) and oblique connecting rod (2.2), separate by pad (18.3).
4. smart profile system as claimed in claim 3, is characterized in that: in described basketry (2.3), be provided with dividing plate bay (2.4) and separator sheets (2.5) that partition space is used; On the inwall of described basketry (2.3) front side board, back side panel, be respectively equipped with at least one dividing plate bay (2.4), and dividing plate bay (2.4) on basketry (2.3) front side board and dividing plate bay (2.4) corresponding vis-a-vis one by one on basketry (2.3) back side panel; Described dividing plate bay (2.4) is provided with the vertical slots in some roads (2.4a), and the front side edge of described separator sheets (2.5), back side edge activity are plugged in the dividing plate bay (2.4) on basketry (2.3) front side board, back side panel.
5. smart profile system as claimed in claim 1, is characterized in that: described upper driving chain wheel assembly (5) comprises rolling bearing units (5.4), upper sprocket wheel installing plate (5.5), the little bearing of upper support (5.6), power input sprocket (5.7), uploads moving axis (5.8) and upper driving sprocket wheel (5.9); Described upper rolling bearing units (5.4) are fixedly mounted on upper sprocket wheel installing plate (5.5), upper sprocket wheel installing plate (5.5) is fixed in stand (1), upload moving axis (5.8) and be arranged on rolling bearing units (5.4) free to rotate, upload moving axis (5.8) outer end and stretch out rolling bearing units (5.4) and power input sprocket (5.7) is installed, upload moving axis (5.8) the inner through the corresponding aperture on upper sprocket wheel installing plate (5.5) and install drive sprocket (5.9); Described upper sprocket wheel installing plate (5.5) is upper is provided with the little bearing of upper support (5.6) for uploading in the hole that moving axis (5.8) passes, described in upload moving axis (5.8) from the little bearing of upper support (5.6) through and supported by the little bearing of upper support (5.6).
6. smart profile system as claimed in claim 5, is characterized in that: in described stand (1), be provided with for providing the upwards upper tensioning apparatus of rest power to upper sprocket wheel installing plate (5.5); Described upper tensioning apparatus comprises tensioning frame (5.10), upper tensioning bolt (5.11) and upper locking nut (5.12), described upper tensioning frame (5.10) is fixed in stand (1), upper tensioning frame (5.10) is arranged on upper sprocket wheel installing plate (5.5) below, described upper tensioning bolt (5.11) is arranged on tensioning frame (5.10), upper sprocket wheel installing plate (5.5) is withstood in upper tensioning bolt (5.11) upper end, installs locking nut (5.12) on upper tensioning bolt (5.11).
7. smart profile system as claimed in claim 1, is characterized in that: described underdrive chain wheel assembly (3) comprises lower rolling bearing units (3.4), lower sprocket installing plate (3.5), the little bearing of lower support (3.6), lower drive shaft (3.7) and underdrive sprocket wheel (3.8); Described lower rolling bearing units (3.4) are fixedly mounted on lower sprocket installing plate (3.5), lower sprocket installing plate (3.5) is fixed in stand (1), lower drive shaft (3.7) is arranged in lower rolling bearing units (3.4) also free to rotate, and lower drive shaft (3.7) is inner to be passed the corresponding aperture on lower sprocket installing plate (3.5) and underdrive sprocket wheel (3.8) is installed; Described lower sprocket installing plate (3.5) is provided with the little bearing of lower support (3.6) in the upper hole of passing for lower drive shaft (3.7), and described lower drive shaft (3.7) outer end is bearing in the little bearing of lower support (3.6).
8. smart profile system as claimed in claim 7, is characterized in that: the lower tensioning apparatus for downward pressure is provided to lower sprocket installing plate (3.5) is installed in described stand (1); Described lower tensioning apparatus comprises lower tensioning frame (3.9), lower tensioning bolt (3.10) and lower locking nut (3.11), described lower tensioning frame (3.9) is fixed in stand (1), lower tensioning frame (3.9) is arranged on lower sprocket installing plate (3.5) top, described lower tensioning bolt (3.10) is arranged on lower tensioning frame (3.9), lower sprocket installing plate (3.5) is withstood in lower tensioning bolt (3.10) lower end, the upper lower locking nut (3.11) of installing of lower tensioning bolt (3.10).
9. smart profile system as claimed in claim 7, it is characterized in that: described underdrive chain wheel assembly (3) also comprises encoder mount pad (3.13), encoder connecting screw (3.14), encoder (3.12) and yielding coupling (3.15), described encoder connecting screw (3.14) one end is fixedly connected on described lower drive shaft (3.7) outer end, encoder connecting screw (3.14) other end is connected with yielding coupling (3.15) one end, and described yielding coupling (3.15) other end connects the input of encoder (3.12); It is upper that described encoder (3.12) is arranged on encoder mount pad (3.13), and encoder mount pad (3.13) is fixed on lower sprocket installing plate (3.5).
10. smart profile system as claimed in claim 1, is characterized in that: described ring-shaped guide rail (16) is annular grooved rail, and described guide (17) is placed in the conduit of annular grooved rail, and guide (17) is slide block or roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521064251.2U CN205240464U (en) | 2015-12-18 | 2015-12-18 | Intelligent file system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521064251.2U CN205240464U (en) | 2015-12-18 | 2015-12-18 | Intelligent file system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205240464U true CN205240464U (en) | 2016-05-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521064251.2U Expired - Fee Related CN205240464U (en) | 2015-12-18 | 2015-12-18 | Intelligent file system |
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| Country | Link |
|---|---|
| CN (1) | CN205240464U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106364829A (en) * | 2016-11-29 | 2017-02-01 | 国网山东省电力公司济南供电公司 | Intelligent insulator storage device for electric power |
| CN108143234A (en) * | 2017-12-18 | 2018-06-12 | 王军 | A kind of wall-mounted logistics storage system |
| CN110902288A (en) * | 2019-11-15 | 2020-03-24 | 杨万国 | Rail rgv shuttle trolley with bidirectional movement for lithium battery power supply tool |
-
2015
- 2015-12-18 CN CN201521064251.2U patent/CN205240464U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106364829A (en) * | 2016-11-29 | 2017-02-01 | 国网山东省电力公司济南供电公司 | Intelligent insulator storage device for electric power |
| CN108143234A (en) * | 2017-12-18 | 2018-06-12 | 王军 | A kind of wall-mounted logistics storage system |
| CN110902288A (en) * | 2019-11-15 | 2020-03-24 | 杨万国 | Rail rgv shuttle trolley with bidirectional movement for lithium battery power supply tool |
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| C14 | Grant of patent or utility model | ||
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Granted publication date: 20160518 Termination date: 20181218 |