CN110367711B - Intelligent cabinet is used in material turnover - Google Patents

Abstract

The invention discloses an intelligent cabinet for material turnover, which structurally comprises two monitoring heads, an operation panel, a shielding ceiling, a material placing box, a box body, a bottom frame and a lighting lamp, wherein the monitoring heads are connected in front of the bottom of the shielding ceiling through nails, can sense the gravity through a central sensor to display the weight, after the door is closed, the material can be moved to one end by the swinging action of the guide wheel and the gravity applied to the other end is transmitted by the triangular transmitter so as to reflect the placing condition of the material inside, let one put the workbin and can make the best use of things, place more things, can let the signal of telecommunication that the thing that one end was placed produced arouse the butt joint, make the branch that the butt joint that corresponds show the lamp pearl and light the region that corresponds at bright board, make that people can be clear know which puts the workbin and have the material, the shared position of material does not need to be checked one by one, more the person of facilitating the use puts article fast.

Description

Intelligent cabinet is used in material turnover

Technical Field

The invention relates to an intelligent cabinet, in particular to an intelligent cabinet for material turnover.

Background

The intelligent cabinet is the smart machine of present commonly used, and its characteristics just need not manual operation, control through cell-phone or other mobile device and can purchase thing or storage article, in some private use's intelligent cabinet, because the check number is more, the carrier volume of every check is different, and the user often can't learn the concrete condition of storing of equipment, and the current technical consideration is not comprehensive, has following drawback:

people store equipment in the intelligence cabinet, but can't learn its specific carrier volume, often repeatedly open in some cabinets of putting article and confirm that there is enough article, comparatively inconvenient.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide an intelligent cabinet for material turnover, which aims to solve the problem that people store equipment in the intelligent cabinet, but cannot know the specific load capacity of the equipment, and often repeatedly open some cabinets with articles to confirm that the articles are enough, so that the intelligent cabinet is inconvenient.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a material turnover uses intelligent cabinet, its structure is including keeping watch on head, operating panel, shielding the ceiling, putting workbin, box, chassis, light, it is equipped with two and the nail connection is in the place ahead of shielding the ceiling bottom to keep watch on the head, the box welds the rear at shielding the ceiling bottom perpendicularly, the chassis passes through rivet locking in the below of box, the middle section at the box is connected to the operating panel electricity, it is equipped with more than two and distribute in the inside of box and adopt swing joint to put the workbin, the light is located operating panel's below and is glued with the chassis and be connected.

In order to optimize the technical scheme, the method further comprises the following steps:

according to one implementation mode, the material placing box is composed of trusses, a middle layer scanner, material sensors, a split-sensing type display device and a weight display screen, the trusses are provided with two middle sections which are perpendicularly welded to the left end and the right end above the split-sensing type display device in an electric welding mode, the middle layer scanner is provided with two middle sections which are buckled inside the trusses through buckles respectively, the material sensors are arranged in the middles of the two trusses and are electrically connected above the split-sensing type display device, and the weight display screen is connected to the middle sections of the surfaces of the split-sensing type display device in an adhesive mode.

According to one can implement mode, the material inductor comprises central sensor, sucking disc piece, spring compression leg, triangle conductor, bears dish, side guide dish, central sensor threaded connection is in the middle section of bearing the inside top of dish, the sucking disc piece is equipped with six and the actuation is at the inside top of bearing the dish, the spring compression leg is equipped with six and the vertical welding in the below of sucking disc piece of one-to-one, the triangle conductor is equipped with more than two and mechanical connection in the below of spring compression leg, side guide dish swing joint is in the below of bearing the dish.

According to one can implement mode, side guide disc inhales the pole, the drive frame by leading wheel, power wheel, repressing spring, deflector wheel, centre gripping and constitutes, leading wheel swing joint bears the below of dish, power wheel mechanical connection is in the inside of deflector wheel and axle center collineation, repressing spring be equipped with two and the both ends of controlling of nail connection in the deflector wheel bottom, the deflector wheel is equipped with three and sliding connection in the bottom of deflector wheel, the centre gripping inhales the pole centre gripping and adopts swing joint in the below of deflector wheel, the drive frame is connected together with centre gripping sucker rod electricity.

According to one implementation mode, the separate sensing type display device is composed of a butt joint, a transmission piece, a lamp strip, a separate display lamp bead and a bright plate, three sections are arranged inside the bright plate and are welded below a triangular conductor in an electric welding mode, the lamp strip is connected to the surface of the bright plate in an adhesive mode, the separate display lamp bead is provided with more than two threaded connections which are uniform in equal distance, the transmission piece is provided with more than two threaded connections which are electrically connected above the lamp strip, and the butt joint is tightly nailed at the top of the transmission piece and is movably connected with the triangular conductor.

Advantageous effects

The intelligent cabinet for material turnover, disclosed by the invention, is reasonable in design and strong in functionality, and has the following beneficial effects:

according to the invention, the material sensor is arranged, the gravity can be sensed through the central sensor to display the weight, after the door is closed, the material can be moved to one end through the swinging action of the guide wheel, and the gravity applied to the other end is transmitted through the triangular transmitter to reflect the placing condition of the material inside, so that one material placing box can make the best use of things and place more objects.

According to the invention, the split-sensing type display device is arranged, so that an electric signal generated by an object placed at one end can excite the butt joint, the split-sensing lamp beads corresponding to the corresponding butt joint are in the corresponding area of the bright plate, people can clearly know which material placing box contains materials and the positions occupied by the materials, the materials do not need to be checked one by one, and the user can place the objects more conveniently and quickly.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of an intelligent cabinet for material turnover according to the present invention.

Fig. 2 is a schematic structural diagram of the interior of a material placing box of the intelligent cabinet for material turnover.

Fig. 3 is a schematic structural diagram of the interior of the material sensor of the intelligent cabinet for material turnover.

Fig. 4 is a schematic structural diagram of the material sensor of the intelligent cabinet for material turnover.

Fig. 5 is a detailed structural schematic diagram of an intelligent cabinet-side guide disc for material turnover according to the invention.

Fig. 6 is a schematic structural diagram of the interior of the inductance-sharing display device of the intelligent cabinet for material turnover.

Description of reference numerals: monitoring head 1,operating panel 2,shielding ceiling 3, material placingbox 4,box body 5,underframe 6,illuminating lamp 7,truss 04,middle layer scanner 05,material sensor 06, sensingtype display device 07,display screen 08,center sensor 061,sucking disc block 062,spring compression column 063,triangle conductor 064,bearing disc 065,side guide disc 066,guide wheel 661,power wheel 662, re-pressingspring 663,guide pulley 664,clamping suction rod 665,driving frame 666,butt joint 071,transmission piece 072,light bar 073,display lamp bead 074 andbright plate 075.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1, the present invention provides an intelligent cabinet for material turnover: its structure includes monitoring head 1,operating panel 2,shields ceiling 3, putsworkbin 4,box 5,chassis 6,light 7, monitoring head 1 is equipped with two and the nail is connected in the place ahead of shielding 3 bottoms of ceiling,box 5 vertical welding is in the rear ofshielding 3 bottoms of ceiling,chassis 6 passes through rivet locking in the below ofbox 5, 2 electricity of operating panel are connected in the middle section ofbox 5, it is equipped with more than two and distribute in the inside ofbox 5 and adopt swing joint to put theworkbin 4,light 7 is locatedoperating panel 2 below and is glued joint withchassis 6, andlight 7 can light automatically when monitoring the footstep sound night, more intelligence.

Referring to fig. 2, the material placingbox 4 is composed oftrusses 04, amiddle layer scanner 05, amaterial sensor 06, a partial inductiontype display device 07 and aweight display screen 08, thetrusses 04 are provided with two left ends and right ends which are vertically welded on the partial inductiontype display device 07 in an electric welding mode, themiddle layer scanner 05 is provided with two middle sections which are respectively buckled in thetrusses 04 in a buckling mode, thematerial sensor 06 is arranged between the twotrusses 04 and is electrically connected above the partial inductiontype display device 07, theweight display screen 08 is connected to the middle section of the surface of the partial inductiontype display device 07 in an adhesive mode, themiddle layer scanner 05 can scan the middle section position in the material placingbox 4, so that the height of the prevented articles can be monitored, whether the articles can be stacked in multiple layers or not can be judged, and theweight display screen 08 can display the weight of the articles, and the weight display screen is convenient for.

Referring to fig. 3 to 4, thematerial sensor 06 is composed of acenter sensor 061, asuction cup block 062, a spring pressingcolumn 063, atriangle conductor 064, abearing plate 065, andside guide plates 066, thecenter sensor 061 is screwed to the middle section of the top of the interior of thebearing plate 065, thesuction cup block 062 has six and is sucked to the top of the interior of thebearing plate 065, the springpressing columns 063 is vertically welded under thesuction cup block 062 one by one, thetriangle conductor 064 has more than two and is mechanically connected under the springpressing column 063, theside guide plates 066 are movably connected under thebearing plate 065, thesuction cup block 062 can suck the articles so that the articles placed left and right do not slide and collide, thetriangle conductor 064 is divided into three layers, can supply power and conduct according to the volume of the articles, and transmit three signals if occupying three points, the performance of monitoring the coverage area is excellent.

Referring to fig. 5, the side guide tray 066 includes aguide wheel 661, apower wheel 662, arestoring spring 663, aguide pulley 664, aclamping suction rod 665, and adriving frame 666, wherein theguide wheel 661 is movably connected below thecarrier tray 065, thepower wheel 662 is mechanically connected inside theguide wheel 661 and the axes thereof are collinear, the restoringspring 663 is provided with two and nailed to the left and right ends of the bottom of theguide wheel 661, theguide pulley 664 is provided with three and slidably connected to the bottom of theguide wheel 661, theclamping suction rod 665 is clamped below theguide pulley 664 and movably connected, thedriving frame 666 is electrically connected with theclamping suction rod 665, theclamping suction rod 665 can clamp theguide pulley 664 to brake theguide wheel 661 in a normal state to keep theguide wheel 661 balanced, and the restoringspring 663 can return the apparatus to a horizontal state after the article is taken away.

Referring to fig. 6, the sensingtype display device 07 comprises abutt joint 071, atransmission sheet 072, alight bar 073, adisplay lamp bead 074 and abright plate 075, wherein three sections are arranged inside thebright plate 075 and are electrically welded below atriangular conductor 064, thelight bar 073 is connected to the surface of thebright plate 075 in an adhesive manner, thedisplay lamp bead 074 is provided with more than two equally-spaced and uniformly-threaded connections inside thelight bar 073, thetransmission sheet 072 is provided with more than two and is electrically connected above thelight bar 073, thebutt joint 071 is tightly screwed on the top of thetransmission sheet 072 and is movably connected with thetriangular conductor 064, a plurality of points are arranged on thebutt joint 071, correspondingtriangular conductors 064 conduct corresponding signals, and the more the points are, the more the points are lighted thedisplay lamp bead 074, so that people can visually observe the light.

When the material storage box is used, a user opens the correspondingmaterial storage box 4 through theoperation panel 2 to store materials or articles, when the user stores the materials on thebearing plate 065, the user can firstly sense the weight by thecentral sensor 061, the corresponding weight number is displayed on theweight display screen 08 to enable the user to know the weight, then the user can see whether two materials can be stacked through the scanning height of themiddle layer scanner 05, after the door of thematerial storage box 065 is closed, the power of thepower wheel 662 is switched on, theclamping suction rod 665 releases the force fixed by theguide pulley 664 and enables theguide wheel 661 to rotate towards the left side, the length of the weight at the moment is one sixth of the length of thebearing plate 065, the materials incline towards the left side and slide to the left side of thebearing plate 065, the materials are sucked by thesuction disc 062 at the leftmost end and cause pressure to thespring compression column 063, thespring compression column 063 is pressed into the first lattice of thetriangle conductor 064, and thetriangle conductor 064 is pressed into thetriangle conductor 071, put through one third ofbutt joint 071, transmit for thelamp strip 073 of left end throughtransmission piece 072, let the left end light one third and showlamp pearl 074, let people learn that the material can audio-visually observe the material and place wherein and occupy one sixth's position, the storing can directly select the position next time, convenience more.

Through the mutual combination of the components, the gravity display weight can be sensed through thecentral sensor 061, after the door is closed, the material can be moved to one end through the swinging action of theguide wheel 661, the gravity borne by the other end is transmitted through thetriangular transmitter 064, so that the placing condition of the internal material is reflected, one material placingbox 4 can be made the best use of the material, more objects can be placed, the electric signal generated by the object placed at one end can excite thebutt joint 07, the correspondingsub-display lamp bead 074 corresponding to thebutt joint 07 is made to be in the corresponding area on thebright plate 075, people can clearly know which material placingbox 4 has the material, the occupied position of the material does not need to be checked one by one, and the user can conveniently and quickly place the material.

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

Claims (1)

1. The utility model provides a material turnover is with intelligent cabinet, its structure is including keeping watch on head (1), operating panel (2), shielding ceiling (3), putting workbin (4), box (5), chassis (6), light (7), its characterized in that:

the monitoring head (1) is arranged in front of the bottom of the shielding ceiling (3), the box body (5) is vertically fixed behind the bottom of the shielding ceiling (3), the bottom frame (6) is arranged below the box body (5), the operation panel (2) is fastened in the middle section of the box body (5), more than two material placing boxes (4) are arranged and distributed in the box body (5), and the illuminating lamps (7) are positioned below the operation panel (2);

the material placing box (4) is composed of trusses (04), a middle-layer scanner (05), material sensors (06), a separate sensing type display device (07) and a weight display screen (08), the trusses (04) are provided with two beams which are vertically fixed at the left end and the right end above the separate sensing type display device (07), the middle-layer scanner (05) is provided with two middle sections which are respectively fastened in the trusses (04), the material sensors (06) are arranged between the two trusses (04) and tightly attached to the upper side of the separate sensing type display device (07), and the weight display screen (08) is arranged at the middle section of the surface of the separate sensing type display device (07);

the material sensor (06) consists of a central sensor (061), a sucker block (062), a spring pressing column (063), a triangular conductor (064), a bearing disc (065) and a side guide disc (066), wherein the central sensor (061) is fixedly arranged at the middle section of the top inside the bearing disc (065), the sucker block (062) is provided with more than two and is fastened at the top inside the bearing disc (065), the spring pressing column (063) is vertically arranged below the sucker block (062), the triangular conductor (064) is provided with more than two and is mechanically connected below the spring pressing column (063), and the side guide disc (066) is movably connected below the bearing disc (065);

the side guide disc (066) comprises a guide wheel (661), a power wheel (662), a repressing spring (663), a guide pulley (664), clamping suction rods (665) and a driving frame (666), wherein the guide wheel (661) is movably connected below the bearing disc (065), the power wheel (662) is arranged inside the guide wheel (661), the repressing spring (663) is provided with two and is arranged at the left end and the right end of the bottom of the guide wheel (661), the guide pulley (664) is provided with three guide rods (665) and is arranged at the bottom of the guide wheel (661), the clamping suction rods (665) are connected below the guide pulley (664), and the driving frame (666) is electrically connected with the clamping suction rods (665);

divide sensing formula display device (07) to comprise butt joint (071), transmission piece (072), lamp strip (073), divide and show lamp pearl (074), bright board (075) inside is equipped with the three-section and installs in the below of triangle conductor (064), lamp strip (073) are installed on the surface of bright board (075), divide and show lamp pearl (074) and be equipped with more than two and distribute in the inside of lamp strip (073), transmission piece (072) sets firmly in the top of lamp strip (073), butt joint (071) fastening is at the top of transmission piece (072).

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