CN114291481A

CN114291481A - Intelligent building monitoring device based on Internet of things terminal

Info

Publication number: CN114291481A
Application number: CN202210235833.0A
Authority: CN
Inventors: 周树邱; 田晓峰; 顾珏敏; 顾健伟
Original assignee: Jiangsu Dahai Intelligent System Co ltd
Current assignee: Jiangsu Dahai Intelligent System Co ltd
Priority date: 2022-03-11
Filing date: 2022-03-11
Publication date: 2022-04-08
Anticipated expiration: 2042-03-11
Also published as: CN114291481B

Abstract

An intelligent building monitoring device based on an internet of things terminal belongs to the technical field of internet of things, and aims to solve the problems that foreign people can enter a construction site by climbing an enclosing wall, a large amount of materials are accumulated, a small amount of materials are not easy to be found by stealing, the materials are easy to be gradually reduced due to poor anti-theft performance of the construction site on the materials, and the normal progress of construction is delayed; when an external person is in an unidentified login state and does not fill in ex-warehouse information, the total weight of the materials sensed by the gravity sensing module is reduced, the switch of the alarm module is triggered immediately, the alarm module gives out an alarm sound through the buzzer to warn a worker to check the materials so as to enhance the management of material inventory; according to the invention, the telescopic rod is extended, the side box is supported, the reserved jacking part integrally moves downwards, and the pushing operation is repeated, so that the materials are conveniently pushed layer by adjusting the length of the telescopic rod, the materials are taken for a small number of times, the material taking amount is favorably controlled, and the waste is avoided.

Description

Intelligent building monitoring device based on Internet of things terminal

Technical Field

The invention relates to the technical field of Internet of things, in particular to an intelligent building monitoring device based on an Internet of things terminal.

Background

The internet of things is that any object or process needing monitoring, connection and interaction is collected in real time through various devices and technologies such as various information sensors, radio frequency identification technologies, global positioning systems, infrared sensors, laser scanners and the like, various required information such as sound, light, heat, electricity, mechanics, chemistry, biology, positions and the like is collected, connection of objects and connection of objects and people are achieved through various possible network accesses, and intelligent sensing, identification and management of the objects and the processes are achieved.

In the process of building construction, materials such as reinforcing bars and steel bar plates need to be supplemented, but the existing building site is only sealed by means of surrounding plates, wire netting or surrounding walls and the like so as to limit the entering and exiting of personnel and vehicles, the sealing effect is poor, external personnel can enter a construction site by climbing the surrounding walls, the materials are accumulated in a large amount and are difficult to find by stealing, the anti-theft performance of the construction site on the materials is poor, the materials are easy to reduce gradually, and the normal progress of construction is delayed.

To above problem, improve current device, proposed and based on thing networking terminal building intelligent monitoring device.

Disclosure of Invention

The invention aims to provide an intelligent building monitoring device based on an internet of things terminal, which solves the problems that in the background technology, materials such as reinforcing steel bars, steel bar plates and the like need to be supplemented in the building construction process, but the existing building site is only sealed by using a coaming, a wire netting or a fence and the like to limit the access of personnel and vehicles, the sealing effect is poor, foreign personnel can enter a construction site by climbing the fence, a large amount of materials are accumulated and are difficult to be found due to a small amount of stolen materials, the anti-theft performance of the construction site on the materials is poor, the materials are easy to gradually reduce, and the normal progress of construction is delayed.

In order to achieve the purpose, the invention provides the following technical scheme: the intelligent monitoring device comprises a material storage rack and a stock management monitoring system in signal connection with the material storage rack, wherein a control panel is arranged on a side vertical face of the material storage rack, a material conveying mechanism is arranged on one side of the material storage rack, a separation base plate is arranged in the material storage rack, two groups of separation base plates are arranged, separation vertical strips are arranged at an opening in the material storage rack, three groups of separation vertical strips are arranged, a classification containing cavity is arranged between the separation base plate and the separation vertical strips, an ejection mechanism is arranged on the upper top face of the classification containing cavity, a gravity sensing mechanism is arranged on the lower bottom face of the classification containing cavity, a conveying track is arranged at the lower end of the material conveying mechanism, a first conveying translation groove is formed in the surface of the conveying track, and a first conveying wire feeding rod is arranged in the first conveying translation groove;

the inventory management monitoring system comprises an identity login unit for registering identity information of an operator and an inventory module for registering inventory information, and a gravity sensing module for calculating the total weight of the stock, the stock management monitoring system also comprises a stock-out module for registering the stock-out information and a stock display module for displaying the stock of various existing materials, the system comprises an inventory display module, an alarm module and a report printing unit, wherein the inventory display module comprises a material classification query unit for querying information of various materials, an inventory query unit for querying inventory of various materials and a report printing unit for printing an inventory entering and exiting list;

the material conveying mechanism comprises a clamping enclosing frame and a pressing limiting groove which is arranged on vertical surfaces at two sides of the clamping enclosing frame, one side of the clamping enclosing frame is provided with two groups of lifting columns, the bottom ends of the lifting columns are connected with conveying rails, the surface of each lifting column is sleeved with a pressing clamping piece, the top end of each lifting column is provided with a traction guide piece, and the surface of each pressing clamping piece is provided with a conveying belt.

Furthermore, the bottom end of the side surface of the clamping enclosing frame is provided with connecting plates, the side surfaces of the connecting plates are provided with lifting adjusting plates, connecting sliding holes are formed in the surfaces of the lifting adjusting plates, two groups of connecting sliding holes are formed, and first bidirectional sliding holes are formed in the two sides of each connecting sliding hole.

Further, the lifting column comprises a straight slide rod and a second conveying screw rod arranged at the lower end of the straight slide rod, a connecting slide hole is connected with the second conveying screw rod in a meshed mode, a limiting spacer ring is arranged between the straight slide rod and the second conveying screw rod, a translation bottom block is installed at the bottom end of the second conveying screw rod, a first connecting sleeve groove is formed in the surface of the translation bottom block, the translation bottom block is matched with the first conveying translation groove, and the first connecting sleeve groove is connected with the first conveying screw rod in a meshed mode.

Further, draw the guide and include the fixed ring in the location of being connected with straight slide bar top and set up the extension strip in fixed ring one side in the location, the upper surface that extends the strip and the lower surface of lift regulating plate all are provided with the counter-holder strip, and the leading wheel is all installed to the inboard of two sets of counter-holder strips, and the direction concave tooth's socket has been seted up on the surface of leading wheel, has seted up the two-way sliding hole of second to the both sides of counter-holder strip.

Furthermore, the pressing clamping piece comprises an adjusting strip plate arranged at the upper end of the lifting adjusting plate and a pressing straight strip arranged on the side surface of the adjusting strip plate, the pressing straight strip is provided with five groups, the pressing straight strip is matched with the pressing limiting groove, the surface of the adjusting strip plate is provided with an adjusting through hole, the inner size of the adjusting through hole is larger than the outer size of the limiting spacing ring, one side of the adjusting through hole is provided with a one-way sliding hole, the conveying belt is sleeved on the surfaces of the two groups of guiding concave tooth grooves, two ends of the conveying belt penetrate through the second two-way sliding hole, the one-way sliding hole and the first two-way sliding hole to be connected with the upper surface and the lower surface of the adjusting strip plate, the surface of the pressing straight strip 432 is provided with an edge separation clamping piece 435, the edge separation clamping piece 435 comprises a U-shaped splicing strip 4351 connected with the surface of the pressing straight strip 432 and outer support rods 4352 arranged at two ends of the inner side of the U-shaped splicing strip 4351, one side of the outer support rod 4352 is provided with an inner support rod 4353, the outer supporting rods 4352 and the inner supporting rods 4353 are respectively provided with two groups, one end of each outer supporting rod 4352 is provided with an extrusion sheath 43521, the other end of each outer supporting rod 4352 is provided with a first transfer small rod 43522, the surface of each outer supporting rod 4352 is provided with an adjusting reserved groove 43523, two sides inside each adjusting reserved groove 43523 are provided with limit sliding grooves 43524, each inner supporting rod 4353 comprises a fixed small column 43531 arranged inside a U-shaped spliced batten 4351 and an adjusting rotary sleeve 43532 sleeved on the surface of the fixed small column 43531, a supporting rod 43533 is arranged on the surface of the adjusting rotary sleeve 43532, adjusting blocks 43534 are respectively arranged on two sides of one end of each supporting rod 43533, each adjusting block 43534 is connected with the limit sliding groove 43524, a connecting spring 43535 is arranged on the surface of each adjusting block 43534, and one end of each connecting spring 43535 is connected with the inner bottom surface of the limit sliding groove 43524.

Furthermore, the ejection mechanism comprises a support side box arranged in the classified accommodating cavity and a reserved jacking piece arranged on one side of the support side box, long conveying frames are arranged at the upper ends of the support side box and the reserved jacking piece and arranged on the upper top surface of the classified accommodating cavity, and third conveying screw rods are arranged in the long conveying frames.

Furthermore, the support side box comprises a side opening box body and a limiting long groove formed in the upper surface and the lower surface of the side opening box body, a containing blind groove is formed in the side bottom surface of the side opening box body, a fourth conveying screw rod is arranged in the containing blind groove, a splicing column rod is installed in the center of the outer surface of the side opening box body, a containing deep groove is formed in the splicing column rod, a telescopic rod is installed inside the containing deep groove, a translation joining block is installed at the top end of the telescopic rod, a second connecting sleeve groove is formed in the surface of the translation joining block, the translation joining block is matched with the inside of the long body conveying frame, and the second connecting sleeve groove is connected with the third conveying screw rod in a meshed mode.

Furthermore, the reserved jacking part comprises a jacking long plate and a central splicing plate arranged in the center of the side surface of the jacking long plate, turnover plates are arranged at two ends of the central splicing plate, and a movably connected end block is arranged at one end of each turnover plate.

Furthermore, the end block of the movable connection comprises a sleeving connection block and an extension sleeve column arranged on one side of the sleeving connection block, a third connection sleeve groove is formed in the side surface of the sleeving connection block, the sleeving connection block is matched with the containing blind groove, the third connection sleeve groove is meshed with the fourth conveying screw rod and is connected with the fourth conveying screw rod, and a sleeve rotating groove is formed in the upper surface of the extension sleeve column.

Further, the roll-over plate includes the plate body and installs the butt joint extension rod in the plate body both sides, and open groove has been seted up to the one end of plate body, and open groove's internally mounted has the small pole of cup jointing, and the extension sleeve post is connected with cup jointing the small pole through overlapping the groove, and the one end of butt joint extension rod is provided with rotates the staff, and the butt joint extension rod is connected with central splice plate through rotating the staff, and the other end of butt joint extension rod is installed the spacing removal fritter, and the spacing removal fritter is connected with spacing elongated slot.

Compared with the prior art, the invention has the beneficial effects that:

1. the invention provides an intelligent building monitoring device based on an Internet of things terminal, wherein an inventory management monitoring system comprises an identity login unit for registering identity information of an operator, an inventory entering module for registering inventory entering information, a gravity sensing module for calculating total inventory weight, an inventory leaving module for registering inventory leaving information, an inventory display module for displaying the inventory of various materials, and an alarm module for alarming reduction of the inventory under the condition of no operator, the inventory entering module is in signal connection with an inventory entering filling unit, the inventory leaving module is in signal connection with an inventory leaving filling unit, the alarm module is in signal connection with a trigger unit, the trigger unit is in signal connection with a buzzer, the inventory display module comprises a material classification query unit for querying information of various materials and an inventory querying unit for querying the inventory of various materials, when the materials need to be taken out, the ex-warehouse information of the materials is filled in through the ex-warehouse filling unit, the gravity sensing module receives the weight reduced by the gravity sensing mechanism in real time to sense, the operator can inquire the information and the stock of various materials through the stock display module in daily life, the in-warehouse and out-warehouse lists can be printed through the report printing unit, when the external personnel are in the state without identity login, when the ex-warehouse information is not filled in, the total weight of the materials sensed by the gravity sensing module is reduced, the switch of the alarm module is triggered immediately, and the alarm module gives out an alarm sound through the buzzer to remind a worker to check the materials so as to enhance the management of material inventory.

2. The invention provides an intelligent building monitoring device based on an Internet of things terminal, a movable connecting end block comprises a sleeving block and an extending sleeve column arranged on one side of the sleeving block, a third connecting sleeve groove is formed in the side surface of the sleeving block and matched with a containing blind groove, the third connecting sleeve groove is meshed with a fourth conveying screw rod, a sleeving groove is formed in the upper surface of the extending sleeve column, a turnover plate comprises a plate body and butting extending rods arranged on the two sides of the plate body, an opening groove is formed in one end of the plate body, a sleeving small rod is arranged inside the opening groove, the extending sleeve column is connected with the sleeving small rod through the sleeving groove, a rotating small shaft is arranged at one end of the butting extending rod, the butting extending rod is connected with a central splicing plate through the rotating small shaft, a limiting moving small block is arranged at the other end of the butting extending rod and connected with a limiting long groove, when materials are needed, starting a third conveying screw rod to enable a translation connecting block to translate outwards along the bottommost end of the third conveying screw rod, enabling a support side box in a contraction state and a reserved jacking piece to push materials on the upper layer to one side, enabling the materials to be pushed into a clamping surrounding frame from a classification containing cavity, then starting two groups of fourth conveying screw rods to enable two groups of movably connected end blocks to translate towards the middle and approach, enabling two groups of turnover plates to be perpendicular to a center splicing plate, pulling a distance between a side opening box body and a jacking long plate open, enabling the jacking long plate to push the materials for two times, enabling the materials to be completely pushed out from the classification containing cavity, facilitating smooth material taking, avoiding the materials from being scratched by a material storage rack, after the materials are pushed out, rotating the third conveying screw rod to enable the translation connecting block to return to the bottommost end position of the third conveying screw rod, extending a telescopic rod to enable the support side box and the reserved jacking piece to integrally move downwards, and repeatedly push and press the materials, and then be convenient for the successive layer through the length of adjustment telescopic link and promote the material, a small amount of materials of taking many times do benefit to the control material and get the quantity, avoid extravagant.

3. The invention provides an intelligent monitoring device for a building based on an Internet of things terminal, wherein the upper surface of an extension bar and the lower surface of a lifting adjusting plate are respectively provided with a pair of clamping bars, the inner sides of two groups of pair clamping bars are respectively provided with a guide wheel, the surface of the guide wheel is provided with a guide concave tooth groove, two sides of each pair clamping bar are provided with a second bidirectional slide hole, a pressing and clamping piece comprises a regulating batten arranged at the upper end of the lifting adjusting plate and a pressing straight bar arranged on the side surface of the regulating batten, the pressing straight bar is provided with five groups, the pressing straight bar is matched with the pressing limiting groove, the surface of the regulating batten is provided with an adjusting through hole, the inner size of the adjusting through hole is larger than the outer size of a limiting spacer ring, one side of the adjusting through hole is provided with a one-way slide hole, a conveying belt is sleeved on the surfaces of the two groups of guide concave tooth grooves, and two ends of the conveying belt pass through the second bidirectional slide holes, the one-way slide holes and the first bidirectional slide holes to be connected with the upper and lower surfaces of the regulating batten, when the materials are pushed into the clamping enclosure frame, the guide wheels are started to pull the conveying belt to operate, the conveying belt moves through the second bidirectional slide hole, the unidirectional slide hole and the first bidirectional slide hole, the two ends of the conveying belt are fixedly connected with the upper surface and the lower surface of the adjusting strip plate, the conveying belt can drive the pressing clamping piece to move downwards, the pressing straight strip presses downwards along the pressing limiting groove to clamp and press the materials in the clamping enclosure frame, meanwhile, the outer support rod and the inner support rod separate the materials from the inner wall of the clamping enclosure frame, so that a worker can conveniently find a stress position for clamping and blanking when unloading the goods, the situation that the goods are tightly pressed with the inner wall of the clamping enclosure frame and are difficult to unload is avoided, the extrusion sheath is contacted with the inner bottom surface of the clamping enclosure frame along with the pressing of the pressing straight strip, and one end of the support rod piece moves along the limiting sliding groove by utilizing the connection of the adjusting block and the limiting sliding groove, the comprehensive height of the outer support rod and the inner support rod is reduced, after the straight bar is pressed to move upwards, the elasticity of the connecting spring is utilized, the outer support rod and the inner support rod are quickly restored to the original positions, the edge separation clamping piece can automatically adjust along with the moving height of the pressed straight bar, the stability of taking materials is improved, the falling is prevented, the safety is enhanced, the transverse moving distance of the material conveying mechanism is adjusted through the first conveying lead screw, the longitudinal moving distance of the enclosing frame is adjusted through the second conveying lead screw, the limiting spacer ring limits the lifting adjusting plate, the inner size of the adjusting through hole is larger than the outer size of the limiting spacer ring, the pressing clamping piece can smoothly lift along the lifting column, the pressing clamping piece is not in contact with the second conveying lead screw, materials can be taken from a high place conveniently, the safety is high, and the pressing clamping piece is convenient.

Drawings

FIG. 1 is a flow chart of the construction intelligent monitoring device based on the terminal of the Internet of things;

FIG. 2 is a schematic diagram of the overall structure of the intelligent building monitoring device based on the terminal of the Internet of things;

FIG. 3 is a schematic structural diagram of a material conveying mechanism of the intelligent building monitoring device based on the terminal of the Internet of things;

FIG. 4 is a schematic structural diagram of a lifting column of the intelligent building monitoring device based on the terminal of the Internet of things;

FIG. 5 is a schematic structural diagram of a traction guide part of the intelligent building monitoring device based on the terminal of the Internet of things;

FIG. 6 is a schematic structural diagram of a pressing clamping piece of the intelligent building monitoring device based on the Internet of things terminal;

FIG. 7 is a schematic structural diagram of an ejection mechanism of the intelligent building monitoring device based on the terminal of the Internet of things;

FIG. 8 is a schematic structural diagram of a support side box of the intelligent monitoring device for a building based on an Internet of things terminal of the invention;

FIG. 9 is a schematic structural view of a reserved jacking member of the intelligent building monitoring device based on the Internet of things terminal;

FIG. 10 is a schematic diagram of a movable connection end block of the intelligent building monitoring device based on the terminal of the Internet of things;

FIG. 11 is a schematic structural view of a turnover plate of the intelligent building monitoring device based on the Internet of things terminal;

FIG. 12 is a schematic structural view of a shrinkage state of a side box and a reserved jacking member of the intelligent monitoring device for the terminal building based on the Internet of things;

fig. 13 is a schematic structural view of an edge separation clamping member of the intelligent monitoring device for a building based on a terminal of the internet of things;

fig. 14 is a schematic structural view of a stay bar in the intelligent monitoring device for the building based on the terminal of the internet of things.

In the figure: 1. a material storage rack; 11. separating the base plate; 12. separating the vertical strips; 2. an inventory management monitoring system; 21. an identity login unit; 22. a warehouse entry module; 221. a warehouse entry form filling unit; 23. a gravity sensing module; 24. a warehouse-out module; 241. a delivery order filling unit; 25. an inventory display module; 251. a material classification query unit; 252. a stock quantity inquiry unit; 253. a report printing unit; 26. an alarm module; 261. a trigger unit; 262. a buzzer; 3. a control panel; 4. a material conveying mechanism; 41. clamping the enclosure frame; 411. a connector tile; 412. a lifting adjusting plate; 413. a connecting slide hole; 414. a first bidirectional slide hole; 42. pressing the limiting groove; 43. pressing the clamping member; 431. adjusting a batten; 432. pressing the straight strip; 433. adjusting the through hole; 434. a one-way slide hole; 435. an edge separation clamp; 4351. u-shaped splicing battens; 4352. an outer stay bar; 4353. an inner brace rod; 43521. extruding the sheath; 43522. a first transfer bar; 43523. adjusting the reserved groove; 43524. a limiting chute; 43531. fixing the small column; 43532. adjusting the rotating sleeve; 43533. a strut member; 43534. adjusting a block; 43535. a connecting spring; 44. a lifting column; 441. a straight sliding rod; 442. a second transfer screw; 443. a spacing ring; 444. translating the bottom block; 445. a first connecting sleeve groove; 45. a traction guide; 451. positioning and fixing the ring; 452. an extension bar; 453. the clamping rod strips are aligned; 454. a second bidirectional slide hole; 455. a guide wheel; 456. a guide concave tooth groove; 46. a conveyor belt; 5. a sorting accommodation chamber; 6. an ejection mechanism; 61. supporting the side box; 611. a side-opening box body; 612. a limiting long groove; 613. accommodating the camera obscura; 614. a fourth transfer screw; 615. splicing the column rods; 6151. a receiving deep groove; 616. a telescopic rod; 617. translating the splicing block; 618. a second connecting sleeve groove; 62. reserving a jacking part; 621. pressing the long plate; 622. a central splice plate; 623. a turnover plate; 6231. a plate body; 6232. butting the extension rods; 6233. rotating the small shaft; 6234. limiting the moving small block; 6235. opening the groove; 6236. sleeving a small rod; 624. a movably connected end block; 6241. sleeving and connecting blocks; 6242. extending the sleeve column; 6243. a third connecting sleeve groove; 6244. sleeving and rotating the groove; 63. a long body transfer frame; 64. a third transfer screw; 7. a gravity sensing mechanism; 8. a transfer rail; 81. a first transfer translation slot; 82. a first transfer screw.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In order to solve the technical problems that the sealing effect is poor, foreign people can enter a construction site by climbing an enclosing wall, materials are accumulated in a large amount and are not easy to find due to a small amount of stealing, and the anti-theft performance of the materials on the construction site is poor, as shown in fig. 1 and 2, the following preferred technical scheme is provided:

based on the intelligent monitoring device of the terminal building of the Internet of things, comprising a material storage rack 1 and an inventory management monitoring system 2 in signal connection with the material storage rack 1, wherein a control panel 3 is arranged on the side vertical surface of the material storage rack 1, a material conveying mechanism 4 is arranged on one side of the material storage rack 1, a separating cushion plate 11 is arranged in the material storage rack 1, two groups of separating cushion plates 11 are arranged, a separating vertical bar 12 is arranged at the opening in the material storage rack 1, three groups of separating vertical bars 12 are arranged, a classified accommodating chamber 5 is arranged between the separating cushion plate 11 and the separating vertical bar 12, an ejection mechanism 6 is arranged on the upper top surface of the classified accommodating chamber 5, a gravity sensing mechanism 7 is arranged on the lower bottom surface of the classified accommodating chamber 5, a conveying rail 8 is arranged at the lower end of the material conveying mechanism 4, a first conveying translation groove 81 is arranged on the surface of the conveying rail 8, a first conveying translation groove 82 is arranged in the first conveying translation groove 81, the material conveying mechanism 4 comprises a clamping enclosure frame 41 and pressing limiting grooves 42 arranged on vertical surfaces of two sides of the clamping enclosure frame 41, lifting columns 44 are arranged on one side of the clamping enclosure frame 41, two groups of lifting columns 44 are arranged, the bottom ends of the lifting columns 44 are connected with the conveying track 8, pressing clamping pieces 43 are sleeved on the surfaces of the lifting columns 44, traction guide pieces 45 are arranged at the top ends of the lifting columns 44, and conveying belts 46 are arranged on the surfaces of the pressing clamping pieces 43.

The inventory management monitoring system 2 comprises an identity login unit 21 for registering identity information of an operator, an inventory entering module 22 for registering inventory entering information, a gravity sensing module 23 for calculating total inventory weight, an inventory leaving module 24 for registering inventory leaving information, an inventory display module 25 for displaying inventory of various materials, and an alarm module 26 for alarming reduction of inventory under the condition of no operator, wherein the inventory entering module 22 is in signal connection with an inventory entering filling unit 221, the inventory leaving module 24 is in signal connection with an inventory leaving filling unit 241, the alarm module 26 is in signal connection with a trigger unit 261, the trigger unit 261 is in signal connection with a buzzer 262, the inventory display module 25 comprises a material classification query unit 251 for querying information of various materials and an inventory querying unit 252 for querying inventory of various materials, and a report printing unit 253 for printing an in-out library sheet.

Specifically, when the materials are required to be supplemented, an operator firstly logs in identity information on the control panel 3 through the identity login unit 21, then the warehousing information of the materials is filled in through the warehousing entry filling-in unit 221, the materials are placed in the classified accommodating chambers 5 according to the type items, the weight of the materials is sensed by the gravity sensing mechanism 7, the total weight of the materials in each classified accommodating chamber 5 is calculated through the stock quantity and the monomer weight, when the materials are required to be taken, the warehousing exit information of the materials is filled in through the warehousing exit filling-in unit 241, the gravity sensing module 23 receives the weight reduced by the gravity sensing mechanism 7 in real time to sense, the operator can query the information and the stock quantity of various materials through the stock display module 25 in daily life, and can print the warehousing entry and exit list through the report printing unit 253, when the external personnel are in the state without identity login, when the warehouse-out information is not filled in, the total weight of the materials sensed by the gravity sensing module 23 is reduced, the switch of the alarm module 26 is triggered immediately, and the alarm module 26 gives out an alarm sound through the buzzer 262 to warn the staff to check the materials, so that the management of the material inventory is enhanced.

In order to solve the technical problem that the material consumption is not easy to control, as shown in fig. 7-12, the following preferred technical solutions are provided:

the ejection mechanism 6 comprises a supporting side box 61 arranged inside the classification accommodating chamber 5 and a reserved jacking member 62 arranged on one side of the supporting side box 61, the upper ends of the supporting side box 61 and the reserved jacking member 62 are provided with a long body conveying frame 63, the long body conveying frame 63 is arranged on the upper top surface of the classification accommodating chamber 5, a third conveying screw 64 is arranged inside the long body conveying frame 63, the supporting side box 61 comprises a side opening box body 611 and a limiting long groove 612 arranged on the upper and lower surfaces inside the side opening box body 611, the side bottom surface inside the side opening box body 611 is provided with an accommodating dark groove 613, the inside of the accommodating dark groove 613 is provided with a fourth conveying screw 614, the center of the outer surface of the side opening box body 611 is provided with a splicing column rod 615, the inside of the splicing column rod 615 is provided with an accommodating deep groove 6151, the inside of the accommodating deep groove 6151 is provided with a telescopic rod 616, the top end of the telescopic rod 616 is provided with a translation splicing block 617, the surface of the translation splicing block 617 is provided with a second connecting sleeve 618, the translational engagement block 617 matches the interior of the elongated body transfer frame 63, and the second engagement groove 618 is engaged with the third transfer screw 64.

The reserved jacking member 62 comprises a jacking long plate 621 and a central splicing plate 622 installed in the center of the side surface of the jacking long plate 621, both ends of the central splicing plate 622 are provided with turnover plates 623, one end of each turnover plate 623 is provided with a movable connecting end block 624, each movable connecting end block 624 comprises a sleeving block 6241 and an extension sleeve column 6242 arranged on one side of the sleeving block 6241, the side surface of the sleeving block 6241 is provided with a third connecting sleeve groove 6243, the sleeving block 6241 is matched with the accommodating dark groove 613, the third connecting sleeve groove 6243 is meshed with the fourth transmission screw rod 614, the upper surface of the extension sleeve column 6242 is provided with a sleeving groove 6244, each turnover plate 623 comprises a plate body 6231 and a butt joint extension rod 6232 installed on two sides of the plate body 6231, one end of the plate body 6231 is provided with an opening groove 6235, a small sleeving rod 6236 is installed inside the opening groove 6235, the extension sleeve column 6242 is connected with the small sleeving rod 6236 through the sleeving groove 6244, one end of the butt joint extension rod 6232 is provided with a small rotating shaft 6233, the butt joint extension rod 6232 is connected with the central splicing plate 622 through a rotating small shaft 6233, the other end of the butt joint extension rod 6232 is provided with a limit moving small block 6234, and the limit moving small block 6234 is connected with the limit long groove 612.

Specifically, when the materials are needed to be taken, the third conveying screw 64 is started to make the translational connecting block 617 translate outwards along the bottommost end of the third conveying screw 64, so that the bracket side box 61 and the reserved jacking member 62 in the contracted state push the materials on the upper layer towards one side, so that the materials are pushed into the clamping enclosure frame 41 from the classified accommodating chamber 5, then the two groups of fourth conveying screws 614 are started to make the two groups of movably connected end blocks 624 translate towards the middle and approach, the two groups of turning plates 623 are perpendicular to the central splicing plate 622, the distance between the side opening box body 611 and the jacking long plate 621 is pulled, so that the jacking long plate 621 pushes the materials for the second time, so that the materials are completely pushed out from the classified accommodating chamber 5, the smooth taking of the materials is facilitated, the materials are prevented from being scraped against the material storage rack 1, after the materials are pushed out, the third conveying screw 64 is rotated, so that the translational connecting block 617 is restored to the bottommost end of the third conveying screw 64, and then the telescopic rod 616 is extended, the support side box 61 and the reserved jacking part 62 integrally move downwards, and the pushing operation is repeated, so that the materials are conveniently pushed layer by adjusting the length of the telescopic rod 616, a small amount of materials are taken for multiple times, the material taking amount is favorably controlled, and the waste is avoided.

In order to better solve the technical problem that materials taken from high places are dangerous, as shown in figures 2-6 and figures 13-14, the following preferred technical solutions are provided:

the bottom end of the side surface of the clamping surrounding frame 41 is provided with a connecting plate 411, the side surface of the connecting plate 411 is provided with a lifting adjusting plate 412, the surface of the lifting adjusting plate 412 is provided with two groups of connecting sliding holes 413, two sides of each connecting sliding hole 413 are provided with a first bidirectional sliding hole 414, the lifting column 44 comprises a straight sliding rod 441 and a second conveying screw rod 442 arranged at the lower end of the straight sliding rod 441, the connecting sliding holes 413 are engaged with the second conveying screw rod 442, a limit spacing ring 443 is arranged between the straight sliding rod 441 and the second conveying screw rod 442, the bottom end of the second conveying screw rod 442 is provided with a translation bottom block 444, the surface of the translation bottom block 444 is provided with a first connecting sleeve groove 445, the translation bottom block 444 is matched with the first conveying translation groove 81, the first connecting sleeve groove 445 is engaged with the first conveying screw rod 82, the traction guide 45 comprises a positioning fixing ring 451 connected with the top end of the straight sliding rod 441 and an extending strip 452 arranged at one side of the positioning fixing ring 451, the upper surface of the extension bar 452 and the lower surface of the lifting adjusting plate 412 are provided with two opposite clamping bars 453, the inner sides of the two groups of opposite clamping bars 453 are provided with guide wheels 455, the surface of each guide wheel 455 is provided with a guide concave tooth groove 456, two sides of each opposite clamping bar 453 are provided with second bidirectional slide holes 454, the pressing and clamping member 43 comprises an adjusting bar 431 arranged at the upper end of the lifting adjusting plate 412 and a pressing straight bar 432 arranged on the side surface of the adjusting bar 431, the pressing straight bar 432 is provided with five groups, the pressing straight bar 432 is matched with the pressing limiting groove 42, the surface of the adjusting bar 431 is provided with an adjusting through hole 433, the inner size of the adjusting through hole 433 is larger than the outer size of the limiting spacer ring 443, one side of the adjusting through hole 433 is provided with a unidirectional slide hole 434, the conveying belt 46 is sleeved on the surfaces of the two groups of guide concave tooth grooves 456, and two ends of the conveying belt 46 pass through the second bidirectional slide holes 454, the unidirectional slide holes 434 and the first bidirectional slide holes 414 to be connected with the upper and lower surfaces of the adjusting bar 431, an edge separation clamping piece 435 is installed on the surface of the pressing straight bar 432, the edge separation clamping piece 435 comprises a U-shaped splicing strip plate 4351 connected with the surface of the pressing straight bar 432 and outer support rods 4352 arranged at two ends of the inner side of the U-shaped splicing strip plate 4351, an inner support rod 4353 is installed at one side of the outer support rod 4352, two groups of the outer support rods 4352 and the inner support rods 4353 are arranged, an extrusion wrapping sleeve 43521 is arranged at one end of the outer support rod 4352, a first switching small rod 43522 is arranged at the other end of the outer support rod 4352, an adjustment reserved groove 43523 is arranged on the surface of the outer support rod 4352, limit sliding grooves 43524 are arranged at two sides inside the adjustment reserved groove 43523, the inner support rod 4353 comprises a fixed small column 43531 arranged at the inner side of the U-shaped splicing strip plate 4351 and an adjustment rotating sleeve 43532 sleeved on the surface of the fixed small column 43531, a support rod 43533 is installed on the surface of the adjustment rotating sleeve 43532, adjustment blocks 43533 are arranged at two sides of one end of the support rod 43533, an adjustment block 43534 is connected with the limit sliding groove 43524, the surface of the adjusting block 43534 is provided with a connecting spring 43535, and one end of the connecting spring 43535 is connected with the inner bottom surface of the limiting sliding groove 43524.

Specifically, when the material is pushed into the clamping enclosure frame 41, the guide wheel 455 is started to pull the conveyor belt 46 to operate, the conveyor belt 46 moves through the second bidirectional slide hole 454, the unidirectional slide hole 434 and the first bidirectional slide hole 414, and both ends of the conveyor belt 46 are fixedly connected to the upper and lower surfaces of the adjusting strip 431, so that the conveyor belt 46 can drive the pressing and clamping member 43 to move downward, the pressing straight strip 432 presses down along the pressing and limiting groove 42 to clamp and press the material in the clamping enclosure frame 41, meanwhile, the outer brace 4352 and the inner brace 4353 separate the material from the inner wall of the clamping enclosure frame 41, so that when the worker unloads the material, the stressed position for clamping and blanking can be conveniently found, thereby preventing the material from being tightly pressed against the inner wall of the clamping enclosure frame 41 due to pressing, the material is difficult to unload the material, and the pressing sheath 43521 is in contact with the inner bottom surface of the clamping enclosure frame 41 along with the pressing down of the pressing straight strip 432, the adjusting block 43534 is connected with the limiting chute 43524 to move one end of the brace 43533 along the limiting chute 43524, so as to lower the combined height of the outer brace 4352 and the inner brace 4353, and after the pressing bar 432 moves upwards, the outer brace 4352 and the inner brace 4353 are quickly restored to the original position by the elasticity of the connecting spring 43535, so that the edge separation clamping member 435 can be automatically adjusted along with the moving height of the pressing bar 432, thereby improving the stability of material taking, preventing falling, enhancing the safety, adjusting the transverse moving distance of the material conveying mechanism 4 by the first conveying screw 82, adjusting the longitudinal moving distance of the clamping surrounding frame 41 by the second conveying screw 442, limiting the lifting adjusting plate 412 by the limiting spacer ring 443, and making the pressing member 43 smoothly move up and down along the lifting column 44 without contacting with the second conveying screw 442 by the inner dimension of the adjusting through hole 433 being greater than the outer dimension of the limiting spacer ring 443, and then do benefit to the eminence and take the material, the security is higher, and comparatively convenient.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical solutions and the inventive concepts of the present invention within the technical scope of the present invention.

Claims

1. Building intelligent monitoring device based on thing networking terminal, including material storehouse frame (1) and with material storehouse frame (1) signal connection's inventory management monitored control system (2), its characterized in that: a control panel (3) is arranged on a side vertical face of a material storage rack (1), a material conveying mechanism (4) is installed on one side of the material storage rack (1), a separation base plate (11) is arranged inside the material storage rack (1), two groups of separation base plates (11) are arranged, separation vertical strips (12) are arranged at an opening inside the material storage rack (1), three groups of separation vertical strips (12) are arranged, a classification containing chamber (5) is arranged between the separation base plate (11) and the separation vertical strips (12), an ejection mechanism (6) is arranged on the upper top face of the classification containing chamber (5), a gravity sensing mechanism (7) is installed on the lower bottom face of the classification containing chamber (5), a conveying rail (8) is installed at the lower end of the material conveying mechanism (4), a first conveying translation groove (81) is arranged on the surface of the conveying rail (8), and a first conveying screw rod (82) is installed inside the first conveying translation groove (81);

the material conveying mechanism (4) comprises a clamping enclosure frame (41) and pressing limiting grooves (42) arranged on vertical surfaces of two sides of the clamping enclosure frame (41), lifting columns (44) are arranged on one side of the clamping enclosure frame (41), two groups of lifting columns (44) are arranged, the bottom ends of the lifting columns (44) are connected with the conveying track (8), pressing clamping pieces (43) are sleeved on the surfaces of the lifting columns (44), traction guide pieces (45) are arranged at the top ends of the lifting columns (44), and conveying belts (46) are arranged on the surfaces of the pressing clamping pieces (43);

the bottom end of the side surface of the clamping enclosing frame (41) is provided with a connecting plate (411), the side surface of the connecting plate (411) is provided with a lifting adjusting plate (412), the surface of the lifting adjusting plate (412) is provided with two groups of connecting sliding holes (413), and two sides of each connecting sliding hole (413) are provided with first bidirectional sliding holes (414);

the pressing and clamping part (43) comprises an adjusting strip (431) arranged at the upper end of the lifting adjusting plate (412) and pressing straight strips (432) arranged on the side surfaces of the adjusting strip (431), five groups of the pressing straight strips (432) are arranged, the pressing straight strips (432) are matched with the pressing limiting grooves (42), an adjusting through hole (433) is formed in the surface of the adjusting strip (431), a one-way sliding hole (434) is formed in one side of the adjusting through hole (433),

the surface of the pressing straight bar (432) is provided with an edge separation clamping piece (435), the edge separation clamping piece (435) comprises a U-shaped splicing batten (4351) connected with the surface of the pressing straight bar (432) and outer support rods (4352) arranged at two ends of the inner side of the U-shaped splicing batten (4351), one side of each outer support rod (4352) is provided with an inner support rod (4353), the outer support rods (4352) and the inner support rods (4353) are respectively provided with two groups, one end of each outer support rod (4352) is provided with an extrusion sheath (43521), the other end of each outer support rod (4352) is provided with a first switching small rod (43522), the surface of each outer support rod (4352) is provided with an adjustment reserved groove (43523), two sides of the inner part of each adjustment reserved groove (43523) are respectively provided with a limiting chute (43524), each inner support rod (4353) comprises a fixed small column (43531) arranged at the inner side of the U-shaped splicing batten (4351) and an adjustment rotary sleeve (43532) sleeved on the surface of the fixed small column (43531), the surface of the adjusting rotary sleeve (43532) is provided with a stay bar piece (43533), two sides of one end of the stay bar piece (43533) are respectively provided with an adjusting block (43534), the adjusting blocks (43534) are connected with the limiting sliding groove (43524), the surface of the adjusting blocks (43534) is provided with a connecting spring (43535), and one end of the connecting spring (43535) is connected with the inner bottom surface of the limiting sliding groove (43524).

2. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 1, wherein: the inventory management monitoring system (2) comprises an identity login unit (21) for registering identity information of an operator, an inventory entering module (22) for registering inventory entering information, and a gravity sensing module (23) for calculating the total inventory weight, the inventory management monitoring system (2) further comprises an inventory exiting module (24) for registering inventory exiting information, an inventory display module (25) for displaying the inventory of various existing materials, and an alarm module (26) for alarming reduction of the inventory under the condition of no operator, the inventory entering module (22) is in signal connection with an inventory entering filling unit (221), the inventory exiting module (24) is in signal connection with an inventory exiting filling unit (241), the alarm module (26) is in signal connection with a trigger unit (261), the trigger unit (261) is in signal connection with a buzzer (262), the inventory display module (25) comprises a material classification query unit (251) for querying the information of various materials and an inventory classification query unit (251) for querying the inventory of various stocks A quantity inquiry unit (252), and a report printing unit (253) for printing in and out library lists.

3. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 1, wherein: the lifting column (44) comprises a straight sliding rod (441) and a second conveying screw rod (442) arranged at the lower end of the straight sliding rod (441), a connecting sliding hole (413) is connected with the second conveying screw rod (442) in a meshed mode, a limiting spacing ring (443) is arranged between the straight sliding rod (441) and the second conveying screw rod (442), the inner size of an adjusting through hole (433) is larger than the outer size of the limiting spacing ring (443), a translation bottom block (444) is installed at the bottom end of the second conveying screw rod (442), a first connecting sleeve groove (445) is formed in the surface of the translation bottom block (444), the translation bottom block (444) is matched with the first conveying translation groove (81), and the first connecting sleeve groove (445) is connected with the first conveying screw rod (82) in a meshed mode.

4. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 3, wherein: the traction guide piece (45) comprises a positioning fixing ring (451) connected with the top end of the straight sliding rod (441) and an extension strip (452) arranged on one side of the positioning fixing ring (451), the upper surface of the extension strip (452) and the lower surface of the lifting adjusting plate (412) are respectively provided with a pair of clamping rod strips (453), guide wheels (455) are respectively arranged on the inner sides of the two pairs of clamping rod strips (453), the surface of each guide wheel (455) is provided with a guide concave groove (456), and two sides of each clamping rod strip (453) are provided with second bidirectional sliding holes (454);

the conveying belt (46) is sleeved on the surfaces of the two groups of guide concave tooth grooves (456), and two ends of the conveying belt (46) penetrate through the second bidirectional slide hole (454), the one-way slide hole (434) and the first bidirectional slide hole (414) to be connected with the upper surface and the lower surface of the adjusting strip plate (431).

5. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 1, wherein: the ejection mechanism (6) comprises a support side box (61) arranged inside the classified accommodating cavity (5) and a reserved ejection part (62) arranged on one side of the support side box (61), a long body conveying frame (63) is arranged at the upper ends of the support side box (61) and the reserved ejection part (62), the long body conveying frame (63) is arranged on the upper top surface of the classified accommodating cavity (5), and a third conveying screw rod (64) is arranged inside the long body conveying frame (63).

6. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 5, wherein: the support bracket side box (61) comprises a side opening box body (611) and a limiting long groove (612) formed in the upper surface and the lower surface of the inside of the side opening box body (611), a containing dark groove (613) is formed in the side bottom surface of the inside of the side opening box body (611), a fourth conveying screw rod (614) is arranged inside the containing dark groove (613), a splicing column rod (615) is installed in the center of the outer surface of the side opening box body (611), a containing deep groove (6151) is formed in the splicing column rod (615), an expansion link (616) is installed inside the containing deep groove (6151), a translation connecting block (617) is installed at the top end of the expansion link (616), a second connecting sleeve groove (618) is formed in the surface of the translation connecting block (617), the translation connecting block (617) is matched with the inside of the long body conveying frame (63), and the second connecting sleeve groove (618) is connected with a third conveying screw rod (64) in a meshing mode.

7. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 6, wherein: the reserved jacking part (62) comprises a jacking long plate (621) and a central splicing plate (622) arranged in the center of the side surface of the jacking long plate (621), turnover plates (623) are arranged at two ends of the central splicing plate (622), and a movably connected end block (624) is arranged at one end of each turnover plate (623).

8. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 7, wherein: the movable connecting end block (624) comprises a sleeving connecting block (6241) and an extending sleeve column (6242) arranged on one side of the sleeving connecting block (6241), a third connecting sleeve groove (6243) is formed in the side surface of the sleeving connecting block (6241), the sleeving connecting block (6241) is matched with the accommodating hidden groove (613), the third connecting sleeve groove (6243) is meshed and connected with the fourth transmission screw rod (614), and a sleeving rotating groove (6244) is formed in the upper surface of the extending sleeve column (6242).

9. The intelligent building monitoring device based on the internet of things terminal as claimed in claim 8, wherein: the turnover plate (623) comprises a plate body (6231) and butt joint extension rods (6232) installed on two sides of the plate body (6231), an opening groove (6235) is formed in one end of the plate body (6231), a small sleeve joint rod (6236) is installed inside the opening groove (6235), an extension sleeve column (6242) is connected with the small sleeve joint rod (6236) through a sleeve rotation groove (6244), a small rotation shaft (6233) is arranged at one end of the butt joint extension rod (6232), the butt joint extension rod (6232) is connected with a central splicing plate (622) through the small rotation shaft (6233), a small limit moving block (6234) is installed at the other end of the butt joint extension rod (6232), and the small limit moving block (6234) is connected with a long limit groove (612).