158 results about "Shuttle bus" patented technology

The invention relates to an intelligent logistics transmission system which comprises a cargo transmission carrier, N transfer stations, a jacking transplanter, a vertical transmission system, a floor transmission system, a shuttle bus rail and a horizontal transmission system. The problems that hospital logistics transmission goods and materials are multiple in kinds and large in amount, and the distribution timeliness of medicines, intravenous injection fluid preparations and the like is high are solved to a large extent. By means of the system, all goods and materials in hospitals can be safely and efficiently sent to specified administrative offices or logistics stations in real time according to needs. The horizontal transmission system, the vertical transmission system and the cargo transmission carrier in the intelligent logistics transmission system are not limited to certain single logistics equipment any more, and appropriate local transmission subsystems can be systematically and flexibly customized according to the diversity of the hospital building layout and different transmission paths, transmission content and needs of different administrative offices or logistics stations. The category scope of the hospital transmission goods and materials is covered to a large extent, and the need of the hospital logistics transmission diversification is met.

The invention discloses a smart park card system comprising a card management platform, a card management center, a card settlement center, a card service center, a card monitoring center and a card application system. The card application system includes a business charging system, a shuttle bus management system, an attendance management system, an access control system, an intelligent water control system, a meeting attendance system, a channel control system, a patrol management system, a visitor management system and a parking management system. The card management platform is the core ofthe card system, is basic configuration for guaranteeing the system operation and use of the card system, and is an integration of management, operation and maintenance, and settlement. The smart park card system integrates the card management platform, the card management center, the card settlement center, the card service center, and the card monitoring center, is intelligent to use and convenient to operate, and meets the needs of a smart park.

The invention discloses a prefabricated part comprehensive production line which comprises at least one work line controlled by a production line control system, at least one maintenance line and at least one model trolley moves on the maintenance line; the work line comprises a plurality of working stations; the maintenance line comprises a plurality of maintenance stations; the model trolley performs transportation and moving between a plurality of working stations and a plurality of maintenance stations through a conveying mechanism; and the two ends of the work line and the two ends of themaintenance line are connected through shuttle buses respectively. The prefabricated part comprehensive production line provided by the invention is reasonable and compact in layout, can effectivelyimprove the production efficiency, can effectively increase the productivity and is less in investment.

The invention belongs to the technical field of shopping trolley lock equipment, and particularly provides an intelligent supermarket shopping trolley lock and a control system thereof. The lock mainly comprises an electronic lock shell, a shopping trolley lock two-dimensional code, a display screen, a chain lock insertion hole, a control chip, an insertion head, a chain, a mobile phone supermarket shopping APP and the like; information transmission between the mobile phone supermarket shopping APP and the control chip are achieved through wireless connection, so that the opening and closing of the shopping trolley lock can be controlled; and the intelligent supermarket shopping trolley lock controlled by using the mobile phone supermarket shopping APP comprises a code scanning verification module, a verification success unlocking shopping trolley module, a shopping completed locking shopping trolley module and a supermarket shopping credit record and a value-added service module. Theintelligent supermarket shopping trolley lock and the control system thereof have the advantages that the lock body is reasonable in structure, the principle is reliable, it is convenient and fast that the shopping trolley can be unlocked through the mobile phone APP, and the mobile phone supermarket shopping APP is provided with the functions of providing a series of services such as a supermarket map, goods positions, supermarket discounted goods, supermarket free shuttle bus situations and the like, thereby greatly satisfying the shopping needs of customers.

The invention discloses a four-way walking trolley comprising a supporting framework, a walking driving module and a reversing and jacking module, wherein the walking driving module and the reversingand jacking module are arranged on the supporting framework, and the walking driving module comprises a transverse walking wheel assembly, a longitudinal walking wheel assembly, a driving motor and across speed reducer connected with the driving motor; the reversing and jacking module comprises a reversing motor, a reversing speed reducer, a reversing shaft, a double-connecting-rod linkage mechanism, a jacking mechanism and a jacking framework; and a second synchronous belt is always in a tensioning state under the action of a first tensioning wheel, a second tensioning wheel or a third tensioning wheel in the process of reciprocating up and down along with a second synchronous driven wheel. According to the four-way walking trolley, the weight and the size of a robot are reduced, and therunning capacity and the object access efficiency are improved; and the four-way running function is achieved, cost is reduced, space is saved, meanwhile, the problem of leakage of a hydraulic deviceis solved, and the flexibility of a shuttle bus is improved.

The invention discloses a command system of intelligently dispatching buses. The command system includes a bus master station, electronic station boards installed at both sides of a road and shuttle buses running the road; an intelligent command station and dispatching buses are arranged in the bus master station; the intelligent command station includes a command control device, a command wireless transmitting apparatus, a command wireless receiving apparatus, a command monitoring display screen and a voice call device; a station site control device, a station site wireless receiving device and a station site wireless transmitting device are arranged in each electronic station board; the upper part of the front surface of each electronic station board is provided with a voice response device, a camera, a display and route indicating boards located below the display; and a fingerprint identification device is correspondingly arranged at one side of each route indicating board respectively. With the command system of the invention adopted, the intelligent dispatching of the buses can be realized, the problem of passenger crowding can be effectively avoided, and the waste of public transportation resources can be decreased. The command system has the advantages of reasonable design and high practicability.

The invention provides an unmanned shuttle bus hailing system and method. The system comprises an intelligent vehicle hailing module and further comprises a vehicle control module used for controllingunmanned shuttle buses, an unmanned shuttle bus module used for fulfilling an unmanned function, a network vehicle hailing module used for processing vehicle hailing orders, and a network communication module comprising a server and/or network communication module. On the basis of the functions of automatic driving, obstacle stop and obstacle avoidance of unmanned shuttle buses, the unmanned shuttle bus hailing system based on cloud service can realize mobile phone vehicle-hailing service.

The invention relates to a stone slab truss type automatic discharging device and method. The device comprises a rack, a transverse motion mechanism, a vertical motion mechanism, a suction disc assembly and a control system. The rack comprises a plurality of stand columns and a transverse beam arranged on the stand columns, the transverse beam comprises a plurality of sections of sub transverse beams arranged linearly, and the head end and the tail end of each sub transverse beam each correspond to one stand column; and two longitudinal beams are parallel and are connected to the transverse motion mechanism, and the overall rack is in a truss type. The control system can control transverse reciprocating motion, vertical reciprocating motion, suction disc turnover motion, suction disc element suction and release motion, and can do composited motion through reasonable optimizing. The suction disc assembly can be turned over by 180 degrees, the stroke of vertical motion and transverse motion can be adjusted according to specific working conditions. The device works in cooperation with a corresponding shuttle bus and a corresponding stacking table, after a stone slab is sucked, a serial of composite motion is done, and the stone slab is conveyed to the stacking table through the shuttle bus.

The invention discloses an automatic production line of a light partition board, which comprises a burdening device, a grouting device, a wallboard forming machine, a tube filling machine, a tube drawing bench, a still kettle, a lifting machine, a travelling rail and a shuttle bus, wherein the travelling rail reaches an area where the burdening device, the grouting device, the wallboard forming machine, the tube filling machine, the tube drawing bench, the still kettle and the lifting machine are installed and is connected with the burdening device, the grouting device, the wallboard forming machine, the tube filling machine, the tube drawing bench, the still kettle and the lifting machine, and the shuttle bus walks on the travelling rail. According to the invention, the apparatuses in the procedures are connected by the travelling rail to form a wallboard production stream line for realizing mass production through a plurality of wallboard machines, so that the production line has low labor intensity, stable product stability, high production efficiency and low equipment investment, and the production line is suitable for use of enterprises with large production capacity.

The invention discloses an unmanned shuttle bus and an intelligent networking service system of the unmanned shuttle bus, and the unmanned shuttle bus comprises a bus body, an automatic pilot system,a new energy power supply system, an intelligent vehicle terminal and a wireless communication end, wherein the unmanned shuttle bus further comprises a video call system and a passenger identity identification module; the intelligent networking service system of the unmanned shuttle bus comprises a client mobile terminal application APP, an intelligent vehicle terminal of the unmanned shuttle bus, fixed shuttle station and terminal of the unmanned shuttle bus, a could server and an attendant center, wherein the intelligent networking service system further comprises a wireless communication network of the service system. The implementation of the technical solution can give play to the capacity of urban road space to the utmost extent, significantly improve traffic congestion in cities, create richer passenger travel service scenes, and provide various efficient, convenient, personalized and scenarized brand new riding experience for the passengers.

The invention discloses a shuttle bus for pedestrians to cross a road, belonging to the technical field of road safety devices. The invention particularly relates to a shuttle bus for pedestrians to safely cross the road. The technical problem to be solved is to provide the shuttle bus for pedestrians to cross the road so that pedestrians can safely and rapidly cross the road where traffic is heavy. Four wheels are installed at the bottom of a bus chassis of the shuttle bus for pedestrians to cross the road; a plurality of rows of seats are fixed on the bus chassis; an automatic door is respectively arranged above the bus chassis in each of four directions; a motor, a storage battery, a charger and a signal contact are arranged under the bus chassis; and a manual operation system and an automatic operation system are arranged on the bus. Through the shuttle bus, pedestrians can be safely and rapidly sent to the opposite side of the road according to the control of traffic lights. The shuttle bus can be controlled automatically or manually and driven electrically and is energy-saving and environment friendly.

The invention provides a blind guiding method and a system for a public transport means. The system comprises a passenger side App, a vehicle-mounted intelligent terminal, a vehicle-mounted intelligent scheduling system and a cloud service platform, wherein the passenger side App is used for receiving an instruction inputted by the passenger to reserve a shuttle bus, automatically retrieving and recognizing information of a stop and a vehicle through Bluetooth beacon, communicating with the vehicle-mounted intelligent terminal and the vehicle-mounted intelligent scheduling system and giving a prompt through a voice device. through adopting GPRS positioning and Bluetooth technologies, functions of passenger traveling destination navigation, vehicle reservation and vehicle arrival prompting are integrated in a targeted mode, extra setting of a large amount of blind guiding devices is not needed, noise pollution caused by untargeted arrival voice broadcasting by the vehicle is also avoided, humanized blind guiding prompting is carried out completely according to requirements of special passengers, the accuracy is high, the passenger experience is good, and the method and the system of the invention are suitable for being used in the field of modern urban traffic.

The invention provides a safety system of an airport shuttle bus. The safety system comprises an inflating and deflating mechanism and a control mechanism. The inflating and deflating mechanism comprises a first air storage barrel, a hand brake valve, a first electromagnetic valve, a quick release valve, a brake air chamber and a deflation valve. The control mechanism comprises a signal sensor and a controller. When the airport shuttle bus is in a running state and a bus door is in a closed state, the hand brake valve, the first electromagnetic valve and the quick release valve are all in a normally-open state, the deflation valve is in a normally-closed state, and air in the first air storage barrel enters the brake air chamber through the hand brake valve, the first electromagnetic valve and the quick release valve. When the sensor senses the fact that the airport shuttle bus is in the running state and the bus door is in an open state, the controller sends out a first control signal to enable the first electromagnetic valve to be switched into a normally-closed state and the deflation valve to be switched into a normally-open state, air in the brake air chamber is discharged through the deflation valve, and the airport shuttle bus is braked.

The invention provides a method and a system for allocating shuttle bus parking spaces in intelligent transportation. The method comprises the following steps: acquiring the number of people waiting for current shuttle bus; if the number of the people waiting for the current shuttle bus is greater than a set number of people, sending a command of driving from a first parking position to a second parking position to the shuttle bus; after delaying for a set time, sending a command of emptying the second parking position to traffic police. The technical scheme provided by the invention has the advantage of great user experience.

The invention discloses a double-layer machining line of concrete components and a machining method of the double-layer machining line in the technical field of concrete prefabricated component preparation. The double-layer machining line comprises a first workshop and a second workshop. The second workshop is located over the first workshop. Two rows of forming lines arranged in the front-and-back direction in a spaced manner are arranged in the first workshop. Each forming line comprises a first material distribution machine and a second material distribution machine. First shuttle buses capable of moving up and down and jacking up mold tables are arranged between the first distribution machines and the second distribution machines. The poured mold tables are transferred to first transition stations. A first pre-curing kiln and a second pre-curing kiln are arranged on the left side and the right of each second transition station correspondingly. A first napping machine, a first static maintenance station and a first curing kiln are sequentially arranged in the outward direction of the left side of each first pre-curing kiln. A second napping machine, a second static maintenance station and a second curing kiln are sequentially arranged in the outward direction of the right side of each second pre-curing kiln. Two rows of side mold pre-buried part placement production liens arranged in the front-and-back direction in a spaced manner are arranged in the second workshop. According to the double-layer machining line, the efficiency is high, and labor intensity is low.

The invention provides a full-automatic cleaning system and a cleaning method of a photovoltaic module. The full-automatic cleaning system comprises a shuttle bus, a robot, a self-adaptive module, anelectronic label module, a cleaning control module and an automatic grabbing module; the electronic label module is used for collecting position coordinate of every line and every row of photovoltaicstring of a photovoltaic power station, and uploading to the cleaning control module; the cleaning control module judges if the photovoltaic string is required to clean through every branch current inevery junction box in the photovoltaic array and comparing with the reference current; if it requires, sending the position information of the photovoltaic string to the shuttle bus through the cleaning control module; grabbing the cleaning robot through the automatic grabbing module after the shuttle bus confirms the robot location through the self-adaptive module, and sending the robot to the photovoltaic string position required to clean according to the position information sent by the cleaning control module.

The invention provides an insulating fire brick automatic casting blank forming system and a method thereof. The insulating fire brick automatic casting blank forming system comprises longitudinal conveying lines and transverse conveying lines in a vertical distribution, a pallet finishing machine is arranged at one end of a first longitudinal conveying line, a pallet finishing conveyor is arranged at a discharge port of the pallet finishing machine, an automatic casting machine is arranged on a discharge port end of the pallet finishing conveyor, a self-mixer is arranged on the outer side ofthe automatic casting machine, a wet green grouping machine is arranged at a discharge port end of the automatic casting machine, a discharge port end of the wet green grouping machine is linked to afirst transverse conveying line, the other end of the first transverse conveying line is linked to a second longitudinal conveying line by means of an online loader, the other end of the first longitudinal conveying line is linked to a second transverse conveying line by means of a steering mechanism, a dried green finishing conveyor is arranged on the first longitudinal conveying line, the otherend of the second transverse conveying line is linked to the second longitudinal conveying line by means of the online loader, and a bidirectional shuttle bus is arranged between the low and high temperature drying chambers. The system realizes the automated continuous production of blanks so as to save a lot of manpower.

The invention discloses a track traffic line. The track traffic line comprises at least two tracks. Each track comprises two parallel rail ways which are formed in the manner that one rail way is sequentially arranged adjacent to the other rail way on the same roadbed, track spacer iron is arranged between two adjacent tracks, the tracks are crossed, and track shunts are arranged at the intersections. In the running process of the track traffic line, trains can run and draw up at a station without effects, the function that a shuttle bus arrives, stops and leaves at the site can be achieved without pulling the turnouts in a reciprocating mode, the running efficiency is high, the track traffic line is suitable for a rail train, and the function the same as the function of a current urban bus can be achieved. Meanwhile, due to the fact that multiple tracks are laid on the same roadbed line at the same time, the spacer iron is arranged between the tracks, an integrity is formed between the tracks, the stability of the roadbed lines is enhanced, and therefore the stability of the tracks laid on the roadbed line is improved, and accordingly safe, rapid and stable running of the rail train is ensured.

The invention relates to a GFRC nonmetal sound barrier production line. The production line comprises a control system, a platform automatic conveying system, a material automatic distribution system,a distribution molding system, an automatic stacking conveying system, a maintaining system, an automatic demolding system and a platform shuttle bus automatic return system; and the production linecomprises the following steps of material distribution, release agent spraying, platform conveying, material distribution molding, neatening stacking, sound barrier maintaining, sucking disc demoldingand sound barrier finished product delivering. The GFRC nonmetal sound barrier production line is reasonable in structure design, assembly line operation is adopted for replacing the past manner thatmanual operation by a worker is completely adopted, the working environment of the worker is improved, the labor intensity of the worker is greatly reduced, the production cost is reduced, conversionof production from the manual manner to mechanization and intelligence is achieved; and the production efficiency is improved, the product quality is guaranteed, and the need of large-batch production of GFRC nonmetal sound barriers for high-speed trains is met.

The invention discloses a shuttle bus type warehousing system. The system comprises a shuttle bus, a docking robot and a controller, wherein the shuttle bus is used for cargo transferring between a docking station and a warehousing area; the docking robot is used for cargo transferring between a production area and the docking station; and the controller is used for performing position error adjusting on the docking robot and performing posture error adjusting on the shuttle bus during cargo transfer operation. According to the shuttle bus type warehousing system, the scheme that the precisionof a piler is improved is replaced by adjusting the position of the docking robot and the posture of the shuttle bus, docking between warehousing and a production line is achieved, and equipment costis controlled.

The invention discloses a prefabricated reinforced concrete energy-saving outer-wall hanging plate as well as production technique and equipment thereof. The prefabricated reinforced concrete energy-saving outer-wall hanging plate of the invention consists of an insulation interlayer clamped between a left reinforced concrete plate and a right reinforced concrete plate; the material of the insulation interlayer is a benzene or rock wool used for insulation; reinforcing mattresses are arranged in the left reinforced concrete plate and the right reinforced concrete plate; a connecting piece is arranged between the reinforcing mattress in the left reinforced concrete plate and the reinforcing mattress in the right reinforced concrete plate through puling; the prefabricated reinforced concrete energy-saving outer-wall hanging plate is manufactured through the technical steps of mixing and conveying concrete, installing the component template of the reinforced concrete plate, casting concrete, nourishing the prefabricated reinforced concrete energy-saving outer-wall hanging plate, stripping form, and additionally arranging a decorative sheet or polishing; the equipment used in the technical step consists of a concrete mixer, a plurality of die platforms, a lifting shaking platform, a magnetic permanent seat, a moving car, a lifter, a curing kiln, a casting machine, an overhead shuttle bus and a polishing machine.