63results about How to "Realize continuous transmission" patented technology

The invention provides an angular bevel gear mechanism. In the angular bevel gear mechanism, a driving wheel and a driven wheel form a driving pair; axial lines of the driving wheel and the driven wheel are crossed at any angle; the driving wheel is connected with an input shaft; the driven wheel is connected with a rotating shaft of a driven device; the driving is realized under the action of continuous mesh between driving hook levers and driven hook levers; any angle is not equal to 90 degrees; the driving wheel is provided with a plurality of driving hook levers; the driven wheel is provided with a plurality of driven hook levers; the driving hook levers are uniformly distributed on the end surface of a cylinder of the driving wheel; the driven hook levers are uniformly distributed on the circumference of a cylindrical surface of the driven wheel; the driving wheel and the driven wheel form a pair of driving pair; and the driving wheel is driven by a motor to cause the driving hook lever to be meshed with the driven hook levers, so that the driving among any crossed shafts in space can be realized. The invention can greatly simplify the structure of a micro mechanical driving device, reduce the geometric dimensioning and the quality, improve the flexibility for operation, has low construction cost, and is convenient to be applied to the filed of micro electromechanical systems.

The invention discloses a space curve engagement and transmission mechanism, which is a novel transmission mechanism on the bases of the engagement principle of space curves. The transmission mechanism comprises a driving wheel, a driven wheel, a plurality of driving wheel hook levers and a plurality of driven wheel hook levers, wherein, the driving wheel hook levers are uniformly arranged on the end surface of the driving wheel; the driven wheel hook levers are uniformly arranged on the circumference of the driven wheel in a single row; the driving wheel hook levers and the driven wheel hook levers are in a conjugated spatial engaging curved shape; the driving wheel and the driven wheel which have mutually vertical axes form a transmission pair; and when the driving wheel is rotated, continuous stable engagement transmission is generated between the driving wheel hook levers and the driven wheel hook levers. The transmission mechanism has the advantages as follows: the mechanism is provided with only one transmission pair so that the number of transmission unit parts is minimized and the structure of the transmission unit is quite simple; transmission with high transmission ratio, such as the transmission of worm and gear, is achieved; and since two wheel axles are positioned on the same plane, the space dimension is smaller and the process is easy.

The invention relates to a hook rod gear mechanism for parallel shaft transmission. The hook rod gear mechanism comprises a transmission pair composed of a driving wheel and a driven wheel. The axis of the driving wheel and the axis of the driven wheel are parallel to each other. The driving wheel is connected with an input shaft. The driven wheel is connected with an output shaft. Driving hook rods on the driving wheel are evenly distributed in the circumference of the cylindrical end face of the driving wheel. Driven hook rods on the driven wheel are also evenly distributed in the circumference of the cylindrical end face of the driven wheel. The driving hook rods and the driven hook rods are each in a cylindrical spiral linear shape. When the driving wheel and the driven wheel are installed, the driving hook rod and the driven hook rod in one pair are meshed, the driving wheel is driven by a driver to rotate, the continuous and stable meshing is completed through the meshed hook rods, and transmission between the two parallel shafts is achieved. The spiral linear shapes of the driving hook rods and the driven hook rods can be determined according to the installation spatial coordinate system, the transmission ratio and other parameters of the driving wheel and the driven wheel and according to the hook rod contact line equation. The hook rod gear mechanism is simple in structure, fewer in transmission mechanism part, small in size, light in weight, large in transmission ratio, stable in transmission and suitable for being applied to the fields of mini machines and micro machines.

The present invention provides a photovoltaic highway induction wireless charging system and a charging system of a vehicle. The photovoltaic highway induction wireless charging system comprises a plurality of photovoltaic road modules, an electric quantity detection device, a charging power source, a console and a power source switching device; each photovoltaic road module comprises a photovoltaic power generation device and an emission coil; the plurality of photovoltaic road modules are arranged in a rail arrangement mode and/or an array arrangement mode; the photovoltaic power generation devices are used for converting solar energy into electrical energy and storing the electric energy in an energy storage device; the electric quantity detection device is used for detecting an electric quantity value in the energy storage device; the console is used for determining the working state of the charging power source according to the electric quantity value and the control instruction of the console; and the power source switching device is used for controlling the energy storage device and one or more low-frequency alternating-current power sources to supply electric energy for the charging power source according to the working state of the charging power source. With the photovoltaic highway induction wireless charging system and the charging system of the vehicle of the invention adopted, the technical problem of complicated operation caused by a complex installation mode of an existing electric vehicle charging device can be solved.

The invention discloses a method for manufacturing a paper-plastic composite bag with a window, which comprises the steps of: (1) longitudinally cutting a window with preset width at the needed position of paper; (2) spreading glue on the surface on one side of a plastic film except the area corresponding to the window; (3) oppositely laminating the paper with one surface of the plastic film spreading with the glue to form a composite material; and (4) molding the composite material into the bag with the window which has the needed specification and shape. The manufacturing method is high in continuity of manufacturing procedures and high in production efficiency; and the product has unlimited window size and is low in manufacturing cost.

The invention provides an audio data decoding control method and a mobile terminal. The method comprises steps of encapsulating DSD audio data into a voice data package capable of being decoded by audio hardware, identifying an audio decoding way used by an audio player, decapsulating the audio data package to achieve DSD audio data if the audio decoding way is an audio software decoding way, converting the DSD audio data into PCM audio data, decoding the PCM audio data via the audio software decoding way, and otherwise decoding the audio data via the audio hardware decoding way. When the audio decoding way used by the player changes, re-transmission of the DSD audio data can be unnecessary; the audio data package can be decoded via the current audio decoding way, so DSD audio data can be continuously transmitted during software and hardware decoding switch, and user experience can be improved.

The invention provides tray sorting equipment for material sorting and a sorting method thereof. The tray sorting equipment comprises an annular walking rail and a plurality of gravity type tray trolleys. All the gravity type tray trolleys are connected through rotary connecting shafts. A plurality of rotary shafts are installed on each gravity type tray trolley. At least one poking block drivingassembly is fixedly connected to the annular walking rail and comprises an installing support, a driving motor fixedly connected to the installing support, a driving wheel connected with the driving motor, multiple sets of double-row guide wheels connected in the installing support, double-row chains movably connected with the driving wheel and the multiple sets of double-row guide wheels, and a plurality of poking blocks meshing with the rotary shafts. The poking blocks on the poking block driving assembly and the rotary shafts on the gravity type tray trolleys are in meshing connection, thusthe gravity type tray trolleys conduct a certain distance of displacement, and the next poking block meshes with the next rotary shaft so as to achieve continuous transmission of the tray trolleys before the poking blocks and the rotary shafts are separated.

The invention provides a transposition and transferring device for ampuliform containers, and belongs to the technical field of conveying devices. The transposition and transferring device for the ampuliform containers comprises a horizontal conveying mechanism used for horizontally conveying the ampuliform containers, a transposition mechanism used for converting the horizontal ampuliform containers into a vertical state, a vertical transferring mechanism used for conveying the vertical ampuliform containers and an arrangement mechanism used for tidying and arranging the vertical ampuliform containers. The horizontal conveying mechanism, the transposition mechanism, the vertical transferring mechanism and the arrangement mechanism are connected in sequence. The transposition and transferring device is novel in structure and ingenious in conception, the ampuliform containers can be converted into the vertical state from a horizontal state, the ampuliform containers are continuously conveyed, the conveying efficiency is improved, and meanwhile subsequent regularization packaging and treatment are facilitated.

The invention discloses a multimedia service processing system, a data sending method, a data receiving method and a terminal. The multimedia service processing system comprises an application processor side and a processor side. The application processor side comprises a first multimedia data engine, a first IMS (IP Multimedia Subsystem) stack, a first network bridge, a first modem and a first router. The processor side comprises a second multimedia data engine, a second IMS stack, a second network bridge, a second modem and a second router. The application processor side and the processor side forward data through the first network bridge and the second network bridge. One of the application processor side and the processor side is a registration side according to a connection state when a session is established, and the other side is a non-registration side. The registration side finishes registration through adoption of the contained first IMS stack or the second IMS stack. Data and signals of the non-registration side are forwarded to the registration side through the first router and the second router. According to the technical scheme of the invention, the efficiency and flexibility of an IMS system are improved.

The invention discloses a sound signal processing method, intelligent terminal and system. The method comprises: an intelligent terminal continuously obtaining sound waveform values of a current environment, intercepting a sound waveform value range of a preset threshold from the obtained sound waveform values for transmitting to a server end through wireless connection, and the server performing corresponding logic processing on the sound waveform value range data of the preset threshold. According to the invention, the sound waveform values of the current environment are continuously obtained through the sound sensor of the intelligent terminal, the sound waveform value range of the preset threshold is intercepted from the sound waveform values for transmitting to the server end through the wireless connection mode, and then the server end performs the corresponding logic processing on the sound waveform value range data of the preset threshold such that continuous transmission of the sound waveform values from such intelligent terminals as an intelligent mobile phone and the like to such server ends as a PC and the like can be realized, sound can be tested at a place away from a computer, and the overall system performance of the server ends and the intelligent terminal is improved.

The invention provides a swinging arm type advertisement paper cutting device, and belongs to the technical field of cutting equipment. The swinging arm type advertisement paper cutting device comprises a cutting mechanism and a conveying mechanism, wherein an unrolling roller of the conveying mechanism is rotatablely arranged on an unrolling support frame; a coiling roller is rotatablely arranged on a coiling support frame; a swinging arm of the cutting mechanism is hinged onto the machine frame through a swinging arm pin shaft; the two ends of a cutting pulling wire are respectively arranged on a first wire pulling support seat and a second wire pulling support seat; a slide rod is arranged on a slide rod guide seat in a way capable of leftwards and rightwards sliding; a pressing jacking rod of the pressing assembly is always attached to a pressing platform arranged at the lower end of the swinging arm under the effect of a jacking rod press spring; a support rolling wheel arranged on the swinging arm is always attached to a wedge groove of the slide rod under the effect of the pressing jacking rod; the driving cam is rotatablely arranged on a cam support seat in an eccentric way through a cam shaft; the slide rod is always attached to a driving cam under the effect of a slide rod press spring. The swinging arm type advertisement paper cutting device has the advantages that the fast cutting on advertisement paper is realized; a cut edge is regular; the automation degree is high; the cutting efficiency is high; the reliability is high.

The invention relates to a vibratory spiral polisher. A vibrating grid is connected on the upper side of a frame through springs, a feed device is connected on the upper side of the vibrating grid, a vibrating machine is fixedly connected on the lower side of the vibrating grid, a feed inlet is arranged on the upper side of the feed device, a screw propulsion device is mounted in the feed device, a part machining space is formed between the feed device and the screw propulsion device, one end of the screw propulsion device is in rigid connection with a speed reducer and a feed motor, the other end of the screw propulsion device is connected with a supporting seat, a left port of the feed device is connected with the speed reducer and the feed motor in a floating manner, and a discharge port is arranged below a right port of the feed device. By the vibratory spiral polisher, time spent on part polishing can be reduced, continuous conveying of parts can be achieved, and production efficiency is improved greatly. By the aid of the continuous conveying process, the vibratory spiral polisher can be connected into an assembly line to achieve an assembly line operation mode of part forming, polishing and finish machining. Besides, a feeding and discharging mode is improved, inertial impact is alleviated, machining steps are decreased, and time spent on polishing is greatly decreased.

The invention discloses a continuous adjustable small-diameter steel pipe cutting device, and belongs to the technical field of steel pipe cutting equipment. The continuous adjustable small-diameter steel pipe cutting device includes a fixed base, supporting frames are mounted on both sides of the upper end of the fixed base, a roof is mounted at the top ends of the supporting frames, a motor seatis mounted in the middle of the lower end of the fixed base, a motor is mounted at the lower end of the motor seat, the output shaft of the motor is connected with a driving belt wheel, and the driving belt wheel is connected with driven belt wheels through two belts wheels; and the driven belt wheels are coaxially connected with transmission rollers and worm wheels, the left end of the worm wheel on the left side is meshed with a left worm, the right end of the worm wheel on the right side is meshed with a right worm, driving gears are mounted at the top ends of the left and right worms respectively, the upper ends of the driving gears are meshed with driven gears, a rotating shaft is mounted between the driven gears, and a crank is arranged in the middle of the rotating shaft. The continuous adjustable small-diameter steel pipe cutting device realizes the continuous transmission of the steel pipe, meanwhile, achieves the up and down moving of a moving cutting knife through the cooperation between the crank and a rotating sleeve, ensures the automatic cutting of the steel pipe and reduces the labor strength of the workers.

The invention discloses a transporting device. The transporting device comprises a driving mechanism, a driven mechanism, a base, a first chain, a second chain and at least one working plate; wherein the driving mechanism comprises a first driving gear, a second driving gear, a driving shaft and a power unit, the driving shaft and the first driving gear and the second driving gear are coaxially fixed, and the power unit is connected with the driving shaft in a driving mode; the driven mechanism comprises a first driven gear, a second driven gear and a driven shaft, and the driven shaft and the first driven gear and the second driven gear are coaxially fixed; the base rotatably supports the driving shaft and the driven shaft; the first chain is connected with the first driving gear and the first driven gear in a transmission and chain mode; the second chain is connected with the second driving gear and the second driven gear in a transmission and chain mode; one end of every working plate is fixed onto the first chain and the other end of every working plate is connected with the second chain. The transporting device achieves the continuous transporting of products; meanwhile, compared with a traditional transporting device, the transporting device is low in costs, improves profit margins and greatly improves using space.

The invention discloses an envelope printer. The envelope printer comprises a support plate, two limiting units, a sliding rod, a sliding block, a power mechanism, a plurality of push rods and two printing parts, wherein the thickness of an envelope is h, the width is s, and the length is d; the support plate is horizontally arranged, and a plurality of grooves penetrating through the upper surface and the lower surface of the support plate are formed in the support plate and are distributed in order along the width direction of the support plate; the grooves extend along the length directionof the support plate; the two limiting units are oppositely arranged, and each limiting unit comprises a limiting plate; the limiting plate is positioned above the support plate and is parallel with the support plate, and the space between the limiting plate and the support plate is H, where h & 1t; H & 1t; 2h, and the space between the two limiting plates is larger than s; the sliding rod is positioned under the support plate, and the length direction of the sliding rod is parallel with the length direction of the support plate; and the sliding block is connected with the sliding rod in a sliding mode.

The invention provides a fire smoke detection method based on a motion feature hybrid deep network, which is used for solving the technical problem of low detection precision of video smoke in a complex scene. The method comprises the following steps: firstly, acquiring a data set from a video image library, and dividing the data set into a training set and a test set; secondly, constructing a motion feature hybrid deep network, inputting the training set into the motion feature hybrid deep network for training to obtain a motion feature hybrid deep network model, and testing the motion feature hybrid deep network model by using the test set; then, obtaining a to-be-detected video sequence, and processing a detected video by using a motion area detection algorithm to obtain a video motion image; and finally, inputting the motion image into the motion feature mixed deep network model, outputting a detection result, and completing video smoke detection. According to the invention, continuous transmission of smoke characteristics can be realized on the whole video stream, the timeliness of smoke detection is improved, and the false alarm rate of smoke early warning is reduced.

The invention provides a bidirectional engaged transmission device. The bidirectional engaged transmission device comprises a base, a driving member, a crank, a driving gear, a connecting rod and a driven gear; the driving member is connected to the base; the crank is connected to the output end of the driving member; the driving gear includes a driving member and a plurality of driving hook levers, and the multiple driving hook levers are arranged on the end surface of the driving member; two opposite ends of the connecting rod are hinged with the crank and the driving member, respectively; the driven gear includes a driven member and a plurality of driven hook rods, and the multiple driven hook rods are arranged on the end surface of the driven member; and when the driving member drives the crank to rotate, the connecting rod drives the driving member to swing, and therefore continuous engaged transmission is formed between the driving hook levers and the driven hook levers. The engaged transmission of the driving gear and the driven gear of the bidirectional engaged transmission device can achieve continuous and stable bidirectional engaged transmission.

The invention discloses equipment for continuous hydrophobicity of a gas diffusion layer and a treatment method, the equipment comprises a conveying roller mechanism, a hydrophobic liquid storage pool, a low-temperature drying oven, a carbon paper cutting mechanism, a carbon paper roasting mechanism and a tail end conveying table, and the conveying roller mechanism sequentially penetrates through the hydrophobic liquid storage pool, the drying oven and the carbon paper cutting mechanism; in the conveying direction of the conveying roller mechanism, the unwinding roller is located at the front station of the hydrophobic liquid storage pool, the winding roller is located at the rear station of the carbon paper cutting mechanism, and a transfer conveying table allowing cut carbon paper to fall down is arranged under a discharging port of the carbon paper cutting mechanism. The carbon paper placed on the transfer conveying table is grabbed by the mechanical arm with the adsorption function in an adsorption mode and then placed in the carbon paper roasting mechanism, and a discharging port of the carbon paper roasting mechanism is communicated with the tail end conveying table. According to the treatment method, two steps of low-temperature treatment and high-temperature roasting treatment are respectively carried out in the hydrophobic treatment process of the carbon paper; continuous hydrophobic treatment of the gas diffusion layer can be achieved for flexible carbon paper, manpower is reduced, and working efficiency is improved.

The invention provides a continuous production device for cloth. The continuous production device for cloth comprises a bottom rail, sliding stand columns, a fixed roller and following rollers. A sliding groove is formed in the bottom rail. The sliding stand columns are used in pairs, and the sliding stand columns are vertically arranged in the sliding groove and can horizontally slide. The following rollers are horizontally assembled on the sliding stand columns with one above the other. The following rollers can be assembled on the sliding stand columns in the mode that the following rollers can rotate around the axis in the axial direction. The fixed roller can be assembled on the rack in the mode that the fixed roller can rotate around the axis. The fixed roller is parallel to the following rollers. Fabric is wound around the fixed roller and the following rollers and penetrates through the spaces between the fixed roller and the following rollers. The bottoms of the sliding stand columns are connected with a power module through a chain. By the adoption of the continuous production device for cloth, the fabric is continuously conveyed during production, it is guaranteed that the production device can continuously operate, and the production efficiency is improved.

The invention provides an assembly line conveying structure for a piston rod of a hydraulic oil cylinder. The assembly line conveying structure comprises a supporting mechanism. The supporting mechanism is symmetrically provided with two rotatably connected chain wheels, and two rectangular supporting plates are mounted on the supporting mechanism; the chain wheels on the supporting mechanism willbe in clamping transmission to chain plates during rotation and the chain plates are interconnected by hinge pin hinges; the chain plates which are connected form a transmission belt, and the transmission belt is connected to the chain wheels through the hinges. A clamping block in threaded connection is arranged on the chain plate, a slot aligned with the clamping block is formed in a V-shaped fixed block, and the V-shaped fixed block is clamped on the chain plate through a groove directly, so that the V-shaped fixed block can be detached and replaced independently. Compared with detachmentof a conveyor belt, it is convenient, simple to repair and maintain and low in maintenance cost. According to clamping serial connection of the V-shaped fixed block, tension during transmission is increased by means of the hinges, and the service life of the V-shaped fixed block is prolonged.