35results about How to "High transmission rate" patented technology

A switchable touch stereoscopic image device includes a stereoscopic image generating module and a touch sensing module. The stereoscopic image generating module includes a first substrate, a second substrate, a light-path converting layer, driving electrodes and a common electrode. The first and second substrates are disposed corresponding to each other. The first substrate has a top surface. The second substrate has a top surface and a bottom surface facing the top surface of the first substrate. The light-path converting layer is disposed between the first and second substrates. The driving electrodes are disposed on the top surface of the first substrate. The common electrode is disposed on the bottom surface of the second substrate. The touch sensing module is disposed on a side of the second substrate of the stereoscopic image generating module and includes sensing electrodes disposed on a side of the top surface of the second substrate.

Provided is a link adaptation method for a multi input multi output (MIMO) system having a multi-antenna structure and a communicating method of MIMO stations in a basic service set (BSS), which constitutes a wireless communication network. The communicating method includes receiving the number of MIMO antennas and transmission rates supported by the respective MIMO antennas from a predetermined MIMO station, storing one or more channel estimation indicators obtained while receiving various frames from the predetermined MIMO station for each MIMO antenna and for each transmission rate supported by the MIMO antenna, determining threshold levels of the channel estimation indicators for each MIMO antenna, comparing threshold levels of channel estimation indicators for each MIMO antenna with an average of channel estimation indicators for each MIMO antenna, and determining a transmission rate based on comparison results to then transmit data to the predetermined MIMO station at the determined transmission rate.

The present invention provides a solution to determining a near-field communication interaction in a wireless tracking mesh network. The present invention utilizes near-field communication devices in conjunction with tracking tags to transmit signals for reception by sensors stationed throughout a facility which form a mesh network and forward the signals to an information engine for analysis.

A system and method for improving tracking indoor or outdoor object movement using workflow context information. The system comprises a location tracking sub-system, communication devices and a context-aware location engine. The context-aware location engine is configured to receive from the location tracking sub-system a plurality of initial location estimations for the communication devices and generate a plurality of filtered location estimates for the communication devices.

The invention discloses a lever ratchet wheel linkage bicycle, comprising a bicycle frame, a front bicycle wheel, a rear bicycle wheel, a rear wheel shaft and a bicycle wheel drive device, wherein, the bicycle wheel drive device comprises a left lever and right lever up-to-down conversion device and a left ratchet wheel and right ratchet wheel drive device, wherein, the left lever and right left up-to-down conversion device comprises a lever, a lever connector, a frame connector, a sun wheel, a planet wheel, a gear ring and a central shaft; and the left ratchet wheel and right ratchet wheel drive device is a friction-type ratchet wheel mechanism comprising a roller, a slope-type one-way clutch, a ratchet wheel hub and a ratchet wheel connector. In the invention, the drive, speed change and the acting force are wholly centralized on the rear wheel shaft to lead the length of the lever to be 3-5 times of a crank mechanism; the lever can be retracted; a seat cushion can be moved front and back; the pedal rotating angle of both feet is changed to form the action of stepless speed regulation; and the speed is changed by a star wheel structure, so as to lead the transmission to be compact and the operation to be reliable. The invention provides a bicycle which is brand new, has simple structure, high transmission rate, long service life, low failure rate, convenient maintenance and comfort and stable riding.

An assembly, method, and device for high-speed optical format data transmission includes a printed circuit board containing mounting locations for electrical components, optical components, and a heatsink device. A tray may also be mounted on the printed circuit board to route optical fiber to various components. The heatsink is positioned at a predetermined height above the printed circuit board so that it physically contacts the electrical and optical components that require cooling. The printed circuit board may include one or more openings in which one or more of the electrical or optical components that are significantly taller than the other components are embedded. The heatsink may also include one or more openings in which one or more of the taller electrical or optical components are positioned. Additional compliant heat conductive material may be placed between the top of one or more electrical or optical components and the heatsink when the components are not as high as the position of the heatsink. Material may also be removed from the bottom of one or more portions of the heatsink to accommodate one or more of the electrical or optical components that are slightly higher than the position of the heatsink. The layout of the printed circuit board assembly includes positioning the electrical and optical components for receiving data on one section of the printed circuit board, while the electrical and optical components for transmitting data are positioned on another section of the printed circuit board. The electrical and optical components that are sensitive to temperature variation are positioned near the portion of the printed circuit board that receives the greatest amount of cooling.

A method and a device for decoding a signal transmitted via at least one transmission line of a data transmission system, in a user of the data transmission system receiving the signal. Instead of at discrete instants, as currently done, sampling at a specific sampling instant does not take place. To this end, a potential-edge position (PEP) for an imminent edge is estimated first. Then, given n-fold oversampling, maximally n sampling values before the PEP and maximally n sampling values after the PEP are determined and compared with previously recorded and stored sampling values. The stored sampling values are preferably stored in an edge-acceptance vector (EAV) and correspond to an edge change of the signal to be decoded at a particular point in time. Preferably not all detected 2n sampling values are compared to the content of the EAVs, but the comparison is limited to a portion, combined to a sensitivity range, of the 2n sampling values of each EAV.

It is impossible to prevent the deterioration of the coupling efficiency between received light and a single mode fiber, and difficult to achieve a higher transmission rate, with respect to a free space optical communication receiver; therefore, a free space optical receiver according to an exemplary aspect of the present invention includes light collecting means for collecting laser light having propagated through a free space transmission path; mode controlling means for separating the laser light collected by the light collecting means into a plurality of propagation mode beams depending on a wave-front fluctuation of the laser light and outputting the propagation mode beams; a plurality of single mode transmission media for guiding the plurality of propagation mode beams, respectively; and a plurality of light receiving means for receiving the plurality of propagation mode beams respectively through the plurality of single mode transmission media.

Even in the case of satellite communications to which LTE is applied, high transmission rates are achieved with avoidance of the occurrence of a delay. A radio base station eNB according to the present invention includes a transmission unit 11 configured to transmit a scheduling signal for a downlink signal and the downlink signal to a mobile station UE. The transmission unit 11 is configured not to wait to receive acknowledgement information for the downlink signal, but to transmit a downlink signal having the same contents as the downlink signal to the mobile station UE in a predetermined number of sub-frames.

The invention provides a vertical flat die type pellet machine. The vertical flat die type pellet machine is characterized by comprising a motor (1), a motor transmission device (2), a gearbox (3), a front power gear (4), a rear power gear (5), a first main transmission tooth (6), a second main transmission tooth (7), a pelleting chamber (8), a first flat die (9), a second flat die (10), pressing rollers (11), a feeding port (12), a partition plate (13) and a discharging hopper (14). Compared with a traditional flat die type pellet machine, the double flat dies are adopted for discharging, the flat dies drive the pressing rollers to rotate, the roller couple design is adopted between the dies, and therefore the vertical flat die type pellet machine is larger in transmission force, higher in feeding speed, capable of obtaining denser pellets, lower in overall energy consumption and higher in yield.

A modulation method, transmission method, and transmitter circuit are described which may enable realization of a wireless link for ultra-high transmission rates in the downlink to users. In a method of modulating an input signal to obtain a desired intermediate signal, the intermediate signal is to be processed for transmission over a wireless link at a carrier frequency within a desired frequency band. The processing may include subjecting the intermediate signal to a frequency multiplier operation that exhibits an ambiguous transfer function. In the modulation method, an input signal is provided, and a set of signal states applicable to the desired intermediate signal are generated so that a signal output from the frequency multiplier operation has a substantially non-ambiguous relation to the desired intermediate signal. The input signal may thus be modulated according to I and Q baseband signals to obtain the desired intermediate signal with the generated set of signal states.

The invention discloses a lever-type folding bicycle which comprises a lever transmission mechanism and a folding device. The lever transmission mechanism comprises a central shaft, cranks, crankshafts, connecting rods, connecting rod shafts, levers, pedals, lever bumps and lever shafts; except for the central shaft, the lever transmission mechanism is provided with both left and right groups of components. According to the lever-type folding bicycle disclosed by the invention, a fulcrum of each lever is deviated from an axis position of the lever, the connecting rod pushes the crank to rotate when the lever rotates, and a rotating angle of the crank and the central shaft is changed, so that the problem of dead point of a conventional crank connecting rod mechanism is solved. According to the lever-type folding bicycle disclosed by the invention, a centre shaft and related components are completely abandoned, a pressure angle of an original driving mechanism is changed, a lever length is prolonged, a frame structure is changed, the bicycle is novel and unique in integral shape, and the bicycle which is bran-new, reliable to work, simple in structure, convenient to store, long in service life and comfortable and stable to ride is provided.

The invention provides a flapping door unit transmission mechanism and a flapping door unit, belongs to the field of access control, automatic ticket checking equipment and rail transit equipment. Theflapping door unit transmission mechanism is used in the flapping door unit, the flapping door unit includes a motor and a flapping door rotating shaft, and the transmission mechanism includes a drive synchronous pulley, a synchronous belt and a driven synchronous pulley. The drive synchronous pulley, the driven synchronous pulley and the synchronous belt are horizontally disposed. The axis of the drive synchronous pulley and the axis of the driven synchronous pulley are both perpendicular to the horizontal plane. The drive synchronous pulley and the driven synchronous pulley perform synchronous transmission through the synchronous belt, and the torque of a main shaft of the motor is transmitted to the flapping door rotating shaft. By using the flapping door unit transmission mechanism and the flapping door unit, the precision of the movement and braking of a flapping door is improved, the installation space is greatly saved, the cost of a gate machine is reduced, and the maintenancetime and labor cost are saved.

The invention discloses a wireless remote monitoring system and a method thereof, wherein the wireless remote monitoring system comprises a monitoring device, a communication network and a movable image acquisition device. The monitoring device gives monitoring messages that are transmitted into the communication network in a communication protocol way of worldwide interoperability for microwave access (WIMAX); the communication network is connected with the movable image acquisition device that is accordant with the monitoring messages according to the monitoring messages; and the movable image acquisition device resolves the monitoring messages, acquires image messages on sites and then returns the image messages into the monitoring device; in addition, a preset time can be set, and the image messages on the monitoring sites are automatically returned into the monitoring device through the movable image acquisition device.

The invention discloses a machining process for a kit worm. The machining process comprises the following steps that 1) blank making, forging and annealing treatment are carried out; 2) normalizing iscarried out, wherein the kit worm workpiece is heated to 1200-1400 DEG C, and heat preservation is carried out for 2-3 hours; 3) after rough turning modulation is completed, semi-finish turning is carried out on the outer circle, wherein the allowance of 0.15 mm-0.2 mm is reserved, and rough turning is carried out on the spiral surface; 4) finish turning is carried out on the end face of an innerhole; 5) inserting of key grooves is carried out; 6) semi-finish turning is carried out on the spiral face; 7) plier machining is carried out, wherein incomplete threads of the tails of screw threadsare trimmed to be smaller than 1/3 of the tooth thickness part, and flat burrs are removed; 8) heat treatment is carried out; 9) semi-accurate grinding is carried out on the outer circle; 10) accurate grinding is carried out on the spiral surface; 11) center hole lapping is carried out; 12) accurate grinding is carried out on the outer circle; and 13) accurate grinding is carried out on the spiral surface. Thus, machining is simple, the production cost is low, and the transmission rate is high.

An electronic device provided includes a host device and a display device. The host device includes a base shell and a handle, wherein the base shell has a first accommodating space and a fourth accommodating space. The handle has a second accommodating space and a third accommodating space. The electronic device further includes a first array antenna, a second array antenna, and a third array antenna. The first array antenna, the second array antenna, and the third array antenna are respectively arranged in three of the first accommodating space, the second accommodating space, the third accommodating space, and the fourth accommodating space, wherein the first array antenna, the second array antenna, and the third array antenna respectively have a first beam, a second beam, and a third beam facing a first axis. Accordingly, the electronic device provides stable connection quality and a higher transmission rate.

The invention discloses an anti-disassembly fastener. The anti-disassembly fastener comprises an anti-disassembly nut and a disassembly sleeve; the anti-disassembly nut comprises a hexagon nut body and an anti-disassembly convex part; six corners of the hexagonal nut main body are sharp corner parts, and one of two side edges of each sharp corner part is a driving side; the anti-disassembly convex parts are correspondingly arranged on the driving sides of the sharp corner parts, and the anti-disassembly convex parts and the driving sides are connected into a whole to form convex driving parts; the disassembly sleeve is provided with a disassembly hole, the shape of an inner cavity of the disassembly hole is matched with the outer contour of the anti-disassembly nut, so that the anti-disassembly nut is sleeved with the disassembly hole of the disassembly sleeve, and when the disassembly sleeve is rotated, the anti-disassembly nut can be synchronously driven to rotate; and the anti-disassembly convex part is in a right triangle shape. The fastener is high in transmission efficiency, not prone to slipping, reliable in assembly and high in anti-disassembly performance.

An image sensor is disclosed which includes a substrate, a pixel array, a peripheral circuit, an SPAD detector and a VCSEL integrated in the substrate. The peripheral circuit is configured to process an electrical signal obtained from photoelectric conversion in the pixel array, the SPAD detector is configured to convert a first external optical pulse into an electrical pulse to provide a clock signal to the peripheral circuit. The VCSEL is driven by the peripheral circuit and configured to output a second optical pulse. The number of electrical connection terminals in the image sensor is reduced to only two, which is favorable to the miniaturization of the image sensor and simplifies the design of the mating device while allowing the inputting of a first optical pulse and outputting of a second optical pulse. By using these optical signals, extremely high speed and high bandwidth data transmission can be achieved.