43results about How to "Increase emission energy" patented technology

A method for minimizing the loss of data and ensuring that large delays do not occur during reconfigurations of an uplink transmission time interval (TTI) length of a WCDMA High Speed Packet Uplink Access (HSUPA) air interface, wherein the reconfiguration of an uplink TTI length is delayed until all pending retransmissions are successfully transmitted or until the maximum number of transmissions is reached. The transmission of new packets during this time period is prevented. However, pending retransmissions are allowed to occur. After the UE has received an ACK/NACK for each HARQ process, or until the specific maximum number of re-transmissions is reached, the UE starts transmitting with a new uplink TTI length.

The present invention is related to a statistical multiplexing method and apparatus using a multi-dimensional orthogonal resource hopping multiplexing method in a wired/wireless communication systems where a plurality of communication channels, which are synchronized through a single medium, coexist. The present invention, in order to implement a generalized statistical multiplexing communication system using a multi-dimensional orthogonal resource hopping multiplexing method, comprises a multi-dimensional hopping pattern generator which is located in the primary communication station, a data symbol modulator that modulates data symbols based on the corresponding orthogonal resource hopping pattern generated by said multi-dimensional hopping pattern generator, a collision detector and controller that detects whether a collision occurs or not between the multi-dimensional hopping patterns and compares the consistency of the data symbols toward the secondary communication stations between said collision interval, a transmission power controller that controls the transmission power of the remaining parts excluding the parts where the multi-dimensional hopping patterns collide and the transmission is stopped due to transmitting data symbol inconsistency and compensates for the loss in the average reception energy due to a transmission stoppage.

The invention mainly relates to the technical field of sound wave velocity measuring, in particular to a while-drilling direction sound wave imaging logging device which adopts two sets of transmitting transducers to conduct stimulation of multi-pole model waves. One set of the transmitting transducer is a high-frequency mono-pole and biased-pole transmitting transducer, and the other set is a low-frequency dipole and quadripole transmitting transducer. A high-frequency transmitting state and a low-frequency transmitting state are separated through a double-row transmitting scheme, and both the two sets of transmitting transducers can work at transducer resonance points through matched circuits, so that the transmitting energy is greatly improved. The working mode of the while-drilling direction sound wave imaging logging device comprises a mono-pole transmitting mode, a dipole transmitting mode, a quadripole transmitting mode and a biased-pole transmitting mode; the composite sound insulation mode of an inner engraved groove, inner variable diameters and a tungsten bar is adopted on the aspect of a sound insulator; signal receiving is achieved through the high-sensitivity transmitting transducers, and receiving of signals can be effectively achieved.

Tube inspections are performed by combining the use of APR technology with GW technology. The reflections measured by both technologies are compared to each other and used to more specifically identify the type and location of a flaw or anomaly that appears in the interior of the tube. Further, embodiments of novel probes to be used in GW technique for inspecting tubes with mechanical waves having bandwidth that is equal to 150 KHz or more are disclosed.

A method of waking up a small cell base station from a sleep mode, the method includes: by the mobile station: determining, based on stored location information indicating a location of the small cell base station and on a monitored current location of the mobile station, that the mobile station is in a coverage area of the small cell base station, determining, from serving cell information and a neighbour cell list, that the small cell base station is in the sleep mode, changing a transmission characteristic of the standard access signal so as to increase its transmission energy, in response to the determinations, and transmitting the changed access signal; and by the small cell base station: harvesting energy from the changed access signal that is transmitted by the mobile station, using a passive energy harvesting sensor, the harvested energy triggering a wake-up procedure in the small cell base station.

The invention discloses aqueous UV primer for tempered glass. The aqueous UV primer contains the following components in parts by weight: 50-70 parts of modified polyurethane acrylate, 10-20 parts ofacrylate, 5-10 parts of hydroxyl acrylic resin, 0.1-1 part of a defoaming agent, 0.2-2 parts of a wetting agent, 0.1-1 part of a flatting agent, 0.1-1 part of an anti-scratching agent, 0.1-1 part of adefoaming agent, 0.5-2 parts of surface-finished nano-silicon dioxide containing double bonds, 1-10 parts of an initiator and 20-40 parts of deionized water. The prepared aqueous UV primer has high flexibility and strength.

The invention discloses a deep sea transient electromagnetic method detection receiving device and a control method thereof. The detection receiving device comprises a controller, a transmitting coiland a receiving coil, and the transmitting coil and the receiving coil are respectively connected with the controller; the receiving coil comprises a first receiving area and a second receiving area,the plane where the transmitting coil is located serves as a reference plane, the orthographic projection of the first receiving area on the reference plane is located in the transmitting coil, and the orthographic projection of the second receiving area on the reference plane is located outside the transmitting coil; and when the transmitting coil generates a primary field, the magnetic flux passing through the first receiving area is equal to the magnetic flux passing through the second receiving area. The electromagnetic detection device is used for solving the problems that in the prior art, mutual inductance is too large and surface data cannot be received due to too large detection energy of an electromagnetic detection device, and in order to reduce the mutual inductance influence of the detection device, deep data in the deep sea environment cannot be received.

An ultrasound apparatus and a method of emitting plane wave are provided. The ultrasound apparatus includes an ultrasound probe, a transceiver circuit, a switch module and a processor. The ultrasound probe has a 1_st to a M_th transducer elements for respectively emitting ultrasound beams to form the plane wave, and the transceiver circuit has a 1_st to a N_th transceiving channels. M, N are positive integers, and M is a multiple of N. During a scanning period, the processor controls the switch module to initially and respectively connect the 1_st-N_th transceiving channels to the 1_st-N_th transducer elements, such that the 1_st-N_th transducer elements successively emit the ultrasound beams. After the ultrasound beam is emitted by the N_th transducer element, the processor controls the switch module to respectively connect the 1_st-N_th transceiving channels to the (N+1)_th-(2N)_th transducer elements, such that the (N+1)_th-(2N)_th transducer elements successively emit the ultrasound beams.

The invention discloses an intelligent pipeline positioning device based on a coded signal. The device comprises a signal transmitter and a signal receiver. The signal transmitter comprises an encoder, a signal amplifier and an audio oscillator. The signal receiver comprises a vibration signal sensor, an analog-to-digital converter and a signal processor. An encodable signal with moderate frequency and outstanding autocorrelation characteristics is finally converted into a sound wave signal by means of a power amplifier, by controlling parameters such as the frequency of the encodable signal,the receiver can perform accurate analysis by means of various post-processing methods, information implied in the received signal can be extracted more easily, and technicians can judge the signal transmitted by the transmitter more reliably by means of a related analysis method more conveniently. According to the device, the signal propagation distance is greatly improved, and the accuracy and reliability of data interpretation by the technicians are improved.

The invention belongs to the field of organic electroluminescent materials, and discloses a blue light organic electroluminescent material, a preparation method and applications thereof, wherein the structure formula of the material is defined in the instruction. According to the blue light organic electroluminescent material of the present invention, the luminescence is at the blue light region, the material has the high fluorescence quantum yield, and the luminous efficiency of the organic electroluminescent device adopting the material as the luminous layer material is high.

A serial-parallel converter/encoder unit 11 inputs a transmission symbol data at a transmission symbol rate that is one-Nth of a base-point symbol rate. A precoder/collator 13 creates a transmission symbol waveform at the base-point symbol rate. The transmission symbol waveform becomes a transmission signal after passing through a roll-off filter 14 with a band corresponding to the base-point symbol rate and a modulator 15. A reception signal demodulated by a demodulator 33 is input to a fractionally-spaced equalizer 38 that operates at the base-point symbol rate and is forcibly equalized at the transmission symbol rate by using a reference signal. A level of a signal output from the fractionally-spaced equalizer 38 at the transmission symbol rate is determined by a level determining unit 39 and becomes a reception symbol data by a sawtooth-function output unit 40.

The invention discloses an electronic device with a miniaturized near-field communication antenna. The miniaturized near-field communication antenna comprises a substrate, a coil which is embedded inthe substrate and formed by coiling a wire, and a magnetic sheet attached to one surface of the substrate; the coil at least comprises a first part wire and a second part wire which are oppositely arranged, wherein the wire diameter of the first part wire is larger than that of the second part wire; and the magnetic sheet covers the area where the first part wire is located. The electronic devicefurther comprises a magnetism breaking assembly matched with the miniaturized near-field communication antenna, and the magnetism breaking assembly and the substrate are arranged on the two sides of the magnetic sheet respectively. The electronic device with the miniaturized near-field communication antenna can effectively avoid the mutual offset of magnetic lines of force in opposite directions generated between wires which are relatively close to each other and have opposite current directions; therefore, the emission energy of the miniaturized near-field antenna during card reading and writing and card simulation is improved, the overall performance of the near-field antenna is improved, the miniaturization of the near-field antenna is further realized, and the miniaturized near-field antenna is suitable for small electronic equipment.

The invention discloses a double-layer intersecting winding coil for an electromagnet of an electromagnetic boosting device. The double-layer intersecting winding coil for the electromagnet of the electromagnetic boosting device mainly comprises an electromagnet core, an inner layer clockwise winding coil and an outer layer anticlockwise winding coil; coiling a coil winding on the outer layer of the electromagnet of the electromagnet core with the length of 1.5 m through an intersecting winding method; an inner layer winding is a clockwise coil winding; an outer layer winding is an anticlockwise coil winding.