59 results about "Carrier state" patented technology

A method and apparatus that differentially encodes and decodes data symbols in dual domains is taught. Data packets are encoded, transmitted, and decoded during a plurality of symbol intervals on a plurality of sub-carriers. Encoding and decoding are accomplished across both the time and frequency domains such that the minimum number of carrier states are employed as reference only states that do not encode a symbol of data in and of themselves. A rule of adjacency is followed, both across time and frequency, so that decorrelation is minimized. Any modulation scheme that is applicable to differential encoding and decoding can be utilized. Communication systems that couple via radio waves, through metallic conductors, or over fiber optic paths can be employed.

The invention relates to a flexible display device, which comprises at least one memory material layer, wherein the at least one memory material layer comprises first sensitive conditions and second sensitive conditions; and the memory material layer can sense the first sensitive conditions and the second sensitive conditions and can be switched between the flexibility and the rigidity along with changes of the first sensitive conditions and / or the second sensitive conditions. According to the flexible display device, the memory material layer can be switched between the flexibility and the rigidity along with the changes of the sensitive conditions, so as to become rigid through sensitive condition sensing in different use states and carrier states, so that an internal circuit is protected; and the conditions that circuit characteristics change and the display effect is affected due to displacement between films of a screen body are avoided. The invention further provides a preparation method of the flexible display device.

The invention discloses a load control method, a system and a device which are used for realizing the load balance of each member carrier in a carrier aggregation system. The load control method comprises the steps that the network side detects the carrier state of each member carrier in the current carrier aggregation system and generates the load state information of each member carrier in the current carrier aggregation system; and the network side sends the load state information of each member carrier in the current carrier aggregation system to a terminal, and the load state information is used for indicating the member carrier selected to be resided by the terminal and is resided on the member carrier.

A method for processing carrier state in a carrier aggregation system and a User Equipment (UE) are provided, so as to avoid the random access failure caused by current deactivation mode of the Secondary Component Carrier (SCC). In one embodiment of the present invention, the method includes: performing a random access on a SCCs pair; stopping or ignoring a deactivation timer of a downlink SCC of the SCCs pair before the random access succeeds.

The invention relates to a renting and management system for a sharing carrier. The system comprises the sharing carrier, a renting terminal, a mobile communication terminal, a recycling terminal and a cloud management platform; an identification code which identifies the identity of the sharing carrier is arranged on the sharing carrier; the renting terminal is used for achieving renting of the sharing carrier, a user scans the identification code which is placed on the sharing carrier on the renting terminal through an APP, and renting of the sharing carrier can be achieved; the mobile communication terminal can be in communication with the cloud management platform, and accordingly query of user information registration and a sharing carrier state of the user on the cloud management platform is achieved; the recycling terminal is used for achieving recycling of the sharing carrier; the cloud management platform is used for achieving user information management and sharing carrier information management. According to the renting and management system for the sharing carrier, the sharing carrier which can be recycled is adopted, recycling use when the user shops or stores goods in places such as supermarkets is achieved, the identification code is arranged on the sharing carrier, the system is beneficial for identification of the sharing carrier information, and the renting and management system also facilitates sharing carrier information management by the cloud management platform.

A method and apparatus that differentially encodes and decodes data symbols in dual domains is taught. Data packets are encoded, transmitted, and decoded during a plurality of symbol intervals on a plurality of sub-carriers. Encoding and decoding are accomplished across both the time and frequency domains such that the minimum number of carrier states are employed as reference only states that do not encode a symbol of data in and of themselves. A rule of adjacency is followed, both across time and frequency, so that decorrelation is minimized. Any modulation scheme that is applicable to differential encoding and decoding can be utilized. Communication systems that couple via radio waves, through metallic conductors, or over fiber optic paths can be employed.

The invention discloses a method and a device for using carrier waves in a carrier aggregation system. The method comprises the following steps of: dividing more than one type of carrier states according to functions of the carrier waves; and when the carrier waves are used, turning on or turning off part of or all the functions of the carrier waves to ensure that the carrier waves are switched among more than one type of the carrier wave states. The method and the device achieve the effects of effectively reducing the processing expense and the power consumption of user equipment (UE) by turning off part of or all the functions of the carrier waves. The method and the device are simple to implement and easy to apply.

A power machine includes a carrier comprising a supporting frame, an operator compartment and a joystick controller disposed in the operator compartment and configured to generate movement signals in response to operator movement of the joystick controller. An attachment is detachably coupled to the power machine. A carrier control unit is disposed on the carrier and configured to receive the movement signals from the joystick controller. An attachment control unit is disposed on the attachment and configured to control movement of the attachment. A network is coupled to the carrier control unit and to the attachment control unit and is configured to carry instructions from the carrier control unit to the attachment control unit. A state selection input is disposed in the operator compartment to select one of at least two operational states including a carrier state and an attachment state. In the carrier state, the carrier control unit is configured to control operation of the carrier in response to operator movement of the joystick controller. In the attachment state, the attachment control unit is configured to control operation of the attachment in response to operator movement of the joystick controller.

A multiple sheets feeding detection apparatus, sorter, and method of detecting multiple sheets feeding are provided which can ensure reliable detection of multiple sheets feeding without causing any damage to target objects and can increase the processing capability by high-speed detecting operations. The multiple sheets feeding detection apparatus comprises a passage detector that detects passage of a target object, a management code detector that receives management code information wirelessly sent from an RFID tag of the target object, a controller that determines a carrier state of the target object on the basis of passage information and the management code information, and outputs a multiple feed signal when multiple sheets feeding occurs, and removal portion for removing the target object from carrier portion upon receipt of the multiple feed signal.

The invention provides a navigation information correcting method. The method comprises the following steps of: detecting the state information of a carrier in driving, comparing the state information with the characteristic information of one characteristic point in a navigation path, judging whether the carrier passes through the characteristic point or not according to the comparison result, and then correcting the positioning coordinate of the carrier. In the other embodiment, the invention also provides a navigation device, which mainly utilizes a sensing module capable of sensing the carrier state, a signal processing unit and a storing unit stored with map information, wherein the sensing module is used for detecting the state of the vehicle in driving to generate the state information, the signal processing unit is used for comparing the state information with the characteristic information of the characteristic point in the navigation path, and then the deflected navigation path of the carrier is corrected to the correct position.

A carrier coordination device and system, a communications device and method, and a measurement device and method. The carrier coordination device includes: a receiving unit, used to receive interference information for describing interference suffered by a user equipment; and a coordination unit, used to determine an interfering source base station of the user equipment according to the interference information, and coordinate carrier use of the user equipment and / or the interfering source base station at least based on the interference information and carrier state information of the interfering source base station, to reduce the interference suffered by the user equipment. The technology can be applied in a wireless communications field.

A power machine includes a carrier comprising a supporting frame, an operator compartment and a joystick controller disposed in the operator compartment and configured to generate movement signals in response to operator movement of the joystick controller. An attachment is detachably coupled to the power machine. A carrier control unit is disposed on the carrier and configured to receive the movement signals from the joystick controller. An attachment control unit is disposed on the attachment and configured to control movement of the attachment. A network is coupled to the carrier control unit and to the attachment control unit and is configured to carry instructions from the carrier control unit to the attachment control unit. A state selection input is disposed in the operator compartment to select one of at least two operational states including a carrier state and an attachment state. In the carrier state, the carrier control unit is configured to control operation of the carrier in response to operator movement of the joystick controller. In the attachment state, the attachment control unit is configured to control operation of the attachment in response to operator movement of the joystick controller.

The invention discloses a mode recognition technique for different travel modes. The mode recognition technique takes green travel of an electric vehicle as background, three types of data, namely energy consumption, travelling carrier state and motion characteristics which are provided by an input terminal in motion and are monitored in real time, are preprocessed, then for a large amount of time, longitude, latitude, voltage, current, course and three-dimensional acceleration information, data segments of continuous data are cut into a track list according to the motion characteristic, extraction of power and travelling characteristics and vector calculation are carried out on the track list, results are input into a C4.5 classifier formed after the actual measurement to be calculated, and class of a track generating carrier is output. The mode recognition technique disclosed by the invention aims at screening out a green travel part in track unit and providing a data source for measurement and calculation of low carbon emission reduction green travel and the like.

The invention relates to the technical field of communication information, and discloses a carrier state conversion method and device, which are used for improving the service quality of business. The method comprises the following steps: on a wireless link circuit, an RLC (Radio Link Control) layer is controlled to report BO (buffer occupy) information to an MAC ( Media Access Control) layer, each piece of BO information comprises RB (Radio Bearer) number information and time delay values of all RBs; on the MAC layer, judging whether the BO information is a high time delay information or not according to the RB number information and the time delay values of all RBs is performed; judging whether ratio of the number of the high time delay BO information to the total number of the received BO information is larger than a preset activation threshold value or not is performed; if yes, the activation state of a current assistant carrier is detected, if the current assistant carrier is in an non-active state, the activation process is carried out, if the current assistant carrier is in an activation state, the activation of the assistant carrier is kept; if no, the activation state of the current assistant carrier is detected, if the current assistant carrier is in an non-active state, the non-active state is kept, and if the current assistant carrier is in an activation state, the activation process is carried out.

The present invention relates to the preparation and use of compositions for the treatment of skin disorders itchy and / or infected skin such as impetigo, acne (on face, forehead scalp and on the back of the body) and fungal infection of skin and nails. Whether the infection may be acute or chronic or sub-acute or acute on chronic. As well as for the promotion of non carrier state of the human beings and animals from some pathogenic bacteria such as staphylococci. The compositions are based on extracts from the plants Cassia tora, Centratherum anthelminticum and / or Melia azadirachta. A variety of other herbal extracts may be included and the composition may take the form of a freeze dried or a spray dried powder or presence of this in a cream or ointment based on Ghee, or in a cream or ointment form developed with any other vehicle, or they may be in a powdered form without spray drying. That spray dried or freeze dried powder may be suspended in a suitable mouth wash or nasal drops. The herbs may be in a powdered form of suitable for preparing decoctions in hot water. Laboratory results are of Specimen Example 2. Specimen Example 1 I have found working on the patients clinically as broad spectrum covering pustules as well as fungal infections.

The invention, which belongs to the field of real-time monitoring of dangerous goods transportation or storage, discloses a dangerous goods monitoring system based on Beidou first-generation satellite communication. The monitoring system is composed of a sensor module, a processing module, a Beidou first-generation satellite communication module, an alarm module, a man-machine interaction module, and a power supply module. The sensor module is used for detecting various states of dangerous goods and transport equipment; the processing module is used for determining whether dangerous goods and carrier states are normal based on sensor data and sending out an early-warning or alarming instruction automatically; the Beidou first-generation satellite communication module is used for sending the sensor data and alarming information to a Beidou communication terminal of a monitoring center or the rescue processing staff; the alarm module is used for reminding the related staff of taking measures by an acousto-optic and electric signal; the man-machine interaction module is used for configuring a monitoring working parameter and outputting related information; and the power supply module is used for guaranteeing the power supply demand of the monitoring system.

The present invention relates to a method and device for indicating a carrier and a carrier state in a wireless communication network. The maximum number of the carriers is N. The method comprises: indicating the activation / deactivation states of all configuration carriers in a single MAC CE or indicating the activation / deactivation states of the carriers in changing carrier groups, wherein each carrier group is associated with one byte of the effective load in the MAC CE which includes a sub header and the effective load. A base can send carrier group identification numbers and carrier subindex to a user device, and the carrier group identification numbers are configured to indicate the carrier group where the carrier subindex is located. Based on the scheme of the invention, compared to the prior art, the signaling overheads for indicating carriers and / or activation / deactivation states of the carriers are reduced and the good compatibility of a current network is maximally realized in the condition of supporting the number of carriers which is more than the number of the R11.

The invention discloses a real-time monitoring device for carrier state based on a radio communication and sensor technology, comprising a carrier with an electronic lock, a group of state sensors, amagnetic switching sensor, a signal processing module, an alarm, a short-distance wireless receiving-sending module, a positioning module, a data packet enciphering module and a communication module.The real-time monitoring device comprehensively uses GPS, GSM / GPRS / CDMA, GIS technologies, as well as a radio communication technology and a network technology to realize the functions such as state monitoring, use authorization setting, super-distance alarming / object-searching and the like on the carrier device, and can provide position information and a plurality of state information of the carrier device in real time. Signals can be sent out to the supercargo and a monitoring center when the carrier is opened illegally and the distance between the carrier and supercargo is exceeded and thestate of the carrier is abnormal, so that the management and use of the carrier device in fixed placing, escorting, moving and hand over process are more in line with safety specification.

The invention discloses an uplink auxiliary carrier state control method, an uplink auxiliary carrier state control device and a base station. During uplink auxiliary carrier state control, the demand state of a user terminal and the load state of an uplink auxiliary carrier cell associated with the user terminal are acquired, and the activation state of the uplink auxiliary carrier of the user terminal is set dynamically according to the obtained demand state of the user terminal and the obtained load state of the uplink auxiliary carrier cell, namely, the uplink auxiliary carrier is set to an activated state to obtain higher uplink transmission rate when that there is a need to activate the uplink auxiliary carrier currently is judged dynamically according to the demand state of the user terminal and the load state of the uplink auxiliary carrier cell, and the uplink auxiliary carrier is adjusted to a deactivated state to reduce the consumption of network dynamic resources when that there is no need to activate the uplink auxiliary carrier currently is judged dynamically according to the demand state of the user terminal and the load state of the uplink auxiliary carrier cell.

The invention discloses a carrier wave state indicating method and device used to support activation and deactivation of carrier waves in NR. The method comprises that a communication device communicates with network equipment in the first uplink carrier wave based on the first downlink carrier wave, the communication device receives carrier wave state indication information sent by the network equipment, the carrier wave indication information indicates carrier wave states of M carrier waves corresponding to cells, providing services for the communication device, of N network equipment, the carrier wave states include activation and deactivation states, the carrier state indication information indicates the first downlink carrier wave in the deactivation state and the first uplink carrierwave in the activation state, and the first downlink and uplink carriers waves are selected from the M carrier waves.<{EN11}>The method can be used to realize carrier wave activation and deactivationflexibly in the NR.<{EN11}>The method can be used to realize carrier wave activation and deactivation flexibly in the NR. The method can be used to realize carrier wave activation and deactivation flexibly in the NR.<{EN11}>The method can be used to realize carrier wave activation and deactivation flexibly in the NR.

The invention discloses a method and system for carrying out activation / deactivation control on a secondary carrier of a multicarrier network. The method comprises the following steps that: a wireless network controller sends a secondary carrier state control condition for indicating to allow or forbid to activate / deactivate the secondary carrier to a node B; the node B judges whether operation indicated by the secondary carrier state control condition is the same as operation indicated by a secondary carrier state control order or not; if so, the secondary carrier state control order is sent to the terminal; and if not, the secondary carrier state control order is forbidden to be sent. With the adoption of the method and the system provided by the invention, the flexibility configured to the carrier by the network is improved by controlling the node B through an RNC (Radio Network Controller).

A multiple sheets feeding detection apparatus, sorter, and method of detecting multiple sheets feeding are provided which can ensure reliable detection of multiple sheets feeding without causing any damage to target objects and can increase the processing capability by high-speed detecting operations.The multiple sheets feeding detection apparatus comprises a passage detector that detects passage of a target object, a management code detector that receives management code information wirelessly sent from an RFID tag of the target object, a controller that determines a carrier state of the target object on the basis of passage information and the management code information, and outputs a multiple feed signal when multiple sheets feeding occurs, and removal portion for removing the target object from carrier portion upon receipt of the multiple feed signal.

The invention discloses an intercarrier interference elimination-based cognitive OFDMA system carrier detection method. The method comprises the following steps of: pre-judging all carriers of which the states are not judged by using a high-conservation threshold lambda H and a low-conservation threshold lambda L by a cognitive user; starting an intercarrier interference elimination algorithm forthe carriers of which the states are not judged; determining whether to remove interfering energy from the currently detected carrier energy according to the adjacent carrier state and whether to judge the currently detected carrier state by using a threshold lambda 1; updating the high-conservation threshold lambda H and the low-conservation threshold lambda L according to a set of the carriers of which the states are not judged; and continuously repeating the steps till the states of all carriers are judged. The method overcomes the disadvantage of high false alarm probability because the conventional energy detector cannot identify intercarrier interference and master user signals, and has the advantages of low computational complexity, capacity of resisting the intercarrier interference well, and high detection probability and low false alarm probability under the condition of larger carrier frequency deviation.

The invention provides a rapid detection kit for vibrio parahaemolyticus and a detection method thereof. The time spent on sample solution preparation and result judge consumes 50min and the detection sensitivity can reach 100fg / 25g. The rapid detection kit and the detection method have the advantages of being simple and convenient in operation process, short in consumed time, strong specificity, high sensitivity, low cost and the like. The method can effectively analyze a carrier state of a sample and can treat the sample by high throughput; the labor is greatly saved and the detection cost is reduced; and the method can be widely applied to the detection of the vibrio parahaemolyticus of the samples in aquatic products, gastrointestinal vomits and excrements of clinical patients and the like by all grades of supervision and management mechanisms of foods and drugs, disease prevention and control laboratories and the like.

The invention discloses a state estimation method based on novel adaptive high-order unscented Kalman filter, which belongs to the field of high-speed carrier state estimation in passive radar tracking. The method provided by the invention comprises the steps that a non-linear discrete state model and a measurement model of a target tracking system are established; the optimal free parameter k isselected according to the state dimension of the target tracking system; a high-order UT is established to acquire state adoption points and weights; sampling points are transferred through a nonlinear function; the optimal adaptive factor is brought into a state one-step prediction covariance matrix; a high-order UT is established to acquire measurement adoption points and weights; the sampling points are transferred through the nonlinear function; a gain matrix is calculated; and posterior state estimation output and the output of the covariance matrix are carried out. According to the invention, the influence of a strong nonlinear maneuvering target and large mutations on a filter is effectively suppressed; the method has a good influence on different sampling intervals and different corner rates; and the influence of dynamic model errors is reduced.

The present invention provides methods and apparatus for triggering a SI report in a multi-carrier system, and the method includes: in a multi-carrier system, configuring a timer in UE corresponding to each carrier assigned to the UE, when a state of one of the carriers meets a preconfigured condition, starting or restarting the timer corresponding to the carrier, if the timer expires, triggering a SI report; or configuring a timer in UE corresponding to all carriers, when a state of one of the carriers meets a preconfigured condition, starting or restarting the second timer, if the second timer expires, triggering a SI report. The present invention provides technical solutions for triggering the SI report according to states of the carriers when there are multiple different carrier states, and thus the SI report is triggered in the multi-carrier system.

The invention relates to the technical field of biological detection, in particular to a culture medium for detecting microorganisms in human blood and a preparing method for the culture medium. The culture medium for detecting microorganisms in human blood comprises a basic culture medium and additives; the additives comprise the following substances of, by mass, 5-15 parts of peptone, 2.5-7.5 parts of sodium chloride, 1-3 parts of glucose, 0.5-4 parts of lactose, 1.5-3.5 parts of phosphorus source, 0.01-0.08 part of bile salt pig, 0.5-6 parts of mannitol, 1-3 parts of sodium pyruvate, 1-6 parts of amino acid, 1-8 parts of beta-nuclear glycosidase substrate, 1-3 parts of mango extract, 0.02-0.58 part of metal salt, 0.01-0.05 part of surfactant, 7.2-7.5 of pH value, and 1000 parts of distilled water. According to the culture medium for detecting microorganisms in human blood, the true content of different microorganisms in blood can be directly inferred by colony counting and using solid culture medium, whether the blood is in a carrier state or has reached the pathogenic concentration can be determined from the quantitative point of view, so that veracity of detecting results is further improved.

The invention relates to a system and method for identifying the balanced translocation carrier state of an embryo. The system includes the following units: (1) a sampling unit; (2) a sequencing unit; (3) a copy number analysis unit; (4) an SNP analysis unit and (5) a comparison unit. The system and method provided by the invention adopt a single sperm amplification mode and a targeted PCR way to look for a break site, the operation is relatively simple, the PCR amplification bias can be effectively reduced, the sensitivity is high, embryo aneuploid screening and balanced translocation carrier state information can also be provided, and the system and method have relatively simple and practicable operation, are low in cost, and are easy for popularization and application.

The invention discloses a carrier state real-time monitoring platform based on a GIS technology, comprising a data management module, a communication interface module, a history track module and a man-machine interaction interface module. Real-time positioning, communication and monitoring management can be carried out on a monitored carrier by the platform, and communication can be carried out with the supercargos and supply navigation. The platform provides operations such as querying, adding, deleting and information modifying of the carrier and management personnel, can simultaneously monitor a plurality of carrier terminals and process alarming information, and can provide history track playback of the carrier.