55results about "Counting input from several resources" patented technology

Billing a customer through an intermediary billing system for a transaction by receiving, at the intermediary billing system, a transaction request associated with a transaction amount and a customer identification code, validating, in the intermediary billing system, the transaction request by determining whether the customer identification code corresponds to a customer that is registered with the intermediary billing system, and sending, in the case that the transaction request is valid, a billing event trigger associated with the customer identification code to an external billing mechanism, the billing event trigger representing the transaction amount.

An implantable pedometer for measuring the amount of joint use is disclosed. The implantable pedometer includes a sensor adapted for detecting indicators of joint usage. A counter is configured for storing count data corresponding to the number of indicators detected by the sensor and a telemetry circuit is configured for transmitting the count data outside of the body.

At least one exemplary embodiment is directed to an image forming apparatus configured to perform printing when a reservation request including a count value for the printing is accepted by a management apparatus that performs charging management according to a print result, the image forming apparatus including: a transmission unit configured to transmit, to the management apparatus, a reservation request including a count value for printing a part of a print job before completing analysis on the entire print job; and a printing unit configured to perform printing according to an acceptance of the reservation request by the management apparatus.

A performance monitor device includes an input unit to input both of address information and event occurrence information, an address mask unit to determine an address area to which each piece of the inputted address information belongs, an execution frequency counter to count a number of times of execution of programs in the address areas, an execution frequency holding unit to hold a counting result of the number of times of execution, an event occurrence information counter to count the event occurrence information corresponding to the address areas having the counting result of the number of times of execution included within a predetermined number of highest ranks, a holding unit to hold a counting results of the event occurrence information, and a storing unit to store the counting result of the event occurrence information corresponding to the address area having the highest number of times of execution in predetermined periods.

An information processing apparatus includes an acquisition unit that acquires a number of objects lining up in a queue when a target object targeted for measuring a queuing time enters the queue, a first detection unit that detects an object exiting the queue, and a measurement unit that measures, as a queuing time of the target object in the queue, a period from a time when the target object enters the queue to a time when a number of objects corresponding to the number acquired by the acquisition unit are detected by the first detection unit after the target object enters the queue.

A learning apparatus includes a storage unit configured to store a network formed by a plurality of nodes each holding dynamics; a learning unit configured to learn the dynamics of the network in a self-organizing manner on the basis of observed time-series data; a winner-node determiner configured to determine a winner node, the winner node being a node having dynamics that best match the time-series data; and a weight determiner configured to determine learning weights for the dynamics held by the individual nodes according to distances of the individual nodes from the winner node. The learning unit is configured to learn the dynamics of the network in a self-organizing manner by degrees corresponding to the learning weights.

An automated network triggering-forwarding device connected with a control computer and an information input equipment by a network or a cable, respectively, is provided, which comprises a static output module, a dynamic forwarding module, and an information feedback module. A preset trigger signal is output by touching a key or combination of keys of a key output module, the output information of the information input equipment is forwarded to the control computer by the dynamic forwarding module, and the information fed back by the control computer is displayed on the feedback display module and a voice prompt is provided through the voice output module by the information feedback module. The buttons are imparted with different output definitions according to different service requirements, and tart triggering other recognizing devices to operate when needed according to operator demand. The dynamic output function can be externally connected with a plurality of non-network equipment.

The invention provides a real-time human body action recognition and counting method, which comprises the following steps: acquiring video data, obtaining human body skeleton point data, and generating action data of a time sequence; performing fixed-point judgment on the action data according to the position information of skeleton points in the time context, and determining the action category; intercepting action data according to a time interval, analyzing related skeleton points of the action data, generating an action mode sequence of the skeleton points corresponding to the action data, and calculating a mode distance between the action mode sequence and an action mode sequence of a predefined standard action sequence; judging whether the mode distance is smaller than a threshold value or not, if so, adding 1 to the count, otherwise, keeping the count unchanged; and returning the action category and a counting result, and updating and displaying on a user interface. According to the invention, action types are judged through fixed-point recognition, and actions are counted in combination with mode setting and distance calculation, so that real-time and accurate action recognition and counting operation is provided for a user.

The invention relates to the field of leisure, and specifically discloses wearable equipment for calculating the fishing pole throwing frequency and a calculation method. The wearable equipment for calculating the fishing pole throwing frequency comprises a wearable device, and is characterized in that the wearable device is worn on the hand holding the pole or installed on the fishing pole, the wearable device is provided with a display screen capable of displaying the number of fishing pole throwing times, the wearable device is internally provided with a detection assembly, the detection assembly comprises a sensor used for detecting a numerical value parameter, a microcontroller, a power supply and a peripheral circuit, the power supply provides power for the whole wearable device, a signal output end of the sensor transmits to the microcontroller, the whole detection assembly is provided with counting software, and different counting modes are set according to different fishing modes. According to the invention, the number of fishing pole throwing times everyday of a fisherman is automatically recorded, the number of fishing pole throwing times can serve as a technical index in one fishing activity, and the fishing enthusiasts can be helped to improve the technique thereof through analysis.

The invention discloses a precursor chemical monitoring system, including emission chips, counters and a monitoring platform. The emission chips are used for being installed on holding barrels holding precursor chemicals and are capable of sending wireless signals to the external. The counters can count the holding barrels in a predetermined area by receiving all the wireless signals of the emission chips in the predetermined area. The monitoring platform receives the statistic of the counters and monitors the statistic. The holding barrels holding precursor chemicals are provided with the emission chips in advance, the counters are arranged in the predetermined area, when the holding barrels enter the predetermined area, the counters in the predetermined area start counting, and the monitoring platform is used for monitoring the statistic of the counters, so that a fact that the number of the holding barrels exceeds a predetermined value in a condition that the number of the holding barrels in the predetermined area is unknown is avoided, and the precursor chemical monitoring system can effectively solve the problem that the precursor chemical number in the predetermined area cannot be effectively monitored.

A system and method for performing counting operations for a plurality of components is disclosed. A memory stores a plurality of counts from different components. The memory is coupled to a counter and the plurality of counts are accessible to the adder for adding addends to the plurality of counts. A count engine controls the adding of the addends to the plurality of counts.

The invention is a digital counter used to record great number, composed of at least two counters. Its character: input end of each counter is set with enable inlet and clock inlet, and output end set with carry outlet, all the carry outlets are connected in parallel and connected with an aND circuit, all the count values are prime, when each carry outlet generates signal, the output signal of the AND circuit is the product of numbers of all the counters.

The invention discloses a ground-based telemetering data frame counting overflow repair and error code detection repair method. The method comprises the following steps: standardizing all telemetering station data files and outputting an intermediate file; selecting an intermediate file containing a take-off ignition moment, and traversing frame data in sequence to search and determine a reference frame; calculating a corresponding time scale conversion frame count according to the frame header time scale of the current frame; and judging whether the current frame recording frame count is consistent with the corresponding time scale conversion frame count, detecting whether error codes exist in the frame count, and calculating the frame count after overflow repair, namely absolute frame count. According to the characteristics of the telemetering data, the basic corresponding relation between the telemetering data frame header time mark and the frame count is utilized, the special conditions that the frame count returns to zero after taking off, the take-off frame is not consistent with the return-to-zero frame and the like are processed, and under the condition that the time mark error is not corrected, overflow repair and error code detection repair of the frame count are achieved.

The invention relates to the technical field of speech recognition, and discloses an automatic text speech input system for a telephone network, which comprises MIC hardware, a speech recognition chip, a speech recognizer, an MCU micro-control unit and client hardware; the MIC hardware is hardware equipment for recording voice; a spectrum analysis system and a feature extraction function are integrated in the speech recognition chip, and the speech recognizer is arranged in the speech recognition chip and can analyze and recognize collected speech. According to the invention, MD5 encryption operation is immediately carried out on the voice information processed by the MCU; even if the system is intruded and data is stolen in the data transmission process, information leakage cannot be caused, and as MD5 encryption operation is irreversible, namely, decryption cannot be completely carried out again, the database cracking and colliding mode is extremely low in efficiency, information content cannot be completely displayed, and information security can be guaranteed to the maximum extent.

The invention discloses a system for finely counting the egg laying quantity in a cage-rearing laying hen house. The system comprises a server, a database, a laying hen house module, an in-house environment test module, a main control unit, a behavior analysis module, a visual acquisition and labeling module, a mechanical arm sorting module, a conveying module, a counting module, a wireless transmission module, a counting module and a display module. The in-house environment testing module adopts a sensor to detect the in-house environment, the behavior analysis module adopts a high-definition camera to monitor, analyze and record egg laying, feather picking and feather combing behaviors of laying hens, and the visual acquisition and labeling module adopts mechanical vision to detect and label the egg surfaces, the health condition of the laying hens and the egg surfaces. The mechanical arm sorting module adopts an industrial automatic mechanical arm, and moves along the X axis, the Y axis and the Z axis to sort and pick up the laying hens. The system has the advantages that the condition of the laying hens is conveniently detected, the influence of the environment on egg laying of the laying hens is recorded, abnormal eggs are marked and sorted, and the egg yield is conveniently counted and observed.

The invention discloses an interface data processing method and device, and relates to the technical field of computers. A specific embodiment of the method comprises: receiving a data calling request, obtaining a method identifier in the data calling request, and extracting an input parameter list corresponding to the method identifier and a corresponding numerical value of each parameter based on preset configuration information; executing a calling program according to the input parameter list and the corresponding numerical value of each parameter; when a calling program is executed, obtaining counters configured for the method identification and the corresponding numerical values of the parameters, so that the counters are updated; and receiving a calling query request, obtaining a query object in the calling query request, and counting and outputting calling information of the query object based on the method identifier and a counter configured by a numerical value corresponding to each parameter. Therefore, the embodiment of the invention can solve the problem that only the call amount of the interface dimension can be counted and more refined call amount counting cannot be carried out in the prior art.