54results about "Performing count operation" patented technology

An atomizer for a fluid, in particular, a fluid for medical aerosol therapy. In order to allow simplified operation and improved safety in use, the atomizer has a counter device for counting the number of operations of the atomizer and the number of containers inserted. The atomizer is locked against further operation and / or against removal of the current container or insertion of a new container, if a certain number of operations of the atomizer and / or a certain number of containers inserted has / have been reached or exceeded.

An atomizer for a fluid, in particular, a fluid for medical aerosol therapy. In order to allow simplified operation and improved safety in use, the atomizer has a counter device for counting the number of operations of the atomizer and the number of containers inserted. The atomizer is locked against further operation and / or against removal of the current container or insertion of a new container, if a certain number of operations of the atomizer and / or a certain number of containers inserted has / have been reached or exceeded.

A method and apparatus provides for accurately synchronizing a plurality of sensors, as well as for providing accurate timing information (e.g. timing metadata) associated with the synchronized data capture. According to one aspect of the invention, an apparatus includes a synchronization circuit that stores a counter having a value corresponding to the delay characteristics of an associated sensor. The counter is used to provide a synchronization pulse to the associated sensor which is offset from a desired synchronization time by an amount that will compensate for the delay characteristics. In one example, one counter is provided for each associated sensor, allowing a high degree of accuracy in synchronization among a plurality of sensors. According to another aspect of the invention, the synchronization pulses are locked onto and derived from a pulse received from a GPS receiver. The GPS receiver is also used to mark time associated with the generated synchronization pulses, and thus obtain highly accurate time information (e.g. metadata) associated with the synchronization pulses provided to the sensors.

It is an object of the invention to provide a droplet ejection apparatus capable of detecting whether or not a missing dot (absence of a pixel) actually occurs on a formed image. The droplet ejection apparatus of the invention has a driving circuit, a reciprocating mechanism and a plurality of droplet ejection heads. Each head includes a cavity filled with a liquid, a nozzle communicated with the cavity and an actuator, and ejects the liquid within the cavity through the nozzle in the form of droplets by driving the actuator by means of the driving circuit to change an internal pressure of the cavity while moving the plurality of droplet ejection heads relatively with respect to a droplet receptor by the reciprocating mechanism so that the ejected droplets land on the droplet receptor. The droplet ejection apparatus includes ejection failure detecting means 10 for detecting an ejection failure of the droplet ejected through each of the nozzles. The ejection failure detecting means 10 detects the ejection failure with respect to a droplet ejection operation of each droplet ejected through the nozzles when the plurality of droplet ejection heads eject the droplets onto the droplet receptor.

A radiation detection and counting system (2) includes a radiation detector element (5) for outputting a signal related to an energy of a radiation event received thereby and an amplifier (8) for amplifying the signal output by the detector element (5). A gain equalization circuit (10) adjusts the gain of the amplified output signal and a plurality of comparators (12) compare the gain adjusted amplified output signal to a like plurality of different valued threshold signals that are independently adjustable of each other A plurality of counters (20) is operative whereupon only the counter associated with the one comparator (12) that changes state in response to the peak of the gain adjusted amplified output signal exceeding the value of the trigger threshold signal thereof is incremented. A storage (24) stores the incremented value of each counter (20) accumulated over a sample time interval and data output logic circuit (26) transfers the stored accumulated counts out of the storage.

A timing circuit that can function as an accurate persistent node in an RFID tag includes a power capture circuit for capturing power from a power source, and a counter circuit that provides a count representing a progression of time. The count can then be compared to a reference value representing a time constant of the circuit.

A droplet ejection apparatus includes ejection failure detecting means for detecting an ejection failure, counting means for counting the number of ejection failures, and droplet receptor transporting means which carry out discharge and feed of the droplet receptor. The ejection failure detecting means detect the ejection failure with respect to a droplet ejection operation when the plurality of droplet ejection heads eject the droplets onto the droplet receptor. In the case where the number of ejection failures exceeds a predetermined reference value, the droplet ejection apparatus stops the droplet ejection operation and operates the droplet receptor transporting means to discharge the droplet receptor from and feed another droplet receptor to the droplet ejection apparatus to carry out a new and same droplet ejection operation with respect to the fed droplet receptor.

An output timing control circuit of a semiconductor apparatus includes a delay amount counter block configured to count a delay amount of an output reset pulse signal based on an external clock signal and output a first counting code, wherein the delay amount counter block is configured to control the delay amount of the output reset pulse signal depending upon a frequency of the external clock signal; an operation block configured to subtract a code value of the first counting code from a code value of a data output delay code, and output a delay control code; and a phase control block configured to control a phase of a read command signal by the number of clocks of a DLL clock signal corresponding to a code value of the delay control code, and output an output enable flag signal.

A rotation speed detection circuit includes an internal clock generation portion which receives an input of a period signal whose period varies in accordance with rotation speed of a motor and generates an internal clock signal having a predetermined number of pulses in one period of the period signal, and an internal clock counter portion which counts the number of pulses of the internal clock signal for a predetermined period every one period of the period signal and delivers a count value thereof as a digital data signal.

The invention involves a kind of power protection industry counter and the counting methods, including microcontroller, counting signal acquisition and conditioning circuit, power protection circuits, timing clock, and relay driver output circuit, LCD modules and restart and reset circuit; the relay driver output circuit is used for driving relay; the timing clock is used for power off interruption and saving the interruption data; the counting signal acquisition and conditioning circuit is used to the trigger of external interrupt of chip; the interrupt signal through the non-door, resistance R1, triode and external interrupt of chip, the output voltage pulse from the sensor through signal conditioning circuit to implement the jump of high and low level voltage of external interrupt INT0; external interrupt mode is set to falling edge triggering, when the external interrupt is triggered, enter the interrupt service procedures and process count. The beneficial effect of this invention is: a relay output function, easy and convenient operation, safe and reliable, low cost, and a wide application range.

According to one embodiment, a backlight control apparatus includes a setting section which sets a count value according to a cycle of a PWM pulse signal, a counter section which counts to the count value set by the setting section, a comparing / changing section which compares an actually measured count value of the counter section at a timing of a given vertical synchronous signal with a set count value set according to the cycle of the PWM pulse signal so as to change the count value according to the compared result, a determining section which generates a histogram of a given video signal so as to determine a duty ratio based on the histogram, and a PWM pulse signal generating section which generates a PWM pulse signal based on the counted result from the counter section and the duty ratio determined by the determining section.

In a counter circuit of a control signal generating circuit, a selector circuit selects under control which is in accordance with a selector circuit control signal (CTR) a predetermined one in a signal VSYNC and a signal HSYNC, which are pulse signals, so as to input a pulse signal thus selected to a counter. The counter outputs a counted result of pulses of the inputted pulse signal. By use of the counted result, a VSYNC synchronization signal generating circuit or an HSYNC synchronization signal generating circuit generates a control signal to control the driving of image display.

It is an object of the invention to provide a droplet ejection apparatus that can detect whether or not a missing dot (absence of a pixel) actually occurs on a formed image, and can carry out appropriate recovery processing according to a cause of the ejection failure without conventional sequential recovery processing by identifying the cause thereof in the case where a missing dot is detected. The droplet ejection apparatus of the invention includes a plurality of droplet ejection heads, ejection failure detecting means 10 for detecting an ejection failure of the droplet through the nozzle, and recovery means 24 for carrying out recovery processing to eliminate a cause of the ejection failure of the droplet. The ejection failure detecting means 10 detects the ejection failure with respect to a droplet ejection operation of each droplet ejected through the nozzles when the plurality of droplet ejection heads eject the droplets onto the droplet receptor. In the case where the ejection failure is detected, the droplet ejection apparatus 1 interrupts the ejection of the droplets onto the droplet receptor and make the recovery means 24 carry out the recovery processing in accordance with the cause of the ejection failure.

The invention discloses an air pollutant concentration forecasting method and device and a storage medium. The method comprises the following steps: constructing a training set, a verification set and a test set according to a data set, wherein the data set is obtained by collecting pollutant concentration data and meteorological data of a target area within a preset time length; constructing an adjacent matrix A of a graph structure according to spatial distribution of monitoring stations in a target area; establishing a neural network model F (x;theta|A), wherein x is input data of a neural network model and comprises pollutant concentration data and meteorological data in a set time period; training the neural network model by using data of a training set, adjusting a parameter theta of the neural network model by using data of a verification set and data of a test set, and obtaining a corrected neural network model; and forecasting the air pollutant concentration by using the corrected neural network model.

The invention relates to an indicator for a device for dispensing a liquid or powdery product, said indicator comprising an actuating element (1) that can be axially displaced between an idle position and an actuating position, a rotatable counting element (5), and a driving element (6). According to the invention, the driving element (6) transforms an axial displacement of the actuating element into a rotary displacement of the counting element (5), the counting element (5) comprising teeth (9) which co-operate with elastic means (7, 8) of the driving element (6). Said elastic means (7, 8) are provided with at least two flexible tabs (7, 8), at least one first flexible tab (7) co-operating with the teeth (9) of the counting element (5) in order to rotate the counting element (5) in a counting direction when the actuating element (1) is displaced from the idle position thereof towards the actuating position thereof, and at least one second flexible tab (8) co-operating with the teeth (9) of the counting element (5) in order to rotate the counting element in the same counting direction when the actuating element (1) returns from the actuating position thereof to the idle position thereof.

The semiconductor device according to the present invention generates pulse width modulation signals for controlling inverter circuits that drive a motor. The semiconductor device includes: a first register which holds values for determining a period in which each pulse width modulation signal becomes active; a correction buffer which holds a correction value; a first counter; a second counter which counts a value obtained by temporally advancing or delaying a count value of the first counter; a selector which selects the count value of the first counter or the count value of the second counter; and a pulse width modulation control unit which generates each pulse width modulation signal, logical values of which are switched in a timing when the selected count value matches the value held by the first register.

A nebulizer (1) is proposed which receives a container (3) with a fluid (2) and an indicator device (25). The indicator device stops further use of the container in a locked state when a predetermined number of uses has been reached or exceeded. In the locked state, a locking device (26) locks the nebulizer against rotation in a partially tensioned state and, thus, against further use. After replacement of the container including the indicator device, the nebulizer can be used again.

An increasing monotonic counter over n bits formed as an integrated circuit, including an assembly of 2n+1−(n+2) irreversible counting cells distributed in at least n groups of 2p−1 counting cells, where p designates the group rank, and at least n−1 parity calculators, each calculator providing a bit of rank p, increasing from the most significant bit of the result count, taking into account the states of the cells of the group of same rank.

Inhaler device counter (20) for displaying the number of remaining doses in an inhaler device (10). The counter (20) comprises a counter mechanism and a display arrangement (60), wherein the display arrangement (60) is of pointer-gauge type with a static display section (90) provided as an integrated part of a transparent display containing part (150, 300) of a counter housing (70). There is also provided a method.

A counting mechanism (100) for a dispenser comprising: a first and a second housing part (110, 120) that are rotatable relative to each other; and a counting ring (130) disposed between the housing parts. The first housing part has a protrusion (111) which abuts the counting ring, holding a portion of the counting ring in contact with the second housing part. The relative rotation of the housing parts causes the protrusion to slide against the surface of the counting ring to drive a rolling movement of the counting ring around the circumference of the second housing part, such that a predefined rotation of the housing parts produces an incremental rotational displacement between the counting ring and second housing part to record a count. The counting mechanism provides a large gear reduction ratio in a compact form which is straightforward to manufacture and provides an accurate and reliable record of counts.

The invention relates to a mechanical pulling wheel type counting and coding anti-counterfeiting seal. The mechanical pulling wheel type counting and coding anti-counterfeiting seal is characterized in that a counting rod is arranged at the top end of the inner side of a fixing sleeve, and is sleeved and fixedly provided with a triangular pyramid; the portion, below the triangular pyramid, of thecounting rod is sleeved with a lantern ring; the portion, below the lantern ring, of the counting rod is provided with a pressing plate; a positioning stopping block is arranged at the bottom end of the counting rod; a spring is arranged below the positioning stopping block; a seal mold is arranged below the spring, and is provided with a seal mold shaft; a rotating shaft is arranged on one side of the counting rod, and is sleeved with a counting wheel; the counting wheel is fixed through a fixing frame, and is provided with a baffle; a pulling wheel hook is arranged on the rotating shaft; a fixing shaft is arranged at the bottom of the fixing frame, and is provided with an anti-retreating ejecting rod; and a convex point is arranged on the back side of the counting wheel. The mechanical pulling wheel type counting and coding anti-counterfeiting seal has the beneficial effects that it is prevented that the seal is stolen for use, the problem that the seal is privately used is eradicated, a public security organization is well documented, and time and labor are saved.

The embodiment of the invention provides an image processing method and device, electronic equipment and a storage medium, and the device comprises a preprocessing module which is configured to carryout feature extraction of a source image to obtain a feature data set corresponding to the source image; an image processing parameter determination module configured to determine image processing parameters corresponding to the feature data set according to the feature data set; and a processing module configured to process the source image according to the image processing parameters. The imageprocessing device can automatically generate the image processing parameters matching the source image in the working process, and the image processing process is intelligent.

A timer circuit for setting a reload value according to a time to be measured and carrying out count operation based on the set reload value, comprising: a memory configured to store a plurality of reload values; a reload value address generation circuit configured to generate a reload value address indicating a storage location of each of the plurality of reload values in the memory; a counter configured to carry out count operation based on the reload value read out from the memory referring to a reload value address generated in the reload value address generation circuit; and a timer control circuit configured to control update of the reload value address in the reload value address generation circuit and read-out of the reload value from the memory to the counter.

The invention provides a command monitoring method and device, a controller, a system, equipment and a storage medium, and the method comprises the steps: obtaining the first address information of a target storage unit array specified by an activation command and the current configuration information of all storage unit arrays in the storage when the activation command of the storage is monitored; based on the first address information, indexing the current configuration information and a preset address hash table, a first target counter specified by the activation command from a preset counter table, wherein the total number of counters in the counter table is less than the total number of memory cell arrays in the memory; judging whether the count value of the first target counter reaches a first threshold value or not; and if the count value of the first target counter reaches a first threshold value, stopping sending of the activation command, and sending a refresh management command request to a refresh controller of the memory. According to the method and the device, hardware resources of the counter can be saved under the condition that data loss caused by the line hammering command is prevented.