3004 results about "Band counts" patented technology

A long-term usage profile and a congestion state metric are used to determine QoS treatment to apply to packets corresponding to a given network user. A user's historical long-term use, measured over one or more periods of time, is used to generate a profile that is compared to one or more predetermined usage threshold level(s). If the usage profile, either singular or composite corresponding to whether one or more than one measurement is used respectively, exceeds the threshold(s), QoS treatment is applied to service flow bytes according to the comparison results during times of network channel congestion. Congestion metrics are determined based on a count of the number of bytes dropped during a congestion measurement window. Either the count itself or the count rate of change combined with the count are compared to a congestion threshold. If the measured / derived values exceed a congestion threshold, the channel is deemed congested.

An arbitrary node that belongs to a virtual LAN sends a request packet including a count value indicating the number of communication hops across nodes to each of its adjacent nodes that belong to the virtual LAN and are adjacent. Upon receiving the request packet, each of the adjacent nodes sends the request packet in which the count value is incremented or decremented, as predetermined, to each of its adjacent nodes that belong to the virtual LAN and are adjacent to the node, excluding a sender of the request packet received, and sends a reply packet including the sender's address (sender address), an address of the node that is a replying node (replying node address), and the count value to a given return destination. The return destination collects reply packets sent thereto and keeps track of the topology of the nodes constituting the virtual LAN from information contained in the reply packets.

The present invention provides an energy delivery device for use with a medical treatment system for the more efficacious treatment of patients during laser surgery which limits the number of uses or prevents reuse of the energy delivery device after a certain threshold limit has been reached. The energy delivery device comprises a diffusing optical fiber and a memory device having data programmed therein and being operatively connected to an energy generator the optical fiber includes a temperature sensor for generating a temperature signal in a closed loop manner. The data stored in the memory device includes a multiplicity of use parameters, usage limits, usage counts, and count limits all relating to the properties of the medical treatment system. The use parameters may include an elapsed time, a total treatment time, and a number of treatment sites. A main processor is also included for calculating a temperature from the temperature signal and for updating the use parameters in response to data received by the main processor. The main processor is also used to compare the use parameters to their corresponding usage limits. The main processor can create and increment a usage count when at least one of the use parameters exceeds its corresponding usage limit. Thereafter, the main processor compares the usage count to the count limit and disables the energy delivery device when the usage count exceeds a predetermined count limit.

A subscriber of a communications network is enabled to top-up an account for a multimedia service provided on the communications network while the service is being provided. Real-time prepaid charging may be applied to a multimedia service being provided to a subscriber of a communications network. Both a count and a time period may be determined from an account balance, and the number of information units exchanged during the service and the duration of the service may be compared against the count and time period, respectively. Further processing may be defined to be performed if either and / or both thresholds are reached. A subscriber of a communications network may be notified of a threshold amount of service being reached while the service is being provided using the same session as is being used to provide the service (in-band) or using a different session (out-of-band). Further, a subscriber may be notified of a threshold being reached using a Short Message Service (SMS) by sending an SMS message to the subscriber. A subscriber of a communications network may be enabled to top-up a service account while the service is being provided using the same session as is being used to provide the service (in-band) or using a different session (out-of-band). To notify the client that a threshold for a service has been reached and / or to enable the client to top-up, either in-band or out-of-band sessions may be used based on any of a number of factors, including a characteristic of the session in progress implementing the service, the capabilities of the user terminal, the capabilities of the application and application server providing the service, or any combination thereof. A session for providing a multimedia service may be implemented using a multimedia control protocol capable of controlling (e.g., initiating, maintaining and terminating) a session that includes the exchange of multimedia content, including audio, video, data or any combination thereof. For example, such protocol may be the Session Initiation Protocol (SIP). Service content transmitted from a server to a subscriber on the subscriber's user terminal may be buffered (e.g., cached) in a buffer while the subscriber is provided the opportunity to top-up the account. While the subscriber is being enabled to top-up a prepaid account for a service, a different billing method, for example, postpaid charging, may be applied for the service until the subscriber tops-up or until the opportunity to top-up has elapsed.

A count is made of the number of mobile assisted handoff (MAHO) attempts between a service cell and a targeted cell. A count is also made of the number of times the targeted cell is considered a Best Candidate (BestCand) for handoff from the service cell. If the targeted cell is not included in the service cell's neighbor list, a potential neighbor cell (PNC), hysteresis is added to the targeted cell to prevent handoffs to the targeted cell. The MAHO and BestCand counts are determined and if the counts meet or exceed predetermined threshold values the targeted cell is added to the list. If the targeted cell is on the neighbor list, no hysteresis is added. If the count data does not meet or exceed the threshold values, the target is removed from the list

The invention discloses a mobile terminal and an application icon display method. The mobile terminal comprises a detection module, a counting module and an intelligent display module, wherein the detection module is used for recording application programs started in the mobile terminal by a user and time point in a preset time period; the counting module is used for dividing the preset time period into a plurality of preset time segments, and counting the names of the started application programs in each time segment according to the recorded application program name and the starting time point; and the intelligent display module is used for monitoring the current time, selecting one or more of the counted application program names corresponding to the current time segment when entering different preset time segments, and correspondingly displaying the shortcut icons of the application programs in a preset page according to the selected application programs. By using the mobile terminal and the method, the time of searching the application icons by the user is reduced, and the loss of a touch screen is reduced.

The invention provides a titanium clamp counting device and a repeating type titanium clamp applying the titanium clamp counting device. The titanium clamp counting device comprises a fixed shell, a character wheel base arranged in the fixed shell in a rotating mode and a counting character wheel arranged on the character wheel base in a rotating mode. Ratchets are arranged in the counting character wheel, the periphery of the counting character wheel is marked with numbers, and the side face of the counting character wheel is provided with the ratchets. The character wheel base is further provided with a drive rod and a push sliding block. The push sliding block is connected with the ratchets in the counting character wheel in an elastic and clamped mode. The fixed shell is provided with a retaining structure for preventing the counting character wheel from rotating reversely relatively by being matched with the ratchets of the counting character wheel. The titanium clamp counting device is simple in structure, stable in performance, capable of achieving counting or counting down when used in the repeating type titanium clamp and capable of enabling doctors to know the number of the residual titanium nails in the titanium clamp visually and bringing convenience to the doctors.

The present invention discloses a method for counting objects within defined area, using tag transceivers attached to each object and interrogating transmitters scattered at different places within the defined area. Each counting cycle is differentiated and identified and the tags avoid responding duplicate interrogation counting requests of the same identified counting cycle. The present invention improves the counting cycle by controlling data traffic transmission by dynamically changing the tags transmission probability parameter as a function of overall uncounted number of tags at each interrogation session. The present invention discloses a new transmission protocol for collisions' identification. Such protocol applies any modulating technique for the transmitted messages header, wherein the response transmissions are synchronized and include identical headers for identifying all received signals including corrupted signals.

An imaging device includes: a pixel array section having an array of pixels each of which has a photoelectric converting device and outputs an electric signal according to an input photon; a sense circuit section having a plurality of sensor circuits each of which makes binary decision on whether there is a photon input to a pixel in a predetermined period upon reception of the electric signal therefrom; and a decision result IC section which integrates decision results from the sense circuits, pixel by pixel or for each group of pixels, multiple times to generate imaged data with a gradation, the decision result IC section including a count circuit which performs a count process to integrate the decision results from the sense circuits, and a memory for storing a counting result for each pixel from the count circuit, the plurality of sense circuits sharing the count circuit for integrating the decision results.

An image sensor includes a plurality of pixels, a plurality of sense circuits, and a count circuit. Each sense circuit is configured to read out electrical signals from at least one pixel associated with the sense circuit in order to generate data representing whether or not photons have been received by the sense circuit. The count circuit is in communication with a sense circuit selected from the plurality of sense circuits. The count circuit is configured to provide integration results for the pixels associated with the sense circuits based on the data received from the sense circuits.

A memory device may include first and second latch sections configured to respectively store a target address and a recent input address, a comparison unit configured to compare an input address with the target address and the recent input address respectively stored in the first and second latch sections, and output a resultant signal, a counting section configured to increase a count corresponding to the recent address stored in the second latch section in response to the resultant signal, and a control unit configured to check the count of the counting section and update the input address to the second latch section in response to the resultant signal.

A device includes a data storing cell array including a plurality of groups of data storing cells each configured to be accessed responsive to the input of the corresponding one of the row addresses and a count value control circuit coupled to each of the groups of the data storing cells. The count value control circuit is configured to update a count value stored in each of the groups of data storing cells by a first value responsive to the input of the corresponding one of the row addresses in a first operation mode and to set the count value stored in each of the groups of the data storing cells to a second value responsive to the input of the corresponding one of the row addresses in a second operation mode.

Buffer circuitry receives data to be processed by electronic circuitry using a first clock signal associated with a first clock domain. The buffered data is output using a second clock signal associated with a second clock domain. The buffering of the data is associated with a buffering delay. Counting circuitry receives at a start count input a write timing signal associated with the first clock domain and with writing data to the buffer circuitry. The counting circuitry receives at a stop count input a read timing signal associated with the second clock domain and with reading data from the buffer circuitry. A count value accumulated between receiving the write timing signal and the read timing signal corresponds to the buffering delay. Control circuitry performs a control operation based on the count value.

Techniques are presented for determining current levels based on the behavior of a charge pump system while driving a load under regulation. While driving the load under regulation, the number of pump clocks during a set interval is counted. This can be compared to a reference that can be obtained, for example, from the numbers of cycles needed to drive a known load current over an interval of the duration. By comparing the counts, the amount of current being drawn by the load can be determined. This technique can be applied to determining leakage from circuit elements, such as word lines in a non-volatile memory. The accuracy and level of resolution can be further increased through use of sigma delta noise shaping.

The invention discloses a communication baud rate self-adaptive method, a device and a host computer thereof. The method comprises the following steps: after a slave computer receives a baud rate calibration code sent by the host computer, a built-in timer of the slave computer starts counting from a level falling edge caused by the baud rate calibration code at a preset frequency and stops counting at a level rising edge, and obtains a count value; and the slave computer obtains a baud rate generation register constant according to the count value, and the slave computer sets the baud rate generation register according to the baud rate generation register constant. By adopting the technical proposal, the self-adaptive adjustment of the communication baud rate is realized without adding any hardware, the hardware manufacturing cost is reduced, the method can be applicable to application occasions of any communication baud rates, and is especially applicable to the application occasion that a slave computer crystal oscillator is unstable.

A system shapes traffic in a multiport network device. The system includes multiple token buckets and token bucket logic. The token buckets correspond to multiple priority queues of the multiple output ports of the network device and store one or more tokens. Each of the tokens corresponds to a byte of one or more received packets to be transmitted by the network device. The token bucket control logic generates the tokens for the token buckets. The token bucket control logic includes a master counter and multiple bucket counters. The master counter counts to a first count value and generates a done signal when the count reaches the first count value. The bucket counters, corresponding to the token buckets, receive the done signal, count to a second count value, and generate a token increment signal for storing a token in the corresponding token buckets when the count reaches the second count value.

The invention provides a distributed query method and a distributed query system for a complex task of querying massive structured data. The distributed query method for the massive structured data comprises the following steps of: receiving a query task from a user, and decomposing the query task into a plurality of query subtasks; and concurrently querying the data which is stored in a distributed way in batches according to each of the plurality of query subtasks, and returning queried result sets in the distributed way. According to the query method, batch query is adopted, and an intermediate result state is kept, so that the requirements of interface display application for the quick query of small data volumes are fully taken into account, and simultaneously, the counting requirement of a big result set under a counting and analysis background is combined.

The present invention pertains to a system and method for monitoring a human foot by measuring pressures applied to regions of the foot or by measuring another tissue-health related condition. A light source in the 400 nm to 1400 nm range and a detector can be embedded in a wearable article that contacts tissue while in use, spaced 200 μm to 1 cm apart, and measure a tissue hemoglobin condition. A pressure-sensing array may be read by a low-power control circuit, and a power source can be incorporated in the article. An external processing unit wirelessly coupled to the control circuit can relate pressures measured with counts that are associated with injury risk, and an alert system can notify a patient if the counts exceed a predetermined threshold. A relationship between pressure experienced by a region of tissue and the risk of ulcer development in that region may be derived.

One of a number, n, of slave devices is selected for express or implicit polling by a master device in a communication system that transmits during individual ones of a number of sequentially occurring time slots. This is done by assigning a corresponding priority level to each slave device, wherein at least two slave devices are assigned different corresponding priority levels. A corresponding count parameter and a corresponding initial count value are assigned to each of the slave devices. For each of the slave devices, the corresponding count parameter is initialized to the corresponding initial count value. For each successive time slot, each of the count parameters is adjusted (e.g., by decrementing). A highest priority slave device whose corresponding count parameter has reached or passed a predetermined value is selected for polling.

Various embodiments of a network element comprising a control plane including stream tracer logic are described herein. The network element additionally includes a data plane coupled to the control plane, where the data plane includes forwarding logic to forward a unit of network data from an ingress interface to an egress interface. The stream tracer logic can be configured to cause marking logic to mark selected units of network data for to be counted by counting logic and to cause the counting logic to count marked units of network data. The stream tracer logic can determine whether units of network data are dropped within the forwarding logic via comparison of an ingress count of the marked units of network data with an egress count of the marked units of network data.

A voltage measurement part 200 measures voltage Vn for each of the blocks of a battery pack 7, electric current In is measured with the same timing by a current measuring circuit 201, and a counter 206 counts the number of times an effective load power Pn obtained from a product of the electric current and voltage of each block by an electric power computation part 203 exceeds permissible electric power values Pcn and Pdn calculated by a permissible electric power computation part 205, such that when the count value is equal to or higher than a preset value, a decision part 207 outputs a contactor opening request signal Copen so as to bring the contactors into an open state and protect the battery pack.

An annular dose indicator (50) for use with a dispenser comprising a dispensing canister (10) comprising a substantially cylindrical container (1) having a closed end (2) and an open end (3), said open end of the container being equipped with a dispensing means (4) that comprises an outlet member (5) movable between closed and discharge positions and an adaptor comprising a support block (21) having a socket (22) adapted to receive the outlet member, the container and support block being reciprocally movable relative to each other to cause the outlet member to move to its discharge position thereby dispensing a dose, said annular dose indicator (50) comprising an annular housing (60) having an interior surface (64) defining a substantially circumferential cavity; a counter-ring (80), said counter-ring located in the cavity and being arranged to be moveable relative to the housing by rotation about an axis parallel or substantially parallel to linear reciprocal movement of container and support block; a driving member (90) mounted on the interior surface of the housing, said driving member engaging the counter-ring and being arranged to be selectively engaged during reciprocal movement of container and support block as to drive an incremental, rotational movement of the counter-ring; wherein said indicator (50) is arranged to be circumferentially mountable about the dispensing-canister (10), such that the first edge (51) of the indicator faces towards the closed end of the container, the second edge (52) of the indicator faces towards the outlet of the dispensing canister, so that at least the outlet member of the canister will extend beyond the second edge of the indicator.