mhurhangee/ep-ind-claims huggingface dataset:
A transmission control method for a plurality of transmitting stations which are connected to a wireless communication partner receiving station, and each of which is capable of transmitting a same signal to the receiving station by repetition for a predetermined number of times at a predetermined cycle, characterized in that an information processing apparatus executes: acquiring information indicating a code word length for each of the plurality of transmitting stations to use for the repetition; and assigning, to each of the plurality of transmitting stations, transmitting power based on the code word length to be used for the repetition, for ensuring a receiving power difference at the receiving station which is required between transmitting stations, so that the shorter the code word length the higher the receiving power at the receiving station. acquiring information indicating a code word length for each of the plurality of transmitting stations to use for the repetition; and assigning, to each of the plurality of transmitting stations, transmitting power based on the code word length to be used for the repetition, for ensuring a receiving power difference at the receiving station which is required between transmitting stations, so that the shorter the code word length the higher the receiving power at the receiving station.
A communication method suitable for a communication network comprising a plurality of nodes, a node module configured to contend for access to a communication channel of the communication network using enhanced distributed channel access, EDCA contention based on EDCA parameters, in order to transmit data; and the method comprising, at the node: transmitting data over a multi-user resource unit provided by another node within a transmission opportunity granted to the other node on the communication channel; and in response to transmitting data over the multi-user resource unit, updating a current value of one or more EDCA parameters based on a penalty value, periodically receiving a beacon frame from an access point, each beacon frame broadcasting network information about the communication network to the plurality of nodes, wherein a received beacon frame includes a plurality of penalty values associated with respective data types, selecting the penalty value from the plurality of penalty values based on a data type associated with a traffic queue corresponding to the EDCA parameter to update, wherein if the current value of one of the EDCA parameters is updated into a predefined value, the node is forbidden from accessing the communication channel through EDCA contention. transmitting data over a multi-user resource unit provided by another node within a transmission opportunity granted to the other node on the communication channel; and in response to transmitting data over the multi-user resource unit, updating a current value of one or more EDCA parameters based on a penalty value, periodically receiving a beacon frame from an access point, each beacon frame broadcasting network information about the communication network to the plurality of nodes, wherein a received beacon frame includes a plurality of penalty values associated with respective data types, selecting the penalty value from the plurality of penalty values based on a data type associated with a traffic queue corresponding to the EDCA parameter to update, wherein if the current value of one of the EDCA parameters is updated into a predefined value, the node is forbidden from accessing the communication channel through EDCA contention.
A tile cutter equipped with a digital scale, said digital scale comprising a scale body and a display device, wherein said display device comprises a linear digital display component characterized in that said display device further comprises an angular digital display component wherein the angular digital display component is connected with said linear digital display component through a rotary locating plate and a rotating plate; said rotary locating plate is fixedly connected to the linear digital display component; said rotating plate is fixedly connected to the rotary locating plate through a fixing nut; said angular digital display component is fixedly connected to the said rotating plate through a third fixing screw; said linear digital display component comprises a first housing; said first housing is provided with a linear data display window and a linear data adjusting knob; said linear data display window is provided with a first reset button and a first switch button respectively on the upper and lower sides; said first housing is sleeved on said scale body; said angular digital display component comprises a second housing; said second housing is provided with an angular data display window, an angular data adjusting knob, a second reset button and a second switch button.
A chip-and-PIN reader device, comprising: a slot for the insertion of a chip card; a plurality of keys including numeric keys 0-9; a set of electrodes adapted to come into contact with corresponding electrodes on the chip card; a reading means connected to the set of electrodes for reading the entered PIN and for reading the card-number data stored on the chip; a comparing means for comparing the PIN entered by the user with the PIN stored on the chip and for providing a signal indicative of a wrong entered PIN; an encryption means for encrypting said card-number data; and a wireless transmitter or a wired connection for transmitting the encrypted card-number data to a mobile communications device; characterized in that: the reader device comprises a means for ensuring correct registration between the electrodes on the card and the set of electrodes of the reader device, and the means for ensuring correct registration comprises a pair of electrodes on each side of the set of electrodes of the reader device, the reader device being adapted to detect a short-circuit of either of the two pairs of electrodes, due to a chip electrode contacting said pair of electrodes, and to signal said short-circuit to the user of the reader device. a slot for the insertion of a chip card; a plurality of keys including numeric keys 0-9; a set of electrodes adapted to come into contact with corresponding electrodes on the chip card; a reading means connected to the set of electrodes for reading the entered PIN and for reading the card-number data stored on the chip; a comparing means for comparing the PIN entered by the user with the PIN stored on the chip and for providing a signal indicative of a wrong entered PIN; an encryption means for encrypting said card-number data; and a wireless transmitter or a wired connection for transmitting the encrypted card-number data to a mobile communications device; characterized in that: the reader device comprises a means for ensuring correct registration between the electrodes on the card and the set of electrodes of the reader device, and the means for ensuring correct registration comprises a pair of electrodes on each side of the set of electrodes of the reader device, the reader device being adapted to detect a short-circuit of either of the two pairs of electrodes, due to a chip electrode contacting said pair of electrodes, and to signal said short-circuit to the user of the reader device. the reader device comprises a means for ensuring correct registration between the electrodes on the card and the set of electrodes of the reader device, and the means for ensuring correct registration comprises a pair of electrodes on each side of the set of electrodes of the reader device, the reader device being adapted to detect a short-circuit of either of the two pairs of electrodes, due to a chip electrode contacting said pair of electrodes, and to signal said short-circuit to the user of the reader device.
A colon cleansing solution comprising: a) 400 to 700 mmol per litre ascorbate anion provided by ascorbic acid, one or more salts of ascorbic acid, or a mixture thereof; b) 40 or 80 g per litre polyethylene glycol; and c) sodium chloride and potassium chloride. a) 400 to 700 mmol per litre ascorbate anion provided by ascorbic acid, one or more salts of ascorbic acid, or a mixture thereof; b) 40 or 80 g per litre polyethylene glycol; and c) sodium chloride and potassium chloride.
A method for processing continuous redirection by a network device, comprising processes performed by the network device, the processes comprising: when a service request that redirection processing needs to be performed is received from a client, determining the number of continuous redirections corresponding to the service request, and judging whether the number of continuous redirections reaches a pre-set threshold value; if so, interrupting redirection of the service request by performing: inserting an intermediate page, automatically refreshing the intermediate page, wherein the head of a Hyper Text Markup Language, HTML, of the intermediate page includes pre-set instructions for enabling redirection processing, and resuming the redirection of the service request based on the pre-set instructions. when a service request that redirection processing needs to be performed is received from a client, determining the number of continuous redirections corresponding to the service request, and judging whether the number of continuous redirections reaches a pre-set threshold value; if so, interrupting redirection of the service request by performing: inserting an intermediate page, automatically refreshing the intermediate page, wherein the head of a Hyper Text Markup Language, HTML, of the intermediate page includes pre-set instructions for enabling redirection processing, and resuming the redirection of the service request based on the pre-set instructions. inserting an intermediate page, automatically refreshing the intermediate page, wherein the head of a Hyper Text Markup Language, HTML, of the intermediate page includes pre-set instructions for enabling redirection processing, and resuming the redirection of the service request based on the pre-set instructions.
A lubrication circuit for a gas turbine engine, comprising: a bearing compartment; an air inlet connected to the bearing compartment; a lubricant inlet and a lubricant outlet connected to the bearing compartment; a scavenge pump connected to the lubricant outlet; and a scavenge valve (130; 230) operatively connected between the lubricant outlet and the scavenge pump responsive to bearing compartment pressure for controlling pressure drop across the air inlet. a bearing compartment; an air inlet connected to the bearing compartment; a lubricant inlet and a lubricant outlet connected to the bearing compartment; a scavenge pump connected to the lubricant outlet; and a scavenge valve (130; 230) operatively connected between the lubricant outlet and the scavenge pump responsive to bearing compartment pressure for controlling pressure drop across the air inlet.
A method for controlling a motor of an electrical forklift truck which comprises at least one motor (1; 10) for traveling of the forklift truck or providing power to a pump that supplies power for operating a vehicle or oil to operational devices, a power module (40; 50) for controlling the power supply to the at least one motor (1; 10), and a control unit for controlling the power module (40; 50) and the motor (1; 10), the method comprising the steps of: controlling to decelerate operating speed of the motor (1; 10) to a predetermined first decelerated speed by the control unit if a temperature of the motor (1; 10) and/or the power module (40; 50) increases and reaches a predetermined first level temperature value corresponding to the operating speed of the motor (1; 10); characterized by the step of controlling to decelerate the operating speed of the motor (1; 10) to a predetermined second decelerated speed that is lower than the first decelerated speed by the control unit if the temperature of the motor (1; 10) and/or the power module (40; 50) increases in a state where the speed of the motor (1; 10) having been decelerated and reaches a predetermined second-level temperature value that is higher than the first level temperature value and corresponds to the first decelerated speed. controlling to decelerate operating speed of the motor (1; 10) to a predetermined first decelerated speed by the control unit if a temperature of the motor (1; 10) and/or the power module (40; 50) increases and reaches a predetermined first level temperature value corresponding to the operating speed of the motor (1; 10); characterized by the step of controlling to decelerate the operating speed of the motor (1; 10) to a predetermined second decelerated speed that is lower than the first decelerated speed by the control unit if the temperature of the motor (1; 10) and/or the power module (40; 50) increases in a state where the speed of the motor (1; 10) having been decelerated and reaches a predetermined second-level temperature value that is higher than the first level temperature value and corresponds to the first decelerated speed.
Discharge pressure compensating valve, consisting of at least one valve housing with at least three fluid connection points in the form of a service port, a return port and a control port, in which a valve piston, mounted such that it can be moved longitudinally against the action of an energy accumulator, moves towards a valve seat from a respective opening or control position into a closing position, in which the service and return port are separated from one another, the fluid pressure present at the service port being applied by means of a pressure compensating device to a pressure-sensitive surface (A i *) of the valve piston in such a way that said valve piston moves into its respective opening or control position in a pressure-compensated manner due to the force of the energy accumulator, characterised in that the valve seat, comprising a diagonally extending seat surface on the valve housing, forms a seat-tight, leak-free stop for the valve piston on the valve housing, said valve piston having a correspondingly diagonally shaped contact surface, in that the pressure compensating device comprises a pressure compensating channel, which is mounted in the valve piston with one free end leading in the direction of the service port in the valve housing and with its other free end leading into an annular channel in the valve piston, and in that the annular channel at least comprises the pressure-sensitive surface (A i *), which is the same size as a contact surface (A 2) on the valve piston in the region of the valve seat and which, due to at least one pressing operation caused by the motion of the valve piston and the geometric shape of the valve seat, is consistently larger than a control surface (A i) on the free end face of the valve piston, said end face facing the service port.
A portable data carrier, in particular chip card, comprising a microprocessor which becomes operable with a predetermined clock of a clock generator contained in the portable data carrier, wherein the clock generator comprises one or more capacitors (C1, C2), characterized in that the portable data carrier comprises an actuating element (5, 6) which is part of at least one capacitor of the clock generator, wherein the predetermined clock is producible with the clock generator upon actuation of the actuating element (5, 6).
System for capturing braking particles from a friction brake system, which comprises a vacuum source, a pneumatic circuit which connects said friction brake system to said vacuum source, and a filter located on said pneumatic circuit and mounted on a support, characterized in that said capturing system comprises a control unit and a detection device for said filter which is capable of sending at least one signal to said control unit, said control unit being capable, on the basis of this signal, of identifying the absence of said filter on said pneumatic circuit and of informing a user of this absence of said filter, said detection device comprising exactly one pressure sensor which is located on said pneumatic circuit upstream of said filter, said pressure sensor being capable of sending in a signal to said control unit a measurement of the pressure P 1 in said pneumatic circuit upstream of said filter, said control unit, upon receiving said signal, being capable of comparing said measured pressure P 1 with a reference pressure P R which is the pressure in said pneumatic circuit in the absence of a filter for the reference operating state E R of said vacuum source during said measurement of pressure P 1 by said pressure sensor, said control unit being capable of informing a user of the absence of said filter on said pneumatic circuit when said measured pressure P 1 is substantially equal to said reference pressure P R or is substantially equal to the atmospheric pressure.
A rotorcraft provided on top with a fairing extending longitudinally along the longitudinal orientation of the rotorcraft, said fairing covering a mechanism enabling a pilot of the rotorcraft to manoeuvre the blades of a main rotor having a substantially vertical axis, being formed beneath the rotary wing of the main rotor and raised above a cowling covering a power plant of the rotorcraft, the profile of the fairing, considered in a horizontal plane of the rotorcraft, being in a drop-of-water shape, the rear end of which is transversely truncated, characterised in that the truncated portion formed at the rear of said drop-of-water profile of the fairing comprises a hump arranged in the transversely median zone of the truncated portion.
A ventilation or breathing device comprising an inlet member, the inlet member comprising a first inlet (110, 610) for receiving a first fluid flow and a second inlet (118, 618) for receiving a second fluid flow, the inlet member defining a first and second fluid flow path and comprising a first outlet and second outlet, respectively, the first outlet being of a ring like shape, the second outlet being arranged coaxially to the first outlet and/or being surrounded by the generally ring shaped first outlet.
A method for providing an application interface for a multi-user application executable on a distributed network system, comprising the steps of: providing an object definition structure for a network object utilized by the multi-user application, the object definition structure comprising a plurality of parameter fields defining the network object, and an update schedule for transmitting a new value for one or more of the parameter fields to other network objects in the multi-user application, wherein the object definition structure for the object is determined by the multi-user application, and wherein the object definition structure is utilized by a plurality of processes implemented by the multi-user application; and automatically updating the parameter fields in accordance with the update schedule during execution of the multi-user application on the distributed network system, wherein the distributed network system comprises a plurality of servers (22a,22b) interconnected by a network backbone, each server hosting at least one local client (1,2), and each local client having at least one local participant; wherein the object definition structure further comprises an error limited broadcast schedule for one or more of the parameter fields, and further comprising the step of automatically updating a parameter field of the one or more parameter fields only when a change in the value of the parameter field exceeds a respective error limit defined in the error limited broadcast schedule; and wherein the parameter fields of the network object are updated by transmitting one or more of the parameter fields periodically based on the update schedule and in accordance with the error limited broadcast schedule to other network objects utilized by the multi-user application. providing an object definition structure for a network object utilized by the multi-user application, the object definition structure comprising a plurality of parameter fields defining the network object, and an update schedule for transmitting a new value for one or more of the parameter fields to other network objects in the multi-user application, wherein the object definition structure for the object is determined by the multi-user application, and wherein the object definition structure is utilized by a plurality of processes implemented by the multi-user application; and automatically updating the parameter fields in accordance with the update schedule during execution of the multi-user application on the distributed network system, wherein the distributed network system comprises a plurality of servers (22a,22b) interconnected by a network backbone, each server hosting at least one local client (1,2), and each local client having at least one local participant; wherein the object definition structure further comprises an error limited broadcast schedule for one or more of the parameter fields, and further comprising the step of automatically updating a parameter field of the one or more parameter fields only when a change in the value of the parameter field exceeds a respective error limit defined in the error limited broadcast schedule; and
A method of making an oxidized cellulose comprising: bleaching a cellulosic pulp using a four-stage bleaching process, wherein at least one stage of the four-stage bleaching process is an oxidizing stage comprising oxidizing the pulp with hydrogen peroxide and at least one catalyst chosen from at least one of a copper-containing catalyst and an iron-containing catalyst under acidic conditions, and wherein the four-stage bleaching process comprises a sequence chosen from at least one of D 0 E D 1, D 0 ED 1, D 0 D 1, or D 0 D 1 D 2. bleaching a cellulosic pulp using a four-stage bleaching process, wherein at least one stage of the four-stage bleaching process is an oxidizing stage comprising oxidizing the pulp with hydrogen peroxide and at least one catalyst chosen from at least one of a copper-containing catalyst and an iron-containing catalyst under acidic conditions, and wherein the four-stage bleaching process comprises a sequence chosen from at least one of D 0 E D 1, D 0 ED 1, D 0 D 1, or D 0 D 1 D 2.
A method for assuring availability of Fast Reroute protection for an MPLS Traffic Engineering LSP, said method comprising: at a selected router along said MPLS traffic engineering LSP, verifying forwarding state of a Fast Reroute tunnel; and if said verifying detects corrupted forwarding state along said Fast Reroute tunnel: rerouting said Fast Reroute tunnel; and/or notifying a head-end router of said corrupted forwarding state along said Fast Reroute tunnel. at a selected router along said MPLS traffic engineering LSP, verifying forwarding state of a Fast Reroute tunnel; and if said verifying detects corrupted forwarding state along said Fast Reroute tunnel: rerouting said Fast Reroute tunnel; and/or notifying a head-end router of said corrupted forwarding state along said Fast Reroute tunnel. rerouting said Fast Reroute tunnel; and/or notifying a head-end router of said corrupted forwarding state along said Fast Reroute tunnel.