mhurhangee/ep-ind-claims huggingface dataset:
Device for positioning workpieces, having at least one stop and having at least two clamps which can each be moved from a rest position in the direction of a clamping position predetermined by the workpiece contour, in which a clamping support is provided for the workpiece to be clamped, and the clamps can each be moved into their clamping positions by means of springs, in which the workpiece located on the clamping support can be clamped against the stop by means of the clamps, in which the clamps are each movably guided in a clamp guide along the clamping support, in which the clamps each have a spring element operating in the direction of the clamping position, in which the clamps each protrude from the clamping support, and in which the clamps each being joined to a connecting part which is mechanically joined to the respective spring element, characterised in that the respective clamp guide is inserted into the clamping support, and in that the respective spring element is housed in a guiding pocket below the clamping support and is supported on the one side by the base of the guiding pocket and on the other hand by the respective connecting part.
An apparatus, comprising: an array of memory cells, wherein each memory cell includes a resistive memory element; and a controller configured to: perform a program operation on the array of memory cells by applying a first program signal to a first portion of the array of memory cells that are to remain in a first state and to a second portion of the array of memory cells that are to change from a second state to the first state in response to the program operation, wherein the first program signal programs memory cells to the second state and then to the first state, and wherein the first state is a set state and the second state is a reset state, characterised in that the controller is configured to apply a second program signal to a third portion of the array of memory cells that are to remain in the second state and to a fourth portion of the array of memory cells that are to change from the first state to the second state, wherein the second program signal programs memory cells to the first state and then to the second state. an array of memory cells, wherein each memory cell includes a resistive memory element; and a controller configured to: perform a program operation on the array of memory cells by applying a first program signal to a first portion of the array of memory cells that are to remain in a first state and to a second portion of the array of memory cells that are to change from a second state to the first state in response to the program operation, wherein the first program signal programs memory cells to the second state and then to the first state, and wherein the first state is a set state and the second state is a reset state, characterised in that the controller is configured to apply a second program signal to a third portion of the array of memory cells that are to remain in the second state and to a fourth portion of the array of memory cells that are to change from the first state to the second state, wherein the second program signal programs memory cells to the first state and then to the second state. perform a program operation on the array of memory cells by applying a first program signal to a first portion of the array of memory cells that are to remain in a first state and to a second portion of the array of memory cells that are to change from a second state to the first state in response to the program operation, wherein the first program signal programs memory cells to the second state and then to the first state, and wherein the first state is a set state and the second state is a reset state, characterised in that the controller is configured to apply a second program signal to a third portion of the array of memory cells that are to remain in the second state and to a fourth portion of the array of memory cells that are to change from the first state to the second state, wherein the second program signal programs memory cells to the first state and then to the second state.
An apparatus for automatically evaluating chassis or wheel alignment measurement data, the apparatus comprising: a memory device configured to store a number of chassis or wheel alignment data records (51, 52, 53), each chassis data record (51, 52, 53) containing at least one chassis parameter (51a, 52a, 53a) and a tolerance range (51b, 52b, 53b) allocated to each chassis parameter (51a, 52a, 53a); a provisioning device configured to provide a data record of currently measured chassis parameters (71, 72, 73), the data record comprising at least one currently measured chassis parameter (71, 72, 73); a selection device configured to select, on the basis of the data record provided by the provisioning device, a subset of chassis data records (51, 52, 53) from the chassis data records (51, 52, 53) stored in the memory device; and a determination device configured to determine the proportion of the chassis data records (51, 52, 53) from the subset of chassis data records (51, 52, 53) for which current chassis parameters (71, 72, 73) of the data record provided by the provisioning device are within the specified tolerance ranges (51b, 52b, 53b). a memory device configured to store a number of chassis or wheel alignment data records (51, 52, 53), each chassis data record (51, 52, 53) containing at least one chassis parameter (51a, 52a, 53a) and a tolerance range (51b, 52b, 53b) allocated to each chassis parameter (51a, 52a, 53a); a provisioning device configured to provide a data record of currently measured chassis parameters (71, 72, 73), the data record comprising at least one currently measured chassis parameter (71, 72, 73); a selection device configured to select, on the basis of the data record provided by the provisioning device, a subset of chassis data records (51, 52, 53) from the chassis data records (51, 52, 53) stored in the memory device; and a determination device configured to determine the proportion of the chassis data records (51, 52, 53) from the subset of chassis data records (51, 52, 53) for which current chassis parameters (71, 72, 73) of the data record provided by the provisioning device are within the specified tolerance ranges (51b, 52b, 53b).
A method implemented by a network node of a cellular communication network, serving a plurality of user devices, comprising: determining a transmission routine (41, 42, 43, 44) for each of a plurality of SCells, using radio channels in an unlicensed spectrum, each transmission routine having an associated transmission period, based on a downlink, DL, buffer status such that if the DL buffer for a mobile device is below a defined threshold, a corresponding SCell transmission period is skipped; time multiplexing transmission from the plurality of SCells to the plurality of user devices by executing the transmission routines during their respective transmission periods, wherein a communication cycle includes a sequence of the transmission routines for the plurality of SCells, the method further comprising executing additional communication cycles based on the downlink buffer status. determining a transmission routine (41, 42, 43, 44) for each of a plurality of SCells, using radio channels in an unlicensed spectrum, each transmission routine having an associated transmission period, based on a downlink, DL, buffer status such that if the DL buffer for a mobile device is below a defined threshold, a corresponding SCell transmission period is skipped; time multiplexing transmission from the plurality of SCells to the plurality of user devices by executing the transmission routines during their respective transmission periods, wherein a communication cycle includes a sequence of the transmission routines for the plurality of SCells, the method further comprising executing additional communication cycles based on the downlink buffer status.
A foldable child support apparatus comprising: a seat having a seat back pivotal relative to a seat base between at least one open condition for seating a child when the apparatus is unfolded and a closed condition when the apparatus is folded; and a frame comprising a handle member and front and rear leg members (24, 26), said frame being arranged to support the seat in a forward facing orientation and a rearward facing orientation and to transfer the seat between a forward facing unfolded position and a forward facing folded position and between a rearward facing unfolded position and a rearward facing folded position, characterised in that said frame members (22, 24, 26) are pivotal about at least one frame pivot (36, 38) between an unfolded condition in which the handle member and the front leg members extend on generally opposite sides of the at least one frame pivot (36, 38) and a folded condition in which said frame members (22, 24, 26) are located on the same side of the at least one frame pivot (36, 38) with the front leg members located between the handle member and rear leg members. a seat having a seat back pivotal relative to a seat base between at least one open condition for seating a child when the apparatus is unfolded and a closed condition when the apparatus is folded; and a frame comprising a handle member and front and rear leg members (24, 26), said frame being arranged to support the seat in a forward facing orientation and a rearward facing orientation and to transfer the seat between a forward facing unfolded position and a forward facing folded position and between a rearward facing unfolded position and a rearward facing folded position, characterised in that said frame members (22, 24, 26) are pivotal about at least one frame pivot (36, 38) between an unfolded condition in which the handle member and the front leg members extend on generally opposite sides of the at least one frame pivot (36, 38) and a folded condition in which said frame members (22, 24, 26) are located on the same side of the at least one frame pivot (36, 38) with the front leg members located between the handle member and rear leg members.
A method for use by an authorizing location server, the method comprising: obtaining at said authorizing location server a first message from a mobile device, said first message indicating a first set of location servers; determining at said authorizing location server a second set of location servers based, at least in part, on said first set of location servers; and transmitting from said authorizing location server a second message to said mobile device, said second message indicating said second set of location servers as being authorized for location service related access by said mobile device; wherein said authorizing location server is not comprised in said first or said second set of location servers. obtaining at said authorizing location server a first message from a mobile device, said first message indicating a first set of location servers; determining at said authorizing location server a second set of location servers based, at least in part, on said first set of location servers; and transmitting from said authorizing location server a second message to said mobile device, said second message indicating said second set of location servers as being authorized for location service related access by said mobile device; wherein said authorizing location server is not comprised in said first or said second set of location servers.
A burner comprising a fiber based burner deck, a perforated plate or a screen supporting said fiber based burner deck, and at least one ionization probe mounted at the burner side of said burner and defining a distance. between said ionization probe and said burner deck, characterised in that near said ionization probe, said burner deck is fixed to said perforated plate or to said screen so that said distance remains constant during burning.
An ester-based resin composition comprising an ester-based resin, an aliphatic polycarbodiimide other than a xylylene-based aliphatic polycarbodiimide, and a xylylene-based polycarbodiimide, wherein the aliphatic polycarbodiimide other than the xylylene-based aliphatic polycarbodiimide is a polycarbodiimide containing at least two carbodiimide groups in a molecule thereof and being derived from at least one kind of an aliphatic diisocyanate compound other than a xylylene-based aliphatic diisocyanate compound, the aliphatic diisocyanate compound being an isocyanate compound containing two isocyanate groups in a molecule thereof which are directly bonded to carbon atoms other than those carbon atoms present in an aromatic ring, wherein the xylylene-based polycarbodiimide comprises a repeating unit represented by the general formula: wherein R 2 to R 5 are respectively hydrogen, a methyl group or an ethyl group, and may be the same or different from each other, and wherein a mass ratio of the aliphatic polycarbodiimide other than a xylylene-based aliphatic polycarbodiimide to the xylylene-based polycarbodiimide [(aliphatic polycarbodiimide other than xylylene-based aliphatic polycarbodiimide)/(xylylene-based polycarbodiimide)] being from 0.1 to 10.0.
A process for the production of a sauce comprising minced meat, tomato, vegetables, edible oils or fats and optional complementary ingredients, wherein the process comprises: - a step a) of subjecting pellets of a mixture comprising minced meat to baking in a conduction and convection oven, at a temperature of between 160°C and 280°C, for a time of between 0.5 and 30 minutes, thus obtaining baked pellets, - a step b) of adding, in a cooker, said baked pellets to said tomato, vegetables, edible oils or fats and optional complementary ingredients and - a step c) of cooking the whole mixture for a predetermined time. - a step a) of subjecting pellets of a mixture comprising minced meat to baking in a conduction and convection oven, at a temperature of between 160°C and 280°C, for a time of between 0.5 and 30 minutes, thus obtaining baked pellets, - a step b) of adding, in a cooker, said baked pellets to said tomato, vegetables, edible oils or fats and optional complementary ingredients and - a step c) of cooking the whole mixture for a predetermined time.
A method comprising: projecting a light output from a lamp, the light output to illuminate an interior of a vehicle, the light output corresponding to more light when the lamp is in a first illuminating mode than when the lamp is in a second illuminating mode; sensing a body moving within the vehicle; and determining whether the body is moving closer to or farther away from the lamp; characterized by: diming or redirecting the lamp's output from the first illuminating mode to the second illuminating mode to project less light into the vehicle when the body is moving closer to the lamp. projecting a light output from a lamp, the light output to illuminate an interior of a vehicle, the light output corresponding to more light when the lamp is in a first illuminating mode than when the lamp is in a second illuminating mode; sensing a body moving within the vehicle; and determining whether the body is moving closer to or farther away from the lamp; characterized by: diming or redirecting the lamp's output from the first illuminating mode to the second illuminating mode to project less light into the vehicle when the body is moving closer to the lamp.
A method for mercury capture comprising: injecting pulverized activated carbon into a system with at least a first and a second fabric filter; wherein fresh pulverized activated carbon is injected upstream of the first fabric filter and at a point between the first fabric filter and the second fabric filter; collecting the activated carbon captured in the second fabric filter; and injecting the collected activated carbon from the second fabric filter upstream of the first fabric filter for reuse to capture mercury from process gas. injecting pulverized activated carbon into a system with at least a first and a second fabric filter; wherein fresh pulverized activated carbon is injected upstream of the first fabric filter and at a point between the first fabric filter and the second fabric filter; collecting the activated carbon captured in the second fabric filter; and injecting the collected activated carbon from the second fabric filter upstream of the first fabric filter for reuse to capture mercury from process gas.
An electronic device comprising: a battery for supplying power for driving the electronic device; a sensor module; a processor electrically connected to the sensor module; and a memory electrically connected to the processor, wherein the memory stores instructions which, when executed, direct the processor to: determine a temperature of the electronic device using the sensor module, determine a state of charge, SoC, of the battery, determine whether to discharge the battery based on the temperature of the electronic device and the SoC of the battery, calculate a battery discharge quantity based on the temperature of the electronic device and the SoC of the battery, determine a first operating frequency of the processor to execute an arbitrary operation based on the calculated battery discharge quantity, and discharge the battery by executing the arbitrary operation at the first operating frequency. a battery for supplying power for driving the electronic device; a sensor module; a processor electrically connected to the sensor module; and a memory electrically connected to the processor, wherein the memory stores instructions which, when executed, direct the processor to: determine a temperature of the electronic device using the sensor module, determine a state of charge, SoC, of the battery, determine whether to discharge the battery based on the temperature of the electronic device and the SoC of the battery, calculate a battery discharge quantity based on the temperature of the electronic device and the SoC of the battery, determine a first operating frequency of the processor to execute an arbitrary operation based on the calculated battery discharge quantity, and discharge the battery by executing the arbitrary operation at the first operating frequency. determine a temperature of the electronic device using the sensor module, determine a state of charge, SoC, of the battery, determine whether to discharge the battery based on the temperature of the electronic device and the SoC of the battery, calculate a battery discharge quantity based on the temperature of the electronic device and the SoC of the battery, determine a first operating frequency of the processor to execute an arbitrary operation based on the calculated battery discharge quantity, and discharge the battery by executing the arbitrary operation at the first operating frequency.
A method for handling codec rate adaptation in a circuit switched communication network, wherein the method is performed by a wireless device, the method comprising: receiving an indication of a codec mode; determining a codec mode subset from a plurality of codec mode subsets based on the indicated codec mode, a codec mode subset comprising a plurality of codec modes, wherein codec modes with a first property are associated with a first codec mode subset and codec modes with a second property are associated with a second codec mode subset, and the first property corresponds to Enhanced Voice Services, EVS, primary modes and the second property corresponds to EVS Adaptive Multi-Rate Wideband, AMR-WB, interoperability, IO, modes; and applying rate adaptation based on the codec modes comprised in the determined codec mode subset having a bit rate below or equal to a bit rate associated with the indicated codec mode. receiving an indication of a codec mode; determining a codec mode subset from a plurality of codec mode subsets based on the indicated codec mode, a codec mode subset comprising a plurality of codec modes, wherein codec modes with a first property are associated with a first codec mode subset and codec modes with a second property are associated with a second codec mode subset, and the first property corresponds to Enhanced Voice Services, EVS, primary modes and the second property corresponds to EVS Adaptive Multi-Rate Wideband, AMR-WB, interoperability, IO, modes; and applying rate adaptation based on the codec modes comprised in the determined codec mode subset having a bit rate below or equal to a bit rate associated with the indicated codec mode.
A method for harvesting electrical power from hydraulic fluid of a hydraulic system, wherein a power conversion device receives input power generated from the hydraulic fluid, the method comprising: determining at least one of hydraulic fluid flow or hydraulic fluid pressure in the hydraulic system; determining, based on rules and the determined at least one of the hydraulic fluid flow or hydraulic fluid pressure, an expected conversion efficiency of the power conversion device and an expected rectified power to be generated from the input power received by the power conversion device; determining from the expected rectified power a potential conversion efficiency of the power conversion device; commanding the power conversion device to produce the expected rectified power when the potential conversion efficiency is greater than or equal to the expected conversion efficiency; and updating the rules when the potential conversion efficiency is less than the expected conversion efficiency. determining at least one of hydraulic fluid flow or hydraulic fluid pressure in the hydraulic system; determining, based on rules and the determined at least one of the hydraulic fluid flow or hydraulic fluid pressure, an expected conversion efficiency of the power conversion device and an expected rectified power to be generated from the input power received by the power conversion device; determining from the expected rectified power a potential conversion efficiency of the power conversion device; commanding the power conversion device to produce the expected rectified power when the potential conversion efficiency is greater than or equal to the expected conversion efficiency; and updating the rules when the potential conversion efficiency is less than the expected conversion efficiency.