mhurhangee/patent-ind-claim-en huggingface dataset:
A temperature monitoring device, monitoring a temperature of a motor control device that controls an action of a motor , wherein the temperature monitoring device comprises: a current value acquisition portion that acquires a current value supplied for the motor ; a calorific value inference portion ; Wherein the calorific value inference portion infers a calorific value of the motor control device through a first thermal model as a first calorific value, the first thermal model indicating a relationship between the current value and the calorific value of the motor control device ; and an anomaly judgment portion that compares the first calorific value inferred by the calorific value inference portion with a specified first threshold, so as to judge whether the motor control device has heating anomaly, the temperature monitoring device being characterized in that the calorific value inference portion comprises: a stop time multiplication portion ; a thermal resistance ratio multiplication portion ; and a switch , and wherein when a speed of the motor is detected to be below a specified value, the switch is controlled to connect the thermal resistance ratio multiplication portion with the stop time multiplication portion , to obtain the calorific value of the motor control device according to the thermal resistance ratio multiplication portion and a current value in the stop time multiplication portion . a current value acquisition portion that acquires a current value supplied for the motor ; a calorific value inference portion ; Wherein the calorific value inference portion infers a calorific value of the motor control device through a first thermal model as a first calorific value, the first thermal model indicating a relationship between the current value and the calorific value of the motor control device ; and an anomaly judgment portion that compares the first calorific value inferred by the calorific value inference portion with a specified first threshold, so as to judge whether the motor control device has heating anomaly, the temperature monitoring device being characterized in that the calorific value inference portion comprises: a stop time multiplication portion ; a thermal resistance ratio multiplication portion ; and a switch , and wherein when a speed of the motor is detected to be below a specified value, the switch is controlled to connect the thermal resistance ratio multiplication portion with the stop time multiplication portion , to obtain the calorific value of the motor control device according to the thermal resistance ratio multiplication portion and a current value in the stop time multiplication portion . a stop time multiplication portion ; a thermal resistance ratio multiplication portion ; and a switch , and wherein when a speed of the motor is detected to be below a specified value, the switch is controlled to connect the thermal resistance ratio multiplication portion with the stop time multiplication portion , to obtain the calorific value of the motor control device according to the thermal resistance ratio multiplication portion and a current value in the stop time multiplication portion .
An aerosol generating apparatus having a feedback control function, the aerosol generating apparatus comprising: a heater configured to heat an aerosol generating substrate to generate an aerosol; a controller configured to generate a control signal for controlling power supplied to the heater; a switch configured to perform a switching operation based on the control signal to supply the power to the heater; and a comparison signal calculator configured to receive a signal by the switching operation to calculate a comparison target signal, wherein the controller is further configured to generate a cut-off signal for stopping the switching operation of the switch based on a comparison value calculated by comparing the comparison target signal with a reference signal exceeding a preset range, characterized in that the reference signal is the control signal which is output from the controller at a first time point, and the comparison target signal is a signal output from the comparison signal calculator at a second time point by switching operation of the switch according to the control signal which is output from the controller at a first time point. a heater configured to heat an aerosol generating substrate to generate an aerosol; a controller configured to generate a control signal for controlling power supplied to the heater; a switch configured to perform a switching operation based on the control signal to supply the power to the heater; and a comparison signal calculator configured to receive a signal by the switching operation to calculate a comparison target signal, wherein the controller is further configured to generate a cut-off signal for stopping the switching operation of the switch based on a comparison value calculated by comparing the comparison target signal with a reference signal exceeding a preset range, characterized in that the reference signal is the control signal which is output from the controller at a first time point, and the comparison target signal is a signal output from the comparison signal calculator at a second time point by switching operation of the switch according to the control signal which is output from the controller at a first time point.
Hollow-chamber profile for a window or door, which hollow-chamber profile has at least one reinforcement chamber which is configured and provided for receiving a reinforcement element , preferably a metal reinforcement element, which reinforcement chamber is formed on at least two sides by an arrangement of at least two profile webs (5, 6; 7.1, 7.2; 8.1, 8.2) extending at a clear distance (A1-A3) apart and parallel to one another, wherein one of those arrangements is arranged on a side that faces towards a lateral profile wall which is an outer profile wall in an installed state, and wherein in the said arrangement a profile web (7.1) that faces away from the reinforcement chamber is not braced on the outer lateral profile wall by means of one or more lateral webs , characterised in that the reinforcement chamber is formed on three sides by an arrangement of at least two profile webs (5, 6; 7.1, 7.2; 8.1, 8.2) extending at a clear distance apart and parallel to one another.
A system for operating an enterprise computer network including multiple disparate clients, data elements and computer resources, said system comprising: a remote storage facility connected to said enterprise computer network; monitoring and collection functionality for providing continuously updated metadata relating to at least one of executed actual access, access permissions and content of said data elements; operating functionality utilizing said continuously updated metadata provided by said monitoring and collection functionality for functions other than reporting said at least one of executed actual access, access permissions and content or recommending changes in said access permissions, wherein the operating functionality is operative to utilize said continuously updated metadata provided by said monitoring and collection functionality for recommending archiving of said data elements, said recommending archiving of said data elements including recommending that all data elements not actually accessed, or accessed less than a predetermined number of times, during a first predetermined time period be migrated to said remote storage facility; and an associated archiving system operative to carry out said archiving recommendations. a remote storage facility connected to said enterprise computer network; monitoring and collection functionality for providing continuously updated metadata relating to at least one of executed actual access, access permissions and content of said data elements; operating functionality utilizing said continuously updated metadata provided by said monitoring and collection functionality for functions other than reporting said at least one of executed actual access, access permissions and content or recommending changes in said access permissions, wherein the operating functionality is operative to utilize said continuously updated metadata provided by said monitoring and collection functionality for recommending archiving of said data elements, said recommending archiving of said data elements including recommending that all data elements not actually accessed, or accessed less than a predetermined number of times, during a first predetermined time period be migrated to said remote storage facility; and an associated archiving system operative to carry out said archiving recommendations.
A flip-chip Group III nitride semiconductor light emitting diode comprising: an RAMO 4 layer including a single crystal represented by the general formula RAMO 4 , wherein R represents one or more trivalent elements selected from the group consisting of Sc, In, Y and lanthanoid elements, A represents one or more trivalent elements selected from the group consisting of Fe (III), Ga and Al, and M represents one or more divalent elements selected from the group consisting of Mg, Mn, Fe (II), Co, Cu, Zn and Cd; and a layered product stacked on the RAMO 4 layer , wherein the layered product includes at least a light emitting layer including a Group III nitride semiconductor, and a degree of flatness of a surface, of the RAMO 4 layer , opposite to the layered product is lower than a degree of flatness of a surface, of the RAMO 4 layer, adjacent to the layered product, wherein the layered product further comprises: an n-type Group III nitride semiconductor layer disposed on one side of the light emitting layer ; and a p-type Group III nitride semiconductor layer disposed on another side of the light emitting layer , and wherein the RAMO 4 layer is disposed adjacent to the n-type Group III nitride semiconductor layer , characterised in that a thickness of the n-type Group III nitride semiconductor layer is 50 μm or more, and in that a thickness of the RAMO 4 layer is 10 μm or less. an RAMO 4 layer including a single crystal represented by the general formula RAMO 4 , wherein R represents one or more trivalent elements selected from the group consisting of Sc, In, Y and lanthanoid elements, A represents one or more trivalent elements selected from the group consisting of Fe (III), Ga and Al, and M represents one or more divalent elements selected from the group consisting of Mg, Mn, Fe (II), Co, Cu, Zn and Cd; and a layered product stacked on the RAMO 4 layer , wherein the layered product includes at least a light emitting layer including a Group III nitride semiconductor, and a degree of flatness of a surface, of the RAMO 4 layer , opposite to the layered product is lower than a degree of flatness of a surface, of the RAMO 4 layer, adjacent to the layered product, wherein the layered product further comprises: an n-type Group III nitride semiconductor layer disposed on one side of the light emitting layer ; and a p-type Group III nitride semiconductor layer disposed on another side of the light emitting layer , and wherein the RAMO 4 layer is disposed adjacent to the n-type Group III nitride semiconductor layer ,
Tool device comprising a first module and a second module that can be detached from the first module, the first module having an insertion fitting and the second module having an insertion part that can be inserted into the insertion fitting along an insertion axis which defines an insertion direction , wherein the insertion part can be rotated in the insertion fitting in a rotational direction about the insertion axis between a blocking position and a passing position, wherein the insertion fitting has a number of first projections , which are arranged consecutively in the insertion direction, and the insertion part has a number of second projections , which are arranged consecutively in the insertion direction, characterized in that , in the blocking position, a second projection respectively engages behind a first projection in the direction of the insertion axis and in that , in the passing position, the first projections allow the respective second projections to pass in the direction of the insertion axis.
A method for identifying a recalibration reference sensor in a hydraulic system comprising the steps of: (a) providing an electro-hydraulic system comprising a control system, a system pump , a system pump pressure sensor (Ps), a pump control node comprising a load sense pressure sensor (Pls), a first valve (Vlh) having a first pressure sensor (Plh) in fluid communication with a first side of a first actuator , a second valve (Vlr) having a second pressure sensor (Plr) in fluid communication with a second side of the first actuator , a third valve (Vth) having a third pressure sensor (Pth) in fluid communication with a first side of a second actuator , and a fourth valve (Vtr) having a fourth pressure sensor (Ptr) in fluid communication with the second side of the second actuator ; (b) setting the pump to a predetermined pressure; (c) commanding the first and third valves (Vlh, Vth) to open to the system pump and recording pressures sensed at the system pump, first, and third pressure sensors (Ps, Plh, Pth); (d) closing the first and third valves (Vlh, Vth); (e) commanding the second and fourth valves (Vlr, Vtr) to open to the system pump and recording pressures sensed at the system, second, and fourth pressure sensors (Ps, Plr, Ptr); and (f) analyzing differences among the recorded pressures and predefined threshold value condition data stored in the control system to identify if the system pump pressure sensor (Ps) or the load sense pressure sensor (Pls) can be used as the trusted recalibration reference sensor. (a) providing an electro-hydraulic system comprising a control system, a system pump , a system pump pressure sensor (Ps), a pump control node comprising a load sense pressure sensor (Pls), a first valve (Vlh) having a first pressure sensor (Plh) in fluid communication with a first side of a first actuator , a second valve (Vlr) having a second pressure sensor (Plr) in fluid communication with a second side of the first actuator , a third valve (Vth) having a third pressure sensor (Pth) in fluid communication with a first side of a second actuator , and a fourth valve (Vtr) having a fourth pressure sensor (Ptr) in fluid communication with the second side of the second actuator ; (b) setting the pump to a predetermined pressure; (c) commanding the first and third valves (Vlh, Vth) to open to the system pump and recording pressures sensed at the system pump, first, and third pressure sensors (Ps, Plh, Pth); (d) closing the first and third valves (Vlh, Vth); (e) commanding the second and fourth valves (Vlr, Vtr) to open to the system pump and recording pressures sensed at the system, second, and fourth pressure sensors (Ps, Plr, Ptr); and (f) analyzing differences among the recorded pressures and predefined threshold value condition data stored in the control system to identify if the system pump pressure sensor (Ps) or the load sense pressure sensor (Pls) can be used as the trusted recalibration reference sensor.
Resin composition for polyurethane paints for road markings or floor markings, which comprises: at least one polyol and/or polyether diamine, and at least one filler having the particle size less than 500μm, wherein the mass ratio polyol and/or polyether diamine to filler is from 1:3 to 1:8, preferably 1:4; and: - 1.0-10.0%, preferably about 5.0%, based on the mass of the filler of at least one filler wetting agent which is selected from the class of silicone surfactants (for example, polydimethylsiloxanes modified with polyethers) or 2-ethyl-haxyl-stearate and - 0.5-10% based on the mass of the total resin composition of at least one viscosity modifying agent selected from 2-ethyl-hexyl-stearate. - 1.0-10.0%, preferably about 5.0%, based on the mass of the filler of at least one filler wetting agent which is selected from the class of silicone surfactants (for example, polydimethylsiloxanes modified with polyethers) or 2-ethyl-haxyl-stearate and - 0.5-10% based on the mass of the total resin composition of at least one viscosity modifying agent selected from 2-ethyl-hexyl-stearate.
A facility for producing clinker comprising: - a preheating assembly , wherein raw material is preheated; - a calcination assembly , wherein the preheated raw material is at least partly decarbonated; - an oven wherein the preheated raw and at least partly decarbonated material is cured; - a cooler wherein the cured material from the oven is cooled by the cooling air; in which facility the calcination assembly comprises a calcination reactor suitable for combusting a so-called solid fuel alternative to fossil fuels, in particular materials that are waste or even biomass, the calcination reactor being disposed, according to the flow direction of the gases, between on the one hand the preheating assembly and on the other hand the oven , and being connected to the cooler such that: - at least part of the oven combustion fumes at least partly crosses the calcination reactor before entering the preheating assembly , - a tertiary gas flow at least partly comprising air exiting the cooler at least partly crosses the calcination reactor before entering the preheating assembly , and wherein the calcination reactor comprises a system for adjusting the dwell time of the alternative solid fuel in the calcination reactor , the facility comprising a system for adjusting the tertiary flow rate configured to ensure, in the calcination reactor , a balance between the supply of oxygen necessary for the combustion reaction, and the reduction of the NOx produced in the oven . - a preheating assembly , wherein raw material is preheated; - a calcination assembly , wherein the preheated raw material is at least partly decarbonated; - an oven wherein the preheated raw and at least partly decarbonated material is cured; - a cooler wherein the cured material from the oven is cooled by the cooling air; in which facility the calcination assembly comprises a calcination reactor suitable for combusting a so-called solid fuel alternative to fossil fuels, in particular materials that are waste or even biomass, the calcination reactor being disposed, according to the flow direction of the gases, between on the one hand the preheating assembly and on the other hand the oven , and being connected to the cooler such that: - at least part of the oven combustion fumes at least partly crosses the calcination reactor before entering the preheating assembly , - a tertiary gas flow at least partly comprising air exiting the cooler at least partly crosses the calcination reactor before entering the preheating assembly ,
A rotary kiln for burning carbonate-containing material, in particular limestone or dolomite, comprising a rotary tube having an inlet end for feeding in the material to be burned and an outlet end for discharging the burned material, and a calciner unit which is arranged in the region of the outlet end , the rotary tube having an inlet zone at its inlet end and having an outlet zone at its outlet end , with a preheating zone and a burning zone being arranged between the inlet zone and the outlet zone in the transport direction of the material, characterized in that a plurality of projections are arranged in the preheating zone of the rotary tube , the projections being arranged as groups one behind the other and substantially in parallel with the longitudinal axis of the rotary tube , with projections of adjacent groups of projections that are adjacent in the circumferential direction of the rotary tube being offset relative to one another in the longitudinal direction of the rotary tube such that spiral transport paths (S) for the material to be burned are formed in the preheating zone .
A composition of liquid hardeners consisting of, in mass percentage, 25% isophorone diamine (IPDA) and 75% N-(3-aminopropyl)-imidazole (API).
Manually propelled wrapping machine movable by an operator around a load to wrap the latter with a film of plastic material, comprising: - a carriage provided with a plurality of supporting wheels and a guiding bar usable by the operator to push and direct said carriage at least along a wrapping path (P) around said load ; - a column fixed to said carriage and slidably supporting an unwinding unit for dispensing said film ; - actuating means for moving said unwinding unit along said column with a specific movement speed (Vs); characterized in that it comprises: - first sensor means associated with at least one wheel of said plurality of wheels for detecting and measuring a rotation speed of said wheel; - a control unit for receiving a signal related to said rotation speed from said first sensor means and calculating an advancing speed (Va) of said carriage along said wrapping path (P) and for controlling said actuating means so as to adjust said movement speed (Vs) of said unwinding unit as a function of said advancing speed (Va) so as to wrap said load with a defined wrapping configuration (F). - a carriage provided with a plurality of supporting wheels and a guiding bar usable by the operator to push and direct said carriage at least along a wrapping path (P) around said load ; - a column fixed to said carriage and slidably supporting an unwinding unit for dispensing said film ; - actuating means for moving said unwinding unit along said column with a specific movement speed (Vs); - first sensor means associated with at least one wheel of said plurality of wheels for detecting and measuring a rotation speed of said wheel; - a control unit for receiving a signal related to said rotation speed from said first sensor means and calculating an advancing speed (Va) of said carriage along said wrapping path (P) and for controlling said actuating means so as to adjust said movement speed (Vs) of said unwinding unit as a function of said advancing speed (Va) so as to wrap said load with a defined wrapping configuration (F).
A method comprising: generating information that is indicative of: a signaling time at which an uplink-downlink configuration signaling for a new uplink-downlink configuration is to take place, and an application time at which the new uplink-downlink configuration is to be applied; and providing the generated information to a user equipment , wherein the generated information specifies the new uplink-downlink configuration to be applied to the user equipment ; wherein the generated information comprises allocating at least one time period for an uplink-downlink configuration persistency window , such that an uplink-downlink configuration change only occurs at a commencement of the uplink-downlink configuration persistency window and not at any other time during the uplink-downlink configuration persistency window . generating information that is indicative of: a signaling time at which an uplink-downlink configuration signaling for a new uplink-downlink configuration is to take place, and an application time at which the new uplink-downlink configuration is to be applied; and providing the generated information to a user equipment , wherein the generated information specifies the new uplink-downlink configuration to be applied to the user equipment ; wherein the generated information comprises allocating at least one time period for an uplink-downlink configuration persistency window , such that an uplink-downlink configuration change only occurs at a commencement of the uplink-downlink configuration persistency window and not at any other time during the uplink-downlink configuration persistency window .