mhurhangee/patent-ind-claim-en huggingface dataset:
A method of storing data, the method comprising: determining whether data of a variable for a plurality of graphics items is the same, wherein the variable is needed for processing each of the plurality of graphics items, wherein the plurality of graphics items are processed with respective processing elements of a shader core of a graphics processing unit (GPU) during execution of a shader program, and wherein each of the graphics items is a base unit on which processing occurs; characterized by : storing the data in a storage location of a shared general purpose register (SGPR) associated with the variable if the data of the variable of the plurality of graphics items is the same; and storing data for the variable of each of the plurality of graphics items in multiple storage locations of a general purpose register (GPR), separate from the SGPR, if the data of the variable of at least two of the plurality of graphics items is not the same. determining whether data of a variable for a plurality of graphics items is the same, wherein the variable is needed for processing each of the plurality of graphics items, wherein the plurality of graphics items are processed with respective processing elements of a shader core of a graphics processing unit (GPU) during execution of a shader program, and wherein each of the graphics items is a base unit on which processing occurs; characterized by : storing the data in a storage location of a shared general purpose register (SGPR) associated with the variable if the data of the variable of the plurality of graphics items is the same; and storing data for the variable of each of the plurality of graphics items in multiple storage locations of a general purpose register (GPR), separate from the SGPR, if the data of the variable of at least two of the plurality of graphics items is not the same. storing the data in a storage location of a shared general purpose register (SGPR) associated with the variable if the data of the variable of the plurality of graphics items is the same; and storing data for the variable of each of the plurality of graphics items in multiple storage locations of a general purpose register (GPR), separate from the SGPR, if the data of the variable of at least two of the plurality of graphics items is not the same.
A vehicle braking control method comprising the steps of: activating an electronic parking brake system on a vehicle to perform a braking operation; checking whether a rear wheel unlock braking activation condition is met during the braking operation, the vehicle braking control method being characterized by further comprising the steps of: if the rear wheel unlock braking activation condition is met, acquiring a current vehicle stability characteristic; and determining whether the acquired vehicle stability characteristic is within a preset range; if it is, using motive power supplied by an electric machine on the vehicle together with a rear wheel unlock braking system to execute the braking operation, otherwise executing the braking operation by means of the rear wheel unlock braking system . activating an electronic parking brake system on a vehicle to perform a braking operation; checking whether a rear wheel unlock braking activation condition is met during the braking operation, the vehicle braking control method being characterized by further comprising the steps of: if the rear wheel unlock braking activation condition is met, acquiring a current vehicle stability characteristic; and determining whether the acquired vehicle stability characteristic is within a preset range; if it is, using motive power supplied by an electric machine on the vehicle together with a rear wheel unlock braking system to execute the braking operation, otherwise executing the braking operation by means of the rear wheel unlock braking system . if the rear wheel unlock braking activation condition is met, acquiring a current vehicle stability characteristic; and determining whether the acquired vehicle stability characteristic is within a preset range; if it is, using motive power supplied by an electric machine on the vehicle together with a rear wheel unlock braking system to execute the braking operation, otherwise executing the braking operation by means of the rear wheel unlock braking system .
A method of making an orthotic footbed assembly, the method comprising: scanning a customer's foot ; based on the scan, selecting a three-dimensional footbed that most closely approximates a size and configuration of the customer's foot ; based on the scan, determining at least one orthotic feature for the three-dimensional footbed ; and directly printing the at least one orthotic feature onto the three-dimensional footbed . scanning a customer's foot ; based on the scan, selecting a three-dimensional footbed that most closely approximates a size and configuration of the customer's foot ; based on the scan, determining at least one orthotic feature for the three-dimensional footbed ; and directly printing the at least one orthotic feature onto the three-dimensional footbed .
Composition comprising difethialone, characterised in that it comprises a configurational stereoisomer of difethialone, referred to as a hetero-stereoisomer, of formula 3-(4'bromobiphenyl-4-yl)-1-(4-hydroxythiocoumarin-3-yl)-1,2,3,4-tetrahydronaphtalene, wherein the carbon atoms 1 and 3 of the 1,2,3,4-tetrahydronaphtalene group have different absolute configurations, said composition comprising an amount of a dextrorotatory enantiomer of said hetero-stereoisomer such that the ratio of this amount to the amount of difethialone in the composition is less than 10%; the amount of the dextrorotatory enantiomer of said hetero-stereoisomer of difethialone in the composition being different from the amount of levorotatory enantiomer of said hetero-stereoisomer of difethialone in the composition.
A process for removing alkali metal ions from a polyether polyol, comprising: (a) combining a mixture of water and polar organic solvent with a mixture comprising a polyether polyol and an alkali metal ion-containing catalyst; and (b) passing the product of step (a) through a bed of a cation exchange resin that is disposed in a container to remove alkali metal ions therefrom, wherein the container is operated liquid-full throughout the process, and wherein the liquid-full operation of the container throughout the processes means that the liquid level in the container in which the cation exchange resin is disposed is maintained such that there is little or no gas/liquid interface in the container during the process and/or that the liquid level is maintained above the level of the bed of cation exchange resin throughout the process (a) combining a mixture of water and polar organic solvent with a mixture comprising a polyether polyol and an alkali metal ion-containing catalyst; and (b) passing the product of step (a) through a bed of a cation exchange resin that is disposed in a container to remove alkali metal ions therefrom,
A cleansing bar composition comprising: a) at least one cleanser chosen from soap and surfactant; b) taurine, in free or salt form; and c) at least one polymer comprising a polyethylene oxide-polypropylene oxide block copolymer; wherein the composition is a solid cleansing bar, and wherein the weight ratio of taurine to polymer is from 1:4 to 4:1. a) at least one cleanser chosen from soap and surfactant; b) taurine, in free or salt form; and c) at least one polymer comprising a polyethylene oxide-polypropylene oxide block copolymer; wherein the composition is a solid cleansing bar, and wherein the weight ratio of taurine to polymer is from 1:4 to 4:1.
A conveying device for conveying coating powder, - in the case of which a powder storage container is provided, which has, on the bottom, a powder outlet (25.2) and a powder outlet channel , wherein the powder outlet (25.2) forms the inlet for the powder outlet channel , - in the case of which the powder outlet channel is connected to a first powder conveyor in order to convey powder from the powder storage container back to a powder container , - in the case of which the powder storage container has a container base and a number of further powder outlets (3.2) in the region of the container base , - in the case of which a powder conveying device (3, 23, G1) is provided to convey powder through one of the further powder outlets (3.2) from the powder storage container to a powder applicator . - in the case of which a powder storage container is provided, which has, on the bottom, a powder outlet (25.2) and a powder outlet channel , wherein the powder outlet (25.2) forms the inlet for the powder outlet channel , - in the case of which the powder outlet channel is connected to a first powder conveyor in order to convey powder from the powder storage container back to a powder container , - in the case of which the powder storage container has a container base and a number of further powder outlets (3.2) in the region of the container base , - in the case of which a powder conveying device (3, 23, G1) is provided to convey powder through one of the further powder outlets (3.2) from the powder storage container to a powder applicator .
A smart building system , comprising: a sensor unit disposed in an indoor space to sense information which comprising a presence of a person located in the indoor space and biometric information of the person located in the indoor space; a determination unit determining whether or not the person is located in the indoor space on the basis of the information acquired by the sensor unit ; a control unit controlling an indoor controller disposed inside the indoor space on the basis of the information determined by the determination unit ; and a storage unit , characterized in that the storage unit is storing information about repetitive movements that occur in the indoor space, wherein the determination unit determines that information being the same as the information about the repetitive movements stored in the storage unit among the information sensed by the sensor unit is not the biometric information of the person so as to determine whether or not the person is located in the indoor space on the basis of the biometric information of the person , the repetitive movements mean moving with a constant cycle, the sensor unit includes an impulse-radio ultra-wideband (IR-UWB) communication sensor, the sensor unit senses biometric information of the person by transmitting a signal and receiving the signal reflected by the person , and the biometric information includes at least one of heart rate, movement, or respiration of the person. a sensor unit disposed in an indoor space to sense information which comprising a presence of a person located in the indoor space and biometric information of the person located in the indoor space; a determination unit determining whether or not the person is located in the indoor space on the basis of the information acquired by the sensor unit ; a control unit controlling an indoor controller disposed inside the indoor space on the basis of the information determined by the determination unit ; and a storage unit , characterized in that the storage unit is storing information about repetitive movements that occur in the indoor space, wherein the determination unit determines that information being the same as the information about the repetitive movements stored in the storage unit among the information sensed by the sensor unit is not the biometric information of the person so as to determine whether or not the person is located in the indoor space on the basis of the biometric information of the person , the repetitive movements mean moving with a constant cycle, the sensor unit includes an impulse-radio ultra-wideband (IR-UWB) communication sensor, the sensor unit senses biometric information of the person by transmitting a signal and receiving the signal reflected by the person , and the biometric information includes at least one of heart rate, movement, or respiration of the person.
Method for networking a first time-sensitive field bus with a second time-sensitive field bus , wherein the first time-sensitive field bus comprises a first subscriber device and has its own first time domain , and wherein the second time-sensitive field bus comprises a second subscriber device and has its own second time domain , wherein the first and the second field bus are connected to one another by means of a gateway for data transmission, wherein the method has the following steps: - defining the first time domain in the first field bus by the first subscriber device of the first field bus ; - defining the second time domain in the second field bus by the second subscriber device of the second field bus ; - transmitting time-sensitive data in defined first time slots within the first field bus ; - transmitting time-sensitive data in defined second time slots within the second field bus ; and - synchronizing the gateway as a slave with respect to the first time domain of the first field bus and additionally with respect to the second time domain of the second field bus , wherein the gateway supports at least two time domains at the same time. - defining the first time domain in the first field bus by the first subscriber device of the first field bus ; - defining the second time domain in the second field bus by the second subscriber device of the second field bus ; - transmitting time-sensitive data in defined first time slots within the first field bus ; - transmitting time-sensitive data in defined second time slots within the second field bus ; and - synchronizing the gateway as a slave with respect to the first time domain of the first field bus and additionally with respect to the second time domain of the second field bus , wherein the gateway supports at least two time domains at the same time.
A telescopic drilling rod, in particular a Kelly rod, having at least two rod elements , which are configured and arranged to be axially telescopic with one another, wherein axially extending driver strips directed towards one another are arranged on at least one circumferential side of the tubular rod elements , for torque transmission between the rod elements , characterised in that at least one first coupling element is arranged on a first rod element , and at least one second coupling element is arranged on a second rod element , which are axially coupled in an axially retracted state of the rod elements and engage with one another in such a way that a circumferential force is generated between the two coupling elements in the circumferential direction of the rod elements , with which mutually adjacent driver strips of the rod elements are pressed against one another and held in contact with one another. wherein axially extending driver strips directed towards one another are arranged on at least one circumferential side of the tubular rod elements , for torque transmission between the rod elements , characterised in that at least one first coupling element is arranged on a first rod element , and at least one second coupling element is arranged on a second rod element , which are axially coupled in an axially retracted state of the rod elements and engage with one another in such a way that a circumferential force is generated between the two coupling elements in the circumferential direction of the rod elements , with which mutually adjacent driver strips of the rod elements are pressed against one another and held in contact with one another.
The compound 3,5-Dihydroxy-4-isopropyl- trans -stilbene, or a pharmaceutically acceptable salt thereof, for use in the topical treatment of acne.
Method for performing situation analysis for a driver assistance system on board a motor vehicle , comprising the following steps: - providing a representation of an environment of the motor vehicle , wherein the representation comprises an arrangement of cells that are assigned reversibly and unambiguously to predetermined sections of the environment; - scanning the environment of a motor vehicle using at least one sensor in order to detect an obstacle; - marking cells on the basis of the scan such that - a cell that is assigned to an obstacle-free section of the environment bears a first marking, and - a cell that is assigned to a section of the environment in which an obstacle has been detected bears a second marking; - applying a morphological filter to the representation in order to provide cells that are not able to be reached by the motor vehicle and that initially bear the first marking with the second marking, wherein the morphological filter is configured to perform a morphological closure using a structural element and the structural element is determined on the basis of an outline of the motor vehicle , wherein the structural element reflects restrictions based on which cells are not able to be reached by the motor vehicle , wherein the structural element is additionally determined on the basis of a vehicle degree of freedom that is predefined by the driver assistance system, wherein the vehicle degree of freedom comprises at least one of a maximum acceleration, a minimum cornering radius and a traffic rule. - providing a representation of an environment of the motor vehicle , wherein the representation comprises an arrangement of cells that are assigned reversibly and unambiguously to predetermined sections of the environment; - scanning the environment of a motor vehicle using at least one sensor in order to detect an obstacle; - marking cells on the basis of the scan such that - a cell that is assigned to an obstacle-free section of the environment bears a first marking, and - a cell that is assigned to a section of the environment in which an obstacle has been detected bears a second marking; - applying a morphological filter to the representation in order to provide cells that are not able to be reached by the motor vehicle and that initially bear the first marking with the second marking, wherein the morphological filter is configured to perform a morphological closure using a structural element and the structural element is determined on the basis of an outline of the motor vehicle , wherein the structural element reflects restrictions based on which cells are not able to be reached by the motor vehicle , wherein the structural element is additionally determined on the basis of a vehicle degree of freedom that is predefined by the driver assistance system, wherein the vehicle degree of freedom comprises at least one of a maximum acceleration, a minimum cornering radius and a traffic rule.
Axle receiving arrangement for fixing to an axle , said axle receiving arrangement comprising components that can move in opposite directions and in each case move in the direction of an axle that is received by the axle receiving arrangement , - wherein the components that can move in opposite directions are part of a tensioning side or compressing side of the axle receiving arrangement , - wherein the axle receiving arrangement has a tension bracket as a movable component on the tensioning side, and - wherein the tension bracket has a thread in a tension bracket upper part and the thread starts in said tension bracket upper part on an underside of the tension bracket upper part and terminates below an upper side of the tension bracket upper part , characterised in that - for the movability of the tension bracket the thread of the tension bracket is in engagement with a thread of a nut , - a height of the thread in the tension bracket upper part measured in the axial direction of the nut is less than a height of the tension bracket upper part measured likewise in the axial direction of the nut , and - owing to this height different on the upper side of the tension bracket upper part , a circumferential annular gap remains. - wherein the components that can move in opposite directions are part of a tensioning side or compressing side of the axle receiving arrangement , - wherein the axle receiving arrangement has a tension bracket as a movable component on the tensioning side, and - wherein the tension bracket has a thread in a tension bracket upper part and the thread starts in said tension bracket upper part on an underside of the tension bracket upper part and terminates below an upper side of the tension bracket upper part , - for the movability of the tension bracket the thread of the tension bracket is in engagement with a thread of a nut , - a height of the thread in the tension bracket upper part measured in the axial direction of the nut is less than a height of the tension bracket upper part measured likewise in the axial direction of the nut , and - owing to this height different on the upper side of the tension bracket upper part , a circumferential annular gap remains.
A compound comprising an EET analog conjugated to folic acid or methotrexate, wherein the EET analog used to prepare the compound has a formula selected from the group consisting of
A method for authenticating the communication of an authentication device and at least one authentication server using a local factor, wherein a secret information shared between the authentication device and the authentication server is created within an initializing authentication transactior and a reference information is derived from the secret information shared between the authentication device and the authentication server, whereas the reference information is derived from the secret information in the same way in the authentication device and in the authentication server; and the authentication device creates a transformed reference information from the reference information by means of a cryptographic transformation, wherein the local factor chosen and entered by the user or obtained from a medium or from the surrounding environment is used as an input in said cryptographic transformation, and where only the transformed reference information is stored in the authentication device and only the reference information is stored in the authentication server; wherein the local factor is a secret information held by the user; and wherein the local factor or any information from which the local factor could be retrieved is not stored in the authentication device nor in the authentication server; and wherein in each subsequent authentication transaction using the initialized local factor, the authentication device obtains the local factor from the user, from a medium or from the surrounding environment, and the reference information is derived in the authentication device from the stored transformed reference information by means of inverse cryptographic transformation using said obtained local factor as an input for said inverse cryptographic transformation, and the thus obtained reference information is transmitted to the authentication server, where it is verified using the reference information stored in the authentication server.