mhurhangee/patent-ind-claim-en huggingface dataset:
A system for directing a user to modify an aspect of a vehicle via haptic output, the system comprising: one or more haptic output devices configured to generate haptic output in response to a control signal; and a processor coupled to the one or more haptic output devices and configured to: determine, based on a second control signal received from a vehicle control unit that a parameter associated with a vehicle device should be modified; determine, based on a current value for the parameter and a target value for the parameter, an initial position of the haptic output and a path to move the haptic output on a hand or an arm of the user; generate the control signal based on the initial position and the path; and transmit the control signal to the one or more haptic output devices . one or more haptic output devices configured to generate haptic output in response to a control signal; and a processor coupled to the one or more haptic output devices and configured to: determine, based on a second control signal received from a vehicle control unit that a parameter associated with a vehicle device should be modified; determine, based on a current value for the parameter and a target value for the parameter, an initial position of the haptic output and a path to move the haptic output on a hand or an arm of the user; generate the control signal based on the initial position and the path; and transmit the control signal to the one or more haptic output devices . determine, based on a second control signal received from a vehicle control unit that a parameter associated with a vehicle device should be modified; determine, based on a current value for the parameter and a target value for the parameter, an initial position of the haptic output and a path to move the haptic output on a hand or an arm of the user; generate the control signal based on the initial position and the path; and transmit the control signal to the one or more haptic output devices .
A computing device configured to search multiple data stores, the computing device having a processor and implementing a schema for querying a data store described by the schema, the schema being stored as a data structure on one or more computer-storage media accessible by the processor, wherein the schema complies with a schema format according to which it comprises: - at least one property reference describing at least one property of the data store, wherein the property reference includes contextual information to describe the property, and wherein the property reference references a second schema for static information to describe the property, - at least one property description describing at least one other property of the data store, wherein the property description includes both static information and contextual information to describe the other property, - at least one item type description describing an item type for one or more items within the data store, wherein the item type description indicates the item type and lists one or more properties for the item type, and - at least one kind description describing a kind for one or more items within the data store, wherein the kind description indicates the kind and lists one or more properties for the kind, wherein the static information of said at least one property description is usable by at least one other schema for at least one other data store of the multiple data stores to describe the other property for the other data store, wherein the contextual information is specific to the schema, and wherein the schema is aggregated with the at least one other schema to enable simultaneous searching of the multiple data stores, wherein said at least one other schema complies with said schema format and wherein the aggregated schema comprises an aggregated property description containing the static information defined by one of the schemas and the contextual information defined by both schemas. - at least one property reference describing at least one property of the data store, wherein the property reference includes contextual information to describe the property, and wherein the property reference references a second schema for static information to describe the property, - at least one property description describing at least one other property of the data store, wherein the property description includes both static information and contextual information to describe the other property, - at least one item type description describing an item type for one or more items within the data store, wherein the item type description indicates the item type and lists one or more properties for the item type, and - at least one kind description describing a kind for one or more items within the data store, wherein the kind description indicates the kind and lists one or more properties for the kind,
A copolymer containing, as essential structural units, unit A represented by Formula and unit B represented by Formula : wherein R 1 and R 4 each independently represent a hydrogen atom or a methyl group, and R 2 and R 3 each independently represent a hydrogen atom or a C1-20 hydrocarbon group, excluding cases where two or more groups of R 1 to R 3 are hydrogen atoms wherein R 5 represents a hydrogen atom or a methyl group, and R 6 represents a group selected from the group consisting of C1-20 hydrocarbon groups optionally containing an oxygen atom, C1-20 alkoxy groups, hydrogen atoms, oxygen radicals and hydroxyl groups.
An apparatus of a MulteFire, MF user equipment, MF UE , the apparatus comprising: processing circuitry, the processing circuitry to configure the MF UE to implement a Reliable Data Service, RDS protocol, wherein to implement the RDS protocol, the processing circuitry is configured to: encode an Attach Request message for transmission in an unlicensed band to a Neutral Host Mobility Management Entity, NH MME MME in a Neutral Host Network, NHN , the Attach Request message including a Packet Data Network, PDN Connectivity Request message for establishing a PDN connection with a Service Capability Exposure Function, SCEF via a Interworking-SCEF, IWK-SCEF , wherein the MF UE connects to multiple SCEFs via the IWK-SCEF , wherein the MF UE connects to multiple service capability server/application server, SCS/ASs via the multiple SCEFs , and wherein the IWK-SCEF is within the NHN and the SCEF is within a Participating Service Provider, PSP network outside of the NHN ; decode a configuration message from the SCEF , the configuration message indicating acceptance of non-Internet Protocol, IP data communication via the PDN connection, using the RDS protocol; and in response to the configuration message, encode an RDS frame for transmission to the SCEF via the IWK-SCEF using the PDN connection in the unlicensed band; and memory coupled to the processing circuitry, the memory configured to store the PDN Connectivity Request message. encode an Attach Request message for transmission in an unlicensed band to a Neutral Host Mobility Management Entity, NH MME MME in a Neutral Host Network, NHN , the Attach Request message including a Packet Data Network, PDN Connectivity Request message for establishing a PDN connection with a Service Capability Exposure Function, SCEF via a Interworking-SCEF, IWK-SCEF , wherein the MF UE connects to multiple SCEFs via the IWK-SCEF , wherein the MF UE connects to multiple service capability server/application server, SCS/ASs via the multiple SCEFs , and wherein the IWK-SCEF is within the NHN and the SCEF is within a Participating Service Provider, PSP network outside of the NHN ; decode a configuration message from the SCEF , the configuration message indicating acceptance of non-Internet Protocol, IP data communication via the PDN connection, using the RDS protocol; and in response to the configuration message, encode an RDS frame for transmission to the SCEF via the IWK-SCEF using the PDN connection in the unlicensed band; and memory coupled to the processing circuitry, the memory configured to store the PDN Connectivity Request message.
A method of preventing or mitigating the formation of metal sulfide scale in a fluid, wherein the fluid is a production fluid from an oil and gas well, and wherein the metal sulfide scale comprises iron sulfide scale or zinc sulfide scale, the method comprising treating the fluid with an additive comprising thiamine.
An assembly for coupling together rotatable components comprising a rotor shaft extending along a centerline axis, the rotor shaft defining an inner bore extending from an axial end of the rotor shaft; a gear mounted on an outer diameter of the rotor shaft; a lock nut threadedly engaged with the outer diameter of the rotor shaft such that the lock nut abuts against an axial end face of the gear; and characterized by : a retainer including a step portion extending from a head portion and including a projection portion extending from the step portion, wherein the projection portion is insertable into the inner bore to bias the lock nut against the axial end face of the gear, and the step portion is dimensioned to establish an interference fit with the rotor shaft along the inner bore. a rotor shaft extending along a centerline axis, the rotor shaft defining an inner bore extending from an axial end of the rotor shaft; a gear mounted on an outer diameter of the rotor shaft; a lock nut threadedly engaged with the outer diameter of the rotor shaft such that the lock nut abuts against an axial end face of the gear; and characterized by : a retainer including a step portion extending from a head portion and including a projection portion extending from the step portion, wherein the projection portion is insertable into the inner bore to bias the lock nut against the axial end face of the gear, and the step portion is dimensioned to establish an interference fit with the rotor shaft along the inner bore.
Method for filling hollow-section strips, in particular hollow-section strips in the form of legs of spacer frames or in the form of spacer frames , wherein free-flowing fill material , in particular a hygroscopic material, such as a molecular sieve, is introduced from a storage tank into the hollow-section strip, wherein the quantity of fill material introduced into the hollow-section strip is detected by detecting the quantity of fill material removed from the storage tank , characterized in that the change in the level of fill material in the storage container is detected, in that pressure is exerted on the upper side of the fill material contained in the storage tank by means of a piston that can be displaced in the storage tank , and in that the drop in the level of the fill material in the storage tank is determined by detecting the travel of the piston in the storage tank .
A coordinated effects system , comprising: a first prism system comprising a first plurality of prisms , the first prism system configured to position a selected one of the first plurality of prisms in a light beam passing through the first prism system or to remove all of the first plurality of prisms from the light beam passing through the first prism system, the first prism system further configured to rotate at least one of the first plurality of prisms; and a second prism system optically coupled to the first prism system and comprising a second plurality of prisms , the second prism system configured to position a selected one of the second plurality of prisms in the light beam passing through the first prism system or to remove all of the second plurality of prisms from the light beam passing through the first prism system, the second prism system further configured to rotate at least one of the second plurality of prisms. a first prism system comprising a first plurality of prisms , the first prism system configured to position a selected one of the first plurality of prisms in a light beam passing through the first prism system or to remove all of the first plurality of prisms from the light beam passing through the first prism system, the first prism system further configured to rotate at least one of the first plurality of prisms; and a second prism system optically coupled to the first prism system and comprising a second plurality of prisms , the second prism system configured to position a selected one of the second plurality of prisms in the light beam passing through the first prism system or to remove all of the second plurality of prisms from the light beam passing through the first prism system, the second prism system further configured to rotate at least one of the second plurality of prisms.
A method of making a sectioned continuous string of springs for use in an assembler, said method comprising: providing a starting string of pocketed springs having a starting tab; providing a first supply string of pocketed springs containing first springs and having a first tab ; providing a second supply string of pocketed springs containing springs different than the first springs and having a second tab ; moving the first supply string of pocketed springs in-line with the starting string of pocketed springs such that the first tab overlaps the starting tab; welding the overlapped first and starting tabs together to create a combined string of pocketed springs ; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location to create a combined tab; moving the first supply string of pocketed springs out-of-line with the combined string ; moving the second supply string in-line with the combined string of pocketed springs such that the second tab overlaps the combined tab; welding the overlapped second and combined tabs together to create a long string of pocketed springs; moving the long string of springs downstream; cutting the second supply string of pocketed springs at a desired location to create a long tab. providing a starting string of pocketed springs having a starting tab; providing a first supply string of pocketed springs containing first springs and having a first tab ; providing a second supply string of pocketed springs containing springs different than the first springs and having a second tab ; moving the first supply string of pocketed springs in-line with the starting string of pocketed springs such that the first tab overlaps the starting tab; welding the overlapped first and starting tabs together to create a combined string of pocketed springs ; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location to create a combined tab; moving the first supply string of pocketed springs out-of-line with the combined string ; moving the second supply string in-line with the combined string of pocketed springs such that the second tab overlaps the combined tab; welding the overlapped second and combined tabs together to create a long string of pocketed springs; moving the long string of springs downstream; cutting the second supply string of pocketed springs at a desired location to create a long tab.
A method for individual actuation within a source subarray comprising source elements, wherein the source elements are air guns, the method comprising: individually actuating source elements of the source subarray (880, 981, 1083, 1184, 1285, 1380-1, 1380-2, 1380-3) according to an actuation sequence, characterized in that the actuation sequence is based on: a relative cross-line position and a relative depth of each of the source elements within a particular geometry of the source subarray with respect to a previously actuated source element of the source subarray; and a towing velocity of the source subarray, such that the actuation of each of the source elements occurs outside bubbles formed by the previously actuated source element according to the actuation sequence. individually actuating source elements of the source subarray (880, 981, 1083, 1184, 1285, 1380-1, 1380-2, 1380-3) according to an actuation sequence, characterized in that the actuation sequence is based on: a relative cross-line position and a relative depth of each of the source elements within a particular geometry of the source subarray with respect to a previously actuated source element of the source subarray; and a towing velocity of the source subarray, such that the actuation of each of the source elements occurs outside bubbles formed by the previously actuated source element according to the actuation sequence. a relative cross-line position and a relative depth of each of the source elements within a particular geometry of the source subarray with respect to a previously actuated source element of the source subarray; and a towing velocity of the source subarray, such that the actuation of each of the source elements occurs outside bubbles formed by the previously actuated source element according to the actuation sequence.
A non-therapeutic method of treatment comprising: placing a piezoelectric transducer at a first location above the skin; transmitting focused acoustic waves from the piezoelectric transducer into the skin to create a point of treatment wherein the focused acoustic waves have a 6 dB focal zone with a focal diameter of 1.5 mm or less and a depth of focus of 3 mm or less, wherein a piezoelectric element of the piezoelectric transducer is operated at a third, or higher, harmonic resonance frequency; and moving the piezoelectric transducer along the surface of the skin to a second location 5 mm or less from the first location and repeating the transmitting step. placing a piezoelectric transducer at a first location above the skin; transmitting focused acoustic waves from the piezoelectric transducer into the skin to create a point of treatment wherein the focused acoustic waves have a 6 dB focal zone with a focal diameter of 1.5 mm or less and a depth of focus of 3 mm or less, wherein a piezoelectric element of the piezoelectric transducer is operated at a third, or higher, harmonic resonance frequency; and moving the piezoelectric transducer along the surface of the skin to a second location 5 mm or less from the first location and repeating the transmitting step.
A lobe pump with a. a housing , having an inlet and an outlet for the medium to be pumped, b. at least one lobe , which is mounted in the housing so as to be drivable and rotatable and which has at least two conveying vanes provided with a contour, which lobe conveys the medium to be delivered from the inlet to the outlet , c. and with one sealing element per lobe , which is mounted on a sealing body and runs over the contour of the lobe during rotation of the lobe and performs an outward travel movement from a minimum diameter of the lobe to a maximum diameter of the lobe and an inward travel movement from the maximum diameter of the lobe to the minimum diameter of the lobe on different sides of the conveying vanes , wherein the distance which the sealing element covers on the inward travel side of the conveying vane during the inward travel movement is smaller than the distance on the outward travel side during the outward travel movement, characterized in that the contour on the outward travel side has a curvature without inflection point and the contour on the inward travel side has at least one inflection point. a. a housing , having an inlet and an outlet for the medium to be pumped, b. at least one lobe , which is mounted in the housing so as to be drivable and rotatable and which has at least two conveying vanes provided with a contour, which lobe conveys the medium to be delivered from the inlet to the outlet , c. and with one sealing element per lobe , which is mounted on a sealing body and runs over the contour of the lobe during rotation of the lobe and performs an outward travel movement from a minimum diameter of the lobe to a maximum diameter of the lobe and an inward travel movement from the maximum diameter of the lobe to the minimum diameter of the lobe on different sides of the conveying vanes , wherein the distance which the sealing element covers on the inward travel side of the conveying vane during the inward travel movement is smaller than the distance on the outward travel side during the outward travel movement, characterized in that the contour on the outward travel side has a curvature without inflection point and the contour on the inward travel side has at least one inflection point.
A multiple-frequency inversion method for an internal combustion engine driven generator comprising: rectifying the output voltage of a filter unit, wherein the filter unit is an LC low pass filter; after performing analog-to-digital conversion for the rectified output voltage, calculating the average value of the output voltage or the effective value of the output voltage; comparing the average value of the output voltage with a target voltage value or comparing the effective value of the output voltage with a target voltage value; according to the comparison results, adjusting the proportionality coefficient of two sine with a 180-degree phase difference in a table of sine until the average value or the effective value of the output voltage falls within a preset range of the target voltage value; the table of sine is used for generating two sine waves with a 180-degree phase difference, and the two sine waves with a 180-degree phase difference are compared with a triangle wave to generate four PWM waves which have pulse frequency f, and the triangle wave has a frequency f; the four PWM waves which have frequency f drive switching tubes in an inverter unit to enable the inverter unit to output modulated wave with a pulse frequency 2f. rectifying the output voltage of a filter unit, wherein the filter unit is an LC low pass filter; after performing analog-to-digital conversion for the rectified output voltage, calculating the average value of the output voltage or the effective value of the output voltage; comparing the average value of the output voltage with a target voltage value or comparing the effective value of the output voltage with a target voltage value; according to the comparison results, adjusting the proportionality coefficient of two sine with a 180-degree phase difference in a table of sine until the average value or the effective value of the output voltage falls within a preset range of the target voltage value; the table of sine is used for generating two sine waves with a 180-degree phase difference, and the two sine waves with a 180-degree phase difference are compared with a triangle wave to generate four PWM waves which have pulse frequency f, and the triangle wave has a frequency f; the four PWM waves which have frequency f drive switching tubes in an inverter unit to enable the inverter unit to output modulated wave with a pulse frequency 2f.
Method for producing a bakery product with a baking pan at least for partially shaping a bakery product using an embossing mould at least for partially shaping a bakery product , wherein at least one embossing profile (S) is provided for arranging on a piece of dough (T) for the bakery product which is to be produced, wherein the baking pan comprises one or more holders (4.1), wherein the embossing mould is arranged, or fixed, on the baking pan such that an embossing profile (S) is arranged in the region of a holder (4.1), characterized in that the at least one flexible embossing mould , which is formed from silicone rubber, platinum-based silicone or silicone, is arranged on a piece of dough (T) and pressed into the same, wherein the embossing mould exhibits dimensional stability up to at least a temperature of 350°C, and wherein the embossing mould remains on the piece of dough (T) during a baking process and is removed from the bakery product following a predetermined period of time after the baking process, wherein the embossing mould remains on the piece of dough throughout the baking process.