mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a communications device for transmitting a message in response to a Random Access Response, RAR, message received from a Radio Network Node, RNN, , wherein the message is a message 3, msg3, and wherein the communications device and the RNN are operating in a wireless communications network , and wherein the method comprises: - receiving , from the RNN , a RAR message comprising multiple grants associated to the same preamble identity; - determining that the message to be transmitted requires one out of: - resources provided by any one of the grants out of the multiple grants, - resources provided by more than two grants out of the multiple grants, and - more resources than provided by the multiple grants; - when the message to be transmitted requires resources provided by any one grant out of the multiple grants, selecting one grant out of the multiple grants; - when the message to be transmitted requires resources provided by more than two grants out of the multiple grants, selecting the more than two of the grants out of the multiple grants; - when the message to be transmitted requires more resources than provided by the multiple grants, selecting one grant out of the multiple grants; and - transmitting , to the RNN , the message using resources provided by the selected at least one grant out of the multiple grants. - receiving , from the RNN , a RAR message comprising multiple grants associated to the same preamble identity; - determining that the message to be transmitted requires one out of: - resources provided by any one of the grants out of the multiple grants, - resources provided by more than two grants out of the multiple grants, and - more resources than provided by the multiple grants; - resources provided by any one of the grants out of the multiple grants, - resources provided by more than two grants out of the multiple grants, and - more resources than provided by the multiple grants; - when the message to be transmitted requires resources provided by any one grant out of the multiple grants, selecting one grant out of the multiple grants; - when the message to be transmitted requires resources provided by more than two grants out of the multiple grants, selecting the more than two of the grants out of the multiple grants; - when the message to be transmitted requires more resources than provided by the multiple grants, selecting one grant out of the multiple grants; and - transmitting , to the RNN , the message using resources provided by the selected at least one grant out of the multiple grants.
A scroll compressor comprising: a housing into which a drive shaft is inserted; an Oldham ring configured to be slidable on the housing by a first key mechanism in a first direction perpendicular to an axial center of the drive shaft ; a fixed scroll fixed to the housing ; and an orbiting scroll meshing with the fixed scroll and configured to be slidable on the Oldham ring by a second key mechanism in a second direction perpendicular to the axial center of the drive shaft , the first key mechanism including a first key provided to the Oldham ring and a first key groove formed in the housing , the first key protruding from a ring portion of the Oldham ring toward the housing , and further protruding in a radially inward direction of the ring portion , the housing including a flange to which the fixed scroll is fixed and which includes a facing portion having a predetermined thickness and having an orbiting scroll facing surface facing the orbiting scroll , and an annular opening formed around the orbiting scroll facing surface and movably housing the ring portion , characterized in that the first key groove is formed in a position adjacent to a back surface of the facing portion opposite to the orbiting scroll facing surface so as to extend radially inwardly from the annular opening . a housing into which a drive shaft is inserted; an Oldham ring configured to be slidable on the housing by a first key mechanism in a first direction perpendicular to an axial center of the drive shaft ; a fixed scroll fixed to the housing ; and an orbiting scroll meshing with the fixed scroll and configured to be slidable on the Oldham ring by a second key mechanism in a second direction perpendicular to the axial center of the drive shaft , the first key mechanism including a first key provided to the Oldham ring and a first key groove formed in the housing , the first key protruding from a ring portion of the Oldham ring toward the housing , and further protruding in a radially inward direction of the ring portion , the housing including a flange to which the fixed scroll is fixed and which includes a facing portion having a predetermined thickness and having an orbiting scroll facing surface facing the orbiting scroll , and an annular opening formed around the orbiting scroll facing surface and movably housing the ring portion , characterized in that the first key groove is formed in a position adjacent to a back surface of the facing portion opposite to the orbiting scroll facing surface so as to extend radially inwardly from the annular opening .
A corn harvester header comprising: multiple harvesting units placed adjacently to each other , where each one of said harvesting units has a central slot were the maize plant is processed to extract the ears from the stalks ; multiple crop divisors , each one placed between two adjacent harvesting units ; characterized in that it further comprises multiple frontal devices , each one of which is placed in front of and between two adjacent harvesting units ; where each one of said multiple frontal devices comprise: a pair of guiding elements , where the guiding element is selected from the group of: chain or belt; two or more wheels ; and support ; where the guiding element is placed around said two or more wheels ; where one of the one or more wheels drives the spin of the guiding elements , where the tangential speed of the guiding element is configured according to the distance between the plants in the field ; and where an opening is created greater that the width of the harvesting slot . multiple harvesting units placed adjacently to each other , where each one of said harvesting units has a central slot were the maize plant is processed to extract the ears from the stalks ; multiple crop divisors , each one placed between two adjacent harvesting units ; characterized in that it further comprises multiple frontal devices , each one of which is placed in front of and between two adjacent harvesting units ; where each one of said multiple frontal devices comprise: a pair of guiding elements , where the guiding element is selected from the group of: chain or belt; two or more wheels ; and support ; where the guiding element is placed around said two or more wheels ; where one of the one or more wheels drives the spin of the guiding elements , where the tangential speed of the guiding element is configured according to the distance between the plants in the field ; and a pair of guiding elements , where the guiding element is selected from the group of: chain or belt; two or more wheels ; and support ; where the guiding element is placed around said two or more wheels ; where one of the one or more wheels drives the spin of the guiding elements , where the tangential speed of the guiding element is configured according to the distance between the plants in the field ; and where an opening is created greater that the width of the harvesting slot .
Safety device designed to equip a paraglider or aircraft harness , the device comprising: - an emergency pocket , which is intended to be integrated into the harness , comprising a material resisting radial and axial expansion, and which has an open-through face and a bottom; - a pod inserted in the emergency pocket ; - an emergency parachute folded into the pod ; - an airbag located between the bottom of the emergency pocket and the pod ; and - expansion means for the airbag ; in which during the expansion of the airbag , the pod is ejected through the open-through face of the emergency bag , and the emergency parachute is deployed. - an emergency pocket , which is intended to be integrated into the harness , comprising a material resisting radial and axial expansion, and which has an open-through face and a bottom; - a pod inserted in the emergency pocket ; - an emergency parachute folded into the pod ; - an airbag located between the bottom of the emergency pocket and the pod ; and - expansion means for the airbag ;
Water-conducting household appliance , in particular dishwasher, with a sensor apparatus for determining an ion profile of a liquid, wherein the ion profile comprises an item of information relating to the concentration of different types of ion contained in the liquid, wherein the sensor apparatus has a pipeline section to allow the liquid to pass through, a first electrode , a second electrode and a number of sensor elements , wherein the first electrode , the second electrode and the pipeline section are arranged relative to one another so that by applying a voltage (U) between the first electrode and the second electrode , an electrical field (E) forms in at least one part of the pipeline section , and wherein the sensor elements are arranged on an edge of the pipeline section and are designed to ascertain a local liquid property in order to determine the ion profile of the liquid routed through the pipeline section .
A method for producing an anti-skid stud comprising a supporting part and a stud pin that is partly arranged in a blind hole in the supporting part , wherein method comprises providing a supporting part that is made of elastic material, which is essentially homogenous and/or is free of fibers, such as of polymer and that has a blind hole , and providing a stud pin having a proximal end and a distal end , the stud pin is provided comprising a protruding grip section and an insertion section having a first holding section , the blind hole of the supporting part is provided having a bottom and a second holding section having a smallest cross-section A that is smaller than a largest cross section B of the first holding section of the insertion section of the stud pin that is provided the method is characterized by providing at least one of i) the insertion section of the stud pin with a first tapering section that tapers toward the distal end of the stud pin , and ii) a mouth of the blind hole of the supporting part with a beveled and/or rounded edge, by pressing the insertion section of the stud pin into the blind hole of the supporting part with the distal end leading the insertion section of the stud pin so that said largest cross section B of the first holding section of the stud pin at least partly passes said smallest cross-section A of the second holding section of the blind hole of the supporting part , by the first holding section of the stud pin that is provided is located at the distal end of the stud pin , and by the inserting section of the stud pin that is provided has between the first holding section of the stud pin and the protruding grip section of the stud pin a top section which cross section which is essentially the same throughout the top section .
A movable cover for a building component, comprising a cassette , two side guide rails and a covering material , characterised in that the cassette is at least partially made out of a transparent material with a renewable energy source under its surface.
A laundry treatment apparatus comprising: a washing tub configured to receive laundry, the washing tub being configured to be rotatable; a motor configured to rotate the washing tub ; a controller configured to control the motor such that the washing tub is accelerated to a predetermined target speed at an acceleration gradient of a minimum value controllable by the controller in which the laundry moves relative to the washing tub; and a current sensing unit configured to sense current of the motor, characterized in that the controller is configured to obtain data corresponding to at least one of laundry weight or laundry quality from output of an output layer of an artificial neural network pre-trained based on machine learning, using data relating to a pattern of current values sensed by the current sensing unit while accelerating the washing tub as input to an input layer of the artificial neural network, wherein the laundry quality is defined based on at least one of material of the laundry, hardness of the laundry, water content of the laundry, volumetric difference between dry laundry and wet laundry, and composition of the laundry. a washing tub configured to receive laundry, the washing tub being configured to be rotatable; a motor configured to rotate the washing tub ; a controller configured to control the motor such that the washing tub is accelerated to a predetermined target speed at an acceleration gradient of a minimum value controllable by the controller in which the laundry moves relative to the washing tub; and a current sensing unit configured to sense current of the motor, characterized in that the controller is configured to obtain data corresponding to at least one of laundry weight or laundry quality from output of an output layer of an artificial neural network pre-trained based on machine learning, using data relating to a pattern of current values sensed by the current sensing unit while accelerating the washing tub as input to an input layer of the artificial neural network, wherein the laundry quality is defined based on at least one of material of the laundry, hardness of the laundry, water content of the laundry, volumetric difference between dry laundry and wet laundry, and composition of the laundry.
A method of preparing nutritionally fortified yeast comprising: a) incubating yeast with at least one fermentable substrate under conditions suitable for achieving fermentation; b) isolating the yeast after fermentation; c) combining the isolated yeast with one or more chelated minerals and at least one micronutrient selected from vitamins, amino acids and antioxidants to obtain nutritionally fortified yeast; and d) drying the nutritionally fortified yeast. a) incubating yeast with at least one fermentable substrate under conditions suitable for achieving fermentation; b) isolating the yeast after fermentation; c) combining the isolated yeast with one or more chelated minerals and at least one micronutrient selected from vitamins, amino acids and antioxidants to obtain nutritionally fortified yeast; and d) drying the nutritionally fortified yeast.
Control and display method for a portable timepiece comprising means of displaying a measured time and at least a first analogue trend indicator , a control interface , and an electronic circuit for the actuation of said analogue trend indicator , the method including: - a first step (E1) of programming a first predefined time interval (T1); - a second step (E2) of measuring a second time interval (T2); - a third step (E3) of displaying said second time interval (T2); the method being characterised in that it also comprises: - a fourth step (E4) of displaying a positive or negative difference (D) between said first predefined time interval (T1) and said second time interval (T2), with the aid of said first analogue trend indicator , the difference (D) being positive or negative depending on whether the second time interval (T2) is less than or greater than the first time interval (T1). - a first step (E1) of programming a first predefined time interval (T1); - a second step (E2) of measuring a second time interval (T2); - a third step (E3) of displaying said second time interval (T2); - a fourth step (E4) of displaying a positive or negative difference (D) between said first predefined time interval (T1) and said second time interval (T2), with the aid of said first analogue trend indicator , the difference (D) being positive or negative depending on whether the second time interval (T2) is less than or greater than the first time interval (T1).
An aircraft seat comprising: a seatback ; a frame ; and a head impact criteria (HIC) device for a controlling breakover, the HIC device comprising: a first energy absorbing member coupled to the seatback; a second energy absorbing member coupled to a frame; a fuse link encapsulated by the first energy absorbing member and the second energy absorbing member; and configured to couple the first energy absorbing member to the second energy absorbing member; wherein the first energy absorbing member, the second energy absorbing member, and the fuse link are configured to transmit a breakover energy associated with the seatback during a dynamic event, and wherein the first energy absorbing member and the second energy absorbing member are configured to rotate around a same axis, wherein, responsive to the HIC device being subjected to a load above a threshold load associated with the dynamic event, the fuse link breaks, the breaking of the fuse link enabling the first energy absorbing member and the second energy absorbing member to rotate around the axis. a seatback ; a frame ; and a head impact criteria (HIC) device for a controlling breakover, the HIC device comprising: a first energy absorbing member coupled to the seatback; a second energy absorbing member coupled to a frame; a fuse link encapsulated by the first energy absorbing member and the second energy absorbing member; and configured to couple the first energy absorbing member to the second energy absorbing member; wherein the first energy absorbing member, the second energy absorbing member, and the fuse link are configured to transmit a breakover energy associated with the seatback during a dynamic event, and wherein the first energy absorbing member and the second energy absorbing member are configured to rotate around a same axis, wherein, responsive to the HIC device being subjected to a load above a threshold load associated with the dynamic event, the fuse link breaks, the breaking of the fuse link enabling the first energy absorbing member and the second energy absorbing member to rotate around the axis. a first energy absorbing member coupled to the seatback; a second energy absorbing member coupled to a frame; a fuse link encapsulated by the first energy absorbing member and the second energy absorbing member; and configured to couple the first energy absorbing member to the second energy absorbing member; wherein the first energy absorbing member, the second energy absorbing member, and the fuse link are configured to transmit a breakover energy associated with the seatback during a dynamic event, and wherein the first energy absorbing member and the second energy absorbing member are configured to rotate around a same axis, wherein, responsive to the HIC device being subjected to a load above a threshold load associated with the dynamic event, the fuse link breaks, the breaking of the fuse link enabling the first energy absorbing member and the second energy absorbing member to rotate around the axis.
An ion-selective electrode comprising: - an ion selective membrane configured to be in contact with a solution to be measured; - a transducer layer in contact with said ion selective membrane; - a conductive electrode in contact with said transducer layer; wherein said transducer layer comprises transition metal oxides; wherein said transition metal oxides comprise at least one transition metal in a mixed redox state, said at least one transition metal in a mixed redox state being Mn 2+ /Mn 3+ . - an ion selective membrane configured to be in contact with a solution to be measured; - a transducer layer in contact with said ion selective membrane; - a conductive electrode in contact with said transducer layer; wherein said transducer layer comprises transition metal oxides; wherein said transition metal oxides comprise at least one transition metal in a mixed redox state, said at least one transition metal in a mixed redox state being Mn 2+ /Mn 3+ .
A light emitting device comprising: a reflective layer comprising a phase modulation surface ; a planarization layer disposed on the reflective layer; a first electrode disposed on the planarization layer; an organic emission layer disposed on the first electrode and configured to emit visible light that comprises light of a first wavelength and light of a second wavelength that is shorter than the first wavelength; and a second electrode disposed on the organic emission layer, wherein the reflective layer and the second electrode form a micro cavity configured to resonate the light of the first wavelength, and characterized in that the planarization layer comprises a light absorber configured to absorb the light of the second wavelength. a reflective layer comprising a phase modulation surface ; a planarization layer disposed on the reflective layer; a first electrode disposed on the planarization layer; an organic emission layer disposed on the first electrode and configured to emit visible light that comprises light of a first wavelength and light of a second wavelength that is shorter than the first wavelength; and a second electrode disposed on the organic emission layer, wherein the reflective layer and the second electrode form a micro cavity configured to resonate the light of the first wavelength, and characterized in that the planarization layer comprises a light absorber configured to absorb the light of the second wavelength.