mhurhangee/patent-ind-claim-en huggingface dataset:
A method of implementing a software defined radio, SDR, the method comprising: selecting a plurality of signal processing units for implementing a first communication protocol, wherein each signal processing unit is configured to perform a predetermined signal processing function according to a set of parameters; configuring, via a control path, the parameters for the signal processing units to implement the first communication protocol; configuring, via the control path, a plurality of programmable crossbars to interconnect the selected signal processing units for implementing the first communication protocol; receiving, via a data path, an input data stream at a first of the selected signal processing units; processing the input data stream at the first signal processing unit according to a corresponding predetermined signal processing function; and routing an output data from the first signal processing unit to a second of the selected signal processing units according to the configured programmable crossbars; wherein the control path and the data path are separated. selecting a plurality of signal processing units for implementing a first communication protocol, wherein each signal processing unit is configured to perform a predetermined signal processing function according to a set of parameters; configuring, via a control path, the parameters for the signal processing units to implement the first communication protocol; configuring, via the control path, a plurality of programmable crossbars to interconnect the selected signal processing units for implementing the first communication protocol; receiving, via a data path, an input data stream at a first of the selected signal processing units; processing the input data stream at the first signal processing unit according to a corresponding predetermined signal processing function; and routing an output data from the first signal processing unit to a second of the selected signal processing units according to the configured programmable crossbars; wherein the control path and the data path are separated.
A method of analysing ions comprising: (i) separating ions according to a physico-chemical property in a separator during a first cycle of separation and transmitting ions which emerge from said separator through a transfer device with a first transit time t1, energising a pusher electrode or orthogonal acceleration electrode and obtaining first data, (ii) separating ions according to said physico-chemical property in said separator during a second separate cycle of separation and transmitting ions which emerge from said separator through said transfer device with a second greater transit time t2, energising said pusher electrode or orthogonal acceleration electrode and obtaining second data; and (iii) repeating steps (i) and (ii) one or more times; wherein said method further comprises: energising said pusher electrode or orthogonal acceleration electrode with a period t3, wherein t2-t1 is arranged to equal t3/n and wherein n = 2; and combining said first and second data to form a composite data set. (i) separating ions according to a physico-chemical property in a separator during a first cycle of separation and transmitting ions which emerge from said separator through a transfer device with a first transit time t1, energising a pusher electrode or orthogonal acceleration electrode and obtaining first data, (ii) separating ions according to said physico-chemical property in said separator during a second separate cycle of separation and transmitting ions which emerge from said separator through said transfer device with a second greater transit time t2, energising said pusher electrode or orthogonal acceleration electrode and obtaining second data; and (iii) repeating steps (i) and (ii) one or more times; energising said pusher electrode or orthogonal acceleration electrode with a period t3, wherein t2-t1 is arranged to equal t3/n and wherein n = 2; and combining said first and second data to form a composite data set.
Extractor hood device in the form of a hob unit extractor, hob extractor or hob ventilator, wherein the extractor hood device has a ventilator, an extractor hood housing , which has a receiving space for the ventilator, and an air inlet opening introduced in the top side of the receiving space , and a filter unit , characterised in that the extractor hood device has a collecting vessel for liquids with at least one overflow opening , which is raised with respect to the base of the collecting vessel but is arranged lower than the upper edge of the collecting vessel , and an additional vessel for liquids, and a liquid line lies between the collecting vessel and the additional vessel at least in regions.
Cover including an inner layer that has an inner face and an outer face and an outer layer that has an inner face and an outer face, whereby • the inner face of the outer layer and the inner face of the inner layer comprise means to adhere the inner layer and the outer layer to each other, • the inner layer has a detachable segment which adheres to the outer layer and which has an outer face that is part of the outer face of the inner layer and that is at least partially covered with reclosable adhesive, • the detachable segment has an inner face that is part of the inner face of the inner layer and the inner face of the detachable segment adheres to an area of the inner face of the outer layer , which area is at least partially coated with reclosable adhesive • at least one of the inner layer and the outer layer comprises means to facilitate separation and subsequent withdrawal of the detachable segment from the cover . • the inner face of the outer layer and the inner face of the inner layer comprise means to adhere the inner layer and the outer layer to each other, • the inner layer has a detachable segment which adheres to the outer layer and which has an outer face that is part of the outer face of the inner layer and that is at least partially covered with reclosable adhesive, • the detachable segment has an inner face that is part of the inner face of the inner layer and the inner face of the detachable segment adheres to an area of the inner face of the outer layer , which area is at least partially coated with reclosable adhesive • at least one of the inner layer and the outer layer comprises means to facilitate separation and subsequent withdrawal of the detachable segment from the cover .
An absorbent article comprising: a chassis having: a length extending longitudinally between opposing front and rear edge portions ; and a recessed region disposed between opposing first and second longitudinal edge portions , the chassis comprising an absorbent material within the recessed region ; wherein a thickness of the chassis within the recessed region is at least 10% smaller than a thickness of the chassis within each of the first and second longitudinal edge portions such that the chassis defines a longitudinally-extending recess configured to receive a phallus of a wearer, characterized in that - the absorbent material comprises a fluff core , - the chassis comprises, within the longitudinal front and rear edge portions and the recessed region an acquisition- distribution layer layered between a laminate and the fluff core , - the fluff core is shaped to define the recess and is layered above the laminate and the acquisition- distribution layer such that, when the article is worn, the fluff core is closer to the wearer than are the laminate and the acquisition- distribution layer . a chassis having: a length extending longitudinally between opposing front and rear edge portions ; and a recessed region disposed between opposing first and second longitudinal edge portions , the chassis comprising an absorbent material within the recessed region ; a length extending longitudinally between opposing front and rear edge portions ; and a recessed region disposed between opposing first and second longitudinal edge portions , the chassis comprising an absorbent material within the recessed region ; wherein a thickness of the chassis within the recessed region is at least 10% smaller than a thickness of the chassis within each of the first and second longitudinal edge portions such that the chassis defines a longitudinally-extending recess configured to receive a phallus of a wearer, characterized in that - the absorbent material comprises a fluff core , - the chassis comprises, within the longitudinal front and rear edge portions and the recessed region an acquisition- distribution layer layered between a laminate and the fluff core , - the fluff core is shaped to define the recess and is layered above the laminate and the acquisition- distribution layer such that, when the article is worn, the fluff core is closer to the wearer than are the laminate and the acquisition- distribution layer . - the absorbent material comprises a fluff core , - the chassis comprises, within the longitudinal front and rear edge portions and the recessed region an acquisition- distribution layer layered between a laminate and the fluff core , - the fluff core is shaped to define the recess and is layered above the laminate and the acquisition- distribution layer such that, when the article is worn, the fluff core is closer to the wearer than are the laminate and the acquisition- distribution layer .
A scanner, comprising: a plurality of illumination devices (201-204) configured to illuminate a label; an imager configured to capture light reflected from the label and generate an image signal; and a detector configured to detect an intensity of light reflected from the label; wherein the scanner is configured to initially open one or more of the plurality of illumination devices (201-204), and capture light reflected from the label to decode the image signal; characterized in that the scanner is further configured to, if the light intensity is higher than a predetermined threshold, change an illumination status of one or more of the plurality of illumination devices (201-204); wherein the change in the illumination status comprises controlling the plurality of illumination devices to successively open cyclically such that a position where light is reflected from the label changes continuously. a plurality of illumination devices (201-204) configured to illuminate a label; an imager configured to capture light reflected from the label and generate an image signal; and a detector configured to detect an intensity of light reflected from the label; wherein the scanner is configured to initially open one or more of the plurality of illumination devices (201-204), and capture light reflected from the label to decode the image signal; characterized in that the scanner is further configured to, if the light intensity is higher than a predetermined threshold, change an illumination status of one or more of the plurality of illumination devices (201-204); wherein the change in the illumination status comprises controlling the plurality of illumination devices to successively open cyclically such that a position where light is reflected from the label changes continuously.
A method for operating a radio base station in a wireless communication network, wherein the method comprises the steps of: - obtaining (S10) information about a common uplink pilot sequence used by several User Equipments, UEs, within the wireless communication network; - transmitting (S20) a measurement ordering message to a UE served by the radio base station and assigned the common uplink pilot sequence, said measurement ordering message comprising instructions ordering the UE to perform measurements on a downlink signal having a configuration that is based on the common uplink pilot sequence assigned to the UE; - obtaining (S30) information relating to the performed measurements; and - analyzing (S40) said obtained information to determine whether uplink pilot contamination has occurred. - obtaining (S10) information about a common uplink pilot sequence used by several User Equipments, UEs, within the wireless communication network; - transmitting (S20) a measurement ordering message to a UE served by the radio base station and assigned the common uplink pilot sequence, said measurement ordering message comprising instructions ordering the UE to perform measurements on a downlink signal having a configuration that is based on the common uplink pilot sequence assigned to the UE; - obtaining (S30) information relating to the performed measurements; and - analyzing (S40) said obtained information to determine whether uplink pilot contamination has occurred.
Electrochemical test cell for testing battery material, comprising - a first current collector , - a second current collector and - an electrode arrangement which is arranged between the first and the second current collector and has a working electrode , a counter electrode and a reference electrode insert filled with battery material, wherein - a non-volatile, digital, electronic data memory is provided in the electrochemical test cell , and - at least one externally accessible contact that is or can be electrically connected to the data memory is provided, and - a shape-coded receptacle is provided, and -a frame part having a shaping adapted to the shape of the receptacle and a non-circular recess is provided, and - the non-volatile data memory is arranged on a carrier part that has an external geometry adapted to the shape of the recess and is arranged in the recess , and - the contact is arranged on the carrier part . - a first current collector , - a second current collector and - an electrode arrangement which is arranged between the first and the second current collector and has a working electrode , a counter electrode and a reference electrode insert filled with battery material, wherein - a non-volatile, digital, electronic data memory is provided in the electrochemical test cell , and - at least one externally accessible contact that is or can be electrically connected to the data memory is provided, and - a shape-coded receptacle is provided, and -a frame part having a shaping adapted to the shape of the receptacle and a non-circular recess is provided, and - the non-volatile data memory is arranged on a carrier part that has an external geometry adapted to the shape of the recess and is arranged in the recess , and - the contact is arranged on the carrier part .
A method performed by vehicle diagnostics system for enabling synchronous remote vehicle diagnostics for a plurality of vehicles (31a, ..., 31x), the method comprising obtaining information indicating that an application in the vehicle diagnostics system is requesting to perform synchronous remote vehicle diagnostics on a selected vehicle among the plurality of vehicles (31a, ..., 31x); the method being characterized in that determining a logical network location of an on-board connectivity device , integrated in an on-board network of the selected vehicle , wherein the logical network location is determined by using an Application Programming Interface, available to the vehicle diagnostics system and wherein the Application Programming interface is adapted to communicate with the on-board connectivity device by using Application Programming interface libraries available to the vehicle diagnostics system capable of supporting network discovery; and establishing , using the Application Programming Interface, a logical network connection between the determined logical network location of the on-board connectivity device and the logical network location of the vehicle diagnostics system over a wireless communications network . obtaining information indicating that an application in the vehicle diagnostics system is requesting to perform synchronous remote vehicle diagnostics on a selected vehicle among the plurality of vehicles (31a, ..., 31x); the method being characterized in that determining a logical network location of an on-board connectivity device , integrated in an on-board network of the selected vehicle , wherein the logical network location is determined by using an Application Programming Interface, available to the vehicle diagnostics system and wherein the Application Programming interface is adapted to communicate with the on-board connectivity device by using Application Programming interface libraries available to the vehicle diagnostics system capable of supporting network discovery; and establishing , using the Application Programming Interface, a logical network connection between the determined logical network location of the on-board connectivity device and the logical network location of the vehicle diagnostics system over a wireless communications network .
Cover configured for being fitted removably over a handgrip of a mobility aid, preferably of an invalid crutch , trolley, walking frame, rollator, walking stick, wheelchair or similar mobility aid, comprising: an elongated, tubular body extending in the axial direction for receiving the handgrip , with a first opening at a first end of said elongated body for receiving said handgrip and a second end located opposite the first end that is open or closed , characterized in that the elongated body is made of an elastic material with an elasticity, expressed in Shore A, of 25-55 and the elongated body is provided, at the periphery of the first end, with a flange for rolling up and unrolling the first end in the direction of the second end of the elongated body wherein the length of the elongated body decreases or increases, respectively.
A refraction measuring apparatus that measures refractive properties of an eye based on respective images formed by first and second light bundles, emanating from a light emitter, the first and second light bundles respectively passing through first and second apertures, provided at a same distance away from the light emitter, and concurrently incident on the eye, the refraction measuring apparatus comprising, at respective positions corresponding to a pair of the eyes: a first rotational member , rotatably supported on a support member about a first rotational center (P1), provided with the first aperture and the second aperture on either side of the first rotational center; a second rotational member , rotatably supported about a second rotational center (P2), at a different position from the first rotational center, the second rotational member provided with at least one light-transmission portion and a light-shielding portion at different positions in a rotational direction about the second rotational center, wherein when the first rotational member is rotated relative to the support member, the second rotational member rotates in association with the rotation of the first rotational member, and wherein, while an aperture arrangement direction of the first and second apertures changes in accordance with the rotation of the second rotational member, the refraction measuring apparatus enters one of a light-transmission state in which the light-transmission portion coincides with the first and second apertures to allow the first and second light bundles to pass through the first and second apertures; and a light-shielding state in which the light-shielding portion coincides with the first and second apertures to shield the first and second light bundles. a first rotational member , rotatably supported on a support member about a first rotational center (P1), provided with the first aperture and the second aperture on either side of the first rotational center; a second rotational member , rotatably supported about a second rotational center (P2), at a different position from the first rotational center, the second rotational member provided with at least one light-transmission portion and a light-shielding portion at different positions in a rotational direction about the second rotational center, wherein when the first rotational member is rotated relative to the support member, the second rotational member rotates in association with the rotation of the first rotational member, and wherein, while an aperture arrangement direction of the first and second apertures changes in accordance with the rotation of the second rotational member, the refraction measuring apparatus enters one of a light-transmission state in which the light-transmission portion coincides with the first and second apertures to allow the first and second light bundles to pass through the first and second apertures; and a light-shielding state in which the light-shielding portion coincides with the first and second apertures to shield the first and second light bundles.
Electronic apparatus comprising a circuit board and a housing for receiving the circuit board , wherein the housing has a first opening for inserting the circuit board and the inserted circuit board substantially closes this opening of the housing , wherein there is at least one means for the passage of casting compound through which a volume, which exists between the circuit board and the housing after the insertion of the circuit board into the housing , can be filled when the housing is cast, characterized in that a seal assembly surrounds a second opening of the housing , wherein the seal assembly seals the circuit board against the housing such that, after insertion of the circuit board into the housing , a liquid casting compound does not escape from the housing through the second opening when the electronic apparatus is cast, the second opening is positioned in the housing such that a contact element , setting element and/or display element connected to the circuit board is accessible through the second opening after insertion of the circuit board into the housing and casting, the housing comprises support elements , the end face of which directed toward the first opening at least partially supports the circuit board , wherein the support elements are hollow, passage openings in a peripheral surface of the support elements allow the casting compound to escape into the volume which exists between the circuit board and the housing after the insertion of the circuit board into the housing , and the entry of the casting compound into the hollow support element can take place via an entry opening in the end face of the support element . a seal assembly surrounds a second opening of the housing , wherein the seal assembly seals the circuit board against the housing such that, after insertion of the circuit board into the housing , a liquid casting compound does not escape from the housing through the second opening when the electronic apparatus is cast, the second opening is positioned in the housing such that a contact element , setting element and/or display element connected to the circuit board is accessible through the second opening after insertion of the circuit board into the housing and casting, the housing comprises support elements , the end face of which directed toward the first opening at least partially supports the circuit board , wherein the support elements are hollow, passage openings in a peripheral surface of the support elements allow the casting compound to escape into the volume which exists between the circuit board and the housing after the insertion of the circuit board into the housing , and the entry of the casting compound into the hollow support element can take place via an entry opening in the end face of the support element .