mhurhangee/patent-ind-claim-en huggingface dataset:
A card module sharing method, comprising: displaying an interface of a first application in response to a first operation of a user, wherein a first card is displayed on the interface of the first application, the first card comprises a first card module, a second card module, and a third card module, and interface resources of the first card are provided by a second application, wherein the first card has a unique card name and is split into the first card module, the second card module, and the third card module, and wherein each of the first card module, the second card module, and the third card module are associated with the card name of the first card; sending a second message to a third application in response to a second operation of the user, wherein the second operation is associated with the first card module, and the second message comprises an identifier of the first card module, and wherein the second operation is used to indicate a first device to share the first card module of the first card to the third application, and wherein the first application, the second application, and third application are different application programs on the first device; and displaying an interface of the third application, wherein the first card module is displayed on the interface of the third application, wherein interface resources of the first card module are provided by a fourth application, and wherein the first card module comprising an operation button for controlling a functionality of the second application. displaying an interface of a first application in response to a first operation of a user, wherein a first card is displayed on the interface of the first application, the first card comprises a first card module, a second card module, and a third card module, and interface resources of the first card are provided by a second application, wherein the first card has a unique card name and is split into the first card module, the second card module, and the third card module, and wherein each of the first card module, the second card module, and the third card module are associated with the card name of the first card; sending a second message to a third application in response to a second operation of the user, wherein the second operation is associated with the first card module, and the second message comprises an identifier of the first card module, and wherein the second operation is used to indicate a first device to share the first card module of the first card to the third application, and wherein the first application, the second application, and third application are different application programs on the first device; and displaying an interface of the third application, wherein the first card module is displayed on the interface of the third application, wherein interface resources of the first card module are provided by a fourth application, and wherein the first card module comprising an operation button for controlling a functionality of the second application.
A mass flow meter/controller , comprising: a flow tube configured to direct a fluid from an inlet of the flow tube to an outlet of the flow tube; an actuator configured to cause a vibration in the flow tube; a light source configured to emit light; at least one beam splitter configured to split the light emitted by the light source into a first light beam and a second light beam ; a first optical sensor configured to output first measurements of a first position of a first location on the flow tube based on detecting the first light beam; a second optical sensor configured to output second measurements of a second position of a second location on the flow tube based on detecting the second light beam; and control circuitry configured to determine at least one of a mass flow rate through the flow tube or a density of the fluid in the flow tube based on the first measurements and the second measurements; characterised in that the at least one beam splitter is configured to direct the first light beam and the second light beam in opposite directions, and the first optical sensor and the second optical sensor are positioned on opposite sides of the at least one beam splitter to receive the first light beam and the second light beam, respectively, from the at least one beam splitter. a flow tube configured to direct a fluid from an inlet of the flow tube to an outlet of the flow tube; an actuator configured to cause a vibration in the flow tube; a light source configured to emit light; at least one beam splitter configured to split the light emitted by the light source into a first light beam and a second light beam ; a first optical sensor configured to output first measurements of a first position of a first location on the flow tube based on detecting the first light beam; a second optical sensor configured to output second measurements of a second position of a second location on the flow tube based on detecting the second light beam; and control circuitry configured to determine at least one of a mass flow rate through the flow tube or a density of the fluid in the flow tube based on the first measurements and the second measurements; characterised in that
A workpiece holder device for a machine tool, with a holder that has a support part that is connected with a support device to support the holder , wherein the holder has a holder part that extends away starting from the support part , this holder part being configured to hold a workpiece , characterized in that at least one pretensioning device is provided that is arranged in the holder and that pretensions at least one section of the support part and/or of the holder part the at least one pretensioning device is anchored with the holder at a first end and a second end opposite the first end , and that the pretension is produced between these ends , and the pretensioning device has a first bushing at the first end and a second bushing at the second end , each bushing having a bushing inner thread and a bushing outer thread , and the bushing inner thread and the bushing outer thread of at least one bushing having different thread pitches. with a holder that has a support part that is connected with a support device to support the holder , wherein the holder has a holder part that extends away starting from the support part , this holder part being configured to hold a workpiece , characterized in that at least one pretensioning device is provided that is arranged in the holder and that pretensions at least one section of the support part and/or of the holder part the at least one pretensioning device is anchored with the holder at a first end and a second end opposite the first end , and that the pretension is produced between these ends , and the pretensioning device has a first bushing at the first end and a second bushing at the second end , each bushing having a bushing inner thread and a bushing outer thread , and the bushing inner thread and the bushing outer thread of at least one bushing having different thread pitches.
A method for reducing overhead of a feedback message during hybrid automatic repeat request, HARQ, operations performed by a user equipment, UE , in a wireless network, comprising: obtaining a parity check matrix, PCM, of a single spatially-coupled low-density parity-check codeword associated with a received message; assigning rows of the PCM to a number of respective groups, wherein a respective group of the number of respective groups having corresponding one or more parity checks as determined by the PCM, and wherein the respective group represents two or more rows of the PCM; generating a feedback message including a number of bits corresponding to the number of respective groups with one bit per group, wherein an individual bit of the number of bits indicates whether a corresponding respective group of the number of respective groups includes one or more unsatisfied parity checks; and transmitting or causing to transmit the feedback message to a base station of the wireless network. obtaining a parity check matrix, PCM, of a single spatially-coupled low-density parity-check codeword associated with a received message; assigning rows of the PCM to a number of respective groups, wherein a respective group of the number of respective groups having corresponding one or more parity checks as determined by the PCM, and wherein the respective group represents two or more rows of the PCM; generating a feedback message including a number of bits corresponding to the number of respective groups with one bit per group, wherein an individual bit of the number of bits indicates whether a corresponding respective group of the number of respective groups includes one or more unsatisfied parity checks; and transmitting or causing to transmit the feedback message to a base station of the wireless network.
Method for identifying a winding fault in a transformer of an electrical power supply grid, in which - phase conductor-related current measurement values are detected on the high-voltage side (A) and the low-voltage side (B) of the transformer ; - negative-phase-sequence system current values are determined in each case for the high-voltage side (A) and the low-voltage side (B) from the phase conductor-related current measurement values; and - a fault signal is generated when a winding fault in the transformer has been identified using the negative-phase-sequence system current values; wherein - an auxiliary variable is formed using a sequence of negative-phase-sequence system current values of the high-voltage side (A) and a sequence of temporally associated negative-phase-sequence system current values of the low-voltage side (B); and - the auxiliary variable is used to make a decision as to whether a winding fault is present in the transformer ; and - the fault signal is generated when a winding fault is present; characterized in that - the auxiliary variable is formed as integral over the product of respectively temporally associated negative-phase-sequence system current values of the high-voltage side (A) and the low-voltage side (B). - phase conductor-related current measurement values are detected on the high-voltage side (A) and the low-voltage side (B) of the transformer ; - negative-phase-sequence system current values are determined in each case for the high-voltage side (A) and the low-voltage side (B) from the phase conductor-related current measurement values; and - a fault signal is generated when a winding fault in the transformer has been identified using the negative-phase-sequence system current values; wherein - an auxiliary variable is formed using a sequence of negative-phase-sequence system current values of the high-voltage side (A) and a sequence of temporally associated negative-phase-sequence system current values of the low-voltage side (B); and - the auxiliary variable is used to make a decision as to whether a winding fault is present in the transformer ; and - the fault signal is generated when a winding fault is present; characterized in that - the auxiliary variable is formed as integral over the product of respectively temporally associated negative-phase-sequence system current values of the high-voltage side (A) and the low-voltage side (B).
A method of imaging a specimen (S) using an X-ray imaging apparatus, comprising the following steps: - Providing the specimen on a specimen holder (A); - Directing a flux (B) of X-rays from a source (Sx) through the specimen and onto an X-ray camera (D); - Embodying the source as a cluster of component sources (Sc), with a confined angular span relative to the specimen; - Using said camera to record a cumulative, composite image from said component sources; - Mathematically deconvolving said composite image, characterized in that : - The source comprises a body of supporting material (Ss) in which the component sources (Sc) are suspended as discrete metallic bodies, and wherein the distribution of component sources is non-regular; - Component sources are caused to emit X-rays by irradiating them with a charged-particle beam . - Providing the specimen on a specimen holder (A); - Directing a flux (B) of X-rays from a source (Sx) through the specimen and onto an X-ray camera (D); - Embodying the source as a cluster of component sources (Sc), with a confined angular span relative to the specimen; - Using said camera to record a cumulative, composite image from said component sources; - Mathematically deconvolving said composite image, - The source comprises a body of supporting material (Ss) in which the component sources (Sc) are suspended as discrete metallic bodies, and wherein the distribution of component sources is non-regular; - Component sources are caused to emit X-rays by irradiating them with a charged-particle beam .
A power tool comprising: an electric motor having a stator ; an armature mounted on a shaft having a longitudinal axis, bout which axis the armature rotates with respect to the stator; and a fan rotatably attached to the armature, the fan also rotatable about the armature axis, adjacent the stator, the fan comprising a plurality of blades each blade of the plurality of blades having a first and a second axial side edge , wherein said first side edge is arranged at an angle away from the stator in the direction of the end of the outer edge of the blade, wherein the angled axial side edge of each blade of the plurality of blades provides that each blade is dimensioned such that a longitudinal length of each blade is smaller at an outer periphery of the fan than at an inner edge of the fan blade near the armature shaft, the fan characterized by : each blade of the plurality of blades being arranged between an inner support ring and an outer support ring , the outer support ring having an angled surface with respect to the longitudinal axis, in the direction of the outer edge of the blade; and a tool housing arranged to house the electric motor, the housing including a first and a second annular rib disposed around a periphery of the housing adjacent the fan, the annular ribs each having an angled surface substantially parallel to the angled surfaces of the outer ring and the first side edge respectively, to constrain airflow generated by the fan centrifugally in a radial direction with respect to the shaft about which the fan rotates. an electric motor having a stator ; an armature mounted on a shaft having a longitudinal axis, bout which axis the armature rotates with respect to the stator; and a fan rotatably attached to the armature, the fan also rotatable about the armature axis, adjacent the stator, the fan comprising a plurality of blades each blade of the plurality of blades having a first and a second axial side edge , wherein said first side edge is arranged at an angle away from the stator in the direction of the end of the outer edge of the blade, wherein the angled axial side edge of each blade of the plurality of blades provides that each blade is dimensioned such that a longitudinal length of each blade is smaller at an outer periphery of the fan than at an inner edge of the fan blade near the armature shaft, the fan characterized by : each blade of the plurality of blades being arranged between an inner support ring and an outer support ring , the outer support ring having an angled surface with respect to the longitudinal axis, in the direction of the outer edge of the blade; and a tool housing arranged to house the electric motor, the housing including a first and a second annular rib disposed around a periphery of the housing adjacent the fan, the annular ribs each having an angled surface substantially parallel to the angled surfaces of the outer ring and the first side edge respectively, to constrain airflow generated by the fan centrifugally in a radial direction with respect to the shaft about which the fan rotates.
A wheelchair lift for mounting to a vehicle, comprising: - a platform assembly being configured to support a wheelchair and to be move between an entry level position, a horizontal position and a ground level position, wherein the entry level position is above the horizontal position and the ground level position is below the horizontal position, - a roll stop means to be moved between an entry position to allow a wheelchair to be loaded to or unloaded from the platform assembly , and a barrier position to prevent the wheelchair from falling off the platform assembly , - a mechanical actuator mechanism for moving the roll stop means between the entry position and the barrier position, - a lifting arm to move the platform assembly between the entry level position, the horizontal position and the ground level position, - wherein the mechanical actuator mechanism is configured to keep the roll stop means in the entry position, when the platform assembly is in the ground level position, and to block the roll stop means from moving from the barrier position to the entry level position, when the platform assembly is in the horizontal position, characterized in that the mechanical actuator mechanism comprises a movable bar being mechanically coupled to the lifting arm such that the bar is moved in a first position in which the bar exerts a force on the roll stop means so that the roll stop means is kept in the barrier position, when the platform assembly is moved in the horizontal position. - a platform assembly being configured to support a wheelchair and to be move between an entry level position, a horizontal position and a ground level position, wherein the entry level position is above the horizontal position and the ground level position is below the horizontal position, - a roll stop means to be moved between an entry position to allow a wheelchair to be loaded to or unloaded from the platform assembly , and a barrier position to prevent the wheelchair from falling off the platform assembly , - a mechanical actuator mechanism for moving the roll stop means between the entry position and the barrier position, - a lifting arm to move the platform assembly between the entry level position, the horizontal position and the ground level position, - wherein the mechanical actuator mechanism is configured to keep the roll stop means in the entry position, when the platform assembly is in the ground level position, and to block the roll stop means from moving from the barrier position to the entry level position, when the platform assembly is in the horizontal position, characterized in that the mechanical actuator mechanism comprises a movable bar being mechanically coupled to the lifting arm such that the bar is moved in a first position in which the bar exerts a force on the roll stop means so that the roll stop means is kept in the barrier position, when the platform assembly is moved in the horizontal position.
A repair device for repairing a hole in a part , the device comprising a resin tank , and an injector endpiece connected to the tank , the endpiece being designed to be inserted in the hole , the endpiece including at least one injection orifice enabling resin to be injected into at least one cavity situated around the endpiece , characterized in that the endpiece is configured to be extracted from the hole after the resin has hardened, the means for enabling extraction of the endpiece from the hole after the resin has hardened comprising at least one of the following features: - the endpiece comprises a bladder including at least one of said at least one injection orifice ; - the at least one injection orifice has a thinned edge; - the endpiece comprises a hollow body and a skin for single use, placed around the hollow body ; - the endpiece comprises a hollow body and a porous screen or filter surrounding the endpiece. - the endpiece comprises a bladder including at least one of said at least one injection orifice ; - the at least one injection orifice has a thinned edge; - the endpiece comprises a hollow body and a skin for single use, placed around the hollow body ; - the endpiece comprises a hollow body and a porous screen or filter surrounding the endpiece.
Rotor for a long-stator linear motor system, having at least one secondary part for magnetic interaction with at least one long stator of the long-stator linear motor system; at least two rollers (310; 410) for mounting the rotor on parallel guide rails of the long-stator linear motor system, characterized by at least one roller of the at least two rollers (310; 410) with a steering rotational axis with integrated castor, wherein the at least one roller is mounted on a roller axle by means of a bolt , via an asymmetric and/or sloping bore, and further comprises a pendulum ring , which is mounted on the bolt and has an external ball or slide bearing ; wherein the bore is provided transverse to the roller axle, whereby the bore is made eccentric through the roller axle and/or oblique to the plane of movement; wherein the pendulum ring is designed in such a way that it can oscillate around the straight position within a specified angular range, and wherein the pendulum ring is also eccentrically and/or obliquely mounted on the bolt. at least one secondary part for magnetic interaction with at least one long stator of the long-stator linear motor system; at least two rollers (310; 410) for mounting the rotor on parallel guide rails of the long-stator linear motor system, characterized by at least one roller of the at least two rollers (310; 410) with a steering rotational axis with integrated castor, wherein the at least one roller is mounted on a roller axle by means of a bolt , via an asymmetric and/or sloping bore, and further comprises a pendulum ring , which is mounted on the bolt and has an external ball or slide bearing ; wherein the bore is provided transverse to the roller axle, whereby the bore is made eccentric through the roller axle and/or oblique to the plane of movement; wherein the pendulum ring is designed in such a way that it can oscillate around the straight position within a specified angular range, and wherein the pendulum ring is also eccentrically and/or obliquely mounted on the bolt.