mhurhangee/patent-ind-claim-en huggingface dataset:
A motor comprising: a casing including an inner periphery (N) having a plurality of first assembling structures and the casing including a plurality of through-holes ; a stator disposed on the casing and including a plurality of magnetic pole modules each of which is independently separable, wherein each of the plurality of magnetic pole modules includes at least one second assembling structure , wherein each of the plurality of magnetic pole modules is detachably coupled in an axial direction to the casing by coupling each of the at least one second assembling structure to an associated one of the plurality of first assembling structures , and wherein each of the plurality of magnetic pole modules includes a plurality of receiving pits respectively located on an axial upper face (F3) and/or a lower face (F4) of the associated magnetic pole module ; a rotor rotatably disposed within the stator , wherein an air gap (G) is formed between the rotor and the stator ; and a plurality of blocks ; wherein each of the plurality of receiving pits is aligned with a respective one of the plurality of through-holes ; and each of the plurality of blocks is located in a respective one of the plurality of receiving pits ; wherein each of the plurality of blocks is configured to be pushed by a push member (T) extending through a respective one of the plurality of through-holes , such that the associated magnetic pole module is displaced axially relative to the casing to permit removal of the magnetic pole module . a casing including an inner periphery (N) having a plurality of first assembling structures and the casing including a plurality of through-holes ; a stator disposed on the casing and including a plurality of magnetic pole modules each of which is independently separable, wherein each of the plurality of magnetic pole modules includes at least one second assembling structure , wherein each of the plurality of magnetic pole modules is detachably coupled in an axial direction to the casing by coupling each of the at least one second assembling structure to an associated one of the plurality of first assembling structures , and wherein each of the plurality of magnetic pole modules includes a plurality of receiving pits respectively located on an axial upper face (F3) and/or a lower face (F4) of the associated magnetic pole module ; a rotor rotatably disposed within the stator , wherein an air gap (G) is formed between the rotor and the stator ; and a plurality of blocks ; wherein each of the plurality of receiving pits is aligned with a respective one of the plurality of through-holes ; and each of the plurality of blocks is located in a respective one of the plurality of receiving pits ; wherein each of the plurality of blocks is configured to be pushed by a push member (T) extending through a respective one of the plurality of through-holes , such that the associated magnetic pole module is displaced axially relative to the casing to permit removal of the magnetic pole module .
A finger weeder element suitable for tillage comprising a holder and a circular finger disc having an inner element and a plurality of fingers , said fingers being arranged along the outer edge of said inner element and extending radially outward from said inner element , wherein at least one finger has a respective first outer side , a second outer side , two side walls and a front side , and wherein the front side has a tapered edge extending in the axial direction of the finger disc , characterized in that the finger disc has a drive element and the at least one finger has, on its first outer side at a predefined distance from the front side , a first protrusion extending in the axial direction of the finger disc , wherein the first protrusion assumes the function of the drive element.
Method for operating a control unit , in particular for a motor vehicle, wherein the control unit has at least one execution unit designed to execute task programs , wherein a first task program and a second task program are executed at least intermittently, wherein the first task program provides data for the second task program at the end of a first predefined interval of time, characterized in that the data are transmitted from the first task program to the second task program after a respective last execution of the first task program , within a predefined second interval of time, for execution of the second task program , wherein the second interval of time is longer than the first interval of time. in particular for a motor vehicle, wherein the control unit has at least one execution unit designed to execute task programs , wherein a first task program and a second task program are executed at least intermittently, wherein the first task program provides data for the second task program at the end of a first predefined interval of time, characterized in that the data are transmitted from the first task program to the second task program after a respective last execution of the first task program , within a predefined second interval of time, for execution of the second task program , wherein the second interval of time is longer than the first interval of time.
A pulsed optical source comprising: a semiconductor diode configured to emit light; and a driving circuit having only one transistor coupled to a terminal of the semiconductor diode, and wherein the driving circuit is configured to receive a unipolar pulse and apply a bipolar electrical pulse to the semiconductor diode responsive to receiving the unipolar pulse. a semiconductor diode configured to emit light; and a driving circuit having only one transistor coupled to a terminal of the semiconductor diode, and wherein the driving circuit is configured to receive a unipolar pulse and apply a bipolar electrical pulse to the semiconductor diode responsive to receiving the unipolar pulse.
An aerosol-generating article comprising a plurality of elements assembled in the form of a rod having a mouth end and a distal end upstream from the mouth end, the plurality of elements including an aerosol-forming substrate located at or towards the distal end of the rod, in which an elongate susceptor is arranged substantially longitudinally within the rod and in thermal contact with the aerosol-forming substrate , wherein the elongate susceptor comprises a protective external layer.
Spur gear arrangement , comprising a spur gear which is received in a rotatable manner on a shaft by way of two flange bushings with a flange in each case, and two supporting bodies are arranged on the shaft , wherein the flange bushings are each arranged with their flange on the supporting bodies for axially bracing the spur gear , characterised in that the shaft , at least one supporting body and the associated flange bushing has a borehole through which a lubricant passes and at least one of the flange bushings is provided with a lubrication pocket .
A polymer mold insert for an injection molding tool, the polymer insert comprising an insert body part having an outer shape adapted for insertion into an insert cavity arranged in the injection molding tool, and where the insert body part comprises at least two different polymer materials having different physical characteristics and being distributed within the insert body so that one or more first volumes of the insert body comprises a higher concentration of a first one of the two different polymer materials than in the remaining parts of the insert body, and so that one or more second volumes of the insert body comprises a higher concentration of the second one of the two different polymer materials than in the remaining parts of the insert body part, and wherein the distribution of the two different polymer materials in the polymer insert comprises multiple small volumes (voxels), and where a number of the small volumes are constituted only by the first one of the polymer materials and the remaining number of small volumes are constituted by the second one of the polymer materials.
An unlocking device for a system for closing a parachute container (C) by means of a link , of the rope or strap type, in particular a link stretched between eyelets , comprising a sharp tool (O) capable of cutting the link to unlock the closing system, the device including an actuating member connected to the cutting tool (O), said actuating member being manually handled by a user to cause the cutting tool (O) to move into a cutting position of said link , the cutting tool (O) comprising at least one blade , a blade holder , a movable shuttle , and retention means acting on the blade holder against a force exerted by the actuating member , characterised in that the retention means include one or more push-buttons disposed on either side of the mobile shuttle in its rest position, the retention means acting on the mobile shuttle so as to calibrate the force necessary to cause the movement of the mobile shuttle . the device including an actuating member connected to the cutting tool (O), said actuating member being manually handled by a user to cause the cutting tool (O) to move into a cutting position of said link , the cutting tool (O) comprising at least one blade , a blade holder , a movable shuttle , and retention means acting on the blade holder against a force exerted by the actuating member , characterised in that the retention means include one or more push-buttons disposed on either side of the mobile shuttle in its rest position, the retention means acting on the mobile shuttle so as to calibrate the force necessary to cause the movement of the mobile shuttle .
A device for processing a liquid sample, comprising a carrier which has at least one container for receiving the liquid sample, a processing unit for carrying out at least one processing step, and an actuating apparatus which has an electrical open-loop or closed-loop control unit for controlling or regulating the processing step carried out by means of the processing unit , characterised in that the actuating apparatus , in particular the open-loop or closed-loop control unit , is mounted on the processing unit , and that the processing unit is mounted on the carrier .
An apparatus for detecting a fault in a power relay of an inverter, wherein the power relay , in parallel with an initial charge resistor , is located along a DC-link feeding the inverter and a capacitor , the apparatus comprising: a voltage sensor configured to measure a voltage of a DC link; a storage unit configured to store a time constant of a capacitor , and a reference voltage measured when no voltage drop occurs at the DC link; and a controller configured to determine, when a voltage drop occurs at the DC link, whether there is a fault in the power relay based on a difference between the reference voltage and a voltage measured after a period of time corresponding to the time constant has elapsed; characterized in that the apparatus further comprises a current sensor configured to measure an output current to an inverter stage ; the storage unit is configured to store the resistance of the initial charge resistor ; and the controller is configured to compare the differences between the voltages with a voltage drop determined by the output current and the resistance to determine whether there is a fault in the power relay . a voltage sensor configured to measure a voltage of a DC link; a storage unit configured to store a time constant of a capacitor , and a reference voltage measured when no voltage drop occurs at the DC link; and a controller configured to determine, when a voltage drop occurs at the DC link, whether there is a fault in the power relay based on a difference between the reference voltage and a voltage measured after a period of time corresponding to the time constant has elapsed; the apparatus further comprises a current sensor configured to measure an output current to an inverter stage ; the storage unit is configured to store the resistance of the initial charge resistor ; and the controller is configured to compare the differences between the voltages with a voltage drop determined by the output current and the resistance to determine whether there is a fault in the power relay .
A method of wireless communication by a first wireless device, comprising: determining a numerology configuration to be used for a subframe by determining a first tone spacing in the subframe for a first set of symbols and a second tone spacing in the subframe for a second set of symbols ; determine whether to time-division multiplex, TDM, the first set of symbols with the second set of symbols into adjacent locations within the subframe based on the determined numerology configuration of the subframe ; and communicating with a second wireless device within the subframe based on the determined numerology configuration and the TDM determination. determining a numerology configuration to be used for a subframe by determining a first tone spacing in the subframe for a first set of symbols and a second tone spacing in the subframe for a second set of symbols ; determine whether to time-division multiplex, TDM, the first set of symbols with the second set of symbols into adjacent locations within the subframe based on the determined numerology configuration of the subframe ; and communicating with a second wireless device within the subframe based on the determined numerology configuration and the TDM determination.
A computer system comprising: one or more processors; and one or more computer-readable hardware storage devices having stored thereon computer-executable instructions that are executable by the one or more processors to cause the computer system to: access historic execution state information corresponding to a previous execution of an application, wherein the historic execution state information was collected during the application's previous execution; after correlating the application's historic execution state information to code associated with the application, cause a tracepoint to be associated with a portion of the code, wherein: when the code of the application is replayed based on the historic execution state information, the tracepoint causes a behavior of the portion of the code to be logged while the code is replayed uninterrupted based on the historic execution state information; replay the code based on the historic execution state information, wherein, during the replay, the tracepoint causes the behavior of the portion of code to be logged; and on a user interface, visualize the logged behavior of the portion of code. one or more processors; and one or more computer-readable hardware storage devices having stored thereon computer-executable instructions that are executable by the one or more processors to cause the computer system to: access historic execution state information corresponding to a previous execution of an application, wherein the historic execution state information was collected during the application's previous execution; after correlating the application's historic execution state information to code associated with the application, cause a tracepoint to be associated with a portion of the code, wherein: when the code of the application is replayed based on the historic execution state information, the tracepoint causes a behavior of the portion of the code to be logged while the code is replayed uninterrupted based on the historic execution state information; replay the code based on the historic execution state information, wherein, during the replay, the tracepoint causes the behavior of the portion of code to be logged; and on a user interface, visualize the logged behavior of the portion of code. access historic execution state information corresponding to a previous execution of an application, wherein the historic execution state information was collected during the application's previous execution; after correlating the application's historic execution state information to code associated with the application, cause a tracepoint to be associated with a portion of the code, wherein: when the code of the application is replayed based on the historic execution state information, the tracepoint causes a behavior of the portion of the code to be logged while the code is replayed uninterrupted based on the historic execution state information; replay the code based on the historic execution state information, wherein, during the replay, the tracepoint causes the behavior of the portion of code to be logged; and on a user interface, visualize the logged behavior of the portion of code.
An interior permanent magnet motor , comprising: a rotor comprising a plurality of permanent magnets , wherein each of the permanent magnets has a magnetic pole center line (MC), and each of the permanent magnets is curved so as to be linearly symmetric across the magnetic pole center line (MC); and a stator , wherein the rotor further comprises a rotor core , wherein the rotor core has a plurality of magnet insertion holes , wherein a plurality of slits are formed in a region of the rotor core , which is located on a radially outer side of the magnet insertion holes , wherein a long axis direction of each of the slits is directed in a direction approximately parallel to the corresponding magnetic pole center line (MC),and wherein at least two of the slits are formed so that a core region sandwiched between the two slits has a portion increased toward the radially outer side; and wherein an outer most end of the each of the slits is located on an outer side of a width center line (CW) of the each of the slits , wherein the outer most end is a distal end of a tapered portion of each of the slits on the rotor outer peripheral surface side , and the outer side of a width center line (CW) of the each of the slits is a side of the width center line (CW) away from the corresponding magnetic pole center line (MC), and a width center line (CW) of each of the slits is a line passing through a center of the width of the slit , which is parallel to the corresponding magnetic pole center line (MC). a rotor comprising a plurality of permanent magnets , wherein each of the permanent magnets has a magnetic pole center line (MC), and each of the permanent magnets is curved so as to be linearly symmetric across the magnetic pole center line (MC); and a stator , wherein the rotor further comprises a rotor core , wherein the rotor core has a plurality of magnet insertion holes , wherein a plurality of slits are formed in a region of the rotor core , which is located on a radially outer side of the magnet insertion holes , wherein a long axis direction of each of the slits is directed in a direction approximately parallel to the corresponding magnetic pole center line (MC),and wherein at least two of the slits are formed so that a core region sandwiched between the two slits has a portion increased toward the radially outer side; and wherein an outer most end of the each of the slits is located on an outer side of a width center line (CW) of the each of the slits , wherein the outer most end is a distal end of a tapered portion of each of the slits on the rotor outer peripheral surface side , and the outer side of a width center line (CW) of the each of the slits is a side of the width center line (CW) away from the corresponding magnetic pole center line (MC), and a width center line (CW) of each of the slits is a line passing through a center of the width of the slit , which is parallel to the corresponding magnetic pole center line (MC).
An adapter comprising: an inlet port defining a flow path; an outlet port ; an interior wall having an inner surface defining an interior passageway communicating with said outlet port and an exterior surface defining an exterior passageway communicating with said inlet port , and wherein said interior wall defines a mouth communicating between said interior and said exterior passageways, wherein said interior wall is positioned substantially transverse to at least a portion of said flow path of said inlet port ; and wherein said exterior passageway is in fluid communication with said outlet port through said interior passageway ; a medicament delivery port opening into at least one of said exterior passageway and said interior passageway ; and a valve moveable between a closed position wherein said valve closes said medicament delivery port and an open position wherein said medicament delivery port is open. an inlet port defining a flow path; an outlet port ; an interior wall having an inner surface defining an interior passageway communicating with said outlet port and an exterior surface defining an exterior passageway communicating with said inlet port , and wherein said interior wall defines a mouth communicating between said interior and said exterior passageways, wherein said interior wall is positioned substantially transverse to at least a portion of said flow path of said inlet port ; and wherein said exterior passageway is in fluid communication with said outlet port through said interior passageway ; a medicament delivery port opening into at least one of said exterior passageway and said interior passageway ; and a valve moveable between a closed position wherein said valve closes said medicament delivery port and an open position wherein said medicament delivery port is open.
A pharmaceutical composition, which is a bilayer tablet, comprising an amorphous dispersion formulation of doravirine in the first layer, and lamivudine and tenofovir disoproxil fumarate in the second layer wherein the amorphous dispersion formulation of doravirine comprises doravirine and a polymer which is selected from the group consisting of hydroxypropyl methyl cellulose acetate succinate, hydroxypropyl methyl cellulose phthalate, cellulose acetate phthalate, cellulose acetate trimellitate, methyl cellulose acetate phthalate, hydroxypropyl cellulose acetate phthalate, cellulose acetate terephthalate and cellulose acetate isophthalate.
A method for authentication of a first mobile device by a second mobile device, wherein the mobile devices are operable to exchange data over a primary channel, the method comprising: sending a communication request from one mobile device of the first and second mobile devices to the other mobile device of the first and second mobile devices using the primary channel ; and thereafter sending authentication data from the first mobile device over a secondary channel to the second mobile device, wherein the secondary channel is different from the primary channel and is a short-range channel operable for exchanging data when the first mobile device is within physical proximity of the second mobile device, wherein the primary channel , relative to the secondary channel , is a longer range channel permitting greater physical mobility, wherein the primary channel is a Bluetooth channel or a Wi-Fi channel.