mhurhangee/patent-ind-claim-en huggingface dataset:
A metal cutting drill insert for a drill tool , comprising: opposing top surface and bottom surface with a symmetry axis of the cutting drill insert extending there between, and a peripheral side surface extends between said top surface and said bottom surface, wherein the top surface comprises a rake face and the side surface comprises a clearance face ; at least one cutting edge is formed at an intersection of the rake face of the top surface and an adjoining clearance face of the side surface , at least one chip breaker is formed in the rake face adjacent to and along the cutting edge ; characterized in that the at least one chip breaker comprises: a first chip groove with a constant width (w1) and constant depth (d1) relative the cutting edge ; a second chip groove with an increasing width, and a constant depth (d2) relative the cutting edge ; a transitional chip groove which connects the first chip groove to the second chip groove ; wherein the second groove in a first end adjacent to the transitional groove has a first width w21 and in a second end has a second width w22, wherein the second width w22 is larger than the first width w21. opposing top surface and bottom surface with a symmetry axis of the cutting drill insert extending there between, and a peripheral side surface extends between said top surface and said bottom surface, wherein the top surface comprises a rake face and the side surface comprises a clearance face ; at least one cutting edge is formed at an intersection of the rake face of the top surface and an adjoining clearance face of the side surface , at least one chip breaker is formed in the rake face adjacent to and along the cutting edge ; characterized in that the at least one chip breaker comprises: a first chip groove with a constant width (w1) and constant depth (d1) relative the cutting edge ; a second chip groove with an increasing width, and a constant depth (d2) relative the cutting edge ; a transitional chip groove which connects the first chip groove to the second chip groove ; wherein the second groove in a first end adjacent to the transitional groove has a first width w21 and in a second end has a second width w22, wherein the second width w22 is larger than the first width w21. a first chip groove with a constant width (w1) and constant depth (d1) relative the cutting edge ; a second chip groove with an increasing width, and a constant depth (d2) relative the cutting edge ; a transitional chip groove which connects the first chip groove to the second chip groove ; wherein the second groove in a first end adjacent to the transitional groove has a first width w21 and in a second end has a second width w22, wherein the second width w22 is larger than the first width w21.
A method for device control performed by a first device to control services provided by a service providing device , the service providing device being included in a vehicle, the method comprising: receiving authentication information related to the service providing device from a second device ; connecting, through in-band communication , to the service providing device ; transmitting the authentication information to the service providing device ; and if the first device is determined to be a passenger device based on the authentication information, receiving a list of services determined by the service providing device as controllable by the first device; and controlling, by the first device , the services provided by the service providing device , wherein, if the first device is determined to be a driver device, and no passenger device is connected to the service providing device and the vehicle is driving, the first device may not control the services provided by the service providing device. receiving authentication information related to the service providing device from a second device ; connecting, through in-band communication , to the service providing device ; transmitting the authentication information to the service providing device ; and if the first device is determined to be a passenger device based on the authentication information, receiving a list of services determined by the service providing device as controllable by the first device; and controlling, by the first device , the services provided by the service providing device , wherein, if the first device is determined to be a driver device, and no passenger device is connected to the service providing device and the vehicle is driving, the first device may not control the services provided by the service providing device.
A tension measurement system for measuring a tension force in a cable comprising: a sheave comprising a first radius and a second radius , the sheave configured to rotate about an axis to orient the first radius or the second radius toward the cable; an adjustable support comprising a first end to mount the sheave and a second end to control movement of the first end relative to the cable; and a plurality of tensioners configured to engage with the cable to provide a contact force between the sheave and the cable when the adjustable support positions the sheave adjacent to the cable. a sheave comprising a first radius and a second radius , the sheave configured to rotate about an axis to orient the first radius or the second radius toward the cable; an adjustable support comprising a first end to mount the sheave and a second end to control movement of the first end relative to the cable; and a plurality of tensioners configured to engage with the cable to provide a contact force between the sheave and the cable when the adjustable support positions the sheave adjacent to the cable.
A method for drying polyolefin-containing particles, the method comprising a drying step of supplying polyolefin-containing particles to a drying container, supplying a drying gas to the drying container, and drying the polyolefin-containing particles in the drying container, wherein in the drying step, a numerical value determined by the following formula (a) is 441 or more and 600 or less. 38.0 × η CXIS dL / g − 0.500 × CXIS content % by mass + 1.20 × particle temperature during drying K + 3.29 × drying time hr , wherein in formula (a), [η]CXIS represents a limiting viscosity of a CXIS component in the polyolefin-containing particles, and the CXIS content represents a content of a CXIS component in the polyolefin-containing particles, wherein the CXIS is cold xylene insoluble part and the CXIS component means a component insoluble in xylene, and wherein the CXIS component more particularly refers to a component that is insoluble in p-xylene among components contained in a measurement target such as propylene-based polymer or propylene-based polymer-containing particles, and can be obtained by a separation method. [η]CXIS represents a limiting viscosity of a CXIS component in the polyolefin-containing particles, and the CXIS content represents a content of a CXIS component in the polyolefin-containing particles, wherein the CXIS is cold xylene insoluble part and the CXIS component means a component insoluble in xylene, and wherein the CXIS component more particularly refers to a component that is insoluble in p-xylene among components contained in a measurement target such as propylene-based polymer or propylene-based polymer-containing particles, and can be obtained by a separation method.
An antibody or functionally active part thereof comprising at least one antigen binding fragment of the antibody which specifically binds to Kallikrein-8 and inhibits the proteolytic activity of Kallikrein-8 for use in the treatment or prevention of Alzheimer's disease.
An impact power tool comprising: a housing ; a motor disposed in the housing and including a motor output shaft ; a transmission including a transmission output shaft and an input member rotatably drivable by rotation of the motor output shaft ; a rotary impact assembly including a cam shaft extending along and rotatable about an axis, a hammer coupled to the cam shaft for axial and rotational movement relative to the cam shaft , an anvil rotatable about the axis, and a spring biasing the hammer toward the anvil ; a tool output shaft at least partially received in the housing and rotatable by rotation of the anvil ; and characterized in that the impact power tool further comprises a coupler removably coupling the cam shaft to the transmission output shaft , wherein when torque on the tool output shaft is less than or equal to a first threshold, the transmission output shaft , the cam shaft , the hammer , and the anvil rotate together to transmit torque to the tool output shaft , wherein when torque on the tool output shaft is above the first threshold, the hammer moves along the cam shaft away from the anvil by at least a first distance and applies intermittent rotary impacts to the anvil and the tool output shaft , and wherein when the hammer moves along the cam shaft away from the anvil by at least a second distance greater than the first distance, the coupler decouples the transmission output shaft from the cam shaft , interrupting torque transmission to the tool output shaft . a housing ; a motor disposed in the housing and including a motor output shaft ; a transmission including a transmission output shaft and an input member rotatably drivable by rotation of the motor output shaft ; a rotary impact assembly including a cam shaft extending along and rotatable about an axis, a hammer coupled to the cam shaft for axial and rotational movement relative to the cam shaft , an anvil rotatable about the axis, and a spring biasing the hammer toward the anvil ; a tool output shaft at least partially received in the housing and rotatable by rotation of the anvil ; and characterized in that the impact power tool further comprises a coupler removably coupling the cam shaft to the transmission output shaft , wherein when torque on the tool output shaft is less than or equal to a first threshold, the transmission output shaft , the cam shaft , the hammer , and the anvil rotate together to transmit torque to the tool output shaft , wherein when torque on the tool output shaft is above the first threshold, the hammer moves along the cam shaft away from the anvil by at least a first distance and applies intermittent rotary impacts to the anvil and the tool output shaft , and wherein when the hammer moves along the cam shaft away from the anvil by at least a second distance greater than the first distance, the coupler decouples the transmission output shaft from the cam shaft , interrupting torque transmission to the tool output shaft .
A magnesium alloy consisting of: 4.0% by mass or more and 8.50% by mass or less of Al; 0.1% by mass or more and 0.6% by mass or less of Mn; 1.5% by mass or more and 6.0% by mass or less of Ca; and 0.2% by mass or more; 0.45% by mass or less of Sn; and less than 0.2% by mass of unavoidable impurities; the balance being Mg.
A system for expression of a gene of interest, comprising an E. coli host cell transformed with: a first, high copy number genetic element comprising a gene of interest that is under the control of an inducible promoter, wherein the gene of interest encodes a membrane protein or secreted protein; wherein the inducible promoter is a modified lac promoter that is devoid of any lacI open reading frame; and a second, low copy number genetic element comprising a gene encoding LacI, which, upon expression, represses transcription from the inducible promoter; wherein activation of transcription from the inducible promoter does not require addition of an exogenous inducer; wherein the system further comprises lactose present in the culture medium by a trace amount that is insufficient to induce expression when glucose is present, and only activates expression when the glucose is depleted. a first, high copy number genetic element comprising a gene of interest that is under the control of an inducible promoter, wherein the gene of interest encodes a membrane protein or secreted protein; wherein the inducible promoter is a modified lac promoter that is devoid of any lacI open reading frame; and a second, low copy number genetic element comprising a gene encoding LacI, which, upon expression, represses transcription from the inducible promoter; wherein activation of transcription from the inducible promoter does not require addition of an exogenous inducer; wherein the system further comprises lactose present in the culture medium by a trace amount that is insufficient to induce expression when glucose is present, and only activates expression when the glucose is depleted.
Method for producing a polymer layer having at least one finely divided solid , wherein the at least one finely divided solid is selected from a group consisting of mottling fibres, planchettes, inorganic finely divided solids in the form of luminescence pigments, optically variable colour pigments, holographic particles or nanoparticles, and organic finely divided solids in the form of luminescing brightly coloured pigments, comprising the following method steps: a) providing the at least one finely divided solid ; b) providing a liquid preparation , which contains at least one material, selected from a group comprising monomers, prepolymers, and polymers; c) introducing the at least one finely divided solid into the liquid preparation and homogenising the liquid preparation such that a pre-product material containing the at least one finely divided solid is formed; d) producing a layer of the pre-product material ; and e) solidifying the pre-product material such that the polymer layer containing the at least one finely divided solid is formed, characterised in that during method step (e) the layer of the pre-product material is subjected to a pressing process for surface treatment. a) providing the at least one finely divided solid ; b) providing a liquid preparation , which contains at least one material, selected from a group comprising monomers, prepolymers, and polymers; c) introducing the at least one finely divided solid into the liquid preparation and homogenising the liquid preparation such that a pre-product material containing the at least one finely divided solid is formed; d) producing a layer of the pre-product material ; and e) solidifying the pre-product material such that the polymer layer containing the at least one finely divided solid is formed, characterised in that during method step (e) the layer of the pre-product material is subjected to a pressing process for surface treatment.
A bearing forming a clutching-declutching bearing for a motor vehicle, said bearing defining a central axis (X1) and including an outer ring free to rotate around said central axis, an inner ring , rolling elements disposed between the outer and inner rings, a wear plate mounted on the outer ring, the inner ring being equipped with a flange comprising an external skirt and defining a first gap (G1), which extends radially between said external skirt and the outer ring, said bearing being characterized in that the wear plate is provided with an inner radial end which extends radially, towards the central axis (X1), beyond the outer ring and beyond the external skirt of the flange and which defines a second gap (G2), which extends axially between said skirt and said end, in that the end of the wear plate is provided with an internal protrusion , a third gap (G3) being defined radially between the internal protrusion of the wear plate and the external skirt of the flange , and in that a housing for reception of a free end of the external skirt of the flange is defined between the internal protrusion of the wear plate and an edge of the outer ring .
A wireless communication method, comprising: receiving configuration information, wherein the configuration information comprises first uplink carrier information and second uplink carrier information, wherein the first uplink carrier information indicates that a first uplink carrier is a switching-from uplink carrier for a sounding reference signal, SRS, carrier switching, wherein the second uplink carrier information indicates that a second uplink carrier is a switching-to uplink carrier for the SRS carrier switching, wherein the first uplink carrier information comprises a cell identifier of a switching-from cell and an uplink carrier identifier used to indicate the switching-from uplink carrier, wherein the second uplink carrier information comprises a cell identifier of a switching-to cell and an uplink carrier identifier used to indicate the switching-to carrier, wherein the switching-from cell and the switching-to cell are different, wherein the switching-from cell to which the first uplink carrier belongs comprises an uplink, UL, carrier and a supplementary uplink, SUL, carrier, and wherein the information used to indicating the switching-from uplink carrier indicates the switching-from uplink carrier is the UL carrier or the SUL carrier; and determining, based on the configuration information, the switching-from uplink carrier and the switching-to uplink carrier for the SRS carrier switching. receiving configuration information, wherein the configuration information comprises first uplink carrier information and second uplink carrier information, wherein the first uplink carrier information indicates that a first uplink carrier is a switching-from uplink carrier for a sounding reference signal, SRS, carrier switching, wherein the second uplink carrier information indicates that a second uplink carrier is a switching-to uplink carrier for the SRS carrier switching, wherein the first uplink carrier information comprises a cell identifier of a switching-from cell and an uplink carrier identifier used to indicate the switching-from uplink carrier, wherein the second uplink carrier information comprises a cell identifier of a switching-to cell and an uplink carrier identifier used to indicate the switching-to carrier, wherein the switching-from cell and the switching-to cell are different, wherein the switching-from cell to which the first uplink carrier belongs comprises an uplink, UL, carrier and a supplementary uplink, SUL, carrier, and wherein the information used to indicating the switching-from uplink carrier indicates the switching-from uplink carrier is the UL carrier or the SUL carrier; and determining, based on the configuration information, the switching-from uplink carrier and the switching-to uplink carrier for the SRS carrier switching.
A method of image data synchronizing in a terminal, comprising: storing a received original image; checking whether a thumbnail image related to the original image was previously stored; if the thumbnail image was not previously stored, simultaneously to storing the received original image, generating and storing, from the original image, the thumbnail image related to the original image, the thumbnail image having a predetermined size, upon detection of an image receiving event, wherein the image receiving event comprises at least one of image downloading, image photographing, and email reception; providing an overwrite message to the user if the thumbnail image was previously stored as a result of the checking, and generating and storing a new thumbnail image if the overwrite message is approved by the user; processing the stored thumbnail image in a synchronized manner such that, when the thumbnail image is moved to another directory or its file name is amended, a directory or file name of the original image is modified accordingly; and processing the stored thumbnail image in a synchronized manner such that, when the thumbnail image is erased, the original image is erased; decoding the stored thumbnail image instead of the original image when an image browsing feature is activated; and displaying the decoded thumbnail image. storing a received original image; checking whether a thumbnail image related to the original image was previously stored; if the thumbnail image was not previously stored, simultaneously to storing the received original image, generating and storing, from the original image, the thumbnail image related to the original image, the thumbnail image having a predetermined size, upon detection of an image receiving event, wherein the image receiving event comprises at least one of image downloading, image photographing, and email reception; providing an overwrite message to the user if the thumbnail image was previously stored as a result of the checking, and generating and storing a new thumbnail image if the overwrite message is approved by the user; processing the stored thumbnail image in a synchronized manner such that, when the thumbnail image is moved to another directory or its file name is amended, a directory or file name of the original image is modified accordingly; and processing the stored thumbnail image in a synchronized manner such that, when the thumbnail image is erased, the original image is erased; decoding the stored thumbnail image instead of the original image when an image browsing feature is activated; and displaying the decoded thumbnail image.
A method for estimating optical flow, comprising: - receiving asynchronous information originating from a light sensor having a pixel matrix arranged facing a scene, the asynchronous information comprising, for each pixel of the matrix, successive events originating from said pixel and depending on light variations in the scene, characterized in that it further comprises: - for each pixel of the matrix, memorizing the time of occurrence of the most recent event originating from said pixel; - for a place of estimation (p) in the pixel matrix and an estimation time (t), selecting a set (S p,t ) of events originating from pixels lying in a spatial neighborhood (π p ) of the place of estimation and having arisen in a time interval (θ) defined with respect to the estimation time, the set having at most one event per pixel of the spatial neighborhood and including each event having a time of occurrence in said time interval (θ) defined with respect to the estimation time and memorized for a pixel of said spatial neighborhood (π p ) of the place of estimation; and - quantizing variations in the times of occurrence of the events of the selected set as a function of positions, in the matrix, of the pixels from which said events originate. - receiving asynchronous information originating from a light sensor having a pixel matrix arranged facing a scene, the asynchronous information comprising, for each pixel of the matrix, successive events originating from said pixel and depending on light variations in the scene, - for each pixel of the matrix, memorizing the time of occurrence of the most recent event originating from said pixel; - for a place of estimation (p) in the pixel matrix and an estimation time (t), selecting a set (S p,t ) of events originating from pixels lying in a spatial neighborhood (π p ) of the place of estimation and having arisen in a time interval (θ) defined with respect to the estimation time, the set having at most one event per pixel of the spatial neighborhood and including each event having a time of occurrence in said time interval (θ) defined with respect to the estimation time and memorized for a pixel of said spatial neighborhood (π p ) of the place of estimation; and - quantizing variations in the times of occurrence of the events of the selected set as a function of positions, in the matrix, of the pixels from which said events originate.