mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing fingerprint recognition, characterized by : obtaining fingerprint information on a fingerprint collection area of an electronic device, wherein the fingerprint collection area is determined based on a fingerprint sensor; obtaining a capacitance variation of touch information on a designated area within a touch screen of the electronic device through a touch circuit in the touch screen in response to determining that a fingerprint recognition fails based on the fingerprint information, wherein the designated area is besides the fingerprint collection area, and a distance between the designated area and the fingerprint collection area is within a designated range; determining whether a preset touch condition is satisfied, wherein the preset touch condition includes that the capacitance variation is greater than or equal to a first preset threshold; prohibiting a fingerprint recognition failure operation from being executed when the preset touch condition is satisfied; and executing the fingerprint recognition failure operation when the preset touch condition is not satisfied. obtaining fingerprint information on a fingerprint collection area of an electronic device, wherein the fingerprint collection area is determined based on a fingerprint sensor; obtaining a capacitance variation of touch information on a designated area within a touch screen of the electronic device through a touch circuit in the touch screen in response to determining that a fingerprint recognition fails based on the fingerprint information, wherein the designated area is besides the fingerprint collection area, and a distance between the designated area and the fingerprint collection area is within a designated range; determining whether a preset touch condition is satisfied, wherein the preset touch condition includes that the capacitance variation is greater than or equal to a first preset threshold; prohibiting a fingerprint recognition failure operation from being executed when the preset touch condition is satisfied; and executing the fingerprint recognition failure operation when the preset touch condition is not satisfied.
On-demand display device for a timepiece comprising a cam arranged to be driven by the movement of the timepiece, a retrograde display member , a pinion kinematically connected to the display member, a rake arranged to mesh with the pinion so as to control the display member, elastic means (b) arranged to return the rake and the display member towards an inoperative position, and a manual control mechanism comprising a push-piece and arranged to control the rake so as to make it possible to bring the display member into an indicating position from the inoperative position, the indicating position being determined by the current position of the cam ; wherein the manual control mechanism is arranged, on the one hand, to cause a displacement of the display member against the elastic means (b) from the inoperative position to a pre-defined position when the push-piece is actuated and, on the other hand, to allow the elastic means to repel the display member from the pre-defined position towards the inoperative position when the push-piece is then released, the display device further comprising a stopping lever which can move between a retracted position and an active position in which it cooperates with the cam so that its active position is determined by the current position of the cam, the stopping lever being arranged to be in the active position and to be an obstacle to the travel of the rake when the display member returns from its pre-defined position towards its inoperative position so that the display member is immobilised in the indicating position, the indicating position of the display member being determined by the active position of the stopping lever , the display device further comprising count-down means arranged to switch the stopping lever to the retracted position so as to release the display member so as to allow the elastic means ( b ) to repel the display member from the indicating position to the inoperative position at a specified time after the push-piece has been released.
A method of facilitating wireless communication in a wireless network by an access terminal , characterized by : maintaining a wireless link with a serving base station and a non-serving wireless device within the wireless network; employing at least one processor to analyze respective wireless signals of the serving base station and of the non-serving wireless device ; obtaining, by the access terminal , an estimate of wireless quality or wireless interference from the respective wireless signals of the serving base station and of the non-serving wireless device ; forwarding the estimate from the access terminal to the non-serving wireless device to facilitate assignment of an uplink transmission based on the quality or interference; and employing at least one antenna to obtain a scheduling message comprising an uplink communication assignment from the non-serving wireless device after the forwarding of the estimate. maintaining a wireless link with a serving base station and a non-serving wireless device within the wireless network; employing at least one processor to analyze respective wireless signals of the serving base station and of the non-serving wireless device ; obtaining, by the access terminal , an estimate of wireless quality or wireless interference from the respective wireless signals of the serving base station and of the non-serving wireless device ; forwarding the estimate from the access terminal to the non-serving wireless device to facilitate assignment of an uplink transmission based on the quality or interference; and employing at least one antenna to obtain a scheduling message comprising an uplink communication assignment from the non-serving wireless device after the forwarding of the estimate.
A method for wireless communications by a user equipment, UE, , comprising: providing , to a wireless local area network, WLAN, an indication, when the UE decides to connect to a wireless wide area network, WWAN, via the wireless local area network, WLAN, that the UE is capable of supporting multiple packet data network, PDN, connections, wherein the WLAN is a trusted WLAN, TWAN, with respect to the WWAN operator; said providing comprises including an indication of an access point name, APN, and a handover indication in an extensible authentication protocol, EAP, response to provide for IP preservation during a handover between WWAN and TWAN , wherein the APN identifies the APN that the UE seeks to connect to as a first connection; receiving an EAP Request/Success message from the TWAN indicating that the TWAN supports multiple PDN connections with or without Non-Seamless Wireless LAN Offload, NSWO; obtaining at the UE one or more PDN identifiers to identify a tunnel between the UE and the TWAN carrying a control protocol; and utilizing the control protocol carried over the identified tunnel for management functions over the TWAN to establish and manage multiple PDN connections through the TWAN, wherein each of the multiple PDN connections is established via a respective PDN connectivity establishment procedure, wherein the indication of the access point name, APN, and the handover indication are included by the UE in a signaling to the TWAN for each respective PDN connectivity establishment procedure. providing , to a wireless local area network, WLAN, an indication, when the UE decides to connect to a wireless wide area network, WWAN, via the wireless local area network, WLAN, that the UE is capable of supporting multiple packet data network, PDN, connections, wherein the WLAN is a trusted WLAN, TWAN, with respect to the WWAN operator; said providing comprises including an indication of an access point name, APN, and a handover indication in an extensible authentication protocol, EAP, response to provide for IP preservation during a handover between WWAN and TWAN , wherein the APN identifies the APN that the UE seeks to connect to as a first connection; receiving an EAP Request/Success message from the TWAN indicating that the TWAN supports multiple PDN connections with or without Non-Seamless Wireless LAN Offload, NSWO; obtaining at the UE one or more PDN identifiers to identify a tunnel between the UE and the TWAN carrying a control protocol; and utilizing the control protocol carried over the identified tunnel for management functions over the TWAN to establish and manage multiple PDN connections through the TWAN, wherein each of the multiple PDN connections is established via a respective PDN connectivity establishment procedure, wherein the indication of the access point name, APN, and the handover indication are included by the UE in a signaling to the TWAN for each respective PDN connectivity establishment procedure.
Beverage extracting device at least comprising a vessel for receiving and mixing a powder material and hot liquid, a filter beneath the vessel , a gas pump that connects through a duct to the vessel for supplying pressurized gas into the vessel , and an outlet for extracted liquid at an outlet side of the filter which is opposite to the vessel , wherein the outlet connects to an outlet duct for the extracted liquid, characterized in that the vessel is up-and-down movable so as to enable engaging a lower rim of the vessel with the filter thereby acting as a seal, wherein the duct for supplying pressurized gas into the vessel connects to a channel or channels within the vessel having outflow openings at the lower rim of the vessel to release gas into the vessel and stir the mixture inside the vessel from below in an upwards direction.
An effective amount of poziotinib for use in a method of treating cancer in a subject comprising administering said effective amount of poziotinib to the subject, wherein the subject has been determined to have one or more HER2 exon 19 mutations.
A semiconductor device comprising: • a wide bandgap semiconductor body comprising a substrate with an active channel formed in one or more junction implants in a drift layer on one side of the substrate , each one of the junction implants including a deep well region , a base region , and a source region that are in the wide bandgap semiconductor body ; and • an insulated gate contact , a top portion of the base region underneath the insulated gate contact providing the active channel in the wide bandgap semiconductor body, the insulated gate contact comprising: • a channel mobility enhancement layer on the wide bandgap semiconductor body and over the active channel; • a diffusion barrier layer (64;70) over the channel mobility enhancement layer; • a dielectric layer over the diffusion barrier layer; • a gate electrode over the dielectric layer; • an additional diffusion barrier layer between the dielectric layer and the gate electrode; and • a bulk offset region over a portion of the wide bandgap semiconductor body that is between the wide bandgap semiconductor body and a portion of the channel mobility enhancement layer . • a wide bandgap semiconductor body comprising a substrate with an active channel formed in one or more junction implants in a drift layer on one side of the substrate , each one of the junction implants including a deep well region , a base region , and a source region that are in the wide bandgap semiconductor body ; and • an insulated gate contact , a top portion of the base region underneath the insulated gate contact providing the active channel in the wide bandgap semiconductor body, the insulated gate contact comprising: • a channel mobility enhancement layer on the wide bandgap semiconductor body and over the active channel; • a diffusion barrier layer (64;70) over the channel mobility enhancement layer; • a dielectric layer over the diffusion barrier layer; • a gate electrode over the dielectric layer; • a diffusion barrier layer (64;70) over the channel mobility enhancement layer; • a dielectric layer over the diffusion barrier layer; • a gate electrode over the dielectric layer; • an additional diffusion barrier layer between the dielectric layer and the gate electrode; and • a bulk offset region over a portion of the wide bandgap semiconductor body that is between the wide bandgap semiconductor body and a portion of the channel mobility enhancement layer .
A T-shaped wedge for assembling a furniture unit, comprising: - a rectangular plate , wherein the edges of the plate define a length direction and a width direction, - a trapezoid plate , superimposed on the rectangular plate such that a first parallel edge of the trapezoid plate is adjacent to a first width edge of the rectangular plate, and wherein the non-parallel edges are symmetrically tapered along the length direction and in the direction away from the first width edge, and - a beam , placed at the first width edge, thereby forming the T-shape wherein the wedge is configured for frictionally engaging two planes within the furniture unit, and characterized in that it comprises - at least one slit extending in the length direction of the wedge, configured for slidably receiving an expander. - a rectangular plate , wherein the edges of the plate define a length direction and a width direction, - a trapezoid plate , superimposed on the rectangular plate such that a first parallel edge of the trapezoid plate is adjacent to a first width edge of the rectangular plate, and wherein the non-parallel edges are symmetrically tapered along the length direction and in the direction away from the first width edge, and - a beam , placed at the first width edge, thereby forming the T-shape wherein the wedge is configured for frictionally engaging two planes within the furniture unit, and characterized in that it comprises - at least one slit extending in the length direction of the wedge, configured for slidably receiving an expander.
An attachment for an endoscope , the attachment comprising: a housing , wherein the housing includes one or more angled locking members extending from an inner surface of the housing , the angled locking members being designed to engage a biopsy port of an endoscope , wherein the one or more angled locking members include a first angled locking member and wherein the first angled locking member includes a bent region , and one or more stabilizing members extending from the inner surface of the housing ; a locking apparatus coupled to the housing ; and a sealing member disposed within the housing . a housing , wherein the housing includes one or more angled locking members extending from an inner surface of the housing , the angled locking members being designed to engage a biopsy port of an endoscope , wherein the one or more angled locking members include a first angled locking member and wherein the first angled locking member includes a bent region , and one or more stabilizing members extending from the inner surface of the housing ; a locking apparatus coupled to the housing ; and a sealing member disposed within the housing .
An anti-human H7CR antibody or an antigen-binding fragment thereof, wherein said antibody or the antigen-binding fragment thereof immunospecifically binds to human H7CR and comprises six CDRs characterized as follows: three light chain CDRs comprising CDR1 as set forth in SEQ ID NO: 30, CDR2 as set forth in SEQ ID NO: 32, and CDR3 as set forth in SEQ ID NO: 46; and three heavy chain CDRs comprising CDR1 as set forth in SEQ ID NO: 50, CDR2 as set forth in SEQ ID NO: 53, and CDR3 as set forth in SEQ ID NO: 57, wherein said antibody or the antigen-binding fragment thereof is substantially incapable of blocking H7CR's interaction with B7-H7.
Process to extrude a melt stream at 150 - 250°C comprising at least one polyvinyl acetal and at least one plasticizer having a predefined melt viscosity at 60 - 170°C characterized by a) providing a first melt stream comprising at least a first plasticizer and a first polyvinyl acetal resin and measuring online its melt viscosity at 60 - 170°C; b) adding a second plasticizer and/or a second polyvinyl acetal resin to the first melt stream in an amount to provide a second melt stream with a melt viscosity at 60 - 170°C having a difference of at most 20% to the predefined melt viscosity at 60 - 170°C. a) providing a first melt stream comprising at least a first plasticizer and a first polyvinyl acetal resin and measuring online its melt viscosity at 60 - 170°C; b) adding a second plasticizer and/or a second polyvinyl acetal resin to the first melt stream in an amount to provide a second melt stream with a melt viscosity at 60 - 170°C having a difference of at most 20% to the predefined melt viscosity at 60 - 170°C.
A well for electrically stimulating at least one cell, the well having a bottom portion including one or more of a bottom surface , a base , and a ramp , the base disposed on the bottom surface, and the ramp one of extending or separate from the base, the well comprising: an adaptive electrode arrangement for introducing an electric field into the well, the adaptive electrode arrangement including: a pair of electrodes disposed within the well and coupled to one of a circuit board or a cover plate, the pair of electrodes having a distal end and being independently and axially displaceable relative to each other and the bottom portion of the well; wherein the distal end of each electrode of the pair of electrodes is in constant contact with one of the bottom surface, the base, or the ramp of the well, ensuring one or more of a uniform or extended electric field is applied within the well, and the distal end is movable relative to one of the circuit board or the cover plate. a pair of electrodes disposed within the well and coupled to one of a circuit board or a cover plate, the pair of electrodes having a distal end and being independently and axially displaceable relative to each other and the bottom portion of the well; wherein the distal end of each electrode of the pair of electrodes is in constant contact with one of the bottom surface, the base, or the ramp of the well, ensuring one or more of a uniform or extended electric field is applied within the well, and the distal end is movable relative to one of the circuit board or the cover plate.
A fitting for providing a fluid connection between a capillary and a fluidic conduit of a fluidic component , the fitting comprising: a capillary reception configured for receiving the capillary ; a force applicator configured for being operable to apply a fixing force for fixing the capillary within the fitting ; a force limitation mechanism configured for limiting the fixing force being applicable by the force applicator to the capillary ; a force splitter configured for splitting the fixing force into an advance force component for advancing the capillary received in the capillary reception towards the fluidic component and into a clamping force component for clamping the capillary received in the capillary reception within the fitting ; a biasing mechanism , particularly arranged between the force applicator and the force splitter , and configured for biasing the force splitter against the capillary , characterized in that the force applicator has a lever operable by a user and an eccentric shaft rigidly coupled to the lever so that pivoting the lever pushes the eccentric shaft towards the biasing mechanism to thereby apply the fixing force. a capillary reception configured for receiving the capillary ; a force applicator configured for being operable to apply a fixing force for fixing the capillary within the fitting ; a force limitation mechanism configured for limiting the fixing force being applicable by the force applicator to the capillary ; a force splitter configured for splitting the fixing force into an advance force component for advancing the capillary received in the capillary reception towards the fluidic component and into a clamping force component for clamping the capillary received in the capillary reception within the fitting ; a biasing mechanism , particularly arranged between the force applicator and the force splitter , and configured for biasing the force splitter against the capillary , characterized in that the force applicator has a lever operable by a user and an eccentric shaft rigidly coupled to the lever so that pivoting the lever pushes the eccentric shaft towards the biasing mechanism to thereby apply the fixing force.
An ophthalmic lens comprising a first optical surface, an opposing second optical surface and an edge surface connecting the first optical surface and the second optical surface, wherein the edge surface is planar; the ophthalmic lens further comprising a first layer disposed on the edge surface, wherein the first layer comprises a coating material effective to reduce a reflection caused by a profile of the edge surface; and wherein (a) the first layer defines a structural element for fastening the ophthalmic lens to an eyewear frame, or (b) the ophthalmic lens further comprises a second layer disposed on the first layer, wherein the second layer defines a structural element for fastening the ophthalmic lens to an eyewear frame. (a) the first layer defines a structural element for fastening the ophthalmic lens to an eyewear frame, or (b) the ophthalmic lens further comprises a second layer disposed on the first layer, wherein the second layer defines a structural element for fastening the ophthalmic lens to an eyewear frame.
Use of a kit comprising: - at least one reagent suitable for detection of levels of FF G-CSF or FF G-CSF mRNA, for an assay for determining for a female subject the implantation potential of embryos obtained or to be obtained by assisted fertilization comprising the steps of: (i) measuring, for a plurality of oocytes collected from said subject, the level of follicular fluid granulocyte-colony stimulating factor (G-CSF) present in the follicular fluid (FF) of a follicle of each collected oocyte; and (ii) determining from the levels of FF G-CSF measured, the implantation potentials of the embryos obtained or to be obtained by assisted fertilisation of the oocytes. - at least one reagent suitable for detection of levels of FF G-CSF or FF G-CSF mRNA, (i) measuring, for a plurality of oocytes collected from said subject, the level of follicular fluid granulocyte-colony stimulating factor (G-CSF) present in the follicular fluid (FF) of a follicle of each collected oocyte; and (ii) determining from the levels of FF G-CSF measured, the implantation potentials of the embryos obtained or to be obtained by assisted fertilisation of the oocytes.
Device for securely storing a container with a flammable fluid comprising - the container with the flammable fluid on a collection container for fluid which is arranged below the container , - a fluid-permeable platform on the collection container , and - a flame arrester (6.1, 6.2, 6.3) between the collection container and the container with the flammable fluid and in that the flame arrester (6.1, 6.2) constitutes a siphon trap or a grid. - the container with the flammable fluid on a collection container for fluid which is arranged below the container , - a fluid-permeable platform on the collection container , and - a flame arrester (6.1, 6.2, 6.3) between the collection container and the container with the flammable fluid and in that the flame arrester (6.1, 6.2) constitutes a siphon trap or a grid.