mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station , a Radio Resource Control, RRC, reconfiguration message comprising a PDCP version change indicator or an NR radio bearer configuration; and performing a Packet Data Convergence Protocol, PDCP, version change for at least one radio bearer, RB, configured for the UE from a first PDCP version of a first PDCP entity to a second PDCP version of a second PDCP entity based on the PDCP version change indicator or the NR radio bearer configuration included in the RRC reconfiguration message, wherein the PDCP version change indicator indicates PDCP version change from a New Radio, NR, PDCP to an Evolved Universal Terrestrial Radio Access, E-UTRA, PDCP. receiving, from a base station , a Radio Resource Control, RRC, reconfiguration message comprising a PDCP version change indicator or an NR radio bearer configuration; and performing a Packet Data Convergence Protocol, PDCP, version change for at least one radio bearer, RB, configured for the UE from a first PDCP version of a first PDCP entity to a second PDCP version of a second PDCP entity based on the PDCP version change indicator or the NR radio bearer configuration included in the RRC reconfiguration message, wherein the PDCP version change indicator indicates PDCP version change from a New Radio, NR, PDCP to an Evolved Universal Terrestrial Radio Access, E-UTRA, PDCP.
A composition for lubricating and/or descaling in the hot processing of metals, wherein the composition consists of a solid mixture containing the following constituents: (a) 20 to 60% by weight of condensed alkali phosphate, (b) 10 to 40% by weight boron compound selected from borosilicate glass, boric acid, boric acid salt, or a mixture thereof, (c) 10 to 30% by weight alkali or alkaline earth sulphates, (d) 5 to 25% by weight fatty acid, fatty acid salt, or a mixture thereof, with the proviso that the sum of the constituents (a) and (b) constitutes at least 50% by weight of the mixture and the sum of the constituents (a) to (d) constitutes at least 85% by weight of the mixture.
A greeting card comprising: a planar greeting card portion ; a greeting card cover moveably coupled to said planar greeting card portion to move from an open position to a closed position adjacent to said planar greeting card portion ; wherein said greeting card cover is coupled to said greeting card portion via a vertical hinge; a gift storage compartment coupled below said planar greeting card portion , wherein said gift storage compartment comprises a volume and depth for storing an item; wherein said greeting card cover can open and close relative to said planar greeting card portion without moving said gift storage compartment ; and wherein said gift storage compartment is coupled to said planar greeting card portion and not the greeting card cover , such that when said greeting card is in the orientation where said hinge is vertical, said gift storage compartment is below said planar greeting card portion . a planar greeting card portion ; a greeting card cover moveably coupled to said planar greeting card portion to move from an open position to a closed position adjacent to said planar greeting card portion ; wherein said greeting card cover is coupled to said greeting card portion via a vertical hinge; a gift storage compartment coupled below said planar greeting card portion , wherein said gift storage compartment comprises a volume and depth for storing an item; wherein said greeting card cover can open and close relative to said planar greeting card portion without moving said gift storage compartment ; and wherein said gift storage compartment is coupled to said planar greeting card portion and not the greeting card cover , such that when said greeting card is in the orientation where said hinge is vertical, said gift storage compartment is below said planar greeting card portion .
A local oscillator, LO, distribution network , comprising: a common LO buffer configured to buffer an LO signal; a receive, RX, LO buffer configured to receive the LO signal and buffer the LO signal and to provide the LO signal to an RX mixer , wherein the RX mixer is configured to receive the LO signal and an RX signal and generate a downconverted signal; a first LO signal line and a second LO signal line configured to conduct the LO signal from the common LO buffer to the RX LO buffer , wherein the RX LO buffer is coupled to the first LO signal line and the second LO signal line ; a transmit, TX, mixer coupled to the first LO signal line and the second LO signal line , wherein the TX mixer is configured to receive the LO signal and a TX signal and generate an upconverted TX signal, characterized in that the RX LO buffer and the TX mixer are coupled in a cascaded manner to a LO signal path defined by the first LO signal line and the second LO signal line . a common LO buffer configured to buffer an LO signal; a receive, RX, LO buffer configured to receive the LO signal and buffer the LO signal and to provide the LO signal to an RX mixer , wherein the RX mixer is configured to receive the LO signal and an RX signal and generate a downconverted signal; a first LO signal line and a second LO signal line configured to conduct the LO signal from the common LO buffer to the RX LO buffer , wherein the RX LO buffer is coupled to the first LO signal line and the second LO signal line ; a transmit, TX, mixer coupled to the first LO signal line and the second LO signal line , wherein the TX mixer is configured to receive the LO signal and a TX signal and generate an upconverted TX signal, characterized in that the RX LO buffer and the TX mixer are coupled in a cascaded manner to a LO signal path defined by the first LO signal line and the second LO signal line .
A noise filter comprising: an input port to receive an analog signal ; a multiplexer , coupled to the input port , to separate the analog signal into a plurality of frequency bands including a high frequency band that includes a higher frequency portion of the analog signal and a low frequency band that includes a lower frequency portion of the analog signal; and a low-band variable attenuator , coupled to the multiplexer , to adjustably attenuate the low frequency band relative to the high frequency band to mitigate noise in the high frequency band. an input port to receive an analog signal ; a multiplexer , coupled to the input port , to separate the analog signal into a plurality of frequency bands including a high frequency band that includes a higher frequency portion of the analog signal and a low frequency band that includes a lower frequency portion of the analog signal; and a low-band variable attenuator , coupled to the multiplexer , to adjustably attenuate the low frequency band relative to the high frequency band to mitigate noise in the high frequency band.
A multi-sensing system for detecting and measuring twisting and/or bending moment, which comprises at least one sensor element which is functionally connected to a terminal circuit assembly which is configured to manage said at least one sensor element , and at least one target element made of conducting material which is arranged proximate to said at least one sensor element , wherein said terminal circuit assembly comprises an interface circuit for eddy current sensors which is configured to excite using electromagnetic induction said at least one sensor element so that a relative movement between said at least one sensor element and said at least one target element will induce a variation of intensity of said eddy currents on said target element , said target element consequently inducing a variation of impedance at the terminals of said at least one sensor element , and in that it furthermore comprises an anchoring and support assembly which is adapted to rigidly hold said multi-sensing system to a mechanical component or structure to be monitored and is adapted to support in space both said at least one sensor element and said at least one target element , said anchoring and support assembly having a hollow shape and comprising an opening adapted to allow the passage of said mechanical component or structure to be monitored, characterized in that said anchoring and support assembly comprises a first anchoring and support ring and a second anchoring and support ring , facing each other, both of which being adapted to rigidly hold said multi-sensing system to said mechanical component or structure to be monitored, said first anchoring and support ring and said second anchoring and support ring being held to each other by way of a plurality of connecting beams .
A method of automated noninvasive determining the sex of an embryo of a bird's egg , comprising the following steps: conveying a plurality of bird eggs sequentially or in parallel into an NMR apparatus , subjecting the bird eggs to an NMR measurement and determining, for each of said eggs , one or more NMR parameter value images of a region of said egg, in which NMR parameter values are associated with corresponding pixels or voxels of the image, wherein said one or more NMR parameters are selected from the group consisting of a T1 relaxation time, a T2 relaxation time and a diffusion coefficient, forwarding said one or more NMR parameter value images, or images of parameters derived therefrom, to a classification module , said classification module configured for determining, based on said one or more NMR parameter value images, or images of parameters derived therefrom, a prediction of the sex of the embryo of the associated egg , and conveying said plurality of bird eggs out of said NMR apparatus and sorting the eggs according to the sex prediction provided by said classification module . conveying a plurality of bird eggs sequentially or in parallel into an NMR apparatus , subjecting the bird eggs to an NMR measurement and determining, for each of said eggs , one or more NMR parameter value images of a region of said egg, in which NMR parameter values are associated with corresponding pixels or voxels of the image, wherein said one or more NMR parameters are selected from the group consisting of a T1 relaxation time, a T2 relaxation time and a diffusion coefficient, forwarding said one or more NMR parameter value images, or images of parameters derived therefrom, to a classification module , said classification module configured for determining, based on said one or more NMR parameter value images, or images of parameters derived therefrom, a prediction of the sex of the embryo of the associated egg , and conveying said plurality of bird eggs out of said NMR apparatus and sorting the eggs according to the sex prediction provided by said classification module .
A container with a security cover surrounded said container, the cover comprising a sleeve and a security strip secured to an inside face of said sleeve and including at least one zone of weakness characterized in that the security strip is shaped so that when in service it surrounds at least in part the container below a finish of the container and in the immediate proximity of said finish, the security strip thus creating a compression zone compressing the container.
A surgical instrument comprising: an elongated first member having a first end and a second end ; a tubular second member having a third end and a fourth end , a portion of the elongated first member being positioned within a first passageway of the tubular second member ; and a tubular third member having a fifth end and a sixth end , the portion of the elongated first member and a portion of the tubular second member being positioned within a second passageway of the tubular third member , wherein the fifth end of the tubular third member comprises a first handle rotatably engaged to the third end of the tubular second member for axial translation of the tubular third member relative to the tubular second member , and wherein the fourth end of the tubular second member comprises an expandable member , wherein the expandable member is a flexible collet configured to snap around the spherical head of a fastener , wherein the expandable member comprises at least one key portion configured to interlock with at least one key portion disposed on an end of a fastener , characterised in that the key portion of the expandable member includes a surface extending across an inner surface of the collet , and wherein the surface of the key portion of the expandable member is of a flat shape. an elongated first member having a first end and a second end ; a tubular second member having a third end and a fourth end , a portion of the elongated first member being positioned within a first passageway of the tubular second member ; and a tubular third member having a fifth end and a sixth end , the portion of the elongated first member and a portion of the tubular second member being positioned within a second passageway of the tubular third member , wherein the fifth end of the tubular third member comprises a first handle rotatably engaged to the third end of the tubular second member for axial translation of the tubular third member relative to the tubular second member , and wherein the fourth end of the tubular second member comprises an expandable member , wherein the expandable member is a flexible collet configured to snap around the spherical head of a fastener , wherein the expandable member comprises at least one key portion configured to interlock with at least one key portion disposed on an end of a fastener , characterised in that the key portion of the expandable member includes a surface extending across an inner surface of the collet , and wherein the surface of the key portion of the expandable member is of a flat shape.
Method for converting alkanes dissolved in an aqueous heat transfer fluid in the heat transfer fluid circuit of a heat pump into non-flammable, water-soluble compounds, characterized in that - at least one corrosion inhibitor is added to the heat transfer fluid, - at least one water-soluble oxidizer is also added to the heat transfer fluid, and - in the heat transfer fluid circuit, at least one catalyst oxidizes the dissolved alkane into a liquid oxidation product. - at least one corrosion inhibitor is added to the heat transfer fluid, - at least one water-soluble oxidizer is also added to the heat transfer fluid, and - in the heat transfer fluid circuit, at least one catalyst oxidizes the dissolved alkane into a liquid oxidation product.
Connection piece for a vacuum cleaner, wherein the connection piece can be connected to a suction hose and a suction opening of a vacuum cleaner part, the connection piece has a first connection piece part , and a latching element is arranged on the first connection piece part and is able to move relative to the first connection piece part , in order to be able to be brought, counter to a resetting force, from a locking position, in which the connection piece can be fixed to the suction opening by way of the latching element , into an unlocking position, in which the connection piece can be released from the suction opening, wherein latching element is embodied in the shape of a tongue and a resiliently deformable spring element is moulded in one piece on the latching element and is resiliently deformed at least in the unlocking position of the latching element , in order to exert at least some of the resetting force onto the latching element , characterised in that the latching element is moulded onto the first connection piece part in one piece.
A printhead apparatus with built-in test comprising: a plurality of printheads , each printhead having a unidirectional data channel (UDC) to provide data to the printhead ; a data register at cach printhead to detect proper reception of a test flag received by the printhead through the UDC ; and a status channel to report printhead status information comprising whether or not proper reception of the test flag was detected by the data register . a plurality of printheads , each printhead having a unidirectional data channel (UDC) to provide data to the printhead ; a data register at cach printhead to detect proper reception of a test flag received by the printhead through the UDC ; and a status channel to report printhead status information comprising whether or not proper reception of the test flag was detected by the data register .
A method for injecting a molten resin by an in-line screw type injection apparatus configured to perform filling , holding pressure , and metering , the method comprising injecting a molten resin by rotating and advancing a screw , which has been positioned in an injection start position, for filling , and holding pressure and metering while rotating the screw continuously from the filling , which are performed in this order as an injection cycle, wherein at start of the filling for each injection cycle, plasticizing and kneading for generating the molten resin for injection in a next injection cycle are started, and during the filling , the plasticized and kneaded molten resin to be injected in the next injection cycle is not fed ahead of the screw forward, characterized in that immediately after the screw reaches an abutment position to complete the filling , the generated molten resin is fed ahead of the screw forward and the screw starts moving backward. at start of the filling for each injection cycle, plasticizing and kneading for generating the molten resin for injection in a next injection cycle are started, and during the filling , the plasticized and kneaded molten resin to be injected in the next injection cycle is not fed ahead of the screw forward, characterized in that immediately after the screw reaches an abutment position to complete the filling , the generated molten resin is fed ahead of the screw forward and the screw starts moving backward.
An apparatus, suitable for use as a percutaneous or endoscopic catheter, the apparatus comprising: a. an elongate shaft that comprises a proximal end and a distal end, wherein the elongate shaft defines at least one central lumen; b. at least one steering member that is located within the at least one central lumen and extends along the elongate shaft from the proximal end to an anchor point at the distal end, wherein the steering member comprises: i. a steering wire that is slidably located within an outer conduit; and ii. a mechanism for controlling movement of the outer conduit relative to the steering wire, thereby allowing a bending force to be applied to the elongate shaft at its distal end; c. a steering assembly that is located at or near to the proximal end of the elongate shaft, wherein the steering assembly comprises a slidable carriage that is arranged so as to impart force on the outer conduit but not on the steering wire when the carriage is moved axially; and d. a handle that comprises a proximal end and a distal end; wherein the steering assembly is comprised at the distal end of the handle and at least a portion of the steering member passes through the central axis of the steering assembly. a. an elongate shaft that comprises a proximal end and a distal end, wherein the elongate shaft defines at least one central lumen; b. at least one steering member that is located within the at least one central lumen and extends along the elongate shaft from the proximal end to an anchor point at the distal end, wherein the steering member comprises: i. a steering wire that is slidably located within an outer conduit; and ii. a mechanism for controlling movement of the outer conduit relative to the steering wire, thereby allowing a bending force to be applied to the elongate shaft at its distal end; i. a steering wire that is slidably located within an outer conduit; and ii. a mechanism for controlling movement of the outer conduit relative to the steering wire, thereby allowing a bending force to be applied to the elongate shaft at its distal end; c. a steering assembly that is located at or near to the proximal end of the elongate shaft, wherein the steering assembly comprises a slidable carriage that is arranged so as to impart force on the outer conduit but not on the steering wire when the carriage is moved axially; and d. a handle that comprises a proximal end and a distal end;
A haptic feedback element controller for a mobile device comprising: a processor having a processor output , a first processor input and a second processor input , a control state module having an output coupled to the second processor input and configured to determine at least one operating state parameter of at least one of a haptic feedback element and a haptic feedback element amplifier ; wherein the processor configured to alter an amplitude of one or more frequency components of an input signal received on the first processor input in dependence of the at least one operating state parameter and to output a processed signal to a haptic feedback element amplifier having an output for coupling to said haptic feedback element and is further configured to increase the amplitude of one or more frequency components of the input signal in response to the at least one operating state parameter being less than a first predetermined value and to decrease the amplitude of one or more frequency components of an input signal in response to the at least one operating state parameter being greater than a second predetermined value. a processor having a processor output , a first processor input and a second processor input , a control state module having an output coupled to the second processor input and configured to determine at least one operating state parameter of at least one of a haptic feedback element and a haptic feedback element amplifier ; wherein the processor configured to alter an amplitude of one or more frequency components of an input signal received on the first processor input in dependence of the at least one operating state parameter and to output a processed signal to a haptic feedback element amplifier having an output for coupling to said haptic feedback element and is further configured to increase the amplitude of one or more frequency components of the input signal in response to the at least one operating state parameter being less than a first predetermined value and to decrease the amplitude of one or more frequency components of an input signal in response to the at least one operating state parameter being greater than a second predetermined value.