mhurhangee/patent-ind-claim-en huggingface dataset:
A method of tracking Transmission Control Protocol, TCP, data bursts in a Physical Downlink Shared Channel which is scheduled from Evolved NodeB in downlink, the method comprising: determining whether a difference between a) at least one of a currently transmitted system frame number and a subframe number and b) at least one of a previously transmitted system frame number and a subframe number is greater than a predetermined delay threshold; and i) if the determined difference is greater than the predetermined delay threshold, tracking Transmission Control Protocol Acknowledgement, TCP ACK, arrival time, by starting a delay timer, and ii) if the determined difference is not greater than the predetermined delay threshold, not tracking the TCP ACK arrival time. determining whether a difference between a) at least one of a currently transmitted system frame number and a subframe number and b) at least one of a previously transmitted system frame number and a subframe number is greater than a predetermined delay threshold; and i) if the determined difference is greater than the predetermined delay threshold, tracking Transmission Control Protocol Acknowledgement, TCP ACK, arrival time, by starting a delay timer, and ii) if the determined difference is not greater than the predetermined delay threshold, not tracking the TCP ACK arrival time.
A computer-implemented method for compiling rendering program code, comprising: accepting, by a High Level Shading Language, HLSL, compiler, one or more interfaces in program code to define alternative implementations of at least one rendering function; each of said of interfaces declared in High Level Shading Language, HLSL defining a template from which multiple shader classes can be instantiated; creating, by the HLSL compiler, bytecode from the program code, wherein an interface variable is inserted to point to at least one table of alternative implementations of the at least one rendering function in a precompiled state, wherein the interface variable indicates a number of call sites for the at least one rendering function in the program code; and wherein an instruction is inserted in the bytecode at each call site of the at least one rendering function, said instruction indicating the rendering function to be called, without indicating an implementation to call; creating, by a device driver, native code from the bytecode, wherein upon reaching the instruction, code is generated for each implementation by repeatedly caching a current state of register allocation, generating the code for the respective implementation, and restoring the cached state; and providing, by an application at runtime of the native code, a listing of specific class instances to be used. accepting, by a High Level Shading Language, HLSL, compiler, one or more interfaces in program code to define alternative implementations of at least one rendering function; each of said of interfaces declared in High Level Shading Language, HLSL defining a template from which multiple shader classes can be instantiated; creating, by the HLSL compiler, bytecode from the program code, wherein an interface variable is inserted to point to at least one table of alternative implementations of the at least one rendering function in a precompiled state, wherein the interface variable indicates a number of call sites for the at least one rendering function in the program code; and wherein an instruction is inserted in the bytecode at each call site of the at least one rendering function, said instruction indicating the rendering function to be called, without indicating an implementation to call; creating, by a device driver, native code from the bytecode, wherein upon reaching the instruction, code is generated for each implementation by repeatedly caching a current state of register allocation, generating the code for the respective implementation, and restoring the cached state; and providing, by an application at runtime of the native code, a listing of specific class instances to be used.
A regenerative braking system for a vehicle comprising a means storing details of one or more deceleration profiles for the vehicle, the or each deceleration profile comprising a record of vehicle speed over time and characterised by a means for comparing, arranged to compare a current braking manoeuvre with the or a selected stored deceleration profile and generate an output signal, during the manoeuvre, representative of any deviation of the deceleration profile of the current braking manoeuvre from the stored deceleration profile with which it is compared; and a driver interface driven by the output signal in order to provide feedback to a driver of the vehicle on the current braking manoeuvre, during the braking manoeuvre wherein the driver interface indicates if the driver's braking effort during the braking manoeuvre is lower or higher than that required to achieve the stored deceleration profile.
An apparatus comprising a measuring unit for performing through-transmission alveolar ultrasonography (TAU) for locating cavitations in a jawbone, wherein the measuring unit comprises an ultrasonic transducer and a round ultrasonic receiver , the apparatus being configured to define the geometric position of the ultrasonic transducer and the ultrasonic receiver with respect to each other, wherein the ultrasonic transducer is coupled to an arm and the ultrasonic receiver of the measuring unit is coupled to another arm, wherein the arms are connected to each other by a connecting element , and wherein at least one of the arms is pivotably coupled with the connecting element.
A silicon photonic device comprising: a silicon core having a core refractive index; and a structure formed in the silicon core, the structure comprising: a first refractive index variation pattern extending across the core in a first direction (x), the first refractive index variation pattern having a first modulation depth (Hi); and a second refractive index variation pattern extending across the core in a second direction (y), substantially orthogonal to the first direction, the second refractive index variation pattern having a second modulation depth (H 2 ), wherein the first refractive index variation pattern overlays the second refractive index variation pattern, thereby forming a three-dimensional structure, characterised in that the second modulation depth is less than the first modulation depth, and in that the first refractive index variation pattern only supports propagation of light having a transverse magnetic mode between the first direction and a third direction (z), substantially orthogonal to the first direction and the second direction, and the second refractive index variation pattern only supports propagation of light having a transverse electric mode between the second direction and the third direction. a silicon core having a core refractive index; and a structure formed in the silicon core, the structure comprising: a first refractive index variation pattern extending across the core in a first direction (x), the first refractive index variation pattern having a first modulation depth (Hi); and a second refractive index variation pattern extending across the core in a second direction (y), substantially orthogonal to the first direction, the second refractive index variation pattern having a second modulation depth (H 2 ), a first refractive index variation pattern extending across the core in a first direction (x), the first refractive index variation pattern having a first modulation depth (Hi); and a second refractive index variation pattern extending across the core in a second direction (y), substantially orthogonal to the first direction, the second refractive index variation pattern having a second modulation depth (H 2 ), wherein the first refractive index variation pattern overlays the second refractive index variation pattern, thereby forming a three-dimensional structure, characterised in that the second modulation depth is less than the first modulation depth, and in that the first refractive index variation pattern only supports propagation of light having a transverse magnetic mode between the first direction and a third direction (z), substantially orthogonal to the first direction and the second direction, and the second refractive index variation pattern only supports propagation of light having a transverse electric mode between the second direction and the third direction.
A graphics processor comprising: a memory ; an interface logic; first and second independently gateable portions of the graphics processor; and logic configured to power gate the first portion and not the second portion of the graphics processor so that said first portion is powered on and said second portion is powered off, said logic configured to change a number of portions powered on to cause said graphics processor to operate in a region where graphics processor frequency can be raised without raising operating voltage. a memory ; an interface logic; first and second independently gateable portions of the graphics processor; and logic configured to power gate the first portion and not the second portion of the graphics processor so that said first portion is powered on and said second portion is powered off, said logic configured to change a number of portions powered on to cause said graphics processor to operate in a region where graphics processor frequency can be raised without raising operating voltage.
A nickel-based superalloy comprising, in weight percent, 5.9 to 6.5% aluminum, 9.5 to 10.5% cobalt, 4 to 5% chromium, 0.1 to 0.2% hafnium, 0.3 to 0.7% molybdenum, 3.7 to 4.5% rhenium, 7.5 to 8.5% tantalum, 0.2 to 0.7% titanium, 3.2 to 4% tungsten, 0 to 0.1% silicon, the balance consisting of nickel and unavoidable impurities.
A heat-dissipating structure configured to dispose between a heating element and a heat dissipation member , the heat dissipation member being configured to dissipate heat generated by the heating element , the heat-dissipating structure comprising: a board configured to be attached to the heating element ; a resin layer provided between the board and the heat dissipation member , the resin layer being attached to the board ; and at least one heat transfer portion configured to transfer heat generated by the heating element to the heat dissipation member through the resin layer , wherein the at least one heat transfer portion includes: a heat transfer member , which is plate-shaped, provided between the board and the resin layer , the heat transfer member extending along the board , and a conductive layer provided between the board and the resin layer and across the board and the heat transfer member , the conductive layer being partially disposed between the heat transfer member and the resin layer . a board configured to be attached to the heating element ; a resin layer provided between the board and the heat dissipation member , the resin layer being attached to the board ; and at least one heat transfer portion configured to transfer heat generated by the heating element to the heat dissipation member through the resin layer , wherein the at least one heat transfer portion includes: a heat transfer member , which is plate-shaped, provided between the board and the resin layer , the heat transfer member extending along the board , and a conductive layer provided between the board and the resin layer and across the board and the heat transfer member , the conductive layer being partially disposed between the heat transfer member and the resin layer . a heat transfer member , which is plate-shaped, provided between the board and the resin layer , the heat transfer member extending along the board , and a conductive layer provided between the board and the resin layer and across the board and the heat transfer member , the conductive layer being partially disposed between the heat transfer member and the resin layer .
A separator comprising: a first header into which gas flows from an exterior of the separator ; a core connected to the first header and comprising at least one flow path configured to cool the gas flowing from the first header through the flow path; and a second header connected to the core and configured to guide the gas passing through the at least one flow path to the exterior of the separator , wherein the second header comprises at least one first baffle provided on an inner wall of the second header and configured to remove moisture from the gas, wherein the at least one first baffle comprises a protrusion protruding from the inner wall of the second header and extending from an upstream side of a flow direction to a downstream side of the flow direction, wherein the baffle comprises at least one bending portion, and wherein the protrusion comprises at least one of a U-shape, W-shape and a V-shape. a first header into which gas flows from an exterior of the separator ; a core connected to the first header and comprising at least one flow path configured to cool the gas flowing from the first header through the flow path; and a second header connected to the core and configured to guide the gas passing through the at least one flow path to the exterior of the separator , wherein the second header comprises at least one first baffle provided on an inner wall of the second header and configured to remove moisture from the gas, wherein the at least one first baffle comprises a protrusion protruding from the inner wall of the second header and extending from an upstream side of a flow direction to a downstream side of the flow direction, wherein the baffle comprises at least one bending portion, and wherein the protrusion comprises at least one of a U-shape, W-shape and a V-shape.
A method in a proxy call session control function, P-CSCF, of a visited PLMN, which does not have SIP interconnect with a user equipment's home network, of handling an unauthenticated emergency call originating from the roaming user equipment, UE, which is not attached to the P-CSCF, the method comprising: receiving a SIP INVITE request from the UE, the INVITE request relating to the unauthenticated emergency call; determining an IP address of the UE; sending an identity query to a policy and charging rules function, PCRF, of the visited PLMN indicating the IP address of the UE and requesting other identifiers of the UE; receiving one or more other identifiers of the UE from the PCRF; constructing a TEL and/or SIP uniform resource identifier, URI, for the UE on the basis of at least one of said other identifiers; inserting the TEL and/or SIP URI into the SIP INVITE request; sending the SIP INVITE request towards a public safety answering point, PSAP. receiving a SIP INVITE request from the UE, the INVITE request relating to the unauthenticated emergency call; determining an IP address of the UE; sending an identity query to a policy and charging rules function, PCRF, of the visited PLMN indicating the IP address of the UE and requesting other identifiers of the UE; receiving one or more other identifiers of the UE from the PCRF; constructing a TEL and/or SIP uniform resource identifier, URI, for the UE on the basis of at least one of said other identifiers; inserting the TEL and/or SIP URI into the SIP INVITE request; sending the SIP INVITE request towards a public safety answering point, PSAP.
The use of polymers, consisting of (mono)amino-based alkoxylates having an average molecular weight M w of 600 - 10 000 g/mol, for enhancing the primary detergency of laundry detergent compositions when washing textiles in in particular aqueous and surfactant-containing washing liquid with respect to soiling, wherein the polymer comprises two or three chains of alkylene oxide units per nitrogen atom, wherein the soiling is surfactant- or enzyme-sensitive soiling, and wherein the polymer comprises more than 90 mol% propylene oxide units, based on the sum total of all alkylene oxide units, and 10 to 18 alkylene oxide units per alkylene oxide chain.
Hydro generator having a rotor with vertical axis of rotation and with a stator , where the rotor is disposed inside the stator , where the stator has a stator core containing the stator winding and a stator housing spaced at a distance from the stator core , where the stator core is connected to the stator housing with the aid of ribs extending in vertical direction to the axis of rotation , where vertical spacers to provide rigidity are disposed between the ribs , and where the stator housing is placed on a foundation , where the lower end of the stator housing is firmly connected to the foundation and a stiffening ring is provided in the area of the lower end of the stator core to stabilise the stator core , where the stiffening ring is coupled with the stator core but spaced at a distance from the stator housing such that the stiffening ring is not directly connected to the stator housing , characterised in that the stiffening ring is connected to a bottommost rib via stiffeners or ducts .
An in vitro method of examining a possibility of a subject having pancreatic cancer, comprising: measuring GPRC5C (G protein-coupled receptor family C group 5 member C) present in an exosome in a specimen collected from the subject.
A method for manufacturing absorbent articles , each of the absorbent articles comprising a chassis and an absorbent structure disposed on the chassis , the chassis having a front waist region , a back waist region , and a crotch region extending between the front waist region and the back waist region , the method comprising: folding each of the absorbent articles about a fold line generally bisecting the article such that the front and back waist regions are positioned in facing relationship; simultaneously bonding and one of trimming and weakening the front and back waist regions adjacent each opposing side edge of the article to form a pair of fin seams ; characterized in that the pair of fin seams extend in a direction parallel to the direction of travel of said absorbent article during said step of simultaneously bonding and one of trimming and weakening the front and back waist regions . folding each of the absorbent articles about a fold line generally bisecting the article such that the front and back waist regions are positioned in facing relationship; simultaneously bonding and one of trimming and weakening the front and back waist regions adjacent each opposing side edge of the article to form a pair of fin seams ; characterized in that the pair of fin seams extend in a direction parallel to the direction of travel of said absorbent article during said step of simultaneously bonding and one of trimming and weakening the front and back waist regions .
A piezoelectric driving device comprising: a vibration unit ; a piezoelectric element comprising a first electrode and a second electrode electrically isolated from each other; a signal transmission layer comprising a first conductive zone and a second conductive zone , the first electrode of the piezoelectric element being electrically connected to the first conductive zone of the signal transmission layer , the second electrode of the piezoelectric element being electrically connected to the second conductive zone of the signal transmission layer ; and a plane unit having at least one hole , wherein the piezoelectric element , the signal transmission layer , and the plane unit are located at one side of the vibration unit and sequentially stacked together. a vibration unit ; a piezoelectric element comprising a first electrode and a second electrode electrically isolated from each other; a signal transmission layer comprising a first conductive zone and a second conductive zone , the first electrode of the piezoelectric element being electrically connected to the first conductive zone of the signal transmission layer , the second electrode of the piezoelectric element being electrically connected to the second conductive zone of the signal transmission layer ; and a plane unit having at least one hole , wherein the piezoelectric element , the signal transmission layer , and the plane unit are located at one side of the vibration unit and sequentially stacked together.
Pipe joint, which is formed from the end portions of the pipe sections to be joined together, said end portions having a collar , and from flange parts which, as seen from the junction, are placed on different sides of the collars and tightened with applicable fixing means, such as with screws and nuts , which collar of the pipe section is formed from the wall of the end of the pipe section by shaping with shaping means (F), characterized in that the pipe joint comprises a flange part arrangement according to any of claims 12 - 14, and that the joint surface of the collar of at least one of the pipe sections to be joined is arranged to be divergent by the amount of an angle (α, β) from the plane perpendicular to the longitudinal axis (L) of the pipe section.
Profile element for production of profile frames for window or door sashes, having a rebate serving to receive a glazing unit , comprising a lateral rebate surface and a rebate base , which lateral rebate surface is designed and provided for engaging over a lateral edge of the glazing unit , while the rebate base is designed and provided for engaging over an end face of the glazing unit , wherein the rebate base is divided into three sections, namely a first section (I) which directly adjoins the lateral rebate surface and in which the rebate base throughout slopes towards the lateral rebate surface ; a second section (II) which adjoins the first section (I) and in which the rebate base runs substantially perpendicular to the lateral rebate surface ; and a third section (III) which adjoins the second section (II) and in which the rebate base runs substantially perpendicular to the lateral rebate surface , wherein the second section (II) and the third section (III) have different height levels from one another, characterised in that the second section is separated from the first section by a step.
A method for operating an entity of a WLAN network, comprising: - receiving (B2) an access request from a subscriber of a mobile communications network, wherein the access request is based on a mobile network identity used in the mobile communications network to authenticate the subscriber, - receiving (S81, B13, B18, B23), from an authentication entity configured to authenticate a subscriber in the mobile communications network, radio resource information for the subscriber including Subscriber Profile Identity, SPID, or RAT Frequency Selection Priority, RFSP, said radio resource information comprising subscriber specific information how radio resources of a radio network part of the mobile communications network should be used, - determining (S82) a radio resource usage of the subscriber in the WLAN network taking into account the received radio resource information, wherein determining a radio resource usage comprises determining a condition under which a data connection of the subscriber is steered from the WLAN network to the mobile communications network based on the received SPID or RFSP. - receiving (B2) an access request from a subscriber of a mobile communications network, wherein the access request is based on a mobile network identity used in the mobile communications network to authenticate the subscriber, - receiving (S81, B13, B18, B23), from an authentication entity configured to authenticate a subscriber in the mobile communications network, radio resource information for the subscriber including Subscriber Profile Identity, SPID, or RAT Frequency Selection Priority, RFSP, said radio resource information comprising subscriber specific information how radio resources of a radio network part of the mobile communications network should be used, - determining (S82) a radio resource usage of the subscriber in the WLAN network taking into account the received radio resource information, wherein determining a radio resource usage comprises determining a condition under which a data connection of the subscriber is steered from the WLAN network to the mobile communications network based on the received SPID or RFSP.