mhurhangee/patent-ind-claim-en huggingface dataset:
A replication deficient oncolytic viral vector or replication capable oncolytic virus comprising: a first transgene encoding an anti-CD3 antibody or a binding fragment thereof and a transmembrane domain or a GPI anchor, for expression on the surface of a cancer cell for in vivo stimulation of T cells, and at least one further transgene which encodes an immunomodulator which is a membrane associated protein ligand for an immune cell surface receptor selected from CD80, CD86 and combinations thereof, wherein a sequence encoding a 2A peptide links said genes, wherein the transgenes are in a cassette encoded as a polycistronic mRNA, and wherein the virus is not an adenovirus. at least one further transgene which encodes an immunomodulator which is a membrane associated protein ligand for an immune cell surface receptor selected from CD80, CD86 and combinations thereof, wherein a sequence encoding a 2A peptide links said genes, wherein the transgenes are in a cassette encoded as a polycistronic mRNA, and wherein the virus is not an adenovirus.
A method for stiction tolerant brake force estimation comprising: receiving, by a controller, a first motor state at a first time (Step 502); calculating, by the controller, a first uncompensated brake force estimate based upon the first motor state (Step 504); calculating, by the controller, a first linear speed based upon the first motor state (Step 506); calculating, by the controller, a first stiction compensated brake force estimate (Step 508) based upon at least one of the first linear speed and the first uncompensated brake force estimate, and characterized by receiving, by the controller, a second motor state at a second time (Step 510); calculating, by the controller, a second uncompensated brake force estimate based upon the second motor state (Step 512); calculating, by the controller, a second linear speed based upon the second motor state (Step 514); and calculating, by the controller, a second stiction compensated brake force estimate (Step 516) based upon at least one of the second linear speed and the second uncompensated brake force estimate wherein a brake force rate of change is calculated by calculating a difference between the first stiction compensated brake force estimate and the second uncompensated brake force estimate. receiving, by a controller, a first motor state at a first time (Step 502); calculating, by the controller, a first uncompensated brake force estimate based upon the first motor state (Step 504); calculating, by the controller, a first linear speed based upon the first motor state (Step 506); calculating, by the controller, a first stiction compensated brake force estimate (Step 508) based upon at least one of the first linear speed and the first uncompensated brake force estimate, and characterized by receiving, by the controller, a second motor state at a second time (Step 510); calculating, by the controller, a second uncompensated brake force estimate based upon the second motor state (Step 512); calculating, by the controller, a second linear speed based upon the second motor state (Step 514); and calculating, by the controller, a second stiction compensated brake force estimate (Step 516) based upon at least one of the second linear speed and the second uncompensated brake force estimate wherein a brake force rate of change is calculated by calculating a difference between the first stiction compensated brake force estimate and the second uncompensated brake force estimate.
A method of wireless communication, comprising: generating uplink control information; attempting to perform a clear channel assessment, CCA, of an unlicensed carrier for an uplink burst; determining whether the CCA failed; transmitting the uplink control information in a subframe during uplink burst on the unlicensed carrier when it is determined that the CCA has not failed; and performing one of the following when it is determined that the CCA has failed: transmitting the uplink control information on the unlicensed carrier in a later subframe of the uplink burst; transmitting the uplink control information on the unlicensed carrier in a different uplink burst; or transmitting the uplink control information on a different carrier of the uplink burst. generating uplink control information; attempting to perform a clear channel assessment, CCA, of an unlicensed carrier for an uplink burst; determining whether the CCA failed; transmitting the uplink control information in a subframe during uplink burst on the unlicensed carrier when it is determined that the CCA has not failed; and performing one of the following when it is determined that the CCA has failed: transmitting the uplink control information on the unlicensed carrier in a later subframe of the uplink burst; transmitting the uplink control information on the unlicensed carrier in a different uplink burst; or transmitting the uplink control information on a different carrier of the uplink burst. transmitting the uplink control information on the unlicensed carrier in a later subframe of the uplink burst; transmitting the uplink control information on the unlicensed carrier in a different uplink burst; or transmitting the uplink control information on a different carrier of the uplink burst.
An upper for an article of footwear , comprising: a first region of the upper having a first elasticity and a second region of the upper having a second elasticity, wherein the first elasticity is greater than second elasticity ; a first set of openings arranged in an auxetic pattern in the first region , the first region changing from a first neutral state to a first auxetically expanded state when tension is applied along a first axis parallel with the first region ; a second set of openings arranged in an auxetic pattern in the second region , the second region changing from a second neutral state to a second auxetically expanded state when tension is applied along a second axis parallel with the first region ; and wherein the first set of openings has a first opening with a first opening boundary, wherein the second set of openings has a second opening with a second opening boundary; and wherein the first opening boundary has a greater perimeter length than the second opening boundary when the first region is in the first neutral state and when the second region is in the second neutral state. a first region of the upper having a first elasticity and a second region of the upper having a second elasticity, wherein the first elasticity is greater than second elasticity ; a first set of openings arranged in an auxetic pattern in the first region , the first region changing from a first neutral state to a first auxetically expanded state when tension is applied along a first axis parallel with the first region ; a second set of openings arranged in an auxetic pattern in the second region , the second region changing from a second neutral state to a second auxetically expanded state when tension is applied along a second axis parallel with the first region ; and
A method to be performed by a hardware uncore agent, comprising: communicatively coupling to a cache , the cache comprising an address configured to receive incoming data from a peripheral device via an integrated input/output, IIO, and also accessible by a core configured to poll the address via a caching agent, CA; identifying a cache line collision between the core and the IIO comprising determining that the core is polling the address at a rate that is determined to interfere with access to the address by the IIO ; and reducing a rate of the core's access to the address in response to the identification of the cache line collision. communicatively coupling to a cache , the cache comprising an address configured to receive incoming data from a peripheral device via an integrated input/output, IIO, and also accessible by a core configured to poll the address via a caching agent, CA; identifying a cache line collision between the core and the IIO comprising determining that the core is polling the address at a rate that is determined to interfere with access to the address by the IIO ; and reducing a rate of the core's access to the address in response to the identification of the cache line collision.
A gasket comprising: a gasket body formed of a metal plate; and at least two locking hook portions formed to project from the gasket body and suitable for abutting against side wall surfaces adjacent to a counter sealing surface, wherein the locking hook portions include curved portions at distal end portions of the respective locking hook portions for abutting against the side wall surfaces, at least a first of the locking hook portions being formed to be bent toward an inside of the gasket body such that an angle made with the gasket body is an acute angle, wherein the curved portions may press against the side wall surfaces by spring force of the locking hook portion bent at the acute angle to allow the gasket body to hold the gasket body itself on the counter sealing surface, and a second locking hook portion other than the first locking hook portion bent at the acute angle is formed to be bent at right angles to the gasket body , for abutting against the side wall surface to regulate a position of the gasket body with respect to the counter sealing surface. a gasket body formed of a metal plate; and at least two locking hook portions formed to project from the gasket body and suitable for abutting against side wall surfaces adjacent to a counter sealing surface, wherein the locking hook portions include curved portions at distal end portions of the respective locking hook portions for abutting against the side wall surfaces, at least a first of the locking hook portions being formed to be bent toward an inside of the gasket body such that an angle made with the gasket body is an acute angle, wherein the curved portions may press against the side wall surfaces by spring force of the locking hook portion bent at the acute angle to allow the gasket body to hold the gasket body itself on the counter sealing surface, and a second locking hook portion other than the first locking hook portion bent at the acute angle is formed to be bent at right angles to the gasket body , for abutting against the side wall surface to regulate a position of the gasket body with respect to the counter sealing surface.
Household refrigeration appliance having a heat-insulated inner container which delimits a coolable interior for storing foodstuffs, a refrigeration device for cooling the coolable interior , a door leaf mounted relative to the inner container in an articulated manner relative to an axis by means of hinges for opening and closing the coolable interior , wherein at least one of the hinges is configured as a self-closing hinge capable of automatically closing the door leaf to a first opening angle (α), and an opening aid device which has an actuator and a tappet which can be moved at least indirectly back and forth by means of the actuator between a first position and a second position, and which is configured to enable the door leaf to be closed if the tappet is in the first position thereof, to move the tappet from the first position thereof to the second position thereof in order to push open the closed door leaf by means of the tappet to a second opening angle (β) which is smaller than the first opening angle (α) and to move the tappet automatically into the first position thereof immediately or in a time-delayed manner after the second position has been reached, wherein by pulling on the closed door leaf the opening aid device automatically moves the tappet immediately from the first position thereof into the second position thereof and by pushing on the closed door leaf the opening aid device automatically moves the tappet in a time-delayed manner from the first position thereof into the second position thereof.
A process for treating a porous dental zirconia mill block with a coloring solution, the process comprising the steps of providing a porous dental zirconia mill block having two opposing surfaces, surface U and surface L, treating the upper surface U of the porous dental zirconia mill block with a first coloring solution A 1 , wherein the first coloring solution is provided with a volume V A1 , turning the porous dental zirconia mill block around, treating the now upper surface L of the porous dental zirconia mill block with a second coloring solution A 2 , wherein the second coloring solution is provided with a volume V A2 , wherein the first and second coloring solutions A 1 and A 2 comprise a solvent and coloring ions, wherein first coloring solution A 1 and second coloring solution A 2 can be same or different wherein the volume of at least one of the coloring solutions A 1 or A 2 is applied in portions, wherein the following condition is met: V 0 = ∑ V Ax with x ≥ 2, with V 0 being the overall amount of coloring solutions used to infiltrate the porous dental zirconia mill block. providing a porous dental zirconia mill block having two opposing surfaces, surface U and surface L, treating the upper surface U of the porous dental zirconia mill block with a first coloring solution A 1 , wherein the first coloring solution is provided with a volume V A1 , turning the porous dental zirconia mill block around, treating the now upper surface L of the porous dental zirconia mill block with a second coloring solution A 2 , wherein the second coloring solution is provided with a volume V A2 , wherein the first and second coloring solutions A 1 and A 2 comprise a solvent and coloring ions, wherein first coloring solution A 1 and second coloring solution A 2 can be same or different wherein the volume of at least one of the coloring solutions A 1 or A 2 is applied in portions, wherein the following condition is met: V 0 = ∑ V Ax with x ≥ 2, with V 0 being the overall amount of coloring solutions used to infiltrate the porous dental zirconia mill block.
A power panel for an electrical system, comprising: a chassis having chassis slots for power modules ; a bus body coupled to the chassis to connect the power panel to a power source ; and first and second module connectors fixed relative to the bus body to connect the power modules to the bus body, characterized in that the second module connector is movable relative to the first module connector to accommodate position of the power modules in the chassis slots; and in that the bus body is a flexible bus body. a chassis having chassis slots for power modules ; a bus body coupled to the chassis to connect the power panel to a power source ; and first and second module connectors fixed relative to the bus body to connect the power modules to the bus body, characterized in that the second module connector is movable relative to the first module connector to accommodate position of the power modules in the chassis slots; and in that the bus body is a flexible bus body.
A fixture by means of which a workpiece to be machined is held on a tool table of a machine tool , consisting of: a clamping housing into which a passage opening is worked, into which a clamping pin is inserted for supporting the workpiece on the housing of the fixture , a driving ring mounted in the housing in such a way as to be able to rotate, which is in a driving active connection with a driving spindle inserted in the housing , by means of which the driving ring can be adjusted about the longitudinal axis of the passage opening within a specified angle range (a) and of at least two locking pins facing the longitudinal axis of the passage opening , mounted radially in the housing so as to be able to move, and each of which is connected to the driving ring in a driving arrangement, by means of which the clamping pin is locked in the passage opening of the housing when in the clamped condition or released when in the initial status, characterised in that , a control surface or control cam with at least two different pitches is worked onto the inside of the driving ring in each area of the locking pins , that an accommodating pocket with a U-shaped cross section is worked into the corresponding locking pins into which the driving ring is inserted, and that a contact surface is worked onto or provided on the wall of the locking pin facing the inner wall of the driving ring and the contact surface is in contact with the control surface or control cam of the driving ring and moves the corresponding locking pin radially inwards or outwards depending on the direction of rotation of the driving ring . a clamping housing into which a passage opening is worked, into which a clamping pin is inserted for supporting the workpiece on the housing of the fixture , a driving ring mounted in the housing in such a way as to be able to rotate, which is in a driving active connection with a driving spindle inserted in the housing , by means of which the driving ring can be adjusted about the longitudinal axis of the passage opening within a specified angle range (a) and of at least two locking pins facing the longitudinal axis of the passage opening , mounted radially in the housing so as to be able to move, and each of which is connected to the driving ring in a driving arrangement, by means of which the clamping pin is locked in the passage opening of the housing when in the clamped condition or released when in the initial status, characterised in that , a control surface or control cam with at least two different pitches is worked onto the inside of the driving ring in each area of the locking pins , that an accommodating pocket with a U-shaped cross section is worked into the corresponding locking pins into which the driving ring is inserted, and that a contact surface is worked onto or provided on the wall of the locking pin facing the inner wall of the driving ring and the contact surface is in contact with the control surface or control cam of the driving ring and moves the corresponding locking pin radially inwards or outwards depending on the direction of rotation of the driving ring .
A light-emitting device , comprising: a light-emitting element ; a wavelength conversion element disposed on the light-emitting element, the wavelength conversion element having a first refractive index in a first wavelength; and a light blocking element surrounding and in direct contact with the wavelength conversion element, the light blocking element having a second refractive index in the first wavelength; wherein the second refractive index is greater than the first refractive index, characterized in that the light blocking element comprises a photoresist element and a capping layer covering the photoresist element. a light-emitting element ; a wavelength conversion element disposed on the light-emitting element, the wavelength conversion element having a first refractive index in a first wavelength; and a light blocking element surrounding and in direct contact with the wavelength conversion element, the light blocking element having a second refractive index in the first wavelength; wherein the second refractive index is greater than the first refractive index, characterized in that the light blocking element comprises a photoresist element and a capping layer covering the photoresist element.
Holding device for a hand-held power tool having a tool receptacle which is designed at least for receiving an insert tool , in particular a screwdriver bit, wherein the holding device is intended for holding a fastening element , in particular a screw element, and a first holding unit for fixing the holding device to a hand-held power tool and a second holding unit for holding a fastening element , in particular a screw element, wherein the first holding unit is designed to allow a releasable fastening of the holding device to an output shaft (120; 224) of a hand-held power tool , which output shaft drives the tool receptacle , characterized in that the first holding unit is assigned at least one holding part for forming a form fit and/or a force fit with the output shaft (120; 224) that drives the tool receptacle , wherein the at least one holding part is designed in such a way that the at least one holding part bears against a shoulder of the output shaft (120; 224), which shoulder is designed as an annular web (284; 812).
A light-emitting element housing member (A4, A5), comprising: a substrate that includes a bottom base material having a rectangular shape in a planar view, a wall member provided on the bottom basematerial to enclose a mountingpart for mounting a light-emitting element in a U-shaped manner and have an opening in at least one portion thereof, and the mounting part provided in an area inside the wall member , wherein the substrate is integrally formed of a ceramic, a bridge member is provided in the opening of the wall member , and the bridge member is integrally formed with the wall member without involving any bonded surface. a substrate that includes a bottom base material having a rectangular shape in a planar view, a wall member provided on the bottom basematerial to enclose a mountingpart for mounting a light-emitting element in a U-shaped manner and have an opening in at least one portion thereof, and the mounting part provided in an area inside the wall member , wherein the substrate is integrally formed of a ceramic, a bridge member is provided in the opening of the wall member , and the bridge member is integrally formed with the wall member without involving any bonded surface.
Window or door profile of thermoplastic material with an extruded seal , wherein the window or door profile comprises a seal-receiving groove with two retaining webs facing one another for holding a replacement seal, and wherein the extruded seal comprises two connecting sections for the materially bonded connection of the extruded seal to the window or door profile and a seal head , and the extruded seal completely conceals the seal-receiving groove , wherein the first connecting section is materially connected to a profile outer wall directed towards the profile outer side , characterised in that the second connecting section is materially connected to the side of the retaining web facing the other retaining web .