mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: receiving an input signal at a quantized phase shifter (250-1 to 250-N) of a phased array antenna ; obtaining a time averaged, phase shifted signal that reduces a quantization error of the phase shifter, wherein obtaining the time averaged signal comprises: switching between two phase states of the quantized phase shifter a plurality of times to obtain a plurality of phase shifted values; and applying a linear interpolation or accumulator interpolation to the plurality of phase shifted values to obtain a time averaged value of a state of the quantized phase shifter that is between values of the two phase states; and outputting the time averaged, phase shifted signal to an antenna element circuit of the phased array antenna. receiving an input signal at a quantized phase shifter (250-1 to 250-N) of a phased array antenna ; obtaining a time averaged, phase shifted signal that reduces a quantization error of the phase shifter, wherein obtaining the time averaged signal comprises: switching between two phase states of the quantized phase shifter a plurality of times to obtain a plurality of phase shifted values; and applying a linear interpolation or accumulator interpolation to the plurality of phase shifted values to obtain a time averaged value of a state of the quantized phase shifter that is between values of the two phase states; and switching between two phase states of the quantized phase shifter a plurality of times to obtain a plurality of phase shifted values; and applying a linear interpolation or accumulator interpolation to the plurality of phase shifted values to obtain a time averaged value of a state of the quantized phase shifter that is between values of the two phase states; and outputting the time averaged, phase shifted signal to an antenna element circuit of the phased array antenna.
A turntable for a machine tool, wherein a stator unit and a rotor unit rotatable about at least one axis of rotation (R) are provided, wherein the rotor unit comprises at least one receiving unit for receiving a workpiece, wherein a first bearing unit for mounting the rotor unit in the stator unit is provided, wherein an electromagnetic motor drive for motorised driving of the rotor unit is provided, wherein the rotor unit has, at least in the region of the motor drive and/or of the first bearing unit , at least one rotor cooling device (14 to 19) comprising a coolant and at least one cooling surface for cooling and/or receiving waste heat from the motor drive and/or the first bearing unit , wherein a plurality of cooling channels (14 to 18) and/or cooling elements (14 to 18) are provided, each having at least one cooling surface and being distributed/arranged at least partially over the circumference, wherein the cooling channels (14 to 18) and/or cooling elements (14 to 18) each have at least one substantially radially oriented section , characterised in that at least one second bearing unit for mounting the rotor unit is provided, wherein a spacing (A, B) is provided between the first bearing unit and the second bearing unit , in that , viewed along the axis of rotation (R) in the axial direction and/or transversely to the axis of rotation (R) in the radial direction, the rotor cooling device (14 to 19) has at least one annular channel which is arranged between the first bearing unit and the second bearing unit and which extends substantially over the entire circumference for distributing and/or collecting coolant, and in that the substantially radially oriented sections of the cooling channels (14 to 18) and/or cooling elements (14 to 18) are arranged between a first annular channel , which is designed as a distributor annular channel , for distributing coolant into the sections and a second annular channel , which is designed as a collecting annular channel , for collecting coolant from the sections .
A light mixing chamber comprising: a first light mixing chamber part comprising a light exit window and a first side wall having a first inner wall portion and a first outer wall portion , spaced apart and together forming a first groove , a second light mixing chamber part comprising a bottom wall and a second side wall having a second inner wall portion and a second outer wall portion , spaced apart and together forming a second groove , an inner cavity , and an LED substrate having a front surface facing the inner cavity and a back surface facing away from the inner cavity , the front surface supporting a plurality of LEDs , characterised in that the LED substrate is arranged into the first and second grooves , interconnecting the first and the second light mixing chamber parts such that the light mixing chamber is formed, wherein the first inner wall portion of the first side wall is extending further away from the light exit window than the first outer wall portion of the first side wall and/or the second inner wall portion of the second side wall is extending further away from the bottom wall than the second outer wall portion of the second side wall , and wherein between 5% to 50% of the back surface of the LED substrate is covered by the first and second grooves . a first light mixing chamber part comprising a light exit window and a first side wall having a first inner wall portion and a first outer wall portion , spaced apart and together forming a first groove , a second light mixing chamber part comprising a bottom wall and a second side wall having a second inner wall portion and a second outer wall portion , spaced apart and together forming a second groove , an inner cavity , and an LED substrate having a front surface facing the inner cavity and a back surface facing away from the inner cavity , the front surface supporting a plurality of LEDs , characterised in that the LED substrate is arranged into the first and second grooves , interconnecting the first and the second light mixing chamber parts such that the light mixing chamber is formed, wherein the first inner wall portion of the first side wall is extending further away from the light exit window than the first outer wall portion of the first side wall and/or the second inner wall portion of the second side wall is extending further away from the bottom wall than the second outer wall portion of the second side wall , and wherein between 5% to 50% of the back surface of the LED substrate is covered by the first and second grooves .
Arrangement of a joining system between a supporting plane and a tubular element of the type comprising, in combination: a first male part and a female part suitable for being intercoupled, and fixing means acting between said two male and female parts to make the junction between said plane and tubular element stable, wherein said female part is fixed beneath said supporting plane and is provided with an annular collar in which said fixing means are housed with an arrangement concealed from sight, said fixing means consist of grub screws or headless screws and in that said grub screws or headless screws are four in number, wherein said grub screws or headless screws are contained inside the collar and are tilted with respect to the plane so as to have an actuation side (L) arranged accessible from beneath the collar itself, in a position concealed from sight, and said male part consists of a discoidal plate fixed to the top of the tubular element and provided with an annular edge having a tilted surface (V1) against which said fixing means are abutted.
A steel door case with fire-retardant properties with a sheet metal moulded part , which comprises a door-side door case surface , a rebate section angled at right angles and adjoining the door-side door case surface , an abutment section adjoining the side of the rebate section facing away from the door-side door case surface , a reveal section aligned in parallel with the rebate section and adjoining the abutment section , and an edge fold adjoining the reveal section , angled in the direction of the door case surface and aligned parallel with the latter, wherein an intumescent material is arranged at the inner side of the sheet metal moulded part , characterised in that the intumescent material is arranged exclusively in the form of a door-side intumescent strip at least in sections at the inner side of the rebate section and in the form of a reveal-side intumescent strip at the inner side of the edge fold and that the inner side of the door case surface and the inner side of the reveal section are free from intumescent material.
A method of explicitly declaring relationships between entities and a reference entity in a model interpreted by an application, wherein the model is serialized or represented by a markup language such as extensible Markup Language, XML, Unified Modeling Language, UML, or Standard Generalized Markup Language, SGML, said reference entity has a reference data type definition associated therewith, and said entities having a target data type definition associated therewith, wherein: a targets tag, defined for one or more entities, is created in a markup language schema type declaration ; the targets tag is associated with one or more defined elements describing said one or more entities in the model and a predefined entity relationship ; the targets tag with the associated elements and the relationship is inserted into an instance of the target data type definition; the instance of the target data type definition is located in the reference data type definition of the reference entity to relate the entities and the reference entity in the model; and said method comprising: interpreting, by a processor configured to execute computer-executable instructions, the reference data type definition by referring to a markup language schema stored in a memory area , the markup language schema corresponding to the model. a targets tag, defined for one or more entities, is created in a markup language schema type declaration ; the targets tag is associated with one or more defined elements describing said one or more entities in the model and a predefined entity relationship ; the targets tag with the associated elements and the relationship is inserted into an instance of the target data type definition; the instance of the target data type definition is located in the reference data type definition of the reference entity to relate the entities and the reference entity in the model; and said method comprising: interpreting, by a processor configured to execute computer-executable instructions, the reference data type definition by referring to a markup language schema stored in a memory area , the markup language schema corresponding to the model.
A respiratory pressure treatment apparatus comprising: a flow generator to generate a flow of breathable gas to a patient interface ; a sensor to measure the flow of breathable gas; a controller to control the flow generator to deliver a flow of breathable gas with inspiratory pressure portions at an inspiratory pressure level and expiratory pressure portions at an expiratory pressure level that are synchronized with expiration and inspiration, wherein an expiratory pressure portion is at a pressure lower than an inspiratory pressure portion; the controller being configured to control adjustments to pressure settings upon detection of a persistent obstruction to flow from the measure of flow and to modify control parameters of an expiratory pressure portion based on the detection of the persistent obstruction to flow, to decrement the expiratory pressure relief (EPR), and consequently reduce pressure support (PS), delivered during the expiratory pressure portion, wherein pressure support is the difference between the inspiratory pressure level and the expiratory pressure level. a flow generator to generate a flow of breathable gas to a patient interface ; a sensor to measure the flow of breathable gas; a controller to control the flow generator to deliver a flow of breathable gas with inspiratory pressure portions at an inspiratory pressure level and expiratory pressure portions at an expiratory pressure level that are synchronized with expiration and inspiration, wherein an expiratory pressure portion is at a pressure lower than an inspiratory pressure portion; the controller being configured to control adjustments to pressure settings upon detection of a persistent obstruction to flow from the measure of flow and to modify control parameters of an expiratory pressure portion based on the detection of the persistent obstruction to flow, to decrement the expiratory pressure relief (EPR), and consequently reduce pressure support (PS), delivered during the expiratory pressure portion, wherein pressure support is the difference between the inspiratory pressure level and the expiratory pressure level.
Method for producing a micromechanical sensor, in particular a pressure difference sensor, comprising the steps: - producing a functional layer on a substrate , - producing at least one rear-side trench region proceeding from a rear side of the substrate , said rear side facing away from the functional layer , in order to free the functional layer in order to form a sensor membrane , - producing at least one front-side trench region in order to form at least one carrying structure , in particular an energy storage structure, preferably in the form of a spring structure, in the substrate as suspension for the sensor membrane , wherein the front-side trench region is fluidically connected to the rear-side trench region, and - at least partly filling at least one front-side trench region with a gel in order to seal the front side from the rear side. - producing a functional layer on a substrate , - producing at least one rear-side trench region proceeding from a rear side of the substrate , said rear side facing away from the functional layer , in order to free the functional layer in order to form a sensor membrane , - producing at least one front-side trench region in order to form at least one carrying structure , in particular an energy storage structure, preferably in the form of a spring structure, in the substrate as suspension for the sensor membrane , wherein the front-side trench region is fluidically connected to the rear-side trench region, and - at least partly filling at least one front-side trench region with a gel in order to seal the front side from the rear side.
Diene block copolymer comprising a linear or branched polyether block comprising, at each end of the block, a branch point to which up to three diene elastomer branches are bonded, characterized in that a - the copolymer has a Mooney viscosity of at least 30 and at most 100, b- the copolymer comprises at least 30% by weight, preferably 35%, of branched macromolecules comprising a polyether block to which at least three diene elastomer blocks are bonded, at most 70% by weight, preferably 65%, of linear macromolecules, c - the polyether block has a number-average molar mass ranging from 150 to 5000 g/mol, and d - each of the two branch points consists of a silicon atom. a - the copolymer has a Mooney viscosity of at least 30 and at most 100, b- the copolymer comprises at least 30% by weight, preferably 35%, of branched macromolecules comprising a polyether block to which at least three diene elastomer blocks are bonded, at most 70% by weight, preferably 65%, of linear macromolecules, at least 30% by weight, preferably 35%, of branched macromolecules comprising a polyether block to which at least three diene elastomer blocks are bonded, at most 70% by weight, preferably 65%, of linear macromolecules, c - the polyether block has a number-average molar mass ranging from 150 to 5000 g/mol, and d - each of the two branch points consists of a silicon atom.
A multilayer tube, comprising in succession from inside outward: - an inner layer constituted by a tubular sheath which defines a passage duct for a fluid and is corrugated at least externally, thus defining troughs, - a protective layer for said inner layer and which follows its corrugated shape, the protective layer being made of a rubberized band or filament wound onto said inner layer , - a helix wound on said protective layer and positioned on a bottom of said troughs, - an outer layer , in which said helix is embedded; - said outer layer comprising at least one layer made of elastomeric material and at least one textile reinforcement layer , alternating in its thickness, said at least one layer made of elastomeric material being arranged completely over the protective layer and the helix and being straight, thus defining a cylindrical tube. - an inner layer constituted by a tubular sheath which defines a passage duct for a fluid and is corrugated at least externally, thus defining troughs, - a protective layer for said inner layer and which follows its corrugated shape, the protective layer being made of a rubberized band or filament wound onto said inner layer , - a helix wound on said protective layer and positioned on a bottom of said troughs, - an outer layer , in which said helix is embedded; - said outer layer comprising at least one layer made of elastomeric material and at least one textile reinforcement layer , alternating in its thickness, said at least one layer made of elastomeric material being arranged completely over the protective layer and the helix and being straight, thus defining a cylindrical tube. - said outer layer comprising at least one layer made of elastomeric material and at least one textile reinforcement layer , alternating in its thickness, said at least one layer made of elastomeric material being arranged completely over the protective layer and the helix and being straight, thus defining a cylindrical tube.
Crosslinkable composition comprising (A) at least one organic compound free of siloxane units (= "≡Si-O-Si≡") and having at least two reactive cyanate ester groups (= "N≡CO-"), (B) at least one linear organosiloxane of general formula R a R 1 b SiO (4-a-b)/2 (I), where R may be identical or different and represents monovalent, SiC-bonded, saturated aliphatic hydrocarbon radicals, R 1 may be identical or different and represents monovalent, SiC-bonded, optionally halogen- or phosphorus-substituted, aromatic hydrocarbon radicals, a is 0, 1, 2 or 3, preferably 0, 1 or 2, more preferably 0 or 1, especially 1, b is 0, 1, 2 or 3, preferably 0, 1 or 2, more preferably 1 or 2, with the proviso that the organosiloxane (B) consists of three to five units of formula (I), preferably of three or four units of formula (I), more preferably of three units of formula (I), in formula (I) the sum a+b is equal to 2 or 3, in each molecule of organosiloxane (B) the sum a+b is in two units of formula (I) equal to 3 and in each molecule of organosiloxane (B) there are at least three radicals R 1 present. (A) at least one organic compound free of siloxane units (= "≡Si-O-Si≡") and having at least two reactive cyanate ester groups (= "N≡CO-"), (B) at least one linear organosiloxane of general formula R a R 1 b SiO (4-a-b)/2 (I), where R may be identical or different and represents monovalent, SiC-bonded, saturated aliphatic hydrocarbon radicals, R 1 may be identical or different and represents monovalent, SiC-bonded, optionally halogen- or phosphorus-substituted, aromatic hydrocarbon radicals, a is 0, 1, 2 or 3, preferably 0, 1 or 2, more preferably 0 or 1, especially 1, b is 0, 1, 2 or 3, preferably 0, 1 or 2, more preferably 1 or 2, with the proviso that the organosiloxane (B) consists of three to five units of formula (I), preferably of three or four units of formula (I), more preferably of three units of formula (I), in formula (I) the sum a+b is equal to 2 or 3, in each molecule of organosiloxane (B) the sum a+b is in two units of formula (I) equal to 3 and in each molecule of organosiloxane (B) there are at least three radicals R 1 present. R may be identical or different and represents monovalent, SiC-bonded, saturated aliphatic hydrocarbon radicals, R 1 may be identical or different and represents monovalent, SiC-bonded, optionally halogen- or phosphorus-substituted, aromatic hydrocarbon radicals, a is 0, 1, 2 or 3, preferably 0, 1 or 2, more preferably 0 or 1, especially 1, b is 0, 1, 2 or 3, preferably 0, 1 or 2, more preferably 1 or 2, with the proviso that the organosiloxane (B) consists of three to five units of formula (I), preferably of three or four units of formula (I), more preferably of three units of formula (I), in formula (I) the sum a+b is equal to 2 or 3, in each molecule of organosiloxane (B) the sum a+b is in two units of formula (I) equal to 3 and in each molecule of organosiloxane (B) there are at least three radicals R 1 present.
A charging method of a session management function, SMF, device, for a mobile communication system, comprising: sending (S101) charging parameter information corresponding to each forwarding device to an online charging system respectively during a charging session such that the online charging system returns a charging strategy set for each forwarding device respectively; and sending (S102) each returned charging strategy to a corresponding forwarding device such that each forwarding device charges a user for data volume according to the corresponding charging strategy; wherein the forwarding device is a user plane function, UPF device. sending (S101) charging parameter information corresponding to each forwarding device to an online charging system respectively during a charging session such that the online charging system returns a charging strategy set for each forwarding device respectively; and sending (S102) each returned charging strategy to a corresponding forwarding device such that each forwarding device charges a user for data volume according to the corresponding charging strategy; wherein the forwarding device is a user plane function, UPF device.
Computer implemented method for generating a specific radiation dose rate curve for an X-ray radiation for irradiation of a substrate, wherein the specific radiation dose rate curve represents a radiation dose rate as a function of distance from the isocenter of the X-ray source, characterized in that the specific radiation dose rate curve is generated by selecting at least two predetermined radiation dose rate curves, which are different from the specific radiation dose rate curve which is to be generated, and each of which represents a radiation dose rate as a function of distance from the isocenter of the X-ray source, and by proportionally composing the specific radiation dose rate curve from the at least two predetermined radiation dose rate curves.
Fuel injector arrangement , having a number of fluid supply paths , specifically a first , a second and a third fluid supply path , wherein the fuel injector arrangement has a first switching device in the second fluid supply path , which first switching device opens or blocks the second fluid supply path in a manner controlled by means of the fluid pressure in the third fluid supply path , and wherein the fuel injector arrangement has a second switching device in the first fluid supply path , which second switching device opens or blocks the first fluid supply path in a manner controlled by means of the fluid pressure downstream of the first switching device in the second fluid supply path .