mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a pipe comprising the following steps: providing an inner pipe made of metal having a first inner diameter and a first outer diameter, providing an outer pipe made of metal with a second inner diameter and a second outer diameter, wherein the first outer diameter is smaller than the second inner diameter, inserting the inner pipe into the outer pipe so that the inner pipe extends inside the outer pipe, joint drawing of the inner pipe and the outer pipe through a first drawing die, wherein the second inner diameter is reduced such that a force-fitting connection of the outer pipe and the inner pipe is established, characterised in that the tool diameter of the forming inner surface of the first drawing die, the second outer diameter of the outer pipe, the second inner diameter of the outer pipe, the first outer diameter of the inner pipe and the first inner diameter of the inner pipe are selected such that, during the joint drawing of the outer pipe and inner pipe extending therein through the first drawing die, the first inner diameter of the inner pipe is reduced by at most 5%, wherein the inner pipe is manufactured by drawing a hollow blank of metal through a second drawing die and over an inner die tool or by rolling a hollow blank of metal over a mandrel, and wherein the inner die tool or the mandrel is made of steel with a polished surface, so that an inner shell surface of the inner pipe is burnished when drawing the inner pipe over the inner die tool or rolling over the mandrel. providing an inner pipe made of metal having a first inner diameter and a first outer diameter, providing an outer pipe made of metal with a second inner diameter and a second outer diameter, wherein the first outer diameter is smaller than the second inner diameter, inserting the inner pipe into the outer pipe so that the inner pipe extends inside the outer pipe, joint drawing of the inner pipe and the outer pipe through a first drawing die, wherein the second inner diameter is reduced such that a force-fitting connection of the outer pipe and the inner pipe is established, characterised in that the tool diameter of the forming inner surface of the first drawing die, the second outer diameter of the outer pipe, the second inner diameter of the outer pipe, the first outer diameter of the inner pipe and the first inner diameter of the inner pipe are selected such that, during the joint drawing of the outer pipe and inner pipe extending therein through the first drawing die, the first inner diameter of the inner pipe is reduced by at most 5%, wherein the inner pipe is manufactured by drawing a hollow blank of metal through a second drawing die and over an inner die tool or by rolling a hollow blank of metal over a mandrel, and wherein the inner die tool or the mandrel is made of steel with a polished surface, so that an inner shell surface of the inner pipe is burnished when drawing the inner pipe over the inner die tool or rolling over the mandrel.
A method for using a docking station interfaced to an appliance to facilitate play a media stream, comprising: receiving at a portable control device the media stream; causing the portable control device to route the received media stream for a playing of the received media stream by the portable control device; detecting by the portable control device that the portable control device has been docked in the docking station interfaced to the appliance; and in response to the portable control device detecting that the portable control device has been docked in the docking station interfaced to the appliance, causing the portable control device to automatically reroute the received media stream to the docking station interfaced to the appliance for a playing of the received media stream by the appliance instead of routing the received media stream for the playing of the received media stream by the portable control device. receiving at a portable control device the media stream; causing the portable control device to route the received media stream for a playing of the received media stream by the portable control device; detecting by the portable control device that the portable control device has been docked in the docking station interfaced to the appliance; and in response to the portable control device detecting that the portable control device has been docked in the docking station interfaced to the appliance, causing the portable control device to automatically reroute the received media stream to the docking station interfaced to the appliance for a playing of the received media stream by the appliance instead of routing the received media stream for the playing of the received media stream by the portable control device.
A system comprising at least one power module comprising at least one power die that is cooled by a liquid cooled system, the liquid cooled system is arranged to provide at least one electric potential to each power dies of the power module, wherein the liquid cooled system is composed of a first and a second current-carying bars connected together by an electrically non-conductive pipe, characterized in that the first bar is placed on the top of the power module and provides a first electric potential to the power die and the second bar is placed on the bottom of the power module and provides a second electric potential to the power dies, the liquid coolant is electrically conductive and the channels surfaces are covered by an electrical insulation layer.
An electronics arrangement of a photon counting detector array of a radiation imaging system, comprising: an integration circuit configured to integrate charge generated by a radiation detection element of a detector cell of the photon counting detector array to generate a voltage signal; a charge source configured to inject an injected charge into the integration circuit in response to the voltage signal exceeding a specified threshold, the injected charge configured to reset the integration circuit; and a photon counting circuit configured to identify a detection event as a function of the voltage signal, characterized in that the injected charge is configured to be injected into the photon counting circuit and the photon counting circuit is further configured to distinguish the impact of the injected charge from the impact of the charge generated at the radiation detection element. an integration circuit configured to integrate charge generated by a radiation detection element of a detector cell of the photon counting detector array to generate a voltage signal; a charge source configured to inject an injected charge into the integration circuit in response to the voltage signal exceeding a specified threshold, the injected charge configured to reset the integration circuit; and a photon counting circuit configured to identify a detection event as a function of the voltage signal, characterized in that the injected charge is configured to be injected into the photon counting circuit and the photon counting circuit is further configured to distinguish the impact of the injected charge from the impact of the charge generated at the radiation detection element.
A rotary type heat exchange apparatus comprising: a heat exchange rotary disk (200, 100), arranged to be driven by a rotating disk driving device, and comprising two thermally conductive porous areas arranged to enable a coolant fluid to pass through the heat exchange rotary disk (200, 100) and exchange heat with the heat exchange rotary disk (200, 100); a reversible flow circuit fluid pumping device, comprising at least two fluid pumps (120a, 120b) arranged to pump the coolant fluid through the heat exchange rotary disk (200, 100); a first fluid flow path, comprising first fluid ports (a, b) arranged to enable the coolant fluid to flow through the heat exchange rotary disk (200, 100) in a first direction; a second fluid flow path, comprising second fluid ports (c, d) arranged to enable the coolant fluid to flow through the heat exchange rotary disk (200, 100) in a second direction, opposite to the first direction; a control device arranged to receive a detection signal from a detector and to automatically control the speed of rotation of the heat exchange rotary disk depending on the conditions detected by the detector; characterized in that the detector disposed within the heat exchanger is arranged to detect the condition of the passing coolant fluid to the heat exchanger, the detector comprising a gaseous or liquid state fluid composition detecting device, and a detector selected from i) a temperature detector; and/or ii) a humidity detector. a heat exchange rotary disk (200, 100), arranged to be driven by a rotating disk driving device, and comprising two thermally conductive porous areas arranged to enable a coolant fluid to pass through the heat exchange rotary disk (200, 100) and exchange heat with the heat exchange rotary disk (200, 100); a reversible flow circuit fluid pumping device, comprising at least two fluid pumps (120a, 120b) arranged to pump the coolant fluid through the heat exchange rotary disk (200, 100); a first fluid flow path, comprising first fluid ports (a, b) arranged to enable the coolant fluid to flow through the heat exchange rotary disk (200, 100) in a first direction; a second fluid flow path, comprising second fluid ports (c, d) arranged to enable the coolant fluid to flow through the heat exchange rotary disk (200, 100) in a second direction, opposite to the first direction; a control device arranged to receive a detection signal from a detector and to automatically control the speed of rotation of the heat exchange rotary disk depending on the conditions detected by the detector; characterized in that the detector disposed within the heat exchanger is arranged to detect the condition of the passing coolant fluid to the heat exchanger, the detector comprising a gaseous or liquid state fluid composition detecting device, and a detector selected from i) a temperature detector; and/or ii) a humidity detector.
A mobile hybrid generator system for providing grid-like AC power output to a load at off-grid locations, the hybrid generator system comprising a housing accommodating: - a rechargeable electrical energy storage unit, such as a battery, configured to provide a DC power output, - at least a first primary energy source, such as a combustion engine, for charging the rechargeable energy storage unit, and - an inverter unit configured for converting the DC power output from the rechargeable energy storage unit to the grid-like AC power output, wherein the mobile hybrid generator is configured such that 1) the grid-like AC power output is provided only from the rechargeable energy storage unit via the inverter unit, and 2) the output from the primary energy source is only used to charge the rechargeable energy storage unit, both during normal mode operation, having normal mode power requirements, and during peak power operation, having peak power requirements, the mobile hybrid generator system characterized in that the at least first primary energy source is dimensioned to the normal mode power requirements, i.e. much smaller than for the peak power requirements. - a rechargeable electrical energy storage unit, such as a battery, configured to provide a DC power output, - at least a first primary energy source, such as a combustion engine, for charging the rechargeable energy storage unit, and - an inverter unit configured for converting the DC power output from the rechargeable energy storage unit to the grid-like AC power output, wherein the mobile hybrid generator is configured such that 1) the grid-like AC power output is provided only from the rechargeable energy storage unit via the inverter unit, and 2) the output from the primary energy source is only used to charge the rechargeable energy storage unit, 1) the grid-like AC power output is provided only from the rechargeable energy storage unit via the inverter unit, and 2) the output from the primary energy source is only used to charge the rechargeable energy storage unit, both during normal mode operation, having normal mode power requirements, and during peak power operation, having peak power requirements, the mobile hybrid generator system characterized in that the at least first primary energy source is dimensioned to the normal mode power requirements, i.e. much smaller than for the peak power requirements.
A water reactor fuel cladding tube for a pressurized water reactor, said cladding tube comprising an outer layer of a first zirconium based alloy and having metallurgically bonded thereto an inner layer of a second zirconium based alloy, which inner layer is adapted to protect the cladding tube against stress corrosion cracking, wherein the thickness of the inner layer is 5-40 % of the thickness of the reactor fuel cladding tube, wherein the second zirconium based alloy comprises tin as an alloying material, and wherein each one of the zirconium based alloys comprises at least 96 percent by weight zirconium, characterized in that the first zirconium based alloy comprises 500-2000 ppm by weight oxygen, and in that the main alloying materials of the first zirconium based alloy are niobium, iron and tin, wherein the content of any additional substances is below 0.05 percent by weight, and that the first zirconium based alloy comprises at least 0.1 percent by weight niobium.
A thermoacoustic heating device comprising: a pipeline formed into a loop and having one pipeline and another pipeline; a prime mover provided in said one pipeline; and a heating device provided in said other pipeline; the pipeline being configured such that said one pipeline on a prime mover side and said other pipeline on a heating device side are positioned adjacent to each other; wherein the heating device has a low-temperature side heat exchanger integrally formed with or held in contact with said one pipeline on the prime mover side; characterized in that the pipeline formed into a loop comprises a double-loop having two loop pipelines (11, 12) and a branch pipeline for connecting the two loop pipelines (11, 12) to each other, the prime mover being provided in one of the two loop pipelines (11, 12), the heating device being provided in the other of the two loop pipelines (11, 12), wherein the branch pipeline is bent at an intermediate portion thereof such that the loop pipeline on the heating device side is positioned adjacent to the branch pipeline on the prime mover side, and the low-temperature side heat exchanger of the heating device is integrally formed with or held in contact with the branch pipeline on the prime mover side. a pipeline formed into a loop and having one pipeline and another pipeline; a prime mover provided in said one pipeline; and a heating device provided in said other pipeline; the pipeline being configured such that said one pipeline on a prime mover side and said other pipeline on a heating device side are positioned adjacent to each other; wherein the heating device has a low-temperature side heat exchanger integrally formed with or held in contact with said one pipeline on the prime mover side; characterized in that the pipeline formed into a loop comprises a double-loop having two loop pipelines (11, 12) and a branch pipeline for connecting the two loop pipelines (11, 12) to each other, the prime mover being provided in one of the two loop pipelines (11, 12), the heating device being provided in the other of the two loop pipelines (11, 12), wherein the branch pipeline is bent at an intermediate portion thereof such that the loop pipeline on the heating device side is positioned adjacent to the branch pipeline on the prime mover side, and the low-temperature side heat exchanger of the heating device is integrally formed with or held in contact with the branch pipeline on the prime mover side.
A game controller comprising: a light-permeable housing including an aperture portion; a key top of an operation button exposed through the aperture portion and configured to be pressed with a finger of a user; a light-emitting section; a tubular light-guiding portion configured to guide light from the light-emitting section and surrounding an outer periphery of the key top; a light-shielding portion surrounding an outer periphery of the light-guiding portion; and a switch placed below the key top, wherein an upper surface of the key top and an upper surface of the light-guiding portion are exposed through the aperture portion. a light-permeable housing including an aperture portion; a key top of an operation button exposed through the aperture portion and configured to be pressed with a finger of a user; a light-emitting section; a tubular light-guiding portion configured to guide light from the light-emitting section and surrounding an outer periphery of the key top; a light-shielding portion surrounding an outer periphery of the light-guiding portion; and a switch placed below the key top, wherein an upper surface of the key top and an upper surface of the light-guiding portion are exposed through the aperture portion. a switch placed below the key top, wherein an upper surface of the key top and an upper surface of the light-guiding portion are exposed through the aperture portion.
A method for manufacturing a filler for dental glass ionomer cements comprising: binding a carboxylic acid having unsaturated double bond(s) to an inorganic powder whose surface is treated with a silane coupling agent having unsaturated double bond(s).
An apparatus, comprising: a memory controller to track a usage statistic for each of a plurality of sets of addresses of a non-volatile system memory device, wherein said usage statistic includes total writes and time elapsed since a last write; storage circuitry to store a signal characteristic, said characteristic being indicative of at least one of: signal waveform shape, signal voltage, and signal current, a signal having said signal characteristic to be generated when performing a read or write transaction on the non volatile system memory device, said storage circuitry to provide said signal characteristic at an output, said signal characteristic provided at said output by said storage circuitry in response to receiving at an input of said storage circuitry the usage statistic of said non volatile system memory device for one of a plurality of sets of addresses of which said read or write transaction's address is a member; circuitry to identify, based on the read or write transaction's address, the one of said plurality of sets of addresses that said read or write transaction's address is a member of; second storage circuitry having a second output, coupled to said input of said storage circuitry, said second storage circuitry to store said usage statistic, said usage statistic provided at said second output by said second storage circuit in response to receiving at a second input of said second storage circuit an identifier of said set of addresses provided by said circuitry to determine the set of addresses. a memory controller to track a usage statistic for each of a plurality of sets of addresses of a non-volatile system memory device, wherein said usage statistic includes total writes and time elapsed since a last write; storage circuitry to store a signal characteristic, said characteristic being indicative of at least one of: signal waveform shape, signal voltage, and signal current, a signal having said signal characteristic to be generated when performing a read or write transaction on the non volatile system memory device, said storage circuitry to provide said signal characteristic at an output, said signal characteristic provided at said output by said storage circuitry in response to receiving at an input of said storage circuitry the usage statistic of said non volatile system memory device for one of a plurality of sets of addresses of which said read or write transaction's address is a member; circuitry to identify, based on the read or write transaction's address, the one of said plurality of sets of addresses that said read or write transaction's address is a member of; second storage circuitry having a second output, coupled to said input of said storage circuitry, said second storage circuitry to store said usage statistic, said usage statistic provided at said second output by said second storage circuit in response to receiving at a second input of said second storage circuit an identifier of said set of addresses provided by said circuitry to determine the set of addresses.
A microwave treatment apparatus, comprising: an irradiating portion that has one or more semiconductor oscillators for generating microwaves and is able to emit the generated microwaves from multiple emitting portions; a moving portion that individually is able to move the multiple emitting portions; and a control portion configured to control movements of the emitting portions by the moving portion; wherein the irradiating portion is such that phases of microwaves that are emitted from the multiple emitting portions are changeable, and the control portion is further configured to control phases of microwaves such that microwaves that are emitted from the multiple emitting portions are intensified by each other through mutual interference at a desired point. an irradiating portion that has one or more semiconductor oscillators for generating microwaves and is able to emit the generated microwaves from multiple emitting portions; a moving portion that individually is able to move the multiple emitting portions; and a control portion configured to control movements of the emitting portions by the moving portion; wherein the irradiating portion is such that phases of microwaves that are emitted from the multiple emitting portions are changeable, and the control portion is further configured to control phases of microwaves such that microwaves that are emitted from the multiple emitting portions are intensified by each other through mutual interference at a desired point.
Supporting and guiding device for a hauling cable of a vehicle transportation installation by cable, comprising a sheave configured for supporting and guiding the hauling cable, a first girder (4 to 8) provided with a main axis (15 to 23 and 25), a second girder (9 to 14) supporting the sheave and mounted pivotally movable around the main axis (15 to 23 and 25), characterised in that it comprises at least one recovery element (30 to 39) mounted on the first girder (4 to 8) and configured to catch hold of the second girder (9 to 14) in an abnormal operating state corresponding to failure of the main axis (15 to 23 and 25), and at least one cooperating element (40 to 47) mounted on the second girder (9 to 14) at a distance from said at least one recovery element (30 to 39) in a normal operating state where the second girder (9 to 14) swivels around the main axis (15 to 23 and 25), said at least one cooperating element (40 to 47) being configured to be in contact with said at least one recovery element (30 to 39) in the abnormal operating state.