mhurhangee/patent-ind-claim-en huggingface dataset:
A near field communication NFC apparatus , comprising: an NFC power converter , configured to connect to a direct-current power supply and generate a high-frequency alternating-current output; an NFC coil , configured to generate/receive an NFC high-frequency magnetic field and transmit/receive NFC power or an NFC signal; an NFC circuit connected to the NFC power converter and the NFC coil, configured to transmit/receive the high-frequency alternating-current output; a controller , configured to generate different power control signals based on different operating modes of the NFC apparatus; and a power regulator , coupled one end of the power regulator to the direct-current power supply and the other end of the power regulator to the NFC circuit, and configured to regulate, based on the different power control signals, at least one of a magnitude and a phase of power output to the NFC circuit and characterised in that the power regulator comprises: a direct-current/alternating-current converter , coupled between the direct-current power supply and the NFC circuit; and a direct-current/direct-current converter , coupled between the direct-current power supply and the direct-current/alternating-current converter. an NFC power converter , configured to connect to a direct-current power supply and generate a high-frequency alternating-current output; an NFC coil , configured to generate/receive an NFC high-frequency magnetic field and transmit/receive NFC power or an NFC signal; an NFC circuit connected to the NFC power converter and the NFC coil, configured to transmit/receive the high-frequency alternating-current output; a controller , configured to generate different power control signals based on different operating modes of the NFC apparatus; and a power regulator , coupled one end of the power regulator to the direct-current power supply and the other end of the power regulator to the NFC circuit, and configured to regulate, based on the different power control signals, at least one of a magnitude and a phase of power output to the NFC circuit and characterised in that the power regulator comprises: a direct-current/alternating-current converter , coupled between the direct-current power supply and the NFC circuit; and a direct-current/direct-current converter , coupled between the direct-current power supply and the direct-current/alternating-current converter. a direct-current/alternating-current converter , coupled between the direct-current power supply and the NFC circuit; and a direct-current/direct-current converter , coupled between the direct-current power supply and the direct-current/alternating-current converter.
A method for producing a press pad , which is intended for use in a hydraulic heat press system , comprising the following method steps: a) a design of a pressing plate , by means of which a surface of a press blank , which is to be pressed by means of the heat press system , can be shaped, is specified, wherein the pressing plate has a press relief , wherein the press relief is equipped with raised regions , the height of which, measured perpendicularly to a pressing plate plane and in relation to the pressing plate plane, corresponds to a desired depth of a respective local surface structure of the press blank , so that a surface structure corresponding to the press relief can be generated in the press blank by pressing the pressing plate into a surface layer of the press blank ; b) a press pad adapted to the dimensions of the pressing plate is produced, wherein warp threads and weft threads are interwoven to form a woven fabric ; c) in a manner dependent on the press relief , material is applied onto the woven fabric on at least one side of the press pad at least at one position, wherein the position corresponds to the raised region of the press relief , so that the press pad receives a thickening at the position, wherein the application of the material is undertaken by means of material printing. a) a design of a pressing plate , by means of which a surface of a press blank , which is to be pressed by means of the heat press system , can be shaped, is specified, wherein the pressing plate has a press relief , wherein the press relief is equipped with raised regions , the height of which, measured perpendicularly to a pressing plate plane and in relation to the pressing plate plane, corresponds to a desired depth of a respective local surface structure of the press blank , so that a surface structure corresponding to the press relief can be generated in the press blank by pressing the pressing plate into a surface layer of the press blank ; b) a press pad adapted to the dimensions of the pressing plate is produced, wherein warp threads and weft threads are interwoven to form a woven fabric ; c) in a manner dependent on the press relief , material is applied onto the woven fabric on at least one side of the press pad at least at one position, wherein the position corresponds to the raised region of the press relief , so that the press pad receives a thickening at the position,
A device for measuring current, comprising a magnetic core with a first opening through which a primary conductor (L 1 ) is routed, wherein the magnetic core has at least one measuring region with at least two second openings , which subdivide the measuring region into at least three adjacent flux paths (R 1a , R 1b , R 2 , R 2a , R 2b ), wherein - at least one measuring winding (L M ) is wound around parts of the measuring region ; the device characterized in that - a compensating winding (L C ) is wound around parts of the core outside the measuring region ; - at least two flux paths (R 1a , R 1b , R 2a , R 2b ) of the measuring region are wound by at least one exciter winding (L S ). - at least one measuring winding (L M ) is wound around parts of the measuring region ; the device characterized in that - a compensating winding (L C ) is wound around parts of the core outside the measuring region ; - at least two flux paths (R 1a , R 1b , R 2a , R 2b ) of the measuring region are wound by at least one exciter winding (L S ).
A boil-off gas compressor for compressing a combustible boil-off gas in LNG-fueled vessels using LNG as fuel for propulsion engines thereof, the boil-off gas compressor comprising: a compressor housing having an impeller rotatably disposed therein; a motor housing having a motor for driving the impeller therein; and a bearing rotatably supporting a rotational shaft transmitting rotation driving force of the motor to the impeller, wherein the rotational shaft extends into the compressor housing through a partition wall between the motor housing and the compressor housing ; characterized in that the compressor housing is integrally formed with the motor housing , and in that the compressor housing communicates with the motor housing through a gap between the rotational shaft and the partition wall to allow the combustible boil-off gas to flow from the compressor housing to the motor housing and maintain an interior of the motor housing at a higher pressure than atmospheric pressure. a compressor housing having an impeller rotatably disposed therein; a motor housing having a motor for driving the impeller therein; and a bearing rotatably supporting a rotational shaft transmitting rotation driving force of the motor to the impeller, wherein the rotational shaft extends into the compressor housing through a partition wall between the motor housing and the compressor housing ; characterized in that the compressor housing is integrally formed with the motor housing , and in that the compressor housing communicates with the motor housing through a gap between the rotational shaft and the partition wall to allow the combustible boil-off gas to flow from the compressor housing to the motor housing and maintain an interior of the motor housing at a higher pressure than atmospheric pressure.
Motor gear unit for a disc brake electric actuator, said motor gear unit comprising a housing containing an electric motor having an axis (A2) defining an axial direction, and a reduction mechanism mechanically connected to said electric motor to provide at the output of said reduction mechanism a rotational drive of a shaft along an output axis (A1) parallel to said axial direction (A2), the motor gear unit comprising: a damping device capable of being positioned on an end part of the electric motor , comprising an element for axial damping of movements of the motor in said axial direction and an element for radial damping of the movements of the motor in a radial direction of the electric motor , said damping device comprising two coaxial rings , among which: - a first ring which bears against a cylindrical wall presented by said end part of the electric motor , said first ring forming said radial damping element, and - a second ring which bears against an external surface of the motor perpendicular to said axial direction, said second ring forming said axial damping element, characterized in that the first ring and the second ring are radially connected to each other by a connecting ring , in that the first ring is positioned inside the second ring and bears against a first shoulder that the end of the motor presents. a damping device capable of being positioned on an end part of the electric motor , comprising an element for axial damping of movements of the motor in said axial direction and an element for radial damping of the movements of the motor in a radial direction of the electric motor , said damping device comprising two coaxial rings , among which: - a first ring which bears against a cylindrical wall presented by said end part of the electric motor , said first ring forming said radial damping element, and - a second ring which bears against an external surface of the motor perpendicular to said axial direction, said second ring forming said axial damping element, - a first ring which bears against a cylindrical wall presented by said end part of the electric motor , said first ring forming said radial damping element, and - a second ring which bears against an external surface of the motor perpendicular to said axial direction, said second ring forming said axial damping element, characterized in that the first ring and the second ring are radially connected to each other by a connecting ring , in that the first ring is positioned inside the second ring and bears against a first shoulder that the end of the motor presents.
A building technology control system comprising: at least one interface unit configured to functionally couple to a building technology functional unit ; and a user status determination device designed to determine a current building user status, wherein, based on the determined building user status, a control specification for the building technology functional unit can be determined and used for controlling operation of the building technology functional unit , characterized in that the user status determination device comprises a power consumption determination device configured to be coupled with an intelligent electricity meter or to receive power consumption data through an internet interface, and the power consumption determination device is configured to derive the current building user status from specific characteristics in the course of the central power consumption, and to distinguish different electric devices from the course of the central power consumption, namely to distinguish at least a television from a washing machine or a fridge, and derive a current user status "sleep" also based in dependence of whether the power consumption is lower than a characteristic value or if, based on the power consumption, a television is determined to be turned off. at least one interface unit configured to functionally couple to a building technology functional unit ; and a user status determination device designed to determine a current building user status, wherein, based on the determined building user status, a control specification for the building technology functional unit can be determined and used for controlling operation of the building technology functional unit , characterized in that the user status determination device comprises a power consumption determination device configured to be coupled with an intelligent electricity meter or to receive power consumption data through an internet interface, and the power consumption determination device is configured to derive the current building user status from specific characteristics in the course of the central power consumption, and to distinguish different electric devices from the course of the central power consumption, namely to distinguish at least a television from a washing machine or a fridge, and derive a current user status "sleep" also based in dependence of whether the power consumption is lower than a characteristic value or if, based on the power consumption, a television is determined to be turned off.
A dish washer comprising: a main body ; a basket provided inside the main body ; a first supporting member coupled to the basket so as to be rotatable between a first position of being folded to the basket and a second position of being unfolded from the basket for supporting a stem portion of a wine glass ; a second supporting member positioned below the first supporting member and coupled to the basket so as to be rotatable between a third position of being folded to the basket and a fourth position of being unfolded from the basket for supporting a lip portion of the wine glass ; and a connecting member connected to the first supporting member and the second supporting member characterised in that the connecting member is connected so as to rotate the second supporting member from the third position to the fourth position when the first supporting member rotates from the first position to the second position. a main body ; a basket provided inside the main body ; a first supporting member coupled to the basket so as to be rotatable between a first position of being folded to the basket and a second position of being unfolded from the basket for supporting a stem portion of a wine glass ; a second supporting member positioned below the first supporting member and coupled to the basket so as to be rotatable between a third position of being folded to the basket and a fourth position of being unfolded from the basket for supporting a lip portion of the wine glass ; and a connecting member connected to the first supporting member and the second supporting member characterised in that the connecting member is connected so as to rotate the second supporting member from the third position to the fourth position when the first supporting member rotates from the first position to the second position.
A prefabricated construction element for the realisation of room corners in dry construction, the prefabricated construction element having a structural panel made of gypsum board, gypsum fibres or wood materials, the structural panel having a recess facing toward a back side and the structural panel being divided into a right and a left structural panel section by the recess and being completely split between the structural panel sections , the structural panel sections being foldable with respect to each other, and a right and a left stabilising bar being provided, each stabilising bar being fixed to a structural panel section within the recess , characterised in that the two stabilising bars are connected to an elastically deformable connecting element at the visible side , the structural panel sections being foldable at the deformable connecting element by forming an internal corner at the visible side , and the cross section of each stabilising bar having an end section facing toward the visible side of the structural panel sections and extending perpendicularly to the visible side .
An apparatus arranged to heat smokable material to volatilise at least one component of said smokable material , the apparatus comprising: a housing ; a plurality of heater segments longitudinally arranged within the housing for heating smokable material contained within the apparatus ; and at least one mechanical isolator ; said at least one mechanical isolator being arranged between two adjacent heater segments and being constructed and arranged to support said adjacent heater segments and maintain a longitudinal separation between said adjacent heater segments ; and wherein the heater segments are generally hollow cylinders for containing smokable material to be heated therein and the at least one mechanical isolator is correspondingly annular. a housing ; a plurality of heater segments longitudinally arranged within the housing for heating smokable material contained within the apparatus ; and at least one mechanical isolator ; said at least one mechanical isolator being arranged between two adjacent heater segments and being constructed and arranged to support said adjacent heater segments and maintain a longitudinal separation between said adjacent heater segments ; and
An ultrasonic probe for heating, interstitially or through a catheter, a target medium which absorbs ultrasounds, the probe comprising: - at least one piezoelectric transducer including a front face intended to be positioned facing the target medium and a rear face opposite to the front face , the transducer being able to emit at least one primary wave emanating from its front face and at least one secondary wave emanating from its rear face, - a reflector extending facing the rear face of the transducer , the reflector being adapted to reflect the secondary wave emitted by the transducer , - a cooling fluid layer between the transducer and the reflector , characterized in that the thickness (e2) of the cooling fluid layer is adapted according to: • the material constituting the cooling fluid, and • the thickness (e1) and a material constituting the reflector , and • the nominal frequency of the transducer , so that a secondary ultrasonic wave reflected by the reflector and propagating towards the front face constructively interferes with a primary ultrasonic wave emanating from the front face of the transducer . - at least one piezoelectric transducer including a front face intended to be positioned facing the target medium and a rear face opposite to the front face , the transducer being able to emit at least one primary wave emanating from its front face and at least one secondary wave emanating from its rear face, - a reflector extending facing the rear face of the transducer , the reflector being adapted to reflect the secondary wave emitted by the transducer , - a cooling fluid layer between the transducer and the reflector , • the material constituting the cooling fluid, and • the thickness (e1) and a material constituting the reflector , and • the nominal frequency of the transducer ,
Apparatus for guiding planing devices , wherein the apparatus is to be arranged on the outer circumference of the tube to be processed, characterized in that the apparatus has at least two bands , which are stiff against torsion and extend in parallel, for guiding the slides, having a first slide which is guided and mounted on the first band and a second slide which is guided and mounted on the second slide , wherein the slides serve to fasten a planing device.
A method for the synthesis of a radiolabelled compound wherein said method comprises: (i) radiolabelling a protected precursor compound to obtain a protected radiolabelled compound; (ii) deprotecting the protected radiolabelled compound obtained from radiolabelling step (i) to obtain said radiolabelled compound wherein said deprotection is effected using a hydrolysis medium; and, (iii) evaporating the hydrolysis medium following deprotection step (ii) wherein said evaporating is carried out using a closed system comprising: a fixed volume hot zone which comprises a fixed volume container (11 a) and a heating means ; an expandable volume ; a 3-way valve which in a first position fluidly connects said fixed volume container and said expandable volume and which in a second position fluidly connects said an expandable volume to waste and wherein said evaporating comprises positioning said 3-way valve to said first position, then heating said hydrolysis medium in said fixed volume hot zone above its boiling point to reach the equilibrium gas/liquid phase so that vapours of said hydrolysis medium condense in said expandable volume , then positioning said 3-way valve to said second position to empty said condensed hydrolysis medium to waste. (i) radiolabelling a protected precursor compound to obtain a protected radiolabelled compound; (ii) deprotecting the protected radiolabelled compound obtained from radiolabelling step (i) to obtain said radiolabelled compound wherein said deprotection is effected using a hydrolysis medium; and, (iii) evaporating the hydrolysis medium following deprotection step (ii) wherein said evaporating is carried out using a closed system comprising: a fixed volume hot zone which comprises a fixed volume container (11 a) and a heating means ; an expandable volume ; a 3-way valve which in a first position fluidly connects said fixed volume container and said expandable volume and which in a second position fluidly connects said an expandable volume to waste and wherein said evaporating comprises positioning said 3-way valve to said first position, then heating said hydrolysis medium in said fixed volume hot zone above its boiling point to reach the equilibrium gas/liquid phase so that vapours of said hydrolysis medium condense in said expandable volume , then positioning said 3-way valve to said second position to empty said condensed hydrolysis medium to waste. a fixed volume hot zone which comprises a fixed volume container (11 a) and a heating means ; an expandable volume ; a 3-way valve which in a first position fluidly connects said fixed volume container and said expandable volume and which in a second position fluidly connects said an expandable volume to waste
A display controlling device for displaying, on a display mounted inside a vehicle on a vehicle body, an image of outside of the vehicle so as to appear as if looking through the vehicle body of the vehicle, comprising: a position detecting unit configured to detect a position of the head of the driver and a position of an eye of the driver; a region adjusting unit configured to adjust a position of a region, of the image of the outside of the vehicle, displayed on the display, depending on a detection result by the position detecting unit; and a display controlling unit configured to display, on the display, an image corresponding to the region at the position adjusted by the region adjusting unit, characterized in that the region adjusting unit is further configured to prevent adjustment of the position of the region to a position corresponding to a change of the position of the eye in a vertical direction and to adjust the position of the region to a position corresponding to a change of the position of the eye in the crosswise direction, when the position of the head has changed so as to move in both the vertical direction and the crosswise direction of the vehicle. a position detecting unit configured to detect a position of the head of the driver and a position of an eye of the driver; a region adjusting unit configured to adjust a position of a region, of the image of the outside of the vehicle, displayed on the display, depending on a detection result by the position detecting unit; and a display controlling unit configured to display, on the display, an image corresponding to the region at the position adjusted by the region adjusting unit, characterized in that the region adjusting unit is further configured to prevent adjustment of the position of the region to a position corresponding to a change of the position of the eye in a vertical direction and to adjust the position of the region to a position corresponding to a change of the position of the eye in the crosswise direction, when the position of the head has changed so as to move in both the vertical direction and the crosswise direction of the vehicle.