mhurhangee/patent-ind-claim-en huggingface dataset:
A system (1;1') for wireless power transfer in a high voltage environment comprising a power transfer device (2; 2';2";2''') including a capacitor unit (6;6a) and an inductor unit connected in series to form an LC resonant circuit, wherein the inductor unit is designed to form an envelope (5; 5';5";5''') with a toroidal shape, the envelope (5; 5';5";5''') has an insulation gap (8;8a-b) extending radially from an inner periphery to an outer periphery of the envelope so that an inductor coil with at least one turn (L; L1, L2, L3, L4)extending from one side of the insolation gap to the other side of the insulation gap is formed and the ends of each turn are electrically insulated from each other by means of the insulation gap, characterized in that the capacitor unit (6;6a) is disposed inside said envelope such that the envelope wraps the capacitor unit and wires between the capacitor unit and the inductor unit.
Removable device to insert an endless ribbon within a conveyor system of a thermal transfer printing apparatus comprising: • a frame ; • at least two support elements to support an endless ribbon and each support element being movable in rotation around a rotation axis (A-A); characterized by each support element comprising - a convex portion to support a portion of the endless ribbon ; and - an arm having a distal end mechanically connected to the convex portion and a proximal end mechanically connected to the frame by a pivot connection allowing the rotation of the support element around the rotation axis (A-A). • a frame ; • at least two support elements to support an endless ribbon and each support element being movable in rotation around a rotation axis (A-A); characterized by each support element comprising - a convex portion to support a portion of the endless ribbon ; and - an arm having a distal end mechanically connected to the convex portion and a proximal end mechanically connected to the frame by a pivot connection allowing the rotation of the support element around the rotation axis (A-A). - a convex portion to support a portion of the endless ribbon ; and - an arm having a distal end mechanically connected to the convex portion and a proximal end mechanically connected to the frame by a pivot connection allowing the rotation of the support element around the rotation axis (A-A).
A passive safety system for removing heat from a nuclear power system, comprising: a shroud structure including a body portion and an upper portion , the upper portion including an outlet opening; a steam generator within the body portion of the shroud structure , an inner surface of the body portion of the shroud structure and an outer surface of the steam generator defining a coolant passage therebetween, the coolant passage being in fluidic communication with the outlet opening; a thermoelectric device disposed in the coolant passage and in thermal contact with the steam generator , the thermoelectric device configured to generate a voltage based on a temperature difference between opposite parts of the thermoelectric device, the thermoelectric device being a sheet-like article having a heat absorption side and an opposing heat rejection side, the heat absorption side facing the outer surface of the steam generator, the heat rejection side facing the inner surface of the body portion of the shroud structure; and a fan arrangement disposed above the steam generator and in electrical connection with the thermoelectric device , the fan arrangement configured to increase a coolant flow through the coolant passage to the outlet opening based on the voltage from the thermoelectric device. a shroud structure including a body portion and an upper portion , the upper portion including an outlet opening; a steam generator within the body portion of the shroud structure , an inner surface of the body portion of the shroud structure and an outer surface of the steam generator defining a coolant passage therebetween, the coolant passage being in fluidic communication with the outlet opening; a thermoelectric device disposed in the coolant passage and in thermal contact with the steam generator , the thermoelectric device configured to generate a voltage based on a temperature difference between opposite parts of the thermoelectric device, the thermoelectric device being a sheet-like article having a heat absorption side and an opposing heat rejection side, the heat absorption side facing the outer surface of the steam generator, the heat rejection side facing the inner surface of the body portion of the shroud structure; and a fan arrangement disposed above the steam generator and in electrical connection with the thermoelectric device , the fan arrangement configured to increase a coolant flow through the coolant passage to the outlet opening based on the voltage from the thermoelectric device.
A header for attachment to a combine harvester having a frame , which extends at least substantially over the working width of the header and is composed of multiple frame parts , which parts, in each case, extend over a partial working width and are connected to one another in an articulated manner about an axle extending at least approximately in the working direction of the header , cutting elements arranged on the front side of the header and connected to the frame , conveying surfaces and conveying elements for conveying the cut crop from the cutting elements to a discharge point , from which at least individual conveying elements arranged at a distance from the conveying surface in the vertical direction are held on a shaft , which shaft extends transversely to the working direction (A) of the header over at least a partial working width of the header , and side walls to which crop dividers are assigned which delimit the working width of the header , characterized in that the side walls are designed to be movable transversely to the working direction (A) of the header and to the frame or to the respective associated frame parts .
A method for producing a passivated semiconductor support structure for a structure made from group III nitrides, wherein the method comprises a step of deposition of a crystalline passivation layer covering the entire surface of a layer made from group III nitrides of the semiconductor structure, said crystalline passivation layer being deposited from a precursor containing silicon atoms and said crystalline passivation layer being constituted of silicon atoms bound to the surface of the layer made from group III nitrides, the deposition time of said crystalline passivation layer being selected so as to obtain a crystalline layer having a triple periodicity of silicon atoms in the crystallographic direction [1-100] such that a diffraction image of said crystalline passivation layer obtained by grazing-incidence diffraction of electrons in the direction [1-100] comprises: - a central line and integer order lines (0, -1) and , - two fractional order diffraction lines (0, -1/3) and (0, -2/3) between the central line and the integer order line (0, -1), and - two fractional order diffraction lines (0, 1/3) and (0, 2/3) between the central line and the integer order line (0, -1); the method being characterized in that the luminous intensity of said fractional order intermediate lines of the diffraction image as a function of said deposition time of said crystalline passivation layer is maximal upon interruption of the deposition. - a central line and integer order lines (0, -1) and , - two fractional order diffraction lines (0, -1/3) and (0, -2/3) between the central line and the integer order line (0, -1), and - two fractional order diffraction lines (0, 1/3) and (0, 2/3) between the central line and the integer order line (0, -1);
A method of forming an interconnect for a fuel cell stack, comprising: compressing an interconnect powder to form an interconnect, the interconnect powder comprising Cr, Fe and at least one transition metal selected from Co, Cu, Mn, Ni, or V, wherein: the at least one transition metal is pre-alloyed with particles of at least one of the Cr or the Fe; or the at least one transition metal forms a shell on particles of at least one of the Cr or Fe; and sintering the interconnect. the at least one transition metal is pre-alloyed with particles of at least one of the Cr or the Fe; or the at least one transition metal forms a shell on particles of at least one of the Cr or Fe; and sintering the interconnect.
A method for use with a fabric-attached memory system including a fabric-attached memory and a plurality of requestors coupled to the fabric-attached memory through a fabric , comprising: requesting notifications from a fabric manager regarding changes in requestors authorized to access a fabric-attached memory region; and in response to a notification from the fabric manager indicating that more than one requestor is authorized to access the fabric-attached memory region, causing fences to be activated for selected memory access instructions. requesting notifications from a fabric manager regarding changes in requestors authorized to access a fabric-attached memory region; and in response to a notification from the fabric manager indicating that more than one requestor is authorized to access the fabric-attached memory region, causing fences to be activated for selected memory access instructions.
Apparatus designed to determine and/or monitor at least a first process variable of a medium , at least with an electronics unit and a sensor unit , wherein the electronics unit is designed to supply the sensor unit with an excitation signal , said signal consisting of an excitation carrier signal with an excitation carrier frequency (f T ) and an excitation modulation signal with an excitation modulation frequency (f M ), and to receive a reception signal from the sensor unit , said signal consisting of a reception carrier signal and a reception modulation signal , wherein the procedure involves an amplitude modulation of the excitation signal , and wherein the electronics unit is designed to determine at least the first process variable from the phase shift between the excitation modulation signal and the reception modulation signal , and at least a second process variable from the reception carrier signal .
A method of forming an ad-hoc wireless network , the method comprising: receiving, at a device (200, 250; 1100), a first user input initiated by a user; determining whether a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input, the second user input initiated by the user for configuring the device (200, 250; 1100) as one of the enrollee and the registrar in the ad-hoc wireless network ; configuring the device (200, 250; 1100) as one of the enrollee and the registrar based on whether the device (200, 250; 1100) receives the second user input within the first predefined time of the first user input, wherein configuring the device (200, 250; 1100) as one of the enrollee and the registrar comprises: configuring the device (200, 250; 1100) as one of an enrollee and a registrar if a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input; and configuring the device (200, 250; 1100) as the other of the enrollee and the registrar if the second user input is not received at the device (200, 250; 1100) within the first predefined time of the first user input; and enabling communications between the device (200, 250; 1100) and a second device (200, 250; 1100) in the ad-hoc wireless network . receiving, at a device (200, 250; 1100), a first user input initiated by a user; determining whether a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input, the second user input initiated by the user for configuring the device (200, 250; 1100) as one of the enrollee and the registrar in the ad-hoc wireless network ; configuring the device (200, 250; 1100) as one of the enrollee and the registrar based on whether the device (200, 250; 1100) receives the second user input within the first predefined time of the first user input, wherein configuring the device (200, 250; 1100) as one of the enrollee and the registrar comprises: configuring the device (200, 250; 1100) as one of an enrollee and a registrar if a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input; and configuring the device (200, 250; 1100) as the other of the enrollee and the registrar if the second user input is not received at the device (200, 250; 1100) within the first predefined time of the first user input; and enabling communications between the device (200, 250; 1100) and a second device (200, 250; 1100) in the ad-hoc wireless network .
A process for the preparation of a biodegradable composite comprising a thermoplastic polymer material and a cellulosic material, and optionally one or more additives, said process comprising the following steps: i) providing a cellulosic material in the form of capsules having millimetric size, optionally pre-treated with one or more additives, and a thermoplastic polymer material, and drying them so as to remove moisture; ii) mixing said dried cellulosic material in the form of capsules having millimetric size, with dried thermoplastic polymer material, to form a dried mixture wherein said cellulosic material is at least 10% by weight with respect to the total weight of the mixture; iii) processing the mixture coming from step ii) by melt extrusion at a temperature ranging from 130 to 170°C, forming extruded strands of said biodegradable composite. i) providing a cellulosic material in the form of capsules having millimetric size, optionally pre-treated with one or more additives, and a thermoplastic polymer material, and drying them so as to remove moisture; ii) mixing said dried cellulosic material in the form of capsules having millimetric size, with dried thermoplastic polymer material, to form a dried mixture wherein said cellulosic material is at least 10% by weight with respect to the total weight of the mixture; iii) processing the mixture coming from step ii) by melt extrusion at a temperature ranging from 130 to 170°C, forming extruded strands of said biodegradable composite.
A dew formation testing device for performing dew formation testing, the device comprising: an adjustment unit capable of adjusting temperature and humidity of air to predetermined temperature and humidity; a testing tank provided with a sample base that has a mounting surface , onto which a testing sample can be placed, and that is capable to cool the mounting surface by a heating-cooling unit , wherein the adjustment unit has a casing and the testing tank has a casing , wherein the testing tank is installed separately from the adjustment unit , wherein a duct is configured to link the adjustment unit and the testing tank in order to prevent transmission of vibration of the casing of the adjustment unit to the testing tank , characterized in that the testing tank is provided with an air guide member that, when air flowing into the testing tank through the duct flows onto the sample base from a side of the sample base , guides the air in a direction tilted downward at a predetermined angle, the guidance being performed at a position right above the sample base at an end thereof which is on the upstream side of the air flow, wherein the air guide member decreases an area of an air flow passage from the upstream side of the air flow toward the downstream side of the air flow. an adjustment unit capable of adjusting temperature and humidity of air to predetermined temperature and humidity; a testing tank provided with a sample base that has a mounting surface , onto which a testing sample can be placed, and that is capable to cool the mounting surface by a heating-cooling unit , wherein the adjustment unit has a casing and the testing tank has a casing , wherein the testing tank is installed separately from the adjustment unit , wherein a duct is configured to link the adjustment unit and the testing tank in order to prevent transmission of vibration of the casing of the adjustment unit to the testing tank , characterized in that the testing tank is provided with an air guide member that, when air flowing into the testing tank through the duct flows onto the sample base from a side of the sample base , guides the air in a direction tilted downward at a predetermined angle, the guidance being performed at a position right above the sample base at an end thereof which is on the upstream side of the air flow, wherein the air guide member decreases an area of an air flow passage from the upstream side of the air flow toward the downstream side of the air flow.
Braking device for rail vehicles, having: at least one brake controller for actuating at least one brake system of the rail vehicle ; a first requesting device having at least one control element for requesting service braking of the rail vehicle ; a train brake manager that is designed to actuate the at least one brake controller in a service braking mode (Z1, Z2) upon activation of the first requesting device ; a second requesting device for actuating the at least one brake controller in an emergency braking mode (Z3); and a monitoring device for monitoring a braking effect (Aactual) of the service braking, requested by the first requesting device , in the service braking mode (Z1, Z2) of the rail vehicle , wherein the monitoring device activates the second requesting device depending on the monitored braking effect (Aactual) of the service braking in the service braking mode (Z1, Z2), characterised in that the monitoring device is designed to compare the monitored braking effect (Aactual) of the service braking in the service braking mode (Z1, Z2) with a predefined braking effect limit value (Asetpoint) and to activate the second requesting device if the monitoring braking effect (Aactual) falls below or does not exceed the braking effect limit value (Asetpoint). at least one brake controller for actuating at least one brake system of the rail vehicle ; a first requesting device having at least one control element for requesting service braking of the rail vehicle ; a train brake manager that is designed to actuate the at least one brake controller in a service braking mode (Z1, Z2) upon activation of the first requesting device ; a second requesting device for actuating the at least one brake controller in an emergency braking mode (Z3); and a monitoring device for monitoring a braking effect (Aactual) of the service braking, requested by the first requesting device , in the service braking mode (Z1, Z2) of the rail vehicle , wherein the monitoring device activates the second requesting device depending on the monitored braking effect (Aactual) of the service braking in the service braking mode (Z1, Z2), characterised in that the monitoring device is designed to compare the monitored braking effect (Aactual) of the service braking in the service braking mode (Z1, Z2) with a predefined braking effect limit value (Asetpoint) and to activate the second requesting device if the monitoring braking effect (Aactual) falls below or does not exceed the braking effect limit value (Asetpoint).
Method for detecting defects on a surface of a tyre, the method comprising: - providing the tyre having said surface which has a pattern comprising, or consisting of, a set of linear elements; - acquiring at least one digital image of a portion of the surface, said digital image comprising a structure comprising sections representative of said linear elements of the pattern in said surface portion and representative of possible elongated defects , said sections of said structure having, at least locally, a respective orientation; - providing a digital model of the pattern in said surface portion, characterized in that each pixel of said digital model is associated with a first index representative of whether the pixel belongs to a pattern section in said model and, for the pixels belonging to a pattern section in said model, a second index representative of an at least local orientation of said pattern section in said model passing through said pixel; and in that the method further comprises: - calculating, for each pixel of said structure, a third index representative of the orientation of the structure section passing through said pixel; - for each pixel of the structure having a corresponding pixel in the pattern model belonging to a pattern section, comparing said third index with said second index associated with said corresponding pixel in the pattern model, - on the basis of said comparison, establishing if said pixel of the structure belongs to a candidate elongated defect . - providing the tyre having said surface which has a pattern comprising, or consisting of, a set of linear elements; - acquiring at least one digital image of a portion of the surface, said digital image comprising a structure comprising sections representative of said linear elements of the pattern in said surface portion and representative of possible elongated defects , said sections of said structure having, at least locally, a respective orientation; - providing a digital model of the pattern in said surface portion, - calculating, for each pixel of said structure, a third index representative of the orientation of the structure section passing through said pixel; - for each pixel of the structure having a corresponding pixel in the pattern model belonging to a pattern section, comparing said third index with said second index associated with said corresponding pixel in the pattern model, - on the basis of said comparison, establishing if said pixel of the structure belongs to a candidate elongated defect .