mhurhangee/patent-ind-claim-en huggingface dataset:
A home appliance device, in particular a home chiller appliance device, comprising: a storage space and an insert which is insertable into the storage space , the insert comprising a lighting unit and a base element , wherein the insert further comprises a receptacle fixable to the base element and a fixing unit for fixing the receptacle to the base element , the fixing unit is at least partly implemented integrally with the receptacle , wherein the lighting unit is at least partly accommodated inside the receptacle and wherein the base element comprises an accommodating recess and wherein in an installed state the receptacle is accommodated at least partly inside the accommodating recess , characterized in that the fixing unit has at least one first fixing element and at least one second fixing element which are arranged offset in a vertical direction and in a horizontal direction with respect to each other and which together at least partly encompass the base element in a mounted state of the receptacle . a storage space and an insert which is insertable into the storage space , the insert comprising a lighting unit and a base element , wherein the insert further comprises a receptacle fixable to the base element and a fixing unit for fixing the receptacle to the base element , the fixing unit is at least partly implemented integrally with the receptacle , wherein the lighting unit is at least partly accommodated inside the receptacle and wherein the base element comprises an accommodating recess and wherein in an installed state the receptacle is accommodated at least partly inside the accommodating recess , characterized in that the fixing unit has at least one first fixing element and at least one second fixing element which are arranged offset in a vertical direction and in a horizontal direction with respect to each other and which together at least partly encompass the base element in a mounted state of the receptacle .
Method for controlling a circulation pump with variable speed in a hydraulic system, in particular in a heating system, having the method steps: - adjusting the pump speed as a function of a control curve, - establishing a new expected minimum system characteristic during regular pump operation and - adapting the control curve as a function of the new expected minimum system characteristic, characterized in that the initial control curve is determined as a function of an initial minimum system characteristic, and in that the new expected minimum system characteristic is established by the following steps: - identifying a steady-state operating point with a substantially constant delivery rate, - in the case of an identified steady-state operating point, continuously lowering the pump speed while the delivery rate of the pump is simultaneously monitored and, - as soon as a decline in the delivery rate is identified, recording the time profile of the delivery rate and the delivery head over a specific period and/or until the delivery rate is below a defined limit value, and calculating the expected minimum system characteristic from the recorded course of the delivery rate and the delivery head of the circulation pump. - adjusting the pump speed as a function of a control curve, - establishing a new expected minimum system characteristic during regular pump operation and - adapting the control curve as a function of the new expected minimum system characteristic, - identifying a steady-state operating point with a substantially constant delivery rate, - in the case of an identified steady-state operating point, continuously lowering the pump speed while the delivery rate of the pump is simultaneously monitored and, - as soon as a decline in the delivery rate is identified, recording the time profile of the delivery rate and the delivery head over a specific period and/or until the delivery rate is below a defined limit value, and calculating the expected minimum system characteristic from the recorded course of the delivery rate and the delivery head of the circulation pump.
Method for mapping qubits of a quantum computer , which has a plurality of qubits , for simulating a system consisting of a conventionally describable bath and a cluster to be described quantum-mechanically, the system elements of which can each assume two states, characterized in that the qubits of the quantum computer are evaluated with regard to their system properties and categorized into high-performance qubits and low-performance qubits , operations being carried out and measured on individual and connected qubits of the quantum computer in order to evaluate the quality and excellence of the qubits of the quantum computer , wherein the quality of the qubits is determined by measuring their decoherence time (T2) and the excellence of the qubits is determined by measuring the fidelity of the 1-qubit and 2-qubit operations, and wherein the high-performance qubits of the quantum computer are assigned to the simulation of the cluster and the low-performance qubits are assigned to the simulation of the bath , and wherein the system is simulated on the quantum computer using the assignment.
A power network device physically disposable on a current carrying conductor , the power network device comprising: - a sensor module configured to measure one or more parameters associated with the current carrying conductor ; - a processor configured to detect a condition in the power network based on the one or more parameters; and - a power harvesting module configured to harvest an induced voltage (V ind ) proportional to the line current (I L ), for powering one or more modules of the power network device , wherein the power harvesting module comprises: o an impedance regulation module ; o a dynamic burden impedance configured as a variable load; and o a voltage limiting module characterized in that the impedance regulation module comprises: a power detection module configured to detect a power harvested by the power harvesting module ; a switching module configured to switch the impedance regulation module in a first state, if the power detected by the power detection module is below a predefined threshold (P T ), or in a second state, if the power detected by the power detection module is equal to or exceeds the threshold (P T ) ; and a compensation impedance (Z C ), wherein in the first state the compensation impedance (Z C ) is connected in series with the power harvesting module , and wherein in the second state the compensation impedance (Z C ) is bypassed. - a sensor module configured to measure one or more parameters associated with the current carrying conductor ; - a processor configured to detect a condition in the power network based on the one or more parameters; and - a power harvesting module configured to harvest an induced voltage (V ind ) proportional to the line current (I L ), for powering one or more modules of the power network device , wherein the power harvesting module comprises: o an impedance regulation module ; o a dynamic burden impedance configured as a variable load; and o a voltage limiting module o an impedance regulation module ; o a dynamic burden impedance configured as a variable load; and o a voltage limiting module a power detection module configured to detect a power harvested by the power harvesting module ; a switching module configured to switch the impedance regulation module in a first state, if the power detected by the power detection module is below a predefined threshold (P T ), or in a second state, if the power detected by the power detection module is equal to or exceeds the threshold (P T ) ; and a compensation impedance (Z C ), wherein in the first state the compensation impedance (Z C ) is connected in series with the power harvesting module , and wherein in the second state the compensation impedance (Z C ) is bypassed.
A magnetic domain wall based memory device comprising: a spin orbit torque, SOT, track comprising a first strip of a patterned SOT generating layer, wherein the first strip extends into a first direction and is configured to pass a first current along the first direction; a first magnetic domain wall track comprising a second strip of the patterned SOT generating layer and a first magnetic strip of a patterned magnetic free layer, wherein the second strip extends along a second direction and intersects with the first strip in a first crossing region , and the first magnetic strip is provided on the second strip including the first crossing region and is configured to pass a second current (I2) along the second direction; a first and a second magnetic tunnel junction, MTJ, structure provided on the first magnetic strip and separated in the second direction, wherein the first MTJ structure is provided above the first crossing region and is provided with a first voltage gate . a spin orbit torque, SOT, track comprising a first strip of a patterned SOT generating layer, wherein the first strip extends into a first direction and is configured to pass a first current along the first direction; a first magnetic domain wall track comprising a second strip of the patterned SOT generating layer and a first magnetic strip of a patterned magnetic free layer, wherein the second strip extends along a second direction and intersects with the first strip in a first crossing region , and the first magnetic strip is provided on the second strip including the first crossing region and is configured to pass a second current (I2) along the second direction; a first and a second magnetic tunnel junction, MTJ, structure provided on the first magnetic strip and separated in the second direction, wherein the first MTJ structure is provided above the first crossing region and is provided with a first voltage gate .
Carrying item provided with a first shoulder strap and a second shoulder strap that are fixed to a back panel and one or more pockets, front or back, the carrying item comprising a system for adjusting the separation between the front part of the first shoulder strap and the front part of the second shoulder strap , the adjustment system comprising: - a top link delimited by a first end and a second end , - a bottom link delimited by a first end and a second end , - a first attachment element intended to be fixed onto a shoulder strap , the first attachment element being secured to the top link at its first end, - a second attachment element intended to be fixed onto a shoulder strap , the second attachment element being secured to the bottom link at its second end, - a third attachment element intended to be fixed onto the first shoulder strap , the third attachment element being secured to the top link, close to its second end, the third attachment element being secured to the bottom link, close to its first end, the third attachment element comprising a first adjustment device making it possible to adjust the relative position of the link between the top link and the third attachment element, a second adjustment device making it possible to adjust the relative position of the link between the bottom link and the third attachment element, each front part of a shoulder strap bearing fixing elements and the first and/or the second attachment element being mounted removably on one of the fixing elements so as to allow the adjustment of the vertical position of the first attachment element and/or the second attachment element . - a top link delimited by a first end and a second end , - a bottom link delimited by a first end and a second end , - a first attachment element intended to be fixed onto a shoulder strap , the first attachment element being secured to the top link at its first end, - a second attachment element intended to be fixed onto a shoulder strap , the second attachment element being secured to the bottom link at its second end, - a third attachment element intended to be fixed onto the first shoulder strap , the third attachment element being secured to the top link, close to its second end, the third attachment element being secured to the bottom link, close to its first end, the third attachment element comprising
A toroidal continuously variable transmission comprising: input and output discs arranged so as to be opposed to each other; a power roller sandwiched between the input disc and the output disc so as to be tiltable, the power roller being configured to transmit rotational driving force of the input disc to the output disc at a transmission ratio corresponding to a tilting angle of the power roller ; a trunnion supporting the power roller and configured to be tiltable about a tilt axis of the power roller and reciprocatable in a direction along the tilt axis (A3), the trunnion including a main body portion and a shaft portion , the main body portion supporting the power roller , the shaft portion extending in the direction along the tilt axis (A3); a piston attached to the shaft portion so as to be externally fitted to the shaft portion ; and a cylinder forming a pressure chamber which makes the piston reciprocate in the direction along the tilt axis (A3), characterized in that an inside gap (G3, G4) is formed entirely between an outer peripheral surface of the shaft portion of the trunnion and an inner peripheral surface of the piston in the direction along the tilt axis (A3) such that the piston is movable relative to the trunnion in a radial direction. input and output discs arranged so as to be opposed to each other; a power roller sandwiched between the input disc and the output disc so as to be tiltable, the power roller being configured to transmit rotational driving force of the input disc to the output disc at a transmission ratio corresponding to a tilting angle of the power roller ; a trunnion supporting the power roller and configured to be tiltable about a tilt axis of the power roller and reciprocatable in a direction along the tilt axis (A3), the trunnion including a main body portion and a shaft portion , the main body portion supporting the power roller , the shaft portion extending in the direction along the tilt axis (A3); a piston attached to the shaft portion so as to be externally fitted to the shaft portion ; and a cylinder forming a pressure chamber which makes the piston reciprocate in the direction along the tilt axis (A3), characterized in that an inside gap (G3, G4) is formed entirely between an outer peripheral surface of the shaft portion of the trunnion and an inner peripheral surface of the piston in the direction along the tilt axis (A3) such that the piston is movable relative to the trunnion in a radial direction.
A vein harvesting device , comprising: a handle assembly ; at least one elongated portion extending distally from the handle assembly; a first end effector disposed adjacent a distal portion of the at least one elongated portion, the first end effector including a first jaw member and a second jaw member , at least one jaw member movable toward the other jaw member; a second end effector disposed adjacent a distal portion of the at least one elongated portion, the second end effector including a first jaw member and a second jaw member , at least one jaw member movable toward the other jaw member; and a tip disposed in mechanical cooperation with the elongated portion, the tip being configured to bluntly dissect tissue and a distal end of the tip extending distally beyond a distal-most end of the first end effector, wherein the first end effector is movable independently of the tip, and wherein the second end effector is movable independently of the tip, wherein the tip defines a hollow cavity, and wherein each of the first end effector and the second end effector is housed at least partially within the hollow cavity, characterised by a band disposed in mechanical cooperation with the first end effector and the second end effector, the band configured to extend between the first end effector and the second end effector and to contact a portion of a vein between the first end effector and the second end effector. a handle assembly ; at least one elongated portion extending distally from the handle assembly; a first end effector disposed adjacent a distal portion of the at least one elongated portion, the first end effector including a first jaw member and a second jaw member , at least one jaw member movable toward the other jaw member; a second end effector disposed adjacent a distal portion of the at least one elongated portion, the second end effector including a first jaw member and a second jaw member , at least one jaw member movable toward the other jaw member; and a tip disposed in mechanical cooperation with the elongated portion, the tip being configured to bluntly dissect tissue and a distal end of the tip extending distally beyond a distal-most end of the first end effector, wherein the first end effector is movable independently of the tip, and wherein the second end effector is movable independently of the tip, wherein the tip defines a hollow cavity, and wherein each of the first end effector and the second end effector is housed at least partially within the hollow cavity, characterised by a band disposed in mechanical cooperation with the first end effector and the second end effector, the band configured to extend between the first end effector and the second end effector and to contact a portion of a vein between the first end effector and the second end effector.
Rail wheel for a rail vehicle comprising a brake disc , wherein the brake disc comprises at least one friction ring with a friction surface , wherein the at least one friction ring comprises at least two ring segments , wherein each ring segment comprises a first end face and a second end face , wherein at least one guiding means is arranged on the first end face of each ring segment and wherein at least one guiding means receptacle is arranged in the second end face of each ring segment , wherein each ring segment is arranged with the first end face on the second end face of an adjacent ring segment in such a way that the at least one guiding means of each ring segment is arranged in the at least one guiding means receptacle of the adjacent ring segment , characterised in that the at least one guiding means of each ring segment is fixedly arranged on the first end face , and in that the at least one guiding means of each ring segment is arranged with clearance in the at least one guiding means receptacle of the second end face of the adjacent ring segment .
Method for detecting inadmissible operating states of a work hydraulics of an agricultural tractor in which the work hydraulics comprise at least one electrically actuatable control valve having a hydraulic coupling for connecting a hydraulic consumer , a branch that is allocated to the at least one control valve so as to supply a hydraulic lifting device of a front linkage with hydraulic fluid and an operating unit that is provided for the manual actuation of the work hydraulics of the front linkage , characterized in that a state variable that indicates a connection state of the hydraulic coupling is ascertained by means of a sensor unit and supplied to a control unit , wherein the operating unit is deactivated if the control unit identifies by way of the evaluation of the state variable that a hydraulic consumer is connected to the hydraulic coupling .
Submersible vacuum robot for cleaning artificial basins, including: a main body comprising a debris tray ; a filter; a volute with two discharge outlets ; a suction and propulsion system producing a circulation of water in the volute and a propulsive water jet; and electric power supply means, the volute being fixed and including a valve at each of said outlets having an open position and a closed position, characterized in that the positions of said valves automatically alternate according to the direction of the circulation of water in the volute so as to reverse the direction of the propulsive water jet.
A blade positioning and support system for a gas turbine engine having a central longitudinal axis and comprising: a blade having a root and a tip , with the root having a surface oriented away from the tip , the surface having a forward end and an aft end , the forward end projecting farther away from the tip than the aft end ; and a blade receiver having a face and a facet , the face being oriented away from the facet , the face having a forward end and an aft end , the aft end projecting farther away from the facet than the forward end when the blade receiver is positioned with the facet turned towards the central axis , creating multiple face radii from the central axis, the forward end of the blade receiver face being connected to the aft end of the blade receiver face by an angled ramp; the forward end of the blade root surface is spaced from the tip further than the aft end of the blade root surface by an angled ramp; and the forward end of the blade root surface is received on the forward end of the blade receiver face and the aft end of the blade root surface is received on the aft end of the blade receiver face when the blade is installed in the blade receiver ; and the root surface of the blade and the face of the blade receiver extend parallel to each other except for the angled ramps. a blade receiver having a face and a facet , the face being oriented away from the facet , the face having a forward end and an aft end , the aft end projecting farther away from the facet than the forward end when the blade receiver is positioned with the facet turned towards the central axis , creating multiple face radii from the central axis, the forward end of the blade receiver face being connected to the aft end of the blade receiver face by an angled ramp; the forward end of the blade root surface is spaced from the tip further than the aft end of the blade root surface by an angled ramp; and the forward end of the blade root surface is received on the forward end of the blade receiver face and the aft end of the blade root surface is received on the aft end of the blade receiver face when the blade is installed in the blade receiver ; and the root surface of the blade and the face of the blade receiver extend parallel to each other except for the angled ramps.