mhurhangee/ep-ind-claims huggingface dataset:
A laundry treating apparatus, comprising: a cabinet; a tub disposed within the cabinet; a rotary tub provided within the tub in a rotatable manner; a washing agent supply unit to supply a liquid washing agent including liquid detergent or liquid softener into the tub, the washing agent supply unit provided with a storage container storing the liquid washing agent therein and drawn out of the cabinet, a washing agent supply passage formed between the storage container and the tub, and a pump provided in the washing agent supply passage; a residual quantity detecting unit to detect a residual quantity of the liquid washing agent; and a laundry quantity detecting unit to detect a quantity of the laundry within the rotary tub; characterized in that: the residual quantity detecting unit is provided in the washing agent supply passage, and in that the laundry treating apparatus further comprises a controller to control the washing agent supply unit to supply the liquid washing agent by adding a quantity of the liquid washing agent corresponding to a volume of the washing agent supply passage with a quantity of the liquid washing agent corresponding to the quantity of the laundry detected by the laundry quantity detecting unit, when the liquid washing agent is initially supplied into the tub after detecting a residual quantity shortage of the liquid washing agent through the residual quantity detecting unit. a cabinet; a tub disposed within the cabinet; a rotary tub provided within the tub in a rotatable manner; a washing agent supply unit to supply a liquid washing agent including liquid detergent or liquid softener into the tub, the washing agent supply unit provided with a storage container storing the liquid washing agent therein and drawn out of the cabinet, a washing agent supply passage formed between the storage container and the tub, and a pump provided in the washing agent supply passage; a residual quantity detecting unit to detect a residual quantity of the liquid washing agent; and a laundry quantity detecting unit to detect a quantity of the laundry within the rotary tub; the residual quantity detecting unit is provided in the washing agent supply passage, and in that the laundry treating apparatus further comprises a controller to control the washing agent supply unit to supply the liquid washing agent by adding a quantity of the liquid washing agent corresponding to a volume of the washing agent supply passage with a quantity of the liquid washing agent corresponding to the quantity of the laundry detected by the laundry quantity detecting unit, when the liquid washing agent is initially supplied into the tub after detecting a residual quantity shortage of the liquid washing agent through the residual quantity detecting unit.
A urinary drainage catheter comprising: an elongated flexible catheter body shaped and configured to allow advancement into a patient's bladder through the patient's urethra; the catheter body having a distal end and proximal end and a drainage lumen extending from the distal to the proximal end of the catheter body providing a urine drainage path when the distal end of the catheter is positioned in the patient's bladder; at least one deployable anchor positioned near the distal end of the catheter body, the anchor configured to hold the catheter in place when the anchor is deployed in the bladder; and at least one nerve stimulation electrode positioned near the distal end of the catheter body, the nerve stimulation electrode configured and positioned on the catheter body to deliver a high frequency current to the patient's pudendal nerve to relax the patient's urinary sphincter as the distal end of the catheter body approaches the urinary sphincter so that the catheter body may be advanced through the urinary sphincter and into the bladder with reduced resistance force. an elongated flexible catheter body shaped and configured to allow advancement into a patient's bladder through the patient's urethra; the catheter body having a distal end and proximal end and a drainage lumen extending from the distal to the proximal end of the catheter body providing a urine drainage path when the distal end of the catheter is positioned in the patient's bladder; at least one deployable anchor positioned near the distal end of the catheter body, the anchor configured to hold the catheter in place when the anchor is deployed in the bladder; and at least one nerve stimulation electrode positioned near the distal end of the catheter body, the nerve stimulation electrode configured and positioned on the catheter body to deliver a high frequency current to the patient's pudendal nerve to relax the patient's urinary sphincter as the distal end of the catheter body approaches the urinary sphincter so that the catheter body may be advanced through the urinary sphincter and into the bladder with reduced resistance force.
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a powdered build material which can be consolidated by means of a first energy beam, the apparatus comprising: - an irradiation device configured to generate at least the first energy beam along a first optical path and a second energy beam along a second optical path, wherein the second energy beam follows the path of the first energy beam with a defined local and/or time offset; wherein the irradiation device comprises a first beam guidance unit configured to guide the first energy beam along the first optical path, the first optical path comprising a path extending from a first beam generation unit to a first beam deflection unit; and a second beam guidance unit configured to guide the second energy beam along the second optical path, the second optical path comprising a path extending from a second beam generation unit to a second beam deflection unit; - a detection device assigned to the second beam guidance unit and configured to detect radiation emitted from a portion of a layer of powdered build material which was selectively irradiated by the first energy beam; - an evaluation device configured to evaluate detected radiation emitted from a portion of a layer of powdered build material which was selectively irradiated by the first energy beam with regard to the cooling behavior of the portion of the layer of powdered build material which was selectively irradiated by the first energy beam. - an irradiation device configured to generate at least the first energy beam along a first optical path and a second energy beam along a second optical path, wherein the second energy beam follows the path of the first energy beam with a defined local and/or time offset; wherein the irradiation device comprises a first beam guidance unit configured to guide the first energy beam along the first optical path, the first optical path comprising a path extending from a first beam generation unit to a first beam deflection unit; and a second beam guidance unit configured to guide the second energy beam along the second optical path, the second optical path comprising a path extending from a second beam generation unit to a second beam deflection unit; - a detection device assigned to the second beam guidance unit and configured to detect radiation emitted from a portion of a layer of powdered build material which was selectively irradiated by the first energy beam; - an evaluation device configured to evaluate detected radiation emitted from a portion of a layer of powdered build material which was selectively irradiated by the first energy beam with regard to the cooling behavior of the portion of the layer of powdered build material which was selectively irradiated by the first energy beam.
Actuating means arrangement with an actuating means for actuating a closing mechanism of a component, wherein the actuating means comprises: - an acceleration sensor for measurement of an acceleration, which acts on the actuating means and for output of first measurement values; - a rotation rate sensor for measurement of an angular velocity about a rotation axis and for output of second measurement values, and the actuating means arrangement further comprises: - a determination unit, which is configured - for determination of a state of the closing mechanism by means of determination of the spatial position of the actuating means based on the first measurement values of the acceleration sensor, and - for determination of an opening angle of the component based on the second measurement values of the rotation rate sensor. - an acceleration sensor for measurement of an acceleration, which acts on the actuating means and for output of first measurement values; - a rotation rate sensor for measurement of an angular velocity about a rotation axis and for output of second measurement values, and - a determination unit, which is configured - for determination of a state of the closing mechanism by means of determination of the spatial position of the actuating means based on the first measurement values of the acceleration sensor, and - for determination of an opening angle of the component based on the second measurement values of the rotation rate sensor. - for determination of a state of the closing mechanism by means of determination of the spatial position of the actuating means based on the first measurement values of the acceleration sensor, and - for determination of an opening angle of the component based on the second measurement values of the rotation rate sensor.
Electric machine, in particular alternator, having a rotor, which has a rotation axis direction and is embodied as a claw-pole rotor, wherein the rotor has, inter alia, two claw-pole boards (22, 23), on the outer circumference of which claw-pole fingers (24, 25) are arranged, wherein a coil former is arranged between the two claw-pole boards (22, 23), said coil former forming an excitation winding, wherein the excitation winding has two connection conductors, which are each electrically conductively connected to a power supply element that is attached to the rotor, wherein the coil former has a wall from which a fixing section extends, wherein one of the connection conductors is looped around the fixing section and the fixing section has, on the end that faces away from the wall, undercuts that face away from one another, wherein the fixing section has a cross-sectional area that is oriented around the fixing section perpendicularly to a winding direction of the connection conductor, wherein the winding direction is oriented in the rotation axis direction of the rotor, characterized in that a portion of the fixing section is arranged between the excitation winding and one of the claw-pole boards (22, 23).
A computer-implemented method for responding to a request received from a sending device, the request containing a target address and a unique identifier for a receiving device that is not the sending device, comprising the step of: receiving at an application server the request containing the target address and the unique identifier from the sending device; the method being characterised in that it also comprises the steps of: creating a message to be sent to the receiving device, the message including a code for causing the receiving device to send a response to the message; sending the message from the application server to the receiving device using the unique identifier via a communication network; receiving the response to the message from the receiving device at the application server; and transferring a set of location identifiers to the receiving device upon receipt of the response, wherein the set of location identifiers corresponds to the target address and directions to the target address. receiving at an application server the request containing the target address and the unique identifier from the sending device; the method being characterised in that it also comprises the steps of: creating a message to be sent to the receiving device, the message including a code for causing the receiving device to send a response to the message; sending the message from the application server to the receiving device using the unique identifier via a communication network; receiving the response to the message from the receiving device at the application server; and transferring a set of location identifiers to the receiving device upon receipt of the response, wherein the set of location identifiers corresponds to the target address and directions to the target address.
An overhead wire wear measurement method for finding a remaining diameter of an overhead wire by capturing an image of a lower surface of the overhead wire, which comes into contact with a pantograph, with a wear measurement camera disposed on a roof of a train and by performing image processing on the captured image of the lower surface of the overhead wire, characterized in that a remaining diameter of a horizontally worn overhead wire having only a horizontally worn part is calculated as a remaining-diameter-equivalent value for an unevenly worn overhead wire having a horizontally worn part and an obliquely worn part, the horizontally worn overhead wire having the same cross-sectional area as the unevenly worn overhead wire.
Method for validating access to a product, by a security module associated with a user unit unidirectionally connected to an access control system transmitting management messages addressed to said security module, said messages being generated by the access control system further to the receipt of a request for an access right to a product consisting in broadcasted digital data, said method comprising the following steps: - purchasing a product proposed by the user unit and verification by the security module that a value amount associated with the product is covered by a remaining credit, - registering a temporary right (D1t) in the security module when the remaining credit is equal or higher than the value amount associated with said product, - determining a code representing the purchased product, - forming a request comprising at least said code and an identifier (ID SM) of the security module, - transmitting the request to the managing center associated with the access control system via a channel independent from the user unit, - verifying by the access control system the validity of the code and the identifier of the security module (ID SM), generating and transmitting a right confirmation message (CEMM) comprising a product code (CP1') addressed to the user unit associated with said security module only if the verification of the validity of the code and the identifier of the security module (ID SM) is successful, the method is characterized in that said temporary right (D1t) is replaced by a definitive right when the right confirmation message (CEMM) transmitted by the access control system is received by the user unit and when the product code (CP1') corresponds to the purchased product, said definitive right authorizing access to the purchased product by debiting the amount associated with said product. - purchasing a product proposed by the user unit and verification by the security module that a value amount associated with the product is covered by a remaining credit, - registering a temporary right (D1t) in the security module when the remaining credit is equal or higher than the value amount associated with said product, - determining a code representing the purchased product, - forming a request comprising at least said code and an identifier (ID SM) of the security module, - transmitting the request to the managing center associated with the access control system via a channel independent from the user unit, - verifying by the access control system the validity of the code and the identifier of the security module (ID SM), generating and transmitting a right confirmation message (CEMM) comprising a product code (CP1') addressed to the user unit associated with said security module only if the verification of the validity of the code and the identifier of the security module (ID SM) is successful,
Aircraft tyre comprising: - a working reinforcement radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the working reinforcement comprising at least one working layer made up of a circumferential zigzag winding of a strip on a cylindrical surface having as its axis of revolution the axis of rotation of the tyre, with a periodic curve, the peak-to-peak amplitude of which defines the axial width L of the working layer between a first and a second axial end (I, I'), - the working layer being made up, in any meridian plane containing the axis of rotation of the tyre, of an arrangement of portions of strip extending axially from the first axial end to the second axial end (I') of the working layer, - the strip of width W being made up of textile reinforcers coated in an elastomeric compound, characterized in that, in any meridian plane containing the axis of rotation of the tyre, the arrangement of portions of strip extending axially from the first axial end to the second axial end (I') of the working layer is such that two consecutive portions of strip overlap, at least in part, over a width of overlap e, and in that the width of overlap e between two consecutive portions of strip is constant over the entire axial width L of the working layer. - a working reinforcement radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the working reinforcement comprising at least one working layer made up of a circumferential zigzag winding of a strip on a cylindrical surface having as its axis of revolution the axis of rotation of the tyre, with a periodic curve, the peak-to-peak amplitude of which defines the axial width L of the working layer between a first and a second axial end (I, I'), - the working layer being made up, in any meridian plane containing the axis of rotation of the tyre, of an arrangement of portions of strip extending axially from the first axial end to the second axial end (I') of the working layer, - the strip of width W being made up of textile reinforcers coated in an elastomeric compound,
A method of configuring time sensitive communications, TSC, comprising: monitoring, by a user plane function, UPF, a source and destination of packets in a first protocol data unit, PDU, session of a first user equipment, UE, wherein the packets are communicated through a time sensitive network, TSN; monitoring, by the UPF, a source and destination of packets in a second PDU session of a second UE, wherein the packets are communicated through the time sensitive network, TSN; pairing a first device side TSN translator, DS-TT, port of the first UE with a second DS-TT port of the second UE when the first PDU session and the second PDU session are served by the same UPF, wherein the pairing is based on the monitoring of the first and second PDU sessions; assigning (602, 802), by the UPF, port numbers to all DS-TTs served by the UPF, wherein the UPF maintains a database of the port numbers; sharing (603, 803), by the UPF, the database of the port numbers with a session management function, SMF, wherein the second UE includes a flag in a request for the second PDU session, wherein the flag indicates to the SMF that the second UE seeks a port pair to transfer data via UE-UE communication, and wherein the SMF pairs the first DS-TT port and the second DS-TT port; and when the first DS-TT and second DS-TT ports are paired, communicating the packets between the first UE and the second UE in a UE-UE communication without traversing the TSN. monitoring, by a user plane function, UPF, a source and destination of packets in a first protocol data unit, PDU, session of a first user equipment, UE, wherein the packets are communicated through a time sensitive network, TSN; monitoring, by the UPF, a source and destination of packets in a second PDU session of a second UE, wherein the packets are communicated through the time sensitive network, TSN; pairing a first device side TSN translator, DS-TT, port of the first UE with a second DS-TT port of the second UE when the first PDU session and the second PDU session are served by the same UPF, wherein the pairing is based on the monitoring of the first and second PDU sessions; assigning (602, 802), by the UPF, port numbers to all DS-TTs served by the UPF, wherein the UPF maintains a database of the port numbers; sharing (603, 803), by the UPF, the database of the port numbers with a session management function, SMF, wherein the second UE includes a flag in a request for the second PDU session, wherein the flag indicates to the SMF that the second UE seeks a port pair to transfer data via UE-UE communication, and wherein the SMF pairs the first DS-TT port and the second DS-TT port; and wherein the second UE includes a flag in a request for the second PDU session, wherein the flag indicates to the SMF that the second UE seeks a port pair to transfer data via UE-UE communication, and wherein the SMF pairs the first DS-TT port and the second DS-TT port; when the first DS-TT and second DS-TT ports are paired, communicating the packets between the first UE and the second UE in a UE-UE communication without traversing the TSN.
A pressure indicator (40, 80) comprising a first reservoir which defines a first enclosed volume having a first inlet pipe for communication between the first enclosed volume and a first source of pressurised fluid, a pressure transducer (62, 82) in communication with the first enclosed volume, and a passage which provides a fixed geometry flow path for the pressurised fluid that does not adjust or vary during operation of the pressure indicator and where further the passage is in direct communication with the first enclosed volume, the pressure indicator being characterised in that the passage is in communication with a second source of pressurised fluid (60,84) in addition to the first source of pressurised fluid.
A system comprising: an aircraft fuel tank and an aircraft fuel tank inerting system, characterized in that the aircraft fuel tank inerting system comprises: a paramagnetic pump directly or indirectly in fluid communication with the ullage of the aircraft fuel tank, the paramagnetic pump being arranged, in use, to apply a magnetic field to gas from the ullage so as to provide a motive force for drawing oxygen from said gas. an aircraft fuel tank and an aircraft fuel tank inerting system, characterized in that the aircraft fuel tank inerting system comprises: a paramagnetic pump directly or indirectly in fluid communication with the ullage of the aircraft fuel tank, the paramagnetic pump being arranged, in use, to apply a magnetic field to gas from the ullage so as to provide a motive force for drawing oxygen from said gas. a paramagnetic pump directly or indirectly in fluid communication with the ullage of the aircraft fuel tank, the paramagnetic pump being arranged, in use, to apply a magnetic field to gas from the ullage so as to provide a motive force for drawing oxygen from said gas.