mhurhangee/ep-ind-claims huggingface dataset:
A pulse arc welding power supply comprising: a power control circuit configured to output a welding current (Iw) for a repetition of a pulse period (Tf) including a combination of a rising period (Tu), a peak period (Tp), a falling period (Td) and a base period (Tb), the power control circuit outputting: a rising transient current increasing from a base current (Ib) to a peak current (Ip) during the rising period (Tu); the peak current (Ip) during the peak period (Tp); a falling transient current decreasing from the peak current (Ip) to the base current (Ib) during the falling period (Td); and the base current (Ib) during the base period (Tb); characterized in that it further comprises a short circuit occurrence timing detection circuit configured to detect a timing when a short circuit occurs between a welding wire and a base material for every pulse period (Tf); a total correction amount calculation circuit configured to calculate a sum of correction amounts for a correction cycle including a predetermined number of pulse periods (Tf), each correction amount being predetermined correspondingly to a short circuit occurrence timing during a pulse period (Tf); and a parameter correction circuit configured to adjust, based on the sum of correction amounts, at least one pulse parameter relating to a waveform of the welding current (Iw). a short circuit occurrence timing detection circuit configured to detect a timing when a short circuit occurs between a welding wire and a base material for every pulse period (Tf); a total correction amount calculation circuit configured to calculate a sum of correction amounts for a correction cycle including a predetermined number of pulse periods (Tf), each correction amount being predetermined correspondingly to a short circuit occurrence timing during a pulse period (Tf); and a parameter correction circuit configured to adjust, based on the sum of correction amounts, at least one pulse parameter relating to a waveform of the welding current (Iw).
A method of managing a wireless network, comprising: managing an infrastructure topology for the wireless network, wherein the wireless network comprises network nodes; managing a connection of a user equipment, UE, to the wireless network; managing a customer service provided to the UE over the connection; and managing analytics for the wireless network and the service, wherein the managing analytics comprises: scheduling quality of experience, QoE, reporting from at least one UE attached to the wireless network and the network nodes; receiving QoE performance reports from the at least one UE; generating a QoE status according to the QoE performance reports; and communicating the QoE status to a control plane. managing an infrastructure topology for the wireless network, wherein the wireless network comprises network nodes; managing a connection of a user equipment, UE, to the wireless network; managing a customer service provided to the UE over the connection; and managing analytics for the wireless network and the service, scheduling quality of experience, QoE, reporting from at least one UE attached to the wireless network and the network nodes; receiving QoE performance reports from the at least one UE; generating a QoE status according to the QoE performance reports; and communicating the QoE status to a control plane.
A medical, in particular dental, handle (1, 1', 1", 1′′′) for driving a medical instrument, comprising a housing (2, 2', 2", 2′′′) with a drive device accommodated therein and/or a supply line (4, 4') for a drive device, a first connection device (5, 5', 5", 5"') for connection of a medical, in particular dental, instrument and a second connection device (6, 6', 6", 6′′′) for connecting the handle (1, 1', 1", 1′′′) to a media source and/or a drive unit, at least one electric component (7, 7', 7", 7′′′), at least one electric contact (8, 8', 8", 8′′′; 9, 9', 9", 9′′′) and one electric connecting device (10, 10', 10", 10′′′) which electrically connects the at least one electric component (7, 7', 7", 7′′′) and the at least one electric contact (8, 8', 8", 8′′′; 9, 9', 9", 9′′′) for the transmission of data and/ or energy, wherein the electrical connection device (10, 10', 10", 10′′′) comprises a flexible printed circuit board (11, 11', 11", 11′′′) arranged inside the handle (1, 1', 1", 1′′′), which extends through the medical, in particular dental, handle (1, 1', 1", 1′′′) between the at least one electrical contact (8, 8', 8", 8′′′; 9, 9', 9", 9′′′) and the at least one electrical component (7, 7', 7", 7′′′) with a strip-shaped section and a second section arranged at an angle to the strip-shaped section, characterized in that the second section has a recess (23, 23', 23", 23′′′) through which the drive device, the supply line (4, 4') and/or at least one of the connection devices (5, 5', 5", 5′′′; 6, 6', 6", 6′′′) extend(s), wherein the second section with the recess (23, 23', 23", 23′′′) is spaced from the at least one electrical component (7, 7', 7", 7′′′) and is connected by the strip-shaped section to the at least one electrical component (7, 7', 7", 7′′′).
Heat pump, comprising: an evaporator; a liquefier having a liquefier wall; a gas region (414, 422) extending between the evaporator and the liquefier and formed to guide evaporated working fluid from the evaporator to the liquefier, so that the evaporated working fluid is liquefied in the liquefier; a compressor arranged between the evaporator and the liquefier in a vertical direction, wherein the compressor is formed to compress the evaporated working fluid and to feed compressed working fluid into a part of the gas region (414, 422) having a higher pressure than the evaporator in the operation of the heat pump; and a return channel for returning the liquefied working fluid into the evaporator, wherein the heat pump has a setup direction for the operation of the heat pump, and wherein the liquefier is arranged above the evaporator with respect to the setup direction for the operation of the heat pump, and wherein the return channel is formed so that the liquefied working fluid moves from the top down with respect to the setup direction for the operation of the heat pump, characterised in that the gas region (414, 422) is formed to surround the entire liquefier wall in contact with liquefied working fluid in an operation of the heat pump. an evaporator; a liquefier having a liquefier wall; a gas region (414, 422) extending between the evaporator and the liquefier and formed to guide evaporated working fluid from the evaporator to the liquefier, so that the evaporated working fluid is liquefied in the liquefier; a compressor arranged between the evaporator and the liquefier in a vertical direction, wherein the compressor is formed to compress the evaporated working fluid and to feed compressed working fluid into a part of the gas region (414, 422) having a higher pressure than the evaporator in the operation of the heat pump; and a return channel for returning the liquefied working fluid into the evaporator, wherein the heat pump has a setup direction for the operation of the heat pump, and wherein the liquefier is arranged above the evaporator with respect to the setup direction for the operation of the heat pump, and wherein the return channel is formed so that the liquefied working fluid moves from the top down with respect to the setup direction for the operation of the heat pump, characterised in that the gas region (414, 422) is formed to surround the entire liquefier wall in contact with liquefied working fluid in an operation of the heat pump.
Door handle mounting device for mounting a door handle to a door leaf having at least one door shield and having a bearing arrangement, wherein the bearing arrangement comprises: a bearing element for rotatably bearing the door handle around a rotation axis which is defined by a guiding element of the bearing arrangement, wherein the bearing element comprises, relative to the door shield, a mounting element for mounting the door handle at one side and a connecting element at an opposing side along the rotation axis, the connecting element being configured to be connected to an electrically controllable coupling which allows transmitting a force from the door handle to a latch of a door lock in the coupled state; an axial securing for defining an axial position of the bearing element relative to the guiding element; at least one spring element by means of which the bearing element can be rotated in a self-acting manner around the rotation axis into a neutral position relative to the guiding element; and a towing arm by means of which a restoring force of the spring element for rotating the bearing element into the neutral position can be transmitted from the spring element onto the bearing element, wherein the towing arm and the axial securing are formed integrally as securing towing arm element which is arranged, relative to the door shield, on the same side as the connecting element. a bearing element for rotatably bearing the door handle around a rotation axis which is defined by a guiding element of the bearing arrangement, wherein the bearing element comprises, relative to the door shield, a mounting element for mounting the door handle at one side and a connecting element at an opposing side along the rotation axis, the connecting element being configured to be connected to an electrically controllable coupling which allows transmitting a force from the door handle to a latch of a door lock in the coupled state; an axial securing for defining an axial position of the bearing element relative to the guiding element; at least one spring element by means of which the bearing element can be rotated in a self-acting manner around the rotation axis into a neutral position relative to the guiding element; and a towing arm by means of which a restoring force of the spring element for rotating the bearing element into the neutral position can be transmitted from the spring element onto the bearing element, wherein the towing arm and the axial securing are formed integrally as securing towing arm element which is arranged, relative to the door shield, on the same side as the connecting element.
A nutritional drink in the form of a liquid oil-in-water emulsion that comprises vegetable oil, said emulsion comprising: • 25-70 wt.% virgin olive oil; • 25-70 wt.% of water; • 1-15% by weight of water of a sweetening agent selected from saccharide sweeteners, polyol sweeteners and combinations thereof; • 0.5-8 wt.% of an emulsifying agent selected from protein emulsifiers, phospholipids and combinations thereof; and • flavouring. • 25-70 wt.% virgin olive oil; • 25-70 wt.% of water; • 1-15% by weight of water of a sweetening agent selected from saccharide sweeteners, polyol sweeteners and combinations thereof; • 0.5-8 wt.% of an emulsifying agent selected from protein emulsifiers, phospholipids and combinations thereof; and • flavouring.
A method for drying the surface of a substrate comprising the steps of contacting the substrate with a composition comprising 1-chloro-3,3,3-trifluoropropene (HFCO-1233zd) and at least one second solvent selected from alcohols of the group consisting of methanol, ethanol or isopropanol, and then removing the composition from the substrate; wherein the alcohol is present in an amount of from 1 to 50 weight percent based on the total composition and 1-chloro-3,3,3-trifluoropropene is present in the amount of at least 50 weight percent based upon the total weight of solvent present in the composition.
A method of monitoring at an access terminal (102, 108, 110, 112) a downlink control channel, comprising: adjusting a rate at which the access terminal (102, 108, 110, 112) monitors the downlink control channel in expectation of receiving a message advertising a given multicast session to a common preconfigured rate; and receiving the message advertising the given multicast session on the downlink control channel. adjusting a rate at which the access terminal (102, 108, 110, 112) monitors the downlink control channel in expectation of receiving a message advertising a given multicast session to a common preconfigured rate; and receiving the message advertising the given multicast session on the downlink control channel.
A method of controlling answering a call in a system including a service server, a plurality of mobile terminals (170_1, 170_2) including a sender terminal and a receiver terminal, and a network configured to allow a communication between the service server and the mobile terminals (170_1, 170_2), the method comprising: displaying, when receiving a call, an incoming call icon and an incoming call screen, which are set in advance at the sender terminal, on the receiver terminal by sending a call request signal including the incoming call icon from the sender terminal to the base station and from the base station to the receiver terminal; receiving, on a touch screen of the receiver terminal, upon the incoming call icon being displayed, an input of a drag operation on the incoming call screen starting from the incoming call icon; and answering the call based on the drag operation at the receiver terminal wherein the answering permitting includes comparing the drag operation with a call permission operation set in advance at the receiver terminal, and answering the call, when it is determined that the drag operation matches the call permission operation at the comparing, characterized in that the method further comprises setting the call permission operation at the receiver terminal, and the setting the call permission operation includes displaying, at the receiver terminal, a call-permission-operation setting screen including a call icon, and receiving, on the touch screen of the receiver terminal, a first drag operation starting from the call icon on the call-permission-operation setting screen, and storing, at the receiver terminal, the first drag operation as the call permission operation. displaying, when receiving a call, an incoming call icon and an incoming call screen, which are set in advance at the sender terminal, on the receiver terminal by sending a call request signal including the incoming call icon from the sender terminal to the base station and from the base station to the receiver terminal; receiving, on a touch screen of the receiver terminal, upon the incoming call icon being displayed, an input of a drag operation on the incoming call screen starting from the incoming call icon; and answering the call based on the drag operation at the receiver terminal wherein the answering permitting includes comparing the drag operation with a call permission operation set in advance at the receiver terminal, and answering the call, when it is determined that the drag operation matches the call permission operation at the comparing, characterized in that the method further comprises setting the call permission operation at the receiver terminal, and the setting the call permission operation includes displaying, at the receiver terminal, a call-permission-operation setting screen including a call icon, and receiving, on the touch screen of the receiver terminal, a first drag operation starting from the call icon on the call-permission-operation setting screen, and storing, at the receiver terminal, the first drag operation as the call permission operation.
Electrochemical cell for a lithium ion battery comprising at least: • one electrolyte and • at least one cathodic electrode and • at least one anodic electrode as well as • at least one separator disposed between - or on - the cathodic (n) electrode and/or anodic (n) electrode, wherein said separator comprises at least one porous ceramic material which is present as a layer applied to an organic substrate, wherein said organic substrate preferably comprises or is a non-woven polymer, wherein the electrolyte, electrodes and separator(s) are enclosed in a pressure-resistant, gas-tight housing, and wherein said housing as well as said electrochemical cell does not comprise any means for reducing pressure in the housing, particularly no rupturing device, pressure valve, one-way valve, central pin, mandrel or the like, wherein the thickness of the cathodic electrode as well as the thickness of the anodic electrode are each less than 300 μm, preferably less than 200 μm, further preferred less than 150 μm, even further preferred less than 100 μm, wherein the "thickness" of the cathodic electrode, as well as the "thickness" of the anodic electrode is the sum of the thickness of the substrate and the thickness of the active material. • one electrolyte and • at least one cathodic electrode and • at least one anodic electrode as well as • at least one separator disposed between - or on - the cathodic (n) electrode and/or anodic (n) electrode, wherein said separator comprises at least one porous ceramic material which is present as a layer applied to an organic substrate, wherein said organic substrate preferably comprises or is a non-woven polymer, wherein
A package configured for the sterility of medical supplies, the package comprising: a tray having at least one side wall defining an open end of the tray, a base panel opposite the open end, and a flange extending about a periphery of the at least one side wall at the open end of the tray, wherein the flange includes a planar top surface; a cover configured to seal the open end of the tray when the cover is assembled onto the tray; a continuous barrier seal formed between the flange and the cover when the cover is assembled onto the tray, wherein the cover includes a peripheral underside surface configured to mate with the planar top surface of the flange of the tray; and a discontinuous sacrificial seal formed between the flange and the cover when the cover is assembled onto the tray, the discontinuous sacrificial seal configured to absorb stress applied to the flange, wherein the continuous barrier seal is disposed closer to an inner periphery of the flange than the discontinuous sacrificial seal, characterized in that at least one hole is formed on the planar top surface of the flange, the at least one hole being spaced apart from the discontinuous sacrificial seal and the continuous barrier seal being disposed closer to the inner periphery of the flange than the at least one hole. a tray having at least one side wall defining an open end of the tray, a base panel opposite the open end, and a flange extending about a periphery of the at least one side wall at the open end of the tray, wherein the flange includes a planar top surface; a cover configured to seal the open end of the tray when the cover is assembled onto the tray; a continuous barrier seal formed between the flange and the cover when the cover is assembled onto the tray, wherein the cover includes a peripheral underside surface configured to mate with the planar top surface of the flange of the tray; and a discontinuous sacrificial seal formed between the flange and the cover when the cover is assembled onto the tray, the discontinuous sacrificial seal configured to absorb stress applied to the flange, wherein the continuous barrier seal is disposed closer to an inner periphery of the flange than the discontinuous sacrificial seal, characterized in that at least one hole is formed on the planar top surface of the flange, the at least one hole being spaced apart from the discontinuous sacrificial seal and the continuous barrier seal being disposed closer to the inner periphery of the flange than the at least one hole.
A method for adjusting a natural gas temperature for a fuel supply line of a gas turbine engine, the method comprising: measuring the natural gas percentage content of methane, ethane (C2H6), propane (C3H8), butane (C4H10), carbon dioxide, calculating the nitrogen percentage content as the complement to 100 of the measured percentage content of methane, ethane (C2H6), propane (C3H8), butane (C4H10), carbon dioxide, calculating an index indicative of the natural gas energy content, adjusting the natural gas temperature on the basis of the index, characterized in that the natural gas percentage content is measured by infrared analysis, and in that adjusting the natural gas temperature includes: defining a plurality of ranges for the index, associating one maximum temperature to each range, maintaining the natural gas temperature below or at the maximum temperature corresponding to the range into which the calculated index falls. measuring the natural gas percentage content of methane, ethane (C2H6), propane (C3H8), butane (C4H10), carbon dioxide, calculating the nitrogen percentage content as the complement to 100 of the measured percentage content of methane, ethane (C2H6), propane (C3H8), butane (C4H10), carbon dioxide, calculating an index indicative of the natural gas energy content, adjusting the natural gas temperature on the basis of the index, characterized in that the natural gas percentage content is measured by infrared analysis, and in that adjusting the natural gas temperature includes: defining a plurality of ranges for the index, associating one maximum temperature to each range, maintaining the natural gas temperature below or at the maximum temperature corresponding to the range into which the calculated index falls. defining a plurality of ranges for the index, associating one maximum temperature to each range, maintaining the natural gas temperature below or at the maximum temperature corresponding to the range into which the calculated index falls.
Dispenser for dispensing liquid to pasty substances, having a dispensing head with a dispensing mouth, a fixed dispenser part, a pump chamber, a supply chamber and a dispenser head part, it being possible for the dispensing head to be displaced relative to the fixed dispenser part out of a dispensing-standby position into a lowered position and vice versa, as a result of being supported on a fixed dispenser part when being carried along in rotation by the dispenser head part, and the dispenser head covering over a dispensing tube that communicates with the pumping chamber, characterized in that a dispensing-closure part in form of a continuation portion of the dispensing tube is provided that is rotationally fixed to the head part, whereby in the extended position an opening of the dispensing-closure part is directed aligned with the opening of the dispensing tube and, in a retracted position, by a circumferential and vertical displacement between the openings (31, 32) a slider-closing of the dispensing tube is achieved.
Method for the low-vibrational control of the movement of a moveable crane element (14, 16, 18), such as a crane jib of a crane system, by means of a motor, the crane element is excitable to a vibration at a natural frequency (f EIG) and has a damping ratio (ζ), wherein the moveable crane element (14, 16, 18) is controlled by a control signal (V SOLL) whose spectrum is substantially free of natural frequencies (f EIG) of the crane system, wherein the control signal (V SOLL) is calculated from an operator signal (S BED) of an operator taking into account system parameters of the crane system, characterized in that the system parameters are automatically calculated during the operation in the form of the natural frequency (f EIG) as well as the damping ratio (ζ) of the crane system, and in that the control signal (V SOLL) is calculated as active speed reference profile (V SOLL) in real time from the operator signal (S BED) of the operator and from the calculated natural frequency (f EIG) and the damping ratio (ζ) of the crane system.