mhurhangee/patent-ind-claim-en huggingface dataset:
A device for machining rod-shaped workpieces , for example window profiles or door profiles, which can be moved by means of a transporter in a horizontal plane in the Z-direction, and wherein a machining device with tools is provided in a plane arranged essentially perpendicular to the direction of movement of the workpieces , and spatially aligned in the perpendicular plane in relation to the workpiece , wherein the machining device (3.1) consists of an open circular arc arranged in the perpendicular plane to the workpiece , which as an open flat ring with an open section is rotatably mounted around the workpiece , characterized in that the open flat ring has arranged on it at least one movable carriage , on which a carriage-driving motor as well as a tool are arranged.
An electronic device comprising a field-effect transistor, the field-effect transistor comprising: a semiconductor active layer comprising a semiconductor material; a source electrode and a drain electrode; a gate electrode; and an insulating material disposed between the gate electrode and the semiconductor active layer, the insulating material consisting essentially of a hybrid silica-silicone material, wherein the hybrid silica-silicone material comprises from 70% to 95% silicon dioxide and 30% to 5% siloxane polymer; the device further comprising a back channel passivation layer consisting essentially of a hybrid silica-silicone material, the back channel passivation layer in physical contact with the semiconductor active layer. a semiconductor active layer comprising a semiconductor material; a source electrode and a drain electrode; a gate electrode; and an insulating material disposed between the gate electrode and the semiconductor active layer, the insulating material consisting essentially of a hybrid silica-silicone material, wherein the hybrid silica-silicone material comprises from 70% to 95% silicon dioxide and 30% to 5% siloxane polymer;
A connected system including - a plurality of devices (10, 10', 10") to each of which a respective operation right is assigned, wherein an operation mode of each of the devices (10, 10', 10") depends on its assigned respective operation right and wherein the connected system is configured, when a respective one of the devices (10, 10', 10") requiring to be serviced is serviced, to assign an updated operation right to at least the respective device (10, 10', 10") in dependence of how the respective device (10, 10', 10") is serviced; wherein if the at least respective device (10, 10', 10") is serviced by an unauthorized user a limited operation right is assigned to the at least respective device (10, 10', 10") with an operation mode that allows only a limited functionality of the at least respective device (10, 10', 10"), and wherein if the at least respective device (10, 10', 10") is serviced by an authorized service person, a full operation right is assigned to the at least respective device (10, 10', 10") with an operation mode that allows full functionality of the at least respective device (10, 10', 10"). - a plurality of devices (10, 10', 10") to each of which a respective operation right is assigned, wherein an operation mode of each of the devices (10, 10', 10") depends on its assigned respective operation right and wherein the connected system is configured, when a respective one of the devices (10, 10', 10") requiring to be serviced is serviced, to assign an updated operation right to at least the respective device (10, 10', 10") in dependence of how the respective device (10, 10', 10") is serviced; wherein if the at least respective device (10, 10', 10") is serviced by an unauthorized user a limited operation right is assigned to the at least respective device (10, 10', 10") with an operation mode that allows only a limited functionality of the at least respective device (10, 10', 10"), and wherein if the at least respective device (10, 10', 10") is serviced by an authorized service person, a full operation right is assigned to the at least respective device (10, 10', 10") with an operation mode that allows full functionality of the at least respective device (10, 10', 10").
A positive electrode active material for a secondary battery, the positive electrode active material comprising: a lithium composite transition metal oxide including Ni, Co, and Mn; and a glassy coating layer formed on surfaces of particles of the lithium composite transition metal oxide, wherein, in the lithium composite transition metal oxide, an amount of the Ni in a total amount of transition metals is 60 mol% or more, and an amount of the Mn is greater than an amount of the Co, and the glassy coating layer comprises a glassy compound represented by Formula 1: [Formula 1] Li a M 1 b O c wherein, in Formula 1, M 1 is at least one selected from the group consisting of B, Al, Si, Ti, and P, and 1≤a≤4, 1≤b≤8, and 1≤c≤20. a lithium composite transition metal oxide including Ni, Co, and Mn; and a glassy coating layer formed on surfaces of particles of the lithium composite transition metal oxide, wherein, in the lithium composite transition metal oxide, an amount of the Ni in a total amount of transition metals is 60 mol% or more, and an amount of the Mn is greater than an amount of the Co, and the glassy coating layer comprises a glassy compound represented by Formula 1: [Formula 1] Li a M 1 b O c wherein, in Formula 1, M 1 is at least one selected from the group consisting of B, Al, Si, Ti, and P, and 1≤a≤4, 1≤b≤8, and 1≤c≤20.
A method for determining a subject's risk for progression to ARF, comprising: performing an assay that generates a detectable signal indicative of the amount of a physiologically relevant concentration of Chitinase-3-like protein 1 on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result to a likelihood of one or more future changes in renal status, said future changes in renal status comprising future acute renal failure (ARF), and wherein the correlating comprises comparing an assay result in the form of the Chitinase-3-like protein 1 concentration to a predetermined threshold selected to be indicative of the likelihood of future ARF, wherein an increased likelihood of progression to ARF is assigned to the subject, when the measured concentration is above the threshold relative to a likelihood assigned when the measured concentration is below the threshold, and wherein the likelihood of future ARF is more or less likely to occur within 48 hours of the time at which the body fluid sample is obtained from the subject. performing an assay that generates a detectable signal indicative of the amount of a physiologically relevant concentration of Chitinase-3-like protein 1 on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result to a likelihood of one or more future changes in renal status, said future changes in renal status comprising future acute renal failure (ARF), and wherein the correlating comprises comparing an assay result in the form of the Chitinase-3-like protein 1 concentration to a predetermined threshold selected to be indicative of the likelihood of future ARF, wherein an increased likelihood of progression to ARF is assigned to the subject, when the measured concentration is above the threshold relative to a likelihood assigned when the measured concentration is below the threshold, and wherein the likelihood of future ARF is more or less likely to occur within 48 hours of the time at which the body fluid sample is obtained from the subject.
Submersible pressure pump for liquid, at least having: 1.1. a pump housing with a housing outlet (A), with a first, large-area, housing inlet (E1) in the form of a suction strainer , and with a second, individual, housing inlet (E2) formed in the base of the pump housing , 1.2. a liquid pump which is arranged in the pump housing and which has an arrangement for liquid-level-dependent or pressure-controlled on/off-switching, and 1.3. a suction inlet into the liquid pump, wherein, 1.4. in a first intake situation, there is a fluidic connection (I) between the suction inlet and the first housing inlet (E1) such that the liquid is sucked in through the large-area first housing inlet (E1), wherein the second housing inlet (E2) is closed off, and, in a second intake situation, there is established a fluidic connection (II) between the suction inlet and the second housing inlet (E2) such that the liquid is sucked in through the individual second housing inlet (E2), wherein, 1.5. for changing from the first intake situation to the second intake situation, provision is made of an adaptor which is configured in such a way that the fluidic connection (I) between the suction inlet and the first housing inlet (E1) is interrupted and, at the same time, the fluidic connection (II) between the suction inlet and the second housing inlet (E2) is established, characterized in that 1.6. provision is made laterally at the upper end of the pump housing of at least one handle , which is flattened at the upper end, such that the at least one handle forms, together with a middle cladding part of the submersible pressure pump , a lateral three-point-type bearing surface such that, in the second intake situation, the submersible pressure pump lies on one side in a stable manner and the at least one handle prevents the submersible pressure pump from rolling back and forth. 1.1. a pump housing with a housing outlet (A), with a first, large-area, housing inlet (E1) in the form of a suction strainer , and with a second, individual, housing inlet (E2) formed in the base of the pump housing , 1.2. a liquid pump which is arranged in the pump housing and which has an arrangement for liquid-level-dependent or pressure-controlled on/off-switching, and 1.3. a suction inlet into the liquid pump, wherein, 1.4. in a first intake situation, there is a fluidic connection (I) between the suction inlet and the first housing inlet (E1) such that the liquid is sucked in through the large-area first housing inlet (E1), wherein the second housing inlet (E2) is closed off, and, in a second intake situation, there is established a fluidic connection (II) between the suction inlet and the second housing inlet (E2) such that the liquid is sucked in through the individual second housing inlet (E2), wherein, 1.5. for changing from the first intake situation to the second intake situation, provision is made of an adaptor which is configured in such a way that the fluidic connection (I) between the suction inlet and the first housing inlet (E1) is interrupted and, at the same time, the fluidic connection (II) between the suction inlet and the second housing inlet (E2) is established,
A device for cleaning, massaging and/or care of the lower extremities, in particular of the feet, comprising a shower tray having a bottom, comprising a nozzle unit having at least one nozzle that comprises a front end and a rear end , and comprising a conduit for introducing a liquid, said conduit directly or indirectly, in particular via a distributor , being connected to the rear end of the nozzle , said nozzle unit being disposed in the bottom of the shower tray and said liquid introduced via the conduit being allowed to flow into the shower tray from the front end of the nozzle , characterised in that the nozzle unit comprises eight nozzles substantially disposed in a T-shape, having a T-leg and a web , said T-leg being formed from five nozzles disposed one next to the other and said web , which runs in a substantially transverse manner with respect to the T-leg , being formed from three nozzles disposed one below and/or above the other.
An apparatus for configuring systems in a rail vehicle, the apparatus being arranged as intended in the rail vehicle and comprising - a data processing unit - information-transmitting connections from the data processing unit to the systems - a selection unit for selecting a stored profile containing operating parameters and rules for controlling the systems , - an input unit for inputting operating parameters , - a receiving unit for receiving further or modified profiles , - the apparatus being adjusted adapted such that further or modified profiles can only be received or activated in a vehicle idle mode. - a data processing unit - information-transmitting connections from the data processing unit to the systems - a selection unit for selecting a stored profile containing operating parameters and rules for controlling the systems , - an input unit for inputting operating parameters , - a receiving unit for receiving further or modified profiles , - the apparatus being adjusted adapted such that further or modified profiles can only be received or activated in a vehicle idle mode.
A packing machine , comprising: a guide member for guiding a sheet of packaging material formed in a tubular shape; a sealing device for fusing an overlapping portion of the packaging material; a detection element provided downstream of the sealing device that is pivotally attached to the guide member and arranged along a welded portion (M) of the packaging material; characterized by a biasing member for biasing the detection element outwardly from the guide member ; and by a detector for detecting the detection element that is pushed out from the welded portion (M). a guide member for guiding a sheet of packaging material formed in a tubular shape; a sealing device for fusing an overlapping portion of the packaging material; a detection element provided downstream of the sealing device that is pivotally attached to the guide member and arranged along a welded portion (M) of the packaging material; characterized by a biasing member for biasing the detection element outwardly from the guide member ; and by a detector for detecting the detection element that is pushed out from the welded portion (M).
A suspending unit for a weighing device which is fastened to a weighing container to suspend the weighing container from a load cell including a shaft-like load application section extending in a predetermined first axis direction which is a horizontal direction, the load cell being configured to receive a load in a direction perpendicular to the predetermined first axis direction, the suspending unit comprising: a first member mounted to the load application section of the load cell ; and a second member fastened to the weighing container ; wherein the first member has a first hole extending in the predetermined first axis direction and a second hole extending in a second axis direction which three-dimensionally crosses the first axis; wherein the first member is mounted to the load application section of the load cell via a first ball bearing fitted to the first hole such that the first member is rotatable relative to the load application section ; and wherein the second member is mounted to the first member via a second ball bearing fitted to the second hole of the first member such that the second member is rotatable relative to the first member . a first member mounted to the load application section of the load cell ; and a second member fastened to the weighing container ; wherein the first member has a first hole extending in the predetermined first axis direction and a second hole extending in a second axis direction which three-dimensionally crosses the first axis; wherein the first member is mounted to the load application section of the load cell via a first ball bearing fitted to the first hole such that the first member is rotatable relative to the load application section ; and wherein the second member is mounted to the first member via a second ball bearing fitted to the second hole of the first member such that the second member is rotatable relative to the first member .
An interlocking socket for coupling to a connector of a load , the interlocking socket comprising: a receptacle configured to receive the connector ; a microcontroller coupled to the receptacle , the microcontroller operable for testing for one or more faults in the connector , a conductor coupling the load and the connector , or the load ; a breaker coupled to the receptacle and the microcontroller ; conductors on a receptacle side of the breaker and line conductors on a power line side of the breaker ; characterised by further comprising: a signal transformer (652; 662, 664) coupled to the conductors on the receptacle side of the breaker and to the line conductors on the power line side of the breaker , the signal transformer (652; 662; 664) being configured to transmit communication signals between the load and a remote device. a receptacle configured to receive the connector ; a microcontroller coupled to the receptacle , the microcontroller operable for testing for one or more faults in the connector , a conductor coupling the load and the connector , or the load ; a breaker coupled to the receptacle and the microcontroller ; conductors on a receptacle side of the breaker and line conductors on a power line side of the breaker ; characterised by further comprising: a signal transformer (652; 662, 664) coupled to the conductors on the receptacle side of the breaker and to the line conductors on the power line side of the breaker , the signal transformer (652; 662; 664) being configured to transmit communication signals between the load and a remote device.
A variable guide vane (VGV) assembly for a gas turbine engine, comprising: variable guide vanes circumferentially distributed about a central axis , the variable guide vanes having airfoils extending between first and second stems at respective first and second ends of the airfoils , the variable guide vanes rotatable about respective spanwise axes (A), a unison ring rollingly engageable to a casing of the gas turbine engine for rotation about the central axis, the unison ring having a first section , connecting arms extending from the first section in a direction having an axial component relative to the central axis , and a second section connected to the first section via the plurality of connecting arms ; sliders protruding from the unison ring and circumferentially distributed around the central axis, the sliders being secured to the second section of the unison ring ; and vane arms secured to the first stems of the variable guide vanes, the vane arms defining slots (S), each of the slots (S) extending in a direction having a radial component relative to a respective one of the spanwise axes (A), the sliders engaged to the vane arms by being received within the slots (S), a vane arm of the vane arms having means for preventing the sliders from exiting the slots of the vane arms. variable guide vanes circumferentially distributed about a central axis , the variable guide vanes having airfoils extending between first and second stems at respective first and second ends of the airfoils , the variable guide vanes rotatable about respective spanwise axes (A), a unison ring rollingly engageable to a casing of the gas turbine engine for rotation about the central axis, the unison ring having a first section , connecting arms extending from the first section in a direction having an axial component relative to the central axis , and a second section connected to the first section via the plurality of connecting arms ; sliders protruding from the unison ring and circumferentially distributed around the central axis, the sliders being secured to the second section of the unison ring ; and vane arms secured to the first stems of the variable guide vanes, the vane arms defining slots (S), each of the slots (S) extending in a direction having a radial component relative to a respective one of the spanwise axes (A), the sliders engaged to the vane arms by being received within the slots (S), a vane arm of the vane arms having means for preventing the sliders from exiting the slots of the vane arms.
A control method of a wireless device, wherein the wireless device comprises a first wireless module and a second wireless module , the first wireless module is one of a Wi-Fi module and a Bluetooth module, and the second wireless module is the other one of the Wi-Fi module and the Bluetooth module, and the control method comprises: obtaining first receiver time information that a receiver of the first wireless module receives and processes a receiving signal (V1); characterized by : referring to the first receiver time information to determine an upper limit of a power of a transmitting signal (V4) transmitted by a transmitter of the second wireless module ; obtaining second receiver time information that a receiver of the second wireless module receives and processes a receiving signal (V3); and referring to the second receiver time information to determine an upper limit of a power of a transmitting signal (V2) transmitted by a transmitter of the first wireless module . obtaining first receiver time information that a receiver of the first wireless module receives and processes a receiving signal (V1); characterized by : referring to the first receiver time information to determine an upper limit of a power of a transmitting signal (V4) transmitted by a transmitter of the second wireless module ; obtaining second receiver time information that a receiver of the second wireless module receives and processes a receiving signal (V3); and referring to the second receiver time information to determine an upper limit of a power of a transmitting signal (V2) transmitted by a transmitter of the first wireless module . referring to the first receiver time information to determine an upper limit of a power of a transmitting signal (V4) transmitted by a transmitter of the second wireless module ; obtaining second receiver time information that a receiver of the second wireless module receives and processes a receiving signal (V3); and referring to the second receiver time information to determine an upper limit of a power of a transmitting signal (V2) transmitted by a transmitter of the first wireless module .
A process for the removal of oxygenates from a butadiene reactor effluent stream comprising: passing the butadiene reactor effluent stream to a quench tower ; cooling and quenching the butadiene reactor effluent stream to generate an overhead stream comprising C4 hydrocarbons, and a quench bottoms stream comprising solvent and oxygenates, wherein the solvent is water; passing the quench bottoms stream to an oxygenate stripper ; and passing an inert gas to the oxygenate stripper , and generating a stripper overhead stream comprising oxygenates and the inert gas, and a stripper bottoms stream comprising solvent, wherein the solvent is water; passing the overhead stream to a compression unit to generate a compressed C4 stream ; passing the compressed C4 stream to an oxygenate scrubber to generate a scrubbed C4 stream and a scrubber bottoms stream ; passing the scrubber bottoms stream to the oxygenate stripper . passing the butadiene reactor effluent stream to a quench tower ; cooling and quenching the butadiene reactor effluent stream to generate an overhead stream comprising C4 hydrocarbons, and a quench bottoms stream comprising solvent and oxygenates, wherein the solvent is water; passing the quench bottoms stream to an oxygenate stripper ; and passing an inert gas to the oxygenate stripper , and generating a stripper overhead stream comprising oxygenates and the inert gas, and a stripper bottoms stream comprising solvent, wherein the solvent is water; passing the overhead stream to a compression unit to generate a compressed C4 stream ; passing the compressed C4 stream to an oxygenate scrubber to generate a scrubbed C4 stream and a scrubber bottoms stream ; passing the scrubber bottoms stream to the oxygenate stripper .