mhurhangee/patent-ind-claim-en huggingface dataset:
Use of an acrylic binder in a lithium-sulfur secondary battery cathode, the binder comprising polymerized units of a first polymerizable monomer having a polar functional group interacting with a cathode active material; and polymerized units of a second polymerizable monomer having a cross-linkable functional group, wherein the polar functional group is one or more selected from the group consisting of an amide group, a nitrile group and an alkylene oxide group, and wherein the cross-linkable functional group is one or more selected from the group consisting of an amine group, a hydroxy group, a carboxy group, an epoxy group and a vinyl group. polymerized units of a second polymerizable monomer having a cross-linkable functional group, wherein the polar functional group is one or more selected from the group consisting of an amide group, a nitrile group and an alkylene oxide group, and wherein the cross-linkable functional group is one or more selected from the group consisting of an amine group, a hydroxy group, a carboxy group, an epoxy group and a vinyl group.
Device for transporting ready-cut and filled hose pieces within a machine for producing bags filled with brewable material, having at least one transport wheel which comprises, distributed over its circumference, a plurality of holders each holding the bag , wherein an insertion station in which one of said hose pieces is inserted into said holder in a radial direction to form a bag with at least one chamber between a head and a bottom of said bag , a label feeding station in which a label is fed to said head , a connecting station , in which a thread is connected to the label and/or the bag , and a removing station , in which the bag is removed from the transport wheel , are provided distributed in the circumferential direction around the transport wheel , characterized in that each holder has associated therewith a thread channel connectable to a source of vacuum and a source of overpressure and adapted to receive a thread connected to the bag and that the thread channel has a thread opening for introducing the thread and an opposite air guide opening , which can be brought into operative connection with a vacuum opening or an overpressure opening as a result of the rotation of the transport wheel .
A guide robot comprising: a lower section having a plurality of wheels; a body section provided above the lower section and having a movable guide adapted to slidably move; a case covering the body section and having an opening , wherein the movable guide inside of the body section is accessible through the opening and allows the movable guide to move into or out of the body section ; and a door unit connected to the moveable guide to open or close the opening , characterised in that the guide robot further comprises at least one hinge provided on the movable guide and coupled to the door unit . a lower section having a plurality of wheels; a body section provided above the lower section and having a movable guide adapted to slidably move; a case covering the body section and having an opening , wherein the movable guide inside of the body section is accessible through the opening and allows the movable guide to move into or out of the body section ; and a door unit connected to the moveable guide to open or close the opening , characterised in that the guide robot further comprises at least one hinge provided on the movable guide and coupled to the door unit .
An oligonucleotide comprising at least one phosphorotrithioate internucleoside linkage of formula (I) wherein (A 1 ) is a 3'-nucleoside, (A 2 ) is a 5'-nucleoside and R is a phosphate protecting group selected from (i) phenyl, nitrophenyl, phenylalkyl, halophenylalkyl, cyanoalkyl, phenylcarbonylsulfanylalkyl, halophenylcarbonylsulfanylalkyl, alkylcarbonylsulfanylalkyl and alkylcarbonylcarbonylsulfanylalky; and/or (ii) 2-cyanoethyl and methyl. (i) phenyl, nitrophenyl, phenylalkyl, halophenylalkyl, cyanoalkyl, phenylcarbonylsulfanylalkyl, halophenylcarbonylsulfanylalkyl, alkylcarbonylsulfanylalkyl and alkylcarbonylcarbonylsulfanylalky; and/or (ii) 2-cyanoethyl and methyl.
A method, performed by a user equipment, UE, the method comprising: receiving , from an access node, a first assignment for a first transmission with a first hybrid automatic repeat request, HARQ, process identifier, ID, in a first network resource being a first component carrier; receiving , from the access node, a second assignment for a second transmission with a second HARQ process ID in a second network resource being a second component carrier, wherein the first network resource and the second network resource are associated with different transmission/receiving points, TRPs, wherein the receiving the first assignment and the second assignment comprises: receiving the first assignment and the second assignment in two different pieces of downlink control information, DCI, indicating respectively the first HARQ process ID and the second HARQ process ID; or receiving the first assignment and the second assignment in a single DCI indicating the first HARQ process ID, wherein the first HARQ process ID and the second HARQ process ID are the same; detecting an indication including a semi-static configuration indicating that the first transmission and the second transmission map to a same transport block, TB; and communicating at least one transmission of the first transmission in the first network resource and the second transmission in the second network resource. receiving , from an access node, a first assignment for a first transmission with a first hybrid automatic repeat request, HARQ, process identifier, ID, in a first network resource being a first component carrier; receiving , from the access node, a second assignment for a second transmission with a second HARQ process ID in a second network resource being a second component carrier, wherein the first network resource and the second network resource are associated with different transmission/receiving points, TRPs, wherein the receiving the first assignment and the second assignment comprises: receiving the first assignment and the second assignment in two different pieces of downlink control information, DCI, indicating respectively the first HARQ process ID and the second HARQ process ID; or receiving the first assignment and the second assignment in a single DCI indicating the first HARQ process ID, wherein the first HARQ process ID and the second HARQ process ID are the same; receiving the first assignment and the second assignment in two different pieces of downlink control information, DCI, indicating respectively the first HARQ process ID and the second HARQ process ID; or receiving the first assignment and the second assignment in a single DCI indicating the first HARQ process ID, wherein the first HARQ process ID and the second HARQ process ID are the same; detecting an indication including a semi-static configuration indicating that the first transmission and the second transmission map to a same transport block, TB; and communicating at least one transmission of the first transmission in the first network resource and the second transmission in the second network resource.
A method for generating maintenance data of an elevator door system, wherein the method comprising: - detecting a first event during closing or opening of a door of the elevator door system and defining a time stamp of the first event, wherein the first event is opening or closing of a safety circuit comprising at least one safety contact , - detecting at least one second event during said closing or opening of the door of the elevator door system and defining time stamp of the at least one second event, - defining a difference value by comparing the time stamp of the first event and the time stamp of the at least one second event, - comparing the difference value to previously stored one or more difference values, and - generating maintenance data of the elevator door system, wherein the maintenance data comprising at least part of the results of the comparison. - detecting a first event during closing or opening of a door of the elevator door system and defining a time stamp of the first event, wherein the first event is opening or closing of a safety circuit comprising at least one safety contact , - detecting at least one second event during said closing or opening of the door of the elevator door system and defining time stamp of the at least one second event, - defining a difference value by comparing the time stamp of the first event and the time stamp of the at least one second event, - comparing the difference value to previously stored one or more difference values, and - generating maintenance data of the elevator door system, wherein the maintenance data comprising at least part of the results of the comparison.
A kit for the manufacture of servomotor systems comprising at least one servomotor which comprises a motor housing and a rotatingly drivable motor shaft , in particular a hollow motor shaft, and at least one gear unit which comprises a gear housing couplable to the motor housing and a plug-in gear element , in particular a plug-in gear shaft, configured for a plugging into the motor shaft or for a plugging onto the motor shaft , characterized by at least one angular gear module which comprises a first connection section couplable to the motor housing and a second connection section couplable to the gear housing, wherein an input element of the angular gear module arranged in the region of the first connection section is a first plug-in connection element , in particular a plug-in connection shaft, configured for a plugging into the motor shaft or for a plugging onto the motor shaft and an output element of the angular gear module arranged in the region of the second connection section is a second plug-in connection element , in particular a hollow connection shaft, into which the plug-in gear element can be plugged or onto which the plug-in gear element can be plugged, and wherein the first plug-in connection element and the second plug-in connection element are rotatably and drive-effectively coupled to one another about axes of rotation extending transversely to one another, wherein the gear housing has a coupling section identical to the first connection section , and wherein the motor housing has a coupling section identical to the second connection section so that the servomotor is selectively couplable to the gear unit in a direct manner or via the angular gear module .
Electromagnetic actuator for an electrical contactor , the electromagnetic actuator comprising a fixed part and a movable part which is movable relative to the fixed part along an axis of movement (X10), the fixed part comprising two cores , which extend parallel to the axis of movement (X10), and two coils , one of which is wound around one of the cores while the other coil is wound around the other core, the movable part being formed of a flat piece , for example cut from rolled sheet metal, the flat piece being a rectangular pallet, which delimits two long edges (B3, B4) and two short edges (B1, B2), and comprising: - a first stage , which is made of ferromagnetic material, in particular ferromagnetic sheet metal, and which faces the fixed part along the axis of movement (X10), being arranged opposite the cores along the axis of movement, and - a second stage , which is made of ferromagnetic material, in particular ferromagnetic sheet metal, and which is adjacent to the first stage in the direction of the axis of movement (X10), being oriented away from the cores , the area delimited by the contour of a section of the second stage in a sectional plane perpendicular to the axis of movement (X10) being smaller than the area delimited by the contour of a section of the first stage in a sectional plane perpendicular to the axis of movement, and the second stage having a length, measured parallel to the long edges (B3, B4), which is less than the length of the first stage . the movable part being formed of a flat piece , for example cut from rolled sheet metal, the flat piece being a rectangular pallet, which delimits two long edges (B3, B4) and two short edges (B1, B2), and comprising: - a first stage , which is made of ferromagnetic material, in particular ferromagnetic sheet metal, and which faces the fixed part along the axis of movement (X10), being arranged opposite the cores along the axis of movement, and - a second stage , which is made of ferromagnetic material, in particular ferromagnetic sheet metal, and which is adjacent to the first stage in the direction of the axis of movement (X10), being oriented away from the cores , - a first stage , which is made of ferromagnetic material, in particular ferromagnetic sheet metal, and which faces the fixed part along the axis of movement (X10), being arranged opposite the cores along the axis of movement, and - a second stage , which is made of ferromagnetic material, in particular ferromagnetic sheet metal, and which is adjacent to the first stage in the direction of the axis of movement (X10), being oriented away from the cores , the area delimited by the contour of a section of the second stage in a sectional plane perpendicular to the axis of movement (X10) being smaller than the area delimited by the contour of a section of the first stage in a sectional plane perpendicular to the axis of movement, and the second stage having a length, measured parallel to the long edges (B3, B4), which is less than the length of the first stage .
A method for sealing a surface, resisting the pressure of a fluid or a gas, successively implementing the following steps: a) application of a first layer of a composition (A) on said surface, then b) simultaneous projection of composition (B) and fibres selected from the glass, carbon, aramid, basalt, polyethylene, metal fibres, natural fibres or hybrid fibres, on the surface obtained in the previous step, then c) optional application of at least one additional layer of composition (C) on the fibres projected in the previous step, the compositions (A), (B) and (C) being identical or different and each comprising one or more epoxy resins, selected from the bisphenol A diglycidyl ether, the bisphenol F diglycidyl ether and the mixtures thereof, and one or more crosslinking agents, the final total amount of composition (A + B + C), applied on the surface, being greater than or equal to 1000 g.m -2 . a) application of a first layer of a composition (A) on said surface, then b) simultaneous projection of composition (B) and fibres selected from the glass, carbon, aramid, basalt, polyethylene, metal fibres, natural fibres or hybrid fibres, on the surface obtained in the previous step, then c) optional application of at least one additional layer of composition (C) on the fibres projected in the previous step,
An air conditioning apparatus comprising: an outdoor unit comprising a compressor ; an indoor unit ; a refrigerant piping system passing through the indoor unit and connecting the outdoor unit and the indoor unit ; a refrigerant detection unit configured to detect a refrigerant, the refrigerant detection unit being provided in the indoor unit or disposed at a position at which leakage of a refrigerant pipe passing through between the outdoor unit and the indoor unit can be detected; and a controller , the controller including a commercial power source supply detection unit configured to detect a presence or absence of supply of a commercial power source , input signal storage means , and refrigerant leakage detection means , characterized in that the controller is configured to, when detecting recovery after stop of the commercial power source based on a detection result of the commercial power source supply detection unit , execute refrigerant leakage confirmation control in which a presence or absence of refrigerant leakage is confirmed, and when the refrigerant leakage confirmation control confirms that a refrigerant is not leaking, enable the air conditioning apparatus to resume a normal operation of the compressor . an outdoor unit comprising a compressor ; an indoor unit ; a refrigerant piping system passing through the indoor unit and connecting the outdoor unit and the indoor unit ; a refrigerant detection unit configured to detect a refrigerant, the refrigerant detection unit being provided in the indoor unit or disposed at a position at which leakage of a refrigerant pipe passing through between the outdoor unit and the indoor unit can be detected; and a controller , the controller including a commercial power source supply detection unit configured to detect a presence or absence of supply of a commercial power source , input signal storage means , and refrigerant leakage detection means , characterized in that the controller is configured to, when detecting recovery after stop of the commercial power source based on a detection result of the commercial power source supply detection unit , execute refrigerant leakage confirmation control in which a presence or absence of refrigerant leakage is confirmed, and when the refrigerant leakage confirmation control confirms that a refrigerant is not leaking, enable the air conditioning apparatus to resume a normal operation of the compressor .
A system comprising: an optical fiber to receive light; a polarization splitter to receive light from the optical fiber and to split and convert the light from light comprising a first polarization state in the fiber to light in a first optical mode and from light comprising a second polarization state orthogonal to the first polarization state in the fiber to light in a second optical mode comprising the same polarization state as light in the first optical mode; a first waveguide , comprising a first cross-sectional area, to receive a light comprising a first optical mode; a second waveguide , adjacent to the first waveguide , to receive a light comprising a second optical mode, orthogonal to the first optical mode, wherein the first and second optical modes both to comprise the same polarization, and the first and second waveguides being arranged such that the first and second optical modes are coupled, and wherein the second waveguide comprises a second cross-sectional area different than the first waveguide ; and a region , disposed over the first and second waveguides, to absorb or amplify light from the first and the second waveguides, wherein the region comprises at least one of an absorption region, a gain region, a phase shift region, or a variable refractive index overlap region. an optical fiber to receive light; a polarization splitter to receive light from the optical fiber and to split and convert the light from light comprising a first polarization state in the fiber to light in a first optical mode and from light comprising a second polarization state orthogonal to the first polarization state in the fiber to light in a second optical mode comprising the same polarization state as light in the first optical mode; a first waveguide , comprising a first cross-sectional area, to receive a light comprising a first optical mode; a second waveguide , adjacent to the first waveguide , to receive a light comprising a second optical mode, orthogonal to the first optical mode, wherein the first and second optical modes both to comprise the same polarization, and the first and second waveguides being arranged such that the first and second optical modes are coupled, and wherein the second waveguide comprises a second cross-sectional area different than the first waveguide ; and a region , disposed over the first and second waveguides, to absorb or amplify light from the first and the second waveguides, wherein the region comprises at least one of an absorption region, a gain region, a phase shift region, or a variable refractive index overlap region.
Method for determining a ground surface , wherein at least one capacitance value of at least one electrode is determined, the electrode being arranged in the area of a shoe sole of a shoe , wherein the ground surface being determined as a function of the capacitance value or a time profile of the capacitance value, characterized in that the capacitance value of the electrode is determined, which is a function of a capacitance that is formed between the electrode and the ground surface and / or as a function of a capacitance that is formed between the sole of the foot of the user and the electrode , in which the capacitance value of the electrode being determined by cyclically loading and unloading, an underground-specific gait pattern of a user being determined which corresponds to the Capacity value or its temporal profile, which is generated as a function of a plantar pressure distribution or a temporal profile of the plantar pressure distribution, in which the background is determined depending on the gait pattern, as a basic coupling component of the capacitance values being determined, as the basic coupling component representing a component of the capacitance value that is present between the ground surface and the electrode , in which the basic coupling component determining as a function of the direct component or the mean value which is determined in a time window in the course of the capacitance value over time, in which the surface being determined as a function of an assignment of ground coupling components of surfaces.
A method performed by a base station for configuring an uplink waveform of a mobile terminal device, comprising: when a channel in which the mobile terminal device is located has an environmental change, determining (S110) a configuration mode corresponding to the uplink waveform according to stability of channel conditions and/or moving speed of the mobile terminal device, wherein the configuration mode comprises a configuration via physical layer signaling or medium access control, MAC, layer signaling when the channel conditions are unstable and/or the mobile terminal device has a fast moving speed, and a configuration mode via radio resource control, RRC, signaling when the channel conditions are stable and/or the mobile terminal device has a slow moving speed; transmitting (S120) configuration mode indication information to the terminal device, wherein the configuration mode indication information is used to indicate the determined configuration mode; switching the uplink waveform via the determined configuration mode. when a channel in which the mobile terminal device is located has an environmental change, determining (S110) a configuration mode corresponding to the uplink waveform according to stability of channel conditions and/or moving speed of the mobile terminal device, wherein the configuration mode comprises a configuration via physical layer signaling or medium access control, MAC, layer signaling when the channel conditions are unstable and/or the mobile terminal device has a fast moving speed, and a configuration mode via radio resource control, RRC, signaling when the channel conditions are stable and/or the mobile terminal device has a slow moving speed; transmitting (S120) configuration mode indication information to the terminal device, wherein the configuration mode indication information is used to indicate the determined configuration mode; switching the uplink waveform via the determined configuration mode.