mhurhangee/ep-ind-claims huggingface dataset:
A process for purifying an acryloyloxysilane, the process comprising: subjecting a mixture comprising an acryloyloxysilane, a haloorganoalkoxysilane, and a non-polar solvent to a temperature and pressure sufficient to vaporize a portion of the non-polar solvent, the haloorganoalkoxysilane, or the non-polar solvent and the haloorganoalkoxysilane from the mixture to produce a purified mixture comprising the acryloyloxysilane, wherein the non-polar solvent comprises 0.5 to 15% (w/w) of a branched-chain alkane having from 5 to 20 carbon atoms or a mixture of a branched-chain alkane having from 5 to 20 carbon atoms and 85 to 99.5% (w/w) of a straight-chain alkane having from 5 to 14 carbon atoms, based on the weight of the branched-chain and straight-chain alkane in the non-polar solvent and further wherein the non-polar solvent comprises less than 5% (w/w), based on the weight of the non-polar solvent, of an aromatic compound; repeating said purification process one or more times using the purified mixture as the mixture comprising an acryloyloxysilane, a haloorganoalkoxysilane, and a non-polar solvent; and subjecting the purified mixture to a temperature and pressure sufficient to vaporize the acryloyloxysilane, condensing the vaporized acryloyloxysilane, and collecting the condensed acryloyloxysilane to form a final purified acryloyloxysilane product; wherein the temperature and pressure is from 50 °C to 230 °C and from 0 to 102 kPa; and further wherein the acryloyloxysilane has the formula CR 6 2 =CR 1 COOR 3 Si(OR 4) n R 5 3-n and the haloorganoalkoxysilane has the formula XR 3 Si(OR 4) n R 5 3-n, wherein R 1 is H, R 7 COO - M a+, or C 1 -C 6 hydrocarbyl, R 3 is C 1 -C 6 hydrocarbylene, each R 4 is independently C 1 -C 10 hydrocarbyl, each R 5 is independently R 1, each R 6 is independently H, C 1 -C 6 hydrocarbyl, or COOR 3 Si(OR 4) n R 5 3-n, R 7 is hydrocarbylene having from 1 to 6 carbon atoms, n is an integer from 1 to 3, M a+ is an alkali metal cation or alkaline earth metal cation, a is the cationic charge and has a value of 1 or 2 and X is -F, -CI, -Br, or -I.
A lock plate (100:200:300:400) for preventing relative movement between a turbine blade and an adjoining turbine disc of a turbomachine, the lock plate (100:200:300:400) comprising: a first end (120:220:320:420), configured to locate against one of the turbine blade and the turbine disc; a second end (130:230:330:430), configured to locate against the other one of the turbine blade and the turbine disc; and a planar portion (140:240:340:440) extending between the first end (120:220:320:420) and the second end, wherein the planar portion (140:240:340:440) comprises a serpentine radial cross-section forming a first projection (150:250:350:450) positioned substantially mid-way between the first end (120:220:320:420) and the second end (130:230:330:430), the first projection (150:250:350:450) protruding from a plane defined by the planar portion (140:240:340:440), and the first projection (150:250:350:450) protruding normal to the plane of the planar portion (140:240:340:440) by a distance at least equal to a thickness of the planar portion (140:240:340:440) itself, characterized in that the first projection (150:250:350:450) extends from a first side edge to a second opposing side edge of the planar portion (140:240:340:440). a first end (120:220:320:420), configured to locate against one of the turbine blade and the turbine disc; a second end (130:230:330:430), configured to locate against the other one of the turbine blade and the turbine disc; and a planar portion (140:240:340:440) extending between the first end (120:220:320:420) and the second end, wherein the planar portion (140:240:340:440) comprises a serpentine radial cross-section forming a first projection (150:250:350:450) positioned substantially mid-way between the first end (120:220:320:420) and the second end (130:230:330:430), the first projection (150:250:350:450) protruding from a plane defined by the planar portion (140:240:340:440), and the first projection (150:250:350:450) protruding normal to the plane of the planar portion (140:240:340:440) by a distance at least equal to a thickness of the planar portion (140:240:340:440) itself, characterized in that the first projection (150:250:350:450) extends from a first side edge to a second opposing side edge of the planar portion (140:240:340:440).
Agricultural detection device comprising a sensor unit, an evaluating unit and a control unit, wherein - the sensor unit comprises a first sensor with a first directional characteristic, - the first sensor is configured for the purpose of transmitting a first transmission signal and receiving a first reflection signal, characterised in that in a first form of embodiment the first sensor has a second directional characteristic and transmits a second sensor signal with the second directional characteristic and receives a second reflection signal or in a second form of embodiment the sensor unit comprises a second sensor, which is arranged adjacent to the first sensor, with a second directional characteristic for transmission of the second transmission signal and for reception of the second reflection signal, wherein the first directional characteristic has a smaller width than the second directional characteristic and the control unit is arranged to switch over between the first directional characteristic and the second directional characteristic and the evaluating unit is configured for the purpose of determining at least the structure of plants and a height value from the first reflection signal and from the second reflection signal. - the sensor unit comprises a first sensor with a first directional characteristic, - the first sensor is configured for the purpose of transmitting a first transmission signal and receiving a first reflection signal,
A device for measuring deformations on surfaces, the device comprising a frame and fastening means, the fastening means associated with the frame and configured for positioning and fastening of the device on a surface to be measured, the device further comprising at least a pair of guides (31, 32) associated longitudinally to an inner portion of the frame and spaced apart in parallel relation to each other, and a sliding support perpendicularly associated to the guides (31, 32); the sliding support comprising a transversal groove on which there is disposed a mobile base which receives a measuring element.
Apparatus for producing infusion packets, the apparatus comprising a longitudinal sealer for forming a web of packaging material into a tube and a means for drawing the tubular web past an outlet of a conduit, wherein the outlet of the conduit has an external cross-section comprising at least two vertices and wherein the apparatus comprises at least one forming member situated adjacent to the conduit outlet for indenting the tubular web between the vertices and additionally comprises sealing elements for compartmenting the tubular web at intervals along its length, wherein the sealing elements form transverse seals across the width of the indented tubular web and are adapted such that the distance between successive transverse seals is in the range of 40 to 70 mm.
A sorbent cartridge, comprising: at least two modules, wherein the at least two modules are part of a controlled compliant dialysis circuit, at least one module being a reusable module, wherein the at least two modules are positioned parallel to one another, and wherein at least one specified sorbent material is in each of the modules; the at least two modules are connectable through at least one connector to form the sorbent cartridge; wherein the modules have one or more connectors selectively fluidly connectable to any one of a fluid flow path, a wash line wherein the wash line is fluidly connectable to a recharger, and a bypass line wherein the bypass line is fluidly connectable to another module or fluid flow path, and at least one of the modules is configured to be in an offline state by being fluidly connected to one or more recharger, and at least one of the modules is configured to be in an online state by being fluidly connected to any one of the fluid flow path or the bypass line. at least two modules, wherein the at least two modules are part of a controlled compliant dialysis circuit, at least one module being a reusable module, wherein the at least two modules are positioned parallel to one another, and wherein at least one specified sorbent material is in each of the modules; the at least two modules are connectable through at least one connector to form the sorbent cartridge; wherein the modules have one or more connectors selectively fluidly connectable to any one of a fluid flow path, a wash line wherein the wash line is fluidly connectable to a recharger, and a bypass line wherein the bypass line is fluidly connectable to another module or fluid flow path, and at least one of the modules is configured to be in an offline state by being fluidly connected to one or more recharger, and at least one of the modules is configured to be in an online state by being fluidly connected to any one of the fluid flow path or the bypass line.
A method of initializing a subset of communication paths in a system, the method comprising: obtaining a first historical channel matrix from a storage medium, the first historical channel matrix including at least one channel sub-matrix of the system associated with a subset of the plurality of communication paths; obtaining an indication of which communication paths are to become active; and determining, after the obtaining the indication, new compensation coefficients based on the at least one channel sub-matrix and active compensation coefficients, the active compensation coefficients for compensating for crosstalk between the active communication paths prior to the number of active communication paths changing. obtaining a first historical channel matrix from a storage medium, the first historical channel matrix including at least one channel sub-matrix of the system associated with a subset of the plurality of communication paths; obtaining an indication of which communication paths are to become active; and determining, after the obtaining the indication, new compensation coefficients based on the at least one channel sub-matrix and active compensation coefficients, the active compensation coefficients for compensating for crosstalk between the active communication paths prior to the number of active communication paths changing.
An HF module having a mounting panel and at least one HF plug element with a fastening neck plugged into a through-opening arranged on the mounting panel for each HF plug element, and for each HF plug element, at least one securing element designed as a flexible element that is plugged on between the mounting panel and a connecting region of the HF plug element adjacent to the fastening neck, wherein a region of the securing element facing the HF plug element has a slope, and wherein the region of the connecting region facing the securing element has a corresponding slope to secure the HF element on the mounting panel without any play due to a pretension of the securing element.
An apparatus for the closure of containers by screw caps, wherein the apparatus has at least one closure head - situated in a clean room sealed off by a medium - for applying the closures and a movement device arranged at least in part in the clean room for producing a rotational movement of the closure head about a longitudinal axis of the movement device and a translational movement of the closure head along the longitudinal axis of the movement device, wherein the movement device is contacted at least in sections by the medium for sealing off the clean room from a non-clean room and wherein a folding bellows extensible in the translational direction for sealing the clean room off from a non-clean room during a translational movement of the movement device is arranged at least in sections on the movement device and wherein the folding bellows encloses at least one portion of the movement device over its entire periphery, characterized in that the folding bellows has an inner surface in contact with the medium and an outer surface in contact with the clean room.
A privacy window system comprising a window panel, a lighting unit, and a control unit, wherein: - the window panel comprises a first surface, a second surface and an edge, wherein the window panel is transmissive for visible light, wherein at least one of the surfaces (110,120) of the window panel comprises surface structures, wherein the at least one of the surfaces (110,120) comprising said surface structures is configured to generate visible privacy light under irradiation with lighting unit radiation; - the lighting unit is configured to irradiate at least one of the surfaces (110,120) of the window panel with said lighting unit radiation from a first and/or from a second side thereby inducing said privacy light and reducing visibility through the window panel in at least one direction; and - the control unit is configured to control the lighting unit radiation as function of an input signal. - the window panel comprises a first surface, a second surface and an edge, wherein the window panel is transmissive for visible light, wherein at least one of the surfaces (110,120) of the window panel comprises surface structures, wherein the at least one of the surfaces (110,120) comprising said surface structures is configured to generate visible privacy light under irradiation with lighting unit radiation; - the lighting unit is configured to irradiate at least one of the surfaces (110,120) of the window panel with said lighting unit radiation from a first and/or from a second side thereby inducing said privacy light and reducing visibility through the window panel in at least one direction; and - the control unit is configured to control the lighting unit radiation as function of an input signal.
A device for a vehicle seat comprising: a first lock mechanism that is adapted to restrict a first movement of a seat; a second lock mechanism that is adapted to restrict a second movement of the seat; and a driving source that cancels the restrictions imposed by the first and second lock mechanisms (L1, L2), wherein the driving source includes an output portion that can be driven by the driving source in two directions, a forward direction and a reverse direction, the output portion is driven in the forward direction from a neutral position to cancel the restriction imposed by the first lock mechanism, and the output portion is driven in the reverse direction from the neutral position to cancel the restriction imposed by the second lock mechanism, a first switch that switches output signals when the output portion is located at a position closer to the neutral position than a position of the output portion corresponding to where the first lock mechanism is switched between a restriction state and a non-restriction state, the device for a vehicle seat characterized by further comprising a second switch that switches output signals when the output portion is located at a position closer to the neutral position than a position of the output portion corresponding to where the second lock mechanism is switched between a restriction state and a non-restriction state. a first lock mechanism that is adapted to restrict a first movement of a seat; a second lock mechanism that is adapted to restrict a second movement of the seat; and a driving source that cancels the restrictions imposed by the first and second lock mechanisms (L1, L2), wherein the driving source includes an output portion that can be driven by the driving source in two directions, a forward direction and a reverse direction, the output portion is driven in the forward direction from a neutral position to cancel the restriction imposed by the first lock mechanism, and the output portion is driven in the reverse direction from the neutral position to cancel the restriction imposed by the second lock mechanism,
Spray gun for spraying a liquid by means of compressed air, for example a cleaning liquid of a cleaning system comprising a housing having a funnel-shaped air outlet opening, means for generating a vortex flow in the air outlet opening, and means for metering the air flow volume and the liquid, whereby the air flow and the liquid can be mixed together by means of a two stage metering valve characterised in that a connection element with a pressure chamber is arranged on the gun body, whereby the liquid is introduced into a fluid tube whereby the pressure chamber is connected with a jacket tube surrounding the fluid tube by means of a second adapter, and the jacket tube is arranged in a funnel-shaped air outlet with the tube extending inside the fluid.
A positive electrode mixture for a secondary battery, comprising: a positive electrode active material; a binder; and an organic acid, wherein the positive electrode active material comprises a lithium nickel complex oxide having a layered crystal structure, and the binder comprises a vinylidene fluoride-based polymer, characterized in that, when a solution prepared by suspending the positive electrode active material in pure water has a pH of A, and a content of the organic acid per 100 parts by mass of the positive electrode active material is B parts by mass, A and B satisfy the following expression: 30 × B + 5 ≤ A ≤ 30 × B + 10 and that the content of the organic acid per 100 parts by mass of the positive electrode active material is 0.03 to 0.50 parts by mass. a positive electrode active material; a binder; and an organic acid, wherein the positive electrode active material comprises a lithium nickel complex oxide having a layered crystal structure, and the binder comprises a vinylidene fluoride-based polymer, characterized in that, when a solution prepared by suspending the positive electrode active material in pure water has a pH of A, and a content of the organic acid per 100 parts by mass of the positive electrode active material is B parts by mass, A and B satisfy the following expression:
A method for protection of control plane functionality of a network node (3, 5, 6) of a communications network providing wireless communication to a mobile terminal, the network node (3, 5, 6) being configured to support control plane signaling with the mobile terminal, the method comprising: - maintaining a communication context for the mobile terminal, the communication context being associated with a control signaling message exchange between the mobile terminal and the network node (3, 5, 6), - establishing, for a received control signaling message, a communication context to which it belongs, and - decrypting and integrity-checking the received control signaling message, the method being characterized in further comprising: - determining, in relation to information in the established communication context, the decrypted and integrity-checked control signaling message to be a message conforming to a protection rule or a message violating a protection rule, and - handling the decrypted and integrity-checked control signaling message in accordance with rules of a protection policy. - maintaining a communication context for the mobile terminal, the communication context being associated with a control signaling message exchange between the mobile terminal and the network node (3, 5, 6), - establishing, for a received control signaling message, a communication context to which it belongs, and - decrypting and integrity-checking the received control signaling message, - determining, in relation to information in the established communication context, the decrypted and integrity-checked control signaling message to be a message conforming to a protection rule or a message violating a protection rule, and - handling the decrypted and integrity-checked control signaling message in accordance with rules of a protection policy.
A fuel battery comprising a gasket lip (61, 62; 82, 83) made of a liquid rubber hardened material and integrally formed on a surface of a flat plate (40; 81) or a groove portion (40a, 40b; 81a, 81b) applied to said surface, wherein the flat plate (40; 81) is an electrode, characterized in that a flat surface portion provided with a predetermined width being in contact with an electrolyte membrane portion or with an ion exchange membrane is formed in at least one of a pair of said gasket lips (61, 62; 82, 83) arranged so as to hold said electrolyte membrane portion or said ion exchange membrane between them.
The combination of a wall-cupboard and an adjustable anchoring group for anchoring said wall-cupboard to a wall, said wall-cupboard comprising a base or ledge, the adjustable anchoring group comprising a hanging-bracket device provided with both an anchoring base to said panel or wall and also a hooking element, and an anchoring support (22, 222) respectively, which is apt to be fixed to the rear of said wall-cupboard, the adjustable anchoring group further comprising regulation means and activation means of the reciprocal position being provided between said hanging-bracket device, said hooking element and said anchoring support (22, 222) in order to regulate the position of the wall-cupboard with respect to the wall according to two directions (F, F1) perpendicular to each other, vertically (in height) and horizontally (in depth), respectively, wherein both said regulation means and said activation means are controlled from below the wall cupboard once the adjustable anchoring group is assembled on a cupboard by means of holes formed in said base or ledge of the wall-cupboard, characterized in that said hanging bracket comprises a slide sliding linearly with respect to said anchoring base in a first direction, said hooking element being at least partially associated with said slide and movable with respect to the latter in at least a second direction substantially perpendicular with respect to said first direction, wherein said regulation means and said activation means are respectively associated with said slide and said hooking element.