mhurhangee/ep-ind-claims huggingface dataset:
An arrangement comprising a RFID tag, a metal layer, and a lid (400, 500), the RFID tag having an antenna structure designed to operate in proximity to conductive surfaces, the antenna structure comprising: an RFID inlay; and a pair of plastic layers; wherein the RFID inlay is sandwiched between the pair of plastic layers; and wherein the RFID inlay is positioned 90 degrees to the metal layer, characterized in that the antenna structure is positioned within an interior of the lid (400, 500) such that when the lid (400, 500) is screwed on a container, an edge of the antenna structure contacts the metal layer. an RFID inlay; and a pair of plastic layers; wherein the RFID inlay is sandwiched between the pair of plastic layers; and wherein the RFID inlay is positioned 90 degrees to the metal layer, characterized in that the antenna structure is positioned within an interior of the lid (400, 500) such that when the lid (400, 500) is screwed on a container, an edge of the antenna structure contacts the metal layer.
A drive device, having an electric motor, wherein the electric motor has a laminated stator core with stator windings which is received in a stator housing, wherein the stator housing has cutouts which are continuous axially, i.e. in the axial direction of the rotor shaft, wherein the stator housing is surrounded, in particular is radially surrounded, by a housing, in particular tubular housing and/or pot-shaped housing, of the drive device, wherein the housing is spaced apart from the stator housing, in particular such that an in particular circulating air stream can be formed within the housing, in particular wherein the cutouts lead the air stream through in the axial direction and the air stream is returned in the opposite direction in the spaced-apart region between the stator housing and housing, characterised in that the drive device has a gear unit driven by the electric motor, the stator housing is manufactured from a second material and the housing from a first material, with the first material having a greater thermal conductivity than the second material.
Method for checking an overtaking opportunity condition that is met if a manoeuvre by a vehicle to overtake a vehicle in front would be possible, wherein egodata relating to the driving mode of the vehicle and environmental data relating to a stretch of road ahead are collected by at least one environment sensor of the vehicle, following which data relating to the vehicle in front are determined depending on the environmental data, following which overtaking information is determined depending on the data of the vehicle in front and the egodata, said overtaking information describing a minimum necessary driving distance of the vehicle along the stretch that is necessary under predetermined boundary conditions to overtake the vehicle in front, following which the overtaking opportunity condition is determined depending on the overtaking information, and if the presence of a road user is detected on an overtaking lane usable within the framework of the overtaking manoeuvre from this environmental information, the road user information describing this road user is evaluated, wherein if no road user is detected on the overtaking lane the overtaking opportunity condition is fulfilled only if the necessary driving distance is shorter by a reduction amount than the length of a section of the stretch detectable by the environment sensor, wherein the detectable section and/or the length of the section is/are determined depending on the environmental data, wherein by evaluating the environmental data, object information of at least one object that partially covers the stretch for the environment sensor is determined, following which the detectable section and/or the length of the section are determined depending on the object information, wherein spatial angles of a detection region of the environment sensor covered by the object are taken into account.
A fluid sensor assembly adapted for detecting a fluid level in a fluid storage container, comprising a base configured to receive a fluid sensor and a cap configured to fit on the base and form a fluid-tight seal between the cap and the base, characterized in that the base forms a plurality of receiving apertures positioned about a perimeter of the base; and in that the cap comprises a plurality of articulating levers, each articulating lever of the plurality of articulating levers being configured to rotate about a central axis and comprising a latching feature configured to be inserted into a receiving aperture of the plurality of receiving apertures when the cap is fitted on the base and to lock the cap to the base upon rotation of the articulating levers. characterized in that the base forms a plurality of receiving apertures positioned about a perimeter of the base; and in that the cap comprises a plurality of articulating levers, each articulating lever of the plurality of articulating levers being configured to rotate about a central axis and comprising a latching feature configured to be inserted into a receiving aperture of the plurality of receiving apertures when the cap is fitted on the base and to lock the cap to the base upon rotation of the articulating levers.
A system for surveillance of a delimited area within which people move, characterized by comprising a plurality of hollow optical fibres (10', 10") that extend in said area according to a grid structure - each hollow optical fibre being provided throughout its length with a plurality of holes that set an internal channel of the fibre in communication with the outside of the fibre; - conveyor means designed to provide a forced flow of air along said internal channel of the hollow optical fibre; - optical sources configured for supplying said optical signal to a first end of said hollow optical fibre; - optical sensors designed to detect the optical signal present at a second end of the fibre; - optical-coupling means designed to guide an optical signal from the laser source to one end of the hollow optical fibre and from one end of the hollow optical fibre to the sensors; - connection interfaces designed to convey the optical signal and the flow of air at input to and at output from the end of the hollow optical fibre; - a system for acquisition, digitalization, and processing of the signal designed to examine the spectrum of the optical signal detected by said sensor means in order to detect the presence of toxic agents present in the area and drawn into said internal channel. - each hollow optical fibre being provided throughout its length with a plurality of holes that set an internal channel of the fibre in communication with the outside of the fibre; - conveyor means designed to provide a forced flow of air along said internal channel of the hollow optical fibre; - optical sources configured for supplying said optical signal to a first end of said hollow optical fibre; - optical sensors designed to detect the optical signal present at a second end of the fibre; - optical-coupling means designed to guide an optical signal from the laser source to one end of the hollow optical fibre and from one end of the hollow optical fibre to the sensors; - connection interfaces designed to convey the optical signal and the flow of air at input to and at output from the end of the hollow optical fibre; - a system for acquisition, digitalization, and processing of the signal designed to examine the spectrum of the optical signal detected by said sensor means in order to detect the presence of toxic agents present in the area and drawn into said internal channel.
A method for producing a linoleum-based surface covering element, said method comprising the steps of: - providing a support layer comprising a cork-based layer and a fabric layer, - providing wear layer comprising a linoleum-based layer and fabric layer, - joining said fabric layer of said support layer to said fabric layer of said wear layer by means of an adhesive layer to obtain an linoleum-based intermediate, and - cutting said linoleum-based intermediate into tiles; characterized in that said adhesive layer is a pressure-sensitive adhesive of the transfer tape type applied under pressure. - providing a support layer comprising a cork-based layer and a fabric layer, - providing wear layer comprising a linoleum-based layer and fabric layer, - joining said fabric layer of said support layer to said fabric layer of said wear layer by means of an adhesive layer to obtain an linoleum-based intermediate, and - cutting said linoleum-based intermediate into tiles;
A method for providing a secure transaction for a remote computer device to a server, comprising: receiving user information from a computing device; identifying a communication device based upon the user information; transmitting an authentication request to a communication device, wherein the authentication request is configured to request at least an authentication key that is stored on the communication device; receiving an authentication response from the communication device, the authentication response containing at least the authentication key; determining if the authentication key is valid; performing a secure transaction with the computing device if the authentication key is valid; generating a session code; displaying the session code to the user at the computing device; and determining if a session code received with the authentication response matches the generated session code. receiving user information from a computing device; identifying a communication device based upon the user information; transmitting an authentication request to a communication device, wherein the authentication request is configured to request at least an authentication key that is stored on the communication device; receiving an authentication response from the communication device, the authentication response containing at least the authentication key; determining if the authentication key is valid; performing a secure transaction with the computing device if the authentication key is valid; generating a session code; displaying the session code to the user at the computing device; and determining if a session code received with the authentication response matches the generated session code.
A sensor assembly for embedding within an oral appliance comprising: a sensing means; a data processing means coupled to the sensing means for processing data obtained by the sensing means; and a conducting means coupling the sensing means to the data processing means; wherein the sensing means, the data processing means and the conducting means are sealed within or positioned on a deformable layer wherein the sensor assembly is adapted to align the sensing means along different dental arch shapes and sizes by the deformable layer comprising a stretchable film of polymer; characterised in that a plurality of indentations or cut out areas are provided along the stretchable film which allow the stretch to occur with lower force and without the creation of a bump or crease of excess stretched material on the stretchable film and the conducting means are adapted to folded into the cut out areas in a collapsible arrangement. a sensing means; a data processing means coupled to the sensing means for processing data obtained by the sensing means; and a conducting means coupling the sensing means to the data processing means; wherein the sensing means, the data processing means and the conducting means are sealed within or positioned on a deformable layer wherein the sensor assembly is adapted to align the sensing means along different dental arch shapes and sizes by the deformable layer comprising a stretchable film of polymer; characterised in that a plurality of indentations or cut out areas are provided along the stretchable film which allow the stretch to occur with lower force and without the creation of a bump or crease of excess stretched material on the stretchable film and the conducting means are adapted to folded into the cut out areas in a collapsible arrangement.
Use of a hybrid material comprising a) an organopolysilazane material and b) at least one surface-modified nanoscale inorganic oxide as coating material for the production of transparent layers having a thickness of less than 500 μm in optoelectronic components, where the organopolysilazane material contains recurring units of the formula, - [SiRR'-NH] where R, R' denote, identically or differently, H, methyl, ethyl, straight-chain or branched C 3 -C 8 -alkyl, C 3 -C 8 -cycloalkyl,, C 2 -C 6 -alkenyl or aryl, where R and R' cannot simultaneously be H, and where at least 20% of the recurring units of the formula have at least one intramolecular crosslinking. a) an organopolysilazane material and b) at least one surface-modified nanoscale inorganic oxide as coating material for the production of transparent layers having a thickness of less than 500 μm in optoelectronic components, where the organopolysilazane material contains recurring units of the formula, - [SiRR'-NH]
A fluid distribution system comprising a system of valves (110, 120, 130) connected to a splitter wherein a pressurized fluid is supplied to the splitter by a pressurizer driven by a motor, and a flow control system for controlling flow in the system of valves (110, 120, 130), the fluid distribution system further comprising: - a plurality of flow sensors (112, 122, 132), each flow sensor (112, 122, 132) being respectively connected individually at an output of a separate one of the valves (110, 120, 130) to measure output flow from that particular valve (110, 120, 130); - a plurality of flow controllers (111, 121, 131), each flow controller being respectively connected individually to a separate one of the valves (110, 120, 130) configured to output a control signal (C1, C2, C3) to control an opening angle of that particular valve (110, 120, 130) in response to an output from a flow sensor (112, 122, 132) connected at the output of that particular valve (110, 120, 130) and an outlet setpoint (S1, S2, S3) provided for that particular valve (110, 120, 130); characterized in that it further comprises: - a main pressure sensor configured to measure pressure of fluid output from the pressurizer; - a main flow controller configured to adjust operation of the motor driving the pressurizer such that the pressure of the pressurized flux measured by the main pressure sensor is equal to a main pressure setpoint; - a main system controller configured to set the main pressure setpoint based on the control signals (C1, C2, C3) such as to set the valve (110, 120, 130) that operates at the largest opening angle to an opening angle defined by a valve opening setpoint that is a value lower than 100% of the valve maximum possible flow. - a plurality of flow sensors (112, 122, 132), each flow sensor (112, 122, 132) being respectively connected individually at an output of a separate one of the valves (110, 120, 130) to measure output flow from that particular valve (110, 120, 130); - a plurality of flow controllers (111, 121, 131), each flow controller being respectively connected individually to a separate one of the valves (110, 120, 130) configured to output a control signal (C1, C2, C3) to control an opening angle of that particular valve (110, 120, 130) in response to an output from a flow sensor (112, 122, 132) connected at the output of that particular valve (110, 120, 130) and an outlet setpoint (S1, S2, S3) provided for that particular valve (110, 120, 130); - a main pressure sensor configured to measure pressure of fluid output from the pressurizer; - a main flow controller configured to adjust operation of the motor driving the pressurizer such that the pressure of the pressurized flux measured by the main pressure sensor is equal to a main pressure setpoint; - a main system controller configured to set the main pressure setpoint based on the control signals (C1, C2, C3) such as to set the valve (110, 120, 130) that operates at the largest opening angle to an opening angle defined by a valve opening setpoint that is a value lower than 100% of the valve maximum possible flow.
A pipe coupling for connecting the ends of two tubular conduits (140,142), characterised by comprising: a pair of casing elements, each comprising an outer part and a pair of inner parts, the inner and outer parts being rotatable relative to each other, wherein in a first configuration, the pair of casing elements are separate and positionable to surround the ends of the tubular conduits (140,142) and, in a second configuration, they are locked together, wherein the locking together is achieved by relative rotation of the respective inner and outer parts such that the inner parts of one casing element at least partially engage with the outer part of the other casing element. a pair of casing elements, each comprising an outer part and a pair of inner parts, the inner and outer parts being rotatable relative to each other, wherein in a first configuration, the pair of casing elements are separate and positionable to surround the ends of the tubular conduits (140,142) and, in a second configuration, they are locked together, wherein the locking together is achieved by relative rotation of the respective inner and outer parts such that the inner parts of one casing element at least partially engage with the outer part of the other casing element.
A method for tuning packet trains in a wireless network, the method comprising: transmitting a first packet train through a radio access network, from a first user equipment device to a network device belonging to a backbone data network associated with a first operator; transmitting a second packet train, through said radio access network, from a second user equipment device to a network device belonging to a backbone data network associated with a second operator, wherein the second operator is different than the first operator and the first and second operators share said radio access network; controlling, via a central server, said transmitting from the first user equipment device and the second user equipment device; tuning the first packet train to a first radio bearer configuration of the first operator; and tuning the second packet train to a second radio bearer configuration of the second operator, wherein the first packet train and the second packet train are tuned to account for changes in a radio environment. transmitting a first packet train through a radio access network, from a first user equipment device to a network device belonging to a backbone data network associated with a first operator; transmitting a second packet train, through said radio access network, from a second user equipment device to a network device belonging to a backbone data network associated with a second operator, wherein the second operator is different than the first operator and the first and second operators share said radio access network; controlling, via a central server, said transmitting from the first user equipment device and the second user equipment device; tuning the first packet train to a first radio bearer configuration of the first operator; and tuning the second packet train to a second radio bearer configuration of the second operator, wherein the first packet train and the second packet train are tuned to account for changes in a radio environment.
A home appliance comprising: a main body having a cavity; a door rotatably coupled to a front side of the main body to open and close the cavity; a holder moveably mounted to the door and having a fixer accommodation groove with an open upper surface; a decorative plate mounted to the holder so as to be disposed on a front surface of the door; a fixer coupled to the decorative plate and being insertable in a downward direction into the open upper surface of the fixer accommodation groove to be accommodated in the fixer accommodation groove, to thereby mount the decorative plate to the holder so that the decorative plate is disposed on a front surface of the door; and a wire connected to the holder and the main body so that, with the decorative plate mounted to the holder, rotation of the door varies tension of the wire, which thereby moves the holder, which thereby moves the decorative plate. a main body having a cavity; a door rotatably coupled to a front side of the main body to open and close the cavity; a holder moveably mounted to the door and having a fixer accommodation groove with an open upper surface; a decorative plate mounted to the holder so as to be disposed on a front surface of the door; a fixer coupled to the decorative plate and being insertable in a downward direction into the open upper surface of the fixer accommodation groove to be accommodated in the fixer accommodation groove, to thereby mount the decorative plate to the holder so that the decorative plate is disposed on a front surface of the door; and a wire connected to the holder and the main body so that, with the decorative plate mounted to the holder, rotation of the door varies tension of the wire, which thereby moves the holder, which thereby moves the decorative plate.
A high molecular weight derivative of a nucleic acid antimetabolite, in which a carboxyl group in the side chain of a high molecular weight compound comprising a polyethylene glycol moiety and a polymer moiety having a carboxyl group in the side chain is linked to a hydroxyl group of a nucleic acid antimetabolite via an ester linkage, wherein the high molecular weight derivative of a nucleic acid antimetabolite is represented by the following formula: wherein R represents a hydrogen atom or a C1-C6 alkyl group; A represents a hydrogen atom, a C1-C6 acyl group or a C1-C6 alkoxycarbonyl group; m represents from 3 to 200 as an average value; n represents from 5 to 2000 as an average value; and X represents a group selected from the group consisting of a nucleic acid antimetabolite residue, a hydroxyl group, a hydrophobic substituent selected from the group consisting of an α-amino acid derivative represented by formula: wherein Q represents the side chain of a neutral amino acid; and W represents a C1-C6 alkyl group or a benzyl group, and a group represented by formula: O-T wherein T represents a C1-C6 alkyl group which may be substituted with a phenyl group, and -N CONH wherein R1 and R2 may be identical or different, and are each a C1-C6 alkyl group which may be substituted with a tertiary amino group, and wherein among m units, 5 to 70% have a nucleic acid antimetabolite residue for X, 5 to 70% have a hydroxyl group for X, 20 and 70% have a hydrophobic substituent for X, and 5 to 70% have -N CONH for X. wherein T represents a C1-C6 alkyl group which may be substituted with a phenyl group, and -N CONH wherein R1 and R2 may be identical or different, and are each a C1-C6 alkyl group which may be substituted with a tertiary amino group, and wherein among m units, 5 to 70% have a nucleic acid antimetabolite residue for X, 5 to 70% have a hydroxyl group for X, 20 and 70% have a hydrophobic substituent for X, and 5 to 70% have -N CONH for X.