mhurhangee/ep-ind-claims huggingface dataset:
An access control device comprising: a locking mechanism for a moveable barrier, the moveable barrier having a first side and a second side, the locking mechanism having a locked and an unlocked state; a first locking and/or user interface component for positioning on the first side of the moveable barrier; a second locking and/or user interface component for positioning on the second side of the moveable barrier; and a fixing member for extending through a barrier member and for securing the first and second locking and/or user interface components to the barrier member; wherein a multi-core cable is provided within the fixing member such that the fixing member is operable to transmit data signals between the locking and/or user interface components on opposite sides of the moveable barrier. a locking mechanism for a moveable barrier, the moveable barrier having a first side and a second side, the locking mechanism having a locked and an unlocked state; a first locking and/or user interface component for positioning on the first side of the moveable barrier; a second locking and/or user interface component for positioning on the second side of the moveable barrier; and a fixing member for extending through a barrier member and for securing the first and second locking and/or user interface components to the barrier member;
A ruggedized, handheld radio for bidirectional field communication, comprising: means for transmitting signals in a single communication channel in half-duplex mode over a radio network, wherein the transmitting means comprises a single transceiver; means for receiving signals in the single communication channel in half-duplex mode over the radio network, wherein the receiving means comprises the single transceiver; means for switching from a voice reception mode to a voice transmission mode, wherein the switching means comprises at least one of a first push-to-talk, PTT, switch (205a-b) and a second PTT switch (205a-b), wherein the first PTT switch is located on a left side of the radio and the second PTT switch is located on a right side of the radio, and wherein the first and second PTT switches (205a-b) are independently operable to actuate the transmission of radio signals via the single transceiver; keypad means including a plurality of buttons; means for storing a plurality of functional profiles associated with the PTT switches (205a-b); and processing means for permitting user selection of one of the functional profiles and, after user selection, configuring functional operation of a combination of the buttons of the keypad means and at least one of the PTT switches (205a-b) according to the selected functional profile. means for transmitting signals in a single communication channel in half-duplex mode over a radio network, wherein the transmitting means comprises a single transceiver; means for receiving signals in the single communication channel in half-duplex mode over the radio network, wherein the receiving means comprises the single transceiver; means for switching from a voice reception mode to a voice transmission mode, wherein the switching means comprises at least one of a first push-to-talk, PTT, switch (205a-b) and a second PTT switch (205a-b), wherein the first PTT switch is located on a left side of the radio and the second PTT switch is located on a right side of the radio, and wherein the first and second PTT switches (205a-b) are independently operable to actuate the transmission of radio signals via the single transceiver; keypad means including a plurality of buttons; means for storing a plurality of functional profiles associated with the PTT switches (205a-b); and processing means for permitting user selection of one of the functional profiles and, after user selection, configuring functional operation of a combination of the buttons of the keypad means and at least one of the PTT switches (205a-b) according to the selected functional profile.
A first electronic device (112, 700), comprising: an antenna; an interface circuit (310, 718), coupled to the antenna; and a processor, coupled to the interface circuit, wherein the processor is configured to: receive an advertising packet from a second electronic device prior to the second electronic device being set in discovery mode; compare (212, 316) a first performance metric associated with the advertising packet with a threshold; based on the comparison, provide first information specifying a first pairing intent to pair the first electronic device with the second electronic device for presentation by the second electronic device; receive, from the second electronic device, first additional information, wherein said first additional information is generated by the second electronic device in response to a user input at the second electronic device; and transmit a command to the second electronic device to transition to the discovery mode when the first additional information at least partially matches the first information; receive confirmation from the second electronic device that the second electronic device is in the discovery mode; and establish the connection. an antenna; an interface circuit (310, 718), coupled to the antenna; and a processor, coupled to the interface circuit, wherein the processor is configured to: receive an advertising packet from a second electronic device prior to the second electronic device being set in discovery mode; compare (212, 316) a first performance metric associated with the advertising packet with a threshold; based on the comparison, provide first information specifying a first pairing intent to pair the first electronic device with the second electronic device for presentation by the second electronic device; receive, from the second electronic device, first additional information, wherein said first additional information is generated by the second electronic device in response to a user input at the second electronic device; and transmit a command to the second electronic device to transition to the discovery mode when the first additional information at least partially matches the first information; receive an advertising packet from a second electronic device prior to the second electronic device being set in discovery mode; compare (212, 316) a first performance metric associated with the advertising packet with a threshold; based on the comparison, provide first information specifying a first pairing intent to pair the first electronic device with the second electronic device for presentation by the second electronic device; receive, from the second electronic device, first additional information, wherein said first additional information is generated by the second electronic device in response to a user input at the second electronic device; and transmit a command to the second electronic device to transition to the discovery mode when the first additional information at least partially matches the first information; receive confirmation from the second electronic device that the second electronic device is in the discovery mode; and establish the connection.
Device for detecting a wheel moving along a rail, with at least one permanent magnet which can be attached in the region of the rail such that the permanent magnet is mechanically deformed by the passing movement of the wheel, and with at least one sensor device which is embodied to ascertain the mechanical deformation to the permanent magnet. with at least one permanent magnet which can be attached in the region of the rail such that the permanent magnet is mechanically deformed by the passing movement of the wheel, and with at least one sensor device which is embodied to ascertain the mechanical deformation to the permanent magnet.
Shower box with variable volume comprising one or more watertight pull-out compartments, each of them being formed of an oscillating wall hinged with respect to its lower horizontal edge, as well as provided with two opposite lateral walls; wherein each of said one or more pull-out compartments is configured to be alternatively brought from a non-operating condition, wherein the oscillating wall is in perfectly vertical position and the lateral walls are inserted in the shower box, to an operating position, wherein the oscillating wall is inclined outwards and the lateral walls practically completely project from the shower box.
A method for producing 2,5-bis(aminomethyl)tetrahydrofuran, the method comprising mixing 2,5-bis(aminomethyl)furan, a hydrogenation catalyst, a hydrogen source, and a solvent, and subjecting 2,5-bis(aminomethyl)furan to a reaction with the hydrogen source by using the hydrogenation catalyst to obtain 2,5-bis(aminomethyl)tetrahydrofuran, wherein the amount of the solvent is from 1.0 to 20 times by mass relative to the mass of 2,5-bis(aminomethyl)furan.
Return stage of a radial turbo fluid energy machine, in particular a radial turbocompressor, having an axis of rotation, Return stage comprising an annular flow channel for feeding a flowing process fluid from a flow opening of a first impeller to a flow opening of a second impeller arranged downstream, characterized in that the flow channel is defined by boundary surface regions, of which at least one specific rough region extending in the circumferential direction has a surface roughness which is increased with respect to the other regions.
A method for generating magnet resonance tomography images of at least one phase of a cyclic movement, having the method steps: a. Generating raw data sets (r1... rx) of a cyclic movement during a recording period with k-space sub-trajectories (k1... kx); b. reconstructing a series of at least two intermediate images (z1... zy), each of the intermediate images being created from at least one raw data set (r1... rx) at least for a respective section, i.e. a region-of-interest of the raw data sets (r1... rx); c. calculating a distance matrix D from the series of intermediate images (z1... zy), each matrix element D corresponding to the distance between an intermediate image (z1... zy) of the series and itself and at least one further intermediate image (z1... zy) of the series; d. adapting functions (v1... vz) to structures forming in the distance matrix D and e. reconstructing at least one image Bi from raw data sets (r1... rx) which correspond to an intersection S of the functions (v1... vz) with the entries of the distance matrix D assigned to an intermediate image zi. a. Generating raw data sets (r1... rx) of a cyclic movement during a recording period with k-space sub-trajectories (k1... kx); b. reconstructing a series of at least two intermediate images (z1... zy), each of the intermediate images being created from at least one raw data set (r1... rx) at least for a respective section, i.e. a region-of-interest of the raw data sets (r1... rx); c. calculating a distance matrix D from the series of intermediate images (z1... zy), each matrix element D corresponding to the distance between an intermediate image (z1... zy) of the series and itself and at least one further intermediate image (z1... zy) of the series; d. adapting functions (v1... vz) to structures forming in the distance matrix D and e. reconstructing at least one image Bi from raw data sets (r1... rx) which correspond to an intersection S of the functions (v1... vz) with the entries of the distance matrix D assigned to an intermediate image zi.
Method for producing ceramic material that comprises the following steps: producing a homogenous mixture that contains (a) carbon fibres having a fibre length distribution of D 50 < 15 μm, the carbon fibres being produced from ground and carbonised viscose fibres and/or cellulose fibres, and (b) at least one pulverised binding agent that can be carbonised, compressing the homogenous mixture by applying pressure, heat-treating to carbonise or to carbonise and graphitise the compressed homogenous mixture in order to obtain a carbon material, and siliconizing the carbon material in order to obtain the ceramic material having a density in the range of from 2.8 to 3.1 g/cm 3. producing a homogenous mixture that contains (a) carbon fibres having a fibre length distribution of D 50 < 15 μm, the carbon fibres being produced from ground and carbonised viscose fibres and/or cellulose fibres, and (b) at least one pulverised binding agent that can be carbonised, (a) carbon fibres having a fibre length distribution of D 50 < 15 μm, the carbon fibres being produced from ground and carbonised viscose fibres and/or cellulose fibres, and (b) at least one pulverised binding agent that can be carbonised, compressing the homogenous mixture by applying pressure, heat-treating to carbonise or to carbonise and graphitise the compressed homogenous mixture in order to obtain a carbon material, and siliconizing the carbon material in order to obtain the ceramic material having a density in the range of from 2.8 to 3.1 g/cm 3.
Hearing system having - at least two physically separate hearing apparatuses (HG-R, HG-L) that are designed for wireless communication with one another, wherein each hearing apparatus is equipped with a transceiver that has an inductive reception device, including a receiver coil, and a digital wideband pulse transmitter, including an antenna, and - a transmission station that is structurally separate from the hearing apparatuses and that can be used to transmit a message from one of the hearing apparatuses to another of the hearing apparatuses, wherein the transmission station has an inductive transmission device, including a transmission coil, for sending to the hearing apparatuses and a wideband reception device, including a reception antenna, for receiving from the hearing apparatuses, wherein - the inductive reception device and the digital wideband pulse transmitter in each hearing apparatus are constructed separately from one another, - the transmission coil of the transmission station is substantially larger than the receiver coil of each hearing apparatus, and - the reception antenna of the transmission station is substantially larger than the antenna of each hearing apparatus. - at least two physically separate hearing apparatuses (HG-R, HG-L) that are designed for wireless communication with one another, wherein each hearing apparatus is equipped with a transceiver that has an inductive reception device, including a receiver coil, and a digital wideband pulse transmitter, including an antenna, and - a transmission station that is structurally separate from the hearing apparatuses and that can be used to transmit a message from one of the hearing apparatuses to another of the hearing apparatuses, wherein the transmission station has an inductive transmission device, including a transmission coil, for sending to the hearing apparatuses and a wideband reception device, including a reception antenna, for receiving from the hearing apparatuses, wherein - the inductive reception device and the digital wideband pulse transmitter in each hearing apparatus are constructed separately from one another, - the transmission coil of the transmission station is substantially larger than the receiver coil of each hearing apparatus, and - the reception antenna of the transmission station is substantially larger than the antenna of each hearing apparatus.
A nucleic acid expression cassette comprising: - a tandemly arranged triple repeat of a liver-specific nucleic acid regulatory element, said triple repeat consisting of the nucleic acid fragment defined by SEQ ID NO:11, and - a nucleic acid regulatory element consisting of the nucleic acid fragment defined by SEQ ID NO:12; said triple repeat and said regulatory element being operably linked to a liver-specific promoter and a transgene. - a tandemly arranged triple repeat of a liver-specific nucleic acid regulatory element, said triple repeat consisting of the nucleic acid fragment defined by SEQ ID NO:11, and - a nucleic acid regulatory element consisting of the nucleic acid fragment defined by SEQ ID NO:12;
A polyhydroxyalkanoate composition having an elongation at break (ASTM D638) greater than 3%, an impact resistance (Charpy test; ISO179 1eU, 23°C, unnotched) greater than 18 KJ/m 2 and a flexural modulus of at least 950 MPa, comprising: - at least 25 %wt of a polyhydroxyalkanoate component, comprising one or more hydroxyalkanoate copolymers wherein the content of poly(3-hydroxybutyrate) homopolymer is less than 5 %wt; - from 5 to 40 %wt of one or more thermoplastic polymers as a non-polyhydroxyalkanoate component selected from the group consisting of (IIa) a thermoplastic polyurethane which is a block copolymer and has a hardness lower than 56 Shore D, as measured according to ASTM D2240; a mixture of a thermoplastic polyurethane (IIa) and an acrylic polymer (IIb) with a melting flow index according to ASTM D1238 at 175°C/2.16 kg higher than 0.25 g/10 min and/or a glass transition temperature measured according to ISO 11357 that is less than 150°C; wherein (IIb) is an acrylic block copolymer with a core that is butadiene based and/or acrylic based rubber and that is cross-linked; or an acrylic terpolymer containing glycidyl and/or maleic groups; and mixtures thereof, comprising no more than 5 %wt biodegradable polymers (ASTM D6400); - from 0 to 40 %wt of one or more fillers; - from 0 to 20 %wt of one or more plasticizers; and - from 0 to 10 %wt of one or more additives, wherein component and together comprise at least 40 %wt of the composition, and the %wt of the components is calculated on the total weight of components to of the composition and adds up to 100 %wt. - at least 25 %wt of a polyhydroxyalkanoate component, comprising one or more hydroxyalkanoate copolymers wherein the content of poly(3-hydroxybutyrate) homopolymer is less than 5 %wt; - from 5 to 40 %wt of one or more thermoplastic polymers as a non-polyhydroxyalkanoate component selected from the group consisting of (IIa) a thermoplastic polyurethane which is a block copolymer and has a hardness lower than 56 Shore D, as measured according to ASTM D2240; a mixture of a thermoplastic polyurethane (IIa) and an acrylic polymer (IIb) with a melting flow index according to ASTM D1238 at 175°C/2.16 kg higher than 0.25 g/10 min and/or a glass transition temperature measured according to ISO 11357 that is less than 150°C; wherein (IIb) is an acrylic block copolymer with a core that is butadiene based and/or acrylic based rubber and that is cross-linked; or an acrylic terpolymer containing glycidyl and/or maleic groups; and mixtures thereof, comprising no more than 5 %wt biodegradable polymers (ASTM D6400); - from 0 to 40 %wt of one or more fillers; - from 0 to 20 %wt of one or more plasticizers; and - from 0 to 10 %wt of one or more additives,
An article for use in body armor, comprising a plurality of discrete sheet subassemblies contoured to the shape of a female breast arranged in a stack, without bonding, such that the breast contours are positioned on top of each other, and such that other than having some tack stitches, each subassembly is free to move within the article with respect to other subassemblies in the article, each of the subassemblies being a sheet comprising: (i) at least two nonwoven layers, each of the layers comprising a plurality of nonwoven continuous multifilament polymeric yams having a linear density of from 50 to 4500 dtex, a tenacity of from 10 to 65 g/dtex (0.098 to 0.638 N/dtex), a modulus of from 150 to 2700 g/dtex (1.47 to 26.5 N/dtex), and an elongation to break of from 1 to 8 percent, based on the procedures described in ASTM D1907-97 and D885-98, the yarns in the layers being arranged substantially parallel to each other with the proviso that the yarns in any one layer are offset in orientation with respect to the orientation of yarns of any other layer contacting the any one layer, (ii) binder, the binder being a binding layer between the nonwoven layers, and/or binding threads stitched through the nonwoven layers, and (iii) coating resin, the coating resin being a matrix resin coating the yarns, such that the weight percent of the binder and coating resin is in the range of from 0.5% to 30% when expressed as a percentage of the total weight of resin, binder plus yarn in one of the subassemblies, wherein the subassemblies are free of darts, seams or pleats. (i) at least two nonwoven layers, each of the layers comprising a plurality of nonwoven continuous multifilament polymeric yams having a linear density of from 50 to 4500 dtex, a tenacity of from 10 to 65 g/dtex (0.098 to 0.638 N/dtex), a modulus of from 150 to 2700 g/dtex (1.47 to 26.5 N/dtex), and an elongation to break of from 1 to 8 percent, based on the procedures described in ASTM D1907-97 and D885-98, the yarns in the layers being arranged substantially parallel to each other with the proviso that the yarns in any one layer are offset in orientation with respect to the orientation of yarns of any other layer contacting the any one layer, (ii) binder, the binder being a binding layer between the nonwoven layers, and/or binding threads stitched through the nonwoven layers, and (iii) coating resin, the coating resin being a matrix resin coating the yarns, such that the weight percent of the binder and coating resin is in the range of from 0.5% to 30% when expressed as a percentage of the total weight of resin, binder plus yarn in one of the subassemblies, wherein
An isothermal packaging comprising a set of panels intended to be reversibly assembled to form a box having a rectangular parallelepiped shape, with each panel having sides (1a, 1b, 1c, 1d) whereon means are provided for assembly with a similar panel and at least two cavities extending into said panel and each opening out on the outside, on at least one side of said panel via a lateral slot for loading a removable thermal element, characterized in that both cavities are through-holes and in that each side (1a, 1b, 1c, 1d) of the panel has a cavity and said cavities on the same panel communicate with each other at the center of the panel while forming a jacket on the central part thereof so that, when the panels are assembled, all the cavities are sealingly connected together throughout the box while defining a peripheral air circulation conduit integrated in the panel thickness.
A method for screening monoclonal antibodies (mAB) comprising, a. Adding fluorescent dye to mAb samples in solution, wherein the fluorescent dye is a tetraphenylethylene derivative, b. Inducing mAb aggregation by applying stress, to mimic the formation of mAb aggregates during cell culture, bioprocessing, shipment or storage, or combinations of the foregoing, wherein the added dye increases in fluorescence in linear proportion to the mAb's aggregation content as measured by size-exclusion chromatography, c. Measuring the fluorescence, and d. Elucidating the linear relationship between fluorescence signal and mAb aggregation content in calibration experiments, and using said relationship to rapidly estimate aggregation in subsequent experiments. a. Adding fluorescent dye to mAb samples in solution, wherein the fluorescent dye is a tetraphenylethylene derivative, b. Inducing mAb aggregation by applying stress, to mimic the formation of mAb aggregates during cell culture, bioprocessing, shipment or storage, or combinations of the foregoing, wherein the added dye increases in fluorescence in linear proportion to the mAb's aggregation content as measured by size-exclusion chromatography, c. Measuring the fluorescence, and d. Elucidating the linear relationship between fluorescence signal and mAb aggregation content in calibration experiments, and using said relationship to rapidly estimate aggregation in subsequent experiments.