mhurhangee/ep-ind-claims huggingface dataset:
Shoe having a sole section with an insole designed for supporting a foot after the insole is inserted in the shoe so as to abut the sole section of said shoe, said insole comprising an integral plastic material forming a flexible planar base layer out of which numerous resilient studs arise, characterized in that the planar base layer is designed as a contact surface for the foot, the studs are designed to extend from the base layer to the sole section of the shoe, and the studs are shaped of different heights so that without weight-loading by the foot the insole contacts the sole section of the shoe only with some studs of greater heights and upon weight-loading by the foot also the studs (2b, 2c) of smaller heights are pressed against the sole section and thereby the flexible planar base layer is deformed so as to conform with the shape of the underside of the foot as a three-dimensionally shaped footbed.
A method, comprising: in a receiver, computing soft decoding metrics for decoding a received signal; storing the soft decoding metrics in a compressed form in a memory buffer by encoding the soft decoding metrics using a compression codebook dependent on a statistical distribution of the soft decoding metrics, and by defining pointers to start and end addresses of respective unoccupied regions in the memory buffer; and retrieving the soft decoding metrics in the compressed form from the memory buffer by skipping the unoccupied regions whose start and end addresses are pointed to by the pointers, decompressing the retrieved soft decoding metrics and decoding the received signal using the decompressed soft decoding metrics. in a receiver, computing soft decoding metrics for decoding a received signal; storing the soft decoding metrics in a compressed form in a memory buffer by encoding the soft decoding metrics using a compression codebook dependent on a statistical distribution of the soft decoding metrics, and by defining pointers to start and end addresses of respective unoccupied regions in the memory buffer; and retrieving the soft decoding metrics in the compressed form from the memory buffer by skipping the unoccupied regions whose start and end addresses are pointed to by the pointers, decompressing the retrieved soft decoding metrics and decoding the received signal using the decompressed soft decoding metrics.
A plasma generator comprising: an ignition coil for supplying high voltage pulses; an EM-wave oscillator for oscillating EM waves; a mixer for mixing the energy of the high voltage pulses and an energy of the EM waves; and a ignition plug defining an outer diameter; said ignition plug configured to be supplied with the mixed energy, such that the high voltage pulse energy causes a discharge and such that the EM wave energy is introduced to a reaction region where a combustion reaction or a plasma reaction is carried out, wherein the plasma generator is configured to initiate the combustion reaction or the plasma reaction in the reaction region using energies of discharge and EM waves; wherein the ignition plug comprises a component, and a part of said component is used as a part that forms the mixer; characterised in that the mixer comprises a cylindrical connection pipe having an outer diameter and configured to be supplied with the EM waves, and an outer case formed coaxially with the connection pipe, the outer diameter of the connection pipe being larger than the outer diameter of the ignition plug. an ignition coil for supplying high voltage pulses; an EM-wave oscillator for oscillating EM waves; a mixer for mixing the energy of the high voltage pulses and an energy of the EM waves; and a ignition plug defining an outer diameter; said ignition plug configured to be supplied with the mixed energy, such that the high voltage pulse energy causes a discharge and such that the EM wave energy is introduced to a reaction region where a combustion reaction or a plasma reaction is carried out, wherein the plasma generator is configured to initiate the combustion reaction or the plasma reaction in the reaction region using energies of discharge and EM waves; wherein the ignition plug comprises a component, and a part of said component is used as a part that forms the mixer; characterised in that the mixer comprises a cylindrical connection pipe having an outer diameter and configured to be supplied with the EM waves, and an outer case formed coaxially with the connection pipe, the outer diameter of the connection pipe being larger than the outer diameter of the ignition plug.
An epidermal growth factor receptor (EGFR) pathway activator for use in the treatment of a disease or disorder characterized by satellite cells having an inability, or a reduced ability, to assemble a functional dystrophin-associated glycoprotein complex that results in an inability, or reduced ability, to establish cell polarity, wherein the EGFR pathway activator is formulated for administration in an amount sufficient to stimulate asymmetric division of at least some satellite stem cells, wherein the disease or disorder is muscular dystrophy and the satellite stem cells are characterized by: expression of paired box 7 protein and EGFR protein, and by a lack of expression of myogenic factor 5 protein and MyoD protein, and wherein the EGFR pathway activator is a direct activator of the EGFR pathway. wherein the disease or disorder is muscular dystrophy and the satellite stem cells are characterized by: expression of paired box 7 protein and EGFR protein, and by a lack of expression of myogenic factor 5 protein and MyoD protein, and wherein the EGFR pathway activator is a direct activator of the EGFR pathway.
Apparatus for wireless power transfer, comprising: a power transfer coil (111, 40) configured for inductive power transfer and defining a first plane, a foreign object detecting device comprising at least one detection coil (21, 31, 32, 41) defining a second plane substantially parallel to the first plane, wherein each of the at least one detection coil encloses a first area which at least partially overlaps with a second area enclosed by the power transfer coil, wherein the foreign object detecting device comprises a driver circuit (22, 50) coupled to the at least one detection coil and configured to generate a magnetic field with the at least one detection coil and a control unit (24, 60) coupled to the driver circuit and configured to measure a value representative of a damping of the magnetic field, characterised in that the control unit (24, 60) is configured to measure an electrical power supplied to the at least one detection coil in order to control an amplitude of oscillation in the at least one detection coil to a steady value for detecting foreign objects, and preferably in that the control unit is configured to continuously measure the electrical power while maintaining the amplitude of oscillation at the steady value. a power transfer coil (111, 40) configured for inductive power transfer and defining a first plane, a foreign object detecting device comprising at least one detection coil (21, 31, 32, 41) defining a second plane substantially parallel to the first plane, wherein each of the at least one detection coil encloses a first area which at least partially overlaps with a second area enclosed by the power transfer coil, wherein the foreign object detecting device comprises a driver circuit (22, 50) coupled to the at least one detection coil and configured to generate a magnetic field with the at least one detection coil and a control unit (24, 60) coupled to the driver circuit and configured to measure a value representative of a damping of the magnetic field, characterised in that the control unit (24, 60) is configured to measure an electrical power supplied to the at least one detection coil in order to control an amplitude of oscillation in the at least one detection coil to a steady value for detecting foreign objects, and preferably in that the control unit is configured to continuously measure the electrical power while maintaining the amplitude of oscillation at the steady value.
An optically anisotropic photo-alignment layer for planar alignment of liquid crystals, which has been obtained by exposing a photo-alignable material to aligning light, wherein the photo-alignable material incorporates photo-alignable moieties, which comprise a cinnamate, characterized in that the photo-alignment layer has a negative dichroism with ΔA < -0.3 per micrometer thickness in at least one wavelength range above 230nm and a positive dichroism with ΔA > 0.07 per micrometer thickness in at least one wavelength range between 190nm and 230nm, wherein the dichroism ΔA is the difference of the absorbance measured along and perpendicular to the aligning light direction and wherein the aligning light is linearly or elliptically polarized and the aligning light direction is the intersection line of the surface of the photo-alignment layer and the polarization plane of the aligning light during the exposure.
A composite structure, comprising; a formed winding of tubular braiding, wherein the tubular braiding contains or is formed from a unidirectional tape, wherein the unidirectional tape comprises unidirectional fibers.
A pallet comprising: a rigid planar body for supporting and transporting cargo; characterised by at least one rigid hollow elongated tubular conduit located within the rigid planar body between upper and lower surfaces of the rigid planar body and extending entirely through the rigid planar body between two opposing sides of the rigid planar body; a tubular liner disposed within the conduit, the liner configured to prevent contact to the conduit by a cable passing through the conduit during use, the liner being removable and replaceable and each conduit including a respective mechanism adapted to temporarily secure the liner within the conduit. a rigid planar body for supporting and transporting cargo; characterised by at least one rigid hollow elongated tubular conduit located within the rigid planar body between upper and lower surfaces of the rigid planar body and extending entirely through the rigid planar body between two opposing sides of the rigid planar body; a tubular liner disposed within the conduit, the liner configured to prevent contact to the conduit by a cable passing through the conduit during use, the liner being removable and replaceable and each conduit including a respective mechanism adapted to temporarily secure the liner within the conduit.
A vaporizer device comprising: an induction element; a susceptor element (108; 508; 608); and a temperature sensor (102; 502; 602) in thermal contact with the susceptor element, the temperature sensor including a temperature sensor circuit, the vaporizer device being characterised in that the temperature sensor circuit comprises: a capacitor (104; 504; 604) having a capacitance value equal to C; and an inductor (106; 506; 606) around the capacitor, the inductor having an inductance value equal to L; wherein a resonant frequency of the temperature sensor circuit changes based on a temperature of the susceptor element; wherein the induction element is electromagnetically coupled to the temperature sensor; and wherein the resonant frequency of the temperature sensor circuit is equal to: 1 / 2 π LC. an induction element; a susceptor element (108; 508; 608); and a temperature sensor (102; 502; 602) in thermal contact with the susceptor element, the temperature sensor including a temperature sensor circuit, the vaporizer device being characterised in that the temperature sensor circuit comprises: a capacitor (104; 504; 604) having a capacitance value equal to C; and an inductor (106; 506; 606) around the capacitor, the inductor having an inductance value equal to L; a capacitor (104; 504; 604) having a capacitance value equal to C; and an inductor (106; 506; 606) around the capacitor, the inductor having an inductance value equal to L; wherein a resonant frequency of the temperature sensor circuit changes based on a temperature of the susceptor element; wherein the induction element is electromagnetically coupled to the temperature sensor; and wherein the resonant frequency of the temperature sensor circuit is equal to: 1 / 2 π LC.
Endoscope sheath, comprising an elongate flexible hose, which encloses a main lumen, for receiving at least one portion of a shaft of a flexible endoscope, and at least one working channel (4, 4'), designed as a further lumen, for receiving at least one portion of a flexible endoscopic working instrument, wherein, the endoscope sheath has a transparent distal end portion characterized in that the working channel (4, 4') is guided in the form of a helical line around the main lumen and, in the distal end portion, extends parallel to a central longitudinal axis of the main lumen, wherein the distal end of the working channel (4, 4') opens out in an end opening of the distal end portion arranged obliquely with respect to a central longitudinal axis of the main lumen, wherein the distal end of the working channel (4, 4') is designed in such a way that a working instrument inserted beyond the distal end of the working channel (4, 4') is angled outward in relation to a central longitudinal axis of the main lumen, wherein a nose for angling the working instrument is arranged in the end opening.
A cooling system which accommodates a plurality of electronic devices in a cooling bath, wherein the cooling bath defines an open space of an unsealed structure provided with an inlet port and an outlet port for a liquid coolant and which directly cools the plural electronic devices by immersion of the electronic devices in the liquid coolant circulated in the open space, characterized in that the liquid coolant contains a perfluorinated compound as a main component thereof and has a liquid weight loss percentage of 1.5 % or less as determined by allowing 10 ml of the liquid coolant in a 10-mlmeasuring cylinder (opening diameter: 11.5 mm) to spontaneously evaporate under normal environment at a room temperature of 25 °C for 100 hours.
An optoelectronic sensor for detecting an object in a monitoring area, comprising a light transmitter for transmitting light into the monitoring area, a light receiver having a plurality of light receiving elements arranged in a line for generating a respective reception signal from a reception light spot that the remitted light remitted at the object generates on the light receiver, the light transmitter and light receiver forming a triangulation arrangement, and a control and evaluation unit configured to determine and evaluate a first feature and a second feature of the received light spot from the received signals in order to determine the presence or absence of the object characterized in that the control and evaluation unit is configured to determine and evaluate at least a third feature of the received light spot from the received signals, the individual feature in each case first being compared by means of a comparison with limit values for the absence and/or limit values for the presence, and the evaluations of the individual features in a plurality of feature dimensions of an at least three-dimensional property space then being combined by majority or unanimity to form a common decision on the presence or absence of the object, wherein a position, an energy, a width and/or a multiple splitting are determined and evaluated as features of the receiving light spot, and wherein three of the features or even all four features are used.
A method for making a panel in composite material with fiber reinforcement laminated in a thermoplastic polymer matrix, wherein said panel comprises a hole with a flanged edge, characterized in that it comprises steps of: a. installing on a laying up board a shouldered cylindrical punch with sides that reproduce the contour of the flanged edge of said hole and comprising on the side opposite that of the board a projecting support face that is diametrically recessed in relation to the sides of said punch and with a height (e) equal to or greater than the thickness of the layered structure; b. depositing on said board strips (311, 312, 313, 314) of fibers prepregged with the thermoplastic polymer and cut out to cover the punch, except on its support face, until the required layered structure is obtained; c. placing on the support face of the punch a rigid smoothing plate with an area smaller than or equal to that of the opening of the hole with a flanged edge; d. bagging the stack topped by a forming panel suitable for following the surface of the layered structure created in step (c); e. consolidating (550, 560, 570) the panel by subjecting it to a cycle of heating and cooling under pressure, which cycle comprises heating to a temperature above or equal to the melting temperature of the thermoplastic polymer. a. installing on a laying up board a shouldered cylindrical punch with sides that reproduce the contour of the flanged edge of said hole and comprising on the side opposite that of the board a projecting support face that is diametrically recessed in relation to the sides of said punch and with a height (e) equal to or greater than the thickness of the layered structure; b. depositing on said board strips (311, 312, 313, 314) of fibers prepregged with the thermoplastic polymer and cut out to cover the punch, except on its support face, until the required layered structure is obtained; c. placing on the support face of the punch a rigid smoothing plate with an area smaller than or equal to that of the opening of the hole with a flanged edge; d. bagging the stack topped by a forming panel suitable for following the surface of the layered structure created in step (c); e. consolidating (550, 560, 570) the panel by subjecting it to a cycle of heating and cooling under pressure, which cycle comprises heating to a temperature above or equal to the melting temperature of the thermoplastic polymer.
A method for determining a state of a transmission for a vehicle, characterized by providing an input for a first model depending on a route information, a vehicle speed, a probabilistic variable, in particular noise, and an output of a second model, wherein the first model is a generative model and the second model is a physical model, determining an output of the first model in response to the input for the first model, wherein the output of the first model characterizes the state, wherein the first model comprises a first layer that is trained to map input for the first model determined depending on the route information, the vehicle speed and the probabilistic variable to an intermediate state, wherein the first model comprises a second layer that is trained to map the intermediate state to the state depending on the output of the second model, providing an input for the second model depending on at least one vehicle state and/or the route information, determining an output of the second model in response to the input for the second model, wherein the output of the second model characterizes at least one limit for the intermediate state.
An outsole with an integrated toe cap comprising: - an outsole joined to a toe cap, wherein the toe cap is configured to surround a front portion of a footwear item and comprises a left side, a right side and a central area, wherein - each side (8,9) comprises a tab configured to be fastened by means of gluing or sewing to a band arranged in an upper surface of an EVA midsole of the footwear, said tabs remaining concealed in an inner portion of the footwear item, wherein - the outsole with an integrated toe cap extends along the whole length of a foot of a user. - an outsole joined to a toe cap, wherein the toe cap is configured to surround a front portion of a footwear item and comprises a left side, a right side and a central area, wherein - each side (8,9) comprises a tab configured to be fastened by means of gluing or sewing to a band arranged in an upper surface of an EVA midsole of the footwear, said tabs remaining concealed in an inner portion of the footwear item, - the outsole with an integrated toe cap extends along the whole length of a foot of a user.
A process for the production of one or more alkenes and/or aromatic compounds, comprising reacting a feedstream comprising methane with at least one monochloroalkene having the formula R 1 -CCl=CH-R 2 where R 1 and R 2 may each independently be hydrogen or an alkyl group having from 1 to 4 carbon atoms in the presence of a free radical initiator at a temperature of less than 700°C and a pressure of less than 27580 kPa (4000 psig).
A computer-implemented method comprising: retrieving data representing a computer network, the data comprising network configuration data and network policy data, the network configuration data and the network policy data specify access rights; creating a software representation of the computer network based on the data, the software representation represents actions that can be taken on the computer network; identifying possible attack paths in the computer network, wherein the possible attack paths are identified based on analysis of the software representation; and deploying one or more detection signatures on the computing network, a detection signature of the one or more detection signatures detects traversal of at least a subset of one or more attack paths. retrieving data representing a computer network, the data comprising network configuration data and network policy data, the network configuration data and the network policy data specify access rights; creating a software representation of the computer network based on the data, the software representation represents actions that can be taken on the computer network; identifying possible attack paths in the computer network, wherein the possible attack paths are identified based on analysis of the software representation; and deploying one or more detection signatures on the computing network, a detection signature of the one or more detection signatures detects traversal of at least a subset of one or more attack paths.
Plant for charging, melting and casting of metal and metal alloys under vacuum and/or a protective gas atmosphere, comprising at least one vacuum induction melting device (2A, 2B), means for charging feedstock under vacuum and/or protective gas into the at least one vacuum induction melting device (2A, 2B), at least one vacuum induction casting device, which is connectible with the at least one vacuum induction melting device (2A, 2B), wherein the vacuum induction casting device comprises at least one storage chamber, which can be gas-tightly coupled to a continuous casting plant or a powder atomising plant as downstream unit, characterised by at least one second vacuum induction melting device (2A, 2B), wherein at least two vacuum induction melting devices (2A, 2B) are gas-tightly connectible with the vacuum induction casting device and the vacuum induction melting devices (2A, 2B) are constructed for the purpose of in alternation respectively feeding a casting distributor which transfers the melt under vacuum and/or protective gas to the storage chamber of the vacuum induction casting device.