mhurhangee/ep-ind-claims huggingface dataset:
Capacitive incremental encoder with at least three groups (71, 72, 73) of individual sensor surfaces (7, 7ij), wherein all sensor surfaces (7i1, 7i2, 7i3, 7i4) of the same group are connected to one another in an electrically conductive manner, wherein the sensor surfaces (7, 7ij) are covered by an electrically insulating cover plate and parts of capacitors have a capacity which can be changed by touching the cover plate, wherein between two sensor surfaces (7ij, 7i(j+1)) of the same group in each case there is arranged one sensor surface (7kj, 7mj) of each of the other groups (7k, 7m), wherein each group (71, 72, 73) is connected to a voltage source in an electrically conductive manner such that a voltage signal can be applied to each group (71, 72, 73), and wherein each group (71, 72, 73) is connected to an evaluation circuit such that an output signal can be evaluated for each group (71, 72, 73) in each case, wherein to trigger a step of the incremental encoder a first signal threshold is provided for the output signal, characterised in that to trigger a subsequent step of the incremental encoder a second signal threshold is provided for the output signal, and that a step of the incremental encoder with a predefined step threshold is counted as soon as the output signal of a group of sensor surfaces exceeds the first signal threshold and a subsequent step is counted as soon as the same output signal exceeds the second signal threshold.
An apparatus to brace or fixate tissue in targeted pharyngeal structures and/or individual anatomic components within the pharyngeal conduit comprising a chamber sized and configured to be located outside of the pharyngeal conduit and an air pump configured to draw air from the chamber to establish within the chamber a pressure that is less than atmospheric pressure where the apparatus further contains a physiologic feedback control for the air pump characterized in that the physiologic feedback control comprises a monitor or sensor to sense fluctuations of pharyngeal pressure during the respiration cycle.
Heat pump equipment with a refrigeration cycle, a first compressor and a second compressor, which are connected by a pipeline segment in series such that the compression is a two-stage compression, if the first compressor and the second compressor are operated, a condenser, an evaporator, an expansion valve, which is arranged before the evaporator in the direction of flow, a first oil separator, which is arranged behind the first compressor in the direction of flow and connected with the first compressor over a first oil pipeline in order to route oil which is separated out back to the first compressor, a second oil separator, which is arranged behind the second compressor in the direction of flow and connected with the second compressor over a second oil pipeline in order to route oil which is separated out back to the second compressor, whereby at least the first compressor or the second compressor can be operated independently, and a first bypass line for the bridging of the non-operated first compressor and a second bypass line for the bridging of the non-operated second compressor, and whereby a shut-off valve is connected upstream of the second compressor in the direction of flow, identified in that the first and second bypass lines (122, 123) end in the pipeline segment in each case between the first oil separator and the shut-off valve.
A lifting unit, for composing a luffing jib crane, the lifting unit comprising at least: - a jib foot intended to form a proximal part of a jib belonging to the luffing jib crane when the lifting unit is in a service configuration, - a counter-jib configured to support a ballast intended to balance the jib, - a securing part arranged between the jib foot and the counter-jib, the securing part comprising a securing portion (6.1) configured to secure the lifting unit to a mast of the luffing jib crane, and - a cylinder comprising a first cylinder part (8.1) and a second cylinder part (8.2), the first cylinder part (8.1) being mechanically connected to the jib foot such that the jib foot is movable at least between a lowered position and a lifted position, the lifting unit being configured to be placed at least: - in a service configuration, in which the cylinder may displace the jib foot between the lowered position and the lifted position, and - in a transport configuration, in which the jib foot is in the lowered position, the lifting unit being characterized in that the second cylinder part (8.2) is mechanically connected to the securing part. - a jib foot intended to form a proximal part of a jib belonging to the luffing jib crane when the lifting unit is in a service configuration, - a counter-jib configured to support a ballast intended to balance the jib, - a securing part arranged between the jib foot and the counter-jib, the securing part comprising a securing portion (6.1) configured to secure the lifting unit to a mast of the luffing jib crane, and - a cylinder comprising a first cylinder part (8.1) and a second cylinder part (8.2), the first cylinder part (8.1) being mechanically connected to the jib foot such that the jib foot is movable at least between a lowered position and a lifted position, - in a service configuration, in which the cylinder may displace the jib foot between the lowered position and the lifted position, and - in a transport configuration, in which the jib foot is in the lowered position,
A multilayer film for applying a label with a surface layer to a fabric support by means of hot pressing, comprising a lower layer adapted to adhere to the support, a barrier layer overlapping and adhering to the lower layer and an upper layer overlapping and adhering to the barrier layer and adapted to adhere to the surface layer, wherein the lower layer is predominantly made of copolyamide, the barrier layer is predominantly made of EVOH, and the upper layer is predominantly made of copolyamide.
A tandem submerged arc welding method of a high-Cr Creep Strength-Enhanced Ferritic (CSEF) steel, wherein the Cr content of this steel is 8% by mass or more, the method being characterised by: welding under the conditions at a wire feeding speed V L of a leading electrode of 45 to 90 g/min; a wire feeding speed V T of a trailed electrode of 60 to 110 g/min; a welding speed v of 30 to 55 cm/min; and a welding amount per unit length of 2.8 to 3.8 g/cm.
An apparatus of reforming a pipe member by improving the roundness of an axial region of the pipe member which is at least a part of the pipe member in a direction of an axis of the pipe member, the apparatus comprising: an inner roller (12, 112) which is disposed on an inside of the pipe member so that an outer circumference face of the inner roller is in contact with an inner circumference face of the axial region of the pipe member; a rotation unit (15, 31, 41, 115) configured to rotate the pipe member with respect to the inner roller around the axis of the pipe member; characterized by an anvil ring (11, 11 B) which is disposed on an outside of the pipe member so that a circularly-formed inner circumference face (11 a) of the anvil ring is opposed to an outer circumference face of the axial region of the pipe member; and a pressing unit (13, 113) configured to apply a pressure contact force between the inner circumference face of the anvil ring and the outer circumference face of the pipe member, to thereby cause plastic deformation at the axial region of the pipe member to allow deformation of the axial region to proceed in accordance with the shape of the inner circumference face of the anvil ring by using the inner circumference face of the anvil ring as a reforming face. an inner roller (12, 112) which is disposed on an inside of the pipe member so that an outer circumference face of the inner roller is in contact with an inner circumference face of the axial region of the pipe member; a rotation unit (15, 31, 41, 115) configured to rotate the pipe member with respect to the inner roller around the axis of the pipe member; characterized by an anvil ring (11, 11 B) which is disposed on an outside of the pipe member so that a circularly-formed inner circumference face (11 a) of the anvil ring is opposed to an outer circumference face of the axial region of the pipe member; and a pressing unit (13, 113) configured to apply a pressure contact force between the inner circumference face of the anvil ring and the outer circumference face of the pipe member, to thereby cause plastic deformation at the axial region of the pipe member to allow deformation of the axial region to proceed in accordance with the shape of the inner circumference face of the anvil ring by using the inner circumference face of the anvil ring as a reforming face.
Copper strip for making electrical contacts, with - a base material of copper or a copper alloy, and - a coating (3,4) of tin, wherein - the coating (3,4) of tin has a proportion of insoluble, precipitation-forming elements of 0.003 to 1.0, preferably up to 0.5, preferably up to 0.05, particularly preferably up to 0.01 weight percent, characterized in that - the insoluble, precipitation-forming element silver is present in the coating (3,4) in a proportion of 0.08 to 0.5 weight percent in the form of an Ag3Sn phase. - a base material of copper or a copper alloy, and - a coating (3,4) of tin, wherein - the coating (3,4) of tin has a proportion of insoluble, precipitation-forming elements of 0.003 to 1.0, preferably up to 0.5, preferably up to 0.05, particularly preferably up to 0.01 weight percent, characterized in that - the insoluble, precipitation-forming element silver is present in the coating (3,4) in a proportion of 0.08 to 0.5 weight percent in the form of an Ag3Sn phase.
A vibration assembly for use in a speaker, comprising: a supporting member (102, 24, 73, 79); a diaphragm (100, 50, 53, 54, 55, 56) vibrating and propagating vibration for sound radiation in response to an actuating force, and having transmittance in UV-A band over 50 percent; a flexible membrane (101, 30, 40) having a first portion coupled to the diaphragm (100, 50, 53, 54, 55, 56) and configured to vibrate with the diaphragm (100, 50, 53, 54, 55, 56), and having a second portion coupled to the supporting member (102, 24, 73, 79) for positioning the diaphragm (100, 50, 53, 54, 55, 56); and a voice coil flowing therein an alternating current and passing therethrough magnetic lines of force generated by a magnet (22, 70, 761, 762, 80, 83) to provide the actuating force, and characterized in that the diaphragm (100, 50, 53, 54, 55, 56) is a light-transmissive rigid and hard diaphragm, which is transmissive by UV-A light, and has a Young's modulus value over 50 GPa, and a Mohs hardness value over 5.0; and the voice coil is coupled to the light-transmissive rigid and hard diaphragm (100, 50, 53, 54, 55, 56) with a UV-curing adhesive. a supporting member (102, 24, 73, 79); a diaphragm (100, 50, 53, 54, 55, 56) vibrating and propagating vibration for sound radiation in response to an actuating force, and having transmittance in UV-A band over 50 percent; a flexible membrane (101, 30, 40) having a first portion coupled to the diaphragm (100, 50, 53, 54, 55, 56) and configured to vibrate with the diaphragm (100, 50, 53, 54, 55, 56), and having a second portion coupled to the supporting member (102, 24, 73, 79) for positioning the diaphragm (100, 50, 53, 54, 55, 56); and a voice coil flowing therein an alternating current and passing therethrough magnetic lines of force generated by a magnet (22, 70, 761, 762, 80, 83) to provide the actuating force, and characterized in that the diaphragm (100, 50, 53, 54, 55, 56) is a light-transmissive rigid and hard diaphragm, which is transmissive by UV-A light, and has a Young's modulus value over 50 GPa, and a Mohs hardness value over 5.0; and the voice coil is coupled to the light-transmissive rigid and hard diaphragm (100, 50, 53, 54, 55, 56) with a UV-curing adhesive.
A surgical device for correcting deformations in the spinal column comprising tubular elements capable of being temporarily attached at the level of pedicle screw heads arranged to be connected by an implantable curved rod, at least one rod intended to be movably inserted into slots and of each tubular element to align them for the correction of said column by translation, tilting, and rotation of the vertebrae in the three planes of space, each tubular element being designed in such a way that it can be coupled to the outside of the pedicle screw heads, the rod which forms an alignment and handling rod being capable of acting, as it moves, on means for simultaneously displacing the curved rod, previously inserted into the slots and towards the pedicle screw heads, another rod being intended to be coupled to the outside of the aligned tubular elements to enable the removal of the alignment and handling rod in order to insert into each tubular element a member for actuating a nut for fastening the curved rod in each of the pedicle screw heads, characterized in that the means for displacing the implantable curved rod are formed of a ring assembled with the ability to slide along the tubular element, said ring being made of two parts and coupled together in height-adjustable fashion to compensate for dimensional deviations between the rectilinear alignment and handling rod and the curved rod.
TOR inhibitor composition for use in the treatment of age-related diseases or disorders of humans, wherein said TOR inhibitor is a low dose of rapamycin or an analog thereof selected from Deforolimus, AP-23675, AP-23841, Zotarolimus, CCI779/Temsirolimus, RAD-001/Everolimus, 7-epi-rapamycin, 7-thiomethyl-rapamycin, 7-epi-trimethoxy-rapamycin, 2-desmethyl-rapamycin, and 42-O-(2-hydroxy)ethyl-rapamycin, wherein said TOR inhibitor does not inhibit cell growth at G1 phase of cell cycle and protein translation, wherein said low doses of rapamycin is administered at a daily oral dosage of 0.01 to 10 μg /day. wherein said TOR inhibitor is a low dose of rapamycin or an analog thereof selected from Deforolimus, AP-23675, AP-23841, Zotarolimus, CCI779/Temsirolimus, RAD-001/Everolimus, 7-epi-rapamycin, 7-thiomethyl-rapamycin, 7-epi-trimethoxy-rapamycin, 2-desmethyl-rapamycin, and 42-O-(2-hydroxy)ethyl-rapamycin, wherein said TOR inhibitor does not inhibit cell growth at G1 phase of cell cycle and protein translation, wherein said low doses of rapamycin is administered at a daily oral dosage of 0.01 to 10 μg /day.
A fan arrangement having a fan and toothed ring, wherein the fan has a basic body on which there are formed fan blades, wherein the fan has an annular region, wherein the toothed ring is arranged within the annular region, characterised in that the toothed ring is spaced apart from the basic body via the fan blades, wherein the annular region is formed at the fan-blade side remote from the basic body, wherein the radially outer end regions, viewed from the rotational axis of the fan, of the toothed ring are not surrounded by the material of the fan, wherein the toothed ring is arranged in the fan in an integrated manner, wherein the remaining region of the toothed ring, therefore the entire toothed ring with the exception of the radially outer end regions, is surrounded by the material of the fan, wherein the air flow conveyed by the fan flows through between the annular region and the basic body, between in each case two next-adjacent fan blades. wherein the fan has a basic body on which there are formed fan blades, wherein the fan has an annular region, wherein the toothed ring is arranged within the annular region, characterised in that the toothed ring is spaced apart from the basic body via the fan blades, wherein the annular region is formed at the fan-blade side remote from the basic body, wherein the radially outer end regions, viewed from the rotational axis of the fan, of the toothed ring are not surrounded by the material of the fan, wherein the toothed ring is arranged in the fan in an integrated manner, wherein the remaining region of the toothed ring, therefore the entire toothed ring with the exception of the radially outer end regions, is surrounded by the material of the fan, wherein the air flow conveyed by the fan flows through between the annular region and the basic body, between in each case two next-adjacent fan blades.
An ALD silicon and oxygen containing film formation process, the process comprising the steps of: Depositing a silicon and oxygen containing film on a substrate by sequentially introducing a vapor of a mono-substituted TSA precursor and an oxygen-containing reactant into a reactor containing the substrate, the mono-substituted TSA precursor having a formula (SiH 3) 2 N-SiH 2 -X, characterized in that X is an amino group [-NR 2] and each R is independently selected from the group consisting of H; a C 1 -C 6 hydrocarbyl group.
Overpressure encapsulation with a housing, which is connected to a flushing gas source by way of a flushing gas inlet, with an inlet valve arranged between the flushing gas source and the flushing gas inlet, with a pressure gauge or pressure switch monitoring the internal pressure in the housing and with a control device which is embodied to control the inlet valve in order to maintain a target internal pressure in the housing, characterised by a flow meter detecting the flushing gas supply between the flushing gas source and the flushing gas inlet and an evaluation device, which precalculates a trend curve of the flushing gas supply and a time instant (t1, t2), if the trend curve exceeds a threshold value (Q1, Q2).
A sensing device based on optical probing and sensing, comprising: a tunable laser that produces a laser beam of probe light and operates to tune a wavelength of the probe light over different wavelengths; a chip platform that holds one or more sensor chips under measurement, each sensor chip comprising a substrate, one or more optical sensors formed on the substrate, an input optical coupler formed on the substrate to receive and direct the probe light to a respective optical sensor, and an output optical coupler formed on the substrate to couple light from the respective optical sensor out of the substrate as returned probe light; an optical system that projects and scans the probe light over the chip platform to optically interrogate the optical sensors on at least one of the one or more sensor chips, the optical system comprising an objective lens oriented relative to the chip platform at an angle to render specular reflection of the probe light from the sensor chip outside an optical aperture of the objective lens and to receive the returned probe light from the sensor chip at a direction different from the specular reflection of the probe light from the sensor chip; and a first optical detector in communication with the optical system to receive a portion of the returned probe light and to detect responses of each optical sensor on the sensor chip over different wavelengths of the tunable laser. a tunable laser that produces a laser beam of probe light and operates to tune a wavelength of the probe light over different wavelengths; a chip platform that holds one or more sensor chips under measurement, each sensor chip comprising a substrate, one or more optical sensors formed on the substrate, an input optical coupler formed on the substrate to receive and direct the probe light to a respective optical sensor, and an output optical coupler formed on the substrate to couple light from the respective optical sensor out of the substrate as returned probe light; an optical system that projects and scans the probe light over the chip platform to optically interrogate the optical sensors on at least one of the one or more sensor chips, the optical system comprising an objective lens oriented relative to the chip platform at an angle to render specular reflection of the probe light from the sensor chip outside an optical aperture of the objective lens and to receive the returned probe light from the sensor chip at a direction different from the specular reflection of the probe light from the sensor chip; and a first optical detector in communication with the optical system to receive a portion of the returned probe light and to detect responses of each optical sensor on the sensor chip over different wavelengths of the tunable laser.
A method of implicit beamforming within a communication system having a first transceiver device having a first plurality of antennas and a second transceiver device having a second plurality of antennas, the method comprising:determining (224; 270) a partial dimensional description of a reverse channel, wherein a signal travels from the second transceiver device to the first transceiver device via the reverse channel; developing (236; 290) a correction matrix to correct imbalance between transmit and receive channels, wherein the correction matrix is developed from the partial dimensional description of the reverse channel and a full-dimensional description of the forward channel via which a signal travels from the first transceiver device to the second transceiver device; using the correction matrix to process signals to be transmitted via the forward channel; and using a steering matrix to perform beamforming in the forward channel.
Surgical needle, which is connected to a thread and which has a tip body, bearing the needle tip, and a needle body, the needle body being helical and having an inner cavity, and the needle body having a first end facing the tip body, and the needle body having a second end opposite the first end, and the tip body having a thread receptacle and the thread being guided by the thread receptacle from the first end of the needle body through the cavity to the second end of the needle body, the tip body being designed as a separate component which is releasably connected to the needle body and has a tip body, shaft piece and connecting piece, an expansion fan being provided on the tip body, and a receiving space for the expansion fan being provided in the needle body, characterised in that the tip body is rotationally symmetrical about an axis through the needle tip, the needle body having an outer diameter, and the expansion fan comprising a plurality of lamellae, the ends of which specify a support diameter which is greater than the outer diameter of the needle body by at least a factor of 3, the lamellae being spring-loaded in the receiving space, the lamellae being rigidly connected to the tip body.