mhurhangee/patent-ind-claim-en huggingface dataset:
A shaft assembly comprising: a housing having an opening and an inner wall surrounding the opening; a lubricant reservoir within the housing ; a tubular member having a first axial end fixed to the inner wall with an interference fit and a second axial end spaced from the first end to be positioned above a surface of a lubricant that collects in the lubricant reservoir during operation; characterised in that , a solid shaft extending through the tubular member and having an outer diameter that is smaller than an inner diameter of the tubular member , thereby defining a dry well in an annular gap between the solid shaft and the tubular member ; a gear arranged about the solid shaft and configured to rotate together with the solid shaft ; first and second bearings arranged on opposite sides of the gear and configured to rotatably support the solid shaft ; and a bearing mount fixed to the gear and arranged about the tubular member , the bearing mount having an outer circumferential surface contacting the first bearing and an axial end surface contacting the gear , wherein the tubular member is positioned radially between the solid shaft and the first bearing and the bearing mount surrounds the tubular member and contacts the inner race of the first bearing . a housing having an opening and an inner wall surrounding the opening; a lubricant reservoir within the housing ; a tubular member having a first axial end fixed to the inner wall with an interference fit and a second axial end spaced from the first end to be positioned above a surface of a lubricant that collects in the lubricant reservoir during operation; characterised in that , a solid shaft extending through the tubular member and having an outer diameter that is smaller than an inner diameter of the tubular member , thereby defining a dry well in an annular gap between the solid shaft and the tubular member ; a gear arranged about the solid shaft and configured to rotate together with the solid shaft ; first and second bearings arranged on opposite sides of the gear and configured to rotatably support the solid shaft ; and a bearing mount fixed to the gear and arranged about the tubular member , the bearing mount having an outer circumferential surface contacting the first bearing and an axial end surface contacting the gear , wherein the tubular member is positioned radially between the solid shaft and the first bearing and the bearing mount surrounds the tubular member and contacts the inner race of the first bearing .
A tensioning assembly for a process valve , comprising: - a housing having an interface for rigid connection to a valve body , - a gearing supported on the housing ; and - a tensioning element arranged at the output of the gearing , the tensioning element comprising a contact surface which is designed to clamp a lateral outer collar of a diaphragm of the process valve between the tensioning element and the valve body , characterized by - a switchable coupling which transmits a torque introduced into the coupling either into a drive rod or into the gearing . - a housing having an interface for rigid connection to a valve body , - a gearing supported on the housing ; and - a tensioning element arranged at the output of the gearing , the tensioning element comprising a contact surface which is designed to clamp a lateral outer collar of a diaphragm of the process valve between the tensioning element and the valve body , characterized by - a switchable coupling which transmits a torque introduced into the coupling either into a drive rod or into the gearing .
Robot system for transporting a movable object , in particular a hospital bed, wherein the robot system comprises two robots and both robots can each be coupled to the movable object , in particular to a coupling device of the movable object , in such a way that a force from at least one of the robots is transferrable to the movable object such that the robots can jointly transport the movable object , characterized in that both robots are connectable to each other and then movable together as one unit, and the unit is separatable again into both robots so that both robots are movable in respectively different directions.
A microbial fermentation method of botanicals, comprising steps of: fermenting with wall-breaking fungi, and then fermenting with probiotics, wherein the wall-breaking fungi are selected from wood-grown fungi and/or Cordyceps, Ganoderma, Poria cocos, and/ or Grifola umbellata, wherein the probiotics are selected from a group consisting of yeast, selected from Saccharomyces, Pichia, and Hansenula and Lactobacillus, and Acetobacterium, and wherein mixed fermentation of yeast and Lactobacillus is followed by fermentation of Acetobacterium.
An access node comprising a processor and a transceiver ; the transceiver configured to receive at least one uplink reference signal corresponding to at least one user node , the processor configured to determine, based on the at least one uplink reference signal , an estimated position of the at least one user node relative to the access node ; and at least one directional parameter corresponding to the estimated position of the at least one user node relative to the position of the access node ; and the transceiver being configured to send at least one downlink control information to the at least one user node , the at least one downlink control information including the directional parameters, characterised in that the processor is further configured to determine orientation parameters of the at least one user node relative to the access node by: acquiring calibration data of an antenna array of the user node from an uplink control channel; estimating an uplink channel from the at least one uplink reference signal ; and correlating the estimated uplink channel with the calibration data for different rotations of the antenna array . based on the at least one uplink reference signal , an estimated position of the at least one user node relative to the access node ; and at least one directional parameter corresponding to the estimated position of the at least one user node relative to the position of the access node ; and acquiring calibration data of an antenna array of the user node from an uplink control channel; estimating an uplink channel from the at least one uplink reference signal ; and correlating the estimated uplink channel with the calibration data for different rotations of the antenna array .
A micro-electrical-mechanical system, MEMS, resonator device for biosensing or biochemical sensing applications, the device comprising: a substrate ; a bulk acoustic wave resonator structure arranged over at least a portion of the substrate, the bulk acoustic wave resonator structure including at least one top side electrode ; a hermeticity layer arranged over at least a portion of the at least one top side electrode, the hermeticity layer comprising a dielectric material including a water vapor transmission rate of no greater than 0.1 g/m 2 /day; an interface layer arranged over at least a portion of the hermeticity layer; a self-assembled monolayer arranged over at least a portion of the interface layer; at least one specific binding material arranged over at least a portion of the self-assembled monolayer; and a blocking material arranged over a portion of the self-assembled monolayer that is non-coincident with the at least one specific binding material; wherein the bulk acoustic wave resonator structure comprises at least one active region below the at least one top side electrode, and at least a portion of each of the hermeticity layer, the interface layer, the self-assembled monolayer, and the at least one specific binding material is arranged over the at least one active region. a substrate ; a bulk acoustic wave resonator structure arranged over at least a portion of the substrate, the bulk acoustic wave resonator structure including at least one top side electrode ; a hermeticity layer arranged over at least a portion of the at least one top side electrode, the hermeticity layer comprising a dielectric material including a water vapor transmission rate of no greater than 0.1 g/m 2 /day; an interface layer arranged over at least a portion of the hermeticity layer; a self-assembled monolayer arranged over at least a portion of the interface layer; at least one specific binding material arranged over at least a portion of the self-assembled monolayer; and a blocking material arranged over a portion of the self-assembled monolayer that is non-coincident with the at least one specific binding material; wherein the bulk acoustic wave resonator structure comprises at least one active region below the at least one top side electrode, and at least a portion of each of the hermeticity layer, the interface layer, the self-assembled monolayer, and the at least one specific binding material is arranged over the at least one active region.
An extrusion machine for the continuous manufacture of profiles from a formable extrusion material , comprising - a main frame , - at least one friction wheel rotatable about the drive shaft , which friction wheel is provided with at least one peripheral groove and is in drive connection with the drive device , - a tool holding device , which tool holding device is mounted on a pivot axis held on the main frame and can be pivoted about the pivot axis between a working position and a release position, wherein the tool holding device is arranged downstream of the friction wheel , as viewed in the pass-through direction of the profile to be manufactured, - a locking device , which locking device in its locking position holds the tool holding device locked in its working position relative to the main frame , - at least one tool unit , which tool unit is supported on the tool holding device , in particular is accommodated in an accommodation chamber arranged in the tool holding device , and contains or forms at least one stripping area facing the friction wheel with at least one stripping element for the extrusion material to be formed from the friction wheel , in particular according to one of the preceding claims, characterized in that - the tool unit is supported on its side facing away from the friction wheel on the tool holding device , in particular on a first positioning surface of the accommodation chamber , with the interposition of a first sensor unit . - a main frame , - at least one friction wheel rotatable about the drive shaft , which friction wheel is provided with at least one peripheral groove and is in drive connection with the drive device , - a tool holding device , which tool holding device is mounted on a pivot axis held on the main frame and can be pivoted about the pivot axis between a working position and a release position, wherein the tool holding device is arranged downstream of the friction wheel , as viewed in the pass-through direction of the profile to be manufactured, - a locking device , which locking device in its locking position holds the tool holding device locked in its working position relative to the main frame , - at least one tool unit , which tool unit is supported on the tool holding device , in particular is accommodated in an accommodation chamber arranged in the tool holding device , and contains or forms at least one stripping area facing the friction wheel with at least one stripping element for the extrusion material to be formed from the friction wheel , in particular according to one of the preceding claims, - the tool unit is supported on its side facing away from the friction wheel on the tool holding device , in particular on a first positioning surface of the accommodation chamber , with the interposition of a first sensor unit .
A mobile or portable device comprising an illuminating arrangement comprising a light source , and an amplitude splitting interferometer configured to form two interferograms with different wavelengths of light emitted by the light source , the illuminating arrangement being configured to illuminate a target region at a distance of at least 10 cm from the device by the interferograms one at a time, thereby projecting structured light patterns onto the target region; an image sensor configured to capture at least one digital image frame of the target region illuminated by the interferograms, for each of the different wavelengths; and a processing unit configured to obtain image data of the at least one digital image frames for each of the different wavelengths, and determine depth of at least one object location in the target region relative to a reference location on the basis of the obtained image data. an illuminating arrangement comprising a light source , and an amplitude splitting interferometer configured to form two interferograms with different wavelengths of light emitted by the light source , the illuminating arrangement being configured to illuminate a target region at a distance of at least 10 cm from the device by the interferograms one at a time, thereby projecting structured light patterns onto the target region; an image sensor configured to capture at least one digital image frame of the target region illuminated by the interferograms, for each of the different wavelengths; and a processing unit configured to obtain image data of the at least one digital image frames for each of the different wavelengths, and determine depth of at least one object location in the target region relative to a reference location on the basis of the obtained image data.
A method for wireless communication performed by a user equipment, UE , the method comprising: receiving a multiplexing index from a base station, wherein the multiplexing index is different from other multiplexing indices provided to other UEs also scheduled to transmit using resources assigned to the UE for a physical uplink control channel; identifying that an uplink control information payload satisfies a threshold size condition; mapping the uplink control information payload to an uplink control sequence based at least in part on the uplink control information payload satisfying the threshold size condition and using the multiplexing index to map the uplink control information payload to the uplink control sequence; and transmitting a physical uplink control channel that includes the uplink control sequence, the uplink control sequence being representative of the uplink control information payload. receiving a multiplexing index from a base station, wherein the multiplexing index is different from other multiplexing indices provided to other UEs also scheduled to transmit using resources assigned to the UE for a physical uplink control channel; identifying that an uplink control information payload satisfies a threshold size condition; mapping the uplink control information payload to an uplink control sequence based at least in part on the uplink control information payload satisfying the threshold size condition and using the multiplexing index to map the uplink control information payload to the uplink control sequence; and transmitting a physical uplink control channel that includes the uplink control sequence, the uplink control sequence being representative of the uplink control information payload.
An injection system for retroactive stabilization of a boundary region between structural components, in particular of a water-permeable joint chamber or water-permeable concrete walkway, having at least one variable-volume, preferably inflatable, molded article, in particular a joint chamber sealing cushion , wherein the molded article can be provided along the boundary region that is to be stabilized, wherein an injection medium delivery device is provided, which is embodied for introducing injection medium into the boundary region, and wherein the injection medium delivery device has a longitudinal axis, with which the injection medium delivery device extends along at least one long side of the molded article and has at least one outlet opening , which is embodied, approximately transversely to a longitudinal direction of the injection medium delivery device , for an outflow of injection medium to the outside from an internal region inside the injection medium delivery device , characterized in that along the longitudinal direction of the molded article, a rod-like guide element is connected to the injection medium delivery device .
A sprayable decorative nail polish comprising a decorative liquid polish, said decorative liquid polish comprising: - at least one solvent, in a percentage of 75 to 90%, - at least one fixative, in a percentage of 0.5 to 3%, - at least one colorant, in a percentage of 5 to 20%, and optionally - at least one perfume, in a percentage of 0.1 to 5%, - at least one additive, in a percentage of 0.1 to 5%, said percentages being expressed by weight, wherein said decorative liquid polish is contained in a deformable bag of a spray applicator, the bag being in communication with a dispensing valve and the bag being contained in a chamber of a spray cylinder with a propellant outside the bag, or wherein the bag is tightly connected to a hermetic pump associated with an atomizer-type actuation and dispensing button. - at least one solvent, in a percentage of 75 to 90%, - at least one fixative, in a percentage of 0.5 to 3%, - at least one colorant, in a percentage of 5 to 20%, and optionally - at least one perfume, in a percentage of 0.1 to 5%, - at least one additive, in a percentage of 0.1 to 5%, said percentages being expressed by weight, wherein said decorative liquid polish is contained in a deformable bag of a spray applicator, the bag being in communication with a dispensing valve and the bag being contained in a chamber of a spray cylinder with a propellant outside the bag, or wherein the bag is tightly connected to a hermetic pump associated with an atomizer-type actuation and dispensing button.
Temperature-control device with a reaction vessel , with a thermally insulated interior area in which the reaction vessel is accommodated, and with a cover , which covers the interior area , wherein the reaction vessel consists of a hollow body (1.1) and a cap (1.3), said hollow body being closed on one side with a floor (1.2) and being symmetrical in relation to a symmetrical axis (1.0), and wherein a heating block is provided in the interior area , said heating block having an interior surface (7.1), which is adapted to the floor (1.2) of the reaction vessel and is in contact with said vessel in order to heat a sample located in the reaction vessel , wherein the cover is made from a thermally conductive material, and wherein the temperature-control device has a thermally insulating enclosure by which the cover is covered, and wherein the cover rests on the cap (3.1), characterized in that a heatable heater that surrounds the hollow body (1.1) and is adapted to its shape is provided, wherein the heater is in contact with the cover via a thermally conductive contact zone in such a way that the heater directly heats the hollow body (1.1) and indirectly heats the cap (1.3) via the cover , and wherein the cover has a hole (3.3) via which a tube can be introduced into the hollow body (1.1) through the cap (1.3).
Sensor system for detecting a level change in a reservoir , comprising a capacitive level sensor configured to measure a capacitance of a medium at a sensor tip, further configured to detect a level of a medium and to provide a measured value based on the level of the medium ; a control unit configured to provide a trigger value and to determine a level change if the measured value crosses the trigger value; characterized in that the control unit is configured to adapt the trigger value based on the measured value after the level change has been detected. a capacitive level sensor configured to measure a capacitance of a medium at a sensor tip, further configured to detect a level of a medium and to provide a measured value based on the level of the medium ; a control unit configured to provide a trigger value and to determine a level change if the measured value crosses the trigger value; characterized in that the control unit is configured to adapt the trigger value based on the measured value after the level change has been detected.
A transgene construct comprising (i) a first nucleotide sequence, wherein said first nucleotide sequence encodes an apoptosis inducing enzyme wherein said apoptosis inducing enzyme is a caspase, wherein the activity of the apoptosis inducing enzyme encoded by said first nucleotide sequence causes death of germ cells in the presence of an exogenous induction agent and (ii) a second nucleotide sequence which targets said construct to avian germ cells wherein said second nucleotide sequence targets DAZL to provide expression of the apoptosis inducing enzyme to provide ablation.
Tray for cultivating a plant, in particular an orchid, having multiple cells each for accommodating a plant pot , the tray having at least one fastening means for securing the plant pot , characterised in that the cells each have a lower cell region intended to fully accommodate the plant pot to be inserted, and an upper cell region respectively incorporating the fastening means is formed at least by a cell wall that is impenetrable to root systems, in particular non-perforated.
A non-pneumatic tire and wheel assembly comprising: a non-pneumatic tire including: a circumferential tread , and a pair of spaced apart sidewalls extending downwardly from the circumferential tread , each of the sidewalls having an outer surface, an inner surface, and a projection extending inwardly from the inner surface, wherein each projection has an angled surface, and wherein a lower end of each projection is longer than an upper end, and the angled surface of each projection extends smoothly from the lower end to the upper end; a wheel having a pair of sides, each side including an angled surface abutting the angled surface of the projection of a corresponding sidewall ; and a plurality of fasteners , each fastener extending through at least one sidewall and at least a portion of the wheel , wherein each projection is adapted to exert an upward, tensile force on the wheel , and the non-pneumatic tire and wheel assembly further comprises a tread profile shaper disposed below the circumferential tread , characterized in that the tread profile shaper includes a concave portion extending from the first sidewall to the second sidewall and an upper portion extending from the concave portion in a way to be directly or indirectly connected to the circumferential tread . a non-pneumatic tire including: a circumferential tread , and a pair of spaced apart sidewalls extending downwardly from the circumferential tread , each of the sidewalls having an outer surface, an inner surface, and a projection extending inwardly from the inner surface, wherein each projection has an angled surface, and wherein a lower end of each projection is longer than an upper end, and the angled surface of each projection extends smoothly from the lower end to the upper end; a wheel having a pair of sides, each side including an angled surface abutting the angled surface of the projection of a corresponding sidewall ; and a plurality of fasteners , each fastener extending through at least one sidewall and at least a portion of the wheel , wherein each projection is adapted to exert an upward, tensile force on the wheel , and the non-pneumatic tire and wheel assembly further comprises a tread profile shaper disposed below the circumferential tread , characterized in that the tread profile shaper includes a concave portion extending from the first sidewall to the second sidewall and an upper portion extending from the concave portion in a way to be directly or indirectly connected to the circumferential tread .