mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a rank indication RI bit number, comprising: receiving, by a terminal, indication information sent by a base station, wherein the indication information is used for determining a bit number occupied for sending a RI; and determining, by the terminal in accordance with the indication information, the bit number based on a multi-input multi-output MIMO capability indicated by a terminal category or indicated by a band combination signaled from the terminal to the base station; wherein the MIMO capability is a maximum number of supported MIMO layers of the terminal, the band combination is a combination of frequency bands which indicates the MIMO capability of the terminal in different frequency bands; characterised in that the determining, by the terminal, the bit number comprises: when the bit number is determined based on the MIMO capability indicated by the band combination of the terminal, if the band combination comprises at least two times the same band, determining, based on a maximum value of the maximum numbers of supported MIMO layers that are indicated for the band, the bit number corresponding to the band. receiving, by a terminal, indication information sent by a base station, wherein the indication information is used for determining a bit number occupied for sending a RI; and determining, by the terminal in accordance with the indication information, the bit number based on a multi-input multi-output MIMO capability indicated by a terminal category or indicated by a band combination signaled from the terminal to the base station; wherein the MIMO capability is a maximum number of supported MIMO layers of the terminal, the band combination is a combination of frequency bands which indicates the MIMO capability of the terminal in different frequency bands; characterised in that the determining, by the terminal, the bit number comprises: when the bit number is determined based on the MIMO capability indicated by the band combination of the terminal, if the band combination comprises at least two times the same band, determining, based on a maximum value of the maximum numbers of supported MIMO layers that are indicated for the band, the bit number corresponding to the band. when the bit number is determined based on the MIMO capability indicated by the band combination of the terminal, if the band combination comprises at least two times the same band, determining, based on a maximum value of the maximum numbers of supported MIMO layers that are indicated for the band, the bit number corresponding to the band.
A method for monitoring a gear unit having a temperature sensor, wherein in a first method step the gear unit is at least partially filled with lubricating oil, such that the temperature sensor is arranged in the lubricating oil, wherein, in the interior of the gear unit which is surrounded by a housing of the gear unit, the temperature sensor is arranged within the lubricating oil, namely below the oil level of the lubricating oil, wherein a constant power is supplied to the gear unit, in particular the input shaft of the gear unit, wherein a first profile of the temperature is acquired and stored, in particular over a time interval, in particular one which corresponds to at least three times the time constant related to the heating of the gear unit, wherein in a second method step, in particular one which chronologically succeeds the first method step, a second profile of the temperature is acquired and stored, in particular over a time interval of the same length, wherein in a third method step, in particular which chronologically succeeds the second method step, it being determined whether the second profile exceeds a permissible extent of deviation from the first profile, characterised in that it is concluded from a changed temperature profile that there has been an oil loss, the changed temperature profile being detectable as soon as the oil loss is so great that the sensor is arranged above the oil level. wherein in a first method step the gear unit is at least partially filled with lubricating oil, such that the temperature sensor is arranged in the lubricating oil, wherein, in the interior of the gear unit which is surrounded by a housing of the gear unit, the temperature sensor is arranged within the lubricating oil, namely below the oil level of the lubricating oil, wherein a constant power is supplied to the gear unit, in particular the input shaft of the gear unit, wherein a first profile of the temperature is acquired and stored, in particular over a time interval, in particular one which corresponds to at least three times the time constant related to the heating of the gear unit, wherein in a second method step, in particular one which chronologically succeeds the first method step, a second profile of the temperature is acquired and stored, in particular over a time interval of the same length, wherein in a third method step, in particular which chronologically succeeds the second method step, it being determined whether the second profile exceeds a permissible extent of deviation from the first profile, characterised in that it is concluded from a changed temperature profile that there has been an oil loss, the changed temperature profile being detectable as soon as the oil loss is so great that the sensor is arranged above the oil level.
An insect pest-controlling apparatus having a light-reflecting attraction unit that reflects sunlight and a trap that traps insects attracted by the light reflected by the light-reflecting attraction unit, and a light irradiation unit that emits light to attract insects, wherein the light-reflecting attraction unit comprises a reflector whose reflectance of light wavelength components of 220 to 390 nm is 5% or less, the light irradiation unit emits the light of at least a portion of a wavelength range of 250 to 330 nm.
An immunogenic polypeptide which comprises or consists of: (i) a polypeptide which is an OmpD of non-typhoidal Salmonella, or an immunogenic fragment thereof having the ability to generate an antibody response against non-typhoidal Salmonella; or (ii) a variant of a polypeptide as defined in (i) which has said ability, for use in therapy. (i) a polypeptide which is an OmpD of non-typhoidal Salmonella, or an immunogenic fragment thereof having the ability to generate an antibody response against non-typhoidal Salmonella; or (ii) a variant of a polypeptide as defined in (i) which has said ability, for use in therapy.
A method, comprising, passing a cylindrical carbon fiber through a press so as to produce a flat ribbon; weaving multiple strands of the flat ribbon together to create a flexible cylindrical braid; cutting the flexible cylindrical braid to a pre-defined cut length, thereby creating a section; covering the section with a flexible biocompatible sheath; and positioning one or more functional elements within the cut length of the braid, thereby producing a magnetic resonance imaging compatible medical probe.
A circuit for adaptive regulation of body bias voltages controlling nmos and pmos transistors of an integrated circuit comprising a digital circuit, a counter, a control unit and a charge pump, characterised in that the digital circuit comprises two ring oscillator monitors connected to the controlled body bias voltages of n-well and p-well contacts of transistors of the digital circuit, a first ring oscillator monitor measuring a period duration of nmos transistors and a second ring oscillator monitor measuring a period duration of pmos transistors, wherein a first closed control loop is formed by the control unit, the counter, the charge pump and the first ring oscillator monitor adaptively regulating the performance c n of the body bias controlled nmos transistors of the digital circuit by comparing the measured period duration of nmos dominated first ring oscillator monitor to a period duration of a reference clock and a second closed control loop is formed by the control unit, the counter, the charge pump and the second ring oscillator monitor adaptively regulating the performance c p of the body bias controlled pmos transistors of the digital circuit by comparing the measured period duration of pmos dominated second ring oscillator monitor to the period duration of the reference clock.
A solar concentrator apparatus comprising: a plurality of frame members connected together to form a framework; a flexible sheet attached to the framework such that the flexible sheet takes a loose shape and can flex in response to shaping forces exerted thereon, the flexible sheet having a reflective surface located between the frame members; a shaping force system operative, when activated, to exert the shaping forces on the flexible sheet, the shaping forces configured to draw the flexible sheet from the loose shape into a desired shape such that solar rays striking the reflective surface are substantially focused on a target; a solar energy receiver attached to the framework at a location substantially corresponding to the target; wherein when the shaping force system is deactivated, the flexible sheet reverts substantially to the loose shape; further comprising a deflection sensor operative to sense deflection of the flexible sheet away from the desired shape, and a deflection adjuster operative to correct the deflection; characterised in that the deflection adjuster comprises a rod extending substantially parallel to the frame members, and wherein the flexible sheet winds around the rod such that rotating the rod in a first direction increases a radius of the concave trough and rotating the rod in an opposite second direction decreases the radius of the concave trough. a plurality of frame members connected together to form a framework; a flexible sheet attached to the framework such that the flexible sheet takes a loose shape and can flex in response to shaping forces exerted thereon, the flexible sheet having a reflective surface located between the frame members; a shaping force system operative, when activated, to exert the shaping forces on the flexible sheet, the shaping forces configured to draw the flexible sheet from the loose shape into a desired shape such that solar rays striking the reflective surface are substantially focused on a target; a solar energy receiver attached to the framework at a location substantially corresponding to the target; wherein when the shaping force system is deactivated, the flexible sheet reverts substantially to the loose shape; further comprising a deflection sensor operative to sense deflection of the flexible sheet away from the desired shape, and a deflection adjuster operative to correct the deflection; characterised in that the deflection adjuster comprises a rod extending substantially parallel to the frame members, and wherein the flexible sheet winds around the rod such that rotating the rod in a first direction increases a radius of the concave trough and rotating the rod in an opposite second direction decreases the radius of the concave trough.
A washing machine, comprising: a laundry treatment compartment, a treatment agent distributing apparatus for distributing a treatment agent to the laundry treatment compartment, and a treatment agent transfer channel in fluid connection with the treatment agent distributing apparatus and the laundry treatment compartment, wherein: the treatment agent distributing apparatus comprises: two storage compartments (41, 42), which respectively store a detergent and a softener, and a manual adding compartment into which a treatment agent is manually added, wherein an outlet is provided at the bottom of the manual adding compartment and is in communication with the treatment agent transfer channel, wherein each storage compartment (41, 42) is provided with a distributing apparatus (47, 48) disposed therein and the two distributing apparatuses (47, 48) can sequentially output the detergent and the softener to the manual adding compartment according to the control of a control apparatus, and an outlet (470, 480) of each of the distributing apparatuses (47, 48) is in fluid connection with the manual adding compartment, and a water supply channel is in fluid connection with the manual adding compartment, characterized in that the first distributing apparatus is disposed in the first storage compartment, and the second distributing apparatus is disposed in the second storage compartment, wherein the first distributing apparatus and the second distributing apparatus are pumps, wherein the outlet of the first distributing apparatus and the outlet of the second distributing apparatus are both in fluid connection with the manual adding compartment, wherein the top of the first storage compartment and the top of the second storage compartment are covered by a cover and are respectively provided with a first treatment agent adding opening and a second treatment agent adding opening through which treatment agents available for use of multiple times can be added, wherein the manual adding compartment is open at the top.
A positioning device for a picture stabiliser for the controlled movement of a carrier with respect to a base, comprising a first coupling element which by way of a first suspension is assembled in a movable manner with respect to the base and is movable by a first drive, a second coupling element which by way of a second suspension is assembled in a movable manner with respect to the base and is movable by a second drive, a first transmission unit, with which a movement of the first coupling element can be transmitted onto the carrier, a second transmission unit, with which a movement of the second coupling element can be transmitted onto the carrier, wherein the first drive and the second drive are linear drives and the first coupling element and the second coupling element in each case have a movability with essentially exactly one translatory degree of freedom.
A saw blade comprising a blade body having a top surface and a bottom surface, wherein the blade body is at least partially comprised of a composite material; a cutting edge on a distal end of the blade body; and a coupling configured to connect the blade body to a handpiece adapted to oscillate the blade body, wherein the top surface of the blade body comprises a first inlay portion comprising a composite material, characterised in that the bottom surface of the blade body comprises a second inlay portion comprising a composite material. a blade body having a top surface and a bottom surface, wherein the blade body is at least partially comprised of a composite material; a cutting edge on a distal end of the blade body; and a coupling configured to connect the blade body to a handpiece adapted to oscillate the blade body, wherein the top surface of the blade body comprises a first inlay portion comprising a composite material, characterised in that the bottom surface of the blade body comprises a second inlay portion comprising a composite material.
A rotor assembly for a disc brake system, the rotor assembly comprising: a central mounting section including a hub adapted to be connected to a wheel or axle of a vehicle, a flange connected to a radial outer edge of the hub, and a first set of connection elements formed in or on the flange; and an outer friction ring section (22,24) having friction surfaces adapted to make contact with one or more brake pads of a disc brake caliper, and including a radial inner flange (60,70) and a second set of connection elements formed in or on the radial inner flange (60,70), the first set of connection elements of the central mounting section and the second set of connection elements of the outer friction ring section (22,24) being configured to be press fit together to connect the central mounting section with the outer friction ring section (22,24). the outer friction ring section (22,24) including a first ring member and a second ring member, characterised in that the first and second ring members (22,24) include a third set of connection elements which includes a plurality of projections and a fourth set of connection elements which includes a plurality of stub receptacles that extend from a surface of the second ring member, and wherein the projections are press fit into the stub receptacles to connect the first ring member with the second ring member. a central mounting section including a hub adapted to be connected to a wheel or axle of a vehicle, a flange connected to a radial outer edge of the hub, and a first set of connection elements formed in or on the flange; and an outer friction ring section (22,24) having friction surfaces adapted to make contact with one or more brake pads of a disc brake caliper, and including a radial inner flange (60,70) and a second set of connection elements formed in or on the radial inner flange (60,70), the first set of connection elements of the central mounting section and the second set of connection elements of the outer friction ring section (22,24) being configured to be press fit together to connect the central mounting section with the outer friction ring section (22,24). the outer friction ring section (22,24) including a first ring member and a second ring member, characterised in that the first and second ring members (22,24) include a third set of connection elements which includes a plurality of projections and a fourth set of connection elements which includes a plurality of stub receptacles that extend from a surface of the second ring member, and wherein the projections are press fit into the stub receptacles to connect the first ring member with the second ring member.
A head mounted display device comprising - a display, - an optical combiner arranged to combine light paths from the display and from the environment into a light path towards a user's eye, - a controllable optical element located in the light path from the environment, optically between the environment and the optical combiner, for passing light from the environment switchable between filtering and not filtering, - a camera directed at the environment, the camera having an image data output, - a control circuit coupled to the image data output and a control input of the controllable optical element, the control circuit being configured to use image data from the image data output to compute a measure of contrast and/or a measure of luminance in a measurement region within an image or images captured by the camera, or cause the measure of contrast and/or the measure of luminance to be computed by an external processing system, and to apply a control signal to the control input dependent on the measure of contrast and/or the measure of luminance, whereby the filtering effect is created or increased with an increase of the measure of contrast and/or the measure of luminance, characterized in that the controllable optical element is switchable between filtering and not filtering by - optical blurring or - optical diffusion that diffuses, spreads out or scatters light at least partly in forward direction towards the optical combiner. - a display, - an optical combiner arranged to combine light paths from the display and from the environment into a light path towards a user's eye, - a controllable optical element located in the light path from the environment, optically between the environment and the optical combiner, for passing light from the environment switchable between filtering and not filtering, - a camera directed at the environment, the camera having an image data output, - a control circuit coupled to the image data output and a control input of the controllable optical element, the control circuit being configured to use image data from the image data output to compute a measure of contrast and/or a measure of luminance in a measurement region within an image or images captured by the camera, or cause the measure of contrast and/or the measure of luminance to be computed by an external processing system, and to apply a control signal to the control input dependent on the measure of contrast and/or the measure of luminance, whereby the filtering effect is created or increased with an increase of the measure of contrast and/or the measure of luminance, - optical blurring or - optical diffusion that diffuses, spreads out or scatters light at least partly in forward direction towards the optical combiner.
A method of imparting a pattern to a substrate comprising the steps of: a. providing a substrate and a stamp with patterned, deformable, raised features, where the stamp has an elastic modulus of less than.1 GPa; b. providing, in at least one region of a space between the stamp and the substrate, a material that becomes flowable upon heating to a flow temperature; c. disposing the patterned stamp to contact the flowable material; d. applying relative pressure to a side of the stamp opposite the patterned raised features, wherein a mechanical balance is established between the applied pressure and the elastic properties of tips of the raised features, so that the tips of the raised features come into contact locally with the flowable material; e. heating the flowable material to the flow temperature of the material, so that the material melts and is locally displaced in the areas under the tips 113 of the raised features, so the a predetermined width of the raised features penetrates through the flowable material and deforms elastically into intimate contact with the substrate; f. cooling the flowable material so that it becomes unflowable; g. retracting the stamp to reveal patterned material covering regions of the substrate, which pattern includes at least one open region of substrate not covered by flowable material that was previously covered with flowable material, said open region corresponding to a raised feature of the stamp; and h. subjecting the patterned substrate to a subsequent etching processing step. a. providing a substrate and a stamp with patterned, deformable, raised features, where the stamp has an elastic modulus of less than.1 GPa; b. providing, in at least one region of a space between the stamp and the substrate, a material that becomes flowable upon heating to a flow temperature; c. disposing the patterned stamp to contact the flowable material; d. applying relative pressure to a side of the stamp opposite the patterned raised features, wherein a mechanical balance is established between the applied pressure and the elastic properties of tips of the raised features, so that the tips of the raised features come into contact locally with the flowable material; e. heating the flowable material to the flow temperature of the material, so that the material melts and is locally displaced in the areas under the tips 113 of the raised features, so the a predetermined width of the raised features penetrates through the flowable material and deforms elastically into intimate contact with the substrate; f. cooling the flowable material so that it becomes unflowable; g. retracting the stamp to reveal patterned material covering regions of the substrate, which pattern includes at least one open region of substrate not covered by flowable material that was previously covered with flowable material, said open region corresponding to a raised feature of the stamp; and h. subjecting the patterned substrate to a subsequent etching processing step.