mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing strip extending in a longitudinal direction (L) and in a width direction (B) perpendicular thereto, with a base carrier extending in the longitudinal direction (L) and at least in sections in the width direction (B), wherein the sealing strip having at least two strips extending in the longitudinal direction, each having a first surface and a second surface opposite this first surface, and these first surfaces being arranged on the same side of the sealing strip , wherein at least the first surface of the first strip differs from the first surface of the second strip with respect to its adhesive properties, wherein the second strip having an adhesive element on both surfaces , wherein a strip-shaped covering element being arranged on one surface of the second strip , characterized in that no covering element is arranged on one surface of the second strip , wherein in a rolled-up state of the sealing strip, the covering element contacts both surfaces of the second strip and is arranged between these two adhesive surfaces .
A multi-region backlight control system, comprising a color liquid crystal display screen , a non-color liquid crystal display screen set between the color liquid crystal display screen and a constant backlight source , a first driver , a second driver , the constant backlight source , and a main controller ; wherein the color liquid crystal display screen and the non-color liquid crystal display screen are sequentially fixed on the constant backlight source , and the non-color liquid crystal display screen is disposed between the color liquid crystal display screen and the constant backlight source ; the main controller is respectively connected with the first driver , the second driver and the constant backlight source , the first driver is electrically connected with the color liquid crystal display screen , and the second driver is electrically connected with the non-color liquid crystal display screen ; wherein, in response to receiving an image signal, the main controller is configured to process the image signal to obtain image data, send the image data to the first driver and the second driver synchronously and control the constant backlight source to be turned on; the first driver is configured to convert the received image data into a display signal and drive the color liquid crystal display screen to output a display image based on the display signal; the second driver is configured to convert the received image data into a control signal and drive the non-color liquid crystal display screen to adjust light transmittance of each pixel of the non-color liquid crystal display screen based on the control signal, the main controller is further configured to convert the collected image signals to perform dynamic compensation adjustment according to changes in ambient light to enhance or reduce the light transmittance of the backlight in the non-color liquid crystal display screen , and the main controller is configured to output different regional brightnesses and darknesses in the display signal of the color liquid crystal display screen , and synchronously control the switching angle of liquid crystal molecules in the corresponding region of the non-color liquid crystal display screen .
Process for removal by catalytic oxidation of at least one oxidisable gaseous compound from a gas mixture comprising the at least one oxidisable gaseous compound as well as oxygen, through the use of an oxidation catalyst, whereby the gas mixture is not a combustion exhaust gas, characterised in that the oxidation catalyst was produced through the exclusive use of at least one platinum oxalate complex as platinum precursor that can be decomposed exothermically, without the use of other precursors, neither of platinum nor of other metals or precious metals, whereby the platinum oxalate complex or complexes is/are complex compositions produced by reacting platinum-(IV)-hydroxo acid with oxalic acid in aqueous solution.
A vehicle that includes: a frame; a front wheel mounting assembly that is coupled to the frame and is configured and arranged to couple a front wheel to the vehicle; a handlebar member that is coupled to the frame and is configured and arranged to provide a point of contact between a hand of a rider and the vehicle; a front ground-tracking system that, in response to a vehicle load, provides a relative translation between the frame and the front wheel mounting assembly along a translation axis and a relative rotation between the handlebar member and the frame about a rotation axis , wherein the translation axis is substantially transverse to the rotation axis, wherein a portion of the front wheel mounting assembly slidably received within a head tube of the frame translates relative to the frame along the translation axis which is the central axis of the head tube . a frame; a front wheel mounting assembly that is coupled to the frame and is configured and arranged to couple a front wheel to the vehicle; a handlebar member that is coupled to the frame and is configured and arranged to provide a point of contact between a hand of a rider and the vehicle; a front ground-tracking system that, in response to a vehicle load, provides a relative translation between the frame and the front wheel mounting assembly along a translation axis and a relative rotation between the handlebar member and the frame about a rotation axis , wherein the translation axis is substantially transverse to the rotation axis, wherein a portion of the front wheel mounting assembly slidably received within a head tube of the frame translates relative to the frame along the translation axis which is the central axis of the head tube .
Method for operating a program-controlled automatic dishwasher having a collecting vessel, wherein dishwashing liquid remains in the collecting vessel after the end of a washing program and is stored there for reuse, wherein the temperature of the stored amount of dishwashing liquid is measured after a predeterminable period of time, wherein the measured actual temperature is compared with a predeterminable comparison temperature, and wherein the amount of dishwashing liquid in the collecting vessel is discarded by pumping out if an actual temperature above the comparison temperature is detected.
A method for service-centric mobility-based traffic steering, characterized by comprising: receiving , by a service-centric traffic steering, SCTS, entity, data that comprises quality of service, QoS, or quality of experience, QoE, QoS/E, data, wherein the quality of service, QoS, or quality of experience, QoE, QoS/E, data is associated with at least one user equipment, UE and wherein the data further comprises mobility pattern prediction data; determining , by the service-centric traffic steering, SCTS, entity, at least one handover, HO, trigger point for at least one handover, HO, trigger parameter for at least one kind of service associated with the at least one user equipment, UE, based on the quality of service, QoS, or quality of experience, QoE, QoS/E, data; and providing , by the service-centric traffic steering, SCTS, entity, the at least one handover, HO, trigger point for the at least one handover, HO, trigger parameter wherein determining the at least one handover trigger point comprises utilizing at least one machine learning decision engine to determine the at least one handover trigger point, and wherein the at least one machine learning decision engine considers at least one context in at least one cell for at least one service, wherein the machine learning engine is configured to account for different contexts in different cells and/or for different services, and may select handover settings for a UE under different cell and/or service contexts, where a context includes a mobility profile and a packet size. receiving , by a service-centric traffic steering, SCTS, entity, data that comprises quality of service, QoS, or quality of experience, QoE, QoS/E, data, wherein the quality of service, QoS, or quality of experience, QoE, QoS/E, data is associated with at least one user equipment, UE and wherein the data further comprises mobility pattern prediction data; determining , by the service-centric traffic steering, SCTS, entity, at least one handover, HO, trigger point for at least one handover, HO, trigger parameter for at least one kind of service associated with the at least one user equipment, UE, based on the quality of service, QoS, or quality of experience, QoE, QoS/E, data; and providing , by the service-centric traffic steering, SCTS, entity, the at least one handover, HO, trigger point for the at least one handover, HO, trigger parameter wherein determining the at least one handover trigger point comprises utilizing at least one machine learning decision engine to determine the at least one handover trigger point, and wherein the at least one machine learning decision engine considers at least one context in at least one cell for at least one service, wherein the machine learning engine is configured to account for different contexts in different cells and/or for different services, and may select handover settings for a UE under different cell and/or service contexts, where a context includes a mobility profile and a packet size.
A method of transmitting a feedback signal, the method comprising: receiving a plurality of reference signals having different directivity; and transmitting a feedback signal comprising a beam index indicating a reference signal of the plurality of reference signals having the best state among layered beams of a reference resource block, RRB, wherein the reference signal is allocated to a reference resource block, RRB, wherein the RRB comprises at least one vertical RRB for measuring a mobility in a beam advancing direction and at least one horizontal RRB for measuring a mobility in a direction horizontal to the beam advancing direction, wherein the reference signal is a demodulation reference signal, DM-RS, wherein the RRB includes a first RRB which comes first and a second RRB which comes last in a time domain, wherein the RRB is scheduled in a subband, and wherein a location of the RRB in the subband is cyclic-shifted in a frequency domain according to a cell identifier, ID. receiving a plurality of reference signals having different directivity; and transmitting a feedback signal comprising a beam index indicating a reference signal of the plurality of reference signals having the best state among layered beams of a reference resource block, RRB, wherein the reference signal is allocated to a reference resource block, RRB, wherein the RRB comprises at least one vertical RRB for measuring a mobility in a beam advancing direction and at least one horizontal RRB for measuring a mobility in a direction horizontal to the beam advancing direction, wherein the reference signal is a demodulation reference signal, DM-RS, wherein the RRB includes a first RRB which comes first and a second RRB which comes last in a time domain, wherein the RRB is scheduled in a subband, and wherein a location of the RRB in the subband is cyclic-shifted in a frequency domain according to a cell identifier, ID.
A sole component for an article of footwear, the sole component comprising: a baseplate having a bottom surface ; an arrangement of ground engaging members extending downward from the bottom surface of the baseplate ; and a reinforcing shank arrangement including a plurality of reinforcing strips formed of a different material than portions of the baseplate adjacent the reinforcing strips , the plurality of reinforcing strips including a first reinforcing strip extending in a direction toward a medial side of the baseplate , a second reinforcing strip extending toward a lateral side of the baseplate , wherein the first reinforcing strip intersects the second reinforcing strip to form an X-configuration, characterized in that the plurality of reinforcing strips includes a third reinforcing strip extending from the intersection of the first reinforcing strip and the second reinforcing strip into an area between the first reinforcing strip and the second reinforcing strip . a baseplate having a bottom surface ; an arrangement of ground engaging members extending downward from the bottom surface of the baseplate ; and a reinforcing shank arrangement including a plurality of reinforcing strips formed of a different material than portions of the baseplate adjacent the reinforcing strips , the plurality of reinforcing strips including a first reinforcing strip extending in a direction toward a medial side of the baseplate , a second reinforcing strip extending toward a lateral side of the baseplate , wherein the first reinforcing strip intersects the second reinforcing strip to form an X-configuration, characterized in that the plurality of reinforcing strips includes a third reinforcing strip extending from the intersection of the first reinforcing strip and the second reinforcing strip into an area between the first reinforcing strip and the second reinforcing strip .
A semiconductor device, comprising: - a substrate of semiconductor material with a main surface , a rear surface opposite the main surface , and an opening through the substrate between the main surface and the rear surface , - a dielectric layer on the main surface , - a passivation layer on the dielectric layer , - a metal layer embedded in the dielectric layer , the metal layer being arranged above the opening , and - a metallization arranged in the opening , the metallization contacting the metal layer and forming a through-substrate via to the rear surface , the through-substrate via not being filled, so that an inner volume of the opening remains void or contains a gas like ambient air, - a layer or layer sequence comprising at least one further dielectric layer of a material different from the passivation layer is arranged on the passivation layer above the opening , the passivation layer and the at least one further dielectric layer being present above the entire opening, characterized in that - the semiconductor device further comprises a plug partially filling the opening , which is not completely filled, the plug being arranged near the metal layer at the bottom of the through-substrate via, so that a portion of the metallization is arranged between the metal layer and the plug and wherein - the plug is a polymer or a photosensitive dielectric material. - a substrate of semiconductor material with a main surface , a rear surface opposite the main surface , and an opening through the substrate between the main surface and the rear surface , - a dielectric layer on the main surface , - a passivation layer on the dielectric layer , - a metal layer embedded in the dielectric layer , the metal layer being arranged above the opening , and - a metallization arranged in the opening , the metallization contacting the metal layer and forming a through-substrate via to the rear surface , the through-substrate via not being filled, so that an inner volume of the opening remains void or contains a gas like ambient air, - a layer or layer sequence comprising at least one further dielectric layer of a material different from the passivation layer is arranged on the passivation layer above the opening , the passivation layer and the at least one further dielectric layer being present above the entire opening, - the semiconductor device further comprises a plug partially filling the opening , which is not completely filled, the plug being arranged near the metal layer at the bottom of the through-substrate via, so that a portion of the metallization is arranged between the metal layer and the plug and wherein - the plug is a polymer or a photosensitive dielectric material.
A carrier, which is a chromatography carrier, a carrier for an in vitro diagnostic agent, or a carrier for detecting a bio-related substance, which is a carrier on which a protein ligand is not immobilized and which comprises a polymer having a crosslinked structure containing a divalent group represented by the following Formula : wherein R 1 to R 4 independently represent a single bond or a divalent hydrocarbon group, R 5 and R 6 independently represent a hydrogen atom or a hydrocarbon group, X represents a thio group, a sulfinyl group, or a sulfonyl group, and * represents a bond, with a proviso that when both R 1 and R 3 are a divalent hydrocarbon group, R 1 and R 3 may form a ring together with an adjacent carbon atom, and when both R 2 and R 4 are a divalent hydrocarbon group, R 2 and R 4 may form a ring together with an adjacent carbon atom. R 1 to R 4 independently represent a single bond or a divalent hydrocarbon group, R 5 and R 6 independently represent a hydrogen atom or a hydrocarbon group, X represents a thio group, a sulfinyl group, or a sulfonyl group, and * represents a bond, with a proviso that when both R 1 and R 3 are a divalent hydrocarbon group, R 1 and R 3 may form a ring together with an adjacent carbon atom, and when both R 2 and R 4 are a divalent hydrocarbon group, R 2 and R 4 may form a ring together with an adjacent carbon atom.
Optical instrument for minimally invasive surgery, having an instrument housing for housing optical elements, wherein the instrument housing is closed in a fluid-tight manner on the distal side and/or on the proximal side by way of at least one end window , which is arranged in a window mount that entirely encloses the end window , characterized in that at least two portions projecting radially inwardly from the window mount are formed on the inner circumferential face, facing the respective end window , of each window mount .
Device for aligning an optical unit of a camera arranged within a housing relative to a mounting location of the camera , having an adjusting means having an actuating part which is operatively connected to a supporting part of the optical unit , wherein the actuating part is arranged outside the housing and the supporting part is arranged inside the housing , characterised in that the actuating part and thus the adjusting means is formed by a diametrically magnetised magnet and the supporting part comprises a diametrically magnetised magnet at least on its side facing the actuating part , so that when the actuating part is moved the supporting part itself is moved accordingly.
A dispensing system for dispensing an off-gassing liquid product mixed with a diluting product, comprising: a dispenser including a dispenser outlet ; a product container containing the liquid product ; a product line connecting the product container and dispenser , the product line including at least one check valve to maintain prime in the line ; and a displacement system operatively attached to the product line and configured to redirect liquid product in the product line from displacing through the dispenser outlet , characterized in that the displacement system comprises a displacement check valve operatively connected to the product line , wherein the displacement check valve has a lower crack pressure than the at least one check valve of the product line to allow the liquid product to drain from the product line to prevent displacement of the liquid product . a dispenser including a dispenser outlet ; a product container containing the liquid product ; a product line connecting the product container and dispenser , the product line including at least one check valve to maintain prime in the line ; and a displacement system operatively attached to the product line and configured to redirect liquid product in the product line from displacing through the dispenser outlet , characterized in that the displacement system comprises a displacement check valve operatively connected to the product line , wherein the displacement check valve has a lower crack pressure than the at least one check valve of the product line to allow the liquid product to drain from the product line to prevent displacement of the liquid product .
Aerosol-generating article comprising a tobacco element and a mouthpiece element, the tobacco element comprising an aerosol-forming substrate , a support element arranged downstream of the aerosol-forming substrate and an aerosol-cooling element arranged downstream of the support element; the mouthpiece element comprising a filter segment and a hollow tube; wherein the hollow tube is a cardboard tube arranged downstream of the filter segment; and wherein the aerosol-cooling element of the tobacco element has a length of at most 15 millimeter, and wherein a length of the mouthpiece element is adapted according to the length of the aerosol-cooling element such that a total length of the aerosol-generating article is kept at a predefined total length. the tobacco element comprising an aerosol-forming substrate , a support element arranged downstream of the aerosol-forming substrate and an aerosol-cooling element arranged downstream of the support element; the mouthpiece element comprising a filter segment and a hollow tube; wherein the hollow tube is a cardboard tube arranged downstream of the filter segment; and wherein the aerosol-cooling element of the tobacco element has a length of at most 15 millimeter, and wherein a length of the mouthpiece element is adapted according to the length of the aerosol-cooling element such that a total length of the aerosol-generating article is kept at a predefined total length.
A power machine having a frame , a power source supported by the frame, a lift arm pivotally mounted to the frame and an implement carrier pivotally mounted to the lift arm, the implement carrier having an implement carrier frame being configured to receive and secure an implement for use with the power machine, the implement carrier frame having a main portion having a generally flat surface against which an interface portion of an implement can abut when connected to the implement carrier, the implement carrier having a locking mechanism for securing the implement and further comprising: a coupler assembly containing a plurality of couplers configured to be engaged with the implement to provide a power signal from the source to the implement, the coupler assembly being recessed from the generally flat surface of the main portion and having a housing, characterised in that said housing is with a pair of mounting features configured to be pivotally coupled to the implement carrier frame; and wherein the implement carrier is further configured so that receiving and securing the implement also causes the couplers on the implement carrier to be aligned and engaged with the implement; and wherein the coupler assembly with its plurality of couplers on the implement carrier frame rotates around an axis that extends through the mounting features. a coupler assembly containing a plurality of couplers configured to be engaged with the implement to provide a power signal from the source to the implement, the coupler assembly being recessed from the generally flat surface of the main portion and having a housing, characterised in that said housing is with a pair of mounting features configured to be pivotally coupled to the implement carrier frame; and wherein the implement carrier is further configured so that receiving and securing the implement also causes the couplers on the implement carrier to be aligned and engaged with the implement; and wherein the coupler assembly with its plurality of couplers on the implement carrier frame rotates around an axis that extends through the mounting features.