mhurhangee/patent-ind-claim-en huggingface dataset:
Steering device for small vehicles operated by muscle power and/or electrically with a transverse control arm , which is arranged on a height adjustable steering rod , in which the steering rod has two telescopic tubes and the inner tube has at least two openings or grooves arranged at different heights, into which a snap-in element that may move radially accommodated in the outer tube may snap, and in which a height adjustment and locking device is provided, which has a clamping sleeve surrounding both tubes at their connecting point, which may be displaced against the force of a spring along the inner tube in the direction of the outer tube and which is provided with a conically tapering end section (20.1) encompassing the outer tube on its inside, which in the relaxed state of the spring acts on an outer surface of the snap-in element projecting radially outwards through an opening in the outer tube and presses the snap-in element radially inwards through this, characterised in that the spring is arranged between a first slide bushing arranged protected against torsion in the end section of the outer tube with a radial opening for the snap-in element and a second slide bushing surrounding the inner tube and the clamping sleeve is connected to the second slide bushing .
Filter device , in particular a filter cartridge , for water filters in aircraft, comprising a housing , wherein the housing comprises an inlet region for water to be filtered and an outlet region for filtered water, wherein the housing comprises a cover and a base , wherein the housing is formed substantially cylindrical in shape with a lateral surface and a first end face and a second end face , wherein the inlet region is arranged in the lateral surface of the housing , wherein a first filter unit and a second filter unit are arranged in the housing , wherein the first filter unit comprises an activated carbon filter and wherein the second filter unit comprises a microfilter , wherein the outlet region is arranged in the base , wherein the cover and the base are arranged on the first and second end faces and are bonded to the first filter unit , wherein the base has a cylindrical receiving region in which the second filter unit is arranged, wherein sealing rings are arranged between the second filter unit and the receiving region , characterized in that the inlet region has a grid structure through which water can enter the filter device, and in that the grid structure consists of a honeycomb-shaped structure comprising honeycombs in order to increase stability, wherein pores or passages or passage openings are arranged within the individual honeycombs .
An organic light emitting display device, comprising a display panel including red, green and blue sub-pixels (RSP, GSP, BSP) in one pixel, wherein each of the red, green and blue sub-pixels (RSP, GSP, BSP) includes: a first region (EA) having a first light emitting element comprising a first lower electrode , a white organic light-emitting layer , an upper electrode , and a color filter (RCF, GCF, BCF) under the first lower electrode converting the emitted white light into light of a red color, a green color or a blue color respectively, and a second region (EA&NEA) having at least a first transistor unit (RTFTA, GTFTA, BTFTA) and a second light emitting element comprising a second lower electrode , the white organic light-emitting layer , and the upper electrode , and wherein the first lower electrode is connected to the first transistor unit (RTFTA, GTFTA, BTFTA), characterised in that the second lower electrode is electrically insulated from the first lower electrode , and the second lower electrode is connected to a white transistor unit (WTFTA) as a second transistor unit provided in one among the second regions (EA&NEA) of the green subpixel (GSP), the red subpixel (RSP) or the blue sub-pixel (BSP) of one pixel. a first region (EA) having a first light emitting element comprising a first lower electrode , a white organic light-emitting layer , an upper electrode , and a color filter (RCF, GCF, BCF) under the first lower electrode converting the emitted white light into light of a red color, a green color or a blue color respectively, and a second region (EA&NEA) having at least a first transistor unit (RTFTA, GTFTA, BTFTA) and a second light emitting element comprising a second lower electrode , the white organic light-emitting layer , and the upper electrode , and wherein the first lower electrode is connected to the first transistor unit (RTFTA, GTFTA, BTFTA), characterised in that the second lower electrode is electrically insulated from the first lower electrode , and the second lower electrode is connected to a white transistor unit (WTFTA) as a second transistor unit provided in one among the second regions (EA&NEA) of the green subpixel (GSP), the red subpixel (RSP) or the blue sub-pixel (BSP) of one pixel.
A pencil lead comprising a baked lead body, wherein: a surface of the baked lead body is covered by a covering layer made of resin, and a scratch hardness of the resin constituting the covering layer is HB or greater, the scratch hardness of the resin as a subject resin being defined as a lowest hardness index of a tester pencil that is able to form an indentation on a surface of a horizontal flat plate coated with a 5-μm thick film of the subject resin, when the surface is scratched by the tester pencil being pressed onto the surface at an angle of 45° with a load of 7.355 N, in a state in which a tip end of a lead of the tester pencil has been left in a cylindrical shape while its distal end has been shaved in a flat plane. a surface of the baked lead body is covered by a covering layer made of resin, and a scratch hardness of the resin constituting the covering layer is HB or greater, the scratch hardness of the resin as a subject resin being defined as a lowest hardness index of a tester pencil that is able to form an indentation on a surface of a horizontal flat plate coated with a 5-μm thick film of the subject resin, when the surface is scratched by the tester pencil being pressed onto the surface at an angle of 45° with a load of 7.355 N, in a state in which a tip end of a lead of the tester pencil has been left in a cylindrical shape while its distal end has been shaved in a flat plane.
A system comprising a first element , a second element and a metal airtight seal with bidirectional face, self-energizable by pressure, the seal being of the ring type with a toothed geometry, wherein the first element comprises a groove for assembling said airtight seal and the first element and the second element form a pod partially covering said airtight seal ; wherein the second element presses the airtight seal to a predefined pre-load, characterized in that the seal consists of two first teeth guided at acute angles radially towards a center axis of the ring type seal, and two second teeth guided at acute angles radially towards outside the ring type seal, wherein each tooth comprises a rounded protuberance formed on an edge of said tooth and extending in opposite directions away from each other parallel to the center axis , the protuberances of the seal being configured, in use, to separate regions of different pressures. the first element comprises a groove for assembling said airtight seal and the first element and the second element form a pod partially covering said airtight seal ; wherein the second element presses the airtight seal to a predefined pre-load, characterized in that the seal consists of two first teeth guided at acute angles radially towards a center axis of the ring type seal, and two second teeth guided at acute angles radially towards outside the ring type seal, wherein each tooth comprises a rounded protuberance formed on an edge of said tooth and extending in opposite directions away from each other parallel to the center axis , the protuberances of the seal being configured, in use, to separate regions of different pressures.
A washer device (M) comprising - at least one washing chamber wherein the articles to be washed are placed and the washing process is performed; - at least one washing liquid inlet through which washing liquid for washing and/or rinsing processes is received; - at least one collection chamber which is located under the washing chamber and wherein the washing liquid received from the washing liquid inlet is collected; - at least one washing liquid outlet which is connected with the said collection chamber and which discharges the liquid collected in the collection chamber at the end of the washing and/or rinsing process; - at least one steam generator which heats the washing liquid received from the said washing liquid inlet and/or collection chamber and supplies it into the washing chamber through at least one steam inlet connected with the washing chamber ; - at least a first T connection which connects a first opening with the washing liquid inlet , a second opening with the collection chamber and a third opening with the steam generator and which supplies the washing liquid received from the washing liquid inlet into the collection chamber and the steam generator ; - at least one steam generator pump which is interposed between the said first T connection and the steam generator and which allows the washing liquid in the collection chamber to pass through the steam generator into the washing chamber and - at least one circulation pump that supplies the washing liquid collected in the collection chamber into the washing chamber . - at least one washing chamber wherein the articles to be washed are placed and the washing process is performed; - at least one washing liquid inlet through which washing liquid for washing and/or rinsing processes is received; - at least one collection chamber which is located under the washing chamber and wherein the washing liquid received from the washing liquid inlet is collected; - at least one washing liquid outlet which is connected with the said collection chamber and which discharges the liquid collected in the collection chamber at the end of the washing and/or rinsing process; - at least one steam generator which heats the washing liquid received from the said washing liquid inlet and/or collection chamber and supplies it into the washing chamber through at least one steam inlet connected with the washing chamber ; - at least a first T connection which connects a first opening with the washing liquid inlet , a second opening with the collection chamber and a third opening with the steam generator and which supplies the washing liquid received from the washing liquid inlet into the collection chamber and the steam generator ; - at least one steam generator pump which is interposed between the said first T connection and the steam generator and which allows the washing liquid in the collection chamber to pass through the steam generator into the washing chamber and - at least one circulation pump that supplies the washing liquid collected in the collection chamber into the washing chamber .
Use of a polymer composition comprising a) a bi- or multimodal ethylene polymer (P) having a molecular weight distribution (MWD) of below 5.0 and a heterogeneity factor (HF) determined by Cross fraction chromatography (CFC) in the range of 30 to 120 and a density in the range of 910 to 935 kg/m 3 ; b) a compound according to the following formula (I) wherein each R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 and R 10 is independently selected from hydrogen, C 1 , to C 10 hydrocarbyl groups, hydroxyl, C 1 to C 10 alkoxy, C 1 to C 10 alkyleneoxy, amine, C 1 to C 10 alkylamine, F, Cl, Br, I and phenyl; whereby two of R 3 to R 10 located on adjacent carbon atoms may be fused to form a cyclic structure; M is selected from the groups consisting of calcium, strontium, lithium, zinc, magnesium and monobasic aluminium; n is 1 or 2; z is 1 or 2; the sum of n+z is 3; and c) optionally a fatty acid salt for providing a film maintaining an oxygen induction time within 10 % of the oxygen induction time of the identical polymer composition without the compound according to formula (I) and the optional fatty acid salt. a) a bi- or multimodal ethylene polymer (P) having a molecular weight distribution (MWD) of below 5.0 and a heterogeneity factor (HF) determined by Cross fraction chromatography (CFC) in the range of 30 to 120 and a density in the range of 910 to 935 kg/m 3 ; b) a compound according to the following formula (I) wherein each R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 and R 10 is independently selected from hydrogen, C 1 , to C 10 hydrocarbyl groups, hydroxyl, C 1 to C 10 alkoxy, C 1 to C 10 alkyleneoxy, amine, C 1 to C 10 alkylamine, F, Cl, Br, I and phenyl; whereby two of R 3 to R 10 located on adjacent carbon atoms may be fused to form a cyclic structure; M is selected from the groups consisting of calcium, strontium, lithium, zinc, magnesium and monobasic aluminium; n is 1 or 2; z is 1 or 2; the sum of n+z is 3; and each R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 and R 10 is independently selected from hydrogen, C 1 , to C 10 hydrocarbyl groups, hydroxyl, C 1 to C 10 alkoxy, C 1 to C 10 alkyleneoxy, amine, C 1 to C 10 alkylamine, F, Cl, Br, I and phenyl; whereby two of R 3 to R 10 located on adjacent carbon atoms may be fused to form a cyclic structure; M is selected from the groups consisting of calcium, strontium, lithium, zinc, magnesium and monobasic aluminium; n is 1 or 2; z is 1 or 2; the sum of n+z is 3; and c) optionally a fatty acid salt
A computer-implemented method comprising: identifying a plurality of paths from a source switch to a destination switch, wherein: each of the plurality of paths comprises one or more data links; and each of the one or more data links has a link bandwidth; determining, for each of the plurality of paths, a minimum available bandwidth of the path based on the lowest link bandwidth of the one or more data links in the path; and balancing network traffic that is transmitted from the source switch to the destination switch across the plurality of paths based on the minimum available bandwidth of each of the plurality of paths, wherein balancing the network traffic across the plurality of paths comprises, for each of the plurality of paths: assigning a relative weight to the path based on a ratio of the minimum available bandwidth of the path to the smallest of the minimum available bandwidth of any path of the plurality of paths; and allocating a portion of the network traffic to the path in accordance with the relative weight of the path. identifying a plurality of paths from a source switch to a destination switch, wherein: each of the plurality of paths comprises one or more data links; and each of the one or more data links has a link bandwidth; each of the plurality of paths comprises one or more data links; and each of the one or more data links has a link bandwidth; determining, for each of the plurality of paths, a minimum available bandwidth of the path based on the lowest link bandwidth of the one or more data links in the path; and balancing network traffic that is transmitted from the source switch to the destination switch across the plurality of paths based on the minimum available bandwidth of each of the plurality of paths, wherein balancing the network traffic across the plurality of paths comprises, for each of the plurality of paths: assigning a relative weight to the path based on a ratio of the minimum available bandwidth of the path to the smallest of the minimum available bandwidth of any path of the plurality of paths; and allocating a portion of the network traffic to the path in accordance with the relative weight of the path. assigning a relative weight to the path based on a ratio of the minimum available bandwidth of the path to the smallest of the minimum available bandwidth of any path of the plurality of paths; and allocating a portion of the network traffic to the path in accordance with the relative weight of the path.
A system for battery gravitational orientation detection, comprising: an accelerometer fixed relative to a battery or a battery housing including the battery , wherein the battery contains a liquid or fluid-type electrolyte; wherein the accelerometer is attached to a utility box having therein the battery or battery housing and is oriented in a fixed direction relative to the battery or the battery housing ; a processor programmed to receive, from the accelerometer , one or more signals at a time of installation of the utility box and at a subsequent report time that each indicate a direction of gravity vector, compute a change of gravity direction between the time of installation and the subsequent report time based on each of the indicated direction of gravity vector, and determine whether the battery or the battery housing is moved to a sub-optimum battery life orientation with the cathode of the battery tilted downward from a horizontal plane based on the computed change of gravity direction being more than a preprogrammed amount and on the fixed orientation of the accelerometer relative to the battery or battery housing . an accelerometer fixed relative to a battery or a battery housing including the battery , wherein the battery contains a liquid or fluid-type electrolyte; wherein the accelerometer is attached to a utility box having therein the battery or battery housing and is oriented in a fixed direction relative to the battery or the battery housing ; a processor programmed to receive, from the accelerometer , one or more signals at a time of installation of the utility box and at a subsequent report time that each indicate a direction of gravity vector, compute a change of gravity direction between the time of installation and the subsequent report time based on each of the indicated direction of gravity vector, and determine whether the battery or the battery housing is moved to a sub-optimum battery life orientation with the cathode of the battery tilted downward from a horizontal plane based on the computed change of gravity direction being more than a preprogrammed amount and on the fixed orientation of the accelerometer relative to the battery or battery housing . receive, from the accelerometer , one or more signals at a time of installation of the utility box and at a subsequent report time that each indicate a direction of gravity vector, compute a change of gravity direction between the time of installation and the subsequent report time based on each of the indicated direction of gravity vector, and determine whether the battery or the battery housing is moved to a sub-optimum battery life orientation with the cathode of the battery tilted downward from a horizontal plane based on the computed change of gravity direction being more than a preprogrammed amount and on the fixed orientation of the accelerometer relative to the battery or battery housing .
A recombinant Vibrio natriegens organism comprising: a deletion or disruption of the lpxL gene or the lpxM gene, wherein the organism produces less endotoxin compared to a corresponding organism not comprising the deletion or disruption and cultivated under the same conditions; and wherein the recombinant Vibrio natriegens organism exhibits a growth rate of at least 60% of the growth rate of the corresponding organism when cultivated under the same conditions. a deletion or disruption of the lpxL gene or the lpxM gene, wherein the organism produces less endotoxin compared to a corresponding organism not comprising the deletion or disruption and cultivated under the same conditions; and wherein the recombinant Vibrio natriegens organism exhibits a growth rate of at least 60% of the growth rate of the corresponding organism when cultivated under the same conditions.
Cable harness for a motor vehicle , - having a foam sheathing and at least a first cable bundle with a first electrical cable and a second electrical cable , - wherein the first cable bundle is at least partly embedded in the foam sheathing and the foam sheathing mechanically connects the first electrical cable to the second electrical cable , - wherein the cable harness in at least a first subsection forms a first receptacle , - wherein the first receptacle is designed to receive at least partly a vehicle component of the motor vehicle , - wherein the foam sheathing in at least a first subsection of the cable harness is designed to press an inner side of the first receptacle against the vehicle component to form a first frictional connection with the vehicle component , - wherein at least in the first subsection the cable harness has a first leg , a second leg and a third leg , - wherein the second leg and the third leg are arranged at a distance from another on the first leg , on one and the same side of the first leg , - wherein the first to third legs delimit the first receptacle , - wherein the first cable bundle is arranged in one of the legs . - having a foam sheathing and at least a first cable bundle with a first electrical cable and a second electrical cable , - wherein the first cable bundle is at least partly embedded in the foam sheathing and the foam sheathing mechanically connects the first electrical cable to the second electrical cable , - wherein the cable harness in at least a first subsection forms a first receptacle , - wherein the first receptacle is designed to receive at least partly a vehicle component of the motor vehicle , - wherein the foam sheathing in at least a first subsection of the cable harness is designed to press an inner side of the first receptacle against the vehicle component to form a first frictional connection with the vehicle component , - wherein at least in the first subsection the cable harness has a first leg , a second leg and a third leg , - wherein the second leg and the third leg are arranged at a distance from another on the first leg , on one and the same side of the first leg , - wherein the first to third legs delimit the first receptacle , - wherein the first cable bundle is arranged in one of the legs .
Household appliance for the treatment of household waste, characterized by the fact that it comprises: - a treatment cab ; - an inlet opening formed in said cab and adapted to bring a quantity of mixed household waste into said cab ; - separation means accommodated in said cab and adapted to separate said mixed household waste into a wet organic part , a dry organic part , a recoverable dry part and a dry mixed part ; - at least a first output , a second output and a third output formed in said cab and adapted to let out said wet organic part , said recoverable dry part and said dry mixed part , respectively. - a treatment cab ; - an inlet opening formed in said cab and adapted to bring a quantity of mixed household waste into said cab ; - separation means accommodated in said cab and adapted to separate said mixed household waste into a wet organic part , a dry organic part , a recoverable dry part and a dry mixed part ; - at least a first output , a second output and a third output formed in said cab and adapted to let out said wet organic part , said recoverable dry part and said dry mixed part , respectively.