mhurhangee/patent-ind-claim-en huggingface dataset:
Roof system for a vehicle having a roof opening in its fixed roof , comprising a stationary part configured to be attached to the fixed roof, a panel movably supported on the stationary part and configured to close the roof opening in its closed position and to be moved at least rearwardly to an opened position in which the roof opening is at least partly opened, the stationary part including guide rails extending in longitudinal direction substantially parallel to opposite sides of the roof opening , said guide rails slidably supporting an operating mechanism for the panel and includes guide grooves bordered by guide flanges, the operating mechanism including a driving slide , a panel front support and a panel rear support movable by means of the driving slide, the rear support being connected to a panel bracket guide of a panel bracket extending in longitudinal direction alongside a corresponding edge of the panel, said panel bracket guide being slidably in engagement with the panel rear support so as to enable the panel to slide with respect to the rear support when the front support is driven by the driving slide , characterized in that the panel front support is in engagement with a guide rail groove on the outer side of an upright flange of each guide rail while the panel bracket guide extends mainly on the other, inner side of said upright flange.
A device for passenger compartment lighting of a motor vehicle, the device comprising at least one light source and a light guide (4; 24), the source extending in front of a main face of the guide (8; 22), the guide comprising at least one coupling face capable of reflecting into the guide at least a part of the light emitted by the source, and at least two decoupling faces at a distance from one another and arranged so as to reflect toward an output face (14; 22) of the guide the light coming from the coupling face, the device furthermore comprising at least one directional lighting source and at least one redirection component , said redirection component being interposed between the directional lighting source and the decoupling faces of the guide , and being arranged so as to transmit the light emitted by said directional lighting source inside the guide which it passes through towards the output face (14; 22) characterized in that the redirection component directs the light emitted by the directional lighting source to a focus of the component, located outside the guide. the source extending in front of a main face of the guide (8; 22), the guide comprising at least one coupling face capable of reflecting into the guide at least a part of the light emitted by the source, and at least two decoupling faces at a distance from one another and arranged so as to reflect toward an output face (14; 22) of the guide the light coming from the coupling face, the device furthermore comprising at least one directional lighting source and at least one redirection component , said redirection component being interposed between the directional lighting source and the decoupling faces of the guide , and being arranged so as to transmit the light emitted by said directional lighting source inside the guide which it passes through towards the output face (14; 22) characterized in that the redirection component directs the light emitted by the directional lighting source to a focus of the component, located outside the guide.
An assembly for determining a load on an elevator car , the assembly comprising: a plurality of terminations respectively configured for securing an end of a load bearing member ; a plurality of strain gages respectively secured to a portion of respective ones of the plurality of terminations , wherein each of the terminations includes at least one of the strain gages ; and a load determining processor that receives indications from the plurality of strain gages and determines a load on the elevator car based on the received indications, characterized in that the plurality of terminations respectively include a rod , a socket portion connected to the rod , and a wedge situated at least partially within the socket portion , in that the strain gages are situated on at least one of the rod or the socket portion of the respective one of the plurality of terminations , in that the socket portion includes at least one solid member that extends in a direction of the load on the elevator car , and in that the strain gages are situated on the at least one solid member of the respective terminations . a plurality of terminations respectively configured for securing an end of a load bearing member ; a plurality of strain gages respectively secured to a portion of respective ones of the plurality of terminations , wherein each of the terminations includes at least one of the strain gages ; and a load determining processor that receives indications from the plurality of strain gages and determines a load on the elevator car based on the received indications, characterized in that the plurality of terminations respectively include a rod , a socket portion connected to the rod , and a wedge situated at least partially within the socket portion , in that the strain gages are situated on at least one of the rod or the socket portion of the respective one of the plurality of terminations , in that the socket portion includes at least one solid member that extends in a direction of the load on the elevator car , and in that the strain gages are situated on the at least one solid member of the respective terminations .
A method for synchronously sequencing a sense strand and an antisense strand of an insert DNA, comprising: performing a first round of rolling circle amplification using a circular DNA molecule of the insert DNA to be sequenced as an amplification template, to generate a first partial template strand; hybridizing the first partial template strand with blocked or unblocked amplification primers, and performing a second round of rolling circle amplification using the circular DNA molecule as an amplification template to generate a second partial template strand; selecting any one partial template strand of the first partial template strand or the second partial template strand as a read1 strand sequencing template, and generating a read2 strand sequencing template by performing multiple displacement amplification using the other partial template strand as an amplification template; and hybridizing the read1 strand sequencing template with read1 strand sequencing primers, hybridizing the read2 strand sequencing template with read2 strand sequencing primers, and simultaneously performing read1 strand sequencing and read2 strand sequencing to obtain sequences of the sense strand and the antisense strand of the insert DNA. performing a first round of rolling circle amplification using a circular DNA molecule of the insert DNA to be sequenced as an amplification template, to generate a first partial template strand; hybridizing the first partial template strand with blocked or unblocked amplification primers, and performing a second round of rolling circle amplification using the circular DNA molecule as an amplification template to generate a second partial template strand; selecting any one partial template strand of the first partial template strand or the second partial template strand as a read1 strand sequencing template, and generating a read2 strand sequencing template by performing multiple displacement amplification using the other partial template strand as an amplification template; and hybridizing the read1 strand sequencing template with read1 strand sequencing primers, hybridizing the read2 strand sequencing template with read2 strand sequencing primers, and simultaneously performing read1 strand sequencing and read2 strand sequencing to obtain sequences of the sense strand and the antisense strand of the insert DNA.
An electrical assembly for use in an electrical system, the electrical assembly comprising a DC path, the DC path including: a DC power transmission medium ; and a current commutation device , the current commutation device including a switching element and an energy absorbing element , the switching element arranged to permit a current flowing, in use, through the DC path to flow through the switching element and at the same time bypass the energy absorbing element , wherein the electrical assembly further includes a control unit programmed to selectively control the switching of the switching element to commutate the current directly from the switching element to the energy absorbing element in order to increase the resultant voltage drop caused by the flow of direct current through the DC path in which the current commutation device is connected and thereby oppose the flow of the current through the DC path, characterised in that the control unit is programmed to selectively switch the switching element on and off a plurality of times to control the commutation of the current directly from the switching element to the energy absorbing element in order to control variation of the apparent resistance of the DC path. a DC power transmission medium ; and a current commutation device , the current commutation device including a switching element and an energy absorbing element , the switching element arranged to permit a current flowing, in use, through the DC path to flow through the switching element and at the same time bypass the energy absorbing element , wherein the electrical assembly further includes a control unit programmed to selectively control the switching of the switching element to commutate the current directly from the switching element to the energy absorbing element in order to increase the resultant voltage drop caused by the flow of direct current through the DC path in which the current commutation device is connected and thereby oppose the flow of the current through the DC path, characterised in that the control unit is programmed to selectively switch the switching element on and off a plurality of times to control the commutation of the current directly from the switching element to the energy absorbing element in order to control variation of the apparent resistance of the DC path.
A lamp unit for a vehicle headlamp comprising: a light source array comprising a plurality of light sources aligned into an array; a mount portion on which the light source array is to be mounted; a first reflecting mirror configured to reflect light from the light sources, and an optical member configured to project direct light from the light sources and reflected light from the first reflecting mirror to the front, wherein the light source array is configured to individually turn on and off each of the light sources , wherein the lamp unit is a high-beam lamp unit configured to form a high-beam light distribution pattern, wherein the light sources situated near an optical axis (Ax) are configured to be turned off and the remaining light sources are configured to be turned on such that the high-beam lamp unit forms a split light distribution pattern in which a split area (Sp) on to which light is not shone is provided near the optical axis (Ax) of the high-beam light distribution pattern, characterized in that the first reflecting mirror is parabolic cylindrical or hyperbolic cylindrical and is provided at least either above or below the light source array . a light source array comprising a plurality of light sources aligned into an array; a mount portion on which the light source array is to be mounted; a first reflecting mirror configured to reflect light from the light sources, and an optical member configured to project direct light from the light sources and reflected light from the first reflecting mirror to the front, wherein the light source array is configured to individually turn on and off each of the light sources , wherein the lamp unit is a high-beam lamp unit configured to form a high-beam light distribution pattern, wherein the light sources situated near an optical axis (Ax) are configured to be turned off and the remaining light sources are configured to be turned on such that the high-beam lamp unit forms a split light distribution pattern in which a split area (Sp) on to which light is not shone is provided near the optical axis (Ax) of the high-beam light distribution pattern, characterized in that the first reflecting mirror is parabolic cylindrical or hyperbolic cylindrical and is provided at least either above or below the light source array .
An acoustic composite comprising a plurality of layers, the layers including: a. an outermost top layer having a specific air flow resistance of 100 mks Rayls to 10,000 mks Rayls according to ASTM standard C522-87 or ISO standard 9053; b. a middle layer having a specific air flow resistance of 100 mks Rayls to 10,000 mks Rayls; c. a first lofted nonwoven layer sandwiched between the top layer and the middle layer, the first lofted nonwoven layer having a lower specific air flow resistance than the top layer and the middle layer; and d. a second lofted nonwoven layer attached to the middle layer opposite the first lofted nonwoven layer, the second lofted nonwoven layer having a lower specific air flow resistance than the top layer and the middle layer; wherein the acoustic composite as a whole exhibits greater sound absorption than the summation of performance of the layers individually; wherein the first lofted nonwoven layer, the second lofted nonwoven layer, or both, is formed by a lapping process. a. an outermost top layer having a specific air flow resistance of 100 mks Rayls to 10,000 mks Rayls according to ASTM standard C522-87 or ISO standard 9053; b. a middle layer having a specific air flow resistance of 100 mks Rayls to 10,000 mks Rayls; c. a first lofted nonwoven layer sandwiched between the top layer and the middle layer, the first lofted nonwoven layer having a lower specific air flow resistance than the top layer and the middle layer; and d. a second lofted nonwoven layer attached to the middle layer opposite the first lofted nonwoven layer, the second lofted nonwoven layer having a lower specific air flow resistance than the top layer and the middle layer; wherein the acoustic composite as a whole exhibits greater sound absorption than the summation of performance of the layers individually; wherein the first lofted nonwoven layer, the second lofted nonwoven layer, or both, is formed by a lapping process.
A horizontal shaft impact crusher comprising a crusher housing having an inlet for material to be crushed, an outlet for material that has been crushed, an impeller being mounted on a horizontal shaft in the crusher housing and being operative for rotating around a horizontal axis, a curtain (28; 30) against which material accelerated by the impeller may be crushed, and an adjustment bar (44; 62) for adjusting the position of said curtain (28; 30) relative to the impeller , the crusher being further provided with a cross beam (84; 184) to which said adjustment bar (44; 62) is connected, said crossbeam (84; 184) being adjustable relative to the impeller and extends parallel to the rotational axis of the impeller , said cross beam (84; 184) is slidably arranged to the crusher housing provided with at least two guide rails to which said crossbeam is slidably connected, characterised in that it comprises retaining means (92, 100; 120, 132, 100; 120', 132, 138) which is arranged to hold, with a predetermined holding force, said cross beam in a crusher operation position relative to the guide rails , an adjustment device comprising a supporting structure, in the form of the cross beam , and two connection portions, in the form of V-shaped guide blocks which are arranged in the opposite horizontal ends of the cross beam , each of the guide blocks being received in a respective guide rail mounted on the housing and extending away from the housing , whereby each guide rail is provided with a V-shaped groove forming a V-shaped receiving portion, and a curtain position indicator device indicating the position of the cross beam (84; 184) relative to the impeller , thereby indicating the position of the curtain (28; 30) relative to the impeller wherein said position indicator device comprises a pointer mounted at one end of the cross beam and a reading scale arranged on the guide rail .
An indoor unit for an air conditioner, comprising: a casing including a first wall , a second wall opposite to the first wall , a third wall connecting the first wall and the second wall , and a fourth wall connecting the first wall and the second wall and opposite to the third wall ; a centrifugal fan disposed in the casing ; and a heat exchanger disposed between the centrifugal fan and the first wall , third wall , and fourth wall of the casing , wherein the heat exchanger includes a first extension part located near the third wall of the casing and extending from the first wall toward the second wall in the casing , and a second extension part located near the fourth wall of the casing and extending from the first wall toward the second wall in the casing , and the first extension part in the heat exchanger extends beyond a distal end of the second extension part in the heat exchanger toward the second wall of the casing , characterised in that the indoor unit further comprises: a drain pump disposed between a portion of the second wall in the casing , the portion being located near the first extension part , and the distal end of the first extension part in the heat exchanger . a casing including a first wall , a second wall opposite to the first wall , a third wall connecting the first wall and the second wall , and a fourth wall connecting the first wall and the second wall and opposite to the third wall ; a first wall , a second wall opposite to the first wall , a third wall connecting the first wall and the second wall , and a fourth wall connecting the first wall and the second wall and opposite to the third wall ; a centrifugal fan disposed in the casing ; and a heat exchanger disposed between the centrifugal fan and the first wall , third wall , and fourth wall of the casing , wherein the heat exchanger includes a first extension part located near the third wall of the casing and extending from the first wall toward the second wall in the casing , and a second extension part located near the fourth wall of the casing and extending from the first wall toward the second wall in the casing , and a first extension part located near the third wall of the casing and extending from the first wall toward the second wall in the casing , and a second extension part located near the fourth wall of the casing and extending from the first wall toward the second wall in the casing , and the first extension part in the heat exchanger extends beyond a distal end of the second extension part in the heat exchanger toward the second wall of the casing , characterised in that the indoor unit further comprises: a drain pump disposed between a portion of the second wall in the casing , the portion being located near the first extension part , and the distal end of the first extension part in the heat exchanger .
An end effector for a surgical instrument, comprising: a first jaw having a cartridge with a plurality of staple cavities configured to seat staples therein, the staple cavities opening on a tissue-facing surface of the cartridge; a second jaw opposing the first jaw and having an anvil with a plurality of staple forming cavities formed on a tissue-facing surface thereof, wherein the first and second jaws are configured to clamp tissue therebetween; a plurality of male features formed on a tissue-facing surface of at least one jaw of the first and second jaws; an adjunct material configured to be releasably retained on the at least one jaw, the adjunct material comprising a plurality of female features , each female feature being configured to encompass a corresponding at least one of the male features in a clearance fit such that the adjunct material is able to move with respect to the jaw on which it is mounted at least in a first plane parallel to the tissue-facing surface; and characterised by at least one attachment feature configured to releasably retain the adjunct material on the at least one jaw, wherein the at least one attachment feature comprises adhesive disposed on at least a portion of a surface of the adjunct material facing the at least one jaw. a first jaw having a cartridge with a plurality of staple cavities configured to seat staples therein, the staple cavities opening on a tissue-facing surface of the cartridge; a second jaw opposing the first jaw and having an anvil with a plurality of staple forming cavities formed on a tissue-facing surface thereof, wherein the first and second jaws are configured to clamp tissue therebetween; a plurality of male features formed on a tissue-facing surface of at least one jaw of the first and second jaws; an adjunct material configured to be releasably retained on the at least one jaw, the adjunct material comprising a plurality of female features , each female feature being configured to encompass a corresponding at least one of the male features in a clearance fit such that the adjunct material is able to move with respect to the jaw on which it is mounted at least in a first plane parallel to the tissue-facing surface; and characterised by at least one attachment feature configured to releasably retain the adjunct material on the at least one jaw, wherein the at least one attachment feature comprises adhesive disposed on at least a portion of a surface of the adjunct material facing the at least one jaw.
A method for providing a data link between one or more high frequency transmission points, TPs, and a user equipment, UE, in a wireless network, the method comprising: receiving , by the UE, an assignment from a macro cell manager in the wireless network, wherein the assignment includes a UE specific reference signal set that maps to one or more high frequency TP downlink beams, wherein each UE specific reference signal uniquely identifies an individual high frequency TP downlink beam and the UE; identifying , by the UE, each of the one or more TP downlink beams by detecting the UE specific reference signals sent in each of the one or more TP downlink beams; measuring, by the UE, a quality of each of the one or more TP downlink beams; selecting a selected beam from the one or more TP downlink beams based on the quality; and establishing, by the UE, the data link to the high frequency TP that transmitted the selected beam using the selected beam. receiving , by the UE, an assignment from a macro cell manager in the wireless network, wherein the assignment includes a UE specific reference signal set that maps to one or more high frequency TP downlink beams, wherein each UE specific reference signal uniquely identifies an individual high frequency TP downlink beam and the UE; identifying , by the UE, each of the one or more TP downlink beams by detecting the UE specific reference signals sent in each of the one or more TP downlink beams; measuring, by the UE, a quality of each of the one or more TP downlink beams; selecting a selected beam from the one or more TP downlink beams based on the quality; and establishing, by the UE, the data link to the high frequency TP that transmitted the selected beam using the selected beam.