mhurhangee/patent-ind-claim-en huggingface dataset:
Exhaust gas treatment device for an exhaust system of an internal combustion engine, comprising: - an exhaust gas treatment housing with a housing inlet and with a housing outlet , - an exhaust gas treatment unit in the exhaust gas treatment housing with an exhaust gas treatment unit inlet following the housing inlet and with an exhaust gas treatment unit outlet , - an SCR catalytic converter device in the exhaust gas treatment housing with an SCR catalytic converter device inlet following the exhaust gas treatment unit outlet and with an SCR catalytic converter device outlet , - a reactant releasing device for releasing reactant upstream of the SCR catalytic converter device inlet , wherein an exhaust gas duct formed in an exhaust gas pipe leads in the exhaust gas treatment housing from the exhaust gas treatment unit outlet to the SCR catalytic converter device inlet such that exhaust gas leaving the SCR catalytic converter device at the SCR catalytic converter device outlet flows around the exhaust gas pipe in at least some areas, wherein the reactant releasing device for releasing reactant is disposed in the area of the exhaust gas treatment unit outlet , wherein the exhaust gas treatment unit outlet comprises a first flow deflection housing , and the reactant releasing device is arranged in the area of the first flow deflection housing , wherein an upstream end area of the exhaust gas pipe is arranged for receiving exhaust gas leaving the first flow deflection housing , and the reactant releasing device is arranged for releasing reactant in the direction of the upstream end area of the exhaust gas pipe , wherein the exhaust gas pipe is led in the exhaust gas treatment housing with a first pipe area from the exhaust gas treatment unit outlet to a second pipe area and is led in the second pipe area essentially at right angles to the housing longitudinal axis (A), characterized in that the exhaust gas pipe is led in the first pipe area laterally next to the SCR catalytic converter device in relation to the housing longitudinal axis (A), is led in the second pipe area along the SCR catalytic converter device outlet , and is led with a third pipe area laterally next to the SCR catalytic converter device in relation to the housing longitudinal axis (A) to the SCR catalytic converter device inlet . - an exhaust gas treatment housing with a housing inlet and with a housing outlet , - an exhaust gas treatment unit in the exhaust gas treatment housing with an exhaust gas treatment unit inlet following the housing inlet and with an exhaust gas treatment unit outlet , - an SCR catalytic converter device in the exhaust gas treatment housing with an SCR catalytic converter device inlet following the exhaust gas treatment unit outlet and with an SCR catalytic converter device outlet , - a reactant releasing device for releasing reactant upstream of the SCR catalytic converter device inlet ,
A method for adjusting the timing of beam projections in an optical beam detector whilst maintaining consistency of response time of said optical beam detector, the method comprising: projecting a beam (1a; 1b; 1c), for the purpose of detecting obscuration of the beam; detecting if a level of signal of the beam is less than a threshold for each of a number of consecutive projections or for each consecutive projection over a pre-determined time-period; and when detecting that a signal level of the beam is less than a threshold value for each of a number of consecutive projections or for each consecutive projection for a pre-determined time-period, initiating a warning, signalling an alarm or otherwise reacting, being any form of audible and/or visual stimuli, and/or the triggering of remedial fire apparatus, wherein the method further comprises the step of adjusting, for each projection of a number of consecutive projections, the timing of projecting the beam from a nominal transmit interval 'T', being the interval of projection if using regular time intervals for projection, to be distributed within a window time-period 'W' (3a; 3b; 3c), being a period of possible times at which the beam may be projected, extending from an amount before to an amount after the nominal transmit interval 'T'. projecting a beam (1a; 1b; 1c), for the purpose of detecting obscuration of the beam; detecting if a level of signal of the beam is less than a threshold for each of a number of consecutive projections or for each consecutive projection over a pre-determined time-period; and when detecting that a signal level of the beam is less than a threshold value for each of a number of consecutive projections or for each consecutive projection for a pre-determined time-period, initiating a warning, signalling an alarm or otherwise reacting, being any form of audible and/or visual stimuli, and/or the triggering of remedial fire apparatus, wherein the method further comprises the step of adjusting, for each projection of a number of consecutive projections, the timing of projecting the beam from a nominal transmit interval 'T', being the interval of projection if using regular time intervals for projection, to be distributed within a window time-period 'W' (3a; 3b; 3c), being a period of possible times at which the beam may be projected, extending from an amount before to an amount after the nominal transmit interval 'T'.
A woven textile (10; 10'; 10"; 10"'; 110; 110'; 110"; 110"') sleeve for routing and protecting elongate members , comprising: an elongate wall having opposite edges extending parallel to a longitudinal central axis (18; 18'; 18"; 18'"; 118; 118'; 118"; 118'") of the sleeve, said wall being woven with warp yarns (23; 23'; 23"; 23'"; 123; 123'; 123"; 123'") extending parallel to said central longitudinal axis and fill yarns (24; 24'; 24"; 24'"; 124; 124'; 124"; 124'") extending transversely to said warp yarns, characterised in that said warp yarns (23; 23'; 23"; 23'"; 123; 123'; 123"; 123'") are woven as discrete bundles (22; 22'; 22"; 22'"; 122; 122'; 122"; 122'") of warp yarns, wherein each said discrete bundle includes a plurality of warp yarns arranged in side-by-side abutting relation with one another, with said warp yarns in each discrete bundle extending over and under the same said fill yarns (24; 24'; 24"; 24"'; 124; 124'; 124"; 124'") with one another. an elongate wall having opposite edges extending parallel to a longitudinal central axis (18; 18'; 18"; 18'"; 118; 118'; 118"; 118'") of the sleeve, said wall being woven with warp yarns (23; 23'; 23"; 23'"; 123; 123'; 123"; 123'") extending parallel to said central longitudinal axis and fill yarns (24; 24'; 24"; 24'"; 124; 124'; 124"; 124'") extending transversely to said warp yarns, characterised in that said warp yarns (23; 23'; 23"; 23'"; 123; 123'; 123"; 123'") are woven as discrete bundles (22; 22'; 22"; 22'"; 122; 122'; 122"; 122'") of warp yarns, wherein each said discrete bundle includes a plurality of warp yarns arranged in side-by-side abutting relation with one another, with said warp yarns in each discrete bundle extending over and under the same said fill yarns (24; 24'; 24"; 24"'; 124; 124'; 124"; 124'") with one another.
Process for producing a rubber mixture in a mixing apparatus having at least one mixing chamber in which rotors are disposed, where a plant control system by means of which process parameters especially including the speed of the rotors , the suction output of a suction device and the mixing time are controlled by open- or closed-loop control is provided, where at least one rubber is mixed in the mixing chamber with at least one filler, especially silica, preferably with addition of at least one coupling agent, especially a silane, and where the gas mixture present in and above the mixing chamber is sucked out by means of the suction device , characterizedin tha t volatile organic compounds, especially alcoholic gases, present in the gas mixture sucked in are detected continuously in the suction device , where, in the event of exceedance of a concentration of organic compounds in the gas mixture sucked in that has been defined as the control limit, the concentration measured is employed as control variable in the plant control system for closed-loop control of at least one of the process parameters, where, in the event of exceedance of a concentration of organic compounds in the gas mixture sucked in that has been defined as the safety limit, there is a safety shutdown of the mixing apparatus by means of the plant control system. where at least one rubber is mixed in the mixing chamber with at least one filler, especially silica, preferably with addition of at least one coupling agent, especially a silane, and where the gas mixture present in and above the mixing chamber is sucked out by means of the suction device , characterizedin tha t volatile organic compounds, especially alcoholic gases, present in the gas mixture sucked in are detected continuously in the suction device , where, in the event of exceedance of a concentration of organic compounds in the gas mixture sucked in that has been defined as the control limit, the concentration measured is employed as control variable in the plant control system for closed-loop control of at least one of the process parameters, where, in the event of exceedance of a concentration of organic compounds in the gas mixture sucked in that has been defined as the safety limit, there is a safety shutdown of the mixing apparatus by means of the plant control system.
A tread block arrangement suitable for a tire or for a tread band for a tire, the tread block arrangement comprising: - a tread block comprising at least a first sipe delimited by a first sipe wall , a second sipe wall and a bottom of the sipe, wherein the first sipe wall and the second sipe wall are arranged parallel to each other and define a width (w) of the sipe, further wherein at least the first sipe wall has at least one indentation to increase an empty volume (V) of the sipe at the location of the indentation , wherein the first sipe wall has an inclined section to form said at least one indentation , wherein a distance (w) between the first sipe wall and the second sipe wall increases towards the bottom of the sipe at the location of the inclined section , characterized in that - in the longitudinal direction of the inclined section the height of the inclination differs so that at one end of the inclined section the inclination starts at or near a top of the tread block and the inclination starts more and more deep in the sipe towards the other end of the inclined section . - a tread block comprising at least a first sipe delimited by a first sipe wall , a second sipe wall and a bottom of the sipe, wherein the first sipe wall and the second sipe wall are arranged parallel to each other and define a width (w) of the sipe, further wherein at least the first sipe wall has at least one indentation to increase an empty volume (V) of the sipe at the location of the indentation , wherein the first sipe wall has an inclined section to form said at least one indentation , wherein a distance (w) between the first sipe wall and the second sipe wall increases towards the bottom of the sipe at the location of the inclined section , characterized in that wherein the first sipe wall has an inclined section to form said at least one indentation , wherein a distance (w) between the first sipe wall and the second sipe wall increases towards the bottom of the sipe at the location of the inclined section , characterized in that - in the longitudinal direction of the inclined section the height of the inclination differs so that at one end of the inclined section the inclination starts at or near a top of the tread block and the inclination starts more and more deep in the sipe towards the other end of the inclined section .
A closure apparatus for openings (A) for access to industrial machines, comprising a movable door and an actuator that is adapted to move the door between an active position for closing said opening (A) and an inactive position for noninterference with said opening (A), at which said door is substantially raised with respect to said opening (A), wherein said actuator comprises a motorized shaft which supports, at its ends, at least two mutually opposite pulleys , which are adapted to wind respectively first and second flexible elements connected to respective substantially upper and external portions of said door , characterized in that said actuator comprises, substantially at an intermediate section of said shaft , at least one third idle pulley , for winding at least one third flexible element connected to a substantially upper and central portion of said door , said third pulley being provided with at least one position sensor for detecting an unrolling of said third flexible element , which corresponds to the active closure position of said opening (A).
Double-sealed compensating gasket in a hydraulic shock absorber for use in self-closers in furniture, the shock absorber comprising, a cylindrical body with a shaft in its interior, the double-sealed compensating gasket being of the type in which one end seals the internal cylindrical body of the shock absorber and the other end seals the shaft of the shock absorber, wherein in the double-sealed compensating gasket , there is substantial axial longitudinal separation or spacing between the seal end of the internal cylindrical body of the shock absorber and the seal end of the shaft , thus forming an elastic spaced zone coaxial to and on the shaft of the shock absorber, constituting on the one side an annular fluid compensation chamber , and, on the other, an air chamber and wherein a closing cap includes at least one air passage between the inside of the air chamber and the outside, which permits compensatory passage of air, thus avoiding counterforces and wherein there is a separator that maintains the axial longitudinal spacing between the seal end of the internal body and the seal end of the shaft and characterised in that the separator has positioning threads arranged symmetrically in the radial direction and on the inner surface of the air chamber .
Sabot having a push-pull function, the sabot comprising a plurality of sabot segments (1.1, 1.2, 1.3) adjoining one another in a circumferential direction, which sabot segments each have a front part in a firing direction as a push part, and a rear part in the firing direction as a pull part, between which front part and rear part a pressure flange is located, the sabot having a rear end opposite the firing direction and a front end in the firing direction, the sabot being designed at the rear end opposite the firing direction in such a way that a low degree of flexural rigidity is achieved at this end , in that the end is approximately cylindrical and is formed with a thinner wall thickness of the relevant rear part of the sabot segments (1.1, 1.2, 1.3) than further forward in the firing direction at the relevant rear part of the sabot segments (1.1, 1.2, 1.3), andcharacterized in that the rear part and the front part have recesses in the sabot segments (1.1, 1.2, 1.3), which recesses are delimited in the peripheral direction by struts extending in the firing direction, the struts extending between the rear end opposite the firing direction and the pressure flange , and between the front end in the firing direction and the pressure flange .
A method of wireless communication performed by a user equipment, UE, comprising: receiving an indication of a demodulation reference signal, DMRS, port to be used by the UE for transmitting a DMRS communication, the indication enabling the UE to determine a base sequence for transmitting the DMRS communication if pi over two binary phase shift keying, BPSK, modulation is used; determining the base sequence based at least in part on performing a modulo two operation on a DMRS port index of the DMRS port; generating a DMRS sequence for the DMRS port based at least in part on the base sequence; and transmitting the DMRS communication including the DMRS sequence via the DMRS port in an uplink transmission that is modulated using the pi over two BPSK modulation. receiving an indication of a demodulation reference signal, DMRS, port to be used by the UE for transmitting a DMRS communication, the indication enabling the UE to determine a base sequence for transmitting the DMRS communication if pi over two binary phase shift keying, BPSK, modulation is used; determining the base sequence based at least in part on performing a modulo two operation on a DMRS port index of the DMRS port; generating a DMRS sequence for the DMRS port based at least in part on the base sequence; and transmitting the DMRS communication including the DMRS sequence via the DMRS port in an uplink transmission that is modulated using the pi over two BPSK modulation.
A crank-handle assembly comprising: an arm having a first end and a second end ; an axle fixedly coupled to the first end of the arm along a first axis X-X', wherein the first axis X-X' is angularly oriented to the arm , and parallel to the axle ; a handle pivotally coupled to the arm at the second end ; the handle is adapted to pivot between an operational position and a folding position; wherein the handle is parallel to the first axis X-X' in the operational position; and wherein the handle is parallel to the arm , and folded on a side of the arm , in the folded position, and a locking mechanism adapted to bias the handle in the operational position, wherein the locking mechanism includes a button adapted to be pressed to change the position of the handle from the operational position to the folded position characterized in that: the side of the arm at which the handle is in folded position lies outside of a plane A-A', wherein the plane A-A' is containing the first axis X-X' and running parallel to the arm . an arm having a first end and a second end ; an axle fixedly coupled to the first end of the arm along a first axis X-X', wherein the first axis X-X' is angularly oriented to the arm , and parallel to the axle ; a handle pivotally coupled to the arm at the second end ; the handle is adapted to pivot between an operational position and a folding position; wherein the handle is parallel to the first axis X-X' in the operational position; and wherein the handle is parallel to the arm , and folded on a side of the arm , in the folded position, and a locking mechanism adapted to bias the handle in the operational position, wherein the locking mechanism includes a button adapted to be pressed to change the position of the handle from the operational position to the folded position characterized in that: the side of the arm at which the handle is in folded position lies outside of a plane A-A', wherein the plane A-A' is containing the first axis X-X' and running parallel to the arm .
A pre-combustion chamber assembly for internal combustion engines operating at least partly on gaseous fuel and having a cylinder defining a main combustion chamber , the pre-combustion chamber assembly extending along a longitudinal central axis and comprising: a pre-combustion chamber upper section extending along the longitudinal central axis , including an ignition device accommodation portion configured to accommodate an ignition device and including a fuel supply accommodation portion for accommodating a fuel supply device, the fuel supply accommodation portion having a central axis extending in parallel to the longitudinal central axis with a predetermined offset ; a pre-combustion chamber lower section extending along the longitudinal central axis and connected to the pre-combustion chamber upper section , the pre-combustion chamber lower section including a plurality of flow transfer passages ; a pre-combustion chamber delimited within the precombustion chamber upper section and the pre-combustion chamber lower section and fluidly connectable to the main combustion chamber via the plurality of flow transfer passages , the pre-combustion chamber including a main portion having a main portion central axis extending in parallel to the longitudinal central axis with a predetermined offset ; and an ignition device mounted to the ignition device accommodation portion and configured to initiate a combustion event at an ignition point within the main portion , characterized in that the ignition point lies substantially on the main portion central axis . a pre-combustion chamber upper section extending along the longitudinal central axis , including an ignition device accommodation portion configured to accommodate an ignition device and including a fuel supply accommodation portion for accommodating a fuel supply device, the fuel supply accommodation portion having a central axis extending in parallel to the longitudinal central axis with a predetermined offset ; a pre-combustion chamber lower section extending along the longitudinal central axis and connected to the pre-combustion chamber upper section , the pre-combustion chamber lower section including a plurality of flow transfer passages ; a pre-combustion chamber delimited within the precombustion chamber upper section and the pre-combustion chamber lower section and fluidly connectable to the main combustion chamber via the plurality of flow transfer passages , the pre-combustion chamber including a main portion having a main portion central axis extending in parallel to the longitudinal central axis with a predetermined offset ; and an ignition device mounted to the ignition device accommodation portion and configured to initiate a combustion event at an ignition point within the main portion , characterized in that the ignition point lies substantially on the main portion central axis .
A gel spun UHMWPE fiber wherein the UHMWPE of the fiber has an intrinsic viscosity (IV) of at least 4 dl/g determined as described in the METHODS OF MEASUREMENT, a co-monomer content (C BR ) of a least 0.05 SCB/1000TC determined as described in the METHODS OF MEASUREMENT, a mass averaged distribution of the co-monomer (C MAD ) of at least 0.05 determined as described in the METHODS OF MEASUREMENT, whereby the ratio C MAD to C BR is greater than 1. a co-monomer content (C BR ) of a least 0.05 SCB/1000TC determined as described in the METHODS OF MEASUREMENT, a mass averaged distribution of the co-monomer (C MAD ) of at least 0.05 determined as described in the METHODS OF MEASUREMENT, whereby the ratio C MAD to C BR is greater than 1.