mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a drafting device of a spinning frame, wherein the drafting device includes a front bottom roller, a middle bottom roller, a back bottom roller, and motors (15, 16a, 16b, 17a, 17b) that independently drive the bottom rollers (12, 13, 14), wherein the method comprises changing a break draft ratio of the drafting device in a deactivation process of the spinning frame so that a load torque of the drafting device is smaller than when the break draft ratio is set to a value for normal operation to limit untwisting of the bottom rollers (12, 13, 14), characterized by further comprising: calculating a timing when a fiber bundle, which has passed by the middle bottom roller during a period in which the break draft ratio is changed, passes by the front bottom roller using a roller gauge between the front bottom roller and the middle bottom roller and roller speeds of the front bottom roller and the middle bottom roller; and changing a main draft ratio at the calculated timing to cancel influence on the fiber bundle of the changing in the break draft ratio. calculating a timing when a fiber bundle, which has passed by the middle bottom roller during a period in which the break draft ratio is changed, passes by the front bottom roller using a roller gauge between the front bottom roller and the middle bottom roller and roller speeds of the front bottom roller and the middle bottom roller; and changing a main draft ratio at the calculated timing to cancel influence on the fiber bundle of the changing in the break draft ratio.
A system comprising: a compressor for a refrigeration system; an ambient temperature sensor configured to generate ambient temperature data corresponding to an outdoor ambient temperature; a compressor temperature sensor configured to generate compressor temperature data corresponding to a compressor temperature; and a control module, characterised in that the control module is configured to: receive the ambient temperature data and the compressor temperature data, determine whether the outdoor ambient temperature is rising faster than the compressor temperature, determine whether the outdoor ambient temperature is greater than the compressor temperature by more than a predetermined threshold for more than a predetermined time period, and, in response to the outdoor ambient temperature rising faster than the compressor temperature and the outdoor ambient temperature being greater than the compressor temperature by more than the predetermined threshold for more than the predetermined time period, operate the compressor according to at least one cycle including a first time period during which the compressor is on and a second time period during which the compressor is off. a compressor for a refrigeration system; an ambient temperature sensor configured to generate ambient temperature data corresponding to an outdoor ambient temperature; a compressor temperature sensor configured to generate compressor temperature data corresponding to a compressor temperature; and a control module, characterised in that the control module is configured to: receive the ambient temperature data and the compressor temperature data, determine whether the outdoor ambient temperature is rising faster than the compressor temperature, determine whether the outdoor ambient temperature is greater than the compressor temperature by more than a predetermined threshold for more than a predetermined time period, and, in response to the outdoor ambient temperature rising faster than the compressor temperature and the outdoor ambient temperature being greater than the compressor temperature by more than the predetermined threshold for more than the predetermined time period, operate the compressor according to at least one cycle including a first time period during which the compressor is on and a second time period during which the compressor is off. receive the ambient temperature data and the compressor temperature data, determine whether the outdoor ambient temperature is rising faster than the compressor temperature, determine whether the outdoor ambient temperature is greater than the compressor temperature by more than a predetermined threshold for more than a predetermined time period, and, in response to the outdoor ambient temperature rising faster than the compressor temperature and the outdoor ambient temperature being greater than the compressor temperature by more than the predetermined threshold for more than the predetermined time period, operate the compressor according to at least one cycle including a first time period during which the compressor is on and a second time period during which the compressor is off.
Agricultural processing machine comprising - a conveying device (5.1, 5.2, 6, 11.1, 11.2), - a wall, and - a measuring device (1, 2, 3, 10.1, 10.2), wherein the measuring device (1, 2, 3, 10.1, 10.2) comprises - at least one sensor (1, 2, 10.1, 10.2) and - a window being inserted into the wall, wherein the conveying device (5.1, 5.2, 6, 11.1, 11.2) is arranged to convey loose material (CM, B) along the wall and thereby along the window, wherein the window is positioned between - the or at least one sensor (1, 2, 10.1, 10.2) of the measuring device (1, 2, 3, 10.1, 10.2) and - the conveyed loose material (CM, B), and wherein the or at least one sensor (1, 2, 10.1, 10.2) is arranged to measure in a contactless manner a characteristic of the loose material (CM, B) conveyed along the window, characterized in that the agricultural processing machine further comprises at least one fluid ejector (7.1, 7.2, 7.3, 7.4, 7.5), wherein the or every fluid ejector (7.1, 7.2, 7.3, 7.4, 7.5) is arranged to eject at least one jet (8.1, 8.2, 8.3, 8.4, 8.5) of fluid against a receiving surface (3, 4, FF) formed in the agricultural processing machine, thereby providing fluid in a space between - the conveyed loose material and - that surface of the window which points towards the conveyed loose material (CM, B). - a conveying device (5.1, 5.2, 6, 11.1, 11.2), - a wall, and - a measuring device (1, 2, 3, 10.1, 10.2), - at least one sensor (1, 2, 10.1, 10.2) and - a window being inserted into the wall, - the or at least one sensor (1, 2, 10.1, 10.2) of the measuring device (1, 2, 3, 10.1, 10.2) and - the conveyed loose material (CM, B), and - the conveyed loose material and - that surface of the window which points towards the conveyed loose material (CM, B).
Safety valve, particularly adapted to be applied to equipment containing a pressurized fluid and comprising a tubular sleeve that defines a longitudinal axis and in which the following are identified: - a tubular body provided with an inlet hole and an outlet hole of said pressurized fluid; - a shutter unit of said inlet hole slidably housed within said tubular body and comprised between said inlet hole and said outlet hole; - a retaining means of said shutter unit present at said outlet hole, - tubular flange belonging to said tubular body and arranged coaxially and radially distanced externally to said outlet hole, said tubular flange being provided internally with a shaped zone configured to house a manoeuvring key, said shaped zone being arranged coaxially and above said retaining means, characterized in that said retaining means comprise: - a retaining edge realized in said tubular body and projecting towards the inside of said outlet hole; - a retaining ring arranged inside said tubular body and placed close to said retaining edge, said retaining edge being obtained through bending by plastic deformation of the end edge of said outlet hole towards the outlet of said same outlet hole. - a tubular body provided with an inlet hole and an outlet hole of said pressurized fluid; - a shutter unit of said inlet hole slidably housed within said tubular body and comprised between said inlet hole and said outlet hole; - a retaining means of said shutter unit present at said outlet hole, - tubular flange belonging to said tubular body and arranged coaxially and radially distanced externally to said outlet hole, said tubular flange being provided internally with a shaped zone configured to house a manoeuvring key, said shaped zone being arranged coaxially and above said retaining means, - a retaining edge realized in said tubular body and projecting towards the inside of said outlet hole; - a retaining ring arranged inside said tubular body and placed close to said retaining edge,
Downmixer for downmixing at least two channels of a multichannel audio signal having the two or more channels, comprising: a processor for calculating a partial downmix signal from the at least two channels, wherein the processor is configured to calculate the partial downmix signal by adding the at least two channels, so that a predefined energy or amplitude relation between the at least two channels of the multichannel signal and the partial downmix channel is fulfilled, when the at least two channels are in phase and so that an amplitude loss or energy loss is created in the partial downmix signal with respect to the at least two channels, when the at least two channels are out of phase; a complementary signal calculator for calculating a complementary signal from the multichannel signal, the complementary signal being different from the partial downmix signal; and an adder for adding the partial downmix signal and the complementary signal to obtain a downmix signal of the multichannel signal, wherein the complementary signal calculator is configured to calculate the complementary signal so that the energy loss or the amplitude loss of the partial downmix signal is partly or fully compensated by the adding of the partial downmix signal and the complementary signal in the adder. a processor for calculating a partial downmix signal from the at least two channels, wherein the processor is configured to calculate the partial downmix signal by adding the at least two channels, so that a predefined energy or amplitude relation between the at least two channels of the multichannel signal and the partial downmix channel is fulfilled, when the at least two channels are in phase and so that an amplitude loss or energy loss is created in the partial downmix signal with respect to the at least two channels, when the at least two channels are out of phase; a complementary signal calculator for calculating a complementary signal from the multichannel signal, the complementary signal being different from the partial downmix signal; and an adder for adding the partial downmix signal and the complementary signal to obtain a downmix signal of the multichannel signal, wherein the complementary signal calculator is configured to calculate the complementary signal so that the energy loss or the amplitude loss of the partial downmix signal is partly or fully compensated by the adding of the partial downmix signal and the complementary signal in the adder.
Method for controlling a driving behavior of an autonomously driving vehicle, wherein a processing device performs the following steps for at least one predefined region of a road network: - receiving trace data of the region, wherein the trace data describe at least one trace of historic movements and/or behaviors of past traffic participants in the region, wherein the respective trace comprises o a remaining trace as it results from several repeated events that are based on the habitual behavior, and/or o an old architectural layout of the road network in the region, and/or o formerly valid traffic regulations, and the movements and/or behaviors are incompatible with and/or not anticipated by traffic regulations currently valid in the region; - deriving rule data describing regular movements and/or behaviors of the past traffic participants described by the trace data; - providing the rule data to a motion model of the vehicle, the motion model being designed to perform a prediction of a typical motion of an average traffic participant, wherein the vehicle comprises a driving control system that plans and/or adapts a driving trajectory by detecting at least one traffic participant in the region and predicting a future behavior of the respective detected traffic participant using the motion model. - receiving trace data of the region, wherein the trace data describe at least one trace of historic movements and/or behaviors of past traffic participants in the region, wherein the respective trace comprises o a remaining trace as it results from several repeated events that are based on the habitual behavior, and/or o an old architectural layout of the road network in the region, and/or o formerly valid traffic regulations, and the movements and/or behaviors are incompatible with and/or not anticipated by traffic regulations currently valid in the region; o a remaining trace as it results from several repeated events that are based on the habitual behavior, and/or o an old architectural layout of the road network in the region, and/or o formerly valid traffic regulations, and - deriving rule data describing regular movements and/or behaviors of the past traffic participants described by the trace data; - providing the rule data to a motion model of the vehicle, the motion model being designed to perform a prediction of a typical motion of an average traffic participant, wherein the vehicle comprises a driving control system that plans and/or adapts a driving trajectory by detecting at least one traffic participant in the region and predicting a future behavior of the respective detected traffic participant using the motion model.
A lanyard assembly comprising: a. an elongate lanyard that includes a chain of multiple interconnected links, including an end link that forms one end of the chain and a second link (42") immediately adjacent in the chain to the end link; b. a terminator that includes a terminator body; c. the terminator body having a lanyard recess, in a floor of which a chain recess is formed; within which at least the end link is received; d. a retainer that passes through the end link to prevent its removal from the chain recess; and e. a connector element that can be connected to an object to effect connection of the lanyard assembly to that object, the connector element being connected to the terminator body by a swivel; characterised in that the chain includes a cover, whereby at least said end link of the chain projects from said cover. a. an elongate lanyard that includes a chain of multiple interconnected links, including an end link that forms one end of the chain and a second link (42") immediately adjacent in the chain to the end link; b. a terminator that includes a terminator body; c. the terminator body having a lanyard recess, in a floor of which a chain recess is formed; within which at least the end link is received; d. a retainer that passes through the end link to prevent its removal from the chain recess; and e. a connector element that can be connected to an object to effect connection of the lanyard assembly to that object, the connector element being connected to the terminator body by a swivel;
Yarn comprising: - a core which comprises: i) at least one continuous or discontinuous filament; ii) a first covering of said filament, obtained by winding a first yarn in a first winding direction (R 1) with a first number of windings (NW 1) per linear metre; and iii) a second covering superposed over the first covering, made by winding a second yarn in a second winding direction (R 2), opposite the first (R 1), with a second number of windings (NW 2) per linear metre, so as to form an open-coiling cover; where the second number of windings (NW 2) is lower than the first number of windings (NW 1); and - at least one third covering, obtained by winding at least one sliver (16', 16") comprising discontinuous fibres in the same winding direction (R 2) as the second yarn, positioning said fibres at least in the interspaces of said open-coiling cover; the realisation of the third covering entailing a distancing of the coils of the first covering and a reduction of the interspaces of the open-coiling cover to receive and retain said fibres. - a core which comprises: i) at least one continuous or discontinuous filament; ii) a first covering of said filament, obtained by winding a first yarn in a first winding direction (R 1) with a first number of windings (NW 1) per linear metre; and iii) a second covering superposed over the first covering, made by winding a second yarn in a second winding direction (R 2), opposite the first (R 1), with a second number of windings (NW 2) per linear metre, so as to form an open-coiling cover; where the second number of windings (NW 2) is lower than the first number of windings (NW 1); and i) at least one continuous or discontinuous filament; ii) a first covering of said filament, obtained by winding a first yarn in a first winding direction (R 1) with a first number of windings (NW 1) per linear metre; and iii) a second covering superposed over the first covering, made by winding a second yarn in a second winding direction (R 2), opposite the first (R 1), with a second number of windings (NW 2) per linear metre, so as to form an open-coiling cover; where the second number of windings (NW 2) is lower than the first number of windings (NW 1); and - at least one third covering, obtained by winding at least one sliver (16', 16") comprising discontinuous fibres in the same winding direction (R 2) as the second yarn, positioning said fibres at least in the interspaces of said open-coiling cover; the realisation of the third covering entailing a distancing of the coils of the first covering and a reduction of the interspaces of the open-coiling cover to receive and retain said fibres.
A composite sintered body comprising a first phase and a second phase, the first phase being a diamond phase and being a matrix of the composite sintered body, the second phase including one selected from the group consisting of SiC and Al, the second phase being a phase that is linearly expanded by frictional heat and applies compressive stress to the first phase, a contained amount of the second phase being larger than 0 ppm and not larger than 1000 ppm, an average particle size of particles forming the first phase being not larger than 1000 nm, and an average particle size of particles forming the second phase being not larger than 500 nm.
Device for opening and reclosing packages containing food, in particular cardboard/plastic cmpositepackages, having a pouring element with a circumferential flange for attaching to the package and a nozzle for pouring out as well as a cutting element arranged in the interior of the nozzle with a plurality of teeth arranged over the perimeter and directed toward the package, and having a screw cap, wherein the cutting component cuts an pouring aperture in the composite film material through a turning motion of screw cap for the initial opening of package, characterised in that the teeth of the cutting element have a high gradient at their point, a flatter gradient at their sides and again a high gradient at their tooth base.
An immunomodulatory polypeptide derived from the IL-2, which comprises several point mutations in respect to the sequence of the native, human IL-2 and has the property of inhibiting the activity of IL-2 in vitro on regulatory T cells and has the property of binding to the murine and human IL-2 receptor, wherein said mutations within the sequence of native, human IL-2 consist of: (i) Q22V, Q126A, S130G, and I129D; (ii) L18N, Q126Y and S130R; (iii) Q13Y, Q126Y, I129D and S130R; or (iv) L18N, Q22V, T123A, S130R and I129D. (i) Q22V, Q126A, S130G, and I129D; (ii) L18N, Q126Y and S130R; (iii) Q13Y, Q126Y, I129D and S130R; or (iv) L18N, Q22V, T123A, S130R and I129D.
Inspection chamber for a pipe structure for drainage or sewerage, the chamber having an inspection entrance at a first side for connecting up with an inspection shaft, the chamber further being provided with a feet-structure at a second side, the first side and the second side being opposite sides of the inspection chamber, the feet-structure comprising at least two feet (4a, 4b)which are in combination configured for: • stabilizing the inspection chamber when positioned on a supporting ground in such a way that the inspection entrance is at an upper position, therewith hindering sideways falling of the inspection chamber; and • maintaining the manufactured shape of the inspection entrance of another one of such an inspection chamber when the feet-structure is placed in a mating position with the inspection entrance of that other one of such an inspection chamber, for instance during storage and/or transport thereof; and of which each foot (4a, 4b) itself is configured for: resisting sinking of the inspection chamber into a sandy ground when positioned on such a sandy ground in such a way that the inspection entrance is at an upper position, wherein the inspection entrance for connecting up with an inspection shaft lies in an imaginary plane, characterized in that each of the feet (4a, 4b) comprises a base plate extending in a direction that is parallel to that imaginary plane, and wherein at least one of the base plates extends over an area that corresponds to 5 to 40% of an area defined by the inspection entrance and/or at least one of the base plates has an edge that would cover a part of an inner periphery of the inspection entrance of that other one of such an inspection chamber, when in mating position. • stabilizing the inspection chamber when positioned on a supporting ground in such a way that the inspection entrance is at an upper position, therewith hindering sideways falling of the inspection chamber; and • maintaining the manufactured shape of the inspection entrance of another one of such an inspection chamber when the feet-structure is placed in a mating position with the inspection entrance of that other one of such an inspection chamber, for instance during storage and/or transport thereof;
An apparatus comprising means adapted for: providing spatial audio signals for output for a first user via a first audio device and a second audio device, wherein the spatial audio signals comprise a first audio signal and a second audio signal, the first audio signal comprising a voice object of object-based audio and the second audio signal comprising ambient audio; receiving an indication of deactivation of the second audio device; performing, in response to receiving the indication of deactivation of the second audio device, a first modification of the spatial audio signals comprising adapting the spatial audio signals to mono playback by maintaining the voice object and removing the ambient audio; receiving an indication that the second audio device is re-activated by a second user; and performing, in response to receiving the indication thatthe second audio device is re-activated by the second user, a second modification of the spatial audio signals comprising adapting the spatial audio signals for a first mono playback and a second mono playback by maintaining the voice object and introducing the ambient audio to the spatial audio signals. providing spatial audio signals for output for a first user via a first audio device and a second audio device, wherein the spatial audio signals comprise a first audio signal and a second audio signal, the first audio signal comprising a voice object of object-based audio and the second audio signal comprising ambient audio; receiving an indication of deactivation of the second audio device; performing, in response to receiving the indication of deactivation of the second audio device, a first modification of the spatial audio signals comprising adapting the spatial audio signals to mono playback by maintaining the voice object and removing the ambient audio; receiving an indication that the second audio device is re-activated by a second user; and performing, in response to receiving the indication thatthe second audio device is re-activated by the second user, a second modification of the spatial audio signals comprising adapting the spatial audio signals for a first mono playback and a second mono playback by maintaining the voice object and introducing the ambient audio to the spatial audio signals.