mhurhangee/ep-ind-claims huggingface dataset:
Method of producing an article, comprising the steps of: - applying a layer of particles to a target surface; - introducing energy into a selected portion of the layer corresponding to a cross section of the article in a chamber to bond the particles in the selected portion; - repeating the steps of applying and introducing energy for a multitude of layers to bond the bonded portions of the adjacent layers in order to form the article; where at least some of the particles include a fusible polymer; characterized in that the fusible polymer comprises a thermoplastic polyurethane polymer having a flow temperature (point of intersection of E' and E" in DMA) of ≥ 80°C and ≤ 180°C and a Shore A hardness to DIN ISO 7619-1 of ≥ 50 Shore A and ≤ 85 Shore A and a melt volume flow rate at a temperature T to ISO 1133 of ≥ 5 to ≤ 15 cm 3 /10 min and a change in the MVR in the event of an increase of this temperature T by 20°C of ≥ 90 cm 3 /10 min. - applying a layer of particles to a target surface; - introducing energy into a selected portion of the layer corresponding to a cross section of the article in a chamber to bond the particles in the selected portion; - repeating the steps of applying and introducing energy for a multitude of layers to bond the bonded portions of the adjacent layers in order to form the article; where at least some of the particles include a fusible polymer; characterized in that the fusible polymer comprises a thermoplastic polyurethane polymer having a flow temperature (point of intersection of E' and E" in DMA) of ≥ 80°C and ≤ 180°C and a Shore A hardness to DIN ISO 7619-1 of ≥ 50 Shore A and ≤ 85 Shore A and a melt volume flow rate at a temperature T to ISO 1133 of ≥ 5 to ≤ 15 cm 3 /10 min and a change in the MVR in the event of an increase of this temperature T by 20°C of ≥ 90 cm 3 /10 min.
Spoiler (2; 20) for a wiper blade (1; 10) of a motor vehicle made of flexible material, characterised in that it is split longitudinally by a slot (11; 110) which communicates with a longitudinal cavity (8; 80) in the spoiler (2; 20), such as to form two half-fins (2a, 2b; 20a, 20b) which can adopt a deformed position in which the deformed half-fins (2a, 2b; 20a, 20b) increase the deflection surface (S1, S2; S1', S2') of the spoiler (2; 20).
A filter for filtering a downlink signal of an antenna of an indoor cellular system, the filter comprising a signal determining unit determining a signal strength of an uplink signal received by said antenna, wherein the filter is adapted to adjust a signal strength of the downlink signal of said antenna in accordance with the signal strength of the uplink signal, characterized in that the filter furthermore comprises an automatic load adjusting unit for automatically adjusting a load of an output port to which said antenna is connected in accordance with the uplink signal strength received at said output port such that the signal strength of the downlink signal is proportional to the signal strength of the uplink signal.
Catalyst comprising two layers on an inert catalyst support, wherein • a layer A contains at least one platinum group metal as well as a cerium/zirconium/SE mixed oxide, and • a layer B applied onto layer A contains at least one platinum group metal as well as a cerium/zirconium/SE mixed oxide, wherein SE stands for a rare earth metal other than cerium, characterized in that the proportion of the SE oxide in the cerium/zirconium/SE mixed oxide of layer A is less than the proportion of the SE oxide in the cerium/zirconium/SE mixed oxide of layer B, respectively calculated in wt% and relative to the cerium/zirconium/SE mixed oxide, and wherein the SE oxide in the cerium/zirconium/SE mixed oxides is a mixture of lanthanum oxide and yttrium oxide. • a layer A contains at least one platinum group metal as well as a cerium/zirconium/SE mixed oxide, and • a layer B applied onto layer A contains at least one platinum group metal as well as a cerium/zirconium/SE mixed oxide, wherein SE stands for a rare earth metal other than cerium, characterized in that the proportion of the SE oxide in the cerium/zirconium/SE mixed oxide of layer A is less than the proportion of the SE oxide in the cerium/zirconium/SE mixed oxide of layer B, respectively calculated in wt% and relative to the cerium/zirconium/SE mixed oxide, and wherein the SE oxide in the cerium/zirconium/SE mixed oxides is a mixture of lanthanum oxide and yttrium oxide.
An electrochemical apparatus, comprising: a housing; an electrode assembly accommodated in the housing and comprising a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; wherein the first electrode plate, the second electrode plate, and the separator are stacked and then wound; the first electrode plate comprises a first current collector, the second electrode plate comprises a second current collector and a plurality of conducting strips integrally arranged with the second current collector, the plurality of conducting strips protrude from the second current collector along a first direction, the plurality of conducting strips are stacked in a thickness direction of the electrode assembly to form a collecting portion, and the first direction is perpendicular to the thickness direction; a first tab directly connected to the first electrode plate and made of a sheet structure extending in a bent shape as a whole, the first tab comprising a first portion, a second portion, and a third portion; wherein the first portion, the second portion, and the third portion are connected in sequence, the first portion is connected to the first current collector, the second portion is located outside the first current collector and disposed in a bent shape, and the third portion extends out of the housing; and a second tab connected to the collecting portion and extending out of the housing. a housing; an electrode assembly accommodated in the housing and comprising a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; wherein the first electrode plate, the second electrode plate, and the separator are stacked and then wound; the first electrode plate comprises a first current collector, the second electrode plate comprises a second current collector and a plurality of conducting strips integrally arranged with the second current collector, the plurality of conducting strips protrude from the second current collector along a first direction, the plurality of conducting strips are stacked in a thickness direction of the electrode assembly to form a collecting portion, and the first direction is perpendicular to the thickness direction; a first tab directly connected to the first electrode plate and made of a sheet structure extending in a bent shape as a whole, the first tab comprising a first portion, a second portion, and a third portion; wherein the first portion, the second portion, and the third portion are connected in sequence, the first portion is connected to the first current collector, the second portion is located outside the first current collector and disposed in a bent shape, and the third portion extends out of the housing; and a second tab connected to the collecting portion and extending out of the housing.
A cathode mixture for use in a cathode mixture layer of an all-solid-state lithium-sulfur battery, the cathode mixture comprising the following components to: sulfur and/or its discharge product which is lithium sulfide and/or lithium polysulfide; elemental phosphorus and/or P x S y where x and y independently represent an integer that gives a stoichiometric ratio; an ion-conductive material; and an electronically conductive material, wherein the component is present in an amount of 1 to 35% by weight of the amount of the component, wherein the component and the component are present in a combined amount of 40% by weight or more of the total cathode mixture, and wherein the cathode mixture is obtained by mixing the component and the component first and then mixing the resulting mixture with the component and the component. sulfur and/or its discharge product which is lithium sulfide and/or lithium polysulfide; elemental phosphorus and/or P x S y where x and y independently represent an integer that gives a stoichiometric ratio; an ion-conductive material; and an electronically conductive material,
A patterned hydroentangled nonwoven sheet material containing at least 25 wt.% of cellulosic pulp and 10-70 wt.% of thermoplastic fibres, in which a surface area of between 1 and 20 % of at least one surface of the hydroentangled nonwoven sheet material has been imprinted by exercising mechanical force resulting in compression of the sheet material to form a pattern discernible by visual and tactile differences between imprinted and non-imprinted areas, wherein the pattern is chosen from the group consisting of figures, pictures and readable characters.
A method of separating linear alpha olefins, comprising: passing a feed stream comprising linear alpha olefins through a first column; distributing a C4- fraction to a top portion of the first column; withdrawing a C6+ fraction from a bottom portion of the first column and passing the C6+ fraction through a second column; distributing a C12+ fraction to a bottom portion of the second column; withdrawing a C10- fraction from a top portion of the second column and passing the C10- fraction through a third column, wherein the C10- fraction is substantially free of polymer; and distributing a C6 fraction to a top portion of the third column. passing a feed stream comprising linear alpha olefins through a first column; distributing a C4- fraction to a top portion of the first column; withdrawing a C6+ fraction from a bottom portion of the first column and passing the C6+ fraction through a second column; distributing a C12+ fraction to a bottom portion of the second column; withdrawing a C10- fraction from a top portion of the second column and passing the C10- fraction through a third column, wherein the C10- fraction is substantially free of polymer; and distributing a C6 fraction to a top portion of the third column.
An apparatus for cleaning the inner surface of a pipeline from deposits and for forming a protective coating, comprising: a cleaning tool which is configured to be caused to move in the interior of the pipeline by a flow of a fluid, the cleaning tool comprising a plurality of guide discs (18, 20) engaging the pipeline surface and mounted along a longitudinal axis of the cleaning tool; an anode positioned inside the cleaning tool; an impressed current source configured to electrically connect to the anode and the interior of the pipeline, the interior of the pipeline configured to act as a cathode when current is applied from the current source so that ions flow from the anode, through the fluid, to the interior of the pipeline; and an encapsulant encapsulating the anode, wherein the encapsulant comprises a hydrophilic wax repellant cementitious material that is sufficiently porous to allow ions to pass therethrough. a cleaning tool which is configured to be caused to move in the interior of the pipeline by a flow of a fluid, the cleaning tool comprising a plurality of guide discs (18, 20) engaging the pipeline surface and mounted along a longitudinal axis of the cleaning tool; an anode positioned inside the cleaning tool; an impressed current source configured to electrically connect to the anode and the interior of the pipeline, the interior of the pipeline configured to act as a cathode when current is applied from the current source so that ions flow from the anode, through the fluid, to the interior of the pipeline; and an encapsulant encapsulating the anode, wherein the encapsulant comprises a hydrophilic wax repellant cementitious material that is sufficiently porous to allow ions to pass therethrough.
A suture anchor, comprising: a generally elongated anchor body extending from a proximal end to a distal end along a longitudinal axis, wherein a distal portion of the anchor body is tapered; an eyelet formed through the anchor body, extending transverse to the longitudinal axis, and dimensioned to receive a suture; a plurality of first channels formed within the outer surface of the anchor body and extending longitudinally along at least a portion of the anchor body; and a plurality of circumferentially spaced ribs defined between the first channels and extending longitudinally along at least a portion of the anchor body length, wherein a distal end of each rib terminates within the tapered distal portion of the anchor body, characterised in that a height of at least two of the plurality of ribs is different. a generally elongated anchor body extending from a proximal end to a distal end along a longitudinal axis, wherein a distal portion of the anchor body is tapered; an eyelet formed through the anchor body, extending transverse to the longitudinal axis, and dimensioned to receive a suture; a plurality of first channels formed within the outer surface of the anchor body and extending longitudinally along at least a portion of the anchor body; and a plurality of circumferentially spaced ribs defined between the first channels and extending longitudinally along at least a portion of the anchor body length, wherein a distal end of each rib terminates within the tapered distal portion of the anchor body, characterised in that a height of at least two of the plurality of ribs is different.
Method for operating a drive train having a drive shaft, a drive machine and a differential gear having three drives and outputs, wherein one output is connected to the drive shaft, a first drive is connected to the drive machine and a second drive is connected to an electrical differential drive which can be connected to a network via a frequency converter (6a, 6b), wherein the drive shaft can be operated at burst-proof operating points, characterized in that the differential drive is operated via the frequency converter (6a, 6b) or, alternatively, is switched directly via a line disposed parallel to the frequency converter (6a, 6b) or connected to the network only via a transformer and is operated at a synchronous speed, in that a driven machine is operated at the drive shaft at one of the following operating points: • a burst-proof operating point with a basic speed when the second drive, e.g. a sun gear, of the differential gear is stationary, • at one or more burst-proof operating points by a pole-switchable differential drive, • at one or more burst-proof operating points by reversing the direction of the rotating field of the differential drive, and in that, in the event of a failure of the frequency converter (6a, 6b), the driven machine is operated at a next-higher burst-proof operating point. • a burst-proof operating point with a basic speed when the second drive, e.g. a sun gear, of the differential gear is stationary, • at one or more burst-proof operating points by a pole-switchable differential drive, • at one or more burst-proof operating points by reversing the direction of the rotating field of the differential drive,
Connecting rail or rod for slotting into an opening of a window hardware, the U-shaped rod in cross-section comprising a median longitudinal plane and on either side thereof two legs or longitudinal sides (3,4), whereby the rod is provided with a clamping system for locking the rod in a hardware groove of a window profile, whereby the rod is further provided with a coupling zone in the zones of both ends (C,D) of the rod for coupling with the window hardware, whereby at least one longitudinal side (3,4) of the rod is provided with several interspaced lateral clamping elements or snap-ins for clamping in or snapping the rod in the hardware groove, characterised in that the snap-ins, viewed from above, are arc-shaped, with an arc which for this purpose is elastically movable, whereby the ends of the arc-shaped snap-in are connected to the at least one longitudinal side (3,4), and whereby the rod has a height or thickness such that the upper plane A in snapped in condition in the hardware groove does not protrude or only slightly protrudes from the hardware groove.
An electric power converter for converting input quantities, namely an input voltage V in and an input current I in, into converted output quantities, namely a converted output voltage V out and a converted output current I out, having: an input terminal for receiving the input quantities, an output terminal for outputting the converted output quantities, a switching device to be switched for a conversion operation of the electric power converter, the switching device having a control terminal, a PID regulator connected to the control terminal for controlling the switching device based on P, I, D, coefficients as regulator parameters, a parameter predictor for carrying out a prediction of at least one of the regulator parameters and updating the at least one regulator parameter of the PID regulator based on the prediction, a performance feedback signal generator connected to the output terminal of the power converter and operable for providing a performance feedback signal indicative of a performance of the conversion operation, the parameter predictor being configured to predict and update the at least one regulator parameter by reinforcement learning and based on the performance feedback signal during update intervals, the update intervals taking place during the power conversion operation and being separated by pauses during which no update of the at least one regulator parameter is carried out. an input terminal for receiving the input quantities, an output terminal for outputting the converted output quantities, a switching device to be switched for a conversion operation of the electric power converter, the switching device having a control terminal, a PID regulator connected to the control terminal for controlling the switching device based on P, I, D, coefficients as regulator parameters, a parameter predictor for carrying out a prediction of at least one of the regulator parameters and updating the at least one regulator parameter of the PID regulator based on the prediction, a performance feedback signal generator connected to the output terminal of the power converter and operable for providing a performance feedback signal indicative of a performance of the conversion operation, the parameter predictor being configured to predict and update the at least one regulator parameter by reinforcement learning and based on the performance feedback signal during update intervals, the update intervals taking place during the power conversion operation and being separated by pauses during which no update of the at least one regulator parameter is carried out.
Electro-optical distance-measuring method comprising the steps • transmission of frequency-modulated optical electromagnetic radiation to n≥1 targets to be surveyed, a chirp as a frequency superposed on the radiation being described by f t = d Φ t d t with a phase function Φ( t) = Φ( t;c 1,..., c m) modelled with parameters c j, • reception of the radiation scattered back by the n ≥1 targets, • conversion of the received radiation into at least one received signal with homodyne or heterodyne mixing, • determination of at least one distance to the n ≥1 targets from the received signal, characterized in that at least some of the parameters c j are determined from the received signal, wherein • a total phase change Φ tot = Φ( t b) - Φ( t a) in the transmitted signal during a known time interval, in particular the measuring interval, is measured, in particular by counting the passages of the transmitted signal through zero, and • in the signal evaluation for the coefficients c 1..., c m o a general secondary condition Φ( t b; c 1,...,c m) - Φ( t a; c 1,...,c m) = Φ tot or o a linear secondary condition ∑ j = 1 m Φ j t b − Φ j t a ⋅ c j = Φ tot is taken into account. • transmission of frequency-modulated optical electromagnetic radiation to n≥1 targets to be surveyed, a chirp as a frequency superposed on the radiation being described by f t = d Φ t d t with a phase function Φ( t) = Φ( t;c 1,..., c m) modelled with parameters c j, • reception of the radiation scattered back by the n ≥1 targets, • conversion of the received radiation into at least one received signal with homodyne or heterodyne mixing, • determination of at least one distance to the n ≥1 targets from the received signal, characterized in that at least some of the parameters c j are determined from the received signal, wherein • a total phase change Φ tot = Φ( t b) - Φ( t a) in the transmitted signal during a known time interval, in particular the measuring interval, is measured, in particular by counting the passages of the transmitted signal through zero, and • in the signal evaluation for the coefficients c 1..., c m o a general secondary condition Φ( t b; c 1,...,c m) - Φ( t a; c 1,...,c m) = Φ tot or o a linear secondary condition ∑ j = 1 m Φ j t b − Φ j t a ⋅ c j = Φ tot is taken into account. o a general secondary condition Φ( t b; c 1,...,c m) - Φ( t a; c 1,...,c m) = Φ tot or o a linear secondary condition ∑ j = 1 m Φ j t b − Φ j t a ⋅ c j = Φ tot
A smoking member supporting device which is placed in an arrangement region with or without a smoking member mounted thereon, the smoking member supporting device comprising: a base unit comprising an arrangement surface corresponding to the arrangement region; an accommodating unit formed adjacent to the base unit with a groove-like shape and configured to accommodate at least one region of the smoking member; a hook unit formed at an edge of the accommodating unit to define the accommodating unit and to maintain a state that the smoking member is accommodated in the accommodating unit and mounted; and a connecting unit formed to face the smoking member when the smoking member is accommodated in the accommodating unit and to supply electrical energy to the smoking member, wherein the smoking member supporting device further comprises a magnetic member configured to facilitate the correspondence between the connecting unit and a terminal region of the smoking member and a cleaning unit configured to perform cleaning of a region of the smoking member when the smoking member is accommodated in the accommodating unit. a base unit comprising an arrangement surface corresponding to the arrangement region; an accommodating unit formed adjacent to the base unit with a groove-like shape and configured to accommodate at least one region of the smoking member; a hook unit formed at an edge of the accommodating unit to define the accommodating unit and to maintain a state that the smoking member is accommodated in the accommodating unit and mounted; and a connecting unit formed to face the smoking member when the smoking member is accommodated in the accommodating unit and to supply electrical energy to the smoking member, wherein the smoking member supporting device further comprises a magnetic member configured to facilitate the correspondence between the connecting unit and a terminal region of the smoking member and a cleaning unit configured to perform cleaning of a region of the smoking member when the smoking member is accommodated in the accommodating unit.
Thermally expandable microspheres comprising a polymeric shell surrounding a hollow core, wherein the hollow core comprises a blowing agent, and the polymeric shell comprises a carboxylate-functionalised cellulose having a glass transition temperature (T g) of at least 125 °C, measured according to the description.