mhurhangee/ep-ind-claims huggingface dataset:
A method for adapting air resistance of a heavy-duty vehicle, the vehicle comprising at least one electric machine (111, 121, 131) arranged for regenerative braking, one or more energy absorption devices arranged to receive energy from the at least one electrical machine during regenerative braking, and a variable air resistance arrangement (210, 220, 230) arranged to provide a range of different air resistances of the vehicle, wherein the method comprises: obtaining a current energy absorption capability of the one or more energy absorption devices; characterized in that obtaining an expected energy generation from regenerative braking during a planned route of the vehicle and during a nominal value of air resistance of the vehicle; determining a desired air resistance of the vehicle from the range of different air resistances of the vehicle based on the current energy absorption capability and the expected energy generation; and causing adaptation of the variable air resistance arrangement (210, 220, 230) according to the desired air resistance. obtaining a current energy absorption capability of the one or more energy absorption devices; characterized in that obtaining an expected energy generation from regenerative braking during a planned route of the vehicle and during a nominal value of air resistance of the vehicle; determining a desired air resistance of the vehicle from the range of different air resistances of the vehicle based on the current energy absorption capability and the expected energy generation; and causing adaptation of the variable air resistance arrangement (210, 220, 230) according to the desired air resistance.
A pharmaceutical composition, comprising (i) lorazepam sustained release beads, wherein the lorazepam sustained release beads do not release 90% of the lorazepam in less than 2 hours in a USP Type 1 apparatus (Basket) using 0.1 N HCl as the dissolution media, and (ii) lorazepam delayed sustained release beads, wherein lorazepam delayed sustained release beads comprise sustained release lorazepam beads having an outer coating layer that causes a delay in the start of the release, wherein the total amount of lorazepam contained in said composition is 0.5 to 10 mg, typically 1 to 6 mg, such as 1 to 4 mg, wherein said sustained release beads comprise lorazepam dispersed in a polymer matrix and said delayed sustained release beads comprise a core having lorazepam dispersed in a polymer matrix and surrounding said core an enteric coating, and wherein said polymer matrix in the sustained release beads and in the delayed sustained release beads comprises HPMC, polyacrylates, or polyethylene oxides. (i) lorazepam sustained release beads, wherein the lorazepam sustained release beads do not release 90% of the lorazepam in less than 2 hours in a USP Type 1 apparatus (Basket) using 0.1 N HCl as the dissolution media, and (ii) lorazepam delayed sustained release beads, wherein lorazepam delayed sustained release beads comprise sustained release lorazepam beads having an outer coating layer that causes a delay in the start of the release,
A phase separator (100, 101) for an electrical machine, comprising: a first end portion configured and adapted for separating first end turns of adjacent phase windings; an opposed second end portion configured and adapted for separating second end turns of the adjacent phase windings; and a midsection connecting the first and second end portions, wherein the midsection is configured to fix the phase separator in the electrical machine and provide physical and dielectric separation between adjacent phase windings sharing a common slot, wherein at least one of the end portions defines an outwardly facing arcuate edge segment corresponding to an end turn of the phase windings, characterized in that the least one of the end portions further defines an inwardly facing arcuate edge segment laterally offset from the midsection configured for receiving winding lacing cord. a first end portion configured and adapted for separating first end turns of adjacent phase windings; an opposed second end portion configured and adapted for separating second end turns of the adjacent phase windings; and a midsection connecting the first and second end portions, wherein the midsection is configured to fix the phase separator in the electrical machine and provide physical and dielectric separation between adjacent phase windings sharing a common slot, wherein at least one of the end portions defines an outwardly facing arcuate edge segment corresponding to an end turn of the phase windings, characterized in that the least one of the end portions further defines an inwardly facing arcuate edge segment laterally offset from the midsection configured for receiving winding lacing cord.
A heat-insulating sleeve attached to an outer circumferential surface of a container main body, comprising: a plurality of slits to form a plurality of short strips (121,122) extending in an up-and-down direction in a predetermined area in a height direction, said plurality of short strips (121,122) being bent or curved to project radially outward, thereby creating a heat-insulating grip, said plurality of short strips (121,122) including a second short strip having a valley fold at a top end and a mountain fold in an upper area, and a first short strip _having a valley fold at a bottom end and a mountain fold in a lower area, the first and second short strips (121,122) being arranged alternately to each other, at least one of said slits having a lock-forming portion that is to form a projected portion and a recessed portion in said short strip (121,122) in a middle part between the mountain folds (124,126) of left and right short strips (121,122), characterized in that, said short strips (121,122) each including a constricted portion having a left-to-right width set smaller than widths of upper and lower adjacent parts, and said mountain fold(124,126) being formed in the constricted portion of each of said short strips (121,122). a plurality of slits to form a plurality of short strips (121,122) extending in an up-and-down direction in a predetermined area in a height direction, said plurality of short strips (121,122) being bent or curved to project radially outward, thereby creating a heat-insulating grip, said plurality of short strips (121,122) including a second short strip having a valley fold at a top end and a mountain fold in an upper area, and a first short strip _having a valley fold at a bottom end and a mountain fold in a lower area, the first and second short strips (121,122) being arranged alternately to each other, at least one of said slits having a lock-forming portion that is to form a projected portion and a recessed portion in said short strip (121,122) in a middle part between the mountain folds (124,126) of left and right short strips (121,122), characterized in that, said short strips (121,122) each including a constricted portion having a left-to-right width set smaller than widths of upper and lower adjacent parts, and said mountain fold(124,126) being formed in the constricted portion of each of said short strips (121,122).
Intermediate plug set as transition plugs between a socket of a first standard and a connector of a second standard comprising: a connector part equipped with three-pole plug-in contacts (20, 30, 40, 50) of a certain standard and a three-pole Schuko type socket or - a connector part that is equipped with three-pole plug-in contacts (20, 30, 40, 50) of different standards and a three-pole Schuko type socket, whereby the plug-in contacts (20, 30, 40, 50) of different standards are positioned displaceable with respect to a housing of the connector part and are slidable into a passive position into the housing and into an active position out of the housing and - a socket part that is equipped with a three-pole Schuko type connector and a three-pole multiple plug and that can cooperate with the connector part for producing an electrical connection between the three-pole plug-in contacts (20, 30, 40, 50) of the connector part and the three-part multiple plug of the socket part, whereby among the different plug-in contacts (20, 30, 40, 50) the Schuko type connector is configured only on the socket part and the Schuko type socket only on the connector part. - a connector part that is equipped with three-pole plug-in contacts (20, 30, 40, 50) of different standards and a three-pole Schuko type socket, whereby the plug-in contacts (20, 30, 40, 50) of different standards are positioned displaceable with respect to a housing of the connector part and are slidable into a passive position into the housing and into an active position out of the housing and - a socket part that is equipped with a three-pole Schuko type connector and a three-pole multiple plug and that can cooperate with the connector part for producing an electrical connection between the three-pole plug-in contacts (20, 30, 40, 50) of the connector part and the three-part multiple plug of the socket part, whereby among the different plug-in contacts (20, 30, 40, 50) the Schuko type connector is configured only on the socket part and the Schuko type socket only on the connector part.
Forming apparatus for forming a deformable thin glass, comprising - a forming unit with a cavity for forming the thin glass, - a membrane unit with a deformable membrane, which has a first membrane side facing the cavity and a second membrane side facing away from the cavity, - a fluid adjusting device for adjusting at least one fluid property of a fluid to be provided to the membrane unit, - wherein the thin glass can be arranged between the first membrane side and the cavity, - wherein the membrane unit is arranged and configured to apply a pressure to the second membrane side of the membrane by means of the fluid, so that the thin glass can be molded into the cavity by means of the membrane, - characterized by a control device which is adapted to control and/or loop-control the fluid adjustment device such that a pressure curve of the pressure with a pressure build-up section, a forming pressure section, a holding pressure section and a pressure reduction section is controlled and/or loop-controlled in this order in succession in time, the fluid property being a pressure curve of the pressure, and/or - characterized in that the fluid property is a temperature profile of the temperature. - a forming unit with a cavity for forming the thin glass, - a membrane unit with a deformable membrane, which has a first membrane side facing the cavity and a second membrane side facing away from the cavity, - a fluid adjusting device for adjusting at least one fluid property of a fluid to be provided to the membrane unit, - wherein the thin glass can be arranged between the first membrane side and the cavity, - wherein the membrane unit is arranged and configured to apply a pressure to the second membrane side of the membrane by means of the fluid, so that the thin glass can be molded into the cavity by means of the membrane, - characterized by a control device which is adapted to control and/or loop-control the fluid adjustment device such that a pressure curve of the pressure with a pressure build-up section, a forming pressure section, a holding pressure section and a pressure reduction section is controlled and/or loop-controlled in this order in succession in time, the fluid property being a pressure curve of the pressure, and/or - characterized in that the fluid property is a temperature profile of the temperature.
Aircraft engine control system, characterised in that it comprises: - at least one control loop which receives as input parameter setpoints on operating parameters of the engine and which controls the system with a feedback loop on these operating parameters, said control loop comprising a decentralised control with monovariable regulators, - at least one state feedback control integrated in the control loop, said control receiving as input the outputs of the decentralised control with monovariable regulators and being a feedback loop between the operating parameters of the motor and the outputs of said decentralised control, said feedback loop providing the motor control parameters, the feedback control being configured to decouple the operating parameters, the monovariable controllers of the decentralised control being configured to control the operating parameters to the setpoints of these parameters, the feedback control comprising a static compensator and a feedback corrector loop, said static compensator and said feedback corrector loop being configured to decouple the operating parameters. - at least one control loop which receives as input parameter setpoints on operating parameters of the engine and which controls the system with a feedback loop on these operating parameters, said control loop comprising a decentralised control with monovariable regulators, - at least one state feedback control integrated in the control loop, said control receiving as input the outputs of the decentralised control with monovariable regulators and being a feedback loop between the operating parameters of the motor and the outputs of said decentralised control, said feedback loop providing the motor control parameters,
Rubber mixture, characterized by the following composition: • at least one diene rubber and • at least one filler and • at least one silane-terminated polyurethane and • other additional substances, where the diene rubber is selected from the group consisting of natural polyisoprene and/or synthetic polyisoprene and/or butadiene rubber and/or styrene-butadiene rubber and/or solution-polymerized styrene-butadiene rubber and/or emulsion-polymerized styrene-butadiene rubber. • at least one diene rubber and • at least one filler and • at least one silane-terminated polyurethane and • other additional substances,
Device for removing a windscreen and/or a dashboard of a motor vehicle when taking apart the said vehicle with the aim of recycling its constituent parts, characterized in that it comprises at least one inflatable pressing means able to be applied, on the one hand, to a surface of the windscreen and/or to a structural element of the vehicle and, on the other hand, to a surface of the dashboard in order to separate the windscreen and/or the dashboard from the vehicle.
A reconstituted high density lipoprotein (rHDL) formulation comprising an apolipoprotein or fragment thereof; a phospholipid; and a bile salt or bile acid at a levelwhich is about 0.5 -1.5 g/L.
A display device comprising: a liquid crystal panel; a backlight unit configured to comprise a light source that supplies light to the liquid crystal panel; and a polarizing part (120, 220) adhered to the liquid crystal panel, wherein the polarizing part (120, 220) is formed to extend in an outer direction of the liquid crystal panel, and surrounds side surfaces of at least one of the liquid crystal panel and the backlight unit, wherein the polarizing part (120, 220) comprises a first polarizing member (120a, 220a) adhered onto the liquid crystal panel and a second polarizing member (120b, 220b) adhered to under the liquid crystal panel, characterised in that at least one of the first and second polarizing members comprises a bending part (122a, 122b) configured to guide the at least one polarizing member (120a, 120b, 220a, 220b) being bent for surrounding the side surfaces of the at least one of the liquid crystal panel and the backlight unit. a liquid crystal panel; a backlight unit configured to comprise a light source that supplies light to the liquid crystal panel; and a polarizing part (120, 220) adhered to the liquid crystal panel,
A method of operating an internal combustion engine connected to an electric generator, in particular a synchronous generator, during a network fault, in particular during an electric short-circuit, in a power supply network connected to the generator, wherein a mechanical power (P mech) delivered by the internal combustion engine is introduced into the generator and converted into electric power (P el) in the generator, wherein the electric power (P el) is delivered to the power supply network, characterised in that the mechanical power (P mech) delivered by the internal combustion engine is at least temporarily increased in dependence on the value of at least one operating parameter of the generator and/or the internal combustion engine prior to the network fault and/or during the network fault, to counteract a drop in rotary speed during a back-swing.
A workpiece-attachment-information reporting device comprising: a movable range setting unit which sets a movable range of a machine tool (MC, 100) in a predetermined rotational feed axis direction; a posture setting unit which sets a mounting posture of the workpiece mounted on a workpiece mounting surface of the machine tool (MC, 100); a path setting unit which sets a tool path based on the mounting posture of the workpiece set at the posture setting unit; a range calculating unit which calculates an operating range of the machine tool (MC, 100) in the predetermined feed axis direction when assuming that the tool moves relative to the workpiece along the tool path set at the path setting unit; characterized by further comprising, a target posture computing unit which finds a plurality of target mounting postures of the workpiece by which the operating range calculated by the range calculating unit becomes within the movable range set at the movable range setting unit; and a reporting part which displays on and reports to a display unit a range of mounting postures of the workpiece which eliminates stroke-over of the predetermined rotational feed axis (A, C) based on the plurality of target mounting postures found by the target posture computing unit wherein the machine tool (MC, 100) comprises two rotational feed axes (A, C), and wherein the reporting part displays the target mounting posture to eliminate stroke-over of the rotational feed axes (A, C) in an angular range in a plurality of directions. a movable range setting unit which sets a movable range of a machine tool (MC, 100) in a predetermined rotational feed axis direction; a posture setting unit which sets a mounting posture of the workpiece mounted on a workpiece mounting surface of the machine tool (MC, 100); a path setting unit which sets a tool path based on the mounting posture of the workpiece set at the posture setting unit; a range calculating unit which calculates an operating range of the machine tool (MC, 100) in the predetermined feed axis direction when assuming that the tool moves relative to the workpiece along the tool path set at the path setting unit; characterized by further comprising, a target posture computing unit which finds a plurality of target mounting postures of the workpiece by which the operating range calculated by the range calculating unit becomes within the movable range set at the movable range setting unit; and a reporting part which displays on and reports to a display unit a range of mounting postures of the workpiece which eliminates stroke-over of the predetermined rotational feed axis (A, C) based on the plurality of target mounting postures found by the target posture computing unit
A system for 3D printing, comprising: a liquid comprising: a polymerizable entity that is photopolymerizable; a photopolymerization initiator; and nanocapsules comprising a surfactant, the nanocapsules having an interior portion and an outer portion, the interior portion comprising an upconversion material, wherein the upconversion material is configured to emit upconverted light when electromagnetic radiation is applied, said upconverted light initiating polymerization of the polymerizable entity. a polymerizable entity that is photopolymerizable; a photopolymerization initiator; and nanocapsules comprising a surfactant, the nanocapsules having an interior portion and an outer portion, the interior portion comprising an upconversion material, wherein the upconversion material is configured to emit upconverted light when electromagnetic radiation is applied, said upconverted light initiating polymerization of the polymerizable entity.
Device for manoeuvring one or more sets of flaps (1, 2) formed of one or more flaps (11, 12, 13, 14 and 21, 22, 23, 24), each flap pivoting about an axis of rotation (a 1 a 1 ', b 1 b 1 ', c 1 c 1 ', d 1 d 1 ', a 2 a 2 ', b 2 b 2 ', c 2 c 2 ', d 2 d 2 ') mounted on a chassis, the flaps of a set of flaps (1, 2) being set in rotation by at least one activating plate (120, 130, 220, 230) that moves in translation between two end positions along a linear path located in a plane substantially perpendicular to the axes of the flaps and forming a main direction (YY'), said activating plate having guide slots (121, 122, 123, 124), each of the guide slots engaging with a finger (151, 152, 153, 154) disposed on a set of link rods (141, 142, 143, 144) mounted on an upper edge and/or a lower edge of each of the flaps of said set, characterised in that the one or more activating plates are driven in translation by at least one drive cable forming a closed loop and circulating along the lower edges and/or upper edges of the flaps such that the movement of an activating plate (120, 130) between said end positions in one direction and in an opposite direction causes each of the flaps of said set of flaps to open and close respectively.
A method for digital microscopy imaging, the method comprising: capturing (S1, S11, S110) with a camera comprising a programmable logic device, a plurality of images of a position in a biological sample, wherein each image is captured at a different focal distance (z), determining (S2, S12, S120) in the programmable logic device in the camera, a focus value (f) for each captured image, for each captured image, comparing (S3, S15, S140) the focus value (f) of the captured image with at least one threshold focus value (t, t1, t2), wherein the at least one threshold focus value (t, t1, t2) is calculated as a threshold percentage of a highest determined focus value for the captured images, wherein the threshold percentage is lower than 100 %; upon determining (S2, S12, S120) that the focus value (f) of the captured image exceeds the at least one threshold focus value (t, t1, t2), marking (S4, S16, S150) the captured image as an interesting image, and transmitting (S5, S17, S130) the images marked (S4, S16, S150) as interesting from the camera to a separate computing unit. capturing (S1, S11, S110) with a camera comprising a programmable logic device, a plurality of images of a position in a biological sample, wherein each image is captured at a different focal distance (z), determining (S2, S12, S120) in the programmable logic device in the camera, a focus value (f) for each captured image, for each captured image, comparing (S3, S15, S140) the focus value (f) of the captured image with at least one threshold focus value (t, t1, t2), wherein the at least one threshold focus value (t, t1, t2) is calculated as a threshold percentage of a highest determined focus value for the captured images, wherein the threshold percentage is lower than 100 %; upon determining (S2, S12, S120) that the focus value (f) of the captured image exceeds the at least one threshold focus value (t, t1, t2), marking (S4, S16, S150) the captured image as an interesting image, and