mhurhangee/ep-ind-claims huggingface dataset:
1. A flow control valve (10, 224) comprising: a body having a body bore oriented coaxially with a longitudinal axis of the body and a seat member extending into the body bore; a spool valve member slidably disposed in the body bore and oriented coaxially with the longitudinal axis of the body, the spool valve member including a non-circular geometrically-shaped head, the non-circular geometrically-shaped head being rectangular-shaped, wherein the spool valve member further includes a first piston positioned at an opposite end of the spool valve member from the geometrically-shaped head, a second piston positioned between the first piston and the geometrically-shaped head whereby the first and second pistons (28, 38) operate to seal against cylinder walls of the body as the spool valve member slidably moves in the body bore and at least one seat engagement member outwardly radially extending from the spool valve member sealingly engaging with the seat member defining a closed position of the flow control valve (10, 224); a drive adapter including a head receiving cavity which includes a plurality of cavity faces which mate with corresponding head faces of the rectangular-shaped head and which slidingly receives the rectangular-shaped head of the spool valve member while preventing axial rotation of the spool valve member, the head receiving cavity further providing a clearance gap about an entire perimeter of the rectangular-shaped head; and a stepper motor connected to the drive adapter, the stepper motor operating to axially rotate a shaft directly engaged with the spool valve member. a body having a body bore oriented coaxially with a longitudinal axis of the body and a seat member extending into the body bore; a spool valve member slidably disposed in the body bore and oriented coaxially with the longitudinal axis of the body, the spool valve member including a non-circular geometrically-shaped head, the non-circular geometrically-shaped head being rectangular-shaped, wherein the spool valve member further includes a first piston positioned at an opposite end of the spool valve member from the geometrically-shaped head, a second piston positioned between the first piston and the geometrically-shaped head whereby the first and second pistons (28, 38) operate to seal against cylinder walls of the body as the spool valve member slidably moves in the body bore and at least one seat engagement member outwardly radially extending from the spool valve member sealingly engaging with the seat member defining a closed position of the flow control valve (10, 224); a drive adapter including a head receiving cavity which includes a plurality of cavity faces which mate with corresponding head faces of the rectangular-shaped head and which slidingly receives the rectangular-shaped head of the spool valve member while preventing axial rotation of the spool valve member, the head receiving cavity further providing a clearance gap about an entire perimeter of the rectangular-shaped head; and a stepper motor connected to the drive adapter, the stepper motor operating to axially rotate a shaft directly engaged with the spool valve member.
An electricity distribution system, arranged to provide low voltage to movable end users, for instance transport means, located at end user locations, comprising: - a first medium voltage line for providing medium voltage, wherein said first medium voltage line operatively provides a voltage in the range of 1-50 kV, in particular 5-25 kV, wherein the first medium voltage line is provided with a number of branches; and - several movable end user electricity providers associated with respective several end user locations, wherein each movable end user electricity provider is couplable to a said end user located at the respective end user location, and is arranged to provide low voltage to the end user; wherein the movable end user electricity providers are each coupled to a respective branch of the medium voltage line via a respective second medium voltage line to receive medium voltage, and are arranged to convert the medium voltage to the low voltage to be provided to an end user, wherein the low voltage is a voltage lower than 1 kV, characterised in that each movable end user electricity provider is configured to automatically move relative to a respective end user location. - a first medium voltage line for providing medium voltage, wherein said first medium voltage line operatively provides a voltage in the range of 1-50 kV, in particular 5-25 kV, wherein the first medium voltage line is provided with a number of branches; and - several movable end user electricity providers associated with respective several end user locations, wherein each movable end user electricity provider is couplable to a said end user located at the respective end user location, and is arranged to provide low voltage to the end user;
A thermoelectric tempering device with a plurality of thermoelectrically operating tempering elements with a cold surface formed upon the supply of electrical current on its one side, and a warm surface on its opposite side, with air and heat exchange bodies (11, 11') attached in a respective air flow chamber, and with ventilators having the same effect on an air flow (13, 13'), whereby a unit fashioned as a tempering module, which is set up in a housing with a housing under part and a housing upper part, is constructed in such a way that the air flow chambers are arranged so that the heat exchange bodies (11, 11') are configured on the one side in the direction of the flow and on the side facing away from the tempering elements on the surrounding flow channels (15, 15'), which have an air intake opening (14, 14') and a discharge opening (16, 16'), whereby the ventilators (13, 13') of the particular flow channel (15, 15') are set up on their intake opening (14, 14') or their discharge opening (16, 16'), wherein the tempering elements, the heat exchange bodies (11, 11'), and the ventilators (13, 13') are arranged and fastened in the housing under part and the flow channels (15, 15') are arranged in the housing under part, so characterized in that the housing under part is provided with a housing floor that is attached and is removable on its under side, and is covered on its opposite upper side with the housing upper part, that in the housing floor an intake opening and a discharge opening are arranged standing in flow connection with it via a flow channel, and that in the housing upper part another intake opening and another discharge opening are arranged standing in connection with it via another flow channel, whereby the flow channels are set up using bent channels, which give partially narrowed and partially widened cross-sections, wherein a widened cross-section in the area of the tempering elements and narrowed cross-sections that function thermoelectrically is previously and afterwards arranged.
An absorbent article, which is a sanitary napkin, pantiliner, or incontinence pad, comprising a longitudinal centerline, a transverse centerline generally perpendicular to the longitudinal centerline, a wearer-facing surface and an opposing garment-facing surface, a front end region, an opposing back end region, and a central region disposed between the front end region and the back end region, the absorbent article further comprising: a topsheet; a backsheet; an absorbent system disposed between the topsheet and the backsheet; and a plurality of pre-formed adhesive portions disposed on the garment-facing surface, wherein the absorbent article exhibits a peel force of at least 1.0 N, more preferably about 1.1 N or most preferably about 1.2 N, in accordance with the Peel Force test, and leaves no residue in accordance with the Adhesive Residue test method, wherein the central region does not comprise adhesive portions. a topsheet; a backsheet; an absorbent system disposed between the topsheet and the backsheet; and a plurality of pre-formed adhesive portions disposed on the garment-facing surface, wherein the absorbent article exhibits a peel force of at least 1.0 N, more preferably about 1.1 N or most preferably about 1.2 N, in accordance with the Peel Force test, and leaves no residue in accordance with the Adhesive Residue test method, wherein the central region does not comprise adhesive portions.
A laser projection system including an intelligent data correction system, comprising: a digitizing system (24,36) adapted to determine an as-built condition of a target workpiece (22,38); a computer configured to - receive as-designed data of a laser projection to be projected on said target workpiece in an as-designed condition, - receive as-built data from said digitizing system of said as-built condition of said target workpiece, - determine a data correction by comparing the as-built condition with the as-designed condition of said target workpiece, such that the laser projection is correctly positioned where the as-built condition differs from the as-designed condition, and - modify said as-designed data using the data correction to correspond to said as-built data to obtain modified data; and, a laser projector (20,50) adapted to receive the modified data from said computer and correctly project a laser image corresponding to the modified data on said target workpiece. a digitizing system (24,36) adapted to determine an as-built condition of a target workpiece (22,38); a computer configured to - receive as-designed data of a laser projection to be projected on said target workpiece in an as-designed condition, - receive as-built data from said digitizing system of said as-built condition of said target workpiece, - determine a data correction by comparing the as-built condition with the as-designed condition of said target workpiece, such that the laser projection is correctly positioned where the as-built condition differs from the as-designed condition, and - modify said as-designed data using the data correction to correspond to said as-built data to obtain modified data; and, - receive as-designed data of a laser projection to be projected on said target workpiece in an as-designed condition, - receive as-built data from said digitizing system of said as-built condition of said target workpiece, - determine a data correction by comparing the as-built condition with the as-designed condition of said target workpiece, such that the laser projection is correctly positioned where the as-built condition differs from the as-designed condition, and - modify said as-designed data using the data correction to correspond to said as-built data to obtain modified data; and, a laser projector (20,50) adapted to receive the modified data from said computer and correctly project a laser image corresponding to the modified data on said target workpiece.
A household electrical appliance being a refrigerator for foodstuffs, comprising: - a compartment for conserving foodstuffs, delimited at least by a front door for access to the compartment and a rear wall opposite the door in a closed position; - cooling means of said rear wall located externally of the compartment behind said rear wall; and - a box in which a part of the foodstuffs located in the compartment is placed; wherein said box comprises an intercepting deflector of an air current which flows down by natural convection along the rear wall, said deflector comprising at least a fin projecting from the box towards the rear wall; said deflector heading said rear wall and defining a deflector for inlet of said air current into the box; and wherein said box comprises a rear opening for inlet of said air current, said rear opening being inferiorly delimited by said deflector, characterised in that the deflector embraces a central column. - a compartment for conserving foodstuffs, delimited at least by a front door for access to the compartment and a rear wall opposite the door in a closed position; - cooling means of said rear wall located externally of the compartment behind said rear wall; and - a box in which a part of the foodstuffs located in the compartment is placed;
A magnetic coupling (100, 200), comprising: a rotatable driving connector having a first magnet assembly coupled thereto; a rotatable driven connector having a second magnet assembly coupled thereto, the driven connector being configured to slip predictably with respect to the driving connector based on a controllable amount of torque transferred between the driving and driven connectors; a stationary containment assembly comprising an attachment device configured to position the stationary containment assembly in a gap between the driving connector and the driven connector; and a ferrofluid disposed in the stationary containment assembly. a rotatable driving connector having a first magnet assembly coupled thereto; a rotatable driven connector having a second magnet assembly coupled thereto, the driven connector being configured to slip predictably with respect to the driving connector based on a controllable amount of torque transferred between the driving and driven connectors; a stationary containment assembly comprising an attachment device configured to position the stationary containment assembly in a gap between the driving connector and the driven connector; and a ferrofluid disposed in the stationary containment assembly.
A calendering roll (10a, 10b, 10c, 10d, 10e) for a calendering roll press for manufacturing a dry electrode, the calendering roll comprising: a cylindrical roll main body installed to extend in a width direction of an electrode sheet; and a roll driving shaft (13a, 13b) disposed to pass through a center axis of the cylindrical roll main body in a longitudinal direction; and a plurality of oil paths (15a, 15b, 15c, 15d, 15e) provided in the cylindrical roll main body that pass through the cylindrical roll main body in the longitudinal direction, wherein the plurality of oil paths (15a, 15b, 15c, 15d, 15e) are disposed between the roll driving shaft (13a, 13b) and an exterior of the cylindrical roll main body; characterised in that an interval between the plurality of oil paths (15a, 15b, 15c, 15d, 15e) and the roll driving shaft (13a, 13b) is largest at both sides of the cylindrical roll main body in the longitudinal direction and is smallest at a center portion of the cylindrical roll main body in the longitudinal direction. a cylindrical roll main body installed to extend in a width direction of an electrode sheet; and a roll driving shaft (13a, 13b) disposed to pass through a center axis of the cylindrical roll main body in a longitudinal direction; and a plurality of oil paths (15a, 15b, 15c, 15d, 15e) provided in the cylindrical roll main body that pass through the cylindrical roll main body in the longitudinal direction, wherein the plurality of oil paths (15a, 15b, 15c, 15d, 15e) are disposed between the roll driving shaft (13a, 13b) and an exterior of the cylindrical roll main body; characterised in that an interval between the plurality of oil paths (15a, 15b, 15c, 15d, 15e) and the roll driving shaft (13a, 13b) is largest at both sides of the cylindrical roll main body in the longitudinal direction and is smallest at a center portion of the cylindrical roll main body in the longitudinal direction.
A battery module comprising: a rechargeable battery that includes an electrode assembly including a positive electrode and a negative electrode, a case including a lid that accommodates the electrode assembly, a connection terminal arranged on the lid, and a release valve that releases gas from the case to an outer side of the case; a battery holder that holds the rechargeable battery; a cover member including a body opposed to the release valve; and two extensions arranged between the case and the body of the cover member, wherein the two extensions are opposed to each other so that the release valve is located between the two extensions, wherein the case, the body of the cover member, and the two extensions define a flow passage for gas discharged from the release valve, the battery holder includes an engagement projection (37, 38) that engages the body of the cover member, the body of the cover member includes a through hole (71, 72) that extends through the body of the cover member in a direction in which the case opposes the body of the cover member, the through hole (71, 72) is located at an outer side of the flow passage; characterized in that the through hole (71, 72) is further located between the connection terminal and the flow passage in a longitudinal direction of the body of the cover member which is the direction in which the two extensions are spaced apart, and the engagement projection (37, 38) extends through the through hole (71, 72) and engages with the body of the cover member. a rechargeable battery that includes an electrode assembly including a positive electrode and a negative electrode, a case including a lid that accommodates the electrode assembly, a connection terminal arranged on the lid, and a release valve that releases gas from the case to an outer side of the case; a battery holder that holds the rechargeable battery; a cover member including a body opposed to the release valve; and two extensions arranged between the case and the body of the cover member, wherein the two extensions are opposed to each other so that the release valve is located between the two extensions, wherein the case, the body of the cover member, and the two extensions define a flow passage for gas discharged from the release valve, the battery holder includes an engagement projection (37, 38) that engages the body of the cover member, the body of the cover member includes a through hole (71, 72) that extends through the body of the cover member in a direction in which the case opposes the body of the cover member, the through hole (71, 72) is located at an outer side of the flow passage; characterized in that the through hole (71, 72) is further located between the connection terminal and the flow passage in a longitudinal direction of the body of the cover member which is the direction in which the two extensions are spaced apart, and the engagement projection (37, 38) extends through the through hole (71, 72) and engages with the body of the cover member.
The use of micrometric grains (1 d) made of subfluorinated carbon with a graphite crystalline structure, the greatest dimension of which is between 1 and 10 μm, said micrometric grains comprising: - a central part (3a, 3b, 3c, 3d) made of nonfluorinated carbon which represents from 0.8 to 30% by volume of the total volume of the grain (1 d), and - a peripheral part (2a, 2b, 2c, 2d) made of fluorinated carbon of formula CFx, where x represents the F/C atomic ratio and is such that 0.25 < x < 1.1, and the 19 F MAS NMR spectrum of which exhibits a single isotropic peak between -150 and -190 ppm/CFCl 3, rotational bands excluded, and the electron paramagnetic resonance spectrum of which exhibits 7 signals between 3200 and 3800 G in the X band, for the manufacture of primary lithium battery electrodes having a capacity greater than 100% of the theoretical capacity of the micrometric grain. - a central part (3a, 3b, 3c, 3d) made of nonfluorinated carbon which represents from 0.8 to 30% by volume of the total volume of the grain (1 d), and - a peripheral part (2a, 2b, 2c, 2d) made of fluorinated carbon of formula CFx, where x represents the F/C atomic ratio and is such that 0.25 < x < 1.1, and the 19 F MAS NMR spectrum of which exhibits a single isotropic peak between -150 and -190 ppm/CFCl 3, rotational bands excluded, and the electron paramagnetic resonance spectrum of which exhibits 7 signals between 3200 and 3800 G in the X band,
Method for secure connection of devices to a cloud, with the following steps: a device connects itself to a concierge service of the cloud and transfers to the concierge service information relating to the security functions provided by the device, characterised in that the concierge service, on the basis of information transferred by the device about its security functions, establishes an appropriate security profile for the requesting device and that the concierge service connects the requesting device to a communication channel appropriate to the security profile established from a group of communication channels for the communication with the cloud. a device connects itself to a concierge service of the cloud and transfers to the concierge service information relating to the security functions provided by the device, characterised in that the concierge service, on the basis of information transferred by the device about its security functions, establishes an appropriate security profile for the requesting device and that the concierge service connects the requesting device to a communication channel appropriate to the security profile established from a group of communication channels for the communication with the cloud.
Arrangement for driving light-emitting diodes (LEDs) which are combined in particular to form a display panel, wherein the arrangement comprises at least one driver having outputs, by means of which current is suppliable to the LEDs, and also at least one control input (2E, 2S), by means of which the current suppliable to the LEDs is controllable, wherein the driver contains a shift register, into which data can be read via a serial data input, and wherein current is appliable to the LEDs in accordance with the data contained in the shift register, characterized in that the arrangement comprises a supervisory element, by means of which the number of LEDs that are to be supplied with current in each case simultaneously is determinable, wherein a signal dependent on the determined number is appliable to the at least one control input (2E, 2S).
A method for controlling a plurality of effectors of a gas turbine engine system, the method comprising: receiving, by a controller, a request indicative of a desired state for each effector of the plurality of effectors; receiving, by the controller, a weighting associated with each of the plurality of effectors included in the request, the controller configured to manage a fluid demand of each effector of the plurality of effectors based on each weighting; obtaining, by the controller, information about a current state and at least one previous state of each effector of the plurality of effectors; wherein the current state includes at least one of an effector position and an effector fluid flow rate; updating, by the controller, model data information in an adaptive model based control based upon the obtained information; generating, by the controller, at least one control command for at least one effector of the plurality of effectors based upon the adaptive model based control; and commanding, by the controller, the at least one effector of the plurality of effectors based upon the generated at least one control command. receiving, by a controller, a request indicative of a desired state for each effector of the plurality of effectors; receiving, by the controller, a weighting associated with each of the plurality of effectors included in the request, the controller configured to manage a fluid demand of each effector of the plurality of effectors based on each weighting; obtaining, by the controller, information about a current state and at least one previous state of each effector of the plurality of effectors; wherein the current state includes at least one of an effector position and an effector fluid flow rate; updating, by the controller, model data information in an adaptive model based control based upon the obtained information; generating, by the controller, at least one control command for at least one effector of the plurality of effectors based upon the adaptive model based control; and commanding, by the controller, the at least one effector of the plurality of effectors based upon the generated at least one control command.