mhurhangee/ep-ind-claims huggingface dataset:
Switching element for a tap changer, the switching element comprising - a vacuum interrupter comprising a movable contact, a plunger connected with the movable contact and a housing, in the interior of which the movable contact is arranged; - an actuating device for actuating the plunger and thus the movable contact; and - a guiding device which is arranged outside the housing and attached to the actuating device, so that when actuation of the movable contact takes place the guiding device is moved therewith; - wherein the guiding device surrounds the housing at least in part and at least a sub-region of the guiding device bears against the housing, so that when the movable contact is actuated the sub-region is moved along the housing. - a vacuum interrupter comprising a movable contact, a plunger connected with the movable contact and a housing, in the interior of which the movable contact is arranged; - an actuating device for actuating the plunger and thus the movable contact; and - a guiding device which is arranged outside the housing and attached to the actuating device, so that when actuation of the movable contact takes place the guiding device is moved therewith; - wherein the guiding device surrounds the housing at least in part and at least a sub-region of the guiding device bears against the housing, so that when the movable contact is actuated the sub-region is moved along the housing.
Film screening device with (a) at least one projection surface, (b) at least one projector that is set up to project a film onto the projection surface, (c) a number of seats for viewers and (d) a movement device, by means of which the seats can be moved collectively in at least three degrees of freedom, (e) wherein the movement device comprises a hexapod drive unit, characterised by the fact that (f) the movement device comprises (i) a swing arm that is arranged such that it can be swivelled about a swing-swivel axis (A 20) at a swivel angle (α), and (ii) a swivel device, by means of which the swing arm can automatically be swivelled about the swing-swivel axis (A 20), (iii) wherein the hexapod drive unit is attached to the swing arm, (g) the film screening device has an access point by means of which viewers can reach the seats, (h) wherein the movement device comprises a floor element, (i) wherein the seats on the floor element are attached in such a way that they can be swivelled, and (j) wherein the movement device can be moved by activating the swivel device from (i) a first position in which the floor element is docked at the access point into (ii) a second position in which the floor element has been swivelled by a swivel angle (α) of at least 15° relative to its first position. (a) at least one projection surface, (b) at least one projector that is set up to project a film onto the projection surface, (c) a number of seats for viewers and (d) a movement device, by means of which the seats can be moved collectively in at least three degrees of freedom, (e) wherein the movement device comprises a hexapod drive unit, (f) the movement device comprises (i) a swing arm that is arranged such that it can be swivelled about a swing-swivel axis (A 20) at a swivel angle (α), and (ii) a swivel device, by means of which the swing arm can automatically be swivelled about the swing-swivel axis (A 20), (iii) wherein the hexapod drive unit is attached to the swing arm, (i) a swing arm that is arranged such that it can be swivelled about a swing-swivel axis (A 20) at a swivel angle (α), and (ii) a swivel device, by means of which the swing arm can automatically be swivelled about the swing-swivel axis (A 20), (iii) wherein the hexapod drive unit is attached to the swing arm, (g) the film screening device has an access point by means of which viewers can reach the seats, (h) wherein the movement device comprises a floor element, (i) wherein the seats on the floor element are attached in such a way that they can be swivelled, and (j) wherein the movement device can be moved by activating the swivel device from (i) a first position in which the floor element is docked at the access point into (ii) a second position in which the floor element has been swivelled by a swivel angle (α) of at least 15° relative to its first position. (i) a first position in which the floor element is docked at the access point into (ii) a second position in which the floor element has been swivelled by a swivel angle (α) of at least 15° relative to its first position.
A compressor comprising: a first scroll member having a first end plate and a first spiral wrap extending from the first end plate; a second scroll member having a second end plate and a second spiral wrap extending from the second end plate and intermeshed with the first spiral wrap to define compression pockets therebetween; a first bearing housing supporting the first scroll member for rotation about a first rotational axis; a second bearing housing supporting the second scroll member for rotation about a second rotational axis that is offset from the first rotational axis; and a motor assembly engaging one of the first and second scroll members (1076, 1078) and driving rotation of the first and second scroll members (1076, 1078) about the first and second rotational axes (A1, A2), respectively, characterized in that: the first bearing housing includes a radially extending suction passage providing fluid communication between a suction inlet of a shell of the compressor and a suction inlet opening in the first end plate, and working fluid exits the radially extending suction passage at a location that is disposed radially inward relative to the suction inlet opening such that windage produced by rotation of the first scroll member aids in forcing the working fluid radially outward toward the suction inlet opening. a first scroll member having a first end plate and a first spiral wrap extending from the first end plate; a second scroll member having a second end plate and a second spiral wrap extending from the second end plate and intermeshed with the first spiral wrap to define compression pockets therebetween; a first bearing housing supporting the first scroll member for rotation about a first rotational axis; a second bearing housing supporting the second scroll member for rotation about a second rotational axis that is offset from the first rotational axis; and a motor assembly engaging one of the first and second scroll members (1076, 1078) and driving rotation of the first and second scroll members (1076, 1078) about the first and second rotational axes (A1, A2), respectively, characterized in that: the first bearing housing includes a radially extending suction passage providing fluid communication between a suction inlet of a shell of the compressor and a suction inlet opening in the first end plate, and working fluid exits the radially extending suction passage at a location that is disposed radially inward relative to the suction inlet opening such that windage produced by rotation of the first scroll member aids in forcing the working fluid radially outward toward the suction inlet opening. the first bearing housing includes a radially extending suction passage providing fluid communication between a suction inlet of a shell of the compressor and a suction inlet opening in the first end plate, and working fluid exits the radially extending suction passage at a location that is disposed radially inward relative to the suction inlet opening such that windage produced by rotation of the first scroll member aids in forcing the working fluid radially outward toward the suction inlet opening.
An exhaust gas after-treatment system, ATS, defining a space facing an operating module of said after-treatment system and housing an end portion of a duct, and a module for the injection of a solution of urea into said duct upstream of said space, said ATS system comprising a mixer housed within said space and connected to said duct, said mixer housing a mixer according to one of the preceding claims, connected to said duct, said mixer comprising an internal tubular element and an external tubular element extending along a longitudinal axis, said external tubular element being sized to delimit a space suitable for housing said internal tubular element, said external tubular element comprising a first edge configured to cooperate in contact with an end portion of said duct and a second edge opposite to the first along said longitudinal axis configured to separate said space delimited by said external tubular element from said space, characterized in that said mixer comprises a connecting element configured to cooperate in contact with said external tubular element and a first edge of said internal tubular element to allow direct fluid communication only between one space delimited by said internal tubular element and said duct, said internal tubular element defining a plurality of openings configured to allow fluid communication between said space of said internal tubular element and a portion of said space, said external tubular element defining a plurality of openings configured to allow fluid communication between said portion of said space and said space. said external tubular element comprising a first edge configured to cooperate in contact with an end portion of said duct and a second edge opposite to the first along said longitudinal axis configured to separate said space delimited by said external tubular element from said space, characterized in that said mixer comprises a connecting element configured to cooperate in contact with said external tubular element and a first edge of said internal tubular element to allow direct fluid communication only between one space delimited by said internal tubular element and said duct, said internal tubular element defining a plurality of openings configured to allow fluid communication between said space of said internal tubular element and a portion of said space, said external tubular element defining a plurality of openings configured to allow fluid communication between said portion of said space and said space.
Method for producing spacers at the level of edges (206, 207) of a transistor gate, wherein the gate is located above a layer of a semi-conductive material, the method successively comprising the following steps: - forming a dielectric layer which covers the gate and at least one peripheral zone (220, 221) of the semi-conductive material layer surrounding the gate; - anisotropic etching the dielectric layer configured to partially remove the dielectric layer at the level of the peripheral zone (220, 221) while preserving the dielectric layer at the level of the edges (206, 207); - then, after the anisotropic etching, forming a superficial layer covering the dielectric layer; - partial etching of the superficial layer configured to totally remove the superficial layer at the level of the peripheral zone (220, 221) while preserving a residual portion of the superficial layer at the level of the edges (206, 207) and while preserving at least partially the dielectric layer at the level of the peripheral zone (220, 221); - then, after the partial etching, etching of the dielectric layer selectively with respect to the residual portion of the superficial layer and with respect to the semi-conductive material layer. - forming a dielectric layer which covers the gate and at least one peripheral zone (220, 221) of the semi-conductive material layer surrounding the gate; - anisotropic etching the dielectric layer configured to partially remove the dielectric layer at the level of the peripheral zone (220, 221) while preserving the dielectric layer at the level of the edges (206, 207); - then, after the anisotropic etching, forming a superficial layer covering the dielectric layer; - partial etching of the superficial layer configured to totally remove the superficial layer at the level of the peripheral zone (220, 221) while preserving a residual portion of the superficial layer at the level of the edges (206, 207) and while preserving at least partially the dielectric layer at the level of the peripheral zone (220, 221); - then, after the partial etching, etching of the dielectric layer selectively with respect to the residual portion of the superficial layer and with respect to the semi-conductive material layer.
A method for forming a pneumatic tire, comprising: disposing a cylindrical band member on an outer circumferential side of an expandable and contractible forming drum and on outer circumferential sides of side portions disposed on both sides of the forming drum in a drum axial direction; forming step portions in the band member by expanding the forming drum in diameter; compression-bonding bead members on side surfaces of the forming drum by moving the bead members toward the step portions; forming an intermediate green tire (Gm) by wrapping the bead members by turning up both end portions of the band member in the drum axial direction; and forming a green tire by bonding a remaining member to the intermediate green tire (Gm); characterised in that the step portions of the band member are formed to be made to conform to the side surfaces of the forming drum by moving the side portions closer together in the drum axial direction in sync with a diameter-expanding operation of the forming drum before compression-bonding the bead member to the band member. disposing a cylindrical band member on an outer circumferential side of an expandable and contractible forming drum and on outer circumferential sides of side portions disposed on both sides of the forming drum in a drum axial direction; forming step portions in the band member by expanding the forming drum in diameter; compression-bonding bead members on side surfaces of the forming drum by moving the bead members toward the step portions; forming an intermediate green tire (Gm) by wrapping the bead members by turning up both end portions of the band member in the drum axial direction; and forming a green tire by bonding a remaining member to the intermediate green tire (Gm); characterised in that the step portions of the band member are formed to be made to conform to the side surfaces of the forming drum by moving the side portions closer together in the drum axial direction in sync with a diameter-expanding operation of the forming drum before compression-bonding the bead member to the band member.
A method for processing barley to produce a precooked, dried barley product comprising the steps of: - pearling raw barley; - soaking and precooking the barley in a single step to gelatinize starch within the barley kernel and raise moisture content of the barley to at least 60%; - drying the precooked barley at a first temperature of greater than about 160°C until case hardening of the barley kernel is achieved; - drying the case hardened barley at a second temperature less than or about 140°C. - pearling raw barley; - soaking and precooking the barley in a single step to gelatinize starch within the barley kernel and raise moisture content of the barley to at least 60%; - drying the precooked barley at a first temperature of greater than about 160°C until case hardening of the barley kernel is achieved; - drying the case hardened barley at a second temperature less than or about 140°C.
A shock absorber comprising: a cylinder in which working fluid is sealed; a piston that is slidably fitted into the cylinder; a piston rod that is coupled to the piston and extends to an outside of the cylinder; and a damping-force generating device that controls a flow of the working fluid in a compression side stroke and an extension side stroke caused by sliding of the piston in the cylinder, thereby generating a damping force, wherein the damping-force generating device includes: a main valve that opens and closes for controlling the flow of the working fluid caused by the sliding of the piston in the cylinder, thereby generating the damping force; a first pressure chamber and a second pressure chamber separated by the main valve; a compression-side inlet check valve and an extension-side inlet check valve that allow only inflow of the working fluid into the first pressure chamber; and a compression-side outlet check valve and an extension-side outlet check valve that allow only outflow of the working fluid from the second pressure chamber, characterized by the first pressure chamber and the second pressure chamber are formed in a substantially double-ring structure. a cylinder in which working fluid is sealed; a piston that is slidably fitted into the cylinder; a piston rod that is coupled to the piston and extends to an outside of the cylinder; and a damping-force generating device that controls a flow of the working fluid in a compression side stroke and an extension side stroke caused by sliding of the piston in the cylinder, thereby generating a damping force, wherein the damping-force generating device includes: a main valve that opens and closes for controlling the flow of the working fluid caused by the sliding of the piston in the cylinder, thereby generating the damping force; a first pressure chamber and a second pressure chamber separated by the main valve; a compression-side inlet check valve and an extension-side inlet check valve that allow only inflow of the working fluid into the first pressure chamber; and a compression-side outlet check valve and an extension-side outlet check valve that allow only outflow of the working fluid from the second pressure chamber, characterized by the first pressure chamber and the second pressure chamber are formed in a substantially double-ring structure. a main valve that opens and closes for controlling the flow of the working fluid caused by the sliding of the piston in the cylinder, thereby generating the damping force; a first pressure chamber and a second pressure chamber separated by the main valve; a compression-side inlet check valve and an extension-side inlet check valve that allow only inflow of the working fluid into the first pressure chamber; and a compression-side outlet check valve and an extension-side outlet check valve that allow only outflow of the working fluid from the second pressure chamber, characterized by the first pressure chamber and the second pressure chamber are formed in a substantially double-ring structure.
A container for collecting and stabilizing a cell-containing biological sample, comprising a) at least one carboxylic acid amide, wherein the carboxylic acid amide is selected from primary carboxylic acid amides and secondary carboxylic acid amides, and wherein the carboxylic acid amide has the formula 1 wherein R1 is a hydrogen residue or an alkyl residue, wherein R2 is selected from a hydrogen residue and a hydrocarbon residue with a length of the carbon chain of 1 - 20 atoms arranged in a linear or branched manner, wherein R3 is a hydrogen residue, and wherein R4 is oxygen; and b) at least one anticoagulant, wherein the container does not comprise additives in a concentration wherein said additives would induce or promote cell lysis and wherein the container does not comprise a cross-linking agent that induces protein-DNA and/or protein-protein crosslinks and does not comprise a formaldehyde releaser. a) at least one carboxylic acid amide, wherein the carboxylic acid amide is selected from primary carboxylic acid amides and secondary carboxylic acid amides, and wherein the carboxylic acid amide has the formula 1 wherein R1 is a hydrogen residue or an alkyl residue, wherein R2 is selected from a hydrogen residue and a hydrocarbon residue with a length of the carbon chain of 1 - 20 atoms arranged in a linear or branched manner, wherein R3 is a hydrogen residue, and wherein R4 is oxygen; and b) at least one anticoagulant,
A method comprising: receiving, at a user device, access charge information relating to access charges for communication of content that is associated with a service provided by a service provider entity to the user device via an access system of a communications network; communicating, by the user device to a network apparatus, access charge information relating to access charges for communication of content that is associated with the service provided by the service provider entity to the user device via the access system of a communications network; receiving, by the user device from the network apparatus in response to said communicating, a total cost of a service that includes a content charge of the service provider entity and an access charge; and presenting, by the user device, the total cost to a user. receiving, at a user device, access charge information relating to access charges for communication of content that is associated with a service provided by a service provider entity to the user device via an access system of a communications network; communicating, by the user device to a network apparatus, access charge information relating to access charges for communication of content that is associated with the service provided by the service provider entity to the user device via the access system of a communications network; receiving, by the user device from the network apparatus in response to said communicating, a total cost of a service that includes a content charge of the service provider entity and an access charge; and presenting, by the user device, the total cost to a user.
Sensor for detecting particles, in particular soot particles, comprising at least two measurement electrodes arranged on a first layer composed of an electrically insulating or conducting material, and at least two supply lines to the measurement electrodes, wherein the supply lines are connected to the measurement electrodes in each case in a connection region formed by a rear section of the measurement electrodes and a front section of the supply lines, wherein the rear section and the front section overlap, characterized in that the supply lines are covered by at least one second layer composed of an electrically insulating material in such a way that the connection region is kept free of the second layer composed of an electrically insulating material.
A method of manufacturing a dressing for negative-pressure treatment, the method comprising: perforating a first layer to create a plurality of apertures in the first layer; placing the first layer on a substrate; creating an index of the plurality of apertures in the first layer; calibrating a laser based on the index; coupling a second layer to the first layer; and cutting a plurality of slots in the second layer with the laser, wherein each of the slots is cut through one of the apertures in the first layer based on the index. perforating a first layer to create a plurality of apertures in the first layer; placing the first layer on a substrate; creating an index of the plurality of apertures in the first layer; calibrating a laser based on the index; coupling a second layer to the first layer; and cutting a plurality of slots in the second layer with the laser, wherein each of the slots is cut through one of the apertures in the first layer based on the index.