mhurhangee/ep-ind-claims huggingface dataset:
A power generation system comprising: a prime mover, a generator with a generator shaft; and a coupling which connects rotating components of the generator and the prime mover, wherein the coupling comprises: a hub connected to the generator shaft; a coupling flange connected to a rotating component of the prime mover; and an elastomeric component (52, 54) located between the hub and the coupling flange in order to provide flexible torque transmission between the prime mover and the generator, characterised in that: the coupling flange is arranged to be disconnected from the prime mover and to move axially along the generator shaft towards the generator in order to disengage the coupling flange from the elastomeric component (52, 54); and the elastomeric component (52, 54) is arranged to be removed radially from the coupling when the coupling flange has been moved axially along the shaft towards the generator. a prime mover, a generator with a generator shaft; and a coupling which connects rotating components of the generator and the prime mover, wherein the coupling comprises: a hub connected to the generator shaft; a coupling flange connected to a rotating component of the prime mover; and an elastomeric component (52, 54) located between the hub and the coupling flange in order to provide flexible torque transmission between the prime mover and the generator, a hub connected to the generator shaft; a coupling flange connected to a rotating component of the prime mover; and an elastomeric component (52, 54) located between the hub and the coupling flange in order to provide flexible torque transmission between the prime mover and the generator, characterised in that: the coupling flange is arranged to be disconnected from the prime mover and to move axially along the generator shaft towards the generator in order to disengage the coupling flange from the elastomeric component (52, 54); and the elastomeric component (52, 54) is arranged to be removed radially from the coupling when the coupling flange has been moved axially along the shaft towards the generator. the coupling flange is arranged to be disconnected from the prime mover and to move axially along the generator shaft towards the generator in order to disengage the coupling flange from the elastomeric component (52, 54); and the elastomeric component (52, 54) is arranged to be removed radially from the coupling when the coupling flange has been moved axially along the shaft towards the generator.
Method for washing a vehicle, wherein the body of the vehicle is sprayed with pressurized washing liquid via the outlet nozzle of a washing tool and the rims of the vehicle are sprayed with a rim cleaning agent, and wherein the washing tool is selectively supplied with pressurized washing liquid by a high-pressure pump and/or an alkaline rim cleaning agent by a cleaning agent supplying device (32, 102), characterized in that pressurized air is mixed with the alkaline rim cleaning agent, wherein the washing tool is connected via a hose line to a ceiling boom which is connected via a line arrangement to the high-pressure pump, wherein the alkaline rim cleaning agent is fed into the line arrangement upstream of the ceiling boom, and wherein the rim cleaning agent fed into the line arrangement upstream of the ceiling boom flows through a line section of the line arrangement, the length of the line section being at most two meters.
A chalcogen-containing compound represented by the following Chemical Formula 1: [Chemical Formula 1] M x Sn y Bi z Se 7 wherein, in Chemical Formula 1, M is an alkali metal, x, y and z are mole ratios of M, Sn, and Bi respectively, x is greater than 0.05 and equal to or less than 0.8, y is greater than 3.5 and equal to or less than 4, z is greater than 1.5 and equal to or less than 2, y+z is greater than 5 and equal to or less than 6, and x+y+z is greater than 5 and equal to or less than 6.8. wherein, in Chemical Formula 1, M is an alkali metal, x, y and z are mole ratios of M, Sn, and Bi respectively, x is greater than 0.05 and equal to or less than 0.8, y is greater than 3.5 and equal to or less than 4, z is greater than 1.5 and equal to or less than 2, y+z is greater than 5 and equal to or less than 6, and x+y+z is greater than 5 and equal to or less than 6.8.
A storage container, in particular a final disposal container for contaminated materials, comprising a container body having a container base and at least one container side wall (28, 30, 32, 34) wherein the container body has a filling opening that can be closed by a container cover, wherein the container body, at the end of at least one container side wall (28, 30, 32, 34) arranged opposite the container base, has a projection that has a wedge-shaped cross section and that is formed on the container inner side, and wherein the wedge-shaped projection thickens due to a slanted portion that extends at an angle in a range from ≥ 10° to ≤ 35° relative to the orientation of the container side wall (28, 30, 32, 34).
A ball screw and nut mechanism comprising a threaded screw and a threaded nut, the nut cooperating with the screw by way of balls which can circulate in a raceway formed by the threads (22,24) of the screw and the nut in facing relationship, the nut also being provided with at least one recirculation insert inserted from an outside face of the nut in at least one housing passing through the nut from the outside face of the nut to the thread of the nut, the recirculation insert having a first end with a bail transfer groove turned towards the screw, in which - the mechanism comprises a holding body for the recirculation insert adapted to hold the recirculation insert In the housing, - the recirculation insert has a second end with a support shoulder on a support face of the nut, - the second end of the recirculation insert comprises an orientation lug which is in a predetermined angular position fixed with respect to the ball transfer groove, - the orientation lug cooperates with at least one guide recess of the holding body, characterised in that: - the housing is cylindrical and - by cooperating with said at least one guide recess of the holding body the orientation lug fixes an orientation of the recirculation insert in the cylindrical housing such that the transfer groove is adjusted to the raceway. - the mechanism comprises a holding body for the recirculation insert adapted to hold the recirculation insert In the housing, - the recirculation insert has a second end with a support shoulder on a support face of the nut, - the second end of the recirculation insert comprises an orientation lug which is in a predetermined angular position fixed with respect to the ball transfer groove, - the orientation lug cooperates with at least one guide recess of the holding body, - the housing is cylindrical and - by cooperating with said at least one guide recess of the holding body the orientation lug fixes an orientation of the recirculation insert in the cylindrical housing such that the transfer groove is adjusted to the raceway.
Cage for receiving rolling bodies for a linear anti-friction bearing having a load-bearing region and a return region, having the following features: a flexible, tubular hollow body for receiving the rolling bodies in its interior, the hollow body extending along a line of extent which runs centrally in the interior; the hollow body having a plurality of openings in a surface of the hollow body which are arranged in pairs perpendicularly with respect to the line of extent; the openings being shaped in such a way that the rolling bodies can penetrate the openings at least partially; the plurality of openings being arranged along the line of extent in such a way that rolling bodies are kept at a spacing in the interior of the hollow body; and the hollow body having an oval cross-sectional shape in the load-bearing region or the return region perpendicularly with respect to the line of extent. a flexible, tubular hollow body for receiving the rolling bodies in its interior, the hollow body extending along a line of extent which runs centrally in the interior; the hollow body having a plurality of openings in a surface of the hollow body which are arranged in pairs perpendicularly with respect to the line of extent; the openings being shaped in such a way that the rolling bodies can penetrate the openings at least partially; the plurality of openings being arranged along the line of extent in such a way that rolling bodies are kept at a spacing in the interior of the hollow body; and the hollow body having an oval cross-sectional shape in the load-bearing region or the return region perpendicularly with respect to the line of extent.
A channel contention method, comprising: sending, by a WUR station, a wake-up packet, WUP; waiting, by the WUR station, a predetermined short interval of time; generating and sending, by the WUR station, a legacy data frame; waiting, by the WUR station starting from the end of sending the legacy data frame, a channel contention waiting time defined by a type of channel access mechanism; and performing, by the WUR station, channel contention with a legacy station. sending, by a WUR station, a wake-up packet, WUP; waiting, by the WUR station, a predetermined short interval of time; generating and sending, by the WUR station, a legacy data frame; waiting, by the WUR station starting from the end of sending the legacy data frame, a channel contention waiting time defined by a type of channel access mechanism; and performing, by the WUR station, channel contention with a legacy station.
A stator bar mold insert comprising: an upper portion; a lower portion; a central cavity disposed between and defined by the upper portion and the lower portion, the central cavity configured for use with a stator bar; and a low friction material lining the central cavity, the low friction material substantially surrounding the stator bar located inside the stator bar mold insert; characterized in that the lower portion comprises a generally L-shaped body with an inside surface facing towards the central cavity, in which at least a portion of the low friction material is attached to the inside surface of the lower portion; that the lower portion comprises a recess arranged in the inside surface facing towards the central cavity, that a first piece of the low friction material of the lower portion is easily removable from the inside surface of the lower portion; and that a second piece of the low friction material of the lower portion is placed over a first recess in the inside surface of the lower portion and is unattached to the inside surface of the lower portion; wherein the first recess facilitates removal of the stator bar and the second piece of low friction material from the stator bar mold insert. an upper portion; a lower portion; a central cavity disposed between and defined by the upper portion and the lower portion, the central cavity configured for use with a stator bar; and a low friction material lining the central cavity, the low friction material substantially surrounding the stator bar located inside the stator bar mold insert; characterized in that the lower portion comprises a generally L-shaped body with an inside surface facing towards the central cavity, in which at least a portion of the low friction material is attached to the inside surface of the lower portion; that the lower portion comprises a recess arranged in the inside surface facing towards the central cavity, that a first piece of the low friction material of the lower portion is easily removable from the inside surface of the lower portion; and that a second piece of the low friction material of the lower portion is placed over a first recess in the inside surface of the lower portion and is unattached to the inside surface of the lower portion; wherein the first recess facilitates removal of the stator bar and the second piece of low friction material from the stator bar mold insert.
A portable lathe machine for machining a work piece comprising: a support housing adapted for mounting on the work piece; a rotating head rotatably mounted on the support housing about an axis and including an internal gear; and a drive module arranged to drive rotation of the rotating head about the axis, characterized in that an inner radial surface of an outer radial shoulder on the rotating head defines the internal gear and the support housing defines a through-hole 540 such that the drive module extends axially through the support housing,_at least one gear connection is formed between the internal gear and the drive module and radially positioned inside an outer diameter of the support housing to protect an operator from a pinch point associated with the at least one gear connection. a support housing adapted for mounting on the work piece; a rotating head rotatably mounted on the support housing about an axis and including an internal gear; and a drive module arranged to drive rotation of the rotating head about the axis, characterized in that an inner radial surface of an outer radial shoulder on the rotating head defines the internal gear and the support housing defines a through-hole 540 such that the drive module extends axially through the support housing,_at least one gear connection is formed between the internal gear and the drive module and radially positioned inside an outer diameter of the support housing to protect an operator from a pinch point associated with the at least one gear connection.
Induction hob device with at least one cooktop (12a; 12b), with at least one induction heating unit (14a; 14b), which is arranged in a front region (16a; 16b) of the cooktop (12a; 12b), with at least one control unit (18a; 18b) for operating the induction heating unit (14a; 14b), wherein the control unit (18a; 18b) is provided to reduce at least one maximum requestable heating power of the at least one induction heating unit (14a; 14b) in at least one operating mode, and with a plurality of induction heating units, which are arranged in the front region of the cooktop, characterised in that the control unit (18a; 18b) is provided to reduce at least one maximum requestable heating power of all induction heating units (14a; 14b) arranged in the front region (16a; 16b) of the cooktop (12a; 12b) in the operating mode.
An azeotrope-like composition consisting essentially of from 10 to 40 parts by weight water and from 60 to 90 parts by weight cis-1,1,1,4,4,4-hexafluoro-2-butene (Z-HFO-1336mzzm).
An intervertebral implant comprising: a spacer defining a spacer body configured to be implanted into an intervertebral space, the spacer body having an outer wall that defines an enclosed perimeter of the spacer body, the outer wall including an anterior wall and an opposed posterior wall, the spacer body defining a first aperture that extends into the spacer body; and an insert configured to be coupled to the spacer body, characterized in that the insert is configured to be coupled to the spacer body so as to define a second aperture between the anterior wall and the insert. a spacer defining a spacer body configured to be implanted into an intervertebral space, the spacer body having an outer wall that defines an enclosed perimeter of the spacer body, the outer wall including an anterior wall and an opposed posterior wall, the spacer body defining a first aperture that extends into the spacer body; and an insert configured to be coupled to the spacer body, characterized in that the insert is configured to be coupled to the spacer body so as to define a second aperture between the anterior wall and the insert.
A sunroof apparatus including a front panel retractably opening/closing a front portion of a roof opening formed in a roof of a vehicle and a rear panel retractably opening/closing a rear portion of said roof opening, and further including: a front slider actuating the front panel by moving back and forth and a rear slider actuating the rear panel by moving back and forth, characterized in that in a fully closed state of closing the roof opening by the front panel and rear panel, a rear forward supporting portion supporting a front portion of the rear panel is provided in a rear portion of the front slider and a rear backward supporting portion supporting a rear portion of the rear panel is provided in the rear slider. a front slider actuating the front panel by moving back and forth and a rear slider actuating the rear panel by moving back and forth, characterized in that in a fully closed state of closing the roof opening by the front panel and rear panel, a rear forward supporting portion supporting a front portion of the rear panel is provided in a rear portion of the front slider and a rear backward supporting portion supporting a rear portion of the rear panel is provided in the rear slider.
A method for producing a connection structure passing through a flexible substrate to connect at least a first conductive zone arranged on a first face of the substrate and at least a second conductive zone arranged on a second face of the substrate, comprising: - producing at least a hole (8a, 8b, 28a, 28b) passing through the thickness (e) of a flexible substrate, - depositing in the hole a first conductive ink having a first viscosity, so as to form a conductive layer on a wall of the hole, the conductive layer forming a peripheral conductive portion of a conductive element, - depositing in the hole a second conductive ink having a second viscosity greater than the first viscosity, so as to produce a central conductive portion of the conductive element (20a, 20b), the method comprising, after formation of the hole and prior to the deposition of the first conductive ink, a treatment of the wall of the hole so as to increase its wettability vis-à-vis the first conductive ink, the treatment comprises the formation of a self-assembled monolayer SAM in contact with the wall of the hole. - producing at least a hole (8a, 8b, 28a, 28b) passing through the thickness (e) of a flexible substrate, - depositing in the hole a first conductive ink having a first viscosity, so as to form a conductive layer on a wall of the hole, the conductive layer forming a peripheral conductive portion of a conductive element, - depositing in the hole a second conductive ink having a second viscosity greater than the first viscosity, so as to produce a central conductive portion of the conductive element (20a, 20b),
A cooling system, comprising: an impingement chamber; a first trip strip (236; 260...270) on a first surface of the impingement chamber; and a second trip strip (238; 280...290) on a second surface of the impingement chamber; characterised by further comprising a cross over channel in fluid communication with the impingement chamber, wherein the channel is oriented at an angle relative to the first surface and is configured to direct a jet of cooling fluid into first surface. an impingement chamber; a first trip strip (236; 260...270) on a first surface of the impingement chamber; and a second trip strip (238; 280...290) on a second surface of the impingement chamber; characterised by further comprising a cross over channel in fluid communication with the impingement chamber, wherein the channel is oriented at an angle relative to the first surface and is configured to direct a jet of cooling fluid into first surface.
Pressing plate or continuous belt, consisting of a carrier body and an embossing body for embossing materials, in particular wood materials or plastic materials, by means of a surface structuring of the embossing body, wherein the carrier body is connected to the embossing body via an adhesive agent, characterized in that, in case of carrier and embossing bodies made of steel, the adhesive agent consists of a magnetic foil with high temperature stability, or that the adhesive agent consists of an adhesive with high temperature stability doped with metal powder which may be employed up to temperatures of 250 °C and is tempered above temperatures of 250 °C for detachment.
A plasma processing apparatus, comprising: a plasma chamber; a dielectric wall forming at least a portion of the plasma chamber; an inductive coupling element located proximate the dielectric wall; an ultraviolet light source configured to emit an ultraviolet light beam onto a metal surface that faces an interior volume of the plasma chamber, the metal surface being a metal structure of the plasma chamber; and a controller configured to control the ultraviolet light source such that it emits the ultraviolet light beam on the metal surface prior to or at the same time as the inductive coupling element being energized with radio frequency, RF, energy. a plasma chamber; a dielectric wall forming at least a portion of the plasma chamber; an inductive coupling element located proximate the dielectric wall; an ultraviolet light source configured to emit an ultraviolet light beam onto a metal surface that faces an interior volume of the plasma chamber, the metal surface being a metal structure of the plasma chamber; and a controller configured to control the ultraviolet light source such that it emits the ultraviolet light beam on the metal surface prior to or at the same time as the inductive coupling element being energized with radio frequency, RF, energy.
A welding device comprising: a first electrode and a second electrode that are configured to carry out welding in cooperation with each other; and a control device configured to control whether to carry out welding on a first object on the basis of information that varies with a material of the first object and that has been detected in a state where the first object is in contact with the first electrode and the second electrode, characterized in that the control device is configured to control whether to carry out welding on the first object on the basis of information that varies with a hardness of the first object and that has been detected in a state where the first object is in contact with the first electrode and the second electrode. a first electrode and a second electrode that are configured to carry out welding in cooperation with each other; and a control device configured to control whether to carry out welding on a first object on the basis of information that varies with a material of the first object and that has been detected in a state where the first object is in contact with the first electrode and the second electrode, characterized in that
An acoustic apparatus comprising: a vibration part configured to generate an acoustic vibration; a tube having a cavity that faces the vibration part; and at least one open tube (21, 22) connected to the tube via a first open end (21a, 22a) and a second open end (21b, 22b) which open at a wall surface of the tube, wherein a length of the at least one open tube (21, 22) is an integer-fold of substantially a half of a wavelength of a first-order standing wave (SW 1) which can be produced in the tube, and wherein the first open end (21a, 22a) is positioned substantially at an anti-node of the first-order standing wave (SW 1) which can be produced in the tube, wherein the second open end (21b, 22b) is positioned substantially at a node of the first order standing wave (SW 1) which can be produced in the tube. a vibration part configured to generate an acoustic vibration; a tube having a cavity that faces the vibration part; and at least one open tube (21, 22) connected to the tube via a first open end (21a, 22a) and a second open end (21b, 22b) which open at a wall surface of the tube, wherein a length of the at least one open tube (21, 22) is an integer-fold of substantially a half of a wavelength of a first-order standing wave (SW 1) which can be produced in the tube, and wherein the first open end (21a, 22a) is positioned substantially at an anti-node of the first-order standing wave (SW 1) which can be produced in the tube, wherein the second open end (21b, 22b) is positioned substantially at a node of the first order standing wave (SW 1) which can be produced in the tube.