mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine intended to be used in part in hot ambient conditions, comprising: a compressor wherein the compressor comprises a compressor discharge case with one or more bore holes therethrough; a turbine; the turbine comprising a wheel space adjacent to a plurality of rotor wheels; and a wheel space water cooling system in communication with the wheel space to provide a flow of water thereto, wherein the wheel space water cooling system comprises a water line extending through one of the one or more bore holes in whole or in part; wherein the wheel space water cooling system is activated above a predetermined ambient temperature, characterized in that the compressor discharge case is maintained in a sealed state so as to prevent a flow of compressor air from reaching the wheel space through the compressor discharge case. a compressor wherein the compressor comprises a compressor discharge case with one or more bore holes therethrough; a turbine; the turbine comprising a wheel space adjacent to a plurality of rotor wheels; and a wheel space water cooling system in communication with the wheel space to provide a flow of water thereto, wherein the wheel space water cooling system comprises a water line extending through one of the one or more bore holes in whole or in part; wherein the wheel space water cooling system is activated above a predetermined ambient temperature, characterized in that the compressor discharge case is maintained in a sealed state so as to prevent a flow of compressor air from reaching the wheel space through the compressor discharge case.
Domestic appliance, in particular a dishwasher, comprising a processing container, which provides a processing chamber and has a loading opening for loading with items to be processed, a processing chamber door, by means of which the loading opening can be closed, and a camera unit for visually capturing the processing chamber, the region of the processing chamber that can be captured by the camera being adjustable, characterized in that the processing chamber door has a door outer panel, a door inner panel and a cavity arranged therebetween, the door inner panel being equipped with an opening (18, 47) which is closed in a fluid-tight manner by means of a cover (19, 48), further characterized in that the camera is displaceably and/or pivotably mounted within the provided cavity, and/or the camera is designed as a part of a camera unit, the camera unit being displaceably and/or pivotably mounted within the cavity, and/or an optical device which interacts with the camera or the camera unit is present, which optical device is displaceably and/or pivotably mounted and arranged within the cavity, and further characterized in that the processing chamber can be visually detected through the opening (18, 47) by means of the camera or the camera unit. the region of the processing chamber that can be captured by the camera being adjustable, characterized in that the processing chamber door has a door outer panel, a door inner panel and a cavity arranged therebetween, the door inner panel being equipped with an opening (18, 47) which is closed in a fluid-tight manner by means of a cover (19, 48), further characterized in that the camera is displaceably and/or pivotably mounted within the provided cavity, and/or the camera is designed as a part of a camera unit, the camera unit being displaceably and/or pivotably mounted within the cavity, and/or an optical device which interacts with the camera or the camera unit is present, which optical device is displaceably and/or pivotably mounted and arranged within the cavity, and further characterized in that the processing chamber can be visually detected through the opening (18, 47) by means of the camera or the camera unit.
A gas tank arrangement for a breathing apparatus, comprising: - a gas tank, - an inlet valve for controlling a flow of gas into said gas tank, - an outlet valve for controlling the flow of gas out of said gas tank, towards a patient, and - a flush valve for enabling flushing of gas out of said gas tank, wherein said inlet and outlet valves are operable to maintain the gas within said tank at an overpressure for subsequent delivery to the patient, characterised in that the gas tank is elongated, in that the inlet valve and the outlet valve are arranged in opposite ends of the elongated gas tank, and in that the flush valve is arranged in the same end as the outlet valve so that gas can be pushed out of the gas tank through the flush valve by a flow of gas supplied to the gas tank through the inlet valve, when the outlet valve is closed. - a gas tank, - an inlet valve for controlling a flow of gas into said gas tank, - an outlet valve for controlling the flow of gas out of said gas tank, towards a patient, and - a flush valve for enabling flushing of gas out of said gas tank, wherein said inlet and outlet valves are operable to maintain the gas within said tank at an overpressure for subsequent delivery to the patient, characterised in that the gas tank is elongated, in that the inlet valve and the outlet valve are arranged in opposite ends of the elongated gas tank, and in that the flush valve is arranged in the same end as the outlet valve so that gas can be pushed out of the gas tank through the flush valve by a flow of gas supplied to the gas tank through the inlet valve, when the outlet valve is closed.
Friction spot welding device, comprising a punch, a sleeve arranged coaxially inside the punch, and a pin arranged coaxially inside the sleeve, having a rotary drive, in order to drive a rotational movement of the sleeve and/or of the pin relative to the punch, and having a linear drive (30, 31), in order to drive a linear movement of the sleeve and/or of the pin relative to the punch, wherein a first sealing gap and a second sealing gap are formed between the sleeve and the pin and wherein a first receiving space is arranged between the first sealing gap and the second sealing gap, characterized in that the linear drive (30, 31) is configured such that the sleeve and the pin can be moved in relation to one another to the extent that the first receiving space becomes accessible from the outside.
A composition for use in an optical material comprising: (a) 1-50 parts by weight of an inorganic compound having sulfur atom(s) and/or selenium atom(s), (b) 50-99 parts by weight of at least one of episulfide compounds selected from the group consisting of bis(β-epithiopropyl)sulfide, bis(β-epithiopropyl)disulfide, bis(p-epithiopropyl)trisulfide, bis(β-epithiopropylthio)methane, 1,2-bis(β-epithiopropylthio)ethane, 1,3-bis(β-epithiopropylthio)propane, 1,2-bis(β-epithiopropylthio)propane, 1,4-bis(β-epithiopropylthio)butane and bis(β-epithiopropylthioethyl)sulfide, and (c) 1-50 parts by weight of a xylylenedithiol compound based upon 100 parts by weight of the total content of the above compounds (a) and (b), wherein said xylylenedithiol compound (c) is m-xylylenedithiol, wherein said composition for use in an optical material does not comprise 1% by weight or more of a xylylenediisocyanate compound. (a) 1-50 parts by weight of an inorganic compound having sulfur atom(s) and/or selenium atom(s), (b) 50-99 parts by weight of at least one of episulfide compounds selected from the group consisting of bis(β-epithiopropyl)sulfide, bis(β-epithiopropyl)disulfide, bis(p-epithiopropyl)trisulfide, bis(β-epithiopropylthio)methane, 1,2-bis(β-epithiopropylthio)ethane, 1,3-bis(β-epithiopropylthio)propane, 1,2-bis(β-epithiopropylthio)propane, 1,4-bis(β-epithiopropylthio)butane and bis(β-epithiopropylthioethyl)sulfide, and (c) 1-50 parts by weight of a xylylenedithiol compound based upon 100 parts by weight of the total content of the above compounds (a) and (b),
Attachment for walls, in particular noise barrier walls, which comprises an arrangement of discs (1, 2) which stand on the peripheral surface thereof and can be positively and/or non-positively connected to a wall (6a, 6b, 6c, 6d), wherein the discs bear against one another in the direction of the wall run, characterized in that the discs have, in alternating fashion, at least two different surface areas.
Viewing window of an enclosure forming a clean or sterile space for a sterile and/or aseptic treatment of packaging means, with at least one mounting frame and with a pane closing a mounting frame opening, with at least one circumferential lip seal sealing the transition between the pane and the mounting frame, as well as with means (9, 14) for holding the pane at the mounting frame, wherein the at least one lip seal is produced as one piece and as a full profile, from a rubber material or permanently elastic material, with an at least partially sickle-shaped profile cross-section, with the first strip-shaped lip seal section (8.1) and with a second lip seal section (8.2), wherein the profile cross-section of the second lip seal section (8.2) is cambered at least in one first part section (8.2.1), connecting to the first lip seal section (8.1), about at least one axis oriented in the longitudinal direction of the lip seal, wherein the second lip seal section (8.2) forms a first lip seal edge (8.2.3) remote from the first lip seal section (8.1), wherein the thickness of the second lip seal section (8.2) decreases towards the lip seal edge (8.2.3), wherein the profile cross-section at the first part section (8.2.1) is cambered on a first side as convex at least one axis oriented in the longitudinal direction of the lip seal, and as concave on a second side, wherein the first lip seal section (8.1) is configured as full-profile in strip form, characterised in that the profile cross-section of the second lip seal section (8.2) in a second part section (8.2.2), which connects to the first part section (8.2.1) and comprises the lip seal edge (8.2.3), is cambered on the first side as concave about at least one axis oriented in the longitudinal direction of the lip seal, and as convex on the second side, wherein the lip seal is elastically deformed at its second lip seal section (8.2) with the seal lip edge (8.2.3) in contact against a pane inner side (7.1) of the pane, assigned to the clean or sterile space, wherein the lip seal, with its first lip seal section (8.1) elastically deformed, is circumferentially tensioned in a mounting gap (5.3) between two tensioning surfaces of the mounting frame, and with its second lip seal section (8.2) projects out of the mounting gap (5.3) over an inner edge of the mounting frame opening.
Receptacle apparatus for mounting a mobile terminal on a module having mounting elements for mounting the receptacle apparatus, wherein the mobile terminal has a charging coil for contactlessly charging an energy store, wherein the receptacle apparatus has a window region and a retaining frame for retaining the mobile terminal and for the purpose of mounting on the module, wherein the retaining frame extends around the window region and the window region is covered by a retained mobile terminal when the receptacle apparatus is mounted on the module, wherein the receptacle apparatus has a transmitting unit for producing a resonant inductive coupling to the charging coil, wherein the transmitting unit uses a transmitting coil to generate a resonant inductive coupling that at least sometimes acts through the window region, characterized in that the transmitting coil is arranged on a separate retaining element, wherein the retaining element is detachably connected to the retaining frame and, in a connected state, extends from the retaining frame into the window region.
Process for the isolation and purification of monosialoganglioside GM1 comprising separating monosialoganglioside GM1 from Fucosyl-GM1 in a lipidic mixture containing the monosialoganglioside GM1 as the main ganglioside component by ion exchange column-chromatography using an eluent comprising potassium or caesium ions.
Arrangement, comprising: - a continuous band made of metal, - at least two guiding rollers (2, 3) around which the continuous band is guided, - a first drive which is set up to move the metal strip, - a textile band, - a pressing device set up to press the textile band against the metal strip, and - a second drive set up to move the textile band past the pressing device, wherein - a multi-lip seal (10, 11, 16, 17) arranged transverse to the direction of movement of the metal strip is provided, - cavities between the sealing lips of the multi-lip seal (10, 11, 16, 17) are connected with a run-off, and - a wetting device is provided, which is set up to wet the textile band with a liquid, wherein the multi-lip seal (10, 11, 16, 17) is arranged downstream from a contacting region between the textile band and metal strip in a main direction of movement of the metal strip. - a continuous band made of metal, - at least two guiding rollers (2, 3) around which the continuous band is guided, - a first drive which is set up to move the metal strip, - a textile band, - a pressing device set up to press the textile band against the metal strip, and - a second drive set up to move the textile band past the pressing device, - a multi-lip seal (10, 11, 16, 17) arranged transverse to the direction of movement of the metal strip is provided, - cavities between the sealing lips of the multi-lip seal (10, 11, 16, 17) are connected with a run-off, and - a wetting device is provided, which is set up to wet the textile band with a liquid, wherein the multi-lip seal (10, 11, 16, 17) is arranged downstream from a contacting region between the textile band and metal strip in a main direction of movement of the metal strip.
Assembly comprising a valve for fluids and a dedicated tool, said valve comprising a body housing a rotatable shutter, a control rod for said shutter projecting from the body and operable by means of a manoeuvring member which can be attached to said rod in several different angular positions by means of an attachment screw, said screw being shaped so as to be able to be screwed/unscrewed with said dedicated tool so as to prevent tampering of the valve, characterised in that the tool comprises a hollow stem, a pin, a spring and a pair of balls, and in that said screw has a threaded shank which screws into a threaded hole at the top of said rod, and an overlying tubular section in which two diametrically opposed holes are provided, designed to partially house the pair of balls during the coupling of the tool to the screw, said balls being housed in slightly conical opposite holes of the hollow stem of the tool in which the pin is inserted, the pin having an end section constantly engaged with said balls under the action of the spring acting between an inner shoulder of the hollow stem and a collar of the pin, adjacent to said end section the pin having a narrowing in diameter determining an annular cavity, designed to house partially said balls without them projecting from the external profile of said hollow stem. characterised in that the tool comprises a hollow stem, a pin, a spring and a pair of balls, and in that said screw has a threaded shank which screws into a threaded hole at the top of said rod, and an overlying tubular section in which two diametrically opposed holes are provided, designed to partially house the pair of balls during the coupling of the tool to the screw, said balls being housed in slightly conical opposite holes of the hollow stem of the tool in which the pin is inserted, the pin having an end section constantly engaged with said balls under the action of the spring acting between an inner shoulder of the hollow stem and a collar of the pin, adjacent to said end section the pin having a narrowing in diameter determining an annular cavity, designed to house partially said balls without them projecting from the external profile of said hollow stem.
A time-to-digital converter for determining a time difference between two signals, comprising: a plurality of stages (22,24,26,28,50) connected in a sequence of stages, each of the stages including first and second inputs for receiving the two signals, each stage that has a next following stage in the sequence having two outputs for outputting the two signals to the following stage, each stage having an encoder output, each stage comprising a plurality of sampling elements, each being operable to determine which of the two signals has an earlier transition edge, the stage being operable to apply a delay to the signal that has been determined to have the earlier transition edge, the determination by the stage being output from the encoder output of the respective stage as a stage value signal; and an encoder having a plurality of inputs and an output, the plurality of inputs of the encoder being connected to respective ones of the encoder outputs of the stages, the encoder being operable convert the stage value signals into a time difference signal. a plurality of stages (22,24,26,28,50) connected in a sequence of stages, each of the stages including first and second inputs for receiving the two signals, each stage that has a next following stage in the sequence having two outputs for outputting the two signals to the following stage, each stage having an encoder output, each stage comprising a plurality of sampling elements, each being operable to determine which of the two signals has an earlier transition edge, the stage being operable to apply a delay to the signal that has been determined to have the earlier transition edge, the determination by the stage being output from the encoder output of the respective stage as a stage value signal; and an encoder having a plurality of inputs and an output, the plurality of inputs of the encoder being connected to respective ones of the encoder outputs of the stages, the encoder being operable convert the stage value signals into a time difference signal.
Robotic system for laparoscopic surgery comprising a supporting structure that includes at least two arms (210, 220) slidably attached to and hinged on said supporting structure each one of said arms (210; 220) comprising a first member and a second member hinged to each other and a joint having at least two degrees of freedom for attaching a tool, the first member being rotatably hinged on the supporting structure, and adapted to be rotated around its longitudinal axis, and the second member being adapted to receive the joint characterized in that: the arms (210, 220) are respectively associated with corresponding first and second upper sections (260, 270), wherein said first and second upper sections (260, 270) are rotatably mounted to each other and to the supporting structure and capable of sliding vertically for independently adjusting the height of the arms (210, 220), whereby the arms (210, 220) are capable of being rotated independently of each other around a longitudinal axis of the supporting structure. the arms (210, 220) are respectively associated with corresponding first and second upper sections (260, 270), wherein said first and second upper sections (260, 270) are rotatably mounted to each other and to the supporting structure and capable of sliding vertically for independently adjusting the height of the arms (210, 220), said first and second upper sections (260, 270) are rotatably mounted to each other and to the supporting structure and capable of sliding vertically for independently adjusting the height of the arms (210, 220), whereby the arms (210, 220) are capable of being rotated independently of each other around a longitudinal axis of the supporting structure.
Tissue fusion agent, characterized in that the tissue fusion agent is present in the form of a fibrous flock material or in the form of a mixture of different fibrous flock materials.
A sport bra with an adjustable underband tightening assembly, the sport bra comprising: a front portion comprising at least: a pair of breast cups, a first pair of shoulder straps extending from an upper margin of the pair of breast cups, and a front underband segment extending from a lower margin of the pair of breast cups, wherein the front underband segment comprises a first wing and a second wing extending away from respective sides of the front underband segment, wherein the first wing terminates in a first free end and the second wing terminates in a second free end, and wherein the first and second free ends (414, 416) have a releasable fastening mechanism located thereon; and a back portion comprising at least: a central body portion, a second pair of shoulder straps (514, 516) extending from an upper margin of the central body portion, the second pair of shoulder straps (514, 516) secured to the first pair of shoulder straps to define an opening, and a back underband segment extending from a lower margin of the central body portion, the back underband segment having a third end and a fourth end, wherein a length of the back underband segment as measured from the third end to the fourth end is less than a length of the front underband segment as measured from the first free end to the second free end, characterized in that the free ends (414, 416) of the front underband segment may be releasably and adjustably secured directly to the back underband segment in an as-worn configuration.
A handheld implantation device (10; 40) for implantation of a retinal tissue implant at an implantation site, the handheld implantation device comprising: (a) a handheld implantation tool having a leading implantation tool end and a trailing implantation tool end; (b) an implant holder for peripherally holding a retinal tissue implant including an uppermost viable retinal tissue and a lowermost basement membrane, and (c) a clinician-operated attachment arrangement for initial attaching said implant holder at said leading implantation tool end and subsequent selected detaching said implant holder therefrom at the implantation site for implantation of said implant holder together with the retinal tissue implant thereat. (a) a handheld implantation tool having a leading implantation tool end and a trailing implantation tool end; (b) an implant holder for peripherally holding a retinal tissue implant including an uppermost viable retinal tissue and a lowermost basement membrane, and (c) a clinician-operated attachment arrangement for initial attaching said implant holder at said leading implantation tool end and subsequent selected detaching said implant holder therefrom at the implantation site for implantation of said implant holder together with the retinal tissue implant thereat.