mhurhangee/ep-ind-claims huggingface dataset:
A servo-valve having a housing and adapted to operate without a position sensor comprising: a stepper motor; a cam connected to an output shaft of the stepper motor, the stepper motor controlling the position of the cam; and a spool piston within the housing and having no more than a single nozzle in fluid communication with the cam, the single nozzle having a flow path, the spool piston moving in response to a change in position of the cam such that pressure at ends (200, 202) of the spool piston are balanced, wherein a hydraulic supply port is connected to supply pressure through an orifice to a port on an end of the spool piston and to the single nozzle. a stepper motor; a cam connected to an output shaft of the stepper motor, the stepper motor controlling the position of the cam; and a spool piston within the housing and having no more than a single nozzle in fluid communication with the cam, the single nozzle having a flow path, the spool piston moving in response to a change in position of the cam such that pressure at ends (200, 202) of the spool piston are balanced, wherein a hydraulic supply port is connected to supply pressure through an orifice to a port on an end of the spool piston and to the single nozzle.
A bag, in particular a dispatch bag, with an essentially closed bottom end and an opposite opening, comprising a front wall with an inner and an outer side and a rear wall with an inner and an outer side, which in the area of its side edges and bottom edges are connected to each other at least in sections directly or via side walls and/or side folds and/or a bottom fold, and wherein the opening edge of the front wall being present below the opening edge of the rear wall, so that the rear wall forms a protruding, fold-over closing area, in particular a closing flap, and wherein the closing area has a first adhesive agent, in particular an adhesive strip, on the inner side or on the outer side, in particular on the inner side, of the rear wall, and/or wherein the front wall comprises on the outer side in the overlapping area with the closing area folded over along the opening edge of the front wall a second adhesive agent, in particular a second adhesive strip, characterized in that the front wall has a third adhesive agent, in particular a third adhesive strip, on the outer side on the other side of the overlapping area with the folded-over closing area.
A method comprising: (a) preparing a thermoplastic vulcanizate composition comprising: (i) an at least partially vulcanized rubber component dispersed within a continuous thermoplastic component comprising thermoplastic resin and propylene-based elastomer; (ii) process oil; and (iii) one or more additives; by a process in which 25 to 60 wt% of the process oil in the TPV composition is preloaded into a TPV formulation before a curative is added to the TPV formulation; (b) combining 90 to 99.9 wt% of said TPV composition with 0.1 to 10 wt% of a foaming agent comprising thermo-expandable microspheres, said wt%s based on the combined weight of TPV composition and foaming agent; and (c) forming a foamed TPV composition therefrom. (a) preparing a thermoplastic vulcanizate composition comprising: (i) an at least partially vulcanized rubber component dispersed within a continuous thermoplastic component comprising thermoplastic resin and propylene-based elastomer; (ii) process oil; and (iii) one or more additives; by a process in which 25 to 60 wt% of the process oil in the TPV composition is preloaded into a TPV formulation before a curative is added to the TPV formulation; (b) combining 90 to 99.9 wt% of said TPV composition with 0.1 to 10 wt% of a foaming agent comprising thermo-expandable microspheres, said wt%s based on the combined weight of TPV composition and foaming agent; and (c) forming a foamed TPV composition therefrom.
A downlink control information sending method, characterized by comprising: sending (Sioi, S201) configuration information to a terminal device (20, 500, 600), wherein the configuration information comprises a scale factor corresponding to each aggregation level in a first aggregation level set, the first aggregation level set comprises n aggregation levels, the first aggregation level set corresponds to a first downlink control information, DCI, format, n is a positive integer greater than or equal to 1, and the scale factor and a preset quantity of available candidate PDCCHs corresponding each aggregation level are used to determine a quantity of candidate physical downlink control channels, PDCCHs, of the aggregation level corresponding to the scale factor; and sending (S103, S203) DCI in the first DCI format to the terminal device (20, 500, 600), wherein an aggregation level corresponding to the DCI in the first DCI format is an aggregation level in the first aggregation level set, wherein the scale factor and a preset quantity of available candidate PDCCHs corresponding each aggregation level are used by the terminal device to determine a quantity of candidate physical downlink control channels, PDCCHs, of the aggregation level corresponding to the scale factor. sending (Sioi, S201) configuration information to a terminal device (20, 500, 600), wherein the configuration information comprises a scale factor corresponding to each aggregation level in a first aggregation level set, the first aggregation level set comprises n aggregation levels, the first aggregation level set corresponds to a first downlink control information, DCI, format, n is a positive integer greater than or equal to 1, and the scale factor and a preset quantity of available candidate PDCCHs corresponding each aggregation level are used to determine a quantity of candidate physical downlink control channels, PDCCHs, of the aggregation level corresponding to the scale factor; and sending (S103, S203) DCI in the first DCI format to the terminal device (20, 500, 600), wherein an aggregation level corresponding to the DCI in the first DCI format is an aggregation level in the first aggregation level set, wherein the scale factor and a preset quantity of available candidate PDCCHs corresponding each aggregation level are used by the terminal device to determine a quantity of candidate physical downlink control channels, PDCCHs, of the aggregation level corresponding to the scale factor.
A powder spray system, comprising a supply of powder coating material including a pump, and a powder spray gun comprising a spray gun housing and a spray nozzle that can be mounted on said spray gun housing, said spray nozzle comprising a nozzle shell having a powder inlet, a nozzle outlet through which powder exits as a spray pattern, a powder flow path between said powder inlet and said nozzle outlet, an air inlet to supply pressurized air to said spray nozzle, and said pressurized air from said air inlet is added to said powder coating material through said filter before said powder coating material exits said nozzle outlet, characterized in that said filter is disposed within said nozzle shell and said filter comprises a surface that forms part of said powder flow path.
A spark absorbing system for use with a cutting torch, comprising: a cap adapted to engage the cutting torch, and being characterised by the cap having at least one spark opening therethrough; a spark capture unit attached to or formed integrally with the cap and positioned to capture sparks passing through the spark opening, the spark capture unit including an outlet and a flow-reduction element positioned between the cap and the outlet; and, a spark accumulator between the cap and the spark capture unit. a cap adapted to engage the cutting torch, and being characterised by the cap having at least one spark opening therethrough; a spark capture unit attached to or formed integrally with the cap and positioned to capture sparks passing through the spark opening, the spark capture unit including an outlet and a flow-reduction element positioned between the cap and the outlet; and, a spark accumulator between the cap and the spark capture unit.
A method for controlling a display of content, the method comprising the steps of: detecting a movement made with an input device, the movement including at least one of a pitch, yaw, and roll of the input device; determining a user gesture based on the movement made with the input device, the user gesture defining a command for controlling the display of content; and controlling the display of content, the method being further characterized in that the controlling of the display of content is in response to the determined user gesture and a context of the displayed content, the context of the displayed content being determined based on a selection from an options menu on the display, wherein the user gesture is one of a plurality of defined gestures and wherein the control of the displayed content changes depending on the context of the displayed content. detecting a movement made with an input device, the movement including at least one of a pitch, yaw, and roll of the input device; determining a user gesture based on the movement made with the input device, the user gesture defining a command for controlling the display of content; and controlling the display of content, the method being further characterized in that the controlling of the display of content is in response to the determined user gesture and a context of the displayed content, the context of the displayed content being determined based on a selection from an options menu on the display, wherein the user gesture is one of a plurality of defined gestures and wherein the control of the displayed content changes depending on the context of the displayed content.
A combined blade guide and exchange tool, comprising: a blade guide tool having a lower end and an upper end and a plurality of frame rails (34a, 34b, 36a, 36b) supporting a pair of collet housings at a lower end of the blade guide tool, a pair of fuel support grapple actuating rods are supported between the plurality of frame rails and having a first end engaging a pair of collets within the pair of collet housings and having a second end disposed at the upper end of the blade guide tool; and a blade exchange tool releasably mounted to the upper end of the blade guide tool and including a pair of upper collets for engaging the pair of fuel support grapple actuating rods, the blade exchange tool further including a slider and hook assembly attached to a cable guided by the blade exchange tool and adapted for engaging and lifting a control rod. a blade guide tool having a lower end and an upper end and a plurality of frame rails (34a, 34b, 36a, 36b) supporting a pair of collet housings at a lower end of the blade guide tool, a pair of fuel support grapple actuating rods are supported between the plurality of frame rails and having a first end engaging a pair of collets within the pair of collet housings and having a second end disposed at the upper end of the blade guide tool; and a blade exchange tool releasably mounted to the upper end of the blade guide tool and including a pair of upper collets for engaging the pair of fuel support grapple actuating rods, the blade exchange tool further including a slider and hook assembly attached to a cable guided by the blade exchange tool and adapted for engaging and lifting a control rod.
A cleaning solution which removes a photoresist on a surface of a semiconductor element having a low dielectric constant film (a low-k film) and a material that contains 10 atomic % or more of tungsten, wherein the cleaning solution contains 0.001 to 5% by mass of an alkaline earth metal compound, 0.1 to 30% by mass of an inorganic alkali and/or an organic alkali, and water, wherein the pH value of the cleaning solution is 10 to 14, wherein the alkaline earth metal compound is at least one substance selected from the group consisting of a calcium compound, a strontium compound and a barium compound, and wherein the inorganic alkali is at least one substance selected from the group consisting of lithium hydroxide, lithium carbonate, lithium hydrogen carbonate, lithium acetate, sodium hydroxide, sodium carbonate, sodium hydrogen carbonate, sodium acetate, potassium hydroxide, potassium carbonate, potassium hydrogen carbonate, potassium acetate, cesium hydroxide, cesium carbonate, cesium hydrogen carbonate, cesium acetate and ammonia.
Steam cooking appliance comprising an evaporator unit using which water can be evaporated and the steam produced by the evaporator unit can be supplied into the cooking chamber of the steam cooking appliance, and a water supply unit which has a removable water tank comprising a valve unit for coupling to the evaporator unit, wherein the valve unit has two valves (52, 54) formed separately from one another, wherein in one operating state of the steam cooking appliance, one of the valves is designed for guiding water and the other of the valves for guiding air, and wherein the water supply unit has a receiving unit for receiving the water tank, characterised in that the receiving unit is attached to the rear side of a panel support of the steam cooking appliance and has an essentially elongated design.
A lighting device comprising a housing for carrying a linear array of light radiation sources and at least one elongated diffusive screen arranged facing said array of light radiation sources so as to be passed through by the light radiation emitted by said array of light radiation sources, said diffusive screen having a pattern of geometric features for producing a radiation pattern of the light radiation emitted by said lighting device as a result of passing through said at least one diffusive screen, wherein said housing comprises supporting means (12a, 12b) for replaceably supporting said at least one diffusive screen, allowing replacement of said at least one diffusive screen with a diffusive screen having a different pattern of geometric features (160, 162) so as to vary the radiation pattern of the light radiation emitted by said lighting device, wherein the device comprises an elongated housing for slidably receiving (12a, 12b) said at least one diffusive screen, characterized in that said supporting means (12a, 12b) are configured to slidably receive a first elongated diffusive screen and a second elongated diffusive screen, said first and second elongated diffusive screens being inserted lengthwise and crosswise with respect to the elongated housing, respectively.
Rotor for an asynchronous electrical machine comprising a magnetic ring comprising a plurality of layers of ferromagnetic metal sheets stacked axially and a squirrel cage having a plurality of conductive elements regularly distributed over the periphery of the magnetic ring and each having two opposite ends (24a, 24b) extending axially beyond the magnetic ring and each connected to a short-circuit crown (26; 28), arranged axially on either side of the magnetic ring and connecting the ends of the conductive elements electrically, wherein, each short-circuit crown (26; 28) is segmented circumferentially into at least two crown segments (26a; 28a) connected together electrically by a flexible connection characterized in that the rotor is segmented circumferentially into at least two rotor segments and the number of crown-segments is a multiple of the number of rotor segments.
A cartilage regenerative material comprising: a porous body of a biocompatible polymer; and a biocompatible polymer film, wherein the porous body contains chondrocytes and cartilage matrix, and the cartilage matrix exists in a region of 10% or more of a region extending from the surface of the transplant face of the porous body to a depth of 150 μm along the thickness, and wherein the biocompatible polymer of the biocompatible polymer film has a degree of crosslinking of 4 to 8. a porous body of a biocompatible polymer; and a biocompatible polymer film, wherein the porous body contains chondrocytes and cartilage matrix, and the cartilage matrix exists in a region of 10% or more of a region extending from the surface of the transplant face of the porous body to a depth of 150 μm along the thickness, and wherein the biocompatible polymer of the biocompatible polymer film has a degree of crosslinking of 4 to 8.
Band rake, comprising a band equipped with tines being driveable substantially horizontally and selectively in each running direction (R1, R2), the flights of which are oriented in a direction crosswise to the running direction and substantially perpendicular to the ground, characterized in that the flights extend in height direction continuously over at least 20 cm, and that the tines are arranged rotatably at the band with approximately perpendicular tine rods and are adjustable automatically by changing the running direction (R1, R2) between working position fitting to the respective of both running direction.
Sealing wall lead-through for a wall of an electrical device, having a flange-shaped installation sleeve for receiving a plug part which has electrical contacts and to which there can be connected a counter-plug part which has a securing screw sleeve, which can be screwed with the installation sleeve, as pull-off safeguard for the counter-plug part, wherein the installation sleeve is designed to receive a plugging portion of the plug part and has an externally peripherally protruding abutment which is connected to the installation sleeve and which has an annular elastic seal for the wall, wherein the abutment prevents the installation sleeve from passing completely through a wall aperture of the wall, and having a clamping element which at least partially externally encompasses the installation sleeve and by means of which force can be applied to the installation sleeve in the direction of the abutment on the wall, with the result that the abutment is held in contact with the wall, and wherein the clamping element is a tubular clamping sleeve which has at least one internally projecting latching means which interacts with a counter-latching means formed externally on the insertion sleeve, characterized • in that the insertion sleeve is designed for receiving a plug part which is arranged on a circuit board and soldered thereto, • in that the installation sleeve has an internal thread for an external thread of the securing screw sleeve, • in that the installation sleeve has sleeve segments which extend in the axial direction and between which segment interspaces extend, • in that the clamping sleeve has radially extending transverse webs on the inside which extend through the segment interspaces and project internally beyond the installation sleeve, and • in that the clamping sleeve is moveable by screwing the securing screw sleeve with the installation sleeve in the direction of the abutment, wherein the securing screw sleeve presses onto the transverse webs of the clamping sleeve. • in that the insertion sleeve is designed for receiving a plug part which is arranged on a circuit board and soldered thereto, • in that the installation sleeve has an internal thread for an external thread of the securing screw sleeve, • in that the installation sleeve has sleeve segments which extend in the axial direction and between which segment interspaces extend, • in that the clamping sleeve has radially extending transverse webs on the inside which extend through the segment interspaces and project internally beyond the installation sleeve, and • in that the clamping sleeve is moveable by screwing the securing screw sleeve with the installation sleeve in the direction of the abutment, wherein the securing screw sleeve presses onto the transverse webs of the clamping sleeve.
A pharmaceutical composition, comprising lormetazepam or a derivative or pharmaceutically acceptable salts thereof, and macrogol-15-hydroxystearate as non-ionic solubilizer.
An ignition plug comprising: - a cylindrical main fitting; - a rod-shaped ground electrode connected to one end surface of the main fitting; - a rod-shaped high voltage electrode, one end of which is exposed from the end surface side of the main fitting; and - a first dielectric covering a peripheral surface of the high voltage electrode and held in the main fitting, wherein the end portion of the high voltage electrode is covered with a second dielectric that has a thickness dimension smaller than a thickness dimension of the first dielectric, and wherein the end portion of the high voltage electrode and the ground electrode are disposed to face each other with a discharge region facing the second dielectric being interposed therebetween, a thickness dimension of the second dielectric facing the discharge region is uniform, and, an area of the ground electrode facing the discharge region is smaller than a surface area of the second dielectric facing the discharge region, characterized in that assuming that an area of the end portion of the main fitting is S1 and an area of the end surface, which is occupied by the ground electrode when the ground electrode is projected onto the end surface is S2, the relation 0.15 ≤ S2/S1 ≤ 0.35 is valid. - a cylindrical main fitting; - a rod-shaped ground electrode connected to one end surface of the main fitting; - a rod-shaped high voltage electrode, one end of which is exposed from the end surface side of the main fitting; and - a first dielectric covering a peripheral surface of the high voltage electrode and held in the main fitting, wherein the end portion of the high voltage electrode is covered with a second dielectric that has a thickness dimension smaller than a thickness dimension of the first dielectric, and wherein the end portion of the high voltage electrode and the ground electrode are disposed to face each other with a discharge region facing the second dielectric being interposed therebetween, a thickness dimension of the second dielectric facing the discharge region is uniform, and, an area of the ground electrode facing the discharge region is smaller than a surface area of the second dielectric facing the discharge region, characterized in that assuming that an area of the end portion of the main fitting is S1 and an area of the end surface, which is occupied by the ground electrode when the ground electrode is projected onto the end surface is S2, the relation 0.15 ≤ S2/S1 ≤ 0.35 is valid.
A method of making a mat which includes a base mat having opposite side edges (4, 5) and opposite top and bottom edges (2 and 3), and a heel pad having top and bottom edges (13 and 14), in which the heel pad is secured to an upper surface of the base mat by high frequency welding using a brass welding die, characterised by - applying the heel pad to the base mat to provide overhanging ends (11 and 12) which extend beyond the opposite side edges (4, 5) of the base mat with the top and bottom edges (13 and 14) of the heel pad inset from the top and bottom edges (2 and 3) of the base mat; - securing the heel pad to the base mat by high frequency welds extending along at least the top and bottom edges (13 and 14) of the heel pad; and - when the high frequency welding process is finished, trimming off the overhanging ends (11 and 12) of the heel pad. - applying the heel pad to the base mat to provide overhanging ends (11 and 12) which extend beyond the opposite side edges (4, 5) of the base mat with the top and bottom edges (13 and 14) of the heel pad inset from the top and bottom edges (2 and 3) of the base mat; - securing the heel pad to the base mat by high frequency welds extending along at least the top and bottom edges (13 and 14) of the heel pad; and - when the high frequency welding process is finished, trimming off the overhanging ends (11 and 12) of the heel pad.