mhurhangee/ep-ind-claims huggingface dataset:
An injection device for injecting a dose of drug, the injection device comprising: - a housing (2, 3), - a dose setting mechanism being operable to set a desired dose, the dose setting mechanism comprising a rotatable dose knob, operation of the dose setting mechanism causing energy to be stored in a spring member, - an injection mechanism comprising a piston rod adapted to cooperate with a piston positioned in a cartridge containing a drug to be delivered in order to cause a set dose to be delivered from the cartridge via the injection device, the injection mechanism being driven by releasing energy previously stored in the spring member during dose setting, and - a dosage tube connected to the piston rod via a first thread connection defined by mating threads (21, 14) formed on the dosage tube and the piston rod, respectively, the dosage tube being axially movable in a proximal direction relatively to the housing (2, 3) during dose setting and being axially movable in a distal direction relatively to the housing during injection of a set dose, wherein retaining means are coupled to the dosage tube, characterized in that the retaining means is a locking nut that is axially fixed relatively to the housing (2, 3), said locking nut being adapted to be rotationally locked relatively to the housing (2, 3) during dose setting, and being adapted to be able to perform rotational movement relatively to the housing during injection of a set dose, and wherein the locking nut and the dosage tube are connected via a second thread connection defined by mating threads (22, 23) formed on the dosage tube and the locking nut, respectively, so that when the locking nut is rotationally locked relative to the housing (2, 3) the dosage tube is: - axially movable in proximal direction by rotating the dosage tube, and - prevented from being pushed in a purely axial movement in a distal direction. - a housing (2, 3), - a dose setting mechanism being operable to set a desired dose, the dose setting mechanism comprising a rotatable dose knob, operation of the dose setting mechanism causing energy to be stored in a spring member, - an injection mechanism comprising a piston rod adapted to cooperate with a piston positioned in a cartridge containing a drug to be delivered in order to cause a set dose to be delivered from the cartridge via the injection device, the injection mechanism being driven by releasing energy previously stored in the spring member during dose setting, and - a dosage tube connected to the piston rod via a first thread connection defined by mating threads (21, 14) formed on the dosage tube and the piston rod, respectively, the dosage tube being axially movable in a proximal direction relatively to the housing (2, 3) during dose setting and being axially movable in a distal direction relatively to the housing during injection of a set dose, - axially movable in proximal direction by rotating the dosage tube, and - prevented from being pushed in a purely axial movement in a distal direction.
A clock generation circuit, comprising: a detection circuit coupled to receive a stream of data having a repeating and consistent pattern of data regularly interspersed within preambles of the stream of data, and to generate an edge during a time in which the pattern of data ends; and an oscillator coupled to generate a plurality of regularly spaced clock pulses phase synchronized to the edge; a first phase-locked loop coupled to receive the stream of data and generate a first clock there from; a window state machine coupled to receive the first clock and to produce a window pulse synchronized to the first clock and having a duration that begins prior to the edge and ends after the edge; and logic coupled to trigger the edge only during times when the window pulse exists. a detection circuit coupled to receive a stream of data having a repeating and consistent pattern of data regularly interspersed within preambles of the stream of data, and to generate an edge during a time in which the pattern of data ends; and an oscillator coupled to generate a plurality of regularly spaced clock pulses phase synchronized to the edge; a first phase-locked loop coupled to receive the stream of data and generate a first clock there from; a window state machine coupled to receive the first clock and to produce a window pulse synchronized to the first clock and having a duration that begins prior to the edge and ends after the edge; and logic coupled to trigger the edge only during times when the window pulse exists.
A bushing assembly comprising: a washer comprising an opening defined therethrough; and a cylindrical body comprising a first end that is sized to be inserted within the washer opening and an opposite second end, said cylindrical body fabricated from a smart material configured to transform from a strained martensitic state to a shaped, austenitic state by applying heat and/or other energy, and to selectively expand when at least a portion of said body is positioned within the washer opening. a washer comprising an opening defined therethrough; and a cylindrical body comprising a first end that is sized to be inserted within the washer opening and an opposite second end, said cylindrical body fabricated from a smart material configured to transform from a strained martensitic state to a shaped, austenitic state by applying heat and/or other energy, and to selectively expand when at least a portion of said body is positioned within the washer opening.
A composite oxide, characterized by having a composition as represented by the formula RhR x Mo y V z O δ-α, wherein R is Ni, Co or a combination of Ni and Co, x=0-3.0, y=0.1-0.9, z=0.1-0.9, δ is a positive number, representing a value with which the valency of oxygen in the composite oxide reaches a balance, α is 0 to δ/2, when R represents the combination of Ni and Co, the ratio by molar of Ni:Co is 0.01-20:1.
A fluoride ion battery, comprising a cathode active material layer, an anode active material layer, and an electrolyte layer formed between the cathode active material layer and the anode active material layer, characterized in that cathode active material layer includes a cathode active material of granular shape and comprising a composition represented by Pb 2-x Cu 1+x F 6, wherein 0 ≤x ≤ 1.75.
Cell stack of a redox flow battery having a first end plate and a second end plate, the cell stack having a number of stack sides and a plurality of cells being arranged between the first end plate and the second end plate, the cells each comprising two elastomeric stack frames having a number of frame side surfaces on a number of frame sides which together form a peripheral surface of a stack frame in each case, clamping means being provided which press the first end plate and the second end plate together, and at least one spacer being arranged between the first end plate and the second end plate so as to adjust a distance between the first end plate and the second end plate, characterized in that the at least one spacer on at least one stack side rests so as to be flush against at least 75%, preferably at least 90%, of the stack side surfaces of the at least one stack side.
A method to stimulate a hydrocarbon well, the well having a string of production tubing (102, 202) therein, the method characterized by: installing a well tool (104, 204 into the wellbore with an anchor socket (122, 222) above the well tool (104, 204), and a lower string of injection conduit (150, 250) extending below the well tool (104, 204); installing an anchor seal assembly (126, 226) to the anchor socket (122, 222), the anchor seal assembly (126, 226) disposed upon a distal end of an upper string of injection conduit (152, 252) extending from a surface station; and injecting fluid through the upper string of injection conduit (152, 252) and the lower string of injection conduit (154,254) via a fluid pathway (144, 244) extending from the anchor seal assembly (126, 226) to the lower string of injection conduit (154, 254) around the well tool. installing a well tool (104, 204 into the wellbore with an anchor socket (122, 222) above the well tool (104, 204), and a lower string of injection conduit (150, 250) extending below the well tool (104, 204); installing an anchor seal assembly (126, 226) to the anchor socket (122, 222), the anchor seal assembly (126, 226) disposed upon a distal end of an upper string of injection conduit (152, 252) extending from a surface station; and injecting fluid through the upper string of injection conduit (152, 252) and the lower string of injection conduit (154,254) via a fluid pathway (144, 244) extending from the anchor seal assembly (126, 226) to the lower string of injection conduit (154, 254) around the well tool.
An Illumination appliance comprising: an appliance body which houses a light source; a frame which is attached to the appliance body; and a power supply unit which is attached to a portion of a top surface of the appliance body and which is configured to feed power to the light source; wherein, in the appliance body, plural radiation fins protrude upward from an upper surface of a top plate of the appliance body, characterized in that the radiation fins include a first radiation fin group, which is provided on an area corresponding to a substantially half area of the top plate and which protrudes toward an upper end in an axial direction of the appliance body; and a second radiation fin group, which is provided on a remaining half area of the top plate and which protrudes up to the upper end in the axial direction of the appliance body, wherein an upper end surface of the first radiation fin group is formed with a power supply unit attaching portion having a plane orthogonal to the axial direction of the appliance body, wherein the power supply unit is attached to the power supply unit attaching portion which is located on a side of the second radiation fin portion. an appliance body which houses a light source; a frame which is attached to the appliance body; and a power supply unit which is attached to a portion of a top surface of the appliance body and which is configured to feed power to the light source; wherein, in the appliance body, plural radiation fins protrude upward from an upper surface of a top plate of the appliance body, the radiation fins include a first radiation fin group, which is provided on an area corresponding to a substantially half area of the top plate and which protrudes toward an upper end in an axial direction of the appliance body; and a second radiation fin group, which is provided on a remaining half area of the top plate and which protrudes up to the upper end in the axial direction of the appliance body, wherein an upper end surface of the first radiation fin group is formed with a power supply unit attaching portion having a plane orthogonal to the axial direction of the appliance body, wherein the power supply unit is attached to the power supply unit attaching portion which is located on a side of the second radiation fin portion.
A method of seismic data acquisition, comprising: acquiring primary seismic data at a plurality of streamers towed by an acquisition vessel based at least in part on energy emitted by a first seismic source; towing an independent seismic source to acquire infill seismic data at the plurality of streamers based at least in part on energy emitted by the independent seismic source while the primary seismic data is still being acquired at the plurality of streamers based at least in part on the energy emitted by the first seismic source, wherein the independent seismic source is towed independently of the acquisition vessel; characterized in that the method further comprises the steps of: determining areas in which infill seismic data is to be acquired based at least in part on a real-time analysis of the acquired primary seismic data; and positioning the independent seismic source based at least in part on the determined areas. acquiring primary seismic data at a plurality of streamers towed by an acquisition vessel based at least in part on energy emitted by a first seismic source; towing an independent seismic source to acquire infill seismic data at the plurality of streamers based at least in part on energy emitted by the independent seismic source while the primary seismic data is still being acquired at the plurality of streamers based at least in part on the energy emitted by the first seismic source, wherein the independent seismic source is towed independently of the acquisition vessel; characterized in that the method further comprises the steps of: determining areas in which infill seismic data is to be acquired based at least in part on a real-time analysis of the acquired primary seismic data; and positioning the independent seismic source based at least in part on the determined areas. determining areas in which infill seismic data is to be acquired based at least in part on a real-time analysis of the acquired primary seismic data; and positioning the independent seismic source based at least in part on the determined areas.
Roller shutter with two lateral guide rails, able to be fixed in the soffit of a building opening, and a winding drum rotatably borne on both sides in bearings, on which drum the roller shutter, which is made up of roller shutter members connected to one another via articulation means, is able to be wound up and wound down, which roller shutter members are each provided with the two frontal end regions, of which at least some end regions are provided with at least one outwardly directed first protrusion protruding beyond the surface of the roller shutter member, which protrusion extends at least over a portion of the width of the roller shutter member, and with at least one inwardly directed second protrusion protruding over the surface of the roller shutter member, which protrusion extends over a portion of the width of the roller shutter member, are guided and held in the guide rails, which are each provided, for this purpose, with an inner and outer guide surface running along the respective guide rail, whereby each guide rail is designed as U section, on whose arm ends a longitudinally running thickening is provided in each case in which a longitudinal slot is made in each case, which slots are directed toward one another, in which longitudinal slots a T-shaped section is inserted, whereby the surfaces of the crosspiece of the T-shaped section form the guide surfaces, and provided in the guide rails are longitudinally running stop surfaces, on which the surfaces turned toward the centre of the roller shutter member of the first or respectively second protrusions (11, 13) are able to support themselves, whereby the protrusions (11, 13) are made on an end piece which has an insertion region, whereby the stop surfaces run along a bar, which is provided on each thickening, characterized in that the roller shutter members are each composed of a hollow section, whose hollow space is filled with a foam material, in that the insertion region is inserted into the hollow space of the roller shutter member and is fixed by means of a clip, in that the outwardly directed protrusion extends over a central portion of the width of the roller shutter member and the inwardly directed second protrusion is formed by two parts (19, 20), which extend over an upper portion and a lower portion, respectively, of the width of the roller shutter member.
Rolling-bearing arrangement, in particular two-row tapered-roller bearing, having a first bearing ring (2; 6) and a second bearing ring (2; 6) which form between them a bearing interior space, in which rolling bodies are arranged, in order to allow relative rotation of first and second bearing rings (2; 6), wherein the rolling-bearing arrangement furthermore has a sealing arrangement for sealing off the bearing interior space, wherein the sealing arrangement has a seal carrier, which is connected rotationally conjointly to the first bearing ring (2; 6), and a seal element, which is connected rotationally conjointly to the seal carrier, characterized in that the seal carrier is produced from a fibre-reinforced plastic, wherein the seal carrier is a compression-moulded fibre/matrix-composite-plate seal carrier.
An arrangement for producing embossed cushioning material from an initially flat material, comprising an embossing device for providing a plurality of embossed protrusions (14a, 14b) to the material, an undulating device comprising undulated forming spaces which creates undulations in the initially flat material prior to the undulated material being provided to the embossing device, and a conveying means (40, 46, 48) for conveying the initially flat material along a transport path in a continuous process through the undulated forming spaces, characterized in that the undulating device, seen in the direction of the transport path, comprises at least two stages (50-54; 50-54, 82-86) each comprising an undulated forming space, the undulated forming space of a downstream stage (52-54; 52-54, 82-84) differing in number and/or height of undulations from the undulated forming space of an upstream stage (50-52; 50-54, 82), wherein each stage (50-54, 82-86) comprises, seen in lateral direction, at least one region which is free of any undulated forming space and which is delimited on both sides by regions having an undulated forming space, and wherein, seen in the direction of the transport path, the number of regions which are free of any undulated forming space increases from at least one upstream stage to a subsequent downstream stage.
A mounting device, comprising: a component holding section capable of holding a component; an imaging section capable of imaging a component held in the component holding section from above or below and capable of adjusting an aperture size and a light exposure time at the time of imaging; a lifting and lowering section capable of adjusting an imaging distance, which is a distance at the time of imaging in the height direction from the component end portion of the imaging section side to the imaging section, by lifting and lowering at least one of the components held by the component holding section and the imaging section; and a control section (60, 61) configured to obtain information about a difference between a height of the component end portion on the imaging section side and a height of an imaging target portion of the component, characterized in that the control section (60, 61) is configured to determine the imaging distance and the imaging conditions related to the aperture size and the light exposure time so that the imaging target portion falls within the depth of field of the imaging section based on the obtained information, control the lifting and lowering section so as to adjust the imaging distance, and control the imaging section so as to image the component under the determined imaging distance and imaging conditions. a component holding section capable of holding a component; an imaging section capable of imaging a component held in the component holding section from above or below and capable of adjusting an aperture size and a light exposure time at the time of imaging; a lifting and lowering section capable of adjusting an imaging distance, which is a distance at the time of imaging in the height direction from the component end portion of the imaging section side to the imaging section, by lifting and lowering at least one of the components held by the component holding section and the imaging section; and a control section (60, 61) configured to obtain information about a difference between a height of the component end portion on the imaging section side and a height of an imaging target portion of the component, characterized in that the control section (60, 61) is configured to determine the imaging distance and the imaging conditions related to the aperture size and the light exposure time so that the imaging target portion falls within the depth of field of the imaging section based on the obtained information, control the lifting and lowering section so as to adjust the imaging distance, and control the imaging section so as to image the component under the determined imaging distance and imaging conditions.
System for constructing a laser lithography device, comprising a plurality of modules having optical and/or mechanical functions and a module support which is configured in such a way that for constructing the laser lithography device the plurality of modules can be attached to the module support; wherein the module support comprises a bottom support plate and a top support plate and a spacer, wherein the spacer is arranged between the bottom support plate and the top support plate and fixes these in a defined position with respect to each other, wherein the bottom support plate and the top support plate each are configured in longitudinally extension along a longitudinal direction and each comprise at least one reference surface extending along the longitudinal direction, and wherein the modules each comprise a module support plate with an adjustment surface, wherein for attaching the module to the module support the adjustment surface is put against the reference surface. wherein the module support comprises a bottom support plate and a top support plate and a spacer, wherein the spacer is arranged between the bottom support plate and the top support plate and fixes these in a defined position with respect to each other, wherein the bottom support plate and the top support plate each are configured in longitudinally extension along a longitudinal direction and each comprise at least one reference surface extending along the longitudinal direction, and wherein the modules each comprise a module support plate with an adjustment surface, wherein for attaching the module to the module support the adjustment surface is put against the reference surface.
Storage tank for impregnation resins, comprising a container (12,14,16) whose cylindrical wall is surrounded by an external jacket, which jacket defines a channel which runs the external surface of the wall as a spiral to allow circulation of a primary fluid, a vertical screw contained in a tube, and a lamination bell (15,64) projecting from an upper part of the tube, said screw being moved in rotation by first means of rotation, wherein the tube is rotatable and movable in rotation by second rotation means different from those that rotate the screw, so that the screw can be moved according to a first rotation and the tube can be moved according to a second rotation, said first rotation and said second rotation being independent of each other, characterized in that an upper mouth is formed in the tube, the lamination bell comprising a first bell and a second bell, said first bell being associated to the tube below the upper mouth and said second bell being associated to the container (12,14,16) by means of a frame, the first bell and the second bell respectively comprising a first sector (17,63) and a second sector (19,65), between them circumferentially spaced by a predetermined distance (21,69), the tank further including at least two blades which develops radially from the tube which tube contains the screw, said blades rotating integral with the tube, and the blades being arranged radially opposing and offset along the entire height of the tube.