mhurhangee/ep-ind-claims huggingface dataset:
Thermoacoustic engine comprising: • at least one thermoacoustic cell situated in a dimensionless high-impedance zone constituted by a porous matrix inserted between a first heat exchanger operating at a first temperature T1 and a second heat exchanger operating at a second temperature T2 that is different from the first temperature T1, and which makes it possible to carry out a thermodynamic cycle of the Stirling or Ericsson type producing a motor or heat pump cycle, • at least one first energy conversion system arranged in the immediate vicinity of the output of the at least one thermoacoustic cell relative to the direction of propagation of the acoustic energy and intended to transform the acoustic energy produced at the output of the at least one thermoacoustic cell into electrical energy • characterized in that it comprises moreover at least one second energy conversion system having an output connected to the input of the at least one thermoacoustic cell relative to the direction of propagation of the acoustic energy, and an input; the respective geometries and/or mechanical characteristics of said conversion systems (10, 20) and of the at least one thermoacoustic cell being such that the phase shift between the acoustic pressure and the acoustic vibration of the fluid creates a progressive acoustic field within the at least one thermoacoustic cell, the engine comprising moreover an electrical feedback circuit intended to transfer all or part of the electrical energy produced at the output of the first conversion system, to the input of the second conversion system. • at least one thermoacoustic cell situated in a dimensionless high-impedance zone constituted by a porous matrix inserted between a first heat exchanger operating at a first temperature T1 and a second heat exchanger operating at a second temperature T2 that is different from the first temperature T1, and which makes it possible to carry out a thermodynamic cycle of the Stirling or Ericsson type producing a motor or heat pump cycle, • at least one first energy conversion system arranged in the immediate vicinity of the output of the at least one thermoacoustic cell relative to the direction of propagation of the acoustic energy and intended to transform the acoustic energy produced at the output of the at least one thermoacoustic cell into electrical energy • characterized in that it comprises moreover at least one second energy conversion system having an output connected to the input of the at least one thermoacoustic cell relative to the direction of propagation of the acoustic energy, and an input;
Missile, in particular a guided missile, comprising a body and at least one flow-guiding element, in particular a fin, which is arranged on the body and is configured for stabilizing the missile in a flight state, wherein the missile has at least one actuating device which is configured to transfer the at least one flow-guiding element from a packed state, in which the at least one flow-guiding element is arranged at a first sweep angle in relation to a lateral surface of the body of the missile, in particular rests on the lateral surface, into the flight state, in which the at least one flow-guiding element is arranged at a second sweep angle (4, 6) in relation to the lateral surface of the body of the missile, in particular is set up in relation to the packed state, characterized in that the at least one flow-guiding element has at least two panelling elements (10, 10') which are connected in a pivotable manner to one another at a sweep-angle edge.
Pressure-sensitive adhesive tape, comprising or consisting of a moisture-curing composition, comprising or consisting of: A 5 to 60 parts by weight of at least one film-forming component; B 40 to 95 parts by weight of at least one epoxide component; C 10 to 500 parts by weight of at least one moisture-activatable curing agent; D optionally, 0.1 to 15 parts by weight of at least one stabilizer, and E optionally, 0.1 to 200 parts by weight of at least one additive, based in each case on the moisture-curing composition, wherein the parts by weight of components A and B total 100, characterized in that the moisture-activatable curing agent C comprises or consists of at least one blocked amine. A 5 to 60 parts by weight of at least one film-forming component; B 40 to 95 parts by weight of at least one epoxide component; C 10 to 500 parts by weight of at least one moisture-activatable curing agent; D optionally, 0.1 to 15 parts by weight of at least one stabilizer, and E optionally, 0.1 to 200 parts by weight of at least one additive,
An orthopedic system comprising: a first bone pin; a first wide blocking blade delivered over the first bone pin, wherein the first wide blocking blade comprises at least two blocking panels (354, 356); a first distraction blade delivered over the first bone pin, wherein the first distraction blade includes a slot for receiving the first bone pin therein; a second bone pin; a second wide blocking blade delivered over the second bone pin, wherein the second wide blocking blade comprises at least two blocking panels (354, 356); a second distraction blade delivered over the second bone pin, wherein the second distraction blade includes a slot for receiving the second bone pin therein; and a frame attached to at least one of either: (i) the first distraction blade and the second distraction blade or (ii) the first wide blocking blade and the second wide blocking blade, characterized in that the first bone pin comprises a lower threaded portion and an upper threaded portion and the second bone pin comprises a lower threaded portion and an upper threaded portion. a first bone pin; a first wide blocking blade delivered over the first bone pin, wherein the first wide blocking blade comprises at least two blocking panels (354, 356); a first distraction blade delivered over the first bone pin, wherein the first distraction blade includes a slot for receiving the first bone pin therein; a second bone pin; a second wide blocking blade delivered over the second bone pin, wherein the second wide blocking blade comprises at least two blocking panels (354, 356); a second distraction blade delivered over the second bone pin, wherein the second distraction blade includes a slot for receiving the second bone pin therein; and a frame attached to at least one of either: (i) the first distraction blade and the second distraction blade or (ii) the first wide blocking blade and the second wide blocking blade,
Method for operating a rolling installation with at least one roll stand for the rolling of strip material, particularly metal strip, with a coiler device, which is arranged downstream of the roll stand in rolling direction of the strip material, with a coiler mandrel for winding up of the strip material, after the rolling, on the coiler mandrel to form a coil, and with a control device for control of the roll stand in accordance with a predetermined pass plan, wherein the method comprises the following steps: - introducing the strip material with its strip head foremost into the roll stand; - performing a pass at the strip material in the roll stand in accordance with the pass plan; and - winding up the strip material with its strip head foremost with the help of the coiler device from above or below to form the coil, characterised by - prior to performing the pass: defining at least one first strip point at such a spacing from a reference position at the strip material that the first strip point during winding-up of the strip material on the coiler mandrel lies at an angular position with a predetermined angular spacing β from the angular position of the reference position, wherein applicable for β is: β > -1° or β < -10° when the coil is wound from above or β > 10° or β ≤ 1° when the coil is wound from below; - tracking the strip point at the strip material during the running of the strip material through the rolling installation; and - performing the pass at the first strip point. - introducing the strip material with its strip head foremost into the roll stand; - performing a pass at the strip material in the roll stand in accordance with the pass plan; and - winding up the strip material with its strip head foremost with the help of the coiler device from above or below to form the coil, - prior to performing the pass: defining at least one first strip point at such a spacing from a reference position at the strip material that the first strip point during winding-up of the strip material on the coiler mandrel lies at an angular position with a predetermined angular spacing β from the angular position of the reference position, wherein applicable for β is: β > -1° or β < -10° when the coil is wound from above or β > 10° or β ≤ 1° when the coil is wound from below; - tracking the strip point at the strip material during the running of the strip material through the rolling installation; and - performing the pass at the first strip point.
A head mounted display device for displaying images from an integrated electronic display of a mobile device onto an eyepiece, comprising: a housing (1110, 1750) that secures the integrated electronic display and the mobile device, wherein the mobile device is an intelligent portable device that runs computer programs and has the integrated electronic display capable of displaying digital images, which fits on the head of a human viewer, wherein the diagonal length of the electronic display is at least 75 millimeters; a reflecting surface, connected to the housing, that reflects images displayed by the integrated electronic display; one or more lenses (1106, 1184, 1710), connected to the housing, that focuses the images reflected by the reflecting surface; an eyepiece, onto which the images from the one or more lenses focus for display to the viewer, wherein the eyepiece is placed near the eye and reflects light to and from the eye(s) of the human user using the head mounted display device; and an eyepiece holder (1116, 1760) that secures the eyepiece to the housing (1110, 1750); wherein a lower extent of the housing, which excludes the eyepiece and the eyepiece holder (1116, 1760), is at least 10 millimeters above the eyebrow of the viewer. a housing (1110, 1750) that secures the integrated electronic display and the mobile device, wherein the mobile device is an intelligent portable device that runs computer programs and has the integrated electronic display capable of displaying digital images, which fits on the head of a human viewer, wherein the diagonal length of the electronic display is at least 75 millimeters; a reflecting surface, connected to the housing, that reflects images displayed by the integrated electronic display; one or more lenses (1106, 1184, 1710), connected to the housing, that focuses the images reflected by the reflecting surface; an eyepiece, onto which the images from the one or more lenses focus for display to the viewer, wherein the eyepiece is placed near the eye and reflects light to and from the eye(s) of the human user using the head mounted display device; and an eyepiece holder (1116, 1760) that secures the eyepiece to the housing (1110, 1750); wherein a lower extent of the housing, which excludes the eyepiece and the eyepiece holder (1116, 1760), is at least 10 millimeters above the eyebrow of the viewer.
Apparatus for analysis of urine, comprising: - a delivery and discharge device, which is set up to deliver a defined quantity of urine to an analysis chamber of a urine test strip having at least one analysis region and for discharging a defined quantity of urine from an analysis chamber of a urine test strip having at least one analysis region, wherein the delivery and discharge device has at least one movably mounted delivery and/or discharge element (28, 29) for delivering a defined quantity of urine to a delivery region of the analysis chamber of the urine test strip and/or for discharging a defined quantity of urine from a discharge region of the analysis chamber of the urine test strip, and - a detection device, which is set up to detect an at least local change of at least one optically detectable parameter of the at least one corresponding analysis region of the or a corresponding urine test strip, which parameter changes in an optically detectable manner as a function of the composition of a quantity of urine contacting the analysis region, and to generate detection information which describes at least one optically detected parameter of the or a corresponding analysis region or which describes a change in such a parameter. - a delivery and discharge device, which is set up to deliver a defined quantity of urine to an analysis chamber of a urine test strip having at least one analysis region and for discharging a defined quantity of urine from an analysis chamber of a urine test strip having at least one analysis region, wherein the delivery and discharge device has at least one movably mounted delivery and/or discharge element (28, 29) for delivering a defined quantity of urine to a delivery region of the analysis chamber of the urine test strip and/or for discharging a defined quantity of urine from a discharge region of the analysis chamber of the urine test strip, and - a detection device, which is set up to detect an at least local change of at least one optically detectable parameter of the at least one corresponding analysis region of the or a corresponding urine test strip, which parameter changes in an optically detectable manner as a function of the composition of a quantity of urine contacting the analysis region, and to generate detection information which describes at least one optically detected parameter of the or a corresponding analysis region or which describes a change in such a parameter.
An apparatus for allowing a user to move in an arbitrary direction, the apparatus comprising: a frame that comprises a planar support surface for the user and defines a perimeter as seen in a direction towards the planar support surface, a continuous sheet arranged to enclose the frame while extending along the planar support surface so as to define a moveable, active surface overlying the planar support surface, and a drive arrangement arranged in frictional contact with the sheet so as to cause the continuous sheet, and thereby the active surface, to be driven in a given direction (D') in relation to the planar support surface, wherein the drive arrangement comprises at least three drive units distributed around the perimeter of the frame, each drive unit comprising a drive roller arranged to rotatingly engage the sheet in abutment to a circumferential edge surface of the frame so as to establish the frictional contact with the continuous sheet, wherein the respective drive unit is configured for rotation of the drive roller around a first axis, which is a symmetry axis of the drive roller, characterized in that the respective drive unit is further configured for rotation of the drive roller around a second axis, which is perpendicular to the first axis, and the respective drive unit is arranged with the second axis being located in a radial direction of the frame as seen in a direction towards the planar support surface. a frame that comprises a planar support surface for the user and defines a perimeter as seen in a direction towards the planar support surface, a continuous sheet arranged to enclose the frame while extending along the planar support surface so as to define a moveable, active surface overlying the planar support surface, and a drive arrangement arranged in frictional contact with the sheet so as to cause the continuous sheet, and thereby the active surface, to be driven in a given direction (D') in relation to the planar support surface, wherein the drive arrangement comprises at least three drive units distributed around the perimeter of the frame, each drive unit comprising a drive roller arranged to rotatingly engage the sheet in abutment to a circumferential edge surface of the frame so as to establish the frictional contact with the continuous sheet, wherein the respective drive unit is configured for rotation of the drive roller around a first axis, which is a symmetry axis of the drive roller, characterized in that the respective drive unit is further configured for rotation of the drive roller around a second axis, which is perpendicular to the first axis, and the respective drive unit is arranged with the second axis being located in a radial direction of the frame as seen in a direction towards the planar support surface.
A baby carrier comprising: - a support body extending between a lower edge and an opposite upper edge in a longitudinal direction (X-X), said upper edge extending in a transverse direction (Y-Y) orthogonal to said longitudinal direction (X-X); - a pair of shoulder straps connected to the support body and adapted to be worn by a user with the support body defining a baby-carrying bag; - adjustment means located at the upper edge of the support body and configured to selectively adjust the length of said upper edge along the transverse direction (Y-Y); characterized in that said adjustment means comprise: - an elastic element comprising a fixing portion fixed to the support body and a first free portion extending in the transverse direction (Y-Y) and having a plurality of first coupling members spaced apart from each other in the transverse direction (Y-Y); - a second coupling member which is fixed to the support body and is spaced apart from the fixing portion in the transverse direction (Y-Y); in which - the first free portion of the elastic element is elastically extensible to reversibly couple a first coupling member to the second coupling member to reversibly reduce the length of the upper edge of the support body in the transverse direction (Y-Y) from a maximum length to a respective first length that is less than said maximum length. - a support body extending between a lower edge and an opposite upper edge in a longitudinal direction (X-X), said upper edge extending in a transverse direction (Y-Y) orthogonal to said longitudinal direction (X-X); - a pair of shoulder straps connected to the support body and adapted to be worn by a user with the support body defining a baby-carrying bag; - adjustment means located at the upper edge of the support body and configured to selectively adjust the length of said upper edge along the transverse direction (Y-Y); - an elastic element comprising a fixing portion fixed to the support body and a first free portion extending in the transverse direction (Y-Y) and having a plurality of first coupling members spaced apart from each other in the transverse direction (Y-Y); - a second coupling member which is fixed to the support body and is spaced apart from the fixing portion in the transverse direction (Y-Y); - the first free portion of the elastic element is elastically extensible to reversibly couple a first coupling member to the second coupling member to reversibly reduce the length of the upper edge of the support body in the transverse direction (Y-Y) from a maximum length to a respective first length that is less than said maximum length.
Vehicle flap module comprising a vehicle flap and a protection cover, wherein the vehicle flap is pivotably connected to the protection cover such that the vehicle flap can be folded open and folded shut relative to the protection cover, wherein the vehicle flap has a pusher and the protection cover has an actuator for receiving the pusher such that the pusher is received in the actuator when the vehicle flap is folded shut, characterized in that the length of the pusher that projects beyond the vehicle flap is adjustable, wherein the pusher has a thread for fastening to the vehicle flap such that the length of the pusher that projects beyond the vehicle flap is adjustable by rotating the pusher on the thread, wherein the pusher has an internal thread as the thread, wherein the internal thread is fastened to the vehicle flap by way of a screw, wherein a locking nut is disposed on the screw so as to be between the vehicle flap and the internal thread of the pusher.
A lens-free device for performing drug screening on cells, comprising: a substrate having a surface; a light source positioned to illuminate the cells, when present, on the substrate surface with a light wave; a sensor positioned to detect an optical signal caused by illuminating the cells; and electronic circuitry; the substrate surface comprising a microelectrode array connected to said electronic circuitry; characterized in that: the microelectrode array connected to the electronic circuitry is configured to sense an electrophysiological signal from the cells.
A vaporizer formed by sequentially connecting the body of a dispersion unit, a connection unit, and a vaporization unit, wherein: said dispersion unit body has a carrier gas introduction bore formed in the center axis direction of the dispersion unit body, a center rod is inserted in said carrier gas introduction bore so that the interspace between the inner wall of said carrier gas introduction bore and the outer wall of said center rod forms a gas passage, thin film-forming material supply units formed at multiple points situated midway of said gas passage of said dispersion unit body and supplying thin film-forming materials are provided, a cooling unit provided on the outer periphery of said carrier gas introduction bore of said dispersion unit body and cooling said gas passage is provided, and said center rod has a sealing member provided in the longitudinal direction of the center rod, characterized in that the sealing member is closely attached between a groove formed on said center rod and a groove formed on the inner wall of said dispersion unit body. said dispersion unit body has a carrier gas introduction bore formed in the center axis direction of the dispersion unit body, a center rod is inserted in said carrier gas introduction bore so that the interspace between the inner wall of said carrier gas introduction bore and the outer wall of said center rod forms a gas passage, thin film-forming material supply units formed at multiple points situated midway of said gas passage of said dispersion unit body and supplying thin film-forming materials are provided, a cooling unit provided on the outer periphery of said carrier gas introduction bore of said dispersion unit body and cooling said gas passage is provided, and said center rod has a sealing member provided in the longitudinal direction of the center rod, characterized in that the sealing member is closely attached between a groove formed on said center rod and a groove formed on the inner wall of said dispersion unit body.
Apparatus for moving body modules of an extrusion line, comprising at least: a running device with at least two track rollers, a connector unit to connect the running device with the body module, the body module being movable on rails by means of the track rollers, the body modules extending along the extrusion axis, the running device comprising an adjustment unit by means of which the position of the body module relative to the track rollers can be adjusted, characterized in that the adjustment unit comprises a shaft as well as a first and a second bearing block (18, 19), the track rollers being mounted on the shaft, the connection between the shaft and the first bearing block being designed such that a distance between two planes (14, 15) can be adjusted. a running device with at least two track rollers, a connector unit to connect the running device with the body module, the body module being movable on rails by means of the track rollers, the body modules extending along the extrusion axis, the running device comprising an adjustment unit by means of which the position of the body module relative to the track rollers can be adjusted, the adjustment unit comprises a shaft as well as a first and a second bearing block (18, 19), the track rollers being mounted on the shaft, the connection between the shaft and the first bearing block being designed such that a distance between two planes (14, 15) can be adjusted.