mhurhangee/ep-ind-claims huggingface dataset:
Pressure-sensitive adhesive strip composed of three layers, comprising • an inner layer F composed of a film carrier, • a layer SK1 composed of a self-adhesive composition arranged on one of the surfaces of the film carrier layer F and based on a foamed acrylate composition, • a layer SK2 composed of a self-adhesive composition arranged on the opposite surface of the film carrier layer F from layer SK1 and based on a foamed acrylate composition, characterized in that the polymer matrix of the self-adhesive composition layers SK1 and SK2 is foamed using microballoons and the proportion of the microballoons in the two self-adhesive composition layers SK1 and SK2 (based on the unexpanded microballoons) is between 0.5% and 3% by weight, based in each case on the overall composition of the corresponding layer SK1 or SK2. • an inner layer F composed of a film carrier, • a layer SK1 composed of a self-adhesive composition arranged on one of the surfaces of the film carrier layer F and based on a foamed acrylate composition, • a layer SK2 composed of a self-adhesive composition arranged on the opposite surface of the film carrier layer F from layer SK1 and based on a foamed acrylate composition, characterized in that the polymer matrix of the self-adhesive composition layers SK1 and SK2 is foamed using microballoons and the proportion of the microballoons in the two self-adhesive composition layers SK1 and SK2 (based on the unexpanded microballoons) is between 0.5% and 3% by weight, based in each case on the overall composition of the corresponding layer SK1 or SK2.
An exposure apparatus for exposing an object with an energy beam via a projection optical system, the apparatus comprising: a frame member for supporting the projection optical system; a movable body that has a holder for holding the object, and that is movable at least in a first direction and a second direction which are orthogonal to each other in a predetermined plane, the predetermined plane being perpendicular to an optical axis of the projection optical system; a drive system configured to move the movable body; an encoder system in which one of a grating section (39X 1, 39X 2, 39Y 1, 39Y 2) and heads (62A, 62B, 62C, 62D) is provided to the movable body and the other of the grating section and the heads is provided to the frame member so as to face the movable body on a lower end side of the projection optical system, and which is configured to measure positional information of the movable body with a plurality of the heads that face the grating section; and a controller configured to control the drive system, based on measurement information of the encoder system, and correction information for compensating for a measurement error of the encoder system characterized in that the measurement error of the encoder system occurs due to a displacement, in a direction parallel to the predetermined plane, of the head used for measurement by the encoder system. a frame member for supporting the projection optical system; a movable body that has a holder for holding the object, and that is movable at least in a first direction and a second direction which are orthogonal to each other in a predetermined plane, the predetermined plane being perpendicular to an optical axis of the projection optical system; a drive system configured to move the movable body; an encoder system in which one of a grating section (39X 1, 39X 2, 39Y 1, 39Y 2) and heads (62A, 62B, 62C, 62D) is provided to the movable body and the other of the grating section and the heads is provided to the frame member so as to face the movable body on a lower end side of the projection optical system, and which is configured to measure positional information of the movable body with a plurality of the heads that face the grating section; and a controller configured to control the drive system, based on measurement information of the encoder system, and correction information for compensating for a measurement error of the encoder system characterized in that the measurement error of the encoder system occurs due to a displacement, in a direction parallel to the predetermined plane, of the head used for measurement by the encoder system.
A locking jack comprising: - a housing having a closed first end and an open second end; - a support member inside the housing projecting from the first end thereof; - a piston slideably mounted in the housing around the support member; - means for extending the piston out of the second end of the housing; - means for retracting the piston into the housing; and - a locking mechanism for releasably locking the piston to the support member, wherein the locking mechanism comprises one or more locking members mounted on the support member operable to be selectively moved in and out of locking engagement with the piston, and wherein, when the locking members are in locking engagement with the piston, the piston is prevented from moving in a first longitudinal direction relative to the housing but is able to move in a second, opposite, longitudinal direction relative to the housing; and wherein the locking mechanism comprises an elongate member mounted inside the support member, characterised in that the elongate member is operable to urge the locking members into locking engagement with the piston via a mechanical link configured to convert movement of the elongate member into lateral movement of the locking members, and the elongate member being further operable to urge the locking members out of locking engagement with the piston via the mechanical link. - a housing having a closed first end and an open second end; - a support member inside the housing projecting from the first end thereof; - a piston slideably mounted in the housing around the support member; - means for extending the piston out of the second end of the housing; - means for retracting the piston into the housing; and - a locking mechanism for releasably locking the piston to the support member,
Releasable expanding bolt with - an expanding sleeve (2, 2.1) with a first end, a second end, a cylindrical outer jacket surface and, on the inside, with an inner cone section tapering towards the second end, - a cone bolt with a cone section cooperating with the inner cone section of the expanding sleeve (2, 2.1) for expanding the same as a result of an axial relative movement of the expanding sleeve (2, 2.1) and the cone bolt, and - a clamping device, connected to the end section providing the first end of the expanding sleeve, for adjusting the cone bolt in the axial direction with respect to the expanding sleeve (2, 2.1), characterized in that the clamping device comprises a thrust bolt which is held in a positive-locking manner in the axial direction in the region of the first end section of the expanding sleeve (2, 2.1) and can be adjusted in the axial direction relative to the expanding sleeve (2, 2.1) and has a drive contour at its outer end, the foot of which, lying opposite the drive contour, acts on the cone bolt during clamping of the thrust bolt in order to expand the expanding sleeve, and in that at least one connecting contour is provided in the end face of the cone bolt facing the clamping device for the positive connection in the axial direction of a connecting part of a release tool for releasing the clamped expanding bolt by pulling the cone bolt out of the expanding sleeve. - an expanding sleeve (2, 2.1) with a first end, a second end, a cylindrical outer jacket surface and, on the inside, with an inner cone section tapering towards the second end, - a cone bolt with a cone section cooperating with the inner cone section of the expanding sleeve (2, 2.1) for expanding the same as a result of an axial relative movement of the expanding sleeve (2, 2.1) and the cone bolt, and - a clamping device, connected to the end section providing the first end of the expanding sleeve, for adjusting the cone bolt in the axial direction with respect to the expanding sleeve (2, 2.1),
Reflector (1; 31; 41) for a lighting apparatus (13; 61; 62), having - at least one rear recess for a respective light source (20; 47; 56) and at least one front reflector opening, - wherein at least one spring element (10; 34; 45) is integrated into the reflector (1; 31; 41). - at least one rear recess for a respective light source (20; 47; 56) and at least one front reflector opening, - wherein at least one spring element (10; 34; 45) is integrated into the reflector (1; 31; 41).
A syringe pressing apparatus comprising a casing wherein a syringe fixing mechanism and a pressing mechanism is provided in the casing, wherein the syringe fixing mechanism is provided for restricting movement of the syringe bodies of two syringes being coupled to each other through a connector and for fixing the syringe bodies and the connector to the casing; and the pressing mechanism is provided for alternately pressing syringe plungers of the two syringes; characterized in that the apparatus further comprises a plunger-pressure-measuring device for measuring a pressure with which the pressing mechanism presses the syringe plungers, wherein the plunger-pressure-measuring device is brought into a close contact with or abutted against the head of each of the syringe plungers; and a control device for controlling the pressing mechanism correspondingly to the pressure with which the pressing mechanism presses the syringe plungers, the pressure being measured by the plunger-pressure-measuring device; and the control device controls the pressing mechanism, when the pressure of pressing the syringe plungers reaches a pressure which is predetermined times as large as an initial pressure or pressing the syringe plungers or when the pressure of pressing the syringe plungers reaches a predetermined pressing pressure which is an increased pressure from an initial pressure of pressing the syringe plungers.
A method for the utilization of data from a plurality of machines, in which - operating data from a plurality of machines (12, 14, 16) are detected by a plurality of sensors (22, 24, 26), wherein the operating data have different first data formats, with the respective first data format depending on the respective sensor (22, 24, 26); - the operating data are converted by at least one abstraction module (30a, 30b, 30c) into abstraction data, wherein the abstraction data have a uniform second data format and are stored in a central memory device; - an analysis of the abstraction data is carried out, wherein the analysis is based on operating data from at least two machines (12, 14, 16), characterized in that - an operating state of a further machine (12, 14, 16), which carries out production processes following one another in a production line with the at least two machines (12, 14, 16), is assessed based on the analysis; and - in that the analysis of the abstraction data is output. - operating data from a plurality of machines (12, 14, 16) are detected by a plurality of sensors (22, 24, 26), wherein the operating data have different first data formats, with the respective first data format depending on the respective sensor (22, 24, 26); - the operating data are converted by at least one abstraction module (30a, 30b, 30c) into abstraction data, wherein the abstraction data have a uniform second data format and are stored in a central memory device; - an analysis of the abstraction data is carried out, wherein the analysis is based on operating data from at least two machines (12, 14, 16), characterized in that - an operating state of a further machine (12, 14, 16), which carries out production processes following one another in a production line with the at least two machines (12, 14, 16), is assessed based on the analysis; and - in that the analysis of the abstraction data is output.
A motor vehicle structure, including: - at least one underbody sill including a profiled section made from aluminium or from aluminium alloy; - at least one post made from steel sheet extending substantially vertically from the sill, a portion of said post covering a corresponding portion of the profiled section; characterized in that it furthermore includes: a reinforcement made from steel sheet extending between the portion of the post covering the profiled section and the corresponding portion of the profiled section, said reinforcement being fixed by clamping and/or mechanical engagement (18 1, 6 3) to the profiled section and by welding to the post. - at least one underbody sill including a profiled section made from aluminium or from aluminium alloy; - at least one post made from steel sheet extending substantially vertically from the sill, a portion of said post covering a corresponding portion of the profiled section; a reinforcement made from steel sheet extending between the portion of the post covering the profiled section and the corresponding portion of the profiled section, said reinforcement being fixed by clamping and/or mechanical engagement (18 1, 6 3) to the profiled section and by welding to the post.
A method of making a clear beverage concentrate, which comprises a nanoemulsion of a liquid flavour oil in an aqueous phase, comprising the emulsification of the flavour oil into water in the presence of an emulsifier, which emulsifier consists of at least 5% by weight quillaja saponins, optionally containing at least one other emulsifier, characterised in that, prior to emulsification, the pH of the aqueous phase is adjusted to 4.0 maximum.
Method for separating particles of different specific gravity from a sized ore feed, the method comprising the steps of: a) sieving particles to obtain size fractions of different particle size ranges, b) placing a load of particles of a size fraction in a container, c) fluidizing the particles by passing a fluid flow through the load of particles, d) lowering the flow velocity of the fluid through the load of particles to let the particles deposit in the container, e) dividing the deposited particles in the container in separate portions, f) for a separated portion repeating the steps b) - e) one or more times, wherein in step e) the deposited particles are divided in two portions, a first portion with particles with a greater specific gravity and a second portion with particles with a lesser specific gravity, a) sieving particles to obtain size fractions of different particle size ranges, b) placing a load of particles of a size fraction in a container, c) fluidizing the particles by passing a fluid flow through the load of particles, d) lowering the flow velocity of the fluid through the load of particles to let the particles deposit in the container, e) dividing the deposited particles in the container in separate portions, f) for a separated portion repeating the steps b) - e) one or more times,
An inner diameter measuring device for measuring a shape of an inner surface of a cylindrical member, comprising an image pickup unit disposed on a base end side of a frame unit and for picking up an image of a forward end side, a light transmitting window disposed on a forward end side of said frame unit, a laser beam diffusing unit disposed on a forward end side of said light transmitting window, and a laser beam emitting unit for emitting a laser beam to said laser beam diffusing unit, characterized in that said light transmitting window is constituted of a first flange, a second flange and a total circumferential light transmitting window which is sandwiched between said first flange and said second flange, wherein said laser beam diffusing unit has a fixing flange as fixed by said second flange and two or more interchangeable cone mirror units which can be engaged and disengaged to said fixing flange, each of said cone mirror units are made up together of a cone mirror holder and a cone mirror as held by said cone mirror holder and each of said cone mirror has a conical reflection surface with a different vertical angle, wherein said cone mirror holder is fixed on said fixing flange by a faucet joint method and holds said cone mirror so that a center line of said cone mirror coincides with an optical axis of said laser beam emitting unit, wherein said laser beam emitting unit emits a laser beam to a forward end of said cone mirror and said laser beam as reflected by said cone mirror is projected by passing through said total circumferential light transmitting window and a vertical angle of said cone mirror is selected corresponding to a measuring condition.
One or more computer storage media storing computer-useable instructions that, when used by a computing device, cause the computing device to perform a method comprising: displaying a taskbar with a plurality of taskbar buttons (402, 403, 405, 406), each taskbar button (402, 403, 405, 406) corresponding to an active application window; receiving input indicative of a user positioning a cursor over a first taskbar button in the taskbar, the first taskbar button corresponding to a first active application window; upon receipt of the input, displaying a dynamic thumbnail containing content corresponding to content of the first active application window; and dynamically modifying the content of the dynamic thumbnail based on modifications to the content of the first active application window, wherein the first active application window comprises a media player window, wherein the content of the media player window comprises a video being played, and wherein the content of the dynamic thumbnail corresponds to the video being played in the media player window, wherein the method further comprises: minimizing the media player window, wherein the media player window has an associated media player application that continues to play the video; and while the media play window is minimized, continuing to display the video in the dynamic thumbnail as the video continues to play in the media player application. displaying a taskbar with a plurality of taskbar buttons (402, 403, 405, 406), each taskbar button (402, 403, 405, 406) corresponding to an active application window; receiving input indicative of a user positioning a cursor over a first taskbar button in the taskbar, the first taskbar button corresponding to a first active application window; upon receipt of the input, displaying a dynamic thumbnail containing content corresponding to content of the first active application window; and dynamically modifying the content of the dynamic thumbnail based on modifications to the content of the first active application window, wherein the first active application window comprises a media player window, wherein the content of the media player window comprises a video being played, and wherein the content of the dynamic thumbnail corresponds to the video being played in the media player window, wherein the method further comprises: minimizing the media player window, wherein the media player window has an associated media player application that continues to play the video; and while the media play window is minimized, continuing to display the video in the dynamic thumbnail as the video continues to play in the media player application. minimizing the media player window, wherein the media player window has an associated media player application that continues to play the video; and while the media play window is minimized, continuing to display the video in the dynamic thumbnail as the video continues to play in the media player application.
A break-off sensor for use with a continuous stream of fluid having a flow axis that is broken into droplets at a break-off location by a transducer, comprising: a light source positioned on one side of the stream of fluid to illuminate the stream of fluid, wherein the light source comprises an LED; a photoarray positioned on the other side of the stream of fluid along an axis substantially parallel to the flow axis of the stream of fluid, wherein the photoarray is positioned to detect light from the light source that passes through the stream of fluid and provides an output signal corresponding to detected light, wherein the photoarray comprises a linear photoarray, wherein the photoarray comprises photodiodes; a control for receiving the output signal and providing a location signal corresponding to the break-off location of the stream of fluid. a light source positioned on one side of the stream of fluid to illuminate the stream of fluid, wherein the light source comprises an LED; a photoarray positioned on the other side of the stream of fluid along an axis substantially parallel to the flow axis of the stream of fluid, wherein the photoarray is positioned to detect light from the light source that passes through the stream of fluid and provides an output signal corresponding to detected light, wherein the photoarray comprises a linear photoarray, wherein the photoarray comprises photodiodes; a control for receiving the output signal and providing a location signal corresponding to the break-off location of the stream of fluid.
A door for an aircraft, comprising: a first panel divisible into at least two first slats (64,66) that are releasably connected to one another; a first tensioning cable attached between the at least two first slats (64,66); and a first tensioner connected to the first tensioning cable and being operative to apply a first tension thereto, thereby permitting the first tensioning cable to hold the at least two first slats (64,66) together to form the first panel, and to release the first tension in the first tensioning cable upon occurrence of a release action, thereby permitting the at least two first slats (64,66) to dissociate from one another so that the first panel fragments. a first panel divisible into at least two first slats (64,66) that are releasably connected to one another; a first tensioning cable attached between the at least two first slats (64,66); and a first tensioner connected to the first tensioning cable and being operative to apply a first tension thereto, thereby permitting the first tensioning cable to hold the at least two first slats (64,66) together to form the first panel, and to release the first tension in the first tensioning cable upon occurrence of a release action, thereby permitting the at least two first slats (64,66) to dissociate from one another so that the first panel fragments.