mhurhangee/ep-ind-claims huggingface dataset:
A light microscope comprising a scanner for scanning a sample with illuminating light; a light detector for measuring sample light; a microlens array, which comprises a plurality of microlenses and is arranged in the area of a pupil plane; wherein a plurality of detector elements of the light detector are respectively arranged behind each microlens; an electronics unit configured to: - for each or at least a plurality of the microlenses, measure a respective intensity distribution with the detector elements arranged behind the respective microlens and derive a wavefront datum regarding the sample light therefrom, characterized in that the light detector has a complete readout frequency of at least 100 kHz; the electronics unit is configured to - add or integrate signals of the plurality of detector elements to form a sample point signal, - successively direct illuminating light onto different sample points with the scanner and capture corresponding sample point signals from which a sample image is formed, wherein, for at least some of the different sample points, a corresponding wavefront datum regarding the sample light is determined. a scanner for scanning a sample with illuminating light; a light detector for measuring sample light; a microlens array, which comprises a plurality of microlenses and is arranged in the area of a pupil plane; wherein a plurality of detector elements of the light detector are respectively arranged behind each microlens; an electronics unit configured to: - for each or at least a plurality of the microlenses, measure a respective intensity distribution with the detector elements arranged behind the respective microlens and derive a wavefront datum regarding the sample light therefrom, characterized in that the light detector has a complete readout frequency of at least 100 kHz; the electronics unit is configured to - add or integrate signals of the plurality of detector elements to form a sample point signal, - successively direct illuminating light onto different sample points with the scanner and capture corresponding sample point signals from which a sample image is formed, wherein, for at least some of the different sample points, a corresponding wavefront datum regarding the sample light is determined. - add or integrate signals of the plurality of detector elements to form a sample point signal, - successively direct illuminating light onto different sample points with the scanner and capture corresponding sample point signals from which a sample image is formed, wherein, for at least some of the different sample points, a corresponding wavefront datum regarding the sample light is determined.
An air venting device for the venting of air from a fluid system, the air venting device comprising an air chamber, a sensor and an air venting valve, where the sensor is a contactless sensor that can detect a fluid level in the air chamber without coming into contact with the fluid and where the air venting valve can be driven on the basis of the sensor measurement, characterized in that the air chamber comprises two parts that can be mounted on top of each other, a first part onto or into which the sensor and the air venting valve can be mounted and a second part that can be connected up to the fluid system.
An adiabatic logic cell (100; 300; 400; 600; 800), comprising: - a first fixed-capacitance capacitor (CMIN) connected between an application node for applying a variable periodic supply voltage (φn) of the cell and a floating node for providing an output logic signal (VOUT) of the cell; and - connected in parallel with the first capacitor (CMIN), an association in series of a second fixed-capacitance capacitor (CMAX1) and a first variable-resistance element, the first variable-resistance element comprising a control electrode connected to an application node for applying a first input logic signal of the cell. - a first fixed-capacitance capacitor (CMIN) connected between an application node for applying a variable periodic supply voltage (φn) of the cell and a floating node for providing an output logic signal (VOUT) of the cell; and - connected in parallel with the first capacitor (CMIN), an association in series of a second fixed-capacitance capacitor (CMAX1) and a first variable-resistance element, the first variable-resistance element comprising a control electrode connected to an application node for applying a first input logic signal of the cell.
A medical thread insertion apparatus comprising an insertion path forming unit which comprises a pipe member comprising a flexible pipe that is hollow and a support member comprising a support rod that is initially inserted into the pipe of the pipe member and has stiffness greater than stiffness of the pipe member; and a medical thread supply unit which supplies a medical thread through the pipe member after the support member is removed from the insertion path forming unit; said medical thread insertion apparatus being characterized in that the flexible pipe is formed of an elastic material having predetermined flexibility in order not to damage a tissue of a living body, and forms a path along with the support rod, through which a medical thread is to be inserted, in that the pipe member comprises a coupling unit comprising a mount groove that is hollow and tapered and receives the medical thread supply unit therein, and the medical thread supply unit comprises a medical thread retaining unit comprising a supply pipe that is hollow and retains the medical thread to be inserted therein, wherein the medical thread retaining unit comprises a connector having a complementary shape to the mount groove of the pipe member, wherein the medical thread retaining unit is coupled to the mount groove via the connector after the support member is removed from the insertion path forming unit. a pipe member comprising a flexible pipe that is hollow and a support member comprising a support rod that is initially inserted into the pipe of the pipe member and has stiffness greater than stiffness of the pipe member; and
A method for controlling a phase modulator to display a target light pattern (i(u)) defined by image data onto an image plane by controlling the phase modulator according to a phase function p(x) and illuminating the phase modulator with light incident at the lens plane of the phase modulator, the lens plane being parallel to and at a focal distance f to the image plane, the method comprising: - initializing based on the image data, a representation (i p 0 (x)) of a warped image (i p (x)) where the target light pattern (i(u)) in the image plane has been warped backwards onto the lens plane using a distortion u(x) produced by said phase function p(x); - refining the phase function and the warped image by performing a plurality of iterations (k) characterized in that each of the plurality of iterations includes: -- a step of updating the phase function by performing an optimization which yields an updated phase function (p k (x)), wherein the updated phase function reduces an intensity difference between a representation (i p k-1 (x)) of the warped image and the inverse of a magnification-based intensity (1+f·∇ 2 p(x)), the magnification being provided by the phase function at points in the warped image; and -- a step of warping the target light pattern onto the lens plane using a distortion u(x) produced by the updated phase function (p k (x)) to yield an updated representation (i p (k) (x)) of the warped image. - initializing based on the image data, a representation (i p 0 (x)) of a warped image (i p (x)) where the target light pattern (i(u)) in the image plane has been warped backwards onto the lens plane using a distortion u(x) produced by said phase function p(x); - refining the phase function and the warped image by performing a plurality of iterations (k) -- a step of updating the phase function by performing an optimization which yields an updated phase function (p k (x)), wherein the updated phase function reduces an intensity difference between a representation (i p k-1 (x)) of the warped image and the inverse of a magnification-based intensity (1+f·∇ 2 p(x)), the magnification being provided by the phase function at points in the warped image; and -- a step of warping the target light pattern onto the lens plane using a distortion u(x) produced by the updated phase function (p k (x)) to yield an updated representation (i p (k) (x)) of the warped image.
A prefilled injection device for delivering doses of a preservative containing liquid drug comprising: a housing structure permanently securing a non-exchangeable cartridge containing the preservative containing liquid drug, a needle cannula having a distal part and a proximal part and wherein the proximal part connects to the cartridge at least during dose expelling, and the distal part terminates in a distal tip for penetrating the skin of a user, a movable needle shield which is axially movable in relation to the housing structure between a first position and a second position, a cleaning assembly (15, 115) carried by the axially movable needle shield, which cleaning assembly (15, 115) comprises a cleaning chamber (40, 140) containing a volume of the same preservative containing liquid drug as present inside the cartridge and which cleaning chamber (40, 140) is provided with an outlet (46, 146) through which a quantum of the preservative containing liquid drug is escapable, wherein the distal tip of the needle cannula is located inside the cleaning chamber (40, 140) when the axially movable needle shield is in the first position and which distal tip is located distally outside the cleaning chamber (40, 140) when the axially movable needle shield is in the second position, characterized in that the outlet (46,146) is open rroundings and in that means (65a, 65b, 27, 161) are provided in the near proximity of the outlet for collecting the escaped quantum of the preservative containing liquid drug. a housing structure permanently securing a non-exchangeable cartridge containing the preservative containing liquid drug, a needle cannula having a distal part and a proximal part and wherein the proximal part connects to the cartridge at least during dose expelling, and the distal part terminates in a distal tip for penetrating the skin of a user, a movable needle shield which is axially movable in relation to the housing structure between a first position and a second position, a cleaning assembly (15, 115) carried by the axially movable needle shield, which cleaning assembly (15, 115) comprises a cleaning chamber (40, 140) containing a volume of the same preservative containing liquid drug as present inside the cartridge and which cleaning chamber (40, 140) is provided with an outlet (46, 146) through which a quantum of the preservative containing liquid drug is escapable, wherein the distal tip of the needle cannula is located inside the cleaning chamber (40, 140) when the axially movable needle shield is in the first position and which distal tip is located distally outside the cleaning chamber (40, 140) when the axially movable needle shield is in the second position, characterized in that the outlet (46,146) is open rroundings and in that means (65a, 65b, 27, 161) are provided in the near proximity of the outlet for collecting the escaped quantum of the preservative containing liquid drug.
Air dryer cartridge for a compressed air supply system, in particular a compressed air supply system of a commercial vehicle, with a desiccant box filled with a desiccant, the desiccant box being capable of being coupled in an axial direction to a connecting flange of the compressed air supply system, there being arranged on the desiccant box a seal which is designed as a non-return valve and which, in the mounted state of the air dryer cartridge, exerts a sealing-off action between the desiccant box and the connecting flange, characterised in that the seal has a U-shaped cross-sectional profile with a flexible lip, and in that the flexible lip of the seal is movable in a radial direction perpendicular to the axial direction, in order to provide functionality as a non-return valve.
A gas turbine engine, comprising: a shaft compartment containing at least one main shaft (12;14) which rotates about a main axis of rotation; a tower shaft engaged with the at least one main shaft (12;14) for rotation about a tower shaft axis of rotation, the tower shaft being mounted in a bearing compartment extending away from the shaft compartment, wherein the bearing compartment is sealed against leakage from inside the bearing compartment to outside of the bearing compartment; a seal housing (72;76) mounted to the bearing compartment; and a tower shaft seal mounted in the seal housing (72;76) and sealing against the tower shaft, characterised in that the gas turbine engine further comprises a spring member positioned within the seal housing for exerting a bias force against the tower shaft seal toward the tower shaft, wherein the seal housing has a recessed area and wherein the spring member is positioned in the recessed area. a shaft compartment containing at least one main shaft (12;14) which rotates about a main axis of rotation; a tower shaft engaged with the at least one main shaft (12;14) for rotation about a tower shaft axis of rotation, the tower shaft being mounted in a bearing compartment extending away from the shaft compartment, wherein the bearing compartment is sealed against leakage from inside the bearing compartment to outside of the bearing compartment; a seal housing (72;76) mounted to the bearing compartment; and a tower shaft seal mounted in the seal housing (72;76) and sealing against the tower shaft, characterised in that the gas turbine engine further comprises a spring member positioned within the seal housing for exerting a bias force against the tower shaft seal toward the tower shaft, wherein the seal housing has a recessed area and wherein the spring member is positioned in the recessed area.
A working scaffold girder structure for a boiler furnace, comprising: a girder body and a stringer having one end supported by a side surface of the girder body and the other end connectable to a side surface of a neighboring girder body, the stringer being foldable or unfoldable in a hinged manner with respect to the one end from the side surface of the girder body in a direction intersecting with a longitudinal direction of the girder body, characterized in that the girder body is formed by vertically stacking a pair of H-beams (22, 24) such that a flange (22a, 24a) of one of the H-beams (22, 24) faces a flange (24a, 22a) of the other H-beam (24, 22) and providing a truss structure between the flanges (22a, 24a). a girder body and a stringer having one end supported by a side surface of the girder body and the other end connectable to a side surface of a neighboring girder body, the stringer being foldable or unfoldable in a hinged manner with respect to the one end from the side surface of the girder body in a direction intersecting with a longitudinal direction of the girder body, characterized in that the girder body is formed by vertically stacking a pair of H-beams (22, 24) such that a flange (22a, 24a) of one of the H-beams (22, 24) faces a flange (24a, 22a) of the other H-beam (24, 22) and providing a truss structure between the flanges (22a, 24a).
A raised wall for hoppers, in particular for fertilizer spreading machines, comprising at least one panel with at least a first end and a second end which are arranged for mutual connection to corresponding ends (7b, 7a) of at least one adjacent panel and a seal (13; 17) which is provided to be applied between adjacent panels in the region of the connection zone, there being defined in the at least one panel a plugging surface which is provided with longitudinal flanges which are configured to be joined in a superimposed manner on an adjacent flange, characterized in that the longitudinal flanges are interrupted in the region of the application zone of the seal (13; 17) where the panel is continued only by the plugging surface and the seal (13; 17) comprises a first surface which is intended to be in abutment with the plugging surface from the exterior of the hopper, a second surface which is intended to be in abutment with the plugging surface from the interior of the hopper, a bridge between the first surface and second surface delimiting a channel between the surfaces (18, 19) in which there is received the plugging surface of at least one of the adjacent panels for recovering and blocking the gap generated by the interruption of the flanges.
Method for facilitating operations for users (U1,U2,U3) of an industrial automation network with a plurality of automation devices (51,52,53), wherein work orders (01,02,03) for the automation devices (51,52,53) are managed in the automation network and are transmitted via a communications network, wherein a message service for exchanging messages (Ni) between participants (T e) is operated with a list of participants, the list of participants is prepopulated with virtual roles (VR1,VR2,VR3) as participants (T e) and thus the participants (T e) in the list of participants become variable participants (T e), wherein the users (U1,U2,U3), the work orders (01,02,03) or the automation devices (51,52,53) are assigned to the virtual roles (VR1,VR2,VR3), characterised in that a first virtual role is assigned responsibility for the work orders (01,02,03) and a first user is assigned the first virtual role, wherein when a work order (01,02,03) is transmitted a communications forum (C1,C2,C3) is automatically created for the exchange of messages between the virtual role of the work order (01,02,03) and the first virtual role of the first user. the list of participants is prepopulated with virtual roles (VR1,VR2,VR3) as participants (T e) and thus the participants (T e) in the list of participants become variable participants (T e), wherein the users (U1,U2,U3), the work orders (01,02,03) or the automation devices (51,52,53) are assigned to the virtual roles (VR1,VR2,VR3), characterised in that a first virtual role is assigned responsibility for the work orders (01,02,03) and a first user is assigned the first virtual role, wherein when a work order (01,02,03) is transmitted a communications forum (C1,C2,C3) is automatically created for the exchange of messages between the virtual role of the work order (01,02,03) and the first virtual role of the first user.
Stack of interfolded hygiene products such as paper or woven products, comprising: at least two webs, the webs including: a first web divided into individual hygiene products by means of lines of weakness; and a second web divided into individual hygiene products by means of lines of weakness; the first web and the second web being interfolded with one another so as to form a nested configuration, wherein the lines of weakness of the first web and the lines of weakness of the second web are offset with respect to one another along the webs; characterised in that the first web and the second web are joined to one another at a leading portion and/or at a trailing portion (4") of the webs. at least two webs, the webs including: a first web divided into individual hygiene products by means of lines of weakness; and a second web divided into individual hygiene products by means of lines of weakness; the first web and the second web being interfolded with one another so as to form a nested configuration, wherein the lines of weakness of the first web and the lines of weakness of the second web are offset with respect to one another along the webs; characterised in that the first web and the second web are joined to one another at a leading portion and/or at a trailing portion (4") of the webs. a first web divided into individual hygiene products by means of lines of weakness; and a second web divided into individual hygiene products by means of lines of weakness; the first web and the second web being interfolded with one another so as to form a nested configuration, wherein the lines of weakness of the first web and the lines of weakness of the second web are offset with respect to one another along the webs; characterised in that the first web and the second web are joined to one another at a leading portion and/or at a trailing portion (4") of the webs.
Tread profile of a vehicle tire, having profile positives such as profile blocks or tread bands that have sipes, wherein the sipes have an approximately Ω-shaped geometry in plan view: - having two axial sections (5, 6) which are arranged approximately in an axial direction and which are arranged on a common, imaginary straight line with a spacing (a) to one another, - having a central bulge arranged between said axial sections (5, 6), wherein the bulge has a maximum extent (b) measured in the axial direction, - wherein a < b, such that undercuts are formed, and - wherein the maximum extent of the bulge (c) measured in the circumferential direction decreases continuously over the depth profile of the sipe, characterized in that the extent of the bulge (c) decreases towards the sipe base such that the sipe ends in a straight line at the sipe base. - having two axial sections (5, 6) which are arranged approximately in an axial direction and which are arranged on a common, imaginary straight line with a spacing (a) to one another, - having a central bulge arranged between said axial sections (5, 6), wherein the bulge has a maximum extent (b) measured in the axial direction, - wherein a < b, such that undercuts are formed, and - wherein the maximum extent of the bulge (c) measured in the circumferential direction decreases continuously over the depth profile of the sipe, characterized in that
A peptide of the following or: a peptide of less than 15 amino acids comprising an amino acid sequence of SEQ ID NO: 1 or 2; a peptide of less than 15 amino acids comprising an amino acid sequence of SEQ ID NO: 1 or 2, in which one or two amino acid(s) are substituted, deleted, inserted and/or added, and wherein the peptide has an activity to induce a cytotoxic (killer) T cell. a peptide of less than 15 amino acids comprising an amino acid sequence of SEQ ID NO: 1 or 2; a peptide of less than 15 amino acids comprising an amino acid sequence of SEQ ID NO: 1 or 2, in which one or two amino acid(s) are substituted, deleted, inserted and/or added, and wherein the peptide has an activity to induce a cytotoxic (killer) T cell.
Use, in a plastics pipe which comprises an inner core and an outer removable skin layer bonded thereto, wherein the outer removable skin layer comprises a polymeric material chosen for its physical and mechanical properties, of a nucleating agent for the polymeric material, the nucleating agent being present in the skin layer in an amount such that the adhesion of the skin layer to the inner core is sufficient to prevent substantial undesired relative movement between the skin layer and the core during installation, but insufficient to prevent the outer skin layer from being cleanly removed by peeling, at least at the ends of the pipe, and insufficient to cause a substantial reduction in the impact strength of the inner core. of a nucleating agent for the polymeric material, the nucleating agent being present in the skin layer in an amount such that the adhesion of the skin layer to the inner core is sufficient to prevent substantial undesired relative movement between the skin layer and the core during installation, but insufficient to prevent the outer skin layer from being cleanly removed by peeling, at least at the ends of the pipe, and insufficient to cause a substantial reduction in the impact strength of the inner core.