mhurhangee/ep-ind-claims huggingface dataset:
A column for a charged particle beam device, said column comprising: a charged particle emitter for emitting a primary charged particle beam as one source of the primary charged particle beam; a biprism adapted for acting on the primary charged particle beam so that two virtual sources are generated and the primary charged particle beam has two sub-beams (4A, 4B) appearing to be emitted by the two virtual sources; and a charged particle beam optics adapted to focus the primary charged particle beam simultaneously on two positions of a specimen corresponding to images of the two virtual sources; a beam separator (132, 134; 142) for separating (i) the primary charged particle beam including the two sub-beams and (ii) secondary charged particles and/or backscattered particles coming from the specimen; and at least one detector (9; 90A, 90B; 119A, 119B; 129A, 129B; 139A, 139B) for measuring the secondary particles and/or backscattered particles coming from the specimen. a charged particle emitter for emitting a primary charged particle beam as one source of the primary charged particle beam; a biprism adapted for acting on the primary charged particle beam so that two virtual sources are generated and the primary charged particle beam has two sub-beams (4A, 4B) appearing to be emitted by the two virtual sources; and a charged particle beam optics adapted to focus the primary charged particle beam simultaneously on two positions of a specimen corresponding to images of the two virtual sources; a beam separator (132, 134; 142) for separating (i) the primary charged particle beam including the two sub-beams and (ii) secondary charged particles and/or backscattered particles coming from the specimen; and at least one detector (9; 90A, 90B; 119A, 119B; 129A, 129B; 139A, 139B) for measuring the secondary particles and/or backscattered particles coming from the specimen.
A photovoltaic system, wherein the photovoltaic system comprises a maximum power point tracking, MPPT, controller and a power converter, and the MPPT controller is connected to the power converter; the MPPT controller is configured to: be connected to a photovoltaic array, and track a global maximum power point, MPP, of the photovoltaic array; and the MPPT controller is further configured to obtain, when there is a periodic shading of the photovoltaic array, a multi-peak search start moment of global MPPT of the photovoltaic array based on a status of tracking the global MPP of the photovoltaic array in a target time period, so that when the multi-peak search start moment in each MPPT period arrives, the global MPPT of the photovoltaic array is started, to output a working point of the global MPP of the photovoltaic array to the power converter, wherein the target time period comprises a plurality of MPPT periods. the MPPT controller is configured to: be connected to a photovoltaic array, and track a global maximum power point, MPP, of the photovoltaic array; and the MPPT controller is further configured to obtain, when there is a periodic shading of the photovoltaic array, a multi-peak search start moment of global MPPT of the photovoltaic array based on a status of tracking the global MPP of the photovoltaic array in a target time period, so that when the multi-peak search start moment in each MPPT period arrives, the global MPPT of the photovoltaic array is started, to output a working point of the global MPP of the photovoltaic array to the power converter, wherein the target time period comprises a plurality of MPPT periods.
A control or regulating device programmed to perform a blood treatment in cooperation with a blood treatment apparatus and programmed to perform a method for preparing an extracorporeal blood circuit for its use in a blood treatment on a patient, performed by means of the blood treatment apparatus and by means of a blood treatment device, which comprises a blood chamber and a dialysis liquid chamber separated therefrom by means of a membrane, wherein the method for preparing the extracorporeal blood circuit is performed when the dialysis liquid flow is halted or stopped or when the dialysis liquid flow is zero, and wherein the method comprises the following steps: - filling the extracorporeal blood circuit by means of a priming solution, the priming solution containing citrate, or filling the extracorporeal blood circuit by means of a priming solution and by means of a citrate solution; - filling the extracorporeal blood circuit by means of a fluid containing or consisting of blood. - filling the extracorporeal blood circuit by means of a priming solution, the priming solution containing citrate, or filling the extracorporeal blood circuit by means of a priming solution and by means of a citrate solution; - filling the extracorporeal blood circuit by means of a fluid containing or consisting of blood.
Heat-curing mixture of granular materials comprising at least a) a first granular material comprising - at least one solid epoxy resin having an average of more than one epoxy group per molecule; b) a second, epoxide-free granular material comprising - at least one heat-activatable accelerator for curing of solid epoxy resin with dicyandiamide, - at least one thermoplastic which is solid at room temperature and has a softening point in the range from 70°C to 140°C measured by the ring & ball method in accordance with DIN EN 1238; c) dicyandiamide which is part of the first granular material and/or the second granular material; and d) at least one heat-activatable blowing agent which is independently part of the first granular material and/or the second granular material. a) a first granular material comprising - at least one solid epoxy resin having an average of more than one epoxy group per molecule; - at least one solid epoxy resin having an average of more than one epoxy group per molecule; b) a second, epoxide-free granular material comprising - at least one heat-activatable accelerator for curing of solid epoxy resin with dicyandiamide, - at least one thermoplastic which is solid at room temperature and has a softening point in the range from 70°C to 140°C measured by the ring & ball method in accordance with DIN EN 1238; - at least one heat-activatable accelerator for curing of solid epoxy resin with dicyandiamide, - at least one thermoplastic which is solid at room temperature and has a softening point in the range from 70°C to 140°C measured by the ring & ball method in accordance with DIN EN 1238; c) dicyandiamide which is part of the first granular material and/or the second granular material; d) at least one heat-activatable blowing agent which is independently part of the first granular material and/or the second granular material.
A USB device, comprising a main body and a USB cap; wherein a USB connector is arranged at an end portion of the main body along a length direction of the main body and a chamber of the USB cap is used to accommodate and protect the USB connector; characterized in that a first clamping portion is arranged at one side of the USB connector on a first enclosure surface of the main body that is oriented to the USB cap, and a second clamping portion is arranged on the USB cap, wherein the first clamping portion and the second clamping portion are mutually clamped so that the USB cap covers the USB connector and is fixed on the main body, the first clamping portion is a fixed fastener arranged with a recess, and the second clamping portion is an elastic fastener arranged with an elastic portion that fits the recess on the first clamping portion; and the first clamping portion is arranged at a position on the first enclosure surface along a thickness direction of the main body and adjacent to a first surface of the USB connector, the first surface is an upper surface at one side of the USB connector on which a metal fillet weld leg is deployed; wherein a third clamping portion is arranged on the first enclosure surface, wherein the third clamping portion and the first clamping portion are arranged at different sides of the USB connector; and a fourth clamping portion is further arranged on the USB cap, wherein the third clamping portion and the fourth clamping portion are mutually clamped; wherein the third clamping portion is arranged at a position on the first enclosure surface and adjacent to a second surface of the USB connector; wherein the second surface is a lower surface opposite to the first surface of the USB connector.
A method for trusted data transfer, the method comprising: accessing via an embedded browser executing on a client device, an HTML-based application not native or installed on the client device, the HTML-based application configured to provide access to a network application via the embedded browser; establishing, by the HTML-based application, a secure session for the network application between a server and the HTML-based application; determining by the embedded browser, that the HTML-based application is a trusted application; establishing by the embedded browser responsive to the determination that the HTML-based application is a trusted application, at least one virtual channel on the client device between the embedded browser and the HTML-based application; and transferring, by the embedded browser via the at least one virtual channel, data between the secure session and an operating system, OS, of the client device. accessing via an embedded browser executing on a client device, an HTML-based application not native or installed on the client device, the HTML-based application configured to provide access to a network application via the embedded browser; establishing, by the HTML-based application, a secure session for the network application between a server and the HTML-based application; determining by the embedded browser, that the HTML-based application is a trusted application; establishing by the embedded browser responsive to the determination that the HTML-based application is a trusted application, at least one virtual channel on the client device between the embedded browser and the HTML-based application; and transferring, by the embedded browser via the at least one virtual channel, data between the secure session and an operating system, OS, of the client device.
An installation for the treatment of municipal and/or industrial wastewater, comprising a basin that receives the water to be treated and a series of disks with packing according to claim 6, said disks being parallel, vertical, mounted on a horizontal shaft, partially immersed in the water to be treated and rotated in such a way that the biomass that grows on the surface of the packing of the disks is alternately brought into contact with the water to be treated and with oxygen from the air, in which the configuration of the packing of the disks is chosen in such a way that the developed surface area of the packing in one zone of the disk increases with the distance of this zone from the rotation axis (X-X), so as to develop an increasing contact area on approaching the outside of the disk, characterized in that the packing has corrugations along a direction transverse to the mean plane of the disk and the frequency of the corrugations along the radial direction increases with the distance from the rotation axis, whereas the amplitude (h) of the corrugations along a direction transverse to the mean plane of the disk remains approximately constant.
A plate heat exchanger system comprising a plate heat exchanger with plates (3, 4) welded to one another at connection areas, and a plate heat exchanger erosion protection strip for covering welded connection areas between the plates (3, 4) of the plate heat exchanger, wherein the plate heat exchanger erosion protection strip essentially has two legs (5, 6) which serve to receive the plates (3, 4) that are welded together between them, characterized in that the plates (3, 4) connected to one another together have a three-dimensional shape which is configured to positively correspond to the shape of the plate heat exchanger erosion protection strip at least in partial areas, wherein the plates (3, 4) comprise elevations or depressions which can be positively engaged in elevations or depressions of the plate heat exchanger erosion protection strip, wherein the elevations and/or depressions are linear, wherein the elevations and/or depressions comprise undercuts which can be positively engaged in corresponding elements of the plate heat exchanger erosion protection strip, wherein the plate heat exchanger erosion protection strip has a shape which is configured to positively correspond to the shape of the plates (3, 4) at least in partial areas, wherein the legs (5, 6) of the plate heat exchanger erosion protection strip comprise elevations or depressions, which can be positively engaged in elevations or depressions of the plates (3, 4), wherein the elevations and/or depressions are configured as to be linear, wherein the elevations and/or depressions are formed far from the edge in the plate heat exchanger erosion protection strip, wherein the elevations and/or depressions comprise undercuts which can be positively engaged in corresponding elements of the plates (3, 4).
Piece of furniture, in particular a wardrobe, with at least one sliding door which is connected on the lower side and/or the upper side to a guide device, which guide device, for holding and guiding the sliding door with which a wardrobe opening can be closed, has a guide fitting, which is connected to the sliding door and which is connected by a first pivot joint to a first end piece of a guide lever of the guide device, whose second end piece is connected by a second pivot joint to a guide carriage of the guide device, which has a carriage body which holds two guide rollers that are arranged one behind the other in the running direction and that are guided in a guide channel of the guide device, characterised in that the guide channel extends at least in an end region along a curve into the cabinet opening, that the carriage body is connected to the second end piece of the guide lever by a coupling spring so that the guide carriage is rotated as it passes through the end region, the coupling spring is tensioned and a force or a torque is applied to the guide lever, with which the sliding door is pulled against the cabinet opening, and that the guide lever is curved in the opening direction of the sliding door so that the guide fitting is guided in front of the guide carriage during the opening operation of the sliding door and the wardrobe opening can be fully opened.
Vehicle comprising: - a cab presenting a longitudinal direction and defining a driver compartment, the driver compartment being delimited in the longitudinal direction by a windshield, - a wiping arrangement (15; 15'; 15") configured to wipe the windshield over a wiping area, the wiping arrangement (15; 15'; 15") comprising at least one wiper (20; 20') including a support (24; 24') movably mounted on the cab and a blade mounted on the support (24; 24') to contact the windshield along a contact length (l), wherein the wiping arrangement (15; 15'; 15") includes an urging system configured to urge the blade against the windshield, wherein the urging system is configured to apply a pressure on the blade along the contact length (l) by a pressurized fluid characterized in that the urging system includes a reservoir defining an inner space for receiving the fluid, and a pressurizing device configured to pressurize the fluid within the inner space, the reservoir being mounted on the support (24; 24') in fluid communication with the blade. - a cab presenting a longitudinal direction and defining a driver compartment, the driver compartment being delimited in the longitudinal direction by a windshield, - a wiping arrangement (15; 15'; 15") configured to wipe the windshield over a wiping area, the wiping arrangement (15; 15'; 15") comprising at least one wiper (20; 20') including a support (24; 24') movably mounted on the cab and a blade mounted on the support (24; 24') to contact the windshield along a contact length (l), wherein the wiping arrangement (15; 15'; 15") includes an urging system configured to urge the blade against the windshield, wherein the urging system is configured to apply a pressure on the blade along the contact length (l) by a pressurized fluid characterized in that the urging system includes a reservoir defining an inner space for receiving the fluid, and a pressurizing device configured to pressurize the fluid within the inner space, the reservoir being mounted on the support (24; 24') in fluid communication with the blade.
A computer-implemented method for including a signature on a computer-readable medium, the signature being used for authenticating the computer-readable medium, the method comprising: generating at a processor a signature by utilizing a plurality of isogenies Φ 1, Φ 2,..., Φ t included on a private key, wherein the signature is computed utilizing elliptic curve addition and isogeny addition; and incorporating the signature and a public key on the computer-readable medium, wherein the public key is configured to validate the signature, the public key including a plurality of results Φ 1, Φ 2,...,Φ t obtained by applying the plurality of isogenies to a point Q on an elliptic curve. generating at a processor a signature by utilizing a plurality of isogenies Φ 1, Φ 2,..., Φ t included on a private key, wherein the signature is computed utilizing elliptic curve addition and isogeny addition; and incorporating the signature and a public key on the computer-readable medium, wherein the public key is configured to validate the signature, the public key including a plurality of results Φ 1, Φ 2,...,Φ t obtained by applying the plurality of isogenies to a point Q on an elliptic curve.
Cage for a bearing, the bearing being of the type comprising a first ring having a first raceway, a second ring having a second raceway, and rolling bodies positioned in an annular rolling volume between the first and the second raceway (211, 221) so as to allow relative rotation between the first and second rings (21, 22) about a reference axis of the bearing, the cage comprising recesses for housing the rolling bodies and comprising a coupling interface with an operating member, such that when the operating member is engaged with the coupling interface, the bearing cage is capable of being rotated by the operating member in a predetermined direction with respect to the reference axis, the cage being characterized in that the coupling interface with the operating member is configured to provide a removable coupling.
A papermaking felt comprising a base body, a wet paper web side batt fiber layer, and a backside batt fiber layer; wherein said wet paper web side batt fiber layer (31 is contained in high molecular weight elastic material; and the density of said backside batt fiber layer is in the range of 0.25g/cm 3 to 0.55g/cm 3, characterized in that said wet paper web side batt fiber layer is contained in 20g/m 2 to 150g/m 2 of high molecular weight elastic material, and said backside batt fiber layer includes 10 g/m 2 to 200g/m 2 of a melting fiber, wherein the content of the melting fiber means the content of the low-melting-point material with a melting point of 180 degrees C or less and said melting fibers in the back side batt layer are partially melted and fused with each other to form a three-dimensional net-like structure and wherein said high molecular weight elastic material is emulsion resin including at least one of urethane series emulsion, vinyl acetate series emulsion, styrene-butadiene series emulsion, and acrylic emulsion. wherein said wet paper web side batt fiber layer (31 is contained in high molecular weight elastic material; and the density of said backside batt fiber layer is in the range of 0.25g/cm 3 to 0.55g/cm 3, characterized in that said wet paper web side batt fiber layer is contained in 20g/m 2 to 150g/m 2 of high molecular weight elastic material, and said backside batt fiber layer includes 10 g/m 2 to 200g/m 2 of a melting fiber, wherein the content of the melting fiber means the content of the low-melting-point material with a melting point of 180 degrees C or less and said melting fibers in the back side batt layer are partially melted and fused with each other to form a three-dimensional net-like structure and wherein said high molecular weight elastic material is emulsion resin including at least one of urethane series emulsion, vinyl acetate series emulsion, styrene-butadiene series emulsion, and acrylic emulsion.
An ion exchange membrane comprising: a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the layer A comprises a polymer having a sulfonic acid group derived by hydrolysis from a compound represented by the following formula; and the layer B comprises a polymer having a carboxylic acid group derived by hydrolysis from a compound represented by the following formula: CF 2 =CF-(OCF 2 CYF) a -O-(CF 2) b -SO 2 F formula wherein a represents an integer of 0 to 2, b represents an integer of 1 to 4, and Y represents -F or -CF 3; and CF 2 =CF-(OCF 2 CYF) c O-(CF 2) d -COOR formula wherein c represents an integer of 0 to 2, d represents an integer of 1 to 4, Y represents -F or -CF 3, and R represents -CH 3, -C 2 H 5, or -C 3 H 7, characterized in that the layer B has a value of an ion cluster diameter distribution M represented by the following formula and determined as described in the description, of greater than 10: M = a 0 2 / σ 2 wherein M represents an ion cluster diameter distribution, a 0 represents an average ion cluster radius, and σ represents a standard deviation of an ion cluster radius. a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the layer A comprises a polymer having a sulfonic acid group derived by hydrolysis from a compound represented by the following formula; and the layer B comprises a polymer having a carboxylic acid group derived by hydrolysis from a compound represented by the following formula: CF 2 =CF-(OCF 2 CYF) a -O-(CF 2) b -SO 2 F formula wherein a represents an integer of 0 to 2, b represents an integer of 1 to 4, and Y represents -F or -CF 3; and CF 2 =CF-(OCF 2 CYF) c O-(CF 2) d -COOR formula wherein c represents an integer of 0 to 2, d represents an integer of 1 to 4, Y represents -F or -CF 3, and R represents -CH 3, -C 2 H 5, or -C 3 H 7, characterized in that the layer B has a value of an ion cluster diameter distribution M represented by the following formula and determined as described in the description, of greater than 10: M = a 0 2 / σ 2
Plastic dowel for fastening a rail on a solid substrate, with a dowel opening formed at an end face of the plastic dowel for insertion of a rail screw into the plastic dowel, with a dowel interior space enclosed by the plastic dowel, with a shank section which connects to the dowel opening as viewed in the longitudinal direction of the plastic dowel, and with a holding section which connects to the shank section as viewed in the longitudinal direction of the plastic dowel and which is provided on its outer side with at least one projection running around its circumference and protruding in the radial direction which, in its finished installed state, engages with the material of the solid substrate enclosing the plastic dowel characterised in that the upper flank of the projection of the holding section, said upper flank being assigned to the dowel opening, is orientated at an angle (β1) of 90° ± 3° in relation to the longitudinal axis of the plastic dowel.