mhurhangee/ep-ind-claims huggingface dataset:
A blood plasma and blood cell separation device, comprising: a first body having an injection port; a blood plasma separation membrane disposed on the first body; and a second body movably assembled to the first body and having a collecting stage, wherein when a blood enters the blood plasma separation membrane from the injection port of the first body, a blood plasma in the blood plasma separation membrane is separated by a capillary force between the collecting stage of the second body and the blood plasma separation membrane, characterized in that the collecting stage has a collecting surface and a sampling recess on the collecting stage, wherein the blood plasma enters in the sampling recess by a relative movement between the first body and the second body. a first body having an injection port; a blood plasma separation membrane disposed on the first body; and a second body movably assembled to the first body and having a collecting stage, wherein when a blood enters the blood plasma separation membrane from the injection port of the first body, a blood plasma in the blood plasma separation membrane is separated by a capillary force between the collecting stage of the second body and the blood plasma separation membrane, characterized in that the collecting stage has a collecting surface and a sampling recess on the collecting stage, wherein the blood plasma enters in the sampling recess by a relative movement between the first body and the second body.
A roll-over protection apparatus for attachment to a vehicle, the protection apparatus comprising: a first body mounted relative to a second body; the second body for attaching to the vehicle; and a joining assembly joining the second body relative to the first body; wherein upon application of a load to the first body the joining assembly is configured to allow limited deflection of the first body relative to the second body from a first position in a first direction (A,) and substantially no deflection of the first body relative to the second body from the first position in a second direction, characterized by the joining assembly being configured to allow a degree of deflection of the first body relative to the second body from the first position in at least a third direction, the degree of deflection in the third direction being less than the limited amount of deflection in the first direction, wherein the first body returns to the first position upon removal of the load. a first body mounted relative to a second body; the second body for attaching to the vehicle; and a joining assembly joining the second body relative to the first body; wherein upon application of a load to the first body the joining assembly is configured to allow limited deflection of the first body relative to the second body from a first position in a first direction (A,) and substantially no deflection of the first body relative to the second body from the first position in a second direction, characterized by the joining assembly being configured to allow a degree of deflection of the first body relative to the second body from the first position in at least a third direction, the degree of deflection in the third direction being less than the limited amount of deflection in the first direction, wherein the first body returns to the first position upon removal of the load.
Method for equipping a technical equipment with a warning signal for heating, wherein a pyrolyzable fragrance derivative is applied onto or into the technical equipment or components of it.
A fusion antibody having sulfoglucosamine sulfohydrolase (SGSH) activity for use in a method for treating an N-sulfoglucosamine sulfohydrolase (SGSH) deficiency in the central nervous system of a subject in need thereof, wherein the SGSH deficiency in the central nervous system is mucopolysaccharidosis Type IIIA (MPS-IIIA) or Sanfilippo syndrome type A, the method comprising systemically administering to the subject a therapeutically effective dose of a fusion antibody having SGSH activity, wherein the fusion antibody comprises: (a) a fusion protein comprising the amino acid sequences of an immunoglobulin heavy chain from an anti-human insulin receptor monoclonal antibody and a SGSH, wherein the amino acid sequence of the SGSH comprises an amino acid sequence at least 90% identical to SEQ ID NO:9 and is covalently linked to the carboxy terminus of the amino acid sequence of the immunoglobulin heavy chain, and (b) an immunoglobulin light chain from said anti-human insulin receptor monoclonal antibody; wherein the fusion antibody crosses the blood brain barrier, and wherein the SGSH retains at least 20% of its activity compared to its activity as a separate entity.
Tool holder for rotationally driven tools, having a rotationally symmetrical holding body consisting of metal, wherein the tool holder contains a front, clamping region with a holding opening for a shank of the tool and also contains a rear, holding region for being held in a work spindle of a machine tool, wherein a sleeve consisting of a fibre-reinforced plastic material is arranged at least in the front, clamping region of the tool holder, characterized in that the sleeve is shrink-fitted onto the holding body in the front, clamping region of the tool holder.
A method of manufacturing a foldable display device which is foldable around a folding axis, the display device having a display panel comprising a bendable part and flat parts, at least one flat part disposed at each side of the bendable part and a panel guide attached to surfaces of the flat parts of the display panel, the method comprising: extending opposite ends of the flat parts away from the bendable part in a direction normal to the folding axis such that the bendable part is subject to a tension that falls within an elastic range; and attaching the display panel to the panel guide while the bendable part is under the tension. extending opposite ends of the flat parts away from the bendable part in a direction normal to the folding axis such that the bendable part is subject to a tension that falls within an elastic range; and attaching the display panel to the panel guide while the bendable part is under the tension.
Method for localizing an active stylus on a capacitive touch device, the capacitive touch device comprising a first array of charge sensors in a first direction, and a second array of charge sensors in a second direction different from the first direction, wherein the first array of charge sensors is arranged for measuring a first data vector, the second array of charge sensors is arranged for measuring a second data vector, the method comprising the following steps: - localizing the active stylus with a first precision, - localizing the active stylus with a second precision higher than the first precision wherein the step of localizing the active stylus with a first precision comprises: - localizing active stylus touch candidates, and wherein the step of localizing the active stylus with a second precision comprises: - fitting a model function to each active stylus touch candidate, - associating a fitting score to said fitting, - discarding active stylus touch candidates depending on said fitting score and a fitting threshold, - subtracting the fitted model function from the first data vector and the second data vector, before fitting said model function to a subsequent active stylus touch candidate. - localizing the active stylus with a first precision, - localizing the active stylus with a second precision higher than the first precision wherein the step of localizing the active stylus with a first precision comprises: - localizing active stylus touch candidates, and wherein the step of localizing the active stylus with a second precision comprises: - fitting a model function to each active stylus touch candidate, - associating a fitting score to said fitting, - discarding active stylus touch candidates depending on said fitting score and a fitting threshold, - subtracting the fitted model function from the first data vector and the second data vector, before fitting said model function to a subsequent active stylus touch candidate. - localizing active stylus touch candidates, - fitting a model function to each active stylus touch candidate, - associating a fitting score to said fitting, - discarding active stylus touch candidates depending on said fitting score and a fitting threshold, - subtracting the fitted model function from the first data vector and the second data vector, before fitting said model function to a subsequent active stylus touch candidate.
A method of producing a porous cellulose medium in the form of spherical particles comprising the step of obtaining a dispersion by dispersing a flowable homogeneous composition comprising cellulose acetate, a basic compound, and a solvent including water in a dispersion medium not miscible with the homogeneous composition, and forming gelled particles composed of the composition by gelling the composition by deacetylation reaction of the cellulose acetate contained in the obtained dispersion.
A polypeptide consisting essentially of: (a) amino acid residues 356-400 of co-activator of activator protein-1 and estrogen receptor (CAPER) isoform HCC1.3 (SEQ ID NO. 1) or (b) amino acid residues 356-400 of CAPER isoform HCC1.4 (SEQ ID NO. 2), optionally fused to a cell penetrating peptide, for use in a method of treating cancer in a subject. (a) amino acid residues 356-400 of co-activator of activator protein-1 and estrogen receptor (CAPER) isoform HCC1.3 (SEQ ID NO. 1) or (b) amino acid residues 356-400 of CAPER isoform HCC1.4 (SEQ ID NO. 2),
A thermal runaway detection method, applied to a battery, wherein the battery comprises a heat conducting apparatus, a cooling medium is contained in the heat conducting apparatus to cool the battery, a battery cell of the battery is provided with a pressure relief mechanism on a wall of the battery cell, a surface of the heat conducting apparatus is attached to the same wall of the battery cell, the pressure relief mechanism of the battery cell and the electrode terminals of the battery cell are provided on different walls of the battery cell, the pressure relief mechanism is configured to release the internal pressure when the internal pressure of the battery cell reaches a threshold, so that the surface of the heat conducting apparatus is damaged, and the method comprises: acquiring at least one parameter of a cooling medium,which is discharged from the heat conducting apparatus when the heat conducting apparatus is damaged, the battery comprising a heat conducting apparatus, and the cooling medium being contained in the heat conducting apparatus; and determining, when the at least one parameter satisfies a preset condition, that thermal runaway occurs in the battery. acquiring at least one parameter of a cooling medium,which is discharged from the heat conducting apparatus when the heat conducting apparatus is damaged, the battery comprising a heat conducting apparatus, and the cooling medium being contained in the heat conducting apparatus; and determining, when the at least one parameter satisfies a preset condition, that thermal runaway occurs in the battery.
Synchronization apparatus for synchronizing head-mounted displays with a virtual world, in particular in an amusement ride, comprising - at least one head-mounted display, by means of which a virtual reality generated by a VR apparatus can be displayed, and - a display position detection apparatus for detecting the position and orientation of the head-mounted display, wherein - the synchronization apparatus is configured such that the virtual reality is synchronized with the head-mounted display, based on the position and orientation of the head-mounted display detected by the display position detection apparatus, as soon as a selectable start criterion is fulfilled, characterized in that the synchronization apparatus comprises a base station for depositing the head-mounted display and in that the start criterion is fulfilled as soon as the display position detection apparatus detects that the head-mounted display is removed from the base station. - at least one head-mounted display, by means of which a virtual reality generated by a VR apparatus can be displayed, and - a display position detection apparatus for detecting the position and orientation of the head-mounted display, wherein - the synchronization apparatus is configured such that the virtual reality is synchronized with the head-mounted display, based on the position and orientation of the head-mounted display detected by the display position detection apparatus, as soon as a selectable start criterion is fulfilled,
A mounting device for fastening a light shaft to a building wall in the basement area of a house, said mounting device comprising a cutout for being arranged in front of a wall opening, and said light shaft being able to abut against the front side of the mounting device facing away from the building wall, being supported by said front side, characterized in that insulation material is fastened on the backside of the mounting device facing towards the building wall, stiffening webs being arranged on the outer lateral edges of the mounting device, said stiffening webs being directed towards the building wall, said stiffening webs forming a frame against whose inner side the insulation material abuts at least in sections, and self-tapping fastening screws being able to be fastened to the wall of the mounting device for fastening the light shaft.
A wear indicator for a wear member of a machine wherein the wear member is subject to wear during use of the machine, the wear indicator comprising: a plug member configured to be positioned in a region of the wear member subject to wear, the plug member being oriented with a central axis extending in a direction substantially parallel to a direction of wear of the wear member and wherein the plug member includes at least two perceptibly different and distinct axial cross sections taken perpendicular to the central axis of the plug member in axially spaced planes along the central axis, a first one of the at least two perceptibly different and distinct axial cross sections taken in a first plane perpendicular to the central axis having a discernably different shape than a second one of the axial cross sections taken in a second plane perpendicular to the central axis and spaced from the first plane by a distance corresponding to an incremental amount of wear on the wear member such that one of the at least two axial cross sections at a first location corresponding to a smaller amount of wear on the plug member and the wear member than at a second location is a smaller sector of a circle than the axial cross section at the second location, the wear indicator being characterised in that the plug member is asymmetrical around its central longitudinal axis. a plug member configured to be positioned in a region of the wear member subject to wear, the plug member being oriented with a central axis extending in a direction substantially parallel to a direction of wear of the wear member and wherein the plug member includes at least two perceptibly different and distinct axial cross sections taken perpendicular to the central axis of the plug member in axially spaced planes along the central axis, a first one of the at least two perceptibly different and distinct axial cross sections taken in a first plane perpendicular to the central axis having a discernably different shape than a second one of the axial cross sections taken in a second plane perpendicular to the central axis and spaced from the first plane by a distance corresponding to an incremental amount of wear on the wear member such that one of the at least two axial cross sections at a first location corresponding to a smaller amount of wear on the plug member and the wear member than at a second location is a smaller sector of a circle than the axial cross section at the second location, the wear indicator being characterised in that the plug member is asymmetrical around its central longitudinal axis.
A car body of a rail vehicle, comprising an integrally formed longitudinal member, comprising: - a first attachment point pointing in the mounting position vertically upward or at an angle upward in the direction of the interior of the car body - a second attachment point pointing in the mounting position to the interior of the car body and which is arranged under the first attachment point, - a third attachment point for a car body side wall (2, 8) pointing in the mounting position downward or at an angle downward, or as an alternative a side wall, comprising at its upper end - a first attachment point pointing in the mounting position vertically upward or at an angle upward - a second attachment point pointing in the mounting position to the interior of the car body and which is arranged under the first attachment point, wherein - at the first attachment point of the longitudinal member or the side wall a first roof section is attached, characterized in that - at the second attachment point of the longitudinal member or side wall a second roof section is attached such that the first roof section protrudes upward over the second roof section, or at the second attachment point of the longitudinal member or the side wall at least one transversal stiffening member is attached, - a first attachment point pointing in the mounting position vertically upward or at an angle upward in the direction of the interior of the car body - a second attachment point pointing in the mounting position to the interior of the car body and which is arranged under the first attachment point, - a third attachment point for a car body side wall (2, 8) pointing in the mounting position downward or at an angle downward, - a first attachment point pointing in the mounting position vertically upward or at an angle upward - a second attachment point pointing in the mounting position to the interior of the car body and which is arranged under the first attachment point, - at the first attachment point of the longitudinal member or the side wall a first roof section is attached, - at the second attachment point of the longitudinal member or side wall a second roof section is attached such that the first roof section protrudes upward over the second roof section,
Drive system, having: a supporting belt with embedded, electrically conductive cord cables, a guide system for guiding, diverting and/or driving the supporting belt, and a device for determining a discard criteria value for the supporting belt, having: an eddy current sensor designed to generate an electromagnetic alternating field and to detect an attenuation of the alternating field owing to eddy currents induced by the alternating field in the cord cables, and an evaluation unit connected to the eddy current sensor via a signal connection, wherein the eddy current sensor is designed to be arranged in a predetermined measuring arrangement in relation to the supporting belt, wherein the eddy current sensor is designed to generate a sensor signal on the basis of the detected attenuation, wherein the eddy current sensor is designed to transmit the sensor signal via the signal connection to the evaluation unit, and wherein the evaluation unit is configured to determine a discard criteria value for the supporting belt on the basis of the sensor signal, wherein the discard criteria value represents a change in the arrangement of the cord cables in the supporting belt in relation to a predetermined reference cable arrangement of the cord cables in the supporting belt and/or a change in the cable diameters of the cord cables in relation to predetermined reference diameters for the cord cables, wherein the eddy current sensor of the device is connected to the guide system in such a way that the eddy current sensor is arranged in the predetermined measuring arrangement in relation to the supporting belt. an eddy current sensor designed to generate an electromagnetic alternating field and to detect an attenuation of the alternating field owing to eddy currents induced by the alternating field in the cord cables, and an evaluation unit connected to the eddy current sensor via a signal connection, wherein the eddy current sensor is designed to be arranged in a predetermined measuring arrangement in relation to the supporting belt, wherein the eddy current sensor is designed to generate a sensor signal on the basis of the detected attenuation, wherein the eddy current sensor is designed to transmit the sensor signal via the signal connection to the evaluation unit, and wherein the evaluation unit is configured to determine a discard criteria value for the supporting belt on the basis of the sensor signal, wherein the discard criteria value represents a change in the arrangement of the cord cables in the supporting belt in relation to a predetermined reference cable arrangement of the cord cables in the supporting belt and/or a change in the cable diameters of the cord cables in relation to predetermined reference diameters for the cord cables, wherein the eddy current sensor of the device is connected to the guide system in such a way that the eddy current sensor is arranged in the predetermined measuring arrangement in relation to the supporting belt.
N-(2-(6-fluoro-1H-indol-3-yl)ethyl)-3-(2,2,3,3-tetrafluoropropoxy)benzylamine or a pharmaceutically acceptable salt thereof for use in treating Alzheimer's disease by improving or augmenting the effect of an acetylcholinesterase inhibitor comprising administering an effective daily dose of said compound to a patient in need of such treatment, wherein the effective daily dose administered to the patient is between 30 and 60 mg.
System for inductive energy transmission, wherein a primary winding is provided in a manner inductively coupled to a secondary winding, wherein a resonant circuit is formed out of the secondary winding and at least one capacitor wired in series and/or in parallel, wherein a or the current flowing through the secondary winding is supplied to a rectifier, the output voltage of which feeds a load, wherein a disconnector, in particular a switch contact, a switch and/or a plug connection, is arranged between the load and the rectifier, characterised in that - a controllable semiconductor switch is provided for shorting the input of the rectifier, - and wherein a controllable semiconductor switch is provided for applying current to an auxiliary winding by means of which the resonant circuit can be detuned, wherein the auxiliary winding is arranged on the same coil core as the secondary winding, wherein the secondary winding is composed of part-windings, wherein a capacitor is wired in series with each part-winding. wherein a primary winding is provided in a manner inductively coupled to a secondary winding, wherein a resonant circuit is formed out of the secondary winding and at least one capacitor wired in series and/or in parallel, wherein a or the current flowing through the secondary winding is supplied to a rectifier, the output voltage of which feeds a load, wherein a disconnector, in particular a switch contact, a switch and/or a plug connection, is arranged between the load and the rectifier, characterised in that - a controllable semiconductor switch is provided for shorting the input of the rectifier, - and wherein a controllable semiconductor switch is provided for applying current to an auxiliary winding by means of which the resonant circuit can be detuned, - a controllable semiconductor switch is provided for shorting the input of the rectifier, - and wherein a controllable semiconductor switch is provided for applying current to an auxiliary winding by means of which the resonant circuit can be detuned, wherein the auxiliary winding is arranged on the same coil core as the secondary winding, wherein the secondary winding is composed of part-windings, wherein a capacitor is wired in series with each part-winding.