mhurhangee/ep-ind-claims huggingface dataset:
An electronic memory component, comprising a memory cell matrix, which is embedded in a doped receiving substrate, wherein - the receiving substrate is enclosed at the bottom and the sides remote from the memory cell matrix by a top/protective substrate oppositely doped to the receiving substrate, wherein the receiving substrate takes the form of a p-doped High Voltage P-well and the top/protective substrate takes the form of an n-doped Buried N-well, - the top/protective substrate is buried in a p-doped carrier substrate, - the top/protective substrate is connected via an electrical contact with a circuit arrangement for the detection of voltages or currents caused by charge carriers generated upon light incidence, which become apparent as additional currents in the connection to the Buried N-well, wherein the circuit arrangement is formed as a comparator circuit, and wherein the circuit arrangement is arranged for -- detecting if a given limit voltage or a given limit current is exceeded in the circuit arrangement, -- denying access to the electronic memory component if the given limit voltage or the given limit current is exceeded in the circuit arrangement, and/or emitting an alarm signal to a controlling Central Processing Unit. - the receiving substrate is enclosed at the bottom and the sides remote from the memory cell matrix by a top/protective substrate oppositely doped to the receiving substrate, wherein the receiving substrate takes the form of a p-doped High Voltage P-well and the top/protective substrate takes the form of an n-doped Buried N-well, - the top/protective substrate is buried in a p-doped carrier substrate, - the top/protective substrate is connected via an electrical contact with a circuit arrangement for the detection of voltages or currents caused by charge carriers generated upon light incidence, which become apparent as additional currents in the connection to the Buried N-well, -- detecting if a given limit voltage or a given limit current is exceeded in the circuit arrangement, -- denying access to the electronic memory component if the given limit voltage or the given limit current is exceeded in the circuit arrangement, and/or emitting an alarm signal to a controlling Central Processing Unit.
A door system for a passenger service vehicle (100, 200), the system comprising: a passenger door for providing passenger access to and from a vehicle (100, 200), the passenger door having an interior and an exterior, and comprising a first door leaf and second door leaf, each of the first door leaf and the second door leaf (320, 330) having a closed configuration and an open configuration, the open configuration opening towards the exterior of the door; at least a portion of the first door leaf overlapping exteriorly with the second door leaf when both leafs are in a closed configuration, characterised in that the system comprises a locking mechanism, provided at an interface region between the first and second door leafs (320, 330), and comprising a retaining member and retaining latch, the retaining latch being configured to surround the retaining member so as to inhibit two degrees of freedom of the member, but to permit one degree of freedom of the member to allow the member to slidably release from the latch, such that the locking mechanism is configured to secure the first door leaf with the second door leaf by inhibiting out-of plane movement of the first door leaf with respect to the second door leaf, but to permit in-plane movement of the second door leaf with respect to the first door leaf, when in a closed configuration so that the second door leaf is moveable to the open configuration when the first door leaf is in a closed configuration. a passenger door for providing passenger access to and from a vehicle (100, 200), the passenger door having an interior and an exterior, and comprising a first door leaf and second door leaf, each of the first door leaf and the second door leaf (320, 330) having a closed configuration and an open configuration, the open configuration opening towards the exterior of the door; at least a portion of the first door leaf overlapping exteriorly with the second door leaf when both leafs are in a closed configuration, characterised in that the system comprises a locking mechanism, provided at an interface region between the first and second door leafs (320, 330), and comprising a retaining member and retaining latch, the retaining latch being configured to surround the retaining member so as to inhibit two degrees of freedom of the member, but to permit one degree of freedom of the member to allow the member to slidably release from the latch, such that the locking mechanism is configured to secure the first door leaf with the second door leaf by inhibiting out-of plane movement of the first door leaf with respect to the second door leaf, but to permit in-plane movement of the second door leaf with respect to the first door leaf, when in a closed configuration so that the second door leaf is moveable to the open configuration when the first door leaf is in a closed configuration.
A monoclonal antibody binding to a fragment of an ITM2A protein consisting of amino acids 75 to 227 in the amino acid sequence represented by SEQ ID NO: 1, wherein the antibody has a cytotoxic activity.
Supporting device to slidingly support, and linearly move along an axis, an object such as e.g. a leaf, comprising: an empty channel extending parallel to the axis, a magnetic flux generator (54, 56) for creating a magnetic flux that crosses a segment of the empty channel with magnetic field lines which are all equiverse, a first element, reactive to the magnetic field, which is mounted in the empty channel and which extends along said axis, the first element being able to slide relative to the channel parallel to the axis during the movement of the object, wherein the first element in correspondence of said channel segment has a cross-section which, seen in a plane orthogonal to the axis, has a dimension along the width of the channel, wherein said dimension has a value that varies along the length of the first element parallelly to said axis, characterized in that the device is configured so that said variation along the axis of the cross-section size of the first element induces a magnetic return force between the first element and the magnetic field lines present in the channel segment. an empty channel extending parallel to the axis, a magnetic flux generator (54, 56) for creating a magnetic flux that crosses a segment of the empty channel with magnetic field lines which are all equiverse, a first element, reactive to the magnetic field, which is mounted in the empty channel and which extends along said axis, the first element being able to slide relative to the channel parallel to the axis during the movement of the object, wherein the first element in correspondence of said channel segment has a cross-section which, seen in a plane orthogonal to the axis, has a dimension along the width of the channel, wherein said dimension has a value that varies along the length of the first element parallelly to said axis, characterized in that the device is configured so that said variation along the axis of the cross-section size of the first element induces a magnetic return force between the first element and the magnetic field lines present in the channel segment.
A solid makeup cosmetic material comprising, based on the total amount of the cosmetic material, 33 to 45% by mass of an oil component, 3 to 15% by mass of a moisturizing agent and 50% by mass or more of a powder, wherein the solid makeup cosmetic material is a non-aqueous powder cosmetic material.
A method of preparing a modified catalyst support, the method comprising preparing a titanium-containing catalyst support material by (i) contacting a catalyst support material with an organic titanium compound, wherein the catalyst support material is selected from the group consisting of (a) a catalyst support precursor comprising an aluminium compound which, upon calcination, converts to a catalyst support in the form of one or more aluminium oxides, and (b) a catalyst support being alumina in the form of one or more aluminium oxides, or (ii) co-hydrolysing a hydrolysable organic titanium compound and Al(OR") 3, with the titanium-containing catalyst support material then including Al, wherein all R" are the same or different and are each an organic group; and calcining the titanium-containing catalyst support material at a temperature above 900°C to obtain a modified catalyst support which includes more than 1 wt% and less than 3.5 wt% Ti, based on the weight of the modified catalyst support, the Ti being present in the form of one or more titanium compounds. (i) contacting a catalyst support material with an organic titanium compound, wherein the catalyst support material is selected from the group consisting of (a) a catalyst support precursor comprising an aluminium compound which, upon calcination, converts to a catalyst support in the form of one or more aluminium oxides, and (b) a catalyst support being alumina in the form of one or more aluminium oxides, or (ii) co-hydrolysing a hydrolysable organic titanium compound and Al(OR") 3, with the titanium-containing catalyst support material then including Al, wherein all R" are the same or different and are each an organic group; and
Dispersion comprising - at least one porous sorbent selected from the group consisting of silica gels, zeolites and zeolite-like materials, aluminophosphates, silica aluminophosphates and metal aluminium phosphates, metal-organic frameworks (MOFs) and/or porous coordination polymers (PCPs), zeoliteimidazolate networks (ZiFs), molecular sieves (MCMs), activated carbons, carbon molecular sieves, hexacyanometallates and mixtures hereof, wherein the at least one sorbent comprises mesopores with a diameter of 2 to 50 nm and is hence porous and has a BET surface of at least 300 m 2 /g - at least one binder from the group of polyorganosiloxanes and - at least one organic solvent. - at least one porous sorbent selected from the group consisting of silica gels, zeolites and zeolite-like materials, aluminophosphates, silica aluminophosphates and metal aluminium phosphates, metal-organic frameworks (MOFs) and/or porous coordination polymers (PCPs), zeoliteimidazolate networks (ZiFs), molecular sieves (MCMs), activated carbons, carbon molecular sieves, hexacyanometallates and mixtures hereof, wherein the at least one sorbent comprises mesopores with a diameter of 2 to 50 nm and is hence porous and has a BET surface of at least 300 m 2 /g - at least one binder from the group of polyorganosiloxanes and - at least one organic solvent.
Equipment to provide a digital image on a building panel, wherein the equipment comprises a digital coating head, a powder scattering unit, and a powder removal system, the powder removal unit being adapted to remove the non-bonded powder from the building panel, characterised in that: the digital coating head is adapted to apply a liquid substance on the building panel, the powder scattering unit is adapted to apply a powder layer comprising colour pigments on the building panel, said liquid substance being adapted to bond a part of the powder to the building panel, and the equipment further comprises a pressing unit adapted to apply heat and pressure to the building panel. the digital coating head is adapted to apply a liquid substance on the building panel, the powder scattering unit is adapted to apply a powder layer comprising colour pigments on the building panel, said liquid substance being adapted to bond a part of the powder to the building panel, and the equipment further comprises a pressing unit adapted to apply heat and pressure to the building panel.
Electrical machine comprising - a stator having a laminated core which comprises sheets which are stacked in an axial direction and are arranged from a first axial end to a second axial end, - a rotor which is rotatably mounted around an axially extending axis of rotation and interacts with the stator across an air gap during operation of the electrical machine, - a winding which is arranged at the air gap, and - a first protective hood, - wherein the air gap is bounded by the stator and the rotor in radial directions which are oriented normal to the axial direction, - wherein the stator has a first pressure device which is arranged at the first axial end, wherein the first protective hood is fixedly fastened to the first pressure device at a connecting point by means of a fastening unit which has a first fastening area on the first protective hood and a second fastening area on the first pressure device, characterised in that the fastening unit has a first fastening element and a second fastening element, wherein a sealing layer is provided between the first protective hood and the first pressure device, wherein a thickness (d) of the sealing layer at the connecting point between the first protective hood and the first pressure device is specified by means of the first fastening element, and the second fastening element, which extends along an axial direction, is fastened to the first pressure device by means of a connection which has the first fastening element and the second fastening element, wherein the first protective hood is fastened to the first pressure device by means of a connection which has the first fastening element, the second fastening element and a third fastening element, wherein the fastening unit comprises the third fastening element. - a stator having a laminated core which comprises sheets which are stacked in an axial direction and are arranged from a first axial end to a second axial end, - a rotor which is rotatably mounted around an axially extending axis of rotation and interacts with the stator across an air gap during operation of the electrical machine, - a winding which is arranged at the air gap, and - a first protective hood, - wherein the air gap is bounded by the stator and the rotor in radial directions which are oriented normal to the axial direction, - wherein the stator has a first pressure device which is arranged at the first axial end,
Method for detecting obstacles in a given geographical area, the method comprising a step of pre-detection by processing of measurements taken in said area by several exteroceptive sensors including at least one sensor of lidar type and at least one sensor of a non-lidar type, in particular of radar type or of camera type, the method furthermore comprising a step of confirmation of the pre-detection step, including comparing a cloud of points measured by the sensor of lidar type in said area with map data corresponding to said area, the comparison of the cloud of points with the map data including calculating a level of correlation between the data of said cloud and said map data, the correlation level being an increasing function of the quantity of data that are consistent between the data of the cloud and the map data, the correlation level equalling 0 if none of the data of the cloud of points correlates with map data, the correlation level equalling 1 if all the data of the cloud of points correlate with map data, the method being characterized in that, if the non-lidar sensor detects an obstacle in the area, but the lidar sensor does not detect said obstacle and the level of correlation between the lidar cloud of points and the map data is greater than a predefined threshold lying between 0.5 and 1, then the detection of said obstacle by the non-lidar sensor is denied.
Carrier material for a bellows, in particular bellows carrier material, comprising a woven fabric of threads crisscrossed with one another in at least some regions, wherein the threads are formed from a twisted or non-twisted yarn which has fibres of aromatic polyester and at least one of the materials detailed below: - viscous - wool - cotton - aromatic polyamide, in particular aramid, characterised in that the yarn contains 30% to 60%, in particular 35% to 45%, and preferably 40%, aromatic polyester. - viscous - wool - cotton - aromatic polyamide, in particular aramid,
A connector for connecting a male contact (100A, 100B) to a female contact (200A, 200B), comprising: the male contact including an elastically deformable protruding portion (109A, 109B) at an end thereof; and characterized by: the female contact including a contact surface (208A, 208B) extending in an axial direction for contacting with the protruding portion, the contact surface including a first inclined surface which inclines from a first height on a first side of the contact surface to a second height on a second side of the contact surface and a second inclined surface which inclines in a direction opposite to the first inclined surface from a first height on the first side of the contact surface to a second height on the second side of the contact surface, the first inclined surface and the second inclined surface formed continuously such that a slope is provided at a step between the first inclined surface and the second inclined surface. the female contact including a contact surface (208A, 208B) extending in an axial direction for contacting with the protruding portion, the contact surface including a first inclined surface which inclines from a first height on a first side of the contact surface to a second height on a second side of the contact surface and a second inclined surface which inclines in a direction opposite to the first inclined surface from a first height on the first side of the contact surface to a second height on the second side of the contact surface, the first inclined surface and the second inclined surface formed continuously such that a slope is provided at a step between the first inclined surface and the second inclined surface.
A heated aerosol-generating article (4000a,4000b) comprising an aerosol-generating substrate (4020a,4020b), the aerosol-generating substrate (4020a,4020b) including a homogenised chamomile material, the homogenised chamomile material comprising at least 2.5 percent by weight of chamomile particles on a dry weight basis, an aerosol former and a binder, wherein the aerosol-generating substrate (4020a,4020b) comprises: at least 20 micrograms of bisabolol oxide A per gram of the substrate, on a dry weight basis; at least 100 micrograms of tonghaosu isomers per gram of the substrate, on a dry weight basis; and at least 15 micrograms of alpha-bisabolol per gram of the substrate, on a dry weight basis, wherein the aerosol-generating article (4000a,4000b) further comprises at least one hollow tube immediately downstream of the aerosol-generating substrate (4020a,4020b). at least 20 micrograms of bisabolol oxide A per gram of the substrate, on a dry weight basis; at least 100 micrograms of tonghaosu isomers per gram of the substrate, on a dry weight basis; and at least 15 micrograms of alpha-bisabolol per gram of the substrate, on a dry weight basis, wherein the aerosol-generating article (4000a,4000b) further comprises at least one hollow tube immediately downstream of the aerosol-generating substrate (4020a,4020b).
A cutting insert comprising: opposing top and bottom surfaces (36, 38) and a peripheral surface extending therebetween, the peripheral surface comprising a front arcuate surface and a rear surface, the front arcuate surface meeting the top and bottom surfaces (36, 38) at two edges (58, 60), at least one of the edges comprising a cutting edge; the rear surface comprising a central back surface, two side abutment surfaces (48, 50) and two rear abutment surfaces (52, 54), the central back surface being located between the two side abutment surfaces (48, 50) which extend forwardly therefrom, each side abutment surface (48, 50) being adjacent to a respective rear abutment surface (52, 54), the central back surface and the two side abutment surfaces (48, 50) being located on a protuberance of the cutting insert, the protuberance protruding beyond the rear abutment surfaces (52, 54) in a direction away from a central region of the front arcuate surface; and an insert through hole passing between the top and bottom surfaces (36, 38); characterised in that the two side abutment surfaces (48, 50) are parallel to each other; and the two rear abutment surfaces (52, 54) are flat and coplanar. opposing top and bottom surfaces (36, 38) and a peripheral surface extending therebetween, the peripheral surface comprising a front arcuate surface and a rear surface, the front arcuate surface meeting the top and bottom surfaces (36, 38) at two edges (58, 60), at least one of the edges comprising a cutting edge; the rear surface comprising a central back surface, two side abutment surfaces (48, 50) and two rear abutment surfaces (52, 54), the central back surface being located between the two side abutment surfaces (48, 50) which extend forwardly therefrom, each side abutment surface (48, 50) being adjacent to a respective rear abutment surface (52, 54), the central back surface and the two side abutment surfaces (48, 50) being located on a protuberance of the cutting insert, the protuberance protruding beyond the rear abutment surfaces (52, 54) in a direction away from a central region of the front arcuate surface; and an insert through hole passing between the top and bottom surfaces (36, 38); characterised in that the two side abutment surfaces (48, 50) are parallel to each other; and the two rear abutment surfaces (52, 54) are flat and coplanar.
A pharmaceutical composition for use in a method of inhibiting herpes viral activity in a subject, wherein the active ingredient of the pharmaceutical composition consists of an effective amount of 5% (w/w) diclofenac or a pharmaceutically acceptable salt thereof, and does not contain any other additional active compound.