mhurhangee/ep-ind-claims huggingface dataset:
A compound comprising a neuropeptide analog, for use in treating pain in a subject, wherein the neuropeptide analog comprises at least one amino acid covalently attached to a monodisperse oligoethylene glycol unit, wherein the neuropeptide analog does not cross the blood brain barrier, and wherein the neuropeptide analog is selected from at least one of SEQ ID NO: 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, and 22 or wherein the neuropeptide analog has at least 95% homology to at least one of SEQ ID NO: 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21 and 22.
A disturbance removal device that removes, from a distance image, a granular disturbance object flying around a target object to be recognized, the disturbance removal device comprising: a distance measurement sensor that chronologically acquires a plurality of distance images indicating a distance distribution of a surrounding environment; an extraction unit that, with respect to each distance image acquired by the distance measurement sensor, extracts a predetermined number of pixels in order of smaller distance as candidate pixels of the disturbance object, the predetermined number being one or more; a calculation unit that calculates a feature value indicating the characteristic of the temporal change between each candidate pixel in a distance image of a current frame and a corresponding candidate pixel in a distance image of a past frame, wherein the feature value is at least one of velocity, an angle between velocity vectors and an acceleration; and a removal unit that specifies, as a pixel indicating the disturbance object, a candidate pixel, the feature value of which calculated by the calculation unit is larger than a predetermined reference feature value, and removes the specified pixel from the distance image of the current frame. a distance measurement sensor that chronologically acquires a plurality of distance images indicating a distance distribution of a surrounding environment; an extraction unit that, with respect to each distance image acquired by the distance measurement sensor, extracts a predetermined number of pixels in order of smaller distance as candidate pixels of the disturbance object, the predetermined number being one or more; a calculation unit that calculates a feature value indicating the characteristic of the temporal change between each candidate pixel in a distance image of a current frame and a corresponding candidate pixel in a distance image of a past frame, wherein the feature value is at least one of velocity, an angle between velocity vectors and an acceleration; and a removal unit that specifies, as a pixel indicating the disturbance object, a candidate pixel, the feature value of which calculated by the calculation unit is larger than a predetermined reference feature value, and removes the specified pixel from the distance image of the current frame.
A sensor (10; 34) for measuring and/or detecting fouling forming on a face of the sensor, characterized in that it includes: - a support serving as thermal insulation, - at least one heating element (16; 58) positioned on one side on the support and that is able to diffuse, on command, a controlled homogeneous heat flow on the side opposite the support, - a single temperature measuring element (18; 56) having dimensions smaller than those of said at least one heating element and being positioned above and at the center thereof, on the side opposite the support so as to be in the most homogeneous part of the heat flow. - a support serving as thermal insulation, - at least one heating element (16; 58) positioned on one side on the support and that is able to diffuse, on command, a controlled homogeneous heat flow on the side opposite the support, - a single temperature measuring element (18; 56) having dimensions smaller than those of said at least one heating element and being positioned above and at the center thereof, on the side opposite the support so as to be in the most homogeneous part of the heat flow.
A method of detection of Gram-negative bacteria periplasmic space and cell wall outer membrane proteins by mass spectrometry, characterized in that the periplasmic space and cell wall outer membrane proteins are extracted from the bacteria, and the proteins to be detected are stabilized by an inhibitor and/or a substrate of the given protein, the proteins are then dissolved, placed onto a MALDI-TOF plate, covered with matrix solution, measured by MALDI-TOF mass spectrometry, and the resulting spectra are compared to the reference peaks of the given protein.
Method for treating a surface of a fibre composite component, comprising the following steps: Abrasive removal of the surface of the fibre composite component by blasting an abrasive agent transported by a gaseous transport fluid onto the surface of the fibre composite component by means of a feed nozzle, characterised in that the blasting by the feed nozzle takes place in a working space which is formed by a bell placed on the surface of the fibre composite component, the bell having an abutment rim which faces the surface of the fibre composite component, wherein a sealing device for sealing the working space with respect to the surface of the fibre composite component is arranged at the abutment rim, and wherein the working space is sealed with respect to a rear surface of the fibre composite component when a rim region of the surface of the fibre composite component is removed; and that a suction of the removal agent and of material removed by the removal agent from the working space is carried out by means of a suction nozzle arranged in the region of the feed nozzle; wherein the rim region of the surface extends along an edge of the fibre composite component, and wherein the sealing device encloses the edge of the fibre composite component and thereby abuts against the surface and the rear surface of the fibre composite component. Abrasive removal of the surface of the fibre composite component by blasting an abrasive agent transported by a gaseous transport fluid onto the surface of the fibre composite component by means of a feed nozzle, characterised in that the blasting by the feed nozzle takes place in a working space which is formed by a bell placed on the surface of the fibre composite component, the bell having an abutment rim which faces the surface of the fibre composite component, wherein a sealing device for sealing the working space with respect to the surface of the fibre composite component is arranged at the abutment rim, and wherein the working space is sealed with respect to a rear surface of the fibre composite component when a rim region of the surface of the fibre composite component is removed; and that a suction of the removal agent and of material removed by the removal agent from the working space is carried out by means of a suction nozzle arranged in the region of the feed nozzle; wherein the rim region of the surface extends along an edge of the fibre composite component, and wherein the sealing device encloses the edge of the fibre composite component and thereby abuts against the surface and the rear surface of the fibre composite component.
A method for producing a depleted liquid, in particular ion-depleted drinking water, from a primary liquid, comprising the steps of - feeding the primary liquid into a crystallizer and press chamber; - cooling the primary liquid in the crystallizer and press chamber such that the primary liquid in the crystallizer and press chamber is cooled to a range of or below a phase transition temperature of the primary liquid; and - at least partially converting the primary liquid into the solid phase to produce primary ice in the crystallizer and press chamber; - pressing the primary ice using a pressing device (40, 42, 44, 46, 48) so as to separate an enriched carrier liquid from the depleted liquid; wherein the pressing device (40, 42, 44, 46, 48) is arranged such that the pressing of the primary ice is accomplished together with the ice formation inside the crystallizer and press chamber; wherein the enriched carrier liquid is enriched with dissolved and/or disperse fractions from the primary liquid and wherein the depleted liquid is depleted of the dissolved and/or disperse fractions from the primary liquid; wherein the enriched carrier liquid is discharged from the crystallizer and press chamber through drainage passages during the pressing. - feeding the primary liquid into a crystallizer and press chamber; - cooling the primary liquid in the crystallizer and press chamber such that the primary liquid in the crystallizer and press chamber is cooled to a range of or below a phase transition temperature of the primary liquid; and - at least partially converting the primary liquid into the solid phase to produce primary ice in the crystallizer and press chamber; - pressing the primary ice using a pressing device (40, 42, 44, 46, 48) so as to separate an enriched carrier liquid from the depleted liquid; wherein the pressing device (40, 42, 44, 46, 48) is arranged such that the pressing of the primary ice is accomplished together with the ice formation inside the crystallizer and press chamber; wherein the enriched carrier liquid is enriched with dissolved and/or disperse fractions from the primary liquid and wherein the depleted liquid is depleted of the dissolved and/or disperse fractions from the primary liquid; wherein the enriched carrier liquid is discharged from the crystallizer and press chamber through drainage passages during the pressing. wherein the pressing device (40, 42, 44, 46, 48) is arranged such that the pressing of the primary ice is accomplished together with the ice formation inside the crystallizer and press chamber; wherein the enriched carrier liquid is enriched with dissolved and/or disperse fractions from the primary liquid and wherein the depleted liquid is depleted of the dissolved and/or disperse fractions from the primary liquid; wherein the enriched carrier liquid is discharged from the crystallizer and press chamber through drainage passages during the pressing.
Spin-on filter for a filter apparatus for fluid, in particular liquid, in particular oil or fuel, in particular of an internal combustion engine, in particular of a motor vehicle, wherein the spin-on filter comprises: - a housing pot in which a filter element is disposed, - a connecting body disposed frontally on the housing pot and which is provided with a central opening located in the center and in particular with at least one fluid opening which is offset radially outwardly opposite the central opening, - a filter-sided connecting part of a connecting means for releasably connecting the spin-on filter to a filter head of the filter apparatus and which is disposed at the central opening located in the center, and wherein the filter-sided connecting part is releasably connectable by means of a combined plug-in and rotational movement with respect to a connecting axis to a connecting piece of a head-sided connecting part of the filter head of the filter apparatus, and wherein an external gasket is provided frontally at least around the central opening and possibly around the at least one fluid opening, the external gasket being directed radially outwardly for contacting a filter-head-sided, radially inwardly directed sealing surface in order to seal towards the surrounding a fluid space formed between the spin-on filter and the filter head when the spin-on filter is mounted on the filter head, wherein a seal-receiving groove open radially outwardly is formed at least partially by a fastening ring of the connecting body which is positively connected to the edge of the housing pot, in particular by a mold flange. - a housing pot in which a filter element is disposed, - a connecting body disposed frontally on the housing pot and which is provided with a central opening located in the center and in particular with at least one fluid opening which is offset radially outwardly opposite the central opening, - a filter-sided connecting part of a connecting means for releasably connecting the spin-on filter to a filter head of the filter apparatus and which is disposed at the central opening located in the center,
A card stacker for use with a card production device and configured to deliver a card substrate to a bottom of a stack of card substrates, the card stacker comprising: a stack support configured to hold the stack of card substrates on a top side of the stack support that is opposite a bottom side of the stack support; a card lift mechanism configured to support the card substrate in a lift position on the bottom side of the stack support, and drive the card substrate to a raised position, in which the card substrate is positioned at the bottom of the stack of card substrates and is supported by the top side of the stack support; a card feed mechanism comprising a first transport roller having a feed position when the card substrate is in the lift position, and a retracted position when the card substrate is in the raised position, wherein: the first transport roller engages a top surface of the card substrate that faces the bottom side of the stack support when in the feed position; and when in the retracted position, the first transport roller is displaced from a lifting path of the card substrate defined between the lift and raised positions; and a retraction mechanism configured to move the first transport roller between the feed and retracted positions. a stack support configured to hold the stack of card substrates on a top side of the stack support that is opposite a bottom side of the stack support; a card lift mechanism configured to support the card substrate in a lift position on the bottom side of the stack support, and drive the card substrate to a raised position, in which the card substrate is positioned at the bottom of the stack of card substrates and is supported by the top side of the stack support; a card feed mechanism comprising a first transport roller having a feed position when the card substrate is in the lift position, and a retracted position when the card substrate is in the raised position, wherein: the first transport roller engages a top surface of the card substrate that faces the bottom side of the stack support when in the feed position; and when in the retracted position, the first transport roller is displaced from a lifting path of the card substrate defined between the lift and raised positions; and the first transport roller engages a top surface of the card substrate that faces the bottom side of the stack support when in the feed position; and when in the retracted position, the first transport roller is displaced from a lifting path of the card substrate defined between the lift and raised positions; and a retraction mechanism configured to move the first transport roller between the feed and retracted positions.
A helical conveyor, comprising a drivable endless conveyor belt having a transport section for transporting products where the conveyor belt follows at least partly a helical path between a lower end and an upper end of the transport section and a return section (8, 9, 12) where the conveyor belt follows a path between the lower end and the upper end outside the transport section, a lower end reverse guide for turning the conveyor belt upside down and reverting its direction of movement between the transport section and the return section at the lower end of the transport section and an upper end reverse guide for turning the conveyor belt upside down and reverting its direction of movement between the transport section and the return section at the upper end of the transport section, wherein the return section leaves the upper end through a horizontally oriented upper return section portion and the return section leaves the lower end through a horizontally oriented lower return section portion, wherein the return section has an upwardly directed return section portion which forms a connection between the upper return section portion and the lower return section portion and extends at least partly outside the helical path as seen from above, characterized in that the upper end lies at an end of the helical path and the return section leaves the upper end tangentially as seen from above and extends in outward direction from the helical path as seen from the upper end.
Assembly for sampling and transporting of nano-objects liable to be present in an aerosol for the purposes of their analysis, comprising: - a device comprising a porous sampling filter able to trap the nano-objects liable to be in suspension in the aerosol, a cassette composed of a first piece and a second piece provided with means of mutual assembly (11, 110; 21, 210) and means (14, 24) of holding the filter, the first and second pieces in their assembled configuration defining a cavity in which the filter is lodged while being held, and at least one gasket able to produce tightness between the cavity and the outside, the means of mutual assembly comprising first clipping means integrated with the first piece, and second clipping means integrated with the second piece and able to cooperate with the first means in order to bring about a clipping of the two pieces; characterized in that the assembly comprises - a sampling apparatus integrating a suction pump and comprising a seat in which the cassette can be secured in a removable manner when the two pieces (1, 2) are in the assembled configuration to accomplish the sampling of the nano-objects by the suction pump, in which assembly the arrangement of the edges of the seat relative to the clipping means (11, 110; 21, 210) is such that they cannot be reached physically, either manually or by a tool, even one adapted to their unclipping, in the assembled configuration of the pieces, when the cassette is in its configuration secured to the apparatus. - a device comprising a porous sampling filter able to trap the nano-objects liable to be in suspension in the aerosol, a cassette composed of a first piece and a second piece provided with means of mutual assembly (11, 110; 21, 210) and means (14, 24) of holding the filter, the first and second pieces in their assembled configuration defining a cavity in which the filter is lodged while being held, and at least one gasket able to produce tightness between the cavity and the outside, the means of mutual assembly comprising first clipping means integrated with the first piece, and second clipping means integrated with the second piece and able to cooperate with the first means in order to bring about a clipping of the two pieces; characterized in that the assembly comprises - a sampling apparatus integrating a suction pump and comprising a seat in which the cassette can be secured in a removable manner when the two pieces (1, 2) are in the assembled configuration to accomplish the sampling of the nano-objects by the suction pump,
A method for producing an acrylic rubber, the method comprising dividedly adding 80% to 100% by mass of the total mass of a monomer component containing 100 parts by mass of an acrylic acid alkyl ester having an alkyl group having 1 to 3 carbon atoms, 20 to 160 parts by mass of an acrylic acid alkyl ester having an alkyl group having 4 to 8 carbon atoms, and 0.1 to 10 parts by mass of a crosslinking seat monomer containing a carboxyl group, and performing emulsion polymerization at a polymerization temperature of 20°C to 60°C;. wherein the monomer component further contains 10 to 50 parts by mass of a methacrylic acid alkyl ester having an alkyl group having 1 to 4 carbon atoms.
An apparatus for moving sliding doors and wardrobe doors fixed to the inner face of the top of a door comprising at least one carriage and at least one braking device with a slider suitable to pull at least one coil return spring, further comprising two extruded profiles,, said doorbeing hung from a beam made up of said two extruded profiles,, said extruded profiles and are coupled with snap-in couplings and define a cavity in which the braking device with slider is housed and stabilised with screws, wherein the second extruded profile defines a sliding track for the wheels or bearings of one or more carriages, fixed to the door at a recess and wherein said at least one braking device is fixed on a cantilevered bracket of the second extruded profile, characterised in that each carriage is provided with a bottom, plate-shaped structure fixed to the door with screws and a support for said bearings, fastened with rivets to said bottom structure, the carriage being further provided, on the support, with a cantilevered seat open in the lower part for housing an anti-release device having at the same time the function of actuator of the braking device.
Arrangement for a high-voltage circuit breaker, having at least one movable electric contact piece of an interrupter unit, wherein the at least one movable contact piece is arranged on a switch rod, and the switch rod is movably mounted between the outer region and the inner region of the housing of the interrupter unit, with an exclusively linear control of the switch rod characterized in that the linear control of the switch rod comprises an anti-twist mechanism, having a body which is movable in a groove, which is rigidly connected to the switch rod.
A method for mapping, by a user equipment, UE,, channel quality information, CQI, modulation symbols and Physical Uplink Shared Channel, PUSCH, modulation symbols onto resource units of a subframe allocated to said UE, said subframe having a first slot and a second slot, to perform transmission on at least one unlicensed carrier, the method comprising: - mapping the channel quality information, CQI, modulation symbols onto resource units of the second slot of the allocated subframe, wherein the CQI modulation symbols are mapped from a first resource unit of the second slot in a time-first mapping; and - mapping the Physical Uplink Shared Channel, PUSCH, modulation symbols onto resource units of both the first and second slot of the allocated subframe, starting from a first resource unit of the first slot in a time-first mapping which first follows a time direction of both the first slot and the second slot and then follows a frequency direction of the allocated frequency resource of the allocated subframe. - mapping the channel quality information, CQI, modulation symbols onto resource units of the second slot of the allocated subframe, wherein the CQI modulation symbols are mapped from a first resource unit of the second slot in a time-first mapping; and - mapping the Physical Uplink Shared Channel, PUSCH, modulation symbols onto resource units of both the first and second slot of the allocated subframe, starting from a first resource unit of the first slot in a time-first mapping which first follows a time direction of both the first slot and the second slot and then follows a frequency direction of the allocated frequency resource of the allocated subframe.