mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article comprising an absorbent core sandwiched between a liquid-permeable topsheet and a liquid-impermeable backsheet, said article being arranged along a longitudinal axis and a transversal axis extending in a perpendicular direction in relation to the longitudinal axis and said article comprising a front portion, a back portion and a crotch portion, wherein said absorbent core comprises an absorbent component (5a, 5b, 5c) enclosed by a core cover (11, 12) comprising an upper and a lower side, and sealing arrangement (9, 10, 15, 16) for joining said upper and lower sides (11, 12) and comprising two channel sealings (9, 10) extending along said longitudinal axis in the crotch portion, defining a first channel sealing width and a second channel sealing width, and also comprising two side seams (15, 16) along the sides of said core, wherein a center segment having a first width is defined in the absorbent component (5a, 5b, 5c) between the channel sealings (9, 10) and two side segments (5b, 5c) each having a second width are defined in the absorbent component (5a, 5b, 5c) outside each channel sealing (9, 10), characterized in that the absorbent component (5a, 5b, 5c) is formed so that the total amount of absorbent material in the centre segment is equal to, or greater than, the total amount of absorbent material in each one of the side segments (5b, 5c), that a third width is defined between the channel sealings (9, 10) and a fourth width is defined between a channel sealing (9, 10) and a side seam (15, 16), and that the ratio of the first width and the third width is greater than the ratio of the second width and the fourth width.
An electric power unit comprising: a motor case configured to accommodate a motor; a battery case provided in an extension direction of an output shaft of the motor, and spaced apart from the motor case; and a cooling fan provided between the battery case and the motor case, wherein the battery case includes: a discharge port formed at a position facing the cooling fan; and a suction port provided at a position spaced apart from the discharge port, characterized in that the motor case includes a battery dock configured to support the battery case; and the battery dock includes a partition wall between the battery case and the cooling fan, and the battery case and the partition wall form a suction channel connecting the suction port to outside. a motor case configured to accommodate a motor; a battery case provided in an extension direction of an output shaft of the motor, and spaced apart from the motor case; and a cooling fan provided between the battery case and the motor case, a discharge port formed at a position facing the cooling fan; and a suction port provided at a position spaced apart from the discharge port, characterized in that the motor case includes a battery dock configured to support the battery case; and the battery dock includes a partition wall between the battery case and the cooling fan, and the battery case and the partition wall form a suction channel connecting the suction port to outside.
A method for wireless communications at a wireless device, comprising: determining physical channel conditions for a wireless channel; generating polarized sub-channel components based on the determined physical channel conditions; generating a set of mutual information profiles, each profile corresponding to one of the polarized subchannel components of the wireless channel, wherein the vertical axis of the mutual information profiles represents the probability of respective channel components and the horizontal axis of the profiles represents the mutual information value of the respective channel components; selecting a plurality of polar transform sequences corresponding to rows of a polar generation matrix based on the set of mutual information profiles, wherein the selecting includes computing the mean value of each of the set of mutual information profiles and selecting the plurality of polar transform sequences based on the mutual information profiles with the highest mean values; and encoding a block of information based at least in part on the selected plurality of polar transform sequences, wherein the selected polar transform sequences are used to derive the parity check matrix to use for encoding data; transmitting an indication of the selected plurality of polar transform sequences. determining physical channel conditions for a wireless channel; generating polarized sub-channel components based on the determined physical channel conditions; generating a set of mutual information profiles, each profile corresponding to one of the polarized subchannel components of the wireless channel, wherein the vertical axis of the mutual information profiles represents the probability of respective channel components and the horizontal axis of the profiles represents the mutual information value of the respective channel components; selecting a plurality of polar transform sequences corresponding to rows of a polar generation matrix based on the set of mutual information profiles, wherein the selecting includes computing the mean value of each of the set of mutual information profiles and selecting the plurality of polar transform sequences based on the mutual information profiles with the highest mean values; and encoding a block of information based at least in part on the selected plurality of polar transform sequences, wherein the selected polar transform sequences are used to derive the parity check matrix to use for encoding data; transmitting an indication of the selected plurality of polar transform sequences.
A humanized antibody binding human APRIL comprising a heavy chain variable region, light chain variable region pair which is VH14_1G.VL15, wherein the V H amino acid sequence is SEQ ID NO: 40 and wherein the V L amino acid sequence is SEQ ID NO: 30.
An apparatus for testing a component by means of ultrasound comprising several devices, wherein each device comprises a housing, a plurality of bidirectional ultrasonic transducers arranged on a probing side of said housing, driver electronics arranged in said housing for operating said transducers, a mechanical handle interface arranged on said housing for mounting a handle (30, 44), and a set of differently shaped handles (30, 44), wherein each handle is structured to be mounted on said mechanical handle interface, wherein the apparatus further comprises at least one mechanical connector, wherein said mechanical connector is structured and adapted to mechanically connect at least two of said devices to each other by being attached to said mechanical handle interfaces of the two devices. a housing, a plurality of bidirectional ultrasonic transducers arranged on a probing side of said housing, driver electronics arranged in said housing for operating said transducers, a mechanical handle interface arranged on said housing for mounting a handle (30, 44), and a set of differently shaped handles (30, 44), wherein each handle is structured to be mounted on said mechanical handle interface, wherein the apparatus further comprises at least one mechanical connector, wherein said mechanical connector is structured and adapted to mechanically connect at least two of said devices to each other by being attached to said mechanical handle interfaces of the two devices.
Plug-in connection for fluid lines, comprising two plug-together coupling parts (2, 4), to be precise a socket part and a plug part, wherein the plug part can be plugged in a sealing manner, by way of a plug stem, into an accommodating opening of the socket part and, in the plugged-in state, can be arrested in a releasable manner via a locking device, wherein the locking device comprises, on the one hand, two outer, radial, flange-like retaining crosspieces (14, 16) of the two coupling parts (2, 4), said retaining crosspieces being axially adjacent, as seen in the plug-in direction, in the plugged-in state, and, on the other hand, a retaining element (18, 18a, 18b), which engages axially and radially around the retaining crosspieces (14, 16) of the two coupling parts (2, 4) by way of at least one retaining portion, which is C-shaped as seen in axial section, wherein the retaining element (18, 18a, 18b) is of annular design and, in a preassembled state and in the assembled state, encloses at least one of the two coupling parts (2, 4) by way of a circumferentially closed annular contour, wherein a coupling part, for the preassembly fixing of the retaining element, has a radial annular groove for accommodating a corresponding radial annular collar of the retaining element, wherein the annular collar can be introduced into the annular groove by an introduction movement, with the retaining element being widened elastically in the process, characterized in that the annular collar can be introduced into the annular groove by an introduction movement directed transversely to the plug-in direction.
An interface assembly comprising a mask body coupled to a seal member, the mask body comprising an outer forwardly facing surface and an inner rearwardly facing surface, a passage extending through the mask body, an antiasphyxiation valve positioned within the passage, the antiasphyxiation valve being sandwiched between at least one inner member and at least one outer member, characterized in that: the at least one inner member comprises a member that is integrally formed with at least a portion of the mask body, the antiasphyxiation valve is seated on the outer member, the outer member being secured to the mask body, the outer member is at least partially received within the passage, and wherein a centering boss is formed on the inner member that cooperates with a recess of the antiasphyxiation valve to centre the antiasphyxiation valve within the passage. the at least one inner member comprises a member that is integrally formed with at least a portion of the mask body, the antiasphyxiation valve is seated on the outer member, the outer member being secured to the mask body, the outer member is at least partially received within the passage, and wherein a centering boss is formed on the inner member that cooperates with a recess of the antiasphyxiation valve to centre the antiasphyxiation valve within the passage.
Protected turret comprising a firearm having a barrel, and at least one firing chamber; said protected turret comprising, furthermore, a body and zenithal angle varying means or elevation angle varying means of said firearm, which cause said firearm to rotate around a rotation axis X, which is orthogonal to a firearm axis Y, which is defined by the length of said barrel; said elevation angle varying means causing said firearm to rotate by an elevation angle φ with respect to a zero value corresponding to a horizontal direction; said turret comprises: - a pair of protection plates (30, 50), which are mounted above said firearm; - a third protection plate, which in mounted under said firearm; said plates being oriented with respective faces lying on a plane having an axis that is parallel to said rotation axis X and orthogonal to said firearm axis Y; said third protection plate comprises a cavity having a width that is larger than or equal to the diameter of the barrel or cradle; said third protection plate comprises a first and a second portion (31a, 31b), which are arranged at an angle with respect to one another and are joined along a line that is parallel to said rotation axis X; characterized in that said second portion is rotatory constrained to said body of said turret. - a pair of protection plates (30, 50), which are mounted above said firearm; - a third protection plate, which in mounted under said firearm;
A method comprising: determining, by a computing system, a dry thickness of a fabric preform; determining, by the computing system, a debulked thickness of the fabric preform using the dry thickness of the fabric preform; determining, by the computing system, a stitch tension using the dry thickness of the fabric preform and the debulked thickness of the fabric preform; and causing, by the computing system, a stitching machine to apply a through-the-thickness stitch having the stitch tension to the fabric preform. determining, by a computing system, a dry thickness of a fabric preform; determining, by the computing system, a debulked thickness of the fabric preform using the dry thickness of the fabric preform; determining, by the computing system, a stitch tension using the dry thickness of the fabric preform and the debulked thickness of the fabric preform; and causing, by the computing system, a stitching machine to apply a through-the-thickness stitch having the stitch tension to the fabric preform.
Method of analysing an excavation material comprising the following steps: a) analysis by infrared spectroscopy of a sample of excavated material in a range of wavenumbers between 4000 cm -1 and 350 cm -1 to obtain an infrared spectrum, b) determining the mass content of iron pyrite in said sample from the infrared spectrum obtained in step a), characterised in that step b) comprises the following sub-steps: b1) detecting between 450 cm -1 and 435 cm -1 of a specific absorption band of iron pyrite in the infrared spectrum obtained in step a), b2) integrating the absorption band detected in step b1) to calculate an area, and b3) comparing the area obtained in step b2) with a calibration curve to determine the mass content of iron pyrite in the excavated material. a) analysis by infrared spectroscopy of a sample of excavated material in a range of wavenumbers between 4000 cm -1 and 350 cm -1 to obtain an infrared spectrum, b) determining the mass content of iron pyrite in said sample from the infrared spectrum obtained in step a), b1) detecting between 450 cm -1 and 435 cm -1 of a specific absorption band of iron pyrite in the infrared spectrum obtained in step a), b2) integrating the absorption band detected in step b1) to calculate an area, and b3) comparing the area obtained in step b2) with a calibration curve to determine the mass content of iron pyrite in the excavated material.
System for detecting and classifying the handling of goods; said goods being placed on display stands and holders, in a retail shop; said system comprising a reader and tags; said classification being obtained by means of the reader provided with an expert system; said reader being installed on said display stands and holders,; said expert system processing data provided by a tag attached to said goods; said tag being used to track the movement of said goods as they are moved away from said reader; said system being characterized by the fact that: said tag includes an energy harvesting circuit connected to an antenna and also connected to an accumulator; said accumulator being recharged wirelessly by said reader when the goods are positioned on said display stands and holders,; said accumulator being used to power a field strength meter and a microprocessor; said field strength meter being used to detect the distance between said tag and said display stands and holders, by measuring the power of the signal received by said reader; said microprocessor being used for sending data gathered from said tag to said reader via the antenna, said data comprising at least: • the identifier of said tag; • the distance between said tag and said reader and the duration of the manipulation. • the identifier of said tag; • the distance between said tag and said reader and the duration of the manipulation.
A flexible pipe body (300, 400), or a precursor for a flexible pipe body, comprising an inner fluid retaining layer (302, 402) defining a pipe bore for the transmission of fluids, at least one reinforcement layer (301, 401) configured to resist internal or external pressure and/or tensile loads in the pipe body or precursor, and at least one sacrificial layer (310, 410, 412), characterized in that the sacrificial layer (310, 410, 412) is soluble or dispersible on contact with a solvent medium.
Process for the preparation of a block copolymer P comprising a first block bonded to a second block, which comprises the following controlled radical polymerization stages: the following are brought into contact, typically in an aqueous medium: - ethylenically unsaturated monomers m A, which are identical or different, chosen for the construction of the block; - a source of free radicals which is suitable for the polymerization of said monomers; and - a control agent for the radical polymerization, preferably comprising a thiocarbonylthio -S(C=S)- group; then the following are brought into contact: - the polymer obtained on conclusion of stage, which acts as control agent for the radical polymerization; - ethylenically unsaturated monomers m B, which are identical or different, chosen for the construction of the block; - a source of free radicals which is suitable for the polymerization of said monomers; and - a polymer P 0 which is not ethylenically unsaturated and which carries labile hydrogens. the following are brought into contact, typically in an aqueous medium: - ethylenically unsaturated monomers m A, which are identical or different, chosen for the construction of the block; - a source of free radicals which is suitable for the polymerization of said monomers; and - a control agent for the radical polymerization, preferably comprising a thiocarbonylthio -S(C=S)- group; then - ethylenically unsaturated monomers m A, which are identical or different, chosen for the construction of the block; - a source of free radicals which is suitable for the polymerization of said monomers; and - a control agent for the radical polymerization, preferably comprising a thiocarbonylthio -S(C=S)- group; the following are brought into contact: - the polymer obtained on conclusion of stage, which acts as control agent for the radical polymerization; - ethylenically unsaturated monomers m B, which are identical or different, chosen for the construction of the block; - a source of free radicals which is suitable for the polymerization of said monomers; and - a polymer P 0 which is not ethylenically unsaturated and which carries labile hydrogens. - the polymer obtained on conclusion of stage, which acts as control agent for the radical polymerization; - ethylenically unsaturated monomers m B, which are identical or different, chosen for the construction of the block; - a source of free radicals which is suitable for the polymerization of said monomers; and - a polymer P 0 which is not ethylenically unsaturated and which carries labile hydrogens.
Cleaning apparatus for cleaning the inside surface of a large diameter pipe, the apparatus comprising: a feeding tube adapted to supply cleaning matter under pressure; a nozzle in a cleaning head connected to the feeding tube and directed to the inside surface of the pipe to receive the cleaning matter from the feeding tube and to direct it to the inside surface of the pipe; a rotating mechanism (34, 37) for rotating the cleaning head; a driving mechanism (34, 38, 40, 42, 46, 90, 48, 34') for developing axial movement of the cleaning apparatus in the pipe; and a mechanical coupling automatically synchronizing the driving mechanism and the rotating mechanism, characterized in that first centering wheels in a first plane and spaced apart second centering wheels in a second plane are arranged to contact the pipe wall with a given load by means of a line of hydraulic cylinders and pistons (64, 66, 68, 70; 64', 66', 68', 70') acting to supporting brackets (72, 72') of the centering wheels (76, 76'), and in that the first centering wheels and the second centering wheels respectively consist of at least one pair of opposite wheels which are pressed to the pipe wall by one common pis-ton (64, 64'), the latter actuating a pair of pistons (66, 66; 66', 66') in parallel and suitable for centering the apparatus by piston rods (70, 70') with the radial displacement of the centering wheels (76, 76'). a feeding tube adapted to supply cleaning matter under pressure; a nozzle in a cleaning head connected to the feeding tube and directed to the inside surface of the pipe to receive the cleaning matter from the feeding tube and to direct it to the inside surface of the pipe; a rotating mechanism (34, 37) for rotating the cleaning head; a driving mechanism (34, 38, 40, 42, 46, 90, 48, 34') for developing axial movement of the cleaning apparatus in the pipe; and a mechanical coupling automatically synchronizing the driving mechanism and the rotating mechanism, characterized in that first centering wheels in a first plane and spaced apart second centering wheels in a second plane are arranged to contact the pipe wall with a given load by means of a line of hydraulic cylinders and pistons (64, 66, 68, 70; 64', 66', 68', 70') acting to supporting brackets (72, 72') of the centering wheels (76, 76'), and in that the first centering wheels and the second centering wheels respectively consist of at least one pair of opposite wheels which are pressed to the pipe wall by one common pis-ton (64, 64'), the latter actuating a pair of pistons (66, 66; 66', 66') in parallel and suitable for centering the apparatus by piston rods (70, 70') with the radial displacement of the centering wheels (76, 76').
An illumination apparatus comprising: a housing comprising a barrier wall that defines a first space and a second space in the housing, wherein a first surface of the barrier wall corresponds to the first space and a second surface of the barrier wall corresponds to the second space; a light-emitting device module disposed on the first surface of the barrier wall and comprising a printed circuit board, PCB, disposed on the first surface and a plurality of light-emitting device chips disposed on the PCB; a power supplier disposed in the second space, and for applying a voltage to the light-emitting device module; and a heat dissipation member that contacts a lower surface of the housing and covers the second space, wherein the heat dissipation member comprises an upper surface and a lower surface, the upper surface corresponding to the second space and facing the second surface of the barrier wall; characterized in that the power supplier comprises a terminal that extends through a lateral wall of the housing; and the illumination apparatus comprises a heat sink having an upper surface connected to the lower surface of the heat dissipation member. a housing comprising a barrier wall that defines a first space and a second space in the housing, wherein a first surface of the barrier wall corresponds to the first space and a second surface of the barrier wall corresponds to the second space; a light-emitting device module disposed on the first surface of the barrier wall and comprising a printed circuit board, PCB, disposed on the first surface and a plurality of light-emitting device chips disposed on the PCB; a power supplier disposed in the second space, and for applying a voltage to the light-emitting device module; and a heat dissipation member that contacts a lower surface of the housing and covers the second space, wherein the heat dissipation member comprises an upper surface and a lower surface, the upper surface corresponding to the second space and facing the second surface of the barrier wall; characterized in that the power supplier comprises a terminal that extends through a lateral wall of the housing; and the illumination apparatus comprises a heat sink having an upper surface connected to the lower surface of the heat dissipation member.