mhurhangee/ep-ind-claims huggingface dataset:
A suction and removal apparatus for sucking and removing in a closed room powder attached to garments of a person, the suction and removal apparatus comprising a suction device, a suction head containing a high efficiency particulate air (HEPA) filter and having a suction port, and a flexible tube connected between the suction device and the suction head: wherein the connection between the suction head and the flexible tube is attachable and detachable; and wherein the suction device is installed outside or inside the room and the suction head and part of the flexible tube are installed inside the room; characterized in that the suction port of the suction head has a cap that closes the suction port, wherein the suction head includes a housing and the HEPA filter contained in the housing, such that the housing and the HEPA filter can be separated from the connection with the flexible tube and disposed of; the housing includes a cylindrical peripheral wall, a first end wall that closes a first end of the cylindrical peripheral wall and is provided with a suction port, and a second end wall that closes a second end of the cylindrical peripheral wall and is connected to the flexible tube; and the HEPA filter is in close contact with an inner surface of the cylindrical peripheral wall of the housing for shutting down the movement of powder while maintaining air flow between the first end wall and the second end wall. wherein the connection between the suction head and the flexible tube is attachable and detachable; and wherein the suction device is installed outside or inside the room and the suction head and part of the flexible tube are installed inside the room; characterized in that the suction port of the suction head has a cap that closes the suction port, wherein the suction head includes a housing and the HEPA filter contained in the housing, such that the housing and the HEPA filter can be separated from the connection with the flexible tube and disposed of; the housing includes a cylindrical peripheral wall, a first end wall that closes a first end of the cylindrical peripheral wall and is provided with a suction port, and a second end wall that closes a second end of the cylindrical peripheral wall and is connected to the flexible tube; and the HEPA filter is in close contact with an inner surface of the cylindrical peripheral wall of the housing for shutting down the movement of powder while maintaining air flow between the first end wall and the second end wall.
A neuromuscular therapy device, comprising: a top unit comprising, on a top side of the top unit, a pair of square pyramidal bodies separated by a central valley, wherein each of the pair of square pyramidal bodies comprises a top peak with vertices that are smoothly radiused; and a base unit comprising a hollowed top central portion for securing the top unit, wherein the hollowed top central portion corresponds to and is configured to receive an entire bottom perimeter of the top unit; and characterized in that the neuromuscular therapy device comprises: a sub-base unit comprising a central hollow portion on a top surface of the sub-base unit, the central hollow portion being sized and configured to receive the entire bottom perimeter of the base unit directly in frictional engagement. a top unit comprising, on a top side of the top unit, a pair of square pyramidal bodies separated by a central valley, wherein each of the pair of square pyramidal bodies comprises a top peak with vertices that are smoothly radiused; and a base unit comprising a hollowed top central portion for securing the top unit, wherein the hollowed top central portion corresponds to and is configured to receive an entire bottom perimeter of the top unit; and characterized in that the neuromuscular therapy device comprises: a sub-base unit comprising a central hollow portion on a top surface of the sub-base unit, the central hollow portion being sized and configured to receive the entire bottom perimeter of the base unit directly in frictional engagement.
Manifold configured to ensure the interface between an air cooler of a turbocharged motor vehicle engine and a box for routing supercharging air from this engine placed at the inlet or at the outlet of this air cooler, said manifold comprising at least one reinforcing strap placed in the flow of air circulating between the air cooler and the air routing box, characterized in that, in section along a plane substantially at right angles to the direction in which it extends, at least one reinforcing strap has a convex profile of which the apex of the curvature extends in the same direction as that of the flow of air in which the manifold is placed, in the opposite direction to the direction in which this flow of air circulates between the air cooler and the air routing box.
Ink jet printing ink composition comprising the following components: (a) 60 - 84.5 wt.-% of an organic solvent or a mixture of organic solvents, (b) 0.5 - 5 wt.-% of a binder, wherein the binder comprises ethyl cellulose in an amount of a range of 85 to 100 wt.-%, based on the total amount of the binder, (c) 15 - 25 wt.-% of silver particles having a d 50 -value in a range of 130 nm to 800 nm, (d) optionally antioxidizing agents, (e) optionally a dispersing agent for the silver particles different from binder (b), wherein all amounts are referred to the total amount of the ink jet printing ink composition, if not defined otherwise. (a) 60 - 84.5 wt.-% of an organic solvent or a mixture of organic solvents, (b) 0.5 - 5 wt.-% of a binder, wherein the binder comprises ethyl cellulose in an amount of a range of 85 to 100 wt.-%, based on the total amount of the binder, (c) 15 - 25 wt.-% of silver particles having a d 50 -value in a range of 130 nm to 800 nm, (d) optionally antioxidizing agents, (e) optionally a dispersing agent for the silver particles different from binder (b),
An apparatus (100; 500) comprising: means (121; 564) for supplying a direct current voltage; means (116; 562) for detecting a connection of the apparatus to a sink device coupled to the apparatus without consuming power from a DC voltage source within the apparatus; means for receiving a detection signal from the means for detecting the connection in response to detection of the sink device being coupled to the apparatus; means for selectively enabling and disabling a connection to the means for supplying the DC voltage source; means for detecting a presence of a hot-plug detect signal; characterized by: means for disabling the means for detecting the connection when the presence of the HPD signal is detected. means (121; 564) for supplying a direct current voltage; means (116; 562) for detecting a connection of the apparatus to a sink device coupled to the apparatus without consuming power from a DC voltage source within the apparatus; means for receiving a detection signal from the means for detecting the connection in response to detection of the sink device being coupled to the apparatus; means for selectively enabling and disabling a connection to the means for supplying the DC voltage source; means for detecting a presence of a hot-plug detect signal; characterized by: means for disabling the means for detecting the connection when the presence of the HPD signal is detected.
A brush belt (424, 924) for a planting unit having a seed meter and seed delivery system, comprising: a base member (426, 926) having first side with a traction surface and a second side that is opposite the first side, the first side having a mounting surface, wherein elongated bristles extend from the mounting surface of the base member (426, 926), the bristles are configured to hold seeds to limit the movement of the seeds relative to the base member or to one another, wherein the seeds can be held in the bristles such that the seeds are limited in movement vertically, horizontally or otherwise relative to the bristles or relative to other seeds in delivery system; the mounting surface having a longitudinal axis, a first edge and a second edge, the first edge and second edge of the mounting surface being parallel to the longitudinal axis, characterized in that a plurality of projections extending from the mounting surface between the first edge and the second edge, each projection of the plurality of projections having a recess; and bristle clusters positioned and coupled within each recess, each bristle cluster of the plurality of bristle clusters having a plurality of bristles, further comprising bristle clusters coupled between adjacent projections. a base member (426, 926) having first side with a traction surface and a second side that is opposite the first side, the first side having a mounting surface, wherein elongated bristles extend from the mounting surface of the base member (426, 926), the bristles are configured to hold seeds to limit the movement of the seeds relative to the base member or to one another, wherein the seeds can be held in the bristles such that the seeds are limited in movement vertically, horizontally or otherwise relative to the bristles or relative to other seeds in delivery system; the mounting surface having a longitudinal axis, a first edge and a second edge, the first edge and second edge of the mounting surface being parallel to the longitudinal axis, characterized in that a plurality of projections extending from the mounting surface between the first edge and the second edge, each projection of the plurality of projections having a recess; and bristle clusters positioned and coupled within each recess, each bristle cluster of the plurality of bristle clusters having a plurality of bristles, further comprising bristle clusters coupled between adjacent projections.
A solder paste consisting of 85 to 92 % by weight of a tin-based solder and 8 to 15 % by weight of a flux, wherein the flux comprises i) 30 to 50 % by weight, based on its total weight, of a combination of at least two optionally modified natural resins, ii) 5 to 20 % by weight, based on its total weight, of at least one low-molecular weight carboxylic acid; and iii) 0.4 to 10 % by weight, based on its total weight, of at least one amine, wherein the combination of the optionally modified natural resins has an integral molar mass distribution of 45 to 70 % by area in the molar mass range of 150 to 550 and of 30 to 55 % by area in the molar mass range of >550 to 10,000 in the combined GPC, wherein the solder is a soldering alloy comprising at least 80 % by weight of tin, wherein the at least one low-molecular weight carboxylic acid is selected from the group consisting of oxalic acid, adipic acid, malonic acid, succinic acid, glutaric acid, pimelic acid, suberic acid, azelaic acid, sebacic acid, undecanedioic acid, dodecanedioic acid and tridecanedioic acid, and wherein the at least two optionally modified natural resins differ with respect to their weight-average molar mass M w, wherein the molar mass distribution of the natural resin is determined according to the method described in the description. i) 30 to 50 % by weight, based on its total weight, of a combination of at least two optionally modified natural resins, ii) 5 to 20 % by weight, based on its total weight, of at least one low-molecular weight carboxylic acid; and iii) 0.4 to 10 % by weight, based on its total weight, of at least one amine, wherein the combination of the optionally modified natural resins has an integral molar mass distribution of 45 to 70 % by area in the molar mass range of 150 to 550 and of 30 to 55 % by area in the molar mass range of >550 to 10,000 in the combined GPC, wherein the solder is a soldering alloy comprising at least 80 % by weight of tin, wherein the at least one low-molecular weight carboxylic acid is selected from the group consisting of oxalic acid, adipic acid, malonic acid, succinic acid, glutaric acid, pimelic acid, suberic acid, azelaic acid, sebacic acid, undecanedioic acid, dodecanedioic acid and tridecanedioic acid, and wherein the at least two optionally modified natural resins differ with respect to their weight-average molar mass M w, wherein the molar mass distribution of the natural resin is determined according to the method described in the description.
A scrubbing agent comprising an activated carbon: wherein the activated carbon has a spherical shape, a median particle size in the range of 100 to 800 μm, a peak pore diameter in the range of 0.7 nm to 1.2 nm, and a micropore volume of not less than 0.5 cm 3 /g, and wherein the activated carbon satisfies a following Condition: Condition: in a case when a sample of the activated carbon in an amount of one gram is distributed on a surface of 100 g of pure water having a temperature of 20°C and filled in a beaker with a depth of 5 cm; the beaker is placed in a vacuum desiccator; the vacuum desiccator is evacuated with a vacuum pump for 20 minutes; then, the pure water in the beaker is stirred with a stirring bar at a number of revolutions of 100 rpm for one minute; and the beaker is left to stand for 30 minutes, not less than 95% by mass of the sample precipitates on a bottom of the beaker. wherein the activated carbon has a spherical shape, a median particle size in the range of 100 to 800 μm, a peak pore diameter in the range of 0.7 nm to 1.2 nm, and a micropore volume of not less than 0.5 cm 3 /g, and wherein the activated carbon satisfies a following Condition: Condition: in a case when a sample of the activated carbon in an amount of one gram is distributed on a surface of 100 g of pure water having a temperature of 20°C and filled in a beaker with a depth of 5 cm; the beaker is placed in a vacuum desiccator; the vacuum desiccator is evacuated with a vacuum pump for 20 minutes; then, the pure water in the beaker is stirred with a stirring bar at a number of revolutions of 100 rpm for one minute; and the beaker is left to stand for 30 minutes, not less than 95% by mass of the sample precipitates on a bottom of the beaker.
A method of transmitting a sounding reference signal, SRS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a serving cell, a synchronization signal/physical broadcast channel, SS/PBCH, block including a master information block, MIB; performing an SRS transmission with an SRS transmission power determined by the UE; receiving, from the serving cell, neighbor cell information related to the SRS transmission, the neighbor cell information including information regarding a downlink reference signal, DL RS, resource of a neighbor cell which is a non-serving cell of the LTE; and performing, on the DL RS resource of the neighbor cell which is the non-serving cell, a path loss reference RS measurement for determining the SRS transmission power, wherein the SRS transmission is related to positioning, and wherein, based on i) that SRS resources for the SRS transmission are related to the neighbor cell which is the non-serving cell and ii) that the path loss reference RS measurement on the DL RS resource of the neighbor cell does not satisfy an accuracy criterion, the LTE performs a serving cell DL path loss measurement for the serving cell, and determines the SRS transmission power based on the serving cell DL path loss measurement for the serving cell. receiving, from a serving cell, a synchronization signal/physical broadcast channel, SS/PBCH, block including a master information block, MIB; performing an SRS transmission with an SRS transmission power determined by the UE; receiving, from the serving cell, neighbor cell information related to the SRS transmission, the neighbor cell information including information regarding a downlink reference signal, DL RS, resource of a neighbor cell which is a non-serving cell of the LTE; and performing, on the DL RS resource of the neighbor cell which is the non-serving cell, a path loss reference RS measurement for determining the SRS transmission power, wherein the SRS transmission is related to positioning, and wherein, based on i) that SRS resources for the SRS transmission are related to the neighbor cell which is the non-serving cell and ii) that the path loss reference RS measurement on the DL RS resource of the neighbor cell does not satisfy an accuracy criterion, the LTE performs a serving cell DL path loss measurement for the serving cell, and determines the SRS transmission power based on the serving cell DL path loss measurement for the serving cell.
Materials testing probe for a materials testing device, comprising: - a support adapted to be coupled to said materials testing device; - a passive beam with a rectangular cross-section and having a length less than 5mm and extending from said support along a primary axis, said beam having a distal extremity adapted to cooperate with a sample under test at least in a direction parallel to said primary axis; wherein said beam comprises at least one measurement strain gauge configured to measure deformation of said beam at least in a direction parallel to said primary axis, and wherein said beam does not comprise any active actuation or actuators for causing it to flex. - a support adapted to be coupled to said materials testing device; - a passive beam with a rectangular cross-section and having a length less than 5mm and extending from said support along a primary axis, said beam having a distal extremity adapted to cooperate with a sample under test at least in a direction parallel to said primary axis;
A method of mapping a surface of a ballistic piece of evidence (BPOE), such that the mapping can be used as a 3-dimensional signature for identifying purposes during ballistic test comparison, wherein said surface of the BPOE comprises a plurality of regions, the method comprising: acquiring (63, 70) a plurality of z(x,y) regional reliefs (80, 180), where x and y are the surface coordinates of the region and z is the depth value at the coordinates (x,y) of the region, each z(x,y) regional relief corresponding to one of said plurality of regions, said acquiring comprising making a series of measurements for obtaining a series of light intensities corresponding to the region as a function of a variable distance; eliminating from said z(x, y) regional reliefs distortions due to a curved surface of the BPOE; assembling said plurality of regional reliefs into a mosaic for obtaining a relief map of said surface, thereby obtaining the 3-dimensionnal mapping of said surface of the BPOE. acquiring (63, 70) a plurality of z(x,y) regional reliefs (80, 180), where x and y are the surface coordinates of the region and z is the depth value at the coordinates (x,y) of the region, each z(x,y) regional relief corresponding to one of said plurality of regions, said acquiring comprising making a series of measurements for obtaining a series of light intensities corresponding to the region as a function of a variable distance; eliminating from said z(x, y) regional reliefs distortions due to a curved surface of the BPOE; assembling said plurality of regional reliefs into a mosaic for obtaining a relief map of said surface, thereby obtaining the 3-dimensionnal mapping of said surface of the BPOE.
A method for aligning an ordered stack of images from a specimen, comprising the successive steps of: - determining, for at least two already aligned images (r i, r i+1) of the ordered stack, the respective misalignments (s i, s i+1) with an unaligned image (c i+2) which is to be aligned next in the ordered stack; from the at least two aligned images (r i, r i+1), selecting (S50, S70, S74, S76) as a reference image (r ref) that aligned image with which the unaligned image (c i+2) has the smallest amount of misalignment (f(s i), f(s i+1)); and - aligning the unaligned image (c i+2) with the selected reference image (r ref). - determining, for at least two already aligned images (r i, r i+1) of the ordered stack, the respective misalignments (s i, s i+1) with an unaligned image (c i+2) which is to be aligned next in the ordered stack; from the at least two aligned images (r i, r i+1), selecting (S50, S70, S74, S76) as a reference image (r ref) that aligned image with which the unaligned image (c i+2) has the smallest amount of misalignment (f(s i), f(s i+1)); and - aligning the unaligned image (c i+2) with the selected reference image (r ref).
A cable storage arrangement (200, 600) comprising: a. a spool structure (237, 637) including a hub portion (248, 648) extending between a first wall (238, 638) and a second wall (250, 650), the spool structure (237, 637) being configured to be non-rotatably mounted to a surface; b. a length of fiber optic cable coiled about the hub portion (248, 648) and between the first and second walls (238, 638, 250, 650); and c. a cover (260, 660) covering at least a portion of the spool structure (237, 637), the cover (260, 660) including a port (266, 665) aligned over the hub portion (248, 648) through which the length of cable can be dispensed from the spool structure (237, 637) by unwinding the cable about the spool structure (237, 637) with the port (266, 665) following the cable such that the cover (260, 660) revolves about the spool structure (237, 637) in the unwinding direction. a. a spool structure (237, 637) including a hub portion (248, 648) extending between a first wall (238, 638) and a second wall (250, 650), the spool structure (237, 637) being configured to be non-rotatably mounted to a surface; b. a length of fiber optic cable coiled about the hub portion (248, 648) and between the first and second walls (238, 638, 250, 650); and c. a cover (260, 660) covering at least a portion of the spool structure (237, 637), the cover (260, 660) including a port (266, 665) aligned over the hub portion (248, 648) through which the length of cable can be dispensed from the spool structure (237, 637) by unwinding the cable about the spool structure (237, 637) with the port (266, 665) following the cable such that the cover (260, 660) revolves about the spool structure (237, 637) in the unwinding direction.
Method for detecting the eccentricity of a tire for vehicle wheels, preferably within processes of maintenance of said wheels, comprising: i. making a wheel rotate about a main axis of said wheel, said wheel comprising a rim and a tire; ii. illuminating a linear portion of a tread of the tire with a planar beam of light, preferably laser, wherein said linear portion has an axial width smaller than an axial width of the tread and greater than an axial width of grooves of said tread; iii. capturing a light beam reflected by the tread and focusing it on a point of an optical sensor, in which a signal emitted by the optical sensor is indicative of an average value of a radial distance of the linear portion from the main axis, said average value being calculated along the extension of said linear portion; iv. processing a plurality of average values corresponding to different linear portions of the tread and obtained during the rotation of the tire and detecting the eccentricity of said tire. i. making a wheel rotate about a main axis of said wheel, said wheel comprising a rim and a tire; ii. illuminating a linear portion of a tread of the tire with a planar beam of light, preferably laser, wherein said linear portion has an axial width smaller than an axial width of the tread and greater than an axial width of grooves of said tread; iii. capturing a light beam reflected by the tread and focusing it on a point of an optical sensor, in which a signal emitted by the optical sensor is indicative of an average value of a radial distance of the linear portion from the main axis, said average value being calculated along the extension of said linear portion; iv. processing a plurality of average values corresponding to different linear portions of the tread and obtained during the rotation of the tire and detecting the eccentricity of said tire.