mhurhangee/ep-ind-claims huggingface dataset:
A fluoropolymer composition in the form of an aqueous dispersion, comprising: at least one high molecular weight polytetrafluoroethylene (HPTFE) having a number average molecular weight (M n) of at least 500,000 and present in an amount of between 1 wt.% and 98 wt.% based on the total solids weight of all fluoropolymers in said composition; at least one low molecular weight polytetrafluoroethylene (LPTFE) having a first melt temperature (Tm) of 335° C or less and present in an amount of between 1 wt.% and 98 wt.% based on the total solids weight of all fluoropolymers in said composition; and at least one melt-processible fluoropolymer selected from the group consisting of perfluoroalkoxy, fluorinated ethylene propylene, ethylfluoroalkoxy and methylfluoroalkoxy and present in an amount of between 1 wt.% and 98 wt.% based on the total solids weight of all fluoropolymers in said composition. at least one high molecular weight polytetrafluoroethylene (HPTFE) having a number average molecular weight (M n) of at least 500,000 and present in an amount of between 1 wt.% and 98 wt.% based on the total solids weight of all fluoropolymers in said composition; at least one low molecular weight polytetrafluoroethylene (LPTFE) having a first melt temperature (Tm) of 335° C or less and present in an amount of between 1 wt.% and 98 wt.% based on the total solids weight of all fluoropolymers in said composition; and at least one melt-processible fluoropolymer selected from the group consisting of perfluoroalkoxy, fluorinated ethylene propylene, ethylfluoroalkoxy and methylfluoroalkoxy and present in an amount of between 1 wt.% and 98 wt.% based on the total solids weight of all fluoropolymers in said composition.
A nephelometric turbidimeter vial arrangement including a vial and a separate vial cap, wherein the vial comprises a transparent cylindrical vial body enclosing a vial interior, a bottom inlet window and a circular top vial opening, the vial cap closes the top vial opening and comprises a light trap cavity which is open to the vial interior, the inner surface (81,82) of the light trap cavity is a light absorbing surface, and the light trap cavity is provided with a convex cone at an axial end of the light trap cavity.
An airborne microorganism measurement device comprising: a housing including a first body and a second body; an air passage formed between the first body and the second body such that air containing airborne microorganisms pass therethrough; a charging part and a collecting part disposed in the air passage to charge and collect the airborne microorganisms; a high voltage generating device provided in the first body to supply a high voltage to the charging part and the collecting part; and a light emitting unit and a light receiving part provided in the second body to detect a fluorescent signal generated by irradiating the airborne microorganisms collected in the collecting part with light; a cleaning part of which at least a part is disposed in the first body, wherein the cleaning part includes a removing part which is configured to move along an upper surface of a collecting substrate of the collecting part, to remove the airborne microorganisms collected in the collecting part. a housing including a first body and a second body; an air passage formed between the first body and the second body such that air containing airborne microorganisms pass therethrough; a charging part and a collecting part disposed in the air passage to charge and collect the airborne microorganisms; a high voltage generating device provided in the first body to supply a high voltage to the charging part and the collecting part; and a light emitting unit and a light receiving part provided in the second body to detect a fluorescent signal generated by irradiating the airborne microorganisms collected in the collecting part with light; a cleaning part of which at least a part is disposed in the first body, wherein the cleaning part includes a removing part which is configured to move along an upper surface of a collecting substrate of the collecting part, to remove the airborne microorganisms collected in the collecting part.
Polyglycerol derivative, comprising a dendritic polyglycerol backbone and at least one substituent in the nature of a covalently bound negatively charged group chosen from the group consisting of sulfates, sulfonates, phosphates, phosphonates, bisphosphonates, carboxylates and combinations thereof, characterized in that the substituent is bound to the polyglycerol backbone via a linker, the linker being or comprising an ester group, wherein the linker comprises 1 to 10 carbon atoms.
A tearable package containing a substantially flat film dosage form comprising: (a) a first layer having a first inside layer and a first outside layer, the first inside layer comprising a first protective material and the first outside layer comprising a first laminate material, wherein the first inside layer and the first outside layer are laminated to each other to form a first laminated layer; (b) a second layer having a second inside layer and a second outside layer, the second inside layer comprising a second protective material and the second outside layer comprising a second laminate material, wherein the second inside layer and the second outside layer are laminated to each other to form a second laminated layer; and (c) a guided tear condition along a portion of at least one edge of said first outside layer, guided tear condition being formed in the first outside layer of the laminated first layer without forming a guided tear condition in said first inside layer such that after tearing the housed dosage form is sevealed; the first and second layers being overlaid with each other such that the first protective material and said second protective material are in contact and sealed together at a perimetrical sealing region, said fused layers defining a compartment there between for housing the dosage form; (d) the substantially flat film dosage form contained in the compartment. (a) a first layer having a first inside layer and a first outside layer, the first inside layer comprising a first protective material and the first outside layer comprising a first laminate material, wherein the first inside layer and the first outside layer are laminated to each other to form a first laminated layer; (b) a second layer having a second inside layer and a second outside layer, the second inside layer comprising a second protective material and the second outside layer comprising a second laminate material, wherein the second inside layer and the second outside layer are laminated to each other to form a second laminated layer; and (c) a guided tear condition along a portion of at least one edge of said first outside layer, guided tear condition being formed in the first outside layer of the laminated first layer without forming a guided tear condition in said first inside layer such that after tearing the housed dosage form is sevealed; the first and second layers being overlaid with each other such that the first protective material and said second protective material are in contact and sealed together at a perimetrical sealing region, said fused layers defining a compartment there between for housing the dosage form; (d) the substantially flat film dosage form contained in the compartment.
An electric vacuum cleaner comprising: an electric blowing part; a main body case in which a housing chamber for housing the electric blowing part therein is provided; and a plurality of elastic member groups each including a pair of elastic members (45, 45) which is formed along at least a part of an outer circumference of the electric blowing part and supports the electric blowing part with respect to the main body case at positions opposite to each other, wherein the elastic member groups are arranged at positions different from each other in an axial direction of the electric blowing part, and wherein the elastic member groups are arranged shifted from each other in a circumferential direction of the electric blowing part, so that the pair of elastic members in one of the elastic member groups and the pair of elastic members in another of the elastic member groups are apart from each other at an approximately even interval in a circumferential direction of the electric blowing part; characterized in that; three elastic member groups (46a, 46b, 46c) are arranged shifted from each other by 60 degrees in the circumferential direction of the electric blowing part, one of the elastic member groups is arranged at a position corresponding to the center of gravity of the electric blowing part, and the other elastic member groups (46b, 46c) are arranged at positions between which the one elastic member group is located. an electric blowing part; a main body case in which a housing chamber for housing the electric blowing part therein is provided; and a plurality of elastic member groups each including a pair of elastic members (45, 45) which is formed along at least a part of an outer circumference of the electric blowing part and supports the electric blowing part with respect to the main body case at positions opposite to each other, wherein the elastic member groups are arranged at positions different from each other in an axial direction of the electric blowing part, and wherein the elastic member groups are arranged shifted from each other in a circumferential direction of the electric blowing part, so that the pair of elastic members in one of the elastic member groups and the pair of elastic members in another of the elastic member groups are apart from each other at an approximately even interval in a circumferential direction of the electric blowing part; characterized in that; three elastic member groups (46a, 46b, 46c) are arranged shifted from each other by 60 degrees in the circumferential direction of the electric blowing part, one of the elastic member groups is arranged at a position corresponding to the center of gravity of the electric blowing part, and the other elastic member groups (46b, 46c) are arranged at positions between which the one elastic member group is located.
A negative electrode of an electrochemical cell comprising: a current collector, a number (n) of successively coated layers over the surface of the current collector, the successive coated layers being numbered (i), i being comprised between 1 and n, in this order from the current collector surface, wherein the layer is the closest layer respective to the current collector and the layer (n) is the furthest layer respective to the current collector; wherein n is an integer, equal to or greater than 2, and equal to or lower than 4, wherein the layer (n) has an outer face and an inner face on the opposite side, characterized in that each of the n coated layers, identical or different comprises one or more metals and/or metal alloys and/or metalloids and/or metalloid alloys, in that the inner face of the layer (n) is in contact with the (n-1) layer immediately located beneath it; and in that the n layers are arranged so that layer (i+1) has a higher potential of lithiation than that of layer (i) which is immediately beneath it, wherein the layer (n) comprises one or more metals selected from bismuth, indium, antimony and/or their alloys, and the layer closest to the current collector comprises one or more metals selected from zinc, magnesium and/or their alloys. a current collector, a number (n) of successively coated layers over the surface of the current collector, the successive coated layers being numbered (i), i being comprised between 1 and n, in this order from the current collector surface, wherein the layer is the closest layer respective to the current collector and the layer (n) is the furthest layer respective to the current collector; wherein n is an integer, equal to or greater than 2, and equal to or lower than 4, wherein the layer (n) has an outer face and an inner face on the opposite side, wherein n is an integer, equal to or greater than 2, and equal to or lower than 4, wherein the layer (n) has an outer face and an inner face on the opposite side, characterized in that each of the n coated layers, identical or different comprises one or more metals and/or metal alloys and/or metalloids and/or metalloid alloys, in that the inner face of the layer (n) is in contact with the (n-1) layer immediately located beneath it; and in that the n layers are arranged so that layer (i+1) has a higher potential of lithiation than that of layer (i) which is immediately beneath it, wherein the layer (n) comprises one or more metals selected from bismuth, indium, antimony and/or their alloys, and the layer closest to the current collector comprises one or more metals selected from zinc, magnesium and/or their alloys.
A method for isolating analytes that may be present in fluid samples in an automated system, the method comprising the automated steps of: a) loading samples on the automated system with identifiers, or identifying loaded samples according to sample type and analytical test to be performed, wherein said samples are loaded in a linear array; b) transferring instructions from a control unit to a first and a second pipetting device (700, 35) comprising allocation of individual samples in said linear array to a two-dimensional nxm arrangement of individual tests in a processing plate; c) transferring said fluid samples from at least two sample vessels to a at least two vessels of said processing plate with the first pipetting device comprising at least two pipetting units in linear arrangement, wherein said pipetting units are coupled to pipette tips (3,4); d) combining together a solid support material and said fluid sample in a well of said processing plate for a period of time and under conditions sufficient to permit said analyte to be immobilized on the solid support material; e) isolating the solid support material from other material present in the fluid sample in a separation station; and f) purifying the analyte in the separation station by separating the fluid sample from the solid support material and washing the materials one or more times with a wash buffer, characterized in that said solid support material and said wash buffer are mixed by aspirating and dispensing with a second pipetting device, said second pipetting device comprising pipetting units in a two-dimensional nxm arrangement for coupling to pipette tips (3,4); wherein said pipette tips (3,4) used in step c) are re-used in step f). a) loading samples on the automated system with identifiers, or identifying loaded samples according to sample type and analytical test to be performed, wherein said samples are loaded in a linear array; b) transferring instructions from a control unit to a first and a second pipetting device (700, 35) comprising allocation of individual samples in said linear array to a two-dimensional nxm arrangement of individual tests in a processing plate; c) transferring said fluid samples from at least two sample vessels to a at least two vessels of said processing plate with the first pipetting device comprising at least two pipetting units in linear arrangement, wherein said pipetting units are coupled to pipette tips (3,4); d) combining together a solid support material and said fluid sample in a well of said processing plate for a period of time and under conditions sufficient to permit said analyte to be immobilized on the solid support material; e) isolating the solid support material from other material present in the fluid sample in a separation station; and f) purifying the analyte in the separation station by separating the fluid sample from the solid support material and washing the materials one or more times with a wash buffer,
A mounted reversible plough including an attachment member with respect to a tractor, a reversal device which is hinged to the attachment member about a reversal axis, a reversal actuator between the attachment member and the reversal device, a frame which carries ploughing elements which are operative alternately in accordance with the position of the reversal device about the reversal axis, the reversal device comprising a linearization actuator which can be actuated by a pressurized fluid, the flow of which can be intercepted by means of an interception valve, characterized in that it comprises a commutation device of the interception valve which is configured so as to actuate the valve, selectively intercepting or allowing the flow of the pressurized fluid in accordance with a rotation angle of the frame about the reversal axis.
A process for preparing a compound of the following Formula I, or a pharmaceutically acceptable salt thereof or a hydrate thereof, comprising coupling-reacting a compound of the following Formula III with a compound of the following Formula IV: wherein R is hydrogen or tert-butyloxycarbonyl (Boc).
Module for heating preforms, comprising a body and a series of laser emitters, each one of the laser emitters being secured to the body in a superposed manner and comprising: - a support that has a front face and is delimited, on either side of its front face, by an upper lateral face and a lower lateral face that are opposite one another; - laser chips that are mounted on the front face of the support, some or all of the laser chips being designed to emit in the infrared range; - at least one power supply for supplying electric current to the laser chips; furthermore, for at least two laser emitters secured to the body in a superposed manner: - the laser chips are arranged in at least two rows (9, 10) of laser chips, including: o an upper row that has an outer edge facing toward the upper lateral face of the support and an opposite inner edge, o a lower row that has an outer edge facing toward the lower lateral face of the support and an opposite inner edge; each row of chips being connected to a dedicated power supply for supplying electric current, which is provided with a pair of electrical terminals (16, 17) with opposite signs, and - the distance E1 between the inner edges (12, 14) of two parallel and adjacent rows (9, 10) of chips is greater than or equal to the sum of the distance E3 from the outer edge of the upper row to the upper lateral face and the distance E4 from the outer edge of the lower row to the lower lateral face. - a support that has a front face and is delimited, on either side of its front face, by an upper lateral face and a lower lateral face that are opposite one another; - laser chips that are mounted on the front face of the support, some or all of the laser chips being designed to emit in the infrared range; - at least one power supply for supplying electric current to the laser chips; furthermore, for at least two laser emitters secured to the body in a superposed manner: - the laser chips are arranged in at least two rows (9, 10) of laser chips, including: o an upper row that has an outer edge facing toward the upper lateral face of the support and an opposite inner edge, o a lower row that has an outer edge facing toward the lower lateral face of the support and an opposite inner edge; each row of chips being connected to a dedicated power supply for supplying electric current, which is provided with a pair of electrical terminals (16, 17) with opposite signs, and o an upper row that has an outer edge facing toward the upper lateral face of the support and an opposite inner edge, o a lower row that has an outer edge facing toward the lower lateral face of the support and an opposite inner edge; - the distance E1 between the inner edges (12, 14) of two parallel and adjacent rows (9, 10) of chips is greater than or equal to the sum of the distance E3 from the outer edge of the upper row to the upper lateral face and the distance E4 from the outer edge of the lower row to the lower lateral face.
A forming device for feeding along a forming path a pack which has at least one portion to be folded into a finished package, said forming device comprising a first surface and a second surface opposite to each other and adapted, in use, to cooperate respectively with a front wall and a rear wall opposite to each other of said pack to be folded, wherein said first surface comprises an at least partially concave forming section adapted, in use, to cooperate with a top portion of said front wall of said pack, such that an inward deformation of said top portion of said front wall is prevented during forming of the pack, characterized in that said at least partially concave forming section is configured to allow said top portion of said front wall to expand outwardly into said at least partially concave forming section during forming of said pack without permanently deforming said pack.
An image capturing apparatus, comprising: image capturing means for capturing an image; communication means for communicating with a client via a local area network and for communicating with a server via at least a wide area network; and processing means for executing processing for communication by the communication means, wherein the processing includes first processing for communication with the client and second processing for making an attempt to establish a connection with the server, wherein the processing means is adapted to start the first processing in response to activation of the image capturing apparatus, characterized in that the processing means is adapted to determine whether to stop the first processing, in accordance with a setting value received from the server after establishment of the connection with the server in the second processing, wherein the setting value indicates whether to execute the first processing, the processing means is adapted to stop the first processing, if the connection with the server has been established and the setting value indicates that the first processing is not to be executed, and the processing means is adapted not to stop the first processing, if the connection with the server has been failed. image capturing means for capturing an image; communication means for communicating with a client via a local area network and for communicating with a server via at least a wide area network; and processing means for executing processing for communication by the communication means, wherein the processing includes first processing for communication with the client and second processing for making an attempt to establish a connection with the server, wherein the processing means is adapted to start the first processing in response to activation of the image capturing apparatus, characterized in that the processing means is adapted to determine whether to stop the first processing, in accordance with a setting value received from the server after establishment of the connection with the server in the second processing, wherein the setting value indicates whether to execute the first processing, the processing means is adapted to stop the first processing, if the connection with the server has been established and the setting value indicates that the first processing is not to be executed, and the processing means is adapted not to stop the first processing, if the connection with the server has been failed.
A method for inflating a sports ball with a compressible gas, the method comprising the steps of: a. partially deflating said sports ball, if the ball is not already partially deflated; b. inflating said partially deflated sports ball with atmospheric gas to a fixed absolute bias pressure that is higher than atmospheric pressure to obtain said sports ball's ultimate volume; and c. inflating said atmospheric gas inflated sports ball with at least one low permeability gas to a target pressure for said sports ball. a. partially deflating said sports ball, if the ball is not already partially deflated; b. inflating said partially deflated sports ball with atmospheric gas to a fixed absolute bias pressure that is higher than atmospheric pressure to obtain said sports ball's ultimate volume; and c. inflating said atmospheric gas inflated sports ball with at least one low permeability gas to a target pressure for said sports ball.