mhurhangee/ep-ind-claims huggingface dataset:
A bridging dialkoxy silane composition comprising at least one component having a chemical structure selected from the group consisting of: [[[(ROC(=O)) p - j] k -Y-S] r -G-(SiX u Z b v) s] n wherein: each occurrence of Y is -C(=O)-, with the proviso that a primary carbon of G is attached to the carbonyl; each occurrence of R is independently a C1 to C4 alkyl or hydrogen; each occurrence of G is independently selected from the group consisting of a monovalent alkyl group containing from 3 to 18 carbon atoms and a polyvalent alkyl group containing from 3 to 18 carbon atoms; each occurrence of Z b one-half of a bridging dialkoxy group having the structure [-O(R 4 CR 5) f O-] 0.5, with the proviso that the one-half of a bridging dialkoxy group and its bond to a silicon atom of a SiX u Z b v group and the other half of the dialkoxy group and its bond to a silicon atom of a SiX u Z b v group that occurs somewhere else in the molecular structure form a bridging structure between two silicon atoms and mediate the chemical bonds that hold the two separate silicon atoms together, and wherein each occurrence of R 4 and R 5 is independently R; each occurrence of X is independently selected from the group consisting of R 1 O-, R 1 O(R 4 CR 5) f O- and -R 1, wherein each occurrence of R 1, R 4 and R 5 is independently R; each occurrence of the subscripts, u, n, v, f, p, r, j, s, and k, is independently given by u is 0 to 3; n is greater than 1 to 100; v is greater than 0 to 3; u + v is 3; f is 1 to 15; p is 0 to 5; r is 1 to 3; j is 0 to 1, but it may be 0 only if p is 1; s is 1; and k is 1. each occurrence of Y is -C(=O)-, with the proviso that a primary carbon of G is attached to the carbonyl; each occurrence of R is independently a C1 to C4 alkyl or hydrogen; each occurrence of G is independently selected from the group consisting of a monovalent alkyl group containing from 3 to 18 carbon atoms and a polyvalent alkyl group containing from 3 to 18 carbon atoms; each occurrence of Z b one-half of a bridging dialkoxy group having the structure [-O(R 4 CR 5) f O-] 0.5, with the proviso that the one-half of a bridging dialkoxy group and its bond to a silicon atom of a SiX u Z b v group and the other half of the dialkoxy group and its bond to a silicon atom of a SiX u Z b v group that occurs somewhere else in the molecular structure form a bridging structure between two silicon atoms and mediate the chemical bonds that hold the two separate silicon atoms together, and wherein each occurrence of R 4 and R 5 is independently R; each occurrence of X is independently selected from the group consisting of R 1 O-, R 1 O(R 4 CR 5) f O- and -R 1, wherein each occurrence of R 1, R 4 and R 5 is independently R; each occurrence of the subscripts, u, n, v, f, p, r, j, s, and k, is independently given by u is 0 to 3; n is greater than 1 to 100; v is greater than 0 to 3; u + v is 3; f is 1 to 15; p is 0 to 5; r is 1 to 3; j is 0 to 1, but it may be 0 only if p is 1; s is 1; and k is 1.
An anaerobic reactor for treating liquid effluent at psychrophilic temperatures from 4 to 20 degrees Celsius, the reactor comprising a hydroxyl, aluminium, manganese, sodium, potassium, calcium, iron and/or magnesium ion releasing biofilm carrier material colonised in use by an anaerobic bacteria capable of effecting, in use, the biologically-mediated attenuation of phosphate from the effluent through the formation of polyphosphate precipitates in the biofilm attached to the biofilm carrier material; a fluid inlet; the reactor comprising four chambers comprising a mixing chamber supplied by the inlet to provide in use a fluidised bed chamber; a biofilm chamber in fluid communication with the mixing chamber within which biofilm chamber the biofilm carrier material is located; a separation chamber located above and in fluid communication with the biofilm chamber; a recirculation chamber disposed between the mixing chamber and the biofilm chamber; and at least one recirculation line permitting the recirculation of effluent and/or biogas from the separation chamber to the recirculation chamber.
An antibody capture process for determining gut wall integrity in a subject, the process comprising (i) contacting a biological sample comprising antibodies from the subject with recombinant pIgR or a dIgA-binding variant of pIgR, wherein the pIgR or variant of pIgR binds dIgA and forms a pIgR-dIgA complex, and (ii) contacting the biological sample with a specific anti-SIgA binding agent or anti-SC binding agent/antibody wherein the anti-SIgA binding agent or anti-SC binding agent/antibody binds SIgA and forms an SIgA-binding agent/antibody complex, and (iii) measuring and comparing the level of the complex formed in (i) with the level of the complex formed in (ii), wherein the ratio of SIgA to dIgA is compared to a corresponding level or ratio from a control subject and provides a measure of gut integrity/leakage.
An adjustable steering column for a motor vehicle, comprising a console unit which is vehicle-fixed or articulated to the vehicle; a steering shaft bearing unit which is arranged in the console unit and is axially displaceable relative to the console unit; a mechanism mounted to the console unit and provided for adjusting an axial length of the steering column, the mechanism, when in an open condition, enabling an axial relative displacement between the console unit and the steering shaft bearing unit and, when in a locked condition, axially fixing the steering shaft bearing unit in place at the console unit, and an energy absorbing unit which, in the locked condition of the mechanism for adjusting the axial length of the steering column, allows an axial displacement of the steering shaft bearing unit relative to the console unit, accompanied by an absorption of energy, wherein the energy absorbing unit is mounted to the console unit, characterized in that the energy absorbing unit includes an end stop for an energy absorption element, the end stop, in the locked condition of the mechanism for adjusting an axial length of the steering column, limiting an axial distance that is covered by the energy absorption element and, along with it, by the steering shaft bearing unit.
A method of testing a functional unit that comprises an optical sensor system for capturing an optical signal from at least a part of running material web, and a data processing system for processing the optical signal, characterized in that a display (38; 38'; 38") is arranged in the detection range of the sensor system, and a condition of the material web is shown on the display.
A grain tank (28, 110) for an agricultural harvester, comprising: a floor having a plurality of side edges; a plurality of upstanding walls (72, 74, 76, 78), each said wall (72, 74, 76, 78) having a lower edge positioned along a corresponding side edge of the floor; at least one unloading conveyance (30, 112), each said unloading conveyance having an inlet in communication with an interior of the grain tank adjacent to the floor; at least one of the walls (72, 74, 76, 78) having a lower edge with at least a portion thereof which is detached from and movable over the floor between an expanded harvest position and a folded transport position characterized in that: said walls (72, 74, 76, 78) include a pair of side walls (72, 74), a front wall and a rear wall, and wherein the floor and the rear wall are expandable and contractable in an accordion manner. a floor having a plurality of side edges; a plurality of upstanding walls (72, 74, 76, 78), each said wall (72, 74, 76, 78) having a lower edge positioned along a corresponding side edge of the floor; at least one unloading conveyance (30, 112), each said unloading conveyance having an inlet in communication with an interior of the grain tank adjacent to the floor; at least one of the walls (72, 74, 76, 78) having a lower edge with at least a portion thereof which is detached from and movable over the floor between an expanded harvest position and a folded transport position characterized in that: said walls (72, 74, 76, 78) include a pair of side walls (72, 74), a front wall and a rear wall, and wherein the floor and the rear wall are expandable and contractable in an accordion manner.
A multilayered transmission line plate (1A; 2A) comprising: one pair of ground layers (11, 21; 22, 12), a differential wiring layer (101; 102) disposed between one ground layer (11; 22) and the other ground layer (21; 12) of the one pair of ground layers, a first insulating portion (1-I, 31; 2-II, 42) disposed between the differential wiring layer (101; 102) and the one ground layer (11; 22), and a second insulating portion (1-II, 32; 2-I, 41) disposed between the differential wiring layer (101; 102) and the other ground layer (21; 12), wherein the first insulating portion (31; 42) has a resin layer, the first insulating portion (31; 42) or the second insulating portion (32; 41) has a fiber base material layer containing a fiber base material, and a thickness of the first insulating portion (31; 42) is equal to or thinner than a thickness of the second insulating portion (32; 41), the fiber base material layer is a layer including a fiber base material and a resin composition, characterized in that a difference in dielectric constant between the fiber base material and the resin composition at 10 GHz is 0.5 or less. one pair of ground layers (11, 21; 22, 12), a differential wiring layer (101; 102) disposed between one ground layer (11; 22) and the other ground layer (21; 12) of the one pair of ground layers, a first insulating portion (1-I, 31; 2-II, 42) disposed between the differential wiring layer (101; 102) and the one ground layer (11; 22), and a second insulating portion (1-II, 32; 2-I, 41) disposed between the differential wiring layer (101; 102) and the other ground layer (21; 12), wherein the first insulating portion (31; 42) has a resin layer, the first insulating portion (31; 42) or the second insulating portion (32; 41) has a fiber base material layer containing a fiber base material, and a thickness of the first insulating portion (31; 42) is equal to or thinner than a thickness of the second insulating portion (32; 41), the fiber base material layer is a layer including a fiber base material and a resin composition, characterized in that a difference in dielectric constant between the fiber base material and the resin composition at 10 GHz is 0.5 or less.
A temperature measurement system (600, 700), comprising: at least one first PN junction element (621, 721) disposed at a first chip (602, 702) to sense a temperature (Ta) of the first chip (602, 702); at least one second PN junction element (622, 722) disposed at a second chip (604, 704) to sense a temperature (Tc) of the second chip (604, 704); a second temperature measurement circuit (620, 720) electrically connected to the first PN junction element (621, 721) and the second PN junction element (622, 722) and disposed at the second chip (604, 704) for measuring a temperature difference value (Ta-Tc) between the temperature (Ta) of the first chip (602, 702) and the temperature (Tc) of the second chip (604, 704); a third temperature measurement circuit (630, 730) comprising at least one third PN junction element (632, 732) and disposed at the second chip (604, 704) for measuring a temperature value (Tc) of the second chip (604, 704); and a processing unit (606, 740) for calculating the temperature difference value (Ta-Tc) and the temperature value (Tc) of the second chip (604, 704) to obtain a temperature value (Ta) of the first chip (602, 702). at least one first PN junction element (621, 721) disposed at a first chip (602, 702) to sense a temperature (Ta) of the first chip (602, 702); at least one second PN junction element (622, 722) disposed at a second chip (604, 704) to sense a temperature (Tc) of the second chip (604, 704); a second temperature measurement circuit (620, 720) electrically connected to the first PN junction element (621, 721) and the second PN junction element (622, 722) and disposed at the second chip (604, 704) for measuring a temperature difference value (Ta-Tc) between the temperature (Ta) of the first chip (602, 702) and the temperature (Tc) of the second chip (604, 704); a third temperature measurement circuit (630, 730) comprising at least one third PN junction element (632, 732) and disposed at the second chip (604, 704) for measuring a temperature value (Tc) of the second chip (604, 704); and a processing unit (606, 740) for calculating the temperature difference value (Ta-Tc) and the temperature value (Tc) of the second chip (604, 704) to obtain a temperature value (Ta) of the first chip (602, 702).
A container assembly comprising: a container having a first end, a second end, and a sidewall extending therebetween and defining a container interior, the container defining a container longitudinal axis; a first closure sealing the first end of the container; a second closure sealing the second end of the container; characterized by a mixing element directly molded into the sidewall of the container and projecting into the container for creating a vortex upon rotation of the container about the container longitudinal axis, the vortex effectuating mixing of a first substance provided within the container interior and a second substance provided within the container interior, wherein a longitudinal axis of the mixing element extends along or parallel to the longitudinal axis of the container, and wherein the mixing element comprises a substantially flat top face; a substantially flat bottom face; an inner mixing face extending from the bottom face to the top face; a first outer mixing face extending from the bottom face to the top face at a first angle relative to the inner mixing face; and a second outer mixing face extending from the bottom face to the top face at a second angle relative to the inner mixing face, wherein the mixing element is configured to assist in creating the vortex to mix the first and second substances within the container, wherein the first outer mixing face and the second outer mixing face are angled relative to one another towards a center of the container. a container having a first end, a second end, and a sidewall extending therebetween and defining a container interior, the container defining a container longitudinal axis; a first closure sealing the first end of the container; a second closure sealing the second end of the container; characterized by a mixing element directly molded into the sidewall of the container and projecting into the container for creating a vortex upon rotation of the container about the container longitudinal axis, the vortex effectuating mixing of a first substance provided within the container interior and a second substance provided within the container interior, wherein a longitudinal axis of the mixing element extends along or parallel to the longitudinal axis of the container, and wherein the mixing element comprises a substantially flat top face; a substantially flat bottom face; an inner mixing face extending from the bottom face to the top face; a first outer mixing face extending from the bottom face to the top face at a first angle relative to the inner mixing face; and a second outer mixing face extending from the bottom face to the top face at a second angle relative to the inner mixing face, wherein the mixing element is configured to assist in creating the vortex to mix the first and second substances within the container, wherein the first outer mixing face and the second outer mixing face are angled relative to one another towards a center of the container.
Process for dyeing keratin fibres, in particular the hair, which consists in applying to the keratin fibres: - at least one coat of at least a first composition (i) comprising at least one hydrophobic film-forming polymer chosen from hybrid acrylic hydrophobic polymers, preferably in the form of particles in aqueous dispersion, silicone copolymers obtained by reaction of a silicone resin and of a fluid silicone, and linear block silicone copolymers, and mixtures thereof, at least one volatile solvent and at least one pigment, and then, after drying the said coat, - at least a second coat of at least a second composition (ii) comprising at least one hydrophobic film-forming polymer chosen from hybrid acrylic hydrophobic polymers, preferably in the form of particles in aqueous dispersion, silicone copolymers obtained by reaction of a silicone resin and of a fluid silicone, and linear block silicone copolymers, and mixtures thereof, at least one volatile solvent and at least one pigment, - the pigments of compositions (i) and (ii) being qualitatively and/or quantitatively different, the first composition producing on the keratin fibres a coloration such that the colour variation ΔE1, expressed in the CIE L* a* b* system, between the fibres dyed with this first composition and the untreated fibres is greater than or equal to 2, and the second composition producing on the keratin fibres a coloration such that the colour variation ΔE2, expressed in the CIE L* a* b* system, between the fibres dyed with the second and first compositions and the fibres treated with the first composition is greater than or equal to 2. - at least one coat of at least a first composition (i) comprising at least one hydrophobic film-forming polymer chosen from hybrid acrylic hydrophobic polymers, preferably in the form of particles in aqueous dispersion, silicone copolymers obtained by reaction of a silicone resin and of a fluid silicone, and linear block silicone copolymers, and mixtures thereof, at least one volatile solvent and at least one pigment, and then, after drying the said coat, - at least a second coat of at least a second composition (ii) comprising at least one hydrophobic film-forming polymer chosen from hybrid acrylic hydrophobic polymers, preferably in the form of particles in aqueous dispersion, silicone copolymers obtained by reaction of a silicone resin and of a fluid silicone, and linear block silicone copolymers, and mixtures thereof, at least one volatile solvent and at least one pigment, - the pigments of compositions (i) and (ii) being qualitatively and/or quantitatively different, the first composition producing on the keratin fibres a coloration such that the colour variation ΔE1, expressed in the CIE L* a* b* system, between the fibres dyed with this first composition and the untreated fibres is greater than or equal to 2, and the second composition producing on the keratin fibres a coloration such that the colour variation ΔE2, expressed in the CIE L* a* b* system, between the fibres dyed with the second and first compositions and the fibres treated with the first composition is greater than or equal to 2.
Assembly for a motor vehicle of a first element constituting a fan nozzle with a second element constituting an air guide performed by assembling an elongate thin lip belonging to the second element in an elongate narrow slot formed by the three sides of an elongate flat plate fixed in parallel to a flat wall of the first element, characterized in that at least one element forming a guide is secured to a long side of said elongate flat plate forming an edge of the slot, said element forming a guide comprising a sliding surface (11a-15a) extending in the continuation of said elongate flat plate and diverging from the flat wall away from the first element, said at least one element forming a guide being designed to cooperate with the lip so that the insertion of the lip into the slot begins with the sliding of the lip on the sliding surface (11a-15a) and then continues as the lip advances, with the progressive insertion of the lip into the slot.
A fake-finger determination device comprising: an imaging unit that captures an authentication object as a fingerprint authentication object; a classifying unit that classifies an image captured by the imaging unit into a plurality of regions including at least a skin region and a background region using colors of pixels included in the image; and a determining unit that determines whether or not a foreign substance is present in the periphery of a finger using a feature of a region classified as neither the skin region nor the background region out of the regions classified by the classifying unit, characterized in that the determining unit is configured to calculate a ratio of the skin region with respect to the entire image captured by the imaging unit; compare the calculated ratio of the skin region to a lower limit of the ratio when it may be assumed that a background is not present, determine whether or not a foreign substance is present in the periphery of a finger if the calculated ratio of the skin region is smaller than the lower limit, and skip a fake-finger determination process without determining whether or not a foreign substance is present in the periphery of a finger if the calculated ratio of the skin region is greater than the lower limit. an imaging unit that captures an authentication object as a fingerprint authentication object; a classifying unit that classifies an image captured by the imaging unit into a plurality of regions including at least a skin region and a background region using colors of pixels included in the image; and a determining unit that determines whether or not a foreign substance is present in the periphery of a finger using a feature of a region classified as neither the skin region nor the background region out of the regions classified by the classifying unit, characterized in that the determining unit is configured to calculate a ratio of the skin region with respect to the entire image captured by the imaging unit; compare the calculated ratio of the skin region to a lower limit of the ratio when it may be assumed that a background is not present, determine whether or not a foreign substance is present in the periphery of a finger if the calculated ratio of the skin region is smaller than the lower limit, and skip a fake-finger determination process without determining whether or not a foreign substance is present in the periphery of a finger if the calculated ratio of the skin region is greater than the lower limit.