mhurhangee/ep-ind-claims huggingface dataset:
Method for fixing a fixing element (1, 1', 101) to a mounting rail (4, 104), wherein the mounting rail (4, 104) has an opening (15, 115) the length of which is greater than its width (B S), the fixing element (1, 1', 101) comprising a bearing element (5, 105) for bearing on an add-on part (17, 117) or on the mounting rail (4, 104), and an anchoring body (9, 109) for engagement in the mounting rail (4, 104), and wherein the anchoring body (9, 109) has a width (B V) that is smaller than or equal to the width (B S) of the opening and wherein a length (L V) of the anchoring body (9, 109) is greater than the width (B S) of the opening (15, 115), which method comprises the following steps: a) introduction of the anchoring body (9, 109) of the fixing element (1, 1', 101) into the opening (15, 115) in the mounting rail (4, 104); and b) rotation of the anchoring body (9, 109) in the mounting rail (4, 104) into a mounted position in such a way that the anchoring body (9, 109) engages behind lateral edge portions (19, 119) of the opening (15, 115); characterised by the step: c) clamping of the anchoring body (9, 109) with respect to the bearing element (5, 105) so that the fixing element (1, 1', 101) is in an end position in which it is immovable relative to the mounting rail (4, 104), and the anchoring body (9, 109) cannot be moved further towards the bearing element (5, 105), wherein, during clamping, a marking element (26, 126), which differs in colour from the bearing element (5, 105), is moved from a first marking position, which indicates that the fixing element (1, 1', 101) is in the mounted position, to a second marking position which indicates that the fixing element (1, 1', 101) is in the end position. a) introduction of the anchoring body (9, 109) of the fixing element (1, 1', 101) into the opening (15, 115) in the mounting rail (4, 104); and b) rotation of the anchoring body (9, 109) in the mounting rail (4, 104) into a mounted position in such a way that the anchoring body (9, 109) engages behind lateral edge portions (19, 119) of the opening (15, 115); c) clamping of the anchoring body (9, 109) with respect to the bearing element (5, 105) so that the fixing element (1, 1', 101) is in an end position in which it is immovable relative to the mounting rail (4, 104), and the anchoring body (9, 109) cannot be moved further towards the bearing element (5, 105), wherein, during clamping, a marking element (26, 126), which differs in colour from the bearing element (5, 105), is moved from a first marking position, which indicates that the fixing element (1, 1', 101) is in the mounted position, to a second marking position which indicates that the fixing element (1, 1', 101) is in the end position.
Method to manufacture a coated plate element made of wooden material with an edge strip that is attached at the uncoated edge area of the plate element using a glue, preferably hot-melt glue, and whereby the edge strip kept on a roller is pressed with its adhesive side onto the edge area of the plate element that is coated with glue, allowing for a slight excess in length, and whereby the glue flowing out of the glue joint as a result of the exerted pressure during the setting process as well as the excess edge strip is removed from the edge area of the plate element at the upper side and / or lower side of it, whereby a substance is applied onto the edge areas of the upper side and / or the lower side of the plate element prior to the glue's setting process, which deactivates the adhesive effect of the excess residual glue flowing out of the glue joint so that no adhesive glue particles form that are also removed from the edge area when removing the overhanging edge strip, characterized in that the substance is applied in strips onto the edge areas of the upper side and the lower side and the substance is composed of a fluid with polymers dispersed into water that forms a wax film on the edge area, which is removed from the surfaces of the edge area along with the adhesive particles it contains using rotating brushes that are designed as buffers, and whereby a second wax film is applied to form a protective film on the glue joint, preferably prior to brushing with the brushes.
A pneumatic tire comprising: a tread portion, the tread portion comprising a tread cap layer and a tread base layer; the tread cap layer comprising a ground-contact surface; the tread portion comprising a sipe comprising an open end and a closed end, the sipe extending radially inward from the ground-contacting surface of the tread portion to at least the tread base layer; the tread cap layer being composed of a tread cap composition, the tread cap composition comprising 100 parts of at least one diene-based elastomer and less than 0.5 parts by weight of talc, based on 100 parts by weight of the elastomer; and the tread base layer underlying the tread cap layer, and the tread base layer being composed of a tread base composition, the tread base composition comprising 100 parts of at least one diene-based elastomer and a platelet type filler, the platelet type filler in the tread base composition being present in the range of 0.5 to 20 parts by weight based on 100 parts by weight of the elastomer in the tread base composition. a tread portion, the tread portion comprising a tread cap layer and a tread base layer; the tread cap layer comprising a ground-contact surface; the tread portion comprising a sipe comprising an open end and a closed end, the sipe extending radially inward from the ground-contacting surface of the tread portion to at least the tread base layer; the tread cap layer being composed of a tread cap composition, the tread cap composition comprising 100 parts of at least one diene-based elastomer and less than 0.5 parts by weight of talc, based on 100 parts by weight of the elastomer; and the tread base layer underlying the tread cap layer, and the tread base layer being composed of a tread base composition, the tread base composition comprising 100 parts of at least one diene-based elastomer and a platelet type filler, the platelet type filler in the tread base composition being present in the range of 0.5 to 20 parts by weight based on 100 parts by weight of the elastomer in the tread base composition.
A semiconducting nanoparticle comprising: a one-dimensional semiconducting nanoparticle having a first end and a second end, where the second end is opposed to the first end; separate first endcaps, only at each of said first end and said second end, wherein the first endcaps comprise a first semiconductor; and separate second endcaps, only at each of said first end and said second end, wherein the second endcaps comprise a second semiconductor and surround the first endcaps at each of the first end and the second end; wherein each of the first endcaps is a three dimensional nanoparticle and contacts the surface of the one-dimensional nanoparticle at each of the first end and the second end producing a first heterojunction at each of the points of contact; wherein the second endcap at the first end contacts the entire surface of the first endcap not contacting the one-dimensional nanoparticle at the first end, producing a second heterojunction, and the second endcap at the second end contacts the entire surface of the first endcap not contacting the one-dimensional nanoparticle at the second end producing a second heterojunction, wherein the first heterojunction is compositionally different from the second heterojunction. a one-dimensional semiconducting nanoparticle having a first end and a second end, where the second end is opposed to the first end; separate first endcaps, only at each of said first end and said second end, wherein the first endcaps comprise a first semiconductor; and separate second endcaps, only at each of said first end and said second end, wherein the second endcaps comprise a second semiconductor and surround the first endcaps at each of the first end and the second end; wherein each of the first endcaps is a three dimensional nanoparticle and contacts the surface of the one-dimensional nanoparticle at each of the first end and the second end producing a first heterojunction at each of the points of contact; wherein the second endcap at the first end contacts the entire surface of the first endcap not contacting the one-dimensional nanoparticle at the first end, producing a second heterojunction, and the second endcap at the second end contacts the entire surface of the first endcap not contacting the one-dimensional nanoparticle at the second end producing a second heterojunction, wherein the first heterojunction is compositionally different from the second heterojunction.
An electric or hybrid car vehicle comprising four wheels (FW, RW), a front electric axle, and a rear electric axle; each electric axle (FA, RA) comprises a pair of motor modules, each comprising: • an electric motor-generator having a relative drive shaft identifying a rotation axis; • a secondary shaft; • at least one intermediate shaft; • a gear train fitted onto the drive shaft, the secondary shaft and onto the intermediate shaft, to transfer a rotary motion from said drive shaft to said secondary shaft and vice versa; • a gearbox case that encloses said gear train which is permanently fixed to a stator of said electric motor-generator and has an elongated shape that defines an extension axis perpendicular to said rotation axis; wherein, in each motor module, said secondary shaft and said intermediate shaft are arranged parallel to said drive shaft; wherein, in each motor module, said drive shaft and said secondary shaft define a plane and wherein said intermediate shaft lies on said plane; wherein each motor module is substantially L-shaped; wherein, in each electric axle (FA, RA), the two motor modules are mutually and stably associated so that the respective drive shafts (SHR, SHL) are coaxial with each other; the electric vehicle is characterised in that: in the front electric axle the gearbox cases (GTCR, GTCL) of the two motor modules are arranged parallel to each other and mutually connected giving the front electric axle a T-shape; and in the rear electric axle the stators of the electric motor-generators (EMR, EML) of the two motor modules are reciprocally connected so that the gearbox cases (GTCR, GTCL) are parallel to each other and arranged in an external position giving the rear electric axle a U-shape. • an electric motor-generator having a relative drive shaft identifying a rotation axis; • a secondary shaft; • at least one intermediate shaft; • a gear train fitted onto the drive shaft, the secondary shaft and onto the intermediate shaft, to transfer a rotary motion from said drive shaft to said secondary shaft and vice versa; • a gearbox case that encloses said gear train which is permanently fixed to a stator of said electric motor-generator and has an elongated shape that defines an extension axis perpendicular to said rotation axis; in the front electric axle the gearbox cases (GTCR, GTCL) of the two motor modules are arranged parallel to each other and mutually connected giving the front electric axle a T-shape; and in the rear electric axle the stators of the electric motor-generators (EMR, EML) of the two motor modules are reciprocally connected so that the gearbox cases (GTCR, GTCL) are parallel to each other and arranged in an external position giving the rear electric axle a U-shape.
A passive monitor for long-term radon-measurements, based on a radon-absorption layer of solids, suitable to obtain a back-up detector for existing passive radon-monitoring chambers in order to enhance their response linearity, comprising: - a sheet of plastics for detecting tracks of alpha particles; - a thin solid radiator-layer having a radon-partition coefficient, related to air, under equilibrium-absorption conditions in the range of values from 1 to about a few hundreds; - a passive radon diffusion chamber which retains said absorptive radiator on one of its inner surfaces; - said track detector having one of its surfaces facing said layer, while the opposite surface of said detector facing the inner volume of the diffusion chamber. - a sheet of plastics for detecting tracks of alpha particles; - a thin solid radiator-layer having a radon-partition coefficient, related to air, under equilibrium-absorption conditions in the range of values from 1 to about a few hundreds; - a passive radon diffusion chamber which retains said absorptive radiator on one of its inner surfaces; - said track detector having one of its surfaces facing said layer, while the opposite surface of said detector facing the inner volume of the diffusion chamber.
A pharmaceutical composition comprising: crystalline (2 R)-2-phenylcarbonyloxypropyl (2 S)-2-amino-3-(3,4-dihydroxyphenyl)propanoate mesylate; and a C 6.18 alkylsulfate or pharmaceutically acceptable salt thereof. crystalline (2 R)-2-phenylcarbonyloxypropyl (2 S)-2-amino-3-(3,4-dihydroxyphenyl)propanoate mesylate; and a C 6.18 alkylsulfate or pharmaceutically acceptable salt thereof.
A sample cell for holding a sample to be placed in a cryogenically cooled environment, the sample cell comprising: - an airtight, openable and closable enclosure, - within said enclosure a sample base for receiving said sample, - a refrigerator attachment for attaching said sample cell to a refrigerated body of said cryogenically cooled environment, - a thermal connection between said sample base and said refrigerator attachment, and - one or more airtight connectors for establishing electric connections between inside and outside of said enclosure, - an evacuation channel between inside and outside of said enclosure in the form of a conduit through a structure of said enclosure, - a connector at an outer end of the conduit for connecting an inlet of a vacuum suction pump to the sample cell, for evacuating said enclosure after closing, and - a closing valve for selectively allowing and preventing flow of gaseous media through said conduit; characterized in that: - said closing valve comprises a closing member movable between an open position and a closed position, of which in said open position said closing member allows gaseous media to flow through said conduit and in said closed position said closing member prevents gaseous media from flowing through said conduit, and - the sample cell comprises a piece of deformable sealing material compliant with vacuum and cryogenically cooled conditions at such a part of said conduit that said closing member is arranged to occupy in said closed position. - an airtight, openable and closable enclosure, - within said enclosure a sample base for receiving said sample, - a refrigerator attachment for attaching said sample cell to a refrigerated body of said cryogenically cooled environment, - a thermal connection between said sample base and said refrigerator attachment, and - one or more airtight connectors for establishing electric connections between inside and outside of said enclosure, - an evacuation channel between inside and outside of said enclosure in the form of a conduit through a structure of said enclosure, - a connector at an outer end of the conduit for connecting an inlet of a vacuum suction pump to the sample cell, for evacuating said enclosure after closing, and - a closing valve for selectively allowing and preventing flow of gaseous media through said conduit; - said closing valve comprises a closing member movable between an open position and a closed position, of which in said open position said closing member allows gaseous media to flow through said conduit and in said closed position said closing member prevents gaseous media from flowing through said conduit, and - the sample cell comprises a piece of deformable sealing material compliant with vacuum and cryogenically cooled conditions at such a part of said conduit that said closing member is arranged to occupy in said closed position.
A modular system for detecting a microorganism in a sample, the system comprising: a culture device; a data processor which uses analysis information to determine whether one or more conditions exist in a culture device, wherein the data processor compares the analysis information to a preset criterion to decide whether the one or more conditions exist; and a module to provide the analysis information, wherein the module comprises a housing a first slot formed in a first side of the housing for receiving the culture device; a second slot formed in the housing for ejecting the culture device from the housing when one or more conditions are present in the culture device; a third slot formed in the housing for ejecting the culture device from the housing when the one or more conditions are not present in the culture device; and a detector for analyzing the culture device. a culture device; a data processor which uses analysis information to determine whether one or more conditions exist in a culture device, wherein the data processor compares the analysis information to a preset criterion to decide whether the one or more conditions exist; and a module to provide the analysis information, wherein the module comprises a housing a first slot formed in a first side of the housing for receiving the culture device; a second slot formed in the housing for ejecting the culture device from the housing when one or more conditions are present in the culture device; a third slot formed in the housing for ejecting the culture device from the housing when the one or more conditions are not present in the culture device; and a detector for analyzing the culture device.
A value and/or security document comprising at least one printed line having a line width (b), wherein at least one of the lines is divided at least in a partial section, so that a space within the line width and along the longitudinal extension of the line and having a width (b z) is formed, characterized in that in the space is coded a first information in the form of a sequence of adjacent lines, and wherein the space is not visible with the naked eye, and wherein the coding designates a one-to-one correlation between the variables width and distance of the lines of the sequence of lines with a character or a sequence of characters.
A communication unit (400, 500) comprising: a plurality of cascaded devices wherein the plurality of cascaded devices comprises at least one master device and at least one slave device configured in a master-slave arrangement; wherein the communication unit (400, 500) is characterized in that: the at least one master device comprises: a clock generation circuit configured to output a system clock signal; a modulator circuit coupled to the clock generation circuit and configured to receive the system clock signal and a frame start signal and embed the frame start signal into the system clock signal to produce a modulated embedded master-slave clock signal; and transmit the modulated embedded master-slave clock signal to the at least one slave device to synchronise the system clock signal and the frame start signal between the at least one master device and at least one slave device. a clock generation circuit configured to output a system clock signal; a modulator circuit coupled to the clock generation circuit and configured to receive the system clock signal and a frame start signal and embed the frame start signal into the system clock signal to produce a modulated embedded master-slave clock signal; and transmit the modulated embedded master-slave clock signal to the at least one slave device to synchronise the system clock signal and the frame start signal between the at least one master device and at least one slave device.
A hydratable concentrated surfactant composition comprising: a) from 30 to 50 wt % of anionic surfactant selected from sodium laureth ether sulphate, sodium pareth ether sulphate and mixtures thereof, by weight based on the total weight of the composition; b) from 4 to 12 wt %, of a co-surfactant, which is selected from a betaine, cocamide monoethanolamide and mixtures thereof, based on the total weight of the hydratable concentrated surfactant composition; c) from 0.2 to 3 wt %, by weight of the total composition, of sodium benzoate; d) an additional phase modifier selected from alkyl trimethyl ammonium compounds having an alkyl chain of C8 - C22 carbon atoms and salts thereof;; e) from 0.2 to 3 wt % of a viscosity modifier, by weight of the total composition, which is an inorganic electrolyte; f) from 10 to 60 % by weight water by weight of the total composition; wherein the surfactants are in a lamellar phase; and wherein the hydratable concentrated surfactant composition has a pH of from 3 to 6; and wherein the hydratable concentrated surfactant composition has a viscosity of from 8,000 to 200,000 mPas -1 (cps), when measured at 30°C on a Brookfield DV2T using a Spindle RV-05 at 20 rpm for 60 seconds on a Helipath stand; and wherein the weight ratio of a) the anionic surfactant to b) the co- surfactant is from 3:1 to 10:1. wherein the weight ratio of sodium benzoate (c) to total surfactant (a) + (b) is 1:5 to 1: 75, preferably from 1:10 to 1:65, more preferably 1:15 to 1:50, most preferably 1:15 to 1:35. a) from 30 to 50 wt % of anionic surfactant selected from sodium laureth ether sulphate, sodium pareth ether sulphate and mixtures thereof, by weight based on the total weight of the composition; b) from 4 to 12 wt %, of a co-surfactant, which is selected from a betaine, cocamide monoethanolamide and mixtures thereof, based on the total weight of the hydratable concentrated surfactant composition; c) from 0.2 to 3 wt %, by weight of the total composition, of sodium benzoate; d) an additional phase modifier selected from alkyl trimethyl ammonium compounds having an alkyl chain of C8 - C22 carbon atoms and salts thereof;; e) from 0.2 to 3 wt % of a viscosity modifier, by weight of the total composition, which is an inorganic electrolyte; f) from 10 to 60 % by weight water by weight of the total composition; wherein the surfactants are in a lamellar phase; and wherein the hydratable concentrated surfactant composition has a pH of from 3 to 6; and wherein the hydratable concentrated surfactant composition has a viscosity of from 8,000 to 200,000 mPas -1 (cps), when measured at 30°C on a Brookfield DV2T using a Spindle RV-05 at 20 rpm for 60 seconds on a Helipath stand; and wherein the weight ratio of a) the anionic surfactant to b) the co- surfactant is from 3:1 to 10:1. wherein the weight ratio of sodium benzoate (c) to total surfactant (a) + (b) is 1:5 to 1: 75, preferably from 1:10 to 1:65, more preferably 1:15 to 1:50, most preferably 1:15 to 1:35.