mhurhangee/ep-ind-claims huggingface dataset:
Use of PCR primers for preparation of a nucleic acid sample for single nucleotide polymorphism detection using AS-PCR, wherein the primers have the following features: (a) two forward primers are designed to amplify together with a common reverse primer a product having a full chain length of 200 bp or less by AS-PCR, which two forward primers consist of -- a mutant type forward primer containing a single nucleotide base at the 3'-end and -- a wild-type forward primer containing a wild-type base at the 3'-end, which corresponds to the single nucleotide polymorphism site, (b) one of the forward primers has a tag sequence incompletely complementary to a base sequence of a target nucleic acid at the 5' end; and (c) the tag sequence has a chain length of 10 bp or less, in a method for preparing said sample for single nucleotide polymorphism detection using AS-PCR, characterized in that ion exchange chromatography analysis with an eluent comprising a guanidine salt and a filler comprising cationic groups dissociating in the pH range of 1 to 14 and anionic groups having a pKa of 3 or more on at least the surface of base material particles is used for the detection of the AS-PCR amplification products from an elution with said eluent. (a) two forward primers are designed to amplify together with a common reverse primer a product having a full chain length of 200 bp or less by AS-PCR, which two forward primers consist of -- a mutant type forward primer containing a single nucleotide base at the 3'-end and -- a wild-type forward primer containing a wild-type base at the 3'-end, which corresponds to the single nucleotide polymorphism site, -- a mutant type forward primer containing a single nucleotide base at the 3'-end and -- a wild-type forward primer containing a wild-type base at the 3'-end, which corresponds to the single nucleotide polymorphism site, (b) one of the forward primers has a tag sequence incompletely complementary to a base sequence of a target nucleic acid at the 5' end; and (c) the tag sequence has a chain length of 10 bp or less,
An electromechanical device for locking/releasing a mechanism for the manual operation of an actuation shaft, particularly of an electrical disconnector, comprising a detent for locking the rotation of said actuation shaft which can, in use, form a translational motion with respect to said actuation shaft, in order to engage therein, so as to lock its rotation, and disengage from it, in contrast with elastic return means, to release its rotation, wherein it comprises an electrical contactor with a movable element, which is coupled in a cam-like arrangement to said detent and is adapted to be arranged by the electrical contactor, with respect to said detent, in two alternative configurations, respectively a configuration for preventing and a configuration for enabling the disengagement of said detent from said actuation shaft, in order to prevent or release its rotation, characterised in that said movable element comprises a protrusion that is coupled in a cam-like arrangement in a slot provided in said detent, said slot having - a first portion, which is extended substantially longitudinally with respect to the direction of translational motion for engaging and disengaging said detent from said actuation shaft, and - a second portion, which lies substantially transversely to said direction of translational motion, whereby in said enabling configuration, said protrusion engages slidingly said first portion, and in said preventing configuration said protrusion engages said second portion to contrast the translational motion of said detent along said direction of translational motion. - a first portion, which is extended substantially longitudinally with respect to the direction of translational motion for engaging and disengaging said detent from said actuation shaft, and - a second portion, which lies substantially transversely to said direction of translational motion, whereby in said enabling configuration, said protrusion engages slidingly said first portion, and in said preventing configuration said protrusion engages said second portion to contrast the translational motion of said detent along said direction of translational motion.
An analysis device comprising: a specimen carrying means equipped with specimen containers; a reagent carrying means equipped with reagent containers; a first carrying means equipped with first containers which perform purification of a subject component to be measured of the specimen; a second carrying means equipped with second containers which perform purification of the purified specimen in the first container; a mass spectrometry unit which measures the specimen purified in the second container; and a third carrying means equipped with third containers, which houses the purified specimen in the second container of the second carrying means, and which is arranged lower than the second carrying means, wherein a purified specimen dripped from the second container is housed in the third container. a specimen carrying means equipped with specimen containers; a reagent carrying means equipped with reagent containers; a first carrying means equipped with first containers which perform purification of a subject component to be measured of the specimen; a second carrying means equipped with second containers which perform purification of the purified specimen in the first container; a mass spectrometry unit which measures the specimen purified in the second container; and a third carrying means equipped with third containers, which houses the purified specimen in the second container of the second carrying means, and which is arranged lower than the second carrying means, wherein a purified specimen dripped from the second container is housed in the third container.
A Long Term Evolution, LTE, Advanced user equipment, wherein the UE is configured to monitor a plurality of physical downlink control channel, PDCCH, candidates in a Common Search Space, CSS, and in a UE specific Search Space, USS, and wherein a PDCCH candidate in the CSS and a PDCCH candidate in the USS have different Downlink Control Information, DCI, the UE is configured to: determine the PDCCH candidate in the CSS as PDCCH transmitted from a base station according to predetermined setting in case that the PDCCH candidate in the CSS and the PDCCH candidate in the USS have: Cyclic redundancy check, CRC, scrambled by a Radio Network Temporary Identifier, RNTI, a common payload size, and a same first Control Channel Element, CCE, index, wherein the PDCCH candidate in the CSS and the PDCCH candidate in the USS are overlapped with each other, characterized in that the overlapping includes partial overlapping in which an aggregation level of the PDCCH candidate in the CSS is different from an aggregation level of the PDCCH candidate in the USS. determine the PDCCH candidate in the CSS as PDCCH transmitted from a base station according to predetermined setting in case that the PDCCH candidate in the CSS and the PDCCH candidate in the USS have: Cyclic redundancy check, CRC, scrambled by a Radio Network Temporary Identifier, RNTI, a common payload size, and a same first Control Channel Element, CCE, index, Cyclic redundancy check, CRC, scrambled by a Radio Network Temporary Identifier, RNTI, a common payload size, and a same first Control Channel Element, CCE, index, wherein the PDCCH candidate in the CSS and the PDCCH candidate in the USS are overlapped with each other, characterized in that the overlapping includes partial overlapping in which an aggregation level of the PDCCH candidate in the CSS is different from an aggregation level of the PDCCH candidate in the USS.
A fitness training bag, comprising: a body, including: an outer bag enclosing a first interior area therein, the outer bag being water-permeable; an inner bag disposed within the first interior area, the inner bag enclosing a second interior area therein, the inner bag being water-permeable; and a filler disposed within the second interior area, the filler including a plurality of pieces of material, the plurality of pieces of material being non-absorbent, drainable, and non-packable, at least some of the plurality of pieces of material being resiliently compressible so as to be shock-absorbing; and at least one handle stitched to the body, the at least one handle configured to facilitate manipulation of the body to perform an exercise. a body, including: an outer bag enclosing a first interior area therein, the outer bag being water-permeable; an inner bag disposed within the first interior area, the inner bag enclosing a second interior area therein, the inner bag being water-permeable; and a filler disposed within the second interior area, the filler including a plurality of pieces of material, the plurality of pieces of material being non-absorbent, drainable, and non-packable, at least some of the plurality of pieces of material being resiliently compressible so as to be shock-absorbing; and an outer bag enclosing a first interior area therein, the outer bag being water-permeable; an inner bag disposed within the first interior area, the inner bag enclosing a second interior area therein, the inner bag being water-permeable; and a filler disposed within the second interior area, the filler including a plurality of pieces of material, the plurality of pieces of material being non-absorbent, drainable, and non-packable, at least some of the plurality of pieces of material being resiliently compressible so as to be shock-absorbing; and at least one handle stitched to the body, the at least one handle configured to facilitate manipulation of the body to perform an exercise.
Drive comprising an electric motor, a converter and an intermediate part which is arranged between the electric motor and the converter and in which connection elements are arranged, wherein a lower part is connected to the intermediate part in a heat-conducting manner, wherein an upper part spaced apart from the intermediate part is connected to the lower part in a heat-conducting manner, wherein the upper part has cooling ribs, characterised in that a disconnector having threaded bores that pass through the intermediate part, in particular pass through a wall of the intermediate part, is arranged in the lower part, screw parts being screwed into said threaded bores, which screw parts, in particular the enlarged regions thereof, press the lower part towards the intermediate part, wherein each screw part protrudes through a particular cut-out in the lower part, in particular through a cut-out passing through a wall of the lower part, wherein each cut-out is composed of two circular overlapping holes such that the screw part protrudes through a first of the two overlapping holes when the lower part is in a first mounting position on the intermediate part and through the other of the two overlapping holes in the other mounting position, and wherein the relevant screw part, in particular each screw part, has a hole passing centrally through the relevant screw part, in particular in the direction of the bore axis of the threaded bore, for leading through a cable from the internal space of the lower part to the internal space enclosed by the intermediate part. wherein a lower part is connected to the intermediate part in a heat-conducting manner, wherein an upper part spaced apart from the intermediate part is connected to the lower part in a heat-conducting manner, wherein the upper part has cooling ribs, characterised in that a disconnector having threaded bores that pass through the intermediate part, in particular pass through a wall of the intermediate part, is arranged in the lower part, screw parts being screwed into said threaded bores, which screw parts, in particular the enlarged regions thereof, press the lower part towards the intermediate part, wherein each screw part protrudes through a particular cut-out in the lower part, in particular through a cut-out passing through a wall of the lower part, wherein each cut-out is composed of two circular overlapping holes such that the screw part protrudes through a first of the two overlapping holes when the lower part is in a first mounting position on the intermediate part and through the other of the two overlapping holes in the other mounting position, and wherein the relevant screw part, in particular each screw part, has a hole passing centrally through the relevant screw part, in particular in the direction of the bore axis of the threaded bore, for leading through a cable from the internal space of the lower part to the internal space enclosed by the intermediate part.
An end-of-train unit adapted to be fixed to the last wagon of a train, said train including a locomotive, a plurality of wagons and a pneumatic trainline extending along said train, the locomotive-side end of said trainline being pneumatically connected to a draining means adapted to generate in said trainline a variation of pressure that leads to the actuation of the brake system equipping each of said wagons, said unit being connected, in operation, to the pneumatic trainline and including at least one control chain itself including acquisition means, processing means and actuation means, characterized in that the acquisition means only measure said variation of pressure in the trainline, and in that the processing and actuation means perform a draining of said trainline depending on the variation of pressure in said trainline generated by the locomotive.
Cleaning-agent-adding device as an accessory for a highpressure cleaning device, comprising a fluid line, through which a carrier liquid can flow, a cleaning liquid supply line, which is connected to the fluid line in regard to flow and via which a cleaning liquid can be supplied from a cleaning liquid container to the carrier liquid for addition, a container receptacle, into which the cleaning liquid container can be partially inserted in an insertion direction, and a retaining apparatus for retaining the cleaning liquid container in the container receptacle, characterised in that the retaining apparatus comprises a retaining part, which is displaceably mounted in the container receptacle and can be transferred from a retaining position, in which the cleaning liquid container is retained in the container receptacle, to a release position, in which the cleaning liquid container can be inserted into the container receptacle and removed therefrom, and vice versa.
Migration device (100, 520) for determining the migratory ability of cells capable of amoeboid movement, comprising • a sample chamber (102, 512) arranged in a housing (101, 501, 502) and having an inlet opening for receiving a sample liquid containing the cells capable of amoeboid movement; • at least one migration matrix (105, 503) which rests on a base surface of the sample chamber and is formed as a thin layer, into which the cells capable of amoeboid movement penetrate, wherein the mean pore size of the migration matrix is smaller than the mean diameter of the cells capable of amoeboid movement; • at least one fluid outlet (103, 401, 402, 506); • a first discharge structure (104, 201, 403, 518, 524) formed in said housing (101, 501, 502) and adapted to discharge a fluid from said migration matrix (105, 503) and having a drain structure arranged in said base surface; and • wherein the first discharge structure opens into the at least one fluid outlet (103, 401, 402, 506). • a sample chamber (102, 512) arranged in a housing (101, 501, 502) and having an inlet opening for receiving a sample liquid containing the cells capable of amoeboid movement; • at least one migration matrix (105, 503) which rests on a base surface of the sample chamber and is formed as a thin layer, into which the cells capable of amoeboid movement penetrate, wherein the mean pore size of the migration matrix is smaller than the mean diameter of the cells capable of amoeboid movement; • at least one fluid outlet (103, 401, 402, 506); • a first discharge structure (104, 201, 403, 518, 524) formed in said housing (101, 501, 502) and adapted to discharge a fluid from said migration matrix (105, 503) and having a drain structure arranged in said base surface; and • wherein the first discharge structure opens into the at least one fluid outlet (103, 401, 402, 506).
A backlight unit, comprising: a light source; a light guide plate having: an end surface that is arranged to face the light source, and that light from the light source enters; and an emitting surface from which the entered light is emitted; a casing having a front portion and a back portion, the casing being configured to store the light source and the light guide plate; and an optical pressure-sensitive adhesive film arranged between the front portion of the casing on a light source side and the light guide plate, the optical pressure-sensitive adhesive film being bonded to the light guide plate, wherein the optical pressure-sensitive adhesive film includes a light-absorbing layer, a substrate, a low-refractive index layer, and a pressure-sensitive adhesive layer in the stated order from a front portion side of the casing. a light source; a light guide plate having: an end surface that is arranged to face the light source, and that light from the light source enters; and an emitting surface from which the entered light is emitted; an end surface that is arranged to face the light source, and that light from the light source enters; and an emitting surface from which the entered light is emitted; a casing having a front portion and a back portion, the casing being configured to store the light source and the light guide plate; and an optical pressure-sensitive adhesive film arranged between the front portion of the casing on a light source side and the light guide plate, the optical pressure-sensitive adhesive film being bonded to the light guide plate, wherein the optical pressure-sensitive adhesive film includes a light-absorbing layer, a substrate, a low-refractive index layer, and a pressure-sensitive adhesive layer in the stated order from a front portion side of the casing.
A lamp, having - an elongated carrier element - an LED light source arranged on the carrier element for the generation of a light, - an elongated optical element, extending along a longitudinal axis arranged in parallel to the carrier element for influencing the light, wherein the optical element is arranged under a bending stress held stationary on the carrier element, characterized in that the design in this connection is such that the optical element as such, therefore if it is not yet connected with the carrier element, has a slight curvature along the longitudinal axis, the radius of curvature of which is larger than three times the extension of the optical element along the longitudinal axis, specifically such that the optical element is formed slightly concave on a side, which faces the carrier element when the lamp is fully assembled, wherein the curvature in the assembled state is at least substantially eliminated. - an elongated carrier element - an LED light source arranged on the carrier element for the generation of a light, - an elongated optical element, extending along a longitudinal axis arranged in parallel to the carrier element for influencing the light,
A precious metal recovery device, comprising: a cylindrical metallic container that constitutes an electrolytic bath; a detachable insulating cover that hermetically seals the metallic container, and has a waste fluid outlet; a pipe-shaped anode passing through a center of the insulating cover, that allows a waste fluid to pass through from an upper section to a bottom section of the pipe-shaped anode; a cylindrical expander cathode that is disposed along an inner circumference of the metallic container; and a cylindrical expander anode that is disposed along an outer circumference of the pipe-shaped anode, wherein an upper section of the expander cathode is connected and secured to an upper shoulder section of the metallic container in an inverted L-shape in cross section, and a lower section of the expander cathode is connected and secured to a bottom section of the metallic container, and both ends of the expander anode are connected and secured to the pipe-shaped anode in a U-shape in cross section. a cylindrical metallic container that constitutes an electrolytic bath; a detachable insulating cover that hermetically seals the metallic container, and has a waste fluid outlet; a pipe-shaped anode passing through a center of the insulating cover, that allows a waste fluid to pass through from an upper section to a bottom section of the pipe-shaped anode; a cylindrical expander cathode that is disposed along an inner circumference of the metallic container; and a cylindrical expander anode that is disposed along an outer circumference of the pipe-shaped anode, wherein an upper section of the expander cathode is connected and secured to an upper shoulder section of the metallic container in an inverted L-shape in cross section, and a lower section of the expander cathode is connected and secured to a bottom section of the metallic container, and both ends of the expander anode are connected and secured to the pipe-shaped anode in a U-shape in cross section.
An agricultural working implement for attachment to an agricultural towing vehicle, comprising an attachment frame, by way of which the working implement can be coupled to a lift mechanism of the towing vehicle, comprising a support frame which is engaged by a working unit, wherein the attachment frame and the support frame are connected together by way of at least two links (7, 8) to form a multi-joint kinematic assembly, comprising a parking flap which is hingedly mounted to the attachment frame and by way of which the multi-joint kinematic assembly can be blocked, characterised in that the parking flap is so designed that same automatically returns from a blocking position in which same blocks the multi-joint kinematic assembly into a release position in which same releases the multi-joint kinematic assembly when the agricultural working implement is transferred from a parking position into a working position.
A shampoo composition comprising: (a) a premix, the premix comprising from 0.001% to 10%, by weight of the shampoo composition, of an anionic charged polyacrylate microcapsule; from 0.01% to 2%, by weight of the shampoo composition, of a cationic deposition polymer; and (b) from 2% to 25%, by weight of the shampoo composition, of a detersive surfactant; and (c) a carrier. (a) a premix, the premix comprising from 0.001% to 10%, by weight of the shampoo composition, of an anionic charged polyacrylate microcapsule; from 0.01% to 2%, by weight of the shampoo composition, of a cationic deposition polymer; and (b) from 2% to 25%, by weight of the shampoo composition, of a detersive surfactant; and (c) a carrier.