mhurhangee/ep-ind-claims huggingface dataset:
A cleaning machine for tire curing side mold that comprises a basket, a rotational base which mounted into thereof, where a rotating joint mounted radially to the outward direction on the rotational base and a telescopic arm carrying a nozzle at the free end thereof and fastened on the rotational base with the rotating joint, wherein the rotational base formed as hollow annular shape and is concentric to sidewall in an operating position, wherein the a nozzle provided in a movable manner on the rotational base, of extending towards the open side of the basket and having an intake connected to inlet in a fluid transferrable manner characterized in that the rotating joint comprises a bearings and a slide, that the bearings which provided at the proximal end of rotating joint which connected with a telescopic arm formed a cylindrical articulation provided the bearings having radial headway which goes by the rotational base in a manner, and enabled the slide which extending to the outward radially acts upon the rotational base.
A casting sand cooler comprising a sand chamber having an air inlet and an air outlet, wherein the air inlet has a fan for the feed of air into the sand chamber and/or the air outlet has a fan for sucking the air out of the sand chamber, characterised in that there is provided a dynamic wind sifter which is rotatable about an axis and which is so arranged within the casting sand cooler and is operable such that substantially the complete air flow leaving the sand chamber through the air outlet is passed through the dynamic wind sifter and solid particles can be removed from the discharge air flow and remain in the sand chamber or can be at least recycled thereinto.
A method performed by a transmitting user equipment, comprising: deriving an initial layer one identifier corresponding to a target user equipment or group, wherein the layer one identifier is a sidelink control layer one identifier for filtering of packets at a physical layer; determining that the initial layer one identifier collides with another layer one identifier corresponding to a different target user equipment or group based on determination that at least two layer one identifiers within ProSe proximity of the transmitting user equipment are the same; deriving, based on configured rules, a first modified layer one identifier, when it is determined that the initial layer one identifier collides with another layer one identifier in use; and communicating with the target user equipment or group using the first modified layer one identifier. deriving an initial layer one identifier corresponding to a target user equipment or group, wherein the layer one identifier is a sidelink control layer one identifier for filtering of packets at a physical layer; determining that the initial layer one identifier collides with another layer one identifier corresponding to a different target user equipment or group based on determination that at least two layer one identifiers within ProSe proximity of the transmitting user equipment are the same; deriving, based on configured rules, a first modified layer one identifier, when it is determined that the initial layer one identifier collides with another layer one identifier in use; and communicating with the target user equipment or group using the first modified layer one identifier.
A charging gun, comprising: a cable having a surface; an outer casing comprising a first case and a second case, wherein the first case is detachably assembled with the second case; and a strain relief structure comprising a first portion and a second portion, wherein the first portion is detachably assembled with the second portion, the first portion is disposed on a first inner wall of the first case, and the second portion is disposed on a second inner wall of the second case; wherein when the first case is assembled and connected with the second case, the first portion is assembled and connected with the second portion, the first portion covers on at least a part of the surface of the cable, the second portion covers on at least a part of the surface of the cable, and the strain relief structure is clamped between the cable and the outer casing, characterized in that: wherein a first inner surface of the first portion of the strain relief structure has a plurality of first protrusions, a second inner surface of the second portion has a plurality of second protrusions, when the first portion and the second portion are assembled with each other, the plurality of first protrusions are respectively assembled with the corresponding one of the second protrusions, and a plurality of first ring-shaped protrusions are formed thereto, wherein the plurality of first ring-shaped protrusions are detachably attached with the surface of the cable. a cable having a surface; an outer casing comprising a first case and a second case, wherein the first case is detachably assembled with the second case; and a strain relief structure comprising a first portion and a second portion, wherein the first portion is detachably assembled with the second portion, the first portion is disposed on a first inner wall of the first case, and the second portion is disposed on a second inner wall of the second case; wherein when the first case is assembled and connected with the second case, the first portion is assembled and connected with the second portion, the first portion covers on at least a part of the surface of the cable, the second portion covers on at least a part of the surface of the cable, and the strain relief structure is clamped between the cable and the outer casing, characterized in that: wherein a first inner surface of the first portion of the strain relief structure has a plurality of first protrusions, a second inner surface of the second portion has a plurality of second protrusions, when the first portion and the second portion are assembled with each other, the plurality of first protrusions are respectively assembled with the corresponding one of the second protrusions, and a plurality of first ring-shaped protrusions are formed thereto, wherein the plurality of first ring-shaped protrusions are detachably attached with the surface of the cable.
A piezoelectric element comprising: a plurality of stacked piezoelectric sheets (32, 33) having a predetermined stretching axis (39, 40) and having a main constituent including a helical polymer with a chiral molecule as a unit; and electrodes (34, 35, 36, 37) formed on both principal surfaces of each of the piezoelectric sheets, wherein at least one piezoelectric sheet of the plurality of piezoelectric sheets is different from the other piezoelectric sheet in the direction of the stretching axis. a plurality of stacked piezoelectric sheets (32, 33) having a predetermined stretching axis (39, 40) and having a main constituent including a helical polymer with a chiral molecule as a unit; and electrodes (34, 35, 36, 37) formed on both principal surfaces of each of the piezoelectric sheets, wherein at least one piezoelectric sheet of the plurality of piezoelectric sheets is different from the other piezoelectric sheet in the direction of the stretching axis.
A multispecific antibody or fragment thereof that specifically binds: a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor; and b. a second target epitope, wherein the second epitope is FAPα. a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor; and b. a second target epitope, wherein the second epitope is FAPα.
Ferrite magnetic powders for bond magnet containing iron and an alkaline earth metal, wherein said ferrite magnetic powders contain a Cr element of 100 ppm or more and 3000 ppm or less and hexavalent chromium of 1 ppm or less, wherein in the preparation of the ferrite magnetic powders, raw material powders containing iron and the alkaline earth metal are prepared by mixing strontium carbonate and iron oxide, wherein the iron oxide has a purity of 99.0 to 99.9 % and a content of Cr element of 100 ppm to 3000 ppm, in a range of SrCO 3: Fe 2 O 3 = 1: 5.20 to 6.00 at a molar ratio, and wherein a compact of the ferrite magnetic powders prepared by adding 0.4 cc of polyester resin to 7 g of the ferrite magnetic powders, then filling this mixture into a mold of diameter Ø 15 mm, and adding pressure of 8 MPa thereto, has magnetic characteristics such that the residual magnetic flux density Br is 0.173 T (1730 Gauss) or more and the intrinsic coercive force iHc is 5.675 × 10 5 /Π A/m (2270 Oe) or more.
A single phase curable composition having a viscosity of from 1 to 10 mPas at 25°C as measured according to the description for use in thermal inkjet printing, comprising at least one cationically curable material, at least one cationic photoinitiator and water, wherein the cationically curable material comprises an oxetane functional monomer, and wherein: either a) the cationically curable material comprises limonene monoxide or limonene dioxide, or b) the composition includes at least one free radically curable material and includes one or more curable N-vinyl monomer materials. a) the cationically curable material comprises limonene monoxide or limonene dioxide, or b) the composition includes at least one free radically curable material and includes one or more curable N-vinyl monomer materials.
Method for motion correction of a three-dimensional image dataset reconstructed from a plurality of two-dimensional projection images acquired by an X-ray device, which motion correction relates to a movement in a region under examination of a patient that is covered by the image dataset, wherein - a biplane X-ray device having two acquisition assemblies that measure at an angular offset, in particular of 90°, is used; - in order to acquire the projection images, each of the acquisition assemblies covers an angular range of projection angles, and pairs of projection images of the region under examination are acquired at least substantially simultaneously at each acquisition time instant; - for each pair of projection images, at least one marker object lying in the region under examination and imaged in the projection images is automatically localised in order to determine two-dimensional location information; - three-dimensional position information about the marker object is determined using the acquisition geometries of the particular pair of projection images, which acquisition geometries are defined by the projection angles; - motion information describing a motion profile of the marker object over the acquisition period is ascertained from the position information at different acquisition time instants; and - the motion information is used for motion correction of the image dataset, characterised in that for the marker object, at least one orientation of the marker object is determined as part of the position information on the basis of its shape, and is included in the motion profile. - a biplane X-ray device having two acquisition assemblies that measure at an angular offset, in particular of 90°, is used; - in order to acquire the projection images, each of the acquisition assemblies covers an angular range of projection angles, and pairs of projection images of the region under examination are acquired at least substantially simultaneously at each acquisition time instant; - for each pair of projection images, at least one marker object lying in the region under examination and imaged in the projection images is automatically localised in order to determine two-dimensional location information; - three-dimensional position information about the marker object is determined using the acquisition geometries of the particular pair of projection images, which acquisition geometries are defined by the projection angles; - motion information describing a motion profile of the marker object over the acquisition period is ascertained from the position information at different acquisition time instants; and - the motion information is used for motion correction of the image dataset, characterised in that for the marker object, at least one orientation of the marker object is determined as part of the position information on the basis of its shape, and is included in the motion profile.
A construction machine having a working attachment, said construction machine comprising: a base frame for supporting said working attachment so as to be raised and lowered; an engine installed on said base frame; an exhaust gas after-treatment device able to purify exhaust gas from said engine while the exhaust gas flows therethrough; and a guard panel installed over said base frame so as to cover said engine and said exhaust gas after-treatment device, wherein said exhaust gas after-treatment device includes a first treatment section having a filter able to collect dust contained in the exhaust gas from said engine and a second treatment section having a catalyst for decomposing nitrogen oxides contained in the exhaust gas treated by said first treatment section, said guard panel includes a top plate, said top plate being disposed substantially in parallel with said base frame and having an opening in a portion thereof corresponding to said engine, and a bonnet formed so as to project upwards from said top plate and cover said opening, characterized in that one of said first and second treatment sections (17, 18) is disposed lower than said top plate, and at least a part of the other treatment section is disposed higher than said top plate through said opening and lower than said bonnet. a base frame for supporting said working attachment so as to be raised and lowered; an engine installed on said base frame; an exhaust gas after-treatment device able to purify exhaust gas from said engine while the exhaust gas flows therethrough; and a guard panel installed over said base frame so as to cover said engine and said exhaust gas after-treatment device, wherein said exhaust gas after-treatment device includes a first treatment section having a filter able to collect dust contained in the exhaust gas from said engine and a second treatment section having a catalyst for decomposing nitrogen oxides contained in the exhaust gas treated by said first treatment section, said guard panel includes a top plate, said top plate being disposed substantially in parallel with said base frame and having an opening in a portion thereof corresponding to said engine, and a bonnet formed so as to project upwards from said top plate and cover said opening, characterized in that one of said first and second treatment sections (17, 18) is disposed lower than said top plate, and at least a part of the other treatment section is disposed higher than said top plate through said opening and lower than said bonnet.
A canister for dry storage of nuclear waste material, the canister comprising: a vertical tubular first shell defining an internal cavity for storing nuclear waste material; a top lid sealably attached to a first end of the first shell; a bottom end closure attached to a second end of the first shell, the end closure comprising a base plate and an upturned annular closure flange disposed on a peripheral portion of the base plate; a circumferentially-extending butt joint formed between the annular closure flange and the second end of first shell; and a circumferentially-extending butt weld formed at the butt joint which hermetically seals the annular closure flange to the second end of the first shell; characterized by comprising an annular shell skirt adjoined and welded to a lower portion of the first shell proximate to its second end, the shell skirt extending circumferentially around the lower portion and having a height less than a full height of the first shell, wherein the shell skirt forms a hermetically sealed secondary pressure retention barrier; and wherein the shell skirt covers the butt joint; wherein portions of the first shell above the shell skirt remain outwardly exposed. a vertical tubular first shell defining an internal cavity for storing nuclear waste material; a top lid sealably attached to a first end of the first shell; a bottom end closure attached to a second end of the first shell, the end closure comprising a base plate and an upturned annular closure flange disposed on a peripheral portion of the base plate; a circumferentially-extending butt joint formed between the annular closure flange and the second end of first shell; and a circumferentially-extending butt weld formed at the butt joint which hermetically seals the annular closure flange to the second end of the first shell; characterized by comprising an annular shell skirt adjoined and welded to a lower portion of the first shell proximate to its second end, the shell skirt extending circumferentially around the lower portion and having a height less than a full height of the first shell, wherein the shell skirt forms a hermetically sealed secondary pressure retention barrier; and wherein the shell skirt covers the butt joint; wherein portions of the first shell above the shell skirt remain outwardly exposed.
A humidification chamber for humidifying gases, comprising: a water tub that is configured to receive a volume of water; a gases inlet for receiving a flow of gases into an interior volume of the humidification chamber; a gases outlet through which a humidified flow of gases may exit the interior volume of the humidification chamber; one or more fill apertures in fluid communication with the water tub such that the water tub can be filled with water through the one or more fill apertures; and a sealing closure configured to be releaseably mounted on the humidification chamber, the sealing closure being configured to sealingly close each fill aperture when the sealing closure is mounted on the humidification chamber to resist gas and/or vapour escaping from the one or more fill apertures, wherein the sealing closure comprises one or more sealing formations configured to sealingly engage a region of the humidification chamber that defines, or is adjacent, the one or more fill apertures, so as to close the one or more fill apertures, and wherein each sealing formation comprises a plug depending from the sealing closure, each plug being received in a respective fill aperture and sealing closed the respective fill aperture when the sealing closure is mounted on the humidification chamber, and characterised in that the humidification chamber further comprises a peripheral seal extending around the periphery of the sealing closure, the peripheral seal being configured to sealingly engage and seal around the periphery of the humidification chamber. a water tub that is configured to receive a volume of water; a gases inlet for receiving a flow of gases into an interior volume of the humidification chamber; a gases outlet through which a humidified flow of gases may exit the interior volume of the humidification chamber; one or more fill apertures in fluid communication with the water tub such that the water tub can be filled with water through the one or more fill apertures; and a sealing closure configured to be releaseably mounted on the humidification chamber, the sealing closure being configured to sealingly close each fill aperture when the sealing closure is mounted on the humidification chamber to resist gas and/or vapour escaping from the one or more fill apertures, wherein the sealing closure comprises one or more sealing formations configured to sealingly engage a region of the humidification chamber that defines, or is adjacent, the one or more fill apertures, so as to close the one or more fill apertures, and wherein each sealing formation comprises a plug depending from the sealing closure, each plug being received in a respective fill aperture and sealing closed the respective fill aperture when the sealing closure is mounted on the humidification chamber, and characterised in that the humidification chamber further comprises a peripheral seal extending around the periphery of the sealing closure, the peripheral seal being configured to sealingly engage and seal around the periphery of the humidification chamber.
A method for detection of beta-D-glucuronidase activity in a sample, comprising the steps of (i) providing a glucuronic acid ester compound of the general formula wherein R1 is a C1-4 alkyl group, OR2 is a dye moiety, which is liberated after cleavage of the glycosidic bond; (ii) contacting said glucuronic acid ester compound with a material contained in said sample, said material exhibiting hydrolytic activity towards glucuronic acid esters, thereby removing R1 and thus forming a sample containing an indicator compound suitable for the detection and/or measurement of beta-D-glucuronidase activity, and (iii) using said indicator to perform an assay requiring detection or measurement of beta-D-glucuronidase activity in said sample. (i) providing a glucuronic acid ester compound of the general formula wherein R1 is a C1-4 alkyl group, OR2 is a dye moiety, which is liberated after cleavage of the glycosidic bond; R1 is a C1-4 alkyl group, OR2 is a dye moiety, which is liberated after cleavage of the glycosidic bond; (ii) contacting said glucuronic acid ester compound with a material contained in said sample, said material exhibiting hydrolytic activity towards glucuronic acid esters, thereby removing R1 and thus forming a sample containing an indicator compound suitable for the detection and/or measurement of beta-D-glucuronidase activity, and (iii) using said indicator to perform an assay requiring detection or measurement of beta-D-glucuronidase activity in said sample.
A polyethylene moulding composition having a multimodal molecular mass distribution and comprising from 40 to 45 % by weight of a first ethylene homopolymer fraction, and wherein the ethylene homopolymer fraction is formed in a first polymerization step, from 35 to 40 % by weight of a second ethylene copolymer fraction and 15 to 20 % by weight of a third ethylene copolymer fraction, with all percentages being based on the total weight of the moulding composition, and which differ from each other with respect to their molecular weights, them having increasing molecular weight, if regarded from going to going to, and the polyethylene moulding composition having a density at a temperature of 23 °C in the range of from 0.945 to 0.953 g/cm 3, a melt flow index MFR (190 °C/5 kg) in the range of from 4 to 7 g/10 min, a viscosity number VN 1 measured on the first ethylene homopolymer fraction after the first polymerization step in the range of from 130 to 160 cm 3 /g, and a viscosity number VN 3 of the mixture of ethylene homopolymer fraction, ethylene copolymer fraction and ethylene copolymer fraction, measured in accordance with ISO/R 1191 in decalin at a temperature of 135 °C, in the range of from 200 to 250 cm 3 /g, wherein the second ethylene copolymer fraction and the third ethylene copolymer fraction are copolymers of ethylene and at least one further olefin comprising from 4 to 8 carbon atoms and wherein the second copolymer fraction comprises at least one comonomer in an amount in the range of from 0.6 to 4 % by weight, based on the weight of said second copolymer fraction.