mhurhangee/patent-ind-claim-en huggingface dataset:
Lifting tipper of a food dough processing plant with a lifting carriage which can be moved along a direction of travel, wherein a lifting platform is arranged on the lifting carriage , which is pivotably mounted on the lifting carriage , characterized in that a tongs locking device for fixing a tub trolley is mounted on the lifting platform , wherein the tongs locking device has a tongs with two arms which are designed, in a closed position, to fix the tub trolley in a predefined position and, in an open position, to release the tub trolley for removal, wherein the tongs locking device has an adjustable lever system , by means of which the tongs locking device can be adjusted between the closed and the open position, wherein the lever system is pretensioned into the closed position and by support on a stationary component of the lifting tipper or a floor can be brought into an open position against the pretension.
Apparatus for introducing - (i) chlorine gas into water or - (ii) chlorine dioxide into water, having a first feed conduit for the introduction - (i) of chlorine gas or - (ii) of a first reaction component, having a second feed conduit for the introduction (i) of water or (ii) of a second reaction component having a mixing tube for - (i) mixing the chlorine gas with water or - (ii) mixing and reacting the first reaction component with a second reaction component to form chlorine dioxide, where both feed conduits open at their one end into a common mouth and a suction chamber into which feed water to be enriched with - (i) chlorine or - (ii) chlorine dioxide can be injected by means of a nozzle is arranged at their other end, and having a wastewater conduit leading downstream from the suction chamber , where the wall of the mixing tube has at least one ancillary entry opening for entry of ancillary water which is free of reaction components and is to be enriched with - (i) chlorine gas or - (ii) chlorine dioxide into the mixing tube and the aspect ratio of the mixing tube is in the range from five to eight, where the aspect ratio is the ratio of the length of the mixing tube to its internal diameter, where the length of the mixing tube is measured from the mouth which is furthest downstream to the ancillary entry opening which is nearest upstream. - (i) chlorine gas into water or - (ii) chlorine dioxide into water, - (i) of chlorine gas or - (ii) of a first reaction component, (i) of water or (ii) of a second reaction component having a mixing tube for - (i) mixing the chlorine gas with water or - (ii) mixing and reacting the first reaction component with a second reaction component to form chlorine dioxide, - (i) chlorine or - (ii) chlorine dioxide - (i) chlorine gas or - (ii) chlorine dioxide
Epinephrine nanoparticles comprising epinephrine bitartrate encapsulated with chitosan and tripolyphosphate (TPP); wherein, in the epinephrine nanoparticles, a weight ratio of chitosan to tripolyphosphate is in the range from 2:1 to 3:1, and particle size ranges from 50 to 400 nm.
An in vitro method of assessing the sensitivity of a subject having a renal cancer to an inhibitor of a tyrosine kinase receptor, for treating renal cancer, which method comprises a step a) of determining, in a biological sample from said subject, the protein expression level of CXCL5, and, when the CXCL5 protein expression level is determined, a step b) of comparing said CXCL5 protein expression level to a CXCL5 reference protein expression level, thereby assessing whether the subject having ccRCC is sensitive or resistant to the inhibitor of a tyrosine kinase receptor, wherein the biological sample is selected from a blood sample, a serum sample, a plasma sample , wherein CXCL5 protein expression level above said reference protein expression level is indicative of a sensitivity of the subject to the inhibitor of a tyrosine kinase receptor.
A tire, comprising a tread formed from a tire rubber composition, the rubber composition comprising: at least one rubber component (A) including an isoprene-based rubber and a styrene-butadiene-based rubber; at least one C5 resin and/or C5/C9 resin (B); and at least one aromatic vinyl polymer (C), wherein the aromatic vinyl polymer is at least one selected from the group consisting of aromatic vinyl thermoplastic elastomers, homopolymers of aromatic vinyl compounds, and copolymers of aromatic vinyl compounds and terpene compounds. at least one rubber component (A) including an isoprene-based rubber and a styrene-butadiene-based rubber; at least one C5 resin and/or C5/C9 resin (B); and at least one aromatic vinyl polymer (C), wherein the aromatic vinyl polymer is at least one selected from the group consisting of aromatic vinyl thermoplastic elastomers, homopolymers of aromatic vinyl compounds, and copolymers of aromatic vinyl compounds and terpene compounds.
A neck trial comprising: a body having an exterior surface; and a neck extending away from the body and along a neck axis , wherein at least one first line is provided on the exterior surface and the or each first line extends in a first direction parallel to an inferior-superior axis of a patient when in use and at least one second line is provided on the exterior surface and the or each second line extends in a second direction parallel to a medial-lateral axis of the patient in use, and characterised in that : the number of first lines , or the position of the first line or lines relative to the second line or lines , is indicative of an amount of offset of the patient's leg in the medial-lateral direction caused by the neck trial in use; and the number of second lines , or the position of the second line or lines relative to the first line or lines , is indicative of an amount of leg-length of the patient's leg in the inferior-superior direction caused by the neck trial in use. a body having an exterior surface; and a neck extending away from the body and along a neck axis , wherein at least one first line is provided on the exterior surface and the or each first line extends in a first direction parallel to an inferior-superior axis of a patient when in use and at least one second line is provided on the exterior surface and the or each second line extends in a second direction parallel to a medial-lateral axis of the patient in use, and characterised in that : the number of first lines , or the position of the first line or lines relative to the second line or lines , is indicative of an amount of offset of the patient's leg in the medial-lateral direction caused by the neck trial in use; and the number of second lines , or the position of the second line or lines relative to the first line or lines , is indicative of an amount of leg-length of the patient's leg in the inferior-superior direction caused by the neck trial in use.
A method for wireless communications by a user equipment, UE, comprising: receiving a grant of persistent resources from a base station ; selecting one or more cyclic shifts or orthogonal cover codes used to transmit an uplink channel, wherein the one or more cyclic shifts or orthogonal cover codes are selected to convey a transmission rate selected by the UE for uplink transmissions in the persistent resources; and conveying the transmission rate selected by the UE by transmitting the uplink channel using the selected cyclic shifts or orthogonal cover codes. receiving a grant of persistent resources from a base station ; selecting one or more cyclic shifts or orthogonal cover codes used to transmit an uplink channel, wherein the one or more cyclic shifts or orthogonal cover codes are selected to convey a transmission rate selected by the UE for uplink transmissions in the persistent resources; and conveying the transmission rate selected by the UE by transmitting the uplink channel using the selected cyclic shifts or orthogonal cover codes.
A system for testing bonded joints , the bonded joints comprising: • a first element , • a second element ,and • an adhesive line located between the first and second element, wherein the first and second element are joined together by the adhesive line , and the first and second element comprise an end side free of adhesive line between both elements , the system comprising: • a swing tool comprising a first curved side (4.1) configured to be located and swing on the second element , a first cantilevered end (4.2),and a support end (4.3), • an actuator , • pressure measuring means , • a first fixing means configured to fix the swing tool to the second element , and • at least a second fixing means configured to fix the actuator to the first element , wherein the actuator is configured to apply a force to the swing tool and configured to separate the second element with respect to the first element , and wherein the pressure measuring means are configured to measure a force applied by the actuator to the swing tool , the actuator comprises, a motor with an axis , the motor being configured to supply power to the actuator , and a horizontal bar element configured to move vertically along the axis by the motor ; wherein the pressure measuring means is a load cell located in contact with the swing tool and the actuator ; and wherein the horizontal bar element comprises a kinematic guide joined to the load cell , said kinematic guide being configured to move horizontally along the horizontal bar element continually in contact with the load cell . • a first element , • a second element ,and • an adhesive line located between the first and second element, wherein the first and second element are joined together by the adhesive line , and the first and second element comprise an end side free of adhesive line between both elements , • a swing tool comprising a first curved side (4.1) configured to be located and swing on the second element , a first cantilevered end (4.2),and a support end (4.3), a first curved side (4.1) configured to be located and swing on the second element , a first cantilevered end (4.2),and a support end (4.3), • an actuator , • pressure measuring means , • a first fixing means configured to fix the swing tool to the second element , and • at least a second fixing means configured to fix the actuator to the first element , the actuator is configured to apply a force to the swing tool and configured to separate the second element with respect to the first element , and wherein the pressure measuring means are configured to measure a force applied by the actuator to the swing tool , the actuator comprises, a motor with an axis , the motor being configured to supply power to the actuator , and a horizontal bar element configured to move vertically along the axis by the motor ;
A crystal form A of a compound of formula (I), wherein the crystal form has an X-ray powder diffraction pattern comprising characteristic diffraction peaks at the following 2θ angles: 8.54 ± 0.20°, 17.64 ± 0.20° and 24.81 ± 0.20°; the X-ray powder diffraction pattern being measured by Cu-Kα radiation;
Monopod for video-photographic apparatus, comprising a support base for allowing stable support of the monopod or tripod on the ground, an articulation device with a first and a second articulation member provided with respective attachment means for being attached respectively to a supporting member of said support and to a video-photographic apparatus, or vice versa, and reciprocally movable in order to orient said video-photographic apparatus with respect to said supporting member , said first articulation member comprising an internally hollow shell-shaped body defining a housing cavity for said second articulation member , said second articulation member comprising a spherical ball capable of sliding in said housing cavity , said ball and said housing cavity being shaped in such a way that a gap is formed therebetween, characterized in that said gap contains a viscous fluid (V) suitable for regulating the rotations of said ball in said housing cavity wherein said shell-shaped body is provided with a sealing gasket arranged to abut said spherical ball and close said gap in order to prevent unwanted leaks of said viscous fluid (V) and wherein said gap has a thickness comprised between 0.05 and 0.5 mm and so that said viscous fluid (V) provides friction to the movement of the spherical balls inside the housing cavity .
Feedstock injector for injecting an atomized hydrocarbon feedstock into a tubular-type reactor with substantially upward or downward flow that is intended to be used in a fluid catalytic cracking unit, having: - at least one hollow cylindrical body ; - at least a first and a second inlet openings for respectively injecting a liquid hydrocarbon feedstock to be cracked and an atomizing gas into said cylindrical body ; - at least one contact chamber arranged inside said hollow cylindrical body, in which said liquid hydrocarbon feedstock to be cracked and said atomizing gas are intended to be brought into contact in order to atomize said liquid hydrocarbon feedstock to be cracked; and - at least one outlet opening that opens on the inside of said reactor in order to eject said liquid hydrocarbon feedstock thus atomized, characterized in that each element of the injector is formed of a ceramic material, in that the elements of the injector are separate elements made of ceramic material assembled together and the ceramic material comprises a ceramic matrix selected from silicon carbide SiC, boron carbide B 4 C, silicon nitride Si 3 N 4 , aluminium nitride AlN, boron nitride BN, alumina Al 2 O 3 , or mixtures thereof, incorporated in which ceramic matrix are carbon fibres or ceramic fibres, or a mixture of these fibres, and the fibers are anisotropically positioned. - at least one hollow cylindrical body ; - at least a first and a second inlet openings for respectively injecting a liquid hydrocarbon feedstock to be cracked and an atomizing gas into said cylindrical body ; - at least one contact chamber arranged inside said hollow cylindrical body, in which said liquid hydrocarbon feedstock to be cracked and said atomizing gas are intended to be brought into contact in order to atomize said liquid hydrocarbon feedstock to be cracked; and - at least one outlet opening that opens on the inside of said reactor in order to eject said liquid hydrocarbon feedstock thus atomized,
A resin package for a light emitting diode element, comprising: a base body having a rectangular outer shape in top view, the base body forming a recess (S) defined by a bottom surface and a side wall thereof; and a conductive member having an upper surface exposed at the bottom surface of the recess (S) and a lower surface forming an outer surface, wherein a shape of the opening of the recess (S) is a track shape having in top view a pair of linear portions at a central portion in the longitudinal direction of the base body and a pair of curved portions in the transverse direction of the base body , wherein the base body has a bottom portion and a side wall portion integrally formed of a resin, an inner surface of the side wall portion is the side wall defining the recess (S) and has a pair of flat surface portions corresponding to the linear portions and a pair of curved surface portions corresponding to the curved portions, characterized in that the base body has a protruding portion formed in the recess (S), the protruding portion being integrally formed with the side wall portion, the protruding portion being disposed not on the flat surface portions of the side wall portion but on a curved surface portion of the side wall portion. a base body having a rectangular outer shape in top view, the base body forming a recess (S) defined by a bottom surface and a side wall thereof; and a conductive member having an upper surface exposed at the bottom surface of the recess (S) and a lower surface forming an outer surface, wherein a shape of the opening of the recess (S) is a track shape having in top view a pair of linear portions at a central portion in the longitudinal direction of the base body and a pair of curved portions in the transverse direction of the base body , wherein the base body has a bottom portion and a side wall portion integrally formed of a resin, an inner surface of the side wall portion is the side wall defining the recess (S) and has a pair of flat surface portions corresponding to the linear portions and a pair of curved surface portions corresponding to the curved portions, characterized in that the base body has a protruding portion formed in the recess (S), the protruding portion being integrally formed with the side wall portion, the protruding portion being disposed not on the flat surface portions of the side wall portion but on a curved surface portion of the side wall portion.
A package for articles, comprising: at least an article ; an extraction opening for the article to extract the article from the package ; an inner shell made in one piece; an outer shell that comprises an opening through which the inner shell can slide, along a sliding direction (X) in a sliding plane, between an opening position (A), in which the access to the article is allowed through the extraction opening , and a closing position (B), in which the access to the article is prevented; and a connection element that connects the outer shell and the inner shell and that comprises a support portion of the article on which the article is arranged; wherein the extraction opening is obtained in a plane parallel to the sliding plane; and wherein the connection element is foldable to assume a first configuration, when the inner shell is in the closing position (B), in which the support portion is at a first distance (d1) from the extraction opening , and a second configuration, when the inner shell is in the opening position (A), in which the support portion is at a second distance (d2) from the extraction opening which is lesser than the first distance (d1); the package being characterized in that: the outer shell is made in one piece; and the extraction opening is obtained in the outer shell and at an upper wall of the outer shell . at least an article ; an extraction opening for the article to extract the article from the package ; an inner shell made in one piece; an outer shell that comprises an opening through which the inner shell can slide, along a sliding direction (X) in a sliding plane, between an opening position (A), in which the access to the article is allowed through the extraction opening , and a closing position (B), in which the access to the article is prevented; and a connection element that connects the outer shell and the inner shell and that comprises a support portion of the article on which the article is arranged; wherein the extraction opening is obtained in a plane parallel to the sliding plane; and wherein the connection element is foldable to assume a first configuration, when the inner shell is in the closing position (B), in which the support portion is at a first distance (d1) from the extraction opening , and a second configuration, when the inner shell is in the opening position (A), in which the support portion is at a second distance (d2) from the extraction opening which is lesser than the first distance (d1); the package being characterized in that: the outer shell is made in one piece; and the extraction opening is obtained in the outer shell and at an upper wall of the outer shell . the outer shell is made in one piece; and the extraction opening is obtained in the outer shell and at an upper wall of the outer shell .
A method for stimulus and eye tracking, useful for the determination of the presence or strength of optokinetic nystagmus (OKN), which comprises: • providing a visual stimulus effective to elicit OKN in front of the eye(s) of a subject by: ∘ displaying against a background on a display and varying in visibility (as perceived by the subject) at least one visual stimulus element moving across the display, or ∘ displaying against a background a series of at least one visual stimulus element moving across the display so that a later displayed element moving across the display has different visibility (as perceived by the subject) relative to an earlier displayed element moving across the display, ∘ the moving visual stimulus element or elements comprising a centre and a contrasting perimeter, the perimeter darker than the background and the centre lighter than the background and/or the perimeter lighter than the background and the centre darker than the background, • recording video of the subject's eye(s) viewing the stimulus, and • image processing the video to detect for OKN. • providing a visual stimulus effective to elicit OKN in front of the eye(s) of a subject by: ∘ displaying against a background on a display and varying in visibility (as perceived by the subject) at least one visual stimulus element moving across the display, or ∘ displaying against a background a series of at least one visual stimulus element moving across the display so that a later displayed element moving across the display has different visibility (as perceived by the subject) relative to an earlier displayed element moving across the display, ∘ the moving visual stimulus element or elements comprising a centre and a contrasting perimeter, the perimeter darker than the background and the centre lighter than the background and/or the perimeter lighter than the background and the centre darker than the background, ∘ displaying against a background on a display and varying in visibility (as perceived by the subject) at least one visual stimulus element moving across the display, or ∘ displaying against a background a series of at least one visual stimulus element moving across the display so that a later displayed element moving across the display has different visibility (as perceived by the subject) relative to an earlier displayed element moving across the display, ∘ the moving visual stimulus element or elements comprising a centre and a contrasting perimeter, the perimeter darker than the background and the centre lighter than the background and/or the perimeter lighter than the background and the centre darker than the background, • recording video of the subject's eye(s) viewing the stimulus, and • image processing the video to detect for OKN.
Assembly comprising a module comprising electronic equipment items , and an associated supporting structure , said supporting structure comprising at least two vertical structural elements having a front face and a rear face , said module comprising fixing means (21; 21') designed to fix said module onto the front face of said at least two vertical structural elements , characterized in that said supporting structure comprises at least one plate comprising an electrical interface designed to receive an electrical interface of said module , and in that the fixing means are housed by reception means passing through the module between its front face and its rear face .