mhurhangee/ep-ind-claims huggingface dataset:
A process of forming a narrow chain, comprising: a plurality of guide link plates and a plurality of non-guide link plates (18a, 18b), each link plate having a pair of pin apertures (48, 56); wherein each of a plurality of pins are sequentially passed through an aperture of a first guide link plate, an aperture of a first non-guide link plate, an aperture of a second non-guide link plate, and an aperture of a second guide link plate, and the pins hold the link plates together through the pin apertures to form a plurality of interleaved sets of links of alternating guide rows and non-guide rows, characterized in that the first guide link plates, the first non-guide link plates, and the second guide link plates being in the guide rows and the second non-guide link plates being in the non-guide rows to form a 3 x 1 chain lacing. a plurality of guide link plates and a plurality of non-guide link plates (18a, 18b), each link plate having a pair of pin apertures (48, 56); wherein each of a plurality of pins are sequentially passed through an aperture of a first guide link plate, an aperture of a first non-guide link plate, an aperture of a second non-guide link plate, and an aperture of a second guide link plate, and the pins hold the link plates together through the pin apertures to form a plurality of interleaved sets of links of alternating guide rows and non-guide rows, characterized in that the first guide link plates, the first non-guide link plates, and the second guide link plates being in the guide rows and the second non-guide link plates being in the non-guide rows to form a 3 x 1 chain lacing.
A housing for lighting devices, the housing including an electrically insulating channel-shaped elongated body, with a plurality of electrically conductive lines which extend along the length of said channel-shaped body, said electrically conductive lines embedded in said channel-shaped body, wherein said housing is characterized in that said electrically conductive lines are embedded into masses of electrically conductive material emerging at the surface of said housing, within the channel-shape of said housing.
A ship provided with an installation for launching and recovering floating or submersible vehicles, which comprises a lifting device including a set of cables which retain a basket configured to support said vehicle during said launching and recovering operations, said cables being movable vertically between two extreme positions, respectively high and low, said basket including at least one upper face (430, 403) which bears against at least one surface, referred to as a "contact surface", of said lifting device, only when said cables are in the high position, characterized by the fact that: said lifting device includes a dolly on which is arranged the set of cables, this dolly being configured to be moved horizontally; the ship includes a guidance member (5, 5') which connects said basket to a wall of said ship, which is configured to block the possible translation movements of the "sway" or "surge" type and rotation movements of the "yaw" type of said basket, when this basket is in the flotation position; said guidance member (5, 5') cooperates with a pair of profiles with a guidance path with a generally vertical direction, mounted on said wall of said ship, this member (5,5') including elements configured to each be engaged in a profile and to move in the vertical direction along said guidance path during said launching and recovering operations; and in that said dolly carries a pair of profiles which are configured to be selectively positioned above and in the extension of said profiles mounted on said wall. said lifting device includes a dolly on which is arranged the set of cables, this dolly being configured to be moved horizontally; the ship includes a guidance member (5, 5') which connects said basket to a wall of said ship, which is configured to block the possible translation movements of the "sway" or "surge" type and rotation movements of the "yaw" type of said basket, when this basket is in the flotation position; said guidance member (5, 5') cooperates with a pair of profiles with a guidance path with a generally vertical direction, mounted on said wall of said ship, this member (5,5') including elements configured to each be engaged in a profile and to move in the vertical direction along said guidance path during said launching and recovering operations; and in that said dolly carries a pair of profiles which are configured to be selectively positioned above and in the extension of said profiles mounted on said wall.
A double stranded RNAi agent comprising a sense strand complementary to an antisense strand, wherein the sense strand comprises the nucleotide sequence of UfgGfgAfuUfuCfAfUfgUfaacCfaAfgAfL96 and the antisense strand comprises the sequence of uCfuUfgGfUfUfaCfaugAfaAfuCfcCfasUfsc; or the sense strand comprises the sequence of UfgGfGfAfuUfuCfAfUfgUfaAfcCfAfAfgAfL96 and the antisense strand comprises the nucleotide sequence of uCfuugGfuUfaCfaugAfaAfuccCfasUfsc, wherein lowercase nucleotides (a, u, g, c) indicate 2'-O-methyl nucleotides; Nf (e.g., Af) indicates a 2'-fluoro nucleotide; s indicates a phosphorothioate linkage; and L96 indicates a ligand as shown below
An insole for insertion into footwear, comprising: a base; and an arch support located on an underside of the base, the arch support comprising: a frame forming at least a portion of a perimeter of the arch support, and a plurality of ribs extending from a first side of the frame underlying a medial side of the insole base to a second side of the frame underlying a lateral side of the insole base, wherein a first set of the ribs is raised relative to a second set of the ribs, wherein the first set of ribs are positioned between the second set of ribs to form an alternating array of independent leaf spring ribs, and wherein the first and second set of ribs (112, 114) forming the alternating array of independent leaf spring ribs are spaced apart by gaps in their material. a base; and an arch support located on an underside of the base, the arch support comprising: a frame forming at least a portion of a perimeter of the arch support, and a plurality of ribs extending from a first side of the frame underlying a medial side of the insole base to a second side of the frame underlying a lateral side of the insole base, wherein a first set of the ribs is raised relative to a second set of the ribs, wherein the first set of ribs are positioned between the second set of ribs to form an alternating array of independent leaf spring ribs, and wherein the first and second set of ribs (112, 114) forming the alternating array of independent leaf spring ribs are spaced apart by gaps in their material. a frame forming at least a portion of a perimeter of the arch support, and a plurality of ribs extending from a first side of the frame underlying a medial side of the insole base to a second side of the frame underlying a lateral side of the insole base, wherein a first set of the ribs is raised relative to a second set of the ribs, wherein the first set of ribs are positioned between the second set of ribs to form an alternating array of independent leaf spring ribs, and wherein the first and second set of ribs (112, 114) forming the alternating array of independent leaf spring ribs are spaced apart by gaps in their material.
A bending system for separating a page from a cover of a value document, wherein the page is connected to a spine of the cover, the spine separating the cover in a first cover portion and a second cover potion, wherein an angle y is formed at the inside of the cover between the first cover portion and the second cover portion, the bending system comprising: a bending unit connected to a motor, wherein the motor is configured to operate the bending unit such that the bending unit bends the value document to a first state where y is larger than 180° and then backwards to a second state where y is at least 180° to separate the page from the cover of the value document; and wherein the motor is further configured to move the bending unit away from the value document when the value document reaches the second state; and a guidance plate for clamping the cover at least in the second state. a bending unit connected to a motor, wherein the motor is configured to operate the bending unit such that the bending unit bends the value document to a first state where y is larger than 180° and then backwards to a second state where y is at least 180° to separate the page from the cover of the value document; and wherein the motor is further configured to move the bending unit away from the value document when the value document reaches the second state; and a guidance plate for clamping the cover at least in the second state.
A method for removing soils, labels and other adhesive material from a surface comprising: applying a label removing composition to a surface in need of removal of an adhesive material, wherein the label removing composition comprises an aqueous or non-aqueous basic organic solvent and an amidine solvent, a surfactant, wherein the composition contains less than 2 wt-% of sodium or potassium hydroxide; and removing said soils, labels and other adhesive material from the surface within a period of time less than 60 minutes; wherein the temperature of the label removing composition is below 80 °C, and wherein the pH of the label removing composition is between 10 and 14. applying a label removing composition to a surface in need of removal of an adhesive material, wherein the label removing composition comprises an aqueous or non-aqueous basic organic solvent and an amidine solvent, a surfactant, wherein the composition contains less than 2 wt-% of sodium or potassium hydroxide; and removing said soils, labels and other adhesive material from the surface within a period of time less than 60 minutes; wherein the temperature of the label removing composition is below 80 °C, and wherein the pH of the label removing composition is between 10 and 14.
A congestion processing method for a quick user datagram protocol internet connection, QUIC, data transmission system, the QUIC data transmission system comprises a source host, a router, and a destination host, a transmission link among the source host, the router, and the destination host bears a plurality of streams, and a transmission priority is configured for each of the plurality of streams; and the method comprises: sending, by the source host, a resource data packet on each stream based on a transmit rate of each stream, wherein when the router determines that the transmission link is congested, the router sets a congestion flag in the resource data packet; receiving, by the source host from each stream, a response data packet forwarded by the router, wherein the response data packet is sent by the destination host, one response data packet on one stream of the plurality of streams comprises a congestion notification flag, wherein the congestion notification flag is used to notify the source host that the transmission link is congested and wherein the response data packet comprising the congestion notification flag corresponds to a stream with a high transmission priority; and performing, by the source host, congestion processing based on the congestion notification flag and the transmission priority of each stream, and subsequently adding a flag indicating that congestion has been processed to a to-be-sent resource data packet, wherein the flag indicating that congestion has already been processed is used to notify the destination host that the congestion of the transmission link has already been processed. sending, by the source host, a resource data packet on each stream based on a transmit rate of each stream, wherein when the router determines that the transmission link is congested, the router sets a congestion flag in the resource data packet; receiving, by the source host from each stream, a response data packet forwarded by the router, wherein the response data packet is sent by the destination host, one response data packet on one stream of the plurality of streams comprises a congestion notification flag, wherein the congestion notification flag is used to notify the source host that the transmission link is congested and wherein the response data packet comprising the congestion notification flag corresponds to a stream with a high transmission priority; and performing, by the source host, congestion processing based on the congestion notification flag and the transmission priority of each stream, and subsequently adding a flag indicating that congestion has been processed to a to-be-sent resource data packet, wherein the flag indicating that congestion has already been processed is used to notify the destination host that the congestion of the transmission link has already been processed.
A method of detecting viable microorganisms in a sample, the method comprising, in a collected sample: nutritionally stimulating a first aliquot of the sample; maintaining a second aliquot of the sample under non-nutritionally stimulating control conditions; incubating the first aliquot and the second aliquot; comparing the level of at least one target pre-rRNA from at least one target microorganism from the first aliquot with the level of the at least one target pre-rRNA from at least one target microorganism in the second aliquot; wherein the ratio of the level of the at least one target pre-rRNA in the first aliquot and the level of the at least one target pre-rRNA in the second aliquot is indicative of viable microorganisms in the sample. nutritionally stimulating a first aliquot of the sample; maintaining a second aliquot of the sample under non-nutritionally stimulating control conditions; incubating the first aliquot and the second aliquot; comparing the level of at least one target pre-rRNA from at least one target microorganism from the first aliquot with the level of the at least one target pre-rRNA from at least one target microorganism in the second aliquot; wherein the ratio of the level of the at least one target pre-rRNA in the first aliquot and the level of the at least one target pre-rRNA in the second aliquot is indicative of viable microorganisms in the sample.
An eyelet for a container, preferably a bucket, adapted to allow fixing of an end portion of a handle to said container, said eyelet comprising: - A first opening for insertion of the end portion; - A second opening for locking against slip out of said end portion; - wherein a barrier element (12s, 12d) which generates a blockade is interposed between said first and second opening, characterised in that said barrier element comprises at least one first tongue and at least one second tongue, both said first and second tongue being elastically flexible in such a way that, when they are stressed by a first force going in a direction from the first opening towards the second opening, they bend thus generating or increasing a passage and such as to elastically return to the initial barring condition upon release of said first force and, when they are stressed by a second force in a direction from the second opening towards the first opening, they bend in the direction opposite to the previous one, thus maintaining the barring condition. - A first opening for insertion of the end portion; - A second opening for locking against slip out of said end portion; - wherein a barrier element (12s, 12d) which generates a blockade is interposed between said first and second opening,
A method of classifying traffic data in a network, the method comprising: at a Network Data Analytics Function, NWDAF (NWDAF), receiving information relating to traffic data with a known classification from one or more first network functions; and developing, at the NWDAF, a model for classifying future traffic data based on the information relating to the traffic data with a known classification; at a second network function, receiving a representation of the developed model from the NWDAF and storing, at the second network function, the representation of the developed model; at a third network function, receiving the representation of the developed model from the second network function; and installing the representation of the developed model at a fourth network function; and at the fourth network function, classifying traffic data using the developed model. at a Network Data Analytics Function, NWDAF (NWDAF), receiving information relating to traffic data with a known classification from one or more first network functions; and developing, at the NWDAF, a model for classifying future traffic data based on the information relating to the traffic data with a known classification; at a second network function, receiving a representation of the developed model from the NWDAF and storing, at the second network function, the representation of the developed model; at a third network function, receiving the representation of the developed model from the second network function; and installing the representation of the developed model at a fourth network function; and at the fourth network function, classifying traffic data using the developed model.
A protective element for protecting at least one part of a user's body, comprising a first part intended to at least partially cover a joint of the user, and a second part intended to at least partially cover a limb of the user articulated to said joint, the first and second parts (34, 36) are articulated to one another by an articular link having a degree of translational freedom along a primary direction joining a center (C 1) of the first part to a center (C 2) of the second part, characterized in that the articular link comprises a first strap, secured at each of its ends to the first part, and a second strap, secured at each of its ends to the second part, the first and second straps (34, 36) being interlaced with one another.
A motorcycle height adjusting device (140, 240), comprising: a changing unit adapted to change a relative position between a vehicle body of a motorcycle and wheels of the motorcycle; and a control unit adapted to adjust a vehicle height, which is a height of the vehicle body, by controlling the changing unit to change the relative position, characterized in that the control unit is adapted to change a vehicle height change rate, which is a rate of changing the vehicle height to a target vehicle height during stoppage, on the basis of deceleration of the motorcycle. a changing unit adapted to change a relative position between a vehicle body of a motorcycle and wheels of the motorcycle; and a control unit adapted to adjust a vehicle height, which is a height of the vehicle body, by controlling the changing unit to change the relative position, characterized in that the control unit is adapted to change a vehicle height change rate, which is a rate of changing the vehicle height to a target vehicle height during stoppage, on the basis of deceleration of the motorcycle.
A gamma radiation detection device comprising: a scintillator element having a ceramic structure; an optical detector in optical communication with the scintillator element; a plurality of particles or voids dispersed in the scintillator element wherein the average volume diameter of the particles or voids is in the range 50 nanometres to 1000 nanometres, and wherein the particles are at least one of the following: Al 2 O 3 particles, SiO 2 particles, MgO 2 particles. a scintillator element having a ceramic structure; an optical detector in optical communication with the scintillator element; a plurality of particles or voids dispersed in the scintillator element wherein the average volume diameter of the particles or voids is in the range 50 nanometres to 1000 nanometres, and wherein the particles are at least one of the following: Al 2 O 3 particles, SiO 2 particles, MgO 2 particles.
A method of forming an annular textile preform by needling a helical fiber sheet, the method comprising in succession: • unwinding a helical fiber sheet from a horizontal sheet-forming turntable driven at a constant and predefined speed of rotation N FS onto a horizontal intermediate unwinder driven at a speed of rotation N DI and positioned on a horizontal intermediate turntable driven at a speed of rotation N FI; • unwinding the helical fiber sheet from the intermediate unwinder onto a final horizontal unwinder driven at a speed of rotation N DF; and • unwinding the helical fiber sheet from the final unwinder onto a horizontal preform-forming turntable driven at a variable and predefined speed of rotation N FP so as to be subjected to needling thereon; • the speeds N DI, N FI, and N DF being controlled in such a manner that: • N DF is proportional to N FP; • N FI = N FS − N DF / 2; and • N DI = N FS + N DF / 2. • unwinding a helical fiber sheet from a horizontal sheet-forming turntable driven at a constant and predefined speed of rotation N FS onto a horizontal intermediate unwinder driven at a speed of rotation N DI and positioned on a horizontal intermediate turntable driven at a speed of rotation N FI; • unwinding the helical fiber sheet from the intermediate unwinder onto a final horizontal unwinder driven at a speed of rotation N DF; and • unwinding the helical fiber sheet from the final unwinder onto a horizontal preform-forming turntable driven at a variable and predefined speed of rotation N FP so as to be subjected to needling thereon; • the speeds N DI, N FI, and N DF being controlled in such a manner that: • N DF is proportional to N FP; • N FI = N FS − N DF / 2; and • N DI = N FS + N DF / 2. • N DF is proportional to N FP; • N FI = N FS − N DF / 2; and • N DI = N FS + N DF / 2.
A gimbal for carrying an imaging device, said gimbal comprising: a first support frame, a second support frame pivotably connected with the first support frame, and a third support frame pivotably connected with the second support frame; wherein the third support frame comprises a pillar connected with the second support frame and a connecting plate movably arranged on the pillar; wherein the gimbal further comprises a center of gravity adjusting unit, the center of gravity adjusting unit is arranged in the connecting plate, and the center of gravity adjusting unit is configured to at least adjust a position of the pillar on the connecting plate; wherein the center of gravity adjusting unit comprises a threaded rod used by the center of gravity adjusting unit to adjust the position; and wherein the threaded rod is provided with a driving motor for driving a rotation of the threaded rod to adjust the position. a first support frame, a second support frame pivotably connected with the first support frame, and a third support frame pivotably connected with the second support frame; wherein the third support frame comprises a pillar connected with the second support frame and a connecting plate movably arranged on the pillar; wherein the gimbal further comprises a center of gravity adjusting unit, the center of gravity adjusting unit is arranged in the connecting plate, and the center of gravity adjusting unit is configured to at least adjust a position of the pillar on the connecting plate; wherein the center of gravity adjusting unit comprises a threaded rod used by the center of gravity adjusting unit to adjust the position; and wherein the threaded rod is provided with a driving motor for driving a rotation of the threaded rod to adjust the position.