mhurhangee/ep-ind-claims huggingface dataset:
An adjustable free-float forend/handguard mounting assembly for a small arms weapon, for attaching a forend/handguard to the small arms weapon, comprising: a barrel nut having internal female threads at a forward end and internal female threads at an opposite rearward end and having a plurality of radial utility holes; a jam ring having an internal cylindrical surface and having a plurality of radial mounting holes; and a jam bolt having a hollow cylindrical body with a rearwardly extending externally male threaded portion and a forward external collar portion, wherein the jam ring is rotatingly supported on its internal cylindrical surface for free rotation about the male threaded portion and the forward external collar portion of the jam bolt, wherein the jam ring is mounted on the jam bolt, and wherein the rearwardly extending externally male threaded portion of the jam bolt is adapted to engage with the internal female threads at the forward end of the barrel nut. a barrel nut having internal female threads at a forward end and internal female threads at an opposite rearward end and having a plurality of radial utility holes; a jam ring having an internal cylindrical surface and having a plurality of radial mounting holes; and a jam bolt having a hollow cylindrical body with a rearwardly extending externally male threaded portion and a forward external collar portion, wherein the jam ring is rotatingly supported on its internal cylindrical surface for free rotation about the male threaded portion and the forward external collar portion of the jam bolt, wherein the jam ring is mounted on the jam bolt, and wherein the rearwardly extending externally male threaded portion of the jam bolt is adapted to engage with the internal female threads at the forward end of the barrel nut.
A bone conductive hearing system including a connector configured to be attached to a part of the skin of the skull of a hearing impaired person, said connector comprising a plate structure including: - a first side provided with an abutment protruding from the first side and being configured to be detachably attached to a sound processor of a bone conducting system; - a second side opposing said first side provided with a protrusion, and, wherein said protrusion is configured to protrude from a surface of the second side in a direction away from said abutment, wherein said protrusion is configured to abut the skin of a skull when the connector is attached to the skin, characterized in that said plate structure comprises a top part and a bottom part defining a substantially longitudinal direction of said plate structure, wherein said protrusion and said abutment are arranged centrally with respect to each other in said top part of said plate structure so as to define a body portion of said plate structure and wherein a first set of one or more legs extends from said body portion towards said bottom part wherein the extension of said first set of said one of more legs defines said bottom part of said plate structure. - a first side provided with an abutment protruding from the first side and being configured to be detachably attached to a sound processor of a bone conducting system; - a second side opposing said first side provided with a protrusion, and,
Method M for certification and preparation of a target product for batch and/or in-line mixing of its "n" components from different flows from said components at controlled concentrations and/or flow rates, said target product having to be marketed with a set of ranges of physico-chemical characteristic values, in which a batch and/or continuous mixer is fed said components at controlled concentrations and/or flow rates, wherein: at least one spectral datum characterizing the target product and which defines its spectral range corresponding to the set of ranges of physico-chemical characteristic values of the said target product having to be marketed, is measured, spectral data are available, each individually characterizing at least two components of the target product, a computer program is used which makes it possible to calculate the ranges of respective proportions of said components necessary for reconstituting a spectral datum of the mixture belonging to the spectral range of Step from the spectral data of Step, and the ranges of respective proportions of the constituents of Step are used to control the concentrations and/or flow rates of the components fed into the mixer so as to prepare the target product whose value of said spectral datum belonging to the spectral range of Step and consequently having physico-chemical characteristic values in the required set of ranges for its marketing and corresponding certification. at least one spectral datum characterizing the target product and which defines its spectral range corresponding to the set of ranges of physico-chemical characteristic values of the said target product having to be marketed, is measured, spectral data are available, each individually characterizing at least two components of the target product, a computer program is used which makes it possible to calculate the ranges of respective proportions of said components necessary for reconstituting a spectral datum of the mixture belonging to the spectral range of Step from the spectral data of Step, and the ranges of respective proportions of the constituents of Step are used to control the concentrations and/or flow rates of the components fed into the mixer so as to prepare the target product whose value of said spectral datum belonging to the spectral range of Step and consequently having physico-chemical characteristic values in the required set of ranges for its marketing and corresponding certification.
Container for receiving biopharmaceutical content in liquid, fluid or gaseous form, comprising: a peripheral wall, completely closed and defining an inner receiving chamber capable of receiving the biopharmaceutical content; at least one transfer pipe having a proximal end portion (22 PROX) opening into the inner receiving chamber and a distal end portion (22 DIST) open to the outside of the container to enable a transfer product to be transferred between said inner receiving chamber and the outside of said container; at least one guide element (30; 130) which can be supported by the peripheral wall and hold the at least one transfer pipe in position close to this peripheral wall so as to impose a predetermined path between the proximal end portion (22 PROX) and the distal end portion (22 DIST); the at least one guide element (30; 130) comprising, on the one hand, a gripping member (32; 132) which can be structurally secured to said at least one transfer pipe and, on the other hand, an attachment member (44; 144) which can be attached to any predetermined connection area (46; 146) of the peripheral wall without compromising its fluid-tightness; characterised in that the gripping member (32; 132) and the attachment member (44; 144) are structurally separate and independent of one another and the guide element (30; 130) has reciprocal assembly means (60; 160) enabling the structural or functional assembly of the gripping member (32; 132) when the latter is secured to the at least one transfer pipe with the attachment member (44; 144) when the latter is attached to the connection area (46; 146) in order to guarantee the positioning of said gripping member (32; 132) close to said attachment member (44; 144) and corresponding connection area (46; 146) of the peripheral wall. a peripheral wall, completely closed and defining an inner receiving chamber capable of receiving the biopharmaceutical content; at least one transfer pipe having a proximal end portion (22 PROX) opening into the inner receiving chamber and a distal end portion (22 DIST) open to the outside of the container to enable a transfer product to be transferred between said inner receiving chamber and the outside of said container; at least one guide element (30; 130) which can be supported by the peripheral wall and hold the at least one transfer pipe in position close to this peripheral wall so as to impose a predetermined path between the proximal end portion (22 PROX) and the distal end portion (22 DIST); the at least one guide element (30; 130) comprising, on the one hand, a gripping member (32; 132) which can be structurally secured to said at least one transfer pipe and, on the other hand, an attachment member (44; 144) which can be attached to any predetermined connection area (46; 146) of the peripheral wall without compromising its fluid-tightness;
Protective element for a breakwater or wave-retarding construction, comprising: an essentially square base with two parallel surfaces (8, 9) facing away from each other, and two projections (2,3), which each extend from the essentially square base, the two projections each extending from a different respective one of the parallel surfaces (8,9), four auxiliary projections that each extend from a different respective corner of the square base and that are spaced apart from each other by recesses, wherein each of the four auxiliary projections extend parallel to or in line with the parallel surfaces (8,9) of the substantially square base, characterized by that the periphery of the projections is square and the square of said projection (2,3) is turned through the order of 45 degrees of an arc with respect to the square of the base. an essentially square base with two parallel surfaces (8, 9) facing away from each other, and two projections (2,3), which each extend from the essentially square base, the two projections each extending from a different respective one of the parallel surfaces (8,9), four auxiliary projections that each extend from a different respective corner of the square base and that are spaced apart from each other by recesses, wherein each of the four auxiliary projections extend parallel to or in line with the parallel surfaces (8,9) of the substantially square base, characterized by that the periphery of the projections is square and the square of said projection (2,3) is turned through the order of 45 degrees of an arc with respect to the square of the base.
Artificial satellite comprising a North face, a South face opposite the North face, an East face and a West face opposite the East face; said satellite comprising a longitudinal direction (z) which extends in the launch direction, a first direction (x) perpendicular to the longitudinal direction (z) and a second direction (y) perpendicular to the longitudinal direction (z) and the first direction (x), said North and South faces being perpendicular to said first direction (x), said East and West faces being perpendicular to said second direction (y), the distance (L C) between the East and West faces measured along the second direction (y) being less than the distance (L E,W) between the North and South faces measured along the first direction (x), one face from the North face and the South face, supporting at least one main radiator (42, 44) that has an outer face turned towards space and an inner face opposite the outer face, at least one part of said at least one main radiator (42, 44) protruding in relation to the at least one face from the East face and the West face, the satellite comprising a bearing structure carrying the North face, the South face, the East face and the West face, characterized in that the inner face of said at least one protruding part (54, 56) being covered with a material having an infrared emissivity higher than 0.7, and in that the value of the dimension (L 54,56) of said at least one protruding part (54, 56) measured along the direction (y) is between 19% and 50% of the value of the distance (L C) between the East and West faces measured along the second direction (y).
A diesel fuel composition comprising a performance enhancing additive, wherein the performance enhancing additive is the product of a Mannich reaction between: (a) an aldehyde; (b) a polyamine; and (c) an optionally substituted phenol; wherein the polyamine component (b) includes the moiety R 1 R 2 NCHR 3 CHR 4 NR 5 R 6 wherein each of R 1, R 2, R 3, R 4, R 5 and R 6 is independently selected from hydrogen, and an optionally substituted alkyl, alkenyl, alkynyl, aryl, alkylaryl or arylalkyl substituent; and wherein the diesel fuel composition includes an additive comprising a quaternary ammonium salt which comprises the reaction product of (a) a hydrocarbyl-substituted acylating agent and a compound having an oxygen or nitrogen atom capable of condensing with said acylating agent and further having a tertiary amino group; and (b) a quaternizing agent suitable for converting the tertiary amino group to a quaternary nitrogen wherein the quaternizing agent is selected from the group consisting of dialkyl sulphates, benzyl halides, hydrocarbyl substituted carbonates; hydrocarbyl epoxides in combination with an acid or mixtures thereof. (a) an aldehyde; (b) a polyamine; and (c) an optionally substituted phenol;
A biological fluid sampling transfer device, comprising: a housing having a resiliently deformable upper portion, wherein the upper portion transitionable between an undeformed position and a deformed position; and a puncturing element, a portion of which is disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position, characterized in that the housing having further a lower portion removably connectable to the upper portion, the lower portion having an inlet port, an outlet port, and a flow channel, the inlet port and the outlet port in fluid communication via the flow channel, wherein the puncturing element extends through the inlet port of the lower portion of the housing in the puncturing position. a housing having a resiliently deformable upper portion, wherein the upper portion transitionable between an undeformed position and a deformed position; and a puncturing element, a portion of which is disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position, characterized in that the housing having further a lower portion removably connectable to the upper portion, the lower portion having an inlet port, an outlet port, and a flow channel, the inlet port and the outlet port in fluid communication via the flow channel, wherein the puncturing element extends through the inlet port of the lower portion of the housing in the puncturing position.
An image processing method for adaptively tracking a subject in adjacent first and second frames of a video (310,320), each frame including an image of the subject in a respective region of the frame, the method comprising the steps of: (a) comparing a first block of pixels in the first image frame which comprises the subject image with at least one candidate block of pixels in a search region set in the second frame; (b) determining a second block of pixels among the at least one candidate block of pixels in said search region of the second frame which has the highest degree of similarity to the first block in the first frame; (c) comparing the determined highest degree of similarity between the first block in the first frame and said second block in the second frame with a predetermined threshold, and when said highest degree of similarity is greater than the predetermined threshold value, defining said second block as the region including the subject image in the second frame; and when said highest degree of similarity is less than the predetermined threshold value, detecting the subject image from pixels in the search region in the second frame using a subject detection algorithm, wherein the location of the search region in the second frame is set based on the location of the first block in the first frame, and estimated movements of the subject in the image frames (310,320) determined using a motion estimation algorithm. (a) comparing a first block of pixels in the first image frame which comprises the subject image with at least one candidate block of pixels in a search region set in the second frame; (b) determining a second block of pixels among the at least one candidate block of pixels in said search region of the second frame which has the highest degree of similarity to the first block in the first frame; (c) comparing the determined highest degree of similarity between the first block in the first frame and said second block in the second frame with a predetermined threshold, and when said highest degree of similarity is greater than the predetermined threshold value, defining said second block as the region including the subject image in the second frame; and when said highest degree of similarity is less than the predetermined threshold value, detecting the subject image from pixels in the search region in the second frame using a subject detection algorithm, when said highest degree of similarity is greater than the predetermined threshold value, defining said second block as the region including the subject image in the second frame; and when said highest degree of similarity is less than the predetermined threshold value, detecting the subject image from pixels in the search region in the second frame using a subject detection algorithm,
Device for launching a projectile B using compressed air, in particular intended to be integrated into a weapon replica, associated with an electrical power source, comprising a sheath, and electromagnetic means for displacing a piston movable in said sheath, characterized in that the sheath accommodates therein the electromagnetic means for displacing the piston, the piston is mobile in said sheath between a thrust nose, closing the front of said sheath provided with a launching tube and a breech closing the rear of said sheath, the electromagnetic means for displacing the mobile piston comprising a permanent magnet, attached to said breech and a winding of a conductive wire, arranged on the piston and electrically connected to the electrical power source.
A blood pump system comprising: a blood pump comprising an inlet and an outlet, a pressure sensor coupled with the outlet or the inlet of the blood pump; a controller operably coupled with the blood pump and the pressure sensor, the controller configured to: determine a differential pressure across the blood pump based on a rotation rate of a rotor of the blood pump and a magnitude of an electrical current used to rotate the rotor at the rotation rate; calculate, with the differential pressure: 1) a pressure at the inlet of the blood pump when a pressure sensor is at the outlet, or 2) a pressure at the outlet of the blood pump when a pressure sensor is at the inlet, and generate a desired data waveform from the calculated differential pressure. a blood pump comprising an inlet and an outlet, a pressure sensor coupled with the outlet or the inlet of the blood pump; a controller operably coupled with the blood pump and the pressure sensor, the controller configured to: determine a differential pressure across the blood pump based on a rotation rate of a rotor of the blood pump and a magnitude of an electrical current used to rotate the rotor at the rotation rate; calculate, with the differential pressure: 1) a pressure at the inlet of the blood pump when a pressure sensor is at the outlet, or 2) a pressure at the outlet of the blood pump when a pressure sensor is at the inlet, and generate a desired data waveform from the calculated differential pressure. determine a differential pressure across the blood pump based on a rotation rate of a rotor of the blood pump and a magnitude of an electrical current used to rotate the rotor at the rotation rate; calculate, with the differential pressure: 1) a pressure at the inlet of the blood pump when a pressure sensor is at the outlet, or 2) a pressure at the outlet of the blood pump when a pressure sensor is at the inlet, and 1) a pressure at the inlet of the blood pump when a pressure sensor is at the outlet, or 2) a pressure at the outlet of the blood pump when a pressure sensor is at the inlet, and generate a desired data waveform from the calculated differential pressure.
Hairstyling apparatus comprising a handheld treatment unit provided with two arms (3, 4) configured to form a clamp provided with two surfaces (5, 6) arranged opposite one another which allow together for the clamping of a strand of hair, the handheld treatment unit comprising steam diffusion means configured to diffuse the steam from a first of the two surfaces to the second of the two surfaces, the apparatus comprising means for confining (9, 10, 10') the steam diffused, in a confinement space arranged between the two surfaces (5, 6) flattened against one another, said confinement means allowing to preserve a steam quantity in contact with the strand of hair with a homogenous distribution, the steam remains in the confinement space, a time lapse before escaping under the action of the steam flow and the means of steam confinement comprise a groove arranged in the second of the two surfaces, opposite the diffusion means, the groove opening out over at least one of the two longitudinal edges (6a, 6b) of the second surface, characterised in that the groove has a width comprised between 2 and 6mm, preferably 2.5mm, and a depth comprised between 0.5 and 2mm, preferably 1mm.
A method for handling an incoming call at a called party's terminal (14, MSB), the incoming call being originated by a calling party's terminal (12, MSA), the method comprising: • receiving a first signal indicative of the incoming call; • detecting a predetermined action of the called party on the called party's terminal corresponding to a refusal of the incoming call; • in response to the detection of said predetermined action, terminating the incoming call and sending a second signal to the calling party's terminal (409, 411), wherein the second signal carries a network address of the called party's terminal (14, MSB) so as to allow establishment of a packet-switched connection between the called party's terminal (14, MSB) and the calling party's terminal (12, MSA); characterised by: • receiving a third signal from the calling party's terminal, the third signal being indicative of an acceptance of the establishment of the packet-switched connection by the calling party; • in response to the reception of said third signal, starting a user interface adapted for allowing communication between the called party and the calling party, exploiting the established packet-switched connection. • receiving a first signal indicative of the incoming call; • detecting a predetermined action of the called party on the called party's terminal corresponding to a refusal of the incoming call; • in response to the detection of said predetermined action, terminating the incoming call and sending a second signal to the calling party's terminal (409, 411), wherein the second signal carries a network address of the called party's terminal (14, MSB) so as to allow establishment of a packet-switched connection between the called party's terminal (14, MSB) and the calling party's terminal (12, MSA); characterised by: • receiving a third signal from the calling party's terminal, the third signal being indicative of an acceptance of the establishment of the packet-switched connection by the calling party; • in response to the reception of said third signal, starting a user interface adapted for allowing communication between the called party and the calling party, exploiting the established packet-switched connection. • receiving a third signal from the calling party's terminal, the third signal being indicative of an acceptance of the establishment of the packet-switched connection by the calling party; • in response to the reception of said third signal, starting a user interface adapted for allowing communication between the called party and the calling party, exploiting the established packet-switched connection.