mhurhangee/patent-ind-claim-en huggingface dataset:
A package comprising: an outer sleeve having an open end and a closed end; a slider for holding a blister pack, the slider being slidably mounted within the outer sleeve; the outer sleeve comprising a wall having a set of one or more locking edges arranged on the interior of the wall at a spacing from the closed end of the sleeve and facing the closed end of the sleeve; the slider comprising a locking flap formed at a terminal end of the slider and extending in a direction away from the closed end of the outer sleeve for engagement with the said wall of the outer sleeve, the flap having a free edge which provides a locking edge for engagement with the or each locking edge of said set of one or more locking edges of the outer sleeve wall to thereby prevent the slider from being withdrawn from the outer sleeve in a locked position; wherein the outer sleeve further comprises a release button , wherein pressing of the release button deflects the slider flap away from said wall of the outer sleeve so as to enable the free edge of the slider flap to slide past the or each locking edge of the set of one or more locking edges of the outer sleeve thereby allowing the slider to be withdrawn from the outer sleeve; characterised in that the release button is arranged such that it is operable to deflect the flap in such a manner only when the slider is inserted into the outer sleeve to a position intermediate its locked position and a fully inserted position in which the slider is fully inserted into the outer sleeve. an outer sleeve having an open end and a closed end; a slider for holding a blister pack, the slider being slidably mounted within the outer sleeve; the outer sleeve comprising a wall having a set of one or more locking edges arranged on the interior of the wall at a spacing from the closed end of the sleeve and facing the closed end of the sleeve; the slider comprising a locking flap formed at a terminal end of the slider and extending in a direction away from the closed end of the outer sleeve for engagement with the said wall of the outer sleeve, the flap having a free edge which provides a locking edge for engagement with the or each locking edge of said set of one or more locking edges of the outer sleeve wall to thereby prevent the slider from being withdrawn from the outer sleeve in a locked position; wherein the outer sleeve further comprises a release button , wherein pressing of the release button deflects the slider flap away from said wall of the outer sleeve so as to enable the free edge of the slider flap to slide past the or each locking edge of the set of one or more locking edges of the outer sleeve thereby allowing the slider to be withdrawn from the outer sleeve; characterised in that the release button is arranged such that it is operable to deflect the flap in such a manner only when the slider is inserted into the outer sleeve to a position intermediate its locked position and a fully inserted position in which the slider is fully inserted into the outer sleeve.
A chair seat board 100 comprising: a frame unit 40 having a plurality of frames configured in a hollow shape, respectively, and implemented to allow independent movement; and a support unit configured to support the frame unit 40 while being coupled to the frame unit 40 on a lower side of the frame unit 40, and wherein the support unit includes a first support plate 10 consisting of a first central support plate 11 and side support plates (12-1, 12-2) disposed on both sides of the first central support plate 11; a second support plate 20 coupled to an upper portion of the first support plate 10 and consisting of a second central support plate 21 and a limiting plate 22 disposed on an upper surface of one side of the second central support plate 21; and a third support plate 30 coupled to an upper portion of the second support plate 20 and consisting of a plurality of leg support plates and a plurality of hip support plates formed to correspond to the plurality of frames . a frame unit 40 having a plurality of frames configured in a hollow shape, respectively, and implemented to allow independent movement; and a support unit configured to support the frame unit 40 while being coupled to the frame unit 40 on a lower side of the frame unit 40, and wherein the support unit includes a first support plate 10 consisting of a first central support plate 11 and side support plates (12-1, 12-2) disposed on both sides of the first central support plate 11; a second support plate 20 coupled to an upper portion of the first support plate 10 and consisting of a second central support plate 21 and a limiting plate 22 disposed on an upper surface of one side of the second central support plate 21; and a third support plate 30 coupled to an upper portion of the second support plate 20 and consisting of a plurality of leg support plates and a plurality of hip support plates formed to correspond to the plurality of frames .
A dual-band multimode antenna feed for a high-frequency band and a low-frequency band, the feed comprising four high-frequency waveguide ports each high-frequency waveguide port being connected to a respective high-frequency input/output waveguide , each high-frequency input/output waveguide having a high-frequency waveguide aperture facing a first section for mixing electromagnetic modes in the E-plane, the first section being connected to a second section for mixing electromagnetic modes in the H-plane, characterized in that the feed further comprises a low-frequency waveguide port connected to a low-frequency input/output waveguide , wherein a low-frequency waveguide aperture faces the first section , wherein a filter is arranged inside the first section , the filter being arranged to be transparent for plane wave modes exhibited at lower frequencies and reflecting for plane wave modes exhibited at higher frequencies.
A hydraulic unit with parallel pumps linked to a servomotor comprising: a first hydraulic pump comprising a hydraulic sleeve , an upper hydraulic chamber , a lower hydraulic chamber , a plunger , two hydraulic rods , and a hydraulic pressure accumulator ; a second hydraulic pump comprising a hydraulic sleeve , an upper hydraulic chamber , a lower hydraulic chamber , a plunger , two hydraulic rods , and a hydraulic pressure accumulator ; a servomotor , coupled to the upper face of a roller bearing that has a ball screw coupled on the lower face of the roller bearing and interlinking the servomotor to the hydraulic pumps ; a pressure sensor configured to record a pressure change in the hydraulic unit; a reservoir configured to store oil for filling the upper hydraulic chambers ; two upper check valves (VI, V2) involved in supplying oil from the reservoir to the upper hydraulic chambers (10E and 10D); two lower check valves (V3, V4) involved in supplying oil from the lower hydraulic chambers (11E and 11D) to the hydraulic pressure accumulators (14E and 14D); two suction filters drawing oil from the oil reservoir and forcing the opening of the upper check valves (VI and V2); wherein the two hydraulic pumps mounted in parallel work jointly with the servomotor; wherein the ball screw has the function of displacing a bolt of the ball screw upwardly or downwardly, according to the rotation direction of the servomotor ; wherein the hydraulic rods are static, fixed on the lower face of the roller bearing and on a base ; and wherein the hydraulic sleeves of the hydraulic pumps move to perform the pumping. a first hydraulic pump comprising a hydraulic sleeve , an upper hydraulic chamber , a lower hydraulic chamber , a plunger , two hydraulic rods , and a hydraulic pressure accumulator ; a second hydraulic pump comprising a hydraulic sleeve , an upper hydraulic chamber , a lower hydraulic chamber , a plunger , two hydraulic rods , and a hydraulic pressure accumulator ; a servomotor , coupled to the upper face of a roller bearing that has a ball screw coupled on the lower face of the roller bearing and interlinking the servomotor to the hydraulic pumps ; a pressure sensor configured to record a pressure change in the hydraulic unit; a reservoir configured to store oil for filling the upper hydraulic chambers ; two upper check valves (VI, V2) involved in supplying oil from the reservoir to the upper hydraulic chambers (10E and 10D); two lower check valves (V3, V4) involved in supplying oil from the lower hydraulic chambers (11E and 11D) to the hydraulic pressure accumulators (14E and 14D); two suction filters drawing oil from the oil reservoir and forcing the opening of the upper check valves (VI and V2); wherein the two hydraulic pumps mounted in parallel work jointly with the servomotor; wherein the ball screw has the function of displacing a bolt of the ball screw upwardly or downwardly, according to the rotation direction of the servomotor ; wherein the hydraulic rods are static, fixed on the lower face of the roller bearing and on a base ; and wherein the hydraulic sleeves of the hydraulic pumps move to perform the pumping.
Removable sole plate composed of an anterior part comprising a housing intended to receive a distal end of a flexible blade , the housing being delimited by a bottom wall , a lateral wall , a medial wall , a front-end wall and a top wall , the housing thus having a posterior aperture delimited by the bottom, lateral, medial and top walls of the anterior part, the posterior aperture allowing the insertion of the distal end of the flexible blade into the housing, characterized in that the removable sole plate comprises a flexible posterior extension prolonging the bottom wall towards the rear, the posterior extension having a top face bearing an attachment means capable of cooperating with a complementary attachment means disposed on a bottom face of the flexible blade.
Electronic device (DI) comprising a first surface (S1) and a second surface (S2) opposite to the first surface (S1) and intended to connect a first electronic component (CE1) to a second electronic component (CE2) located on the first surface (S1) by means of at least one conductor track (PC), the conductor track (PC) comprising a plurality of first sections (SE1) in a first superconducting material and a plurality of second sections (SE2) in a second superconducting material different from the first superconducting material, the conductor track (PC) being formed by an alternating of first sections (SE1) and of second sections (SE2), the first material and the second material being chosen in such a way that each section (SE1/SE2) forms with the section (SE2/SE1) that follows it, if such a section (SE2/SE1) exists, and the section (SE2/SE1) that precedes it, if such a section (SE2/SE1) exists, an acoustic mismatching interface (IA).
A handle support intended to be connected to a handle to form a door leaf handle assembly intended to be mounted on a door leaf of a motor vehicle, said handle support comprising: - a base , - a lever movably mounted in rotation on the base about an axis of rotation (X) between a closed position and an open position when the handle is actuated, unlocking an opening mechanism of the door leaf to open it, said lever comprising a first arm intended to be connected to an arm of the handle and to slide inside a housing of the base along a sliding path (Y), - a return spring exerting a return force on the lever to bring it back to a closed position, - a first blocking means for blocking the lever in translation in the direction (X) in an axial position offset with respect to the sliding path (Y), contributing to maintaining the lever in an angular intermediate position between the closed position and the open position, - a second blocking means for blocking the rotation of the lever when the lever is in the intermediate angular position, characterized in that it comprises - means for transforming a rotational movement of the lever into a translational movement of said lever when the lever is pivoted from its intermediate angular position to an open position, in order to release the lever from the first and second blocking means . - a base , - a lever movably mounted in rotation on the base about an axis of rotation (X) between a closed position and an open position when the handle is actuated, unlocking an opening mechanism of the door leaf to open it, said lever comprising a first arm intended to be connected to an arm of the handle and to slide inside a housing of the base along a sliding path (Y), - a return spring exerting a return force on the lever to bring it back to a closed position, - a first blocking means for blocking the lever in translation in the direction (X) in an axial position offset with respect to the sliding path (Y), contributing to maintaining the lever in an angular intermediate position between the closed position and the open position, - a second blocking means for blocking the rotation of the lever when the lever is in the intermediate angular position, - means for transforming a rotational movement of the lever into a translational movement of said lever when the lever is pivoted from its intermediate angular position to an open position, in order to release the lever from the first and second blocking means .
A liquid dispensing shaving razor comprising: a handle body defining an opening ; a shaving razor cartridge mounted to a first end of the handle body; a personal care bottle mounted to a distal end of the handle body and in fluid communication with the shaving razor cartridge, the personal care bottle having a locking tab removably positioned within the opening of the handle body securing the personal care bottle to the handle body, characterized in that the personal care bottle comprises a fluid reservoir having a distal end positioned within a gripping sleeve and the locking tab has an unsupported end with a bottom surface spaced apart from an outer surface of the fluid reservoir . a handle body defining an opening ; a shaving razor cartridge mounted to a first end of the handle body; a personal care bottle mounted to a distal end of the handle body and in fluid communication with the shaving razor cartridge, the personal care bottle having a locking tab removably positioned within the opening of the handle body securing the personal care bottle to the handle body, characterized in that the personal care bottle comprises a fluid reservoir having a distal end positioned within a gripping sleeve and the locking tab has an unsupported end with a bottom surface spaced apart from an outer surface of the fluid reservoir .
A method for operating a plurality of wireless networks, comprising at least two different wireless networks operating at least in part in overlapping frequency bands, the method comprising: monitoring, by a first wireless transmitter in a first one of the wireless networks, activity in the overlapping frequency bands; determining, by the first wireless transmitter, whether a channel in the overlapping frequency bands is idle for a predefined time period; based on the channel being idle for the predefined time period, determining that the first wireless transmitter has a transmission opportunity on the channel; measuring, by the first wireless transmitter, an amount of time until a next frame boundary on the channel; based on the amount of time until the next frame boundary being below a threshold, reserving, by the first wireless transmitter, the channel for a fixed duration of time, and transmitting data at the next frame boundary; and based on the amount of time until the next frame boundary being above the threshold, skipping, by the first wireless transmitter, the transmission opportunity on the channel and waiting for a next transmission opportunity. monitoring, by a first wireless transmitter in a first one of the wireless networks, activity in the overlapping frequency bands; determining, by the first wireless transmitter, whether a channel in the overlapping frequency bands is idle for a predefined time period; based on the channel being idle for the predefined time period, determining that the first wireless transmitter has a transmission opportunity on the channel; measuring, by the first wireless transmitter, an amount of time until a next frame boundary on the channel; based on the amount of time until the next frame boundary being below a threshold, reserving, by the first wireless transmitter, the channel for a fixed duration of time, and transmitting data at the next frame boundary; and based on the amount of time until the next frame boundary being above the threshold, skipping, by the first wireless transmitter, the transmission opportunity on the channel and waiting for a next transmission opportunity.
Container for a foodstuff preparation machine or beverage preparation machine, the container for containing beverage or foodstuff material and comprising a code encoding preparation information, the code comprising a data portion , the data portion comprising a plurality of data units ; the container being characterised by : a reference portion , the reference portion comprising an arrangement of at least two reference units defining a reference point and a virtual reference line (r) extending from said reference point; the plurality of data units each being arranged on a virtual encoding line (D), the virtual encoding lines (D) extending from the reference point and being each arranged at different angles (α) to the reference line (r), each data unit being arranged any distance (d) from the reference point, said distance (d) encoding a value of a parameter of the preparation information. a reference portion , the reference portion comprising an arrangement of at least two reference units defining a reference point and a virtual reference line (r) extending from said reference point; the plurality of data units each being arranged on a virtual encoding line (D), the virtual encoding lines (D) extending from the reference point and being each arranged at different angles (α) to the reference line (r), each data unit being arranged any distance (d) from the reference point, said distance (d) encoding a value of a parameter of the preparation information.
A process for purifying natamycin comprising mixing a composition comprising crude natamycin, a metal salt of a carboxylic acid and water and subjecting the resulting mixture to chromatography whereby fractions are collected and selected fractions that comprise natamycin are combined, wherein the amount of said crude natamycin is from 1 g to 100 g/kg of the total weight of said composition and wherein the concentration of said metal salt of a carboxylic acid is from 0.1 mol/L to 5 mol/L.
An endoscopic surgical device , comprising: an endoscopic anchor retaining/advancing assembly including: a proximal tube portion and a distal tube portion pivotably connected to one another at an articulation joint , each of the proximal tube portion and the distal tube portion defining a central longitudinal axis; wherein: a stiffener tube slidably is disposed within the proximal tube portion ; a proximal inner shaft is rotatably disposed within the stiffener tube, wherein the proximal inner shaft is relatively rigid, and wherein the proximal inner shaft is mechanically connected to a drive mechanism such that actuation of the drive mechanism results in rotation of the proximal inner shaft; a distal inner shaft rotatably disposed within the distal tube portion, wherein the distal inner shaft is relatively rigid; and an intermediate drive cable mechanically interconnecting the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable is relatively flexible as compared to the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable extends from and between the proximal tube portion and the distal tube portion, across the articulation joint, wherein the intermediate drive cable defines a central longitudinal axis and wherein the central longitudinal axis of the intermediate drive cable is off-set a radial distance from the central longitudinal axis of the proximal tube portion and the distal tube portion; and an articulation link including a proximal end pivotally connected to a distal end of the stiffener tube and a distal end pivotally connected to the distal tube portion. a stiffener tube slidably is disposed within the proximal tube portion ; a proximal inner shaft is rotatably disposed within the stiffener tube, wherein the proximal inner shaft is relatively rigid, and wherein the proximal inner shaft is mechanically connected to a drive mechanism such that actuation of the drive mechanism results in rotation of the proximal inner shaft; a distal inner shaft rotatably disposed within the distal tube portion, wherein the distal inner shaft is relatively rigid; and an intermediate drive cable mechanically interconnecting the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable is relatively flexible as compared to the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable extends from and between the proximal tube portion and the distal tube portion, across the articulation joint, wherein the intermediate drive cable defines a central longitudinal axis and wherein the central longitudinal axis of the intermediate drive cable is off-set a radial distance from the central longitudinal axis of the proximal tube portion and the distal tube portion; and
A vertical wind turbine comprising a cell with a plurality of vertical blades (13; F1-F6), each mounted rotatably at the bottom and top at the end of a radial arm, which are arranged within the cell distributed on a concentric circle around a vertical machine axis (MA) and are jointly movable on this circle and connected in a rotationally fixed manner to a main shaft , wherein the blades (13; F1-F6) in the cell are each mounted individually rotatably about a vertical axis of rotation extending in particular through their interior, and wherein means (39; 39a, b; 49, 50; 52) are associated with each of the blades (13; F1-F6), with which during rotation about the machine axis (MA) the blade (13; F1-F6) can be moved independently of the other blades into a predetermined and at any time changeable rotational position about its axis of rotation , wherein the arms respectively form a fictive ring at the top and bottom of the cell, characterised in that a force measurement device (K1-K3) is provided at a blade bearing of the blades (13; F1-F6) at the lower or upper ring in order to determine and take into account the forces occurring on the blades.
Method for carrying out thin-layer chromatography using a device corresponding to one or more of Claims 6 to 10, wherein at least one liquid sample is applied to a separating layer , wherein a mobile phase is subsequently applied to the separating layer and brought into contact with the sample, and wherein, after a development phase, a thin-layer chromatogram arises, characterised in that the liquid sample is taken up from a sample storage container with the aid of an autopipette using a new pipette tip for each sample application operation and applied to the separating layer , and in that a mobile-phase storage container filled with mobile phase is connected to the separating layer via a contact device comprising a capillary-active material.