mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for holding and retaining glass articles during processing, the apparatus defining a plurality of receiving volumes for holding glass articles and comprising: a bottom support floor comprising a plurality of fluid passages; a glassware-securing member positioned above the bottom support floor and comprising a plurality of glassware-retaining openings; and a cover plate positioned above the glassware-securing member and comprising a plurality of fluid passages; wherein: each of the bottom support floor, the glassware-securing member, and the cover plate is substantially planar; the bottom support floor, the glassware-securing member, and the cover plate are substantially parallel with one another; each glassware-retaining opening of the glassware-securing member defines a width dimension of the receiving volume; and the bottom support floor and the cover plate define a height dimension of the receiving volume, characterised in that each fluid passage is positioned directly above a glassware-retaining opening. a bottom support floor comprising a plurality of fluid passages; a glassware-securing member positioned above the bottom support floor and comprising a plurality of glassware-retaining openings; and a cover plate positioned above the glassware-securing member and comprising a plurality of fluid passages; each of the bottom support floor, the glassware-securing member, and the cover plate is substantially planar; the bottom support floor, the glassware-securing member, and the cover plate are substantially parallel with one another; each glassware-retaining opening of the glassware-securing member defines a width dimension of the receiving volume; and the bottom support floor and the cover plate define a height dimension of the receiving volume, characterised in that each fluid passage is positioned directly above a glassware-retaining opening.
An autoinjector comprising: • a body receiving a reservoir, said reservoir containing fluid and including a piston, such as a pre-filled syringe, • a piston rod that is adapted to co-operate with the piston of said reservoir, said piston rod being movable by an injection spring between a primed position and an injection position in which said piston rod has moved the piston of the reservoir so as to inject the fluid into an injection site, • a visual, audible and/or tactile indicator device for indicating to the user that said autoinjector may be removed from said injection site, said autoinjector including a retarding system so as to delay actuating said visual, audible and/or indicator device relative to the end of injection, said retarding system comprising a dashpot, a shear member arranged in said dashpot and a fluid arranged in said dashpot around said shear member, one of said dashpot and of said shear member being rotatably mounted in said body and the other one of said dashpot and of said shear member being stationary in rotation, the turning of one relative to the other being braked by shearing said fluid contained in said dashpot, characterized in that said dashpot includes projections on its inside surface and said shear member includes projections on its outer surface, said projections (165, 195) generating impediments to the flow of the fluid, and shearing the fluid when a projection of the dashpot faces a projection of the shear member. • a body receiving a reservoir, said reservoir containing fluid and including a piston, such as a pre-filled syringe, • a piston rod that is adapted to co-operate with the piston of said reservoir, said piston rod being movable by an injection spring between a primed position and an injection position in which said piston rod has moved the piston of the reservoir so as to inject the fluid into an injection site, • a visual, audible and/or tactile indicator device for indicating to the user that said autoinjector may be removed from said injection site,
A dental observation device, comprising: a three-dimensional camera configured to perform three-dimensional image capturing of a visible light image of a desired image-capturing site in an oral cavity region; an image-capturing direction detector configured to detect an image-capturing direction of the three-dimensional camera for the image-capturing site; a storage portion storing three-dimensional image information on the oral cavity region acquired in advance; a display portion configured to display, side by side, the visible light image captured by the three-dimensional camera and a corresponding image (Fp) based on the three-dimensional image information corresponding to the image-capturing site; and an image processor configured to display, on the display portion, the corresponding image (Fp) in a predetermined direction on the basis of the image-capturing direction detected by the image-capturing direction detector. a three-dimensional camera configured to perform three-dimensional image capturing of a visible light image of a desired image-capturing site in an oral cavity region; an image-capturing direction detector configured to detect an image-capturing direction of the three-dimensional camera for the image-capturing site; a storage portion storing three-dimensional image information on the oral cavity region acquired in advance; a display portion configured to display, side by side, the visible light image captured by the three-dimensional camera and a corresponding image (Fp) based on the three-dimensional image information corresponding to the image-capturing site; and an image processor configured to display, on the display portion, the corresponding image (Fp) in a predetermined direction on the basis of the image-capturing direction detected by the image-capturing direction detector.
A system comprising: a suction line; a liquid ring pump coupled to the suction line, the liquid ring pump comprising a chamber and an impeller mounted within the chamber; and a non-return valve disposed on the suction line to permit fluid to flow into the chamber via the suction line and to prevent or oppose fluid flow out of the chamber to the suction line; a gas line coupled to the liquid ring pump such that a gas may flow into the liquid ring pump via the gas line, the gas line coupled to the liquid ring pump between the non-return valve and the chamber; a valve disposed on the gas line; and a controller configured to control the valve, characterised in that the controller is configured to open the valve within a first predetermined time period from activation of the liquid ring pump at least for some time while the non-return valve is closed. a suction line; a liquid ring pump coupled to the suction line, the liquid ring pump comprising a chamber and an impeller mounted within the chamber; and a non-return valve disposed on the suction line to permit fluid to flow into the chamber via the suction line and to prevent or oppose fluid flow out of the chamber to the suction line; a gas line coupled to the liquid ring pump such that a gas may flow into the liquid ring pump via the gas line, the gas line coupled to the liquid ring pump between the non-return valve and the chamber; a valve disposed on the gas line; and a controller configured to control the valve,
A fluid flow regulator device, comprising: - A valve member and a valve seat arranged to be movable with respect to each other such that a fluid flow surface area defined by the valve member and the valve seat can be changed; - An actuator element arranged for moving the valve member relative to the valve seat; - Sensor means for measuring a capacitance (C 1, C 2) between the valve member and the valve seat, the capacitance (C 1, C 2) being a measure of the distance between the valve member and the valve seat and a measure of the fluid flow surface area; characterized by: - A flow channel being provided in the valve seat extending through the valve seat in the direction of the valve member, the valve member being configured for moving towards and/or away from an outer end of the flow channel to change the fluid flow surface area; - Reference sensor means that are arranged for measuring a reference capacitance value (C R) for a fluid flow condition of the flow channel, comprising two reference capacitor plate elements positioned at the valve seat and around the flow channel, at a distance from each other, wherein in between the two capacitor plates a reference flow path for the fluid flow is provided; and - Control means that are connected to the sensor means and the reference sensor means, wherein the control means are arranged for controlling the actuator element based on signals (C 1, C 2) obtained by the sensor means and the reference sensor means (C R). - A valve member and a valve seat arranged to be movable with respect to each other such that a fluid flow surface area defined by the valve member and the valve seat can be changed; - An actuator element arranged for moving the valve member relative to the valve seat; - Sensor means for measuring a capacitance (C 1, C 2) between the valve member and the valve seat, the capacitance (C 1, C 2) being a measure of the distance between the valve member and the valve seat and a measure of the fluid flow surface area; characterized by: - A flow channel being provided in the valve seat extending through the valve seat in the direction of the valve member, the valve member being configured for moving towards and/or away from an outer end of the flow channel to change the fluid flow surface area; - Reference sensor means that are arranged for measuring a reference capacitance value (C R) for a fluid flow condition of the flow channel, comprising two reference capacitor plate elements positioned at the valve seat and around the flow channel, at a distance from each other, wherein in between the two capacitor plates a reference flow path for the fluid flow is provided; and - Control means that are connected to the sensor means and the reference sensor means, wherein the control means are arranged for controlling the actuator element based on signals (C 1, C 2) obtained by the sensor means and the reference sensor means (C R).
A polymer composition comprising a halogen-containing polymer and a stabilizer composition for halogen-containing polymers, comprising at least one hydroquinone compound of formula 1: wherein R 1, R 2, R 3 and R 4 are independently selected from the group consisting of hydrogen, halogen, hydroxy, cyano, nitro, sulfonyl, phosphoryl, optionally substituted alkyl, optionally substituted alkenyl, optionally substituted alkynyl, optionally substituted cycloalkyl, optionally substituted heterocyclyl, optionally substituted aryl, optionally substituted heteroaryl, optionally substituted alkoxy, -C R, and -NR'R"; R is selected from the group consisting of hydrogen, hydroxy, alkyl, alkenyl, alkynyl, alkoxy, aryl, heteroaryl, cycloalkyl, heterocyclyl, and -NR'R"; and R' and R" are independently selected from the group consisting of hydrogen, alkyl, alkenyl, alkynyl, aryl, heteroaryl, cycloalkyl, and heterocyclyl; and at least one additional stabilizer compound for halogen-containing polymers selected from the group consisting of 1,3-diketone compounds, polyols, metal salts, natural or synthetic minerals selected from the group consisting of A3-, A4-, A5-zeolites, zeolites of the mordenite, erionite, faujasite X or Y type and ZSM-5-zeolites, hydrotalcites of the Alcamizer 1 and 4 type, alkali alumocarbonates and/or mixtures thereof, organic esters of phosphorous acid, epoxy compounds, salts of halogen-containing oxy acids, nitrogen-containing compounds, and combinations thereof; wherein the amount of the at least one hydroquinone compound of formula I is from 0.005 to 0.3 part of hundred resin (phr). R 1, R 2, R 3 and R 4 are independently selected from the group consisting of hydrogen, halogen, hydroxy, cyano, nitro, sulfonyl, phosphoryl, optionally substituted alkyl, optionally substituted alkenyl, optionally substituted alkynyl, optionally substituted cycloalkyl, optionally substituted heterocyclyl, optionally substituted aryl, optionally substituted heteroaryl, optionally substituted alkoxy, -C R, and -NR'R"; R is selected from the group consisting of hydrogen, hydroxy, alkyl, alkenyl, alkynyl, alkoxy, aryl, heteroaryl, cycloalkyl, heterocyclyl, and -NR'R"; and R' and R" are independently selected from the group consisting of hydrogen, alkyl, alkenyl, alkynyl, aryl, heteroaryl, cycloalkyl, and heterocyclyl; and at least one additional stabilizer compound for halogen-containing polymers selected from the group consisting of 1,3-diketone compounds, polyols, metal salts, natural or synthetic minerals selected from the group consisting of A3-, A4-, A5-zeolites, zeolites of the mordenite, erionite, faujasite X or Y type and ZSM-5-zeolites, hydrotalcites of the Alcamizer 1 and 4 type, alkali alumocarbonates and/or mixtures thereof, organic esters of phosphorous acid, epoxy compounds, salts of halogen-containing oxy acids, nitrogen-containing compounds, and combinations thereof; wherein the amount of the at least one hydroquinone compound of formula I is from 0.005 to 0.3 part of hundred resin (phr).
A disposable insertion endoscope with a distal tip having a pot-shaped tip housing, said pot-shaped tip housing having a front end and a circumferential wall and comprising a first polymer material and a second polymer material where the second polymer material is transparent, said pot-shaped housing being adapted to accommodate an electronic vision device, and at least one light source, said pot-shaped housing comprising a first window part arranged in front of the electronic vision device in the field of view thereof and a second window part arranged in front of the at least one light source, characterized in that the first window part and the second window part are formed as a single piece of said second polymer material, said pot-shaped housing further comprising at least one inwardly protruding part, where the at least one inwardly protruding part is formed integrally with the circumferential wall as a single piece of the first polymer material and/or integrally with said first window part and said second window part as a single piece of the second polymer material. said pot-shaped tip housing having a front end and a circumferential wall and comprising a first polymer material and a second polymer material where the second polymer material is transparent, said pot-shaped housing being adapted to accommodate an electronic vision device, and at least one light source, said pot-shaped housing comprising a first window part arranged in front of the electronic vision device in the field of view thereof and a second window part arranged in front of the at least one light source, characterized in that the first window part and the second window part are formed as a single piece of said second polymer material, said pot-shaped housing further comprising at least one inwardly protruding part, where the at least one inwardly protruding part is formed integrally with the circumferential wall as a single piece of the first polymer material and/or integrally with said first window part and said second window part as a single piece of the second polymer material.
A bedding article for a baby comprising a soft base, with dimensions substantially corresponding to the dimensions of the baby to be received, this base comprising a bottom and an edge roll secured to the bottom and extending over at least part of the periphery of the base, the edge roll being provided with at least one free end able to be folded over the stomach of the baby, said bedding article for a baby including a cover connected to at least one end of the base covering at least said free end of the edge roll, the edge roll contains a tubular insert configured to be heated so as to accumulate heat and to next emit it gradually, characterized in that it includes a cloth for swaddling the baby in the central position or independent from the soft base, the swaddling cloth has an elongated shape and the width of which becomes smaller toward the ends in a transverse direction; said cloth comprising two distant holes (45, 46) for the passage of baby's arms substantially aligned in the transverse direction and a passage distant from the holes (45, 46) in a longitudinal direction and configured to form a loop for one of the ends (43, 44) of said cloth.
A drawer, comprising a front panel, a rear wall and side frames arranged between the front panel and the rear wall, wherein a wall element that is held between two wall retainers (6, 7) is provided on at least one side frame, wherein one of the wall retainers is fixed by means of a mounting part on the rear wall or the front panel, characterized in that at least one spring element is formed on the mounting part in order to fix the wall element between the wall retainers (6, 7) in a clamping manner.
A phase cut compatible, dimmable lighting system (500, 600, 700) having one or more light sources (505, 604, 715) selected from a group consisting of at least one light emitting diode and at least one compact fluorescent lamp, comprising: a controller configured to control a plurality of power dissipation circuits (506.1-506.N) in accordance with a thermal management strategy to dissipate excess energy, and the plurality of power dissipation circuits (506.1-506.N), characterized in that the power dissipation circuits (506.1-506.N) are physically disposed in multiple locations in the lighting system so that power can be dissipated in different physical locations with the lighting system. a controller configured to control a plurality of power dissipation circuits (506.1-506.N) in accordance with a thermal management strategy to dissipate excess energy, and the plurality of power dissipation circuits (506.1-506.N),
Method for determining an estimation mode of data received by a system comprising at least two radio frequency receivers (RX1, RX2) respectively tuned to a first reception frequency and to a second reception frequency, said first and second reception frequencies being distinct, characterized in that it comprises a step of determining the estimation mode of said received data, delivering a decision to recombine, for the estimation of said received data, a first and a second signals transposed in baseband delivered respectively by said at least two radio frequency receivers, said decision taking into account at least a first and a second quality information associated to a signal received respectively on said first and second reception frequencies, said decision to recombine corresponding to a decision indicating that the estimation of said received data is based on: • a recombination of said first and second signals transposed in baseband if said first quality information is above a first low threshold and if said second quality information is above a second low threshold; • said second signal transposed in baseband if said first quality information is lower than or equal to said first low threshold and if said second quality information is above said second low threshold; • said first signal transposed in baseband if said first quality information is above said first low threshold and if said second quality information is lower than or equal to said second low threshold. • a recombination of said first and second signals transposed in baseband if said first quality information is above a first low threshold and if said second quality information is above a second low threshold; • said second signal transposed in baseband if said first quality information is lower than or equal to said first low threshold and if said second quality information is above said second low threshold; • said first signal transposed in baseband if said first quality information is above said first low threshold and if said second quality information is lower than or equal to said second low threshold.
Control device for controlling a blood flow Q VAD (t) of a percutaneous insertable ventricular assist device, VAD,, the VAD comprises a pump unit and a drive unit for driving the pump unit that is configured to convey blood from a blood flow inlet towards a blood flow outlet, wherein the control device is configured to operate the VAD in a selectable zero-flow control mode, wherein a blood flow command signal Q VAD set (t) is selected, the control device configured to control the blood flow Q VAD (t) for a predetermined zero-flow control period, wherein the predetermined zero-flow control period is set to last a fraction of one cardiac cycle of an assisted heart or the predetermined zero-flow control period is set to last at least one complete cardiac cycle or a predetermined number of complete consecutive heart cycles; and the control device comprises a first controller and a second controller, wherein the first controller is configured to control the blood flow Q VAD (t) by adjusting a speed command signal n VAD set (t) for the drive unit, and the second controller is configured to control a drive speed n VAD (t) of the drive unit.
A processor for use in a system for processing electrophysiological signals, the processor comprising: an input configured to receive an electrophysiological signal request from a remote device, the electrophysiological signal request specifying at least one electrode from which to receive an electrophysiological signal; a first output configured to transmit to an implant instructions to apply a plurality of stimuli via the specified at least one electrode; and a second output configured to transmit the electrophysiological signal to the remote device for further processing, the processor further comprising: a recording module configured to record, for individual stimuli in the plurality of stimuli, an electrophysiological signal component resulting from an individual stimulus; a combiner configured to combine the individual recorded electrophysiological signal components to produce the electrophysiological signal; and distortion detection circuitry to detect any distortion of the electrophysiological signal components before they are transmitted, so as to transmit only the non-distorted electrophysiological signals thus reducing the amount of information transmitted between the processor and the remote device, wherein the processor is distinct from the implant. an input configured to receive an electrophysiological signal request from a remote device, the electrophysiological signal request specifying at least one electrode from which to receive an electrophysiological signal; a first output configured to transmit to an implant instructions to apply a plurality of stimuli via the specified at least one electrode; and a second output configured to transmit the electrophysiological signal to the remote device for further processing, the processor further comprising: a recording module configured to record, for individual stimuli in the plurality of stimuli, an electrophysiological signal component resulting from an individual stimulus; a combiner configured to combine the individual recorded electrophysiological signal components to produce the electrophysiological signal; and distortion detection circuitry to detect any distortion of the electrophysiological signal components before they are transmitted, so as to transmit only the non-distorted electrophysiological signals thus reducing the amount of information transmitted between the processor and the remote device, wherein the processor is distinct from the implant. a recording module configured to record, for individual stimuli in the plurality of stimuli, an electrophysiological signal component resulting from an individual stimulus; a combiner configured to combine the individual recorded electrophysiological signal components to produce the electrophysiological signal; and distortion detection circuitry to detect any distortion of the electrophysiological signal components before they are transmitted, so as to transmit only the non-distorted electrophysiological signals thus reducing the amount of information transmitted between the processor and the remote device, wherein the processor is distinct from the implant.