mhurhangee/ep-ind-claims huggingface dataset:
A device for holding and expelling packages, particularly of medicines or the like, from an inclined chute of a storage cabinet, said inclined chute being adapted to contain a row of said packages, said device comprising, supported by said inclined chute: - at least one actuator having a movable part, - at least one mechanism actuated by said actuator, - at least one element for holding and expelling said packages, which can be operated by way of said mechanism and is installed at the dispensing end of said inclined chute on which it is pivoted, wherein said holding and expelling element has an abutment protrusion for a leading package and an arm, for lifting said leading package, which is integral with said abutment protrusion, said holding and expelling element, with said abutment protrusion and said lifting arm, being provided in a single piece, - a rocker pivoted on said inclined chute, - two linkages (22, 23) each pivoted on a respective arm of said rocker, a first linkage for interconnecting the moveable part of said actuator to said rocker and a second linkage for interconnecting said rocker to said holding and expelling element, and integral with said inclined chute, - a resting element for the arm of said second linkage, which is adapted to limit the rotation thereof when said holding and expelling element passes from an expelling position to a holding position. - at least one actuator having a movable part, - at least one mechanism actuated by said actuator, - at least one element for holding and expelling said packages, which can be operated by way of said mechanism and is installed at the dispensing end of said inclined chute on which it is pivoted, wherein said holding and expelling element has an abutment protrusion for a leading package and an arm, for lifting said leading package, which is integral with said abutment protrusion, said holding and expelling element, with said abutment protrusion and said lifting arm, being provided in a single piece, - a rocker pivoted on said inclined chute, - two linkages (22, 23) each pivoted on a respective arm of said rocker, a first linkage for interconnecting the moveable part of said actuator to said rocker and a second linkage for interconnecting said rocker to said holding and expelling element, and integral with said inclined chute, - a resting element for the arm of said second linkage, which is adapted to limit the rotation thereof when said holding and expelling element passes from an expelling position to a holding position.
An ultrasonic cleaner (1200; 1300; 1400) comprising: a cleaning tank (1206; 2206); a vibrating part (1202; 1303; 2209) which is inserted into cleaning liquid in the cleaning tank (1206; 2206) and has a hollow part configured for having a nozzle (21, 22) for suctioning a sample or a reagent inserted, and which transmits ultrasonic vibration to the cleaning liquid; an ultrasonic vibrator (1201; 1301; 1401; 2205) which is configured by fixing and fastening a piezoelectric element (1213; 1313; 2203) with two or more metal blocks (1211, 1212; 1311, 1312) by a bolt (1204; 1403; 2204), and which generates the ultrasonic vibration to the vibrating part (1202; 1303; 2209) in a horizontal direction; and a control portion which performs driving control of the ultrasonic vibrator (1201; 1301; 1401; 2205), wherein a tip end of the vibrating part (1202; 1303; 2209) which is insertable into the cleaning liquid in the cleaning tank (1206; 2206) vibrates as a free end in accordance with vibration of the ultrasonic vibrator (1201; 1301; 1401; 2205) in the horizontal direction, and wherein the control portion causes the vibrating part (1202; 1303; 2209) to generate the ultrasonic vibration in a state where the nozzle (21, 22) is inserted into the hollow part, to clean the nozzle (21, 22), characterized in that the vibrating part (1202; 1303; 2209) is fixed to a side surface of one of the metal blocks (1211, 1212; 1311, 1312) at an upper part of the cleaning tank (1206; 2206). a cleaning tank (1206; 2206); a vibrating part (1202; 1303; 2209) which is inserted into cleaning liquid in the cleaning tank (1206; 2206) and has a hollow part configured for having a nozzle (21, 22) for suctioning a sample or a reagent inserted, and which transmits ultrasonic vibration to the cleaning liquid; an ultrasonic vibrator (1201; 1301; 1401; 2205) which is configured by fixing and fastening a piezoelectric element (1213; 1313; 2203) with two or more metal blocks (1211, 1212; 1311, 1312) by a bolt (1204; 1403; 2204), and which generates the ultrasonic vibration to the vibrating part (1202; 1303; 2209) in a horizontal direction; and a control portion which performs driving control of the ultrasonic vibrator (1201; 1301; 1401; 2205), wherein a tip end of the vibrating part (1202; 1303; 2209) which is insertable into the cleaning liquid in the cleaning tank (1206; 2206) vibrates as a free end in accordance with vibration of the ultrasonic vibrator (1201; 1301; 1401; 2205) in the horizontal direction, and wherein the control portion causes the vibrating part (1202; 1303; 2209) to generate the ultrasonic vibration in a state where the nozzle (21, 22) is inserted into the hollow part, to clean the nozzle (21, 22), characterized in that the vibrating part (1202; 1303; 2209) is fixed to a side surface of one of the metal blocks (1211, 1212; 1311, 1312) at an upper part of the cleaning tank (1206; 2206).
Lighting module for the lighting and/or signaling of a motor vehicle, comprising at least one light source powered by an electric supply control circuit and arranged on a support, and a reflector device, the reflector device comprising a housing made of plastic, at least part of the internal faces of which is metallized so as to reflect the light received, the housing comprising, on an external face of one of its walls, reception means able to house a support comprising at least one light source, said wall comprising an opening which leads to the inside of the housing and which allows the light emitted by the light source or sources to propagate toward the inside of the housing, at least part of the reception means on the external face of the housing being metallized so as to define a contact zone that allows the metallized part to make electrical contact, the reception means of the housing being able to house said support in such a way as to allow the light emitted by the light sources to propagate through said opening, and the contact zone being connected to earth, characterized in that the housing of the reflector device forms the housing of the lighting module.
A pressure regulating adaptor for coupling with a vial and removing fluid therefrom, the adaptor comprising: a piercing member configured to be inserted in the vial; a cap connector configured to secure the adaptor to the vial; and characterised by a bag at least partially housed within the piercing member such that at least a portion of the bag is configured to be positioned within the vial when the piercing member is in the vial. a piercing member configured to be inserted in the vial; a cap connector configured to secure the adaptor to the vial; and characterised by a bag at least partially housed within the piercing member such that at least a portion of the bag is configured to be positioned within the vial when the piercing member is in the vial.
A method for identifying overlapping fragments in a stream of fragments for processing by a pixel shader, the method comprising: storing, in a buffer associated with a deferred pixel shading unit, a first fragment of a stream of z-culled fragments that have been processed by a z-cull unit, the first fragment having a first screen position; receiving, from the stream of z-culled fragments, a second fragment that has been processed by the z-cull unit, the second fragment having a second screen position; determining that the second screen position matches the first screen position of the first fragment stored in the buffer; responsive to the determining, modifying the first fragment within the buffer based on the match, the modifying including one of removing the first fragment from the buffer and transmitting the fragments of the buffer to a pixel shader for shading, wherein the determining and modifying occur upon receiving the second fragment from the stream of z-culled fragments. storing, in a buffer associated with a deferred pixel shading unit, a first fragment of a stream of z-culled fragments that have been processed by a z-cull unit, the first fragment having a first screen position; receiving, from the stream of z-culled fragments, a second fragment that has been processed by the z-cull unit, the second fragment having a second screen position; determining that the second screen position matches the first screen position of the first fragment stored in the buffer; responsive to the determining, modifying the first fragment within the buffer based on the match, the modifying including one of removing the first fragment from the buffer and transmitting the fragments of the buffer to a pixel shader for shading, wherein the determining and modifying occur upon receiving the second fragment from the stream of z-culled fragments.
A device comprising: a. a first rotor and a second rotor; b. where the axes of the first rotor and the second rotor are offset from collinear and intersecting; c. characterized in that each of the first and the second rotor (52, 54) comprises: i. at least one lobe (178, 180) having a first side and a second side; ii. wherein the first side of each lobe is a curved surface (184, 186) formed of at least one spherical involute curve; iii. wherein the first sides of the lobes of the first rotor face the first sides of the lobes of the second rotor; and iv. whereby the lobes of the first rotor intermesh with the lobes of the second rotor, around the periphery of the rotors (52, 54). a. a first rotor and a second rotor; b. where the axes of the first rotor and the second rotor are offset from collinear and intersecting; c. characterized in that each of the first and the second rotor (52, 54) comprises: i. at least one lobe (178, 180) having a first side and a second side; ii. wherein the first side of each lobe is a curved surface (184, 186) formed of at least one spherical involute curve; iii. wherein the first sides of the lobes of the first rotor face the first sides of the lobes of the second rotor; and iv. whereby the lobes of the first rotor intermesh with the lobes of the second rotor, around the periphery of the rotors (52, 54). i. at least one lobe (178, 180) having a first side and a second side; ii. wherein the first side of each lobe is a curved surface (184, 186) formed of at least one spherical involute curve; iii. wherein the first sides of the lobes of the first rotor face the first sides of the lobes of the second rotor; and iv. whereby the lobes of the first rotor intermesh with the lobes of the second rotor, around the periphery of the rotors (52, 54).
Electronic handle for a vehicle door, comprising: - electronic means for electronically activating a latch of the vehicle door; - an activation lever configured for rotating around an activation lever axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for mechanically activating the latch of the vehicle door in case of default of the electronic means, - a handle lever comprising a gripping part configured to be grasped by a user, wherein the handle lever cooperates with the activation lever and - a bracket intended to receive the activation lever; wherein the activation lever comprises a driving element, pivotally connected to the activation lever, and the bracket comprises a stop element, the driving element cooperating with the stop element such that when the activation lever is actuated from the rest position to the mechanical activation position, the driving element passes from a first side of the stop element corresponding to the rest position, to a second side of the stop element when the activation lever reaches the mechanical activation position, characterized in that the bracket comprises a flexible blade with the stop element. - electronic means for electronically activating a latch of the vehicle door; - an activation lever configured for rotating around an activation lever axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for mechanically activating the latch of the vehicle door in case of default of the electronic means, - a handle lever comprising a gripping part configured to be grasped by a user, wherein the handle lever cooperates with the activation lever and - a bracket intended to receive the activation lever; wherein the activation lever comprises a driving element, pivotally connected to the activation lever, and the bracket comprises a stop element, the driving element cooperating with the stop element such that when the activation lever is actuated from the rest position to the mechanical activation position, the driving element passes from a first side of the stop element corresponding to the rest position, to a second side of the stop element when the activation lever reaches the mechanical activation position, characterized in that the bracket comprises a flexible blade with the stop element.
A washing machine control method comprising a mobile interface suitable for enabling the user to select a washing program and the parameters thereof and having at least one washing module enabling the user to select parameters according to the characteristics of the washing program, characterized by the mobile interface having at least one input module enabling the user to select parameters according to the characteristics of the laundry to be washed in the washing machine via the mobile interface, and at least one output module enabling the user to select the parameters according to the characteristics desired to be obtained by the laundry at the end of the washing program and by the steps of adjustment of the input, washing and output modules by the user, preparing consumption parameters according to the modules adjusted by the user, transferring to the user the washing program consumption parameters obtained as a result of the selected input module, washing module and output module, presenting the washing program consumption parameters to the user's approval and running the washing program on the washing machine with the parameters in the modules selected by the user if the user approves said consumption parameters.
A developing device comprising: a developing unit housing; a developer carrier that carries a developer; the developer carrier being rotatably supported by the developing unit housing; a side seal member that comes into slidable contact with both ends of the developer carrier; a sheet-like elongated seal member that extends in an axial direction of the developer carrier so as to come into slidable contact with the developer carrier; a side seal attachment surface that is formed in the developing unit housing and to which the side seal member is attached; and a support portion that is formed in the developing unit housing and protrudes toward the developer carrier from the side seal attachment surface to support the elongated seal member, wherein the elongated seal member is attached onto the support portion in a state where both ends thereof overlap the side seal member and are opposite the side seal attachment surface, a filler is filled in a gap surrounded by the elongated seal member, the side seal member, the support portion, and the side seal attachment surface, and a protrusion for suppressing a spread of the filler is formed at the side seal attachment surface, characterized in that the protrusion is formed at a predetermined interval from the support portion; and the protrusion comes into contact with a side surface of the side seal member so as to position the side seal member in a direction orthogonal to the axial direction of the developer carrier and in parallel to the side seal attachment surface. a developing unit housing; a developer carrier that carries a developer; the developer carrier being rotatably supported by the developing unit housing; a side seal member that comes into slidable contact with both ends of the developer carrier; a sheet-like elongated seal member that extends in an axial direction of the developer carrier so as to come into slidable contact with the developer carrier; a side seal attachment surface that is formed in the developing unit housing and to which the side seal member is attached; and a support portion that is formed in the developing unit housing and protrudes toward the developer carrier from the side seal attachment surface to support the elongated seal member, wherein the elongated seal member is attached onto the support portion in a state where both ends thereof overlap the side seal member and are opposite the side seal attachment surface, a filler is filled in a gap surrounded by the elongated seal member, the side seal member, the support portion, and the side seal attachment surface, and a protrusion for suppressing a spread of the filler is formed at the side seal attachment surface, characterized in that the protrusion is formed at a predetermined interval from the support portion; and the protrusion comes into contact with a side surface of the side seal member so as to position the side seal member in a direction orthogonal to the axial direction of the developer carrier and in parallel to the side seal attachment surface.
A cable connection verification system comprising: a transmitter configured to transmit an inspection signal to a first terminal of a cable, the cable being configured to connect a first contact on a first terminal block with the first terminal and to connect a second contact on a second terminal block with a second terminal, wherein said inspection signal comprises information about respective registration codes of the to-be-verified contacts (12a, 12b) of the first terminal block and the second terminal block; a receiver configured to receive the inspection signal from the second terminal of the cable; a registration code processor configured to identify the registration codes in the received inspection signal; a tag generator configured to generate a tag containing ID information upon reception of the inspection signal at the receiver; and an information linking processor configured to link the ID information of the tag to the identified registration codes. a transmitter configured to transmit an inspection signal to a first terminal of a cable, the cable being configured to connect a first contact on a first terminal block with the first terminal and to connect a second contact on a second terminal block with a second terminal, wherein said inspection signal comprises information about respective registration codes of the to-be-verified contacts (12a, 12b) of the first terminal block and the second terminal block; a receiver configured to receive the inspection signal from the second terminal of the cable; a registration code processor configured to identify the registration codes in the received inspection signal; a tag generator configured to generate a tag containing ID information upon reception of the inspection signal at the receiver; and an information linking processor configured to link the ID information of the tag to the identified registration codes.
Laser cavity, which makes it possible to produce at least one laser ray and which comprises: - at least two mirrors (2A, 2B); - a plurality of active elements having propagation axes, said active elements being arranged between these two mirrors (2A, 2B) and being able to undergo pumping so as to amplify the laser beams; and - an extraction unit, which is arranged in said laser cavity, which comprises at least one polariser which is at an inclination to said propagation axes, and at least one retardation element which is arranged longitudinally upstream from said polariser, and which is formed so as to carry out a central extraction of the laser beams to obtain the laser ray, said extraction unit being arranged in said laser cavity so as to divide it longitudinally into two functional parts (P1, P2), of which a first part comprising said active elements amplifies said laser beams and a second part, characterised in that said second part of the laser cavity is arranged for coherently coupling by superposition said laser beams, the intensity of which is decreased by central extraction carried out by the extraction unit. - at least two mirrors (2A, 2B); - a plurality of active elements having propagation axes, said active elements being arranged between these two mirrors (2A, 2B) and being able to undergo pumping so as to amplify the laser beams; and - an extraction unit, which is arranged in said laser cavity, which comprises at least one polariser which is at an inclination to said propagation axes, and at least one retardation element which is arranged longitudinally upstream from said polariser, and which is formed so as to carry out a central extraction of the laser beams to obtain the laser ray, said extraction unit being arranged in said laser cavity so as to divide it longitudinally into two functional parts (P1, P2), of which a first part comprising said active elements amplifies said laser beams and a second part,
Gas cell for optical measurements of gas content and/or concentration in a macroscopic system, the gas cell comprising a cavity, at least one aperture for gas exchange, at least one first socket for a light emitting means, at least one second socket for a light detecting means, and where the length of an optical measuring path through said cavity is in the range of centimeters and is defined by a direct or indirect distance between a light emitting means positioned in said first socket and a light detecting means positioned in said second socket, characterized in that an epoxy mold compound, EMC, is used to form at least the parts of said gas cell that define said optical measuring path, and that said epoxy mold compound is a highly mineral filled epoxy.
An extended release pharmaceutical formulation for use in the treatment of a vascular eye disorder in the vitreous, wherein the extended release pharmaceutical formulation comprises microparticles having a diameter of from 2 microns to 70 microns, the microparticles comprising a micronized VEGF-Trap protein core of about 2 microns to about 30 microns and a polymer cortex, wherein the VEGF-Trap protein is released from the microparticles at a rate of from about 0.01 mg/week to about 0.30 mg/week for a duration of at least 60 days in an aqueous environment, and wherein the pharmaceutical formulation comprises one or more sugars.