mhurhangee/ep-ind-claims huggingface dataset:
Method for dispensing a fluid product by means of a dispensing bottle comprising a rigid body into which a reservoir for packaging said product is formed, said bottle additionally comprising a device for collecting said packaged product mounted in a sealed manner on said body, said method including: - prior to the initial filling of reservoir with product, placing said empty reservoir in communication with an air suction device and actuating said device in order to create a negative pressure inside said reservoir; - subsequently performing the initial filling of the reservoir by placing a product source in sealed communication with the reservoir such that the negative pressure causes filling of said reservoir by suction of the product contained in said source; - dispensing the packaged product by actuating the collecting device, said process being characterised in that the body is equipped with a valve for filling said reservoir which is arranged so as to enable the product source to be placed in communication with said reservoir, the initial filling of the reservoir with product being performed by placing the product source in sealed communication with said reservoir by means of the valve. - prior to the initial filling of reservoir with product, placing said empty reservoir in communication with an air suction device and actuating said device in order to create a negative pressure inside said reservoir; - subsequently performing the initial filling of the reservoir by placing a product source in sealed communication with the reservoir such that the negative pressure causes filling of said reservoir by suction of the product contained in said source; - dispensing the packaged product by actuating the collecting device,
An agricultural harvesting header with a transport arrangement for transporting the header, the agricultural header comprising: a main frame extending along one side of the header, the main frame including a forward end and a rear trailing end relative to a direction of travel of the header during road transport; and a cutter bar positioned generally parallel to and opposite from the main frame; the transport arrangement comprising: at least one dolly wheel detachably connected to the header near the forward end, between the main frame and the cutter bar; a trailing wheel assembly connected to the header near the rear trailing end; and an elongate tongue having a towed end and a distal end, the distal end being connected to the at least one dolly wheel; characterized in that the distal end is connected to the at least one dolly wheel at an acute angle (α) relative to the direction of travel during road transport, the towed end being positioned approximately coincident with a longitudinal centerline of the header. a main frame extending along one side of the header, the main frame including a forward end and a rear trailing end relative to a direction of travel of the header during road transport; and a cutter bar positioned generally parallel to and opposite from the main frame; the transport arrangement comprising: at least one dolly wheel detachably connected to the header near the forward end, between the main frame and the cutter bar; a trailing wheel assembly connected to the header near the rear trailing end; and an elongate tongue having a towed end and a distal end, the distal end being connected to the at least one dolly wheel; characterized in that the distal end is connected to the at least one dolly wheel at an acute angle (α) relative to the direction of travel during road transport, the towed end being positioned approximately coincident with a longitudinal centerline of the header. at least one dolly wheel detachably connected to the header near the forward end, between the main frame and the cutter bar; a trailing wheel assembly connected to the header near the rear trailing end; and an elongate tongue having a towed end and a distal end, the distal end being connected to the at least one dolly wheel; characterized in that the distal end is connected to the at least one dolly wheel at an acute angle (α) relative to the direction of travel during road transport, the towed end being positioned approximately coincident with a longitudinal centerline of the header.
Device for motorised and driven assistance for movement of persons with a form of disablement, in which the device comprises a skid, to which is arranged a chair in the form of a hinged device which can be moved from a horizontally sitting to a vertically standing position with the aid of a rotational joint which is situated at the hip height of a user, to the chair is arranged an essentially vertical supportive device (9, 10) for supporting and stiffening of the user's spiral column, characterised in that to the skid are available two bars which can be moved translatory and/or rotationally, which bars are driven by at least one rotating and/or pivoting disc (1,2), which disc(s) are driven by a motor, and where to the bars are attached supportive arrangements for support of a lower leg for the user, as well as fastening devices (17,18) for the user's foot for each bar, the supportive arrangements for the user's lower legs comprise hoops equipped with cooperative pulling means for guiding alternate movement of the user's legs, in which the cooperating pulling means comprise leg hoops in the form of elastic bands, springs, straps or bars which interact via a wheel which conducts the interactive operation of the cooperating pulling means.
A method for producing a biocompatible transparent sheet, comprising: a film-forming step of forming a biocompatible ceramic film on or above a substrate including a portion soluble in a solvent incapable of dissolving biocompatible ceramics; and a dissolving step of dissolving the substrate having the biocompatible ceramic film by immersing the substrate in the solvent. a film-forming step of forming a biocompatible ceramic film on or above a substrate including a portion soluble in a solvent incapable of dissolving biocompatible ceramics; and a dissolving step of dissolving the substrate having the biocompatible ceramic film by immersing the substrate in the solvent.
A surgical apparatus for positioning within a tissue tract accessing an underlying body cavity, which comprises: a proximal member including an inflatable member adjustable to a plurality of radial dimensions; a distal member axially aligned with respect to the proximal member; a flexible sleeve extending between the proximal and distal members and defining a passage for reception of object; and a C-shaped rigid ring member defining an outer circumferential recessed portion for receiving the inflatable member therein, the ring member having a radial dimension corresponding to a minimal radial dimension of the proximal member whereby the proximal member is prevented from contracting below its minimal radial dimension during deflation of the inflation member and is forced to expand in a radially outwardly direction upon inflation of the inflatable member. a proximal member including an inflatable member adjustable to a plurality of radial dimensions; a distal member axially aligned with respect to the proximal member; a flexible sleeve extending between the proximal and distal members and defining a passage for reception of object; and a C-shaped rigid ring member defining an outer circumferential recessed portion for receiving the inflatable member therein, the ring member having a radial dimension corresponding to a minimal radial dimension of the proximal member whereby the proximal member is prevented from contracting below its minimal radial dimension during deflation of the inflation member and is forced to expand in a radially outwardly direction upon inflation of the inflatable member.
A radio frequency system for testing equipment under test, EUT, the radio frequency system comprising: a radio receiver unit wherein the radio receiver unit's channel bandwidth is smaller than the channel bandwidth of the EUT; a measurement unit, said measurement unit is configured to: segment the EUT channel bandwidth into a plurality of subbands, wherein the bandwidth of each subband of said plurality of subbands is contained within the radio receiver unit's channel bandwidth for at least one radio receiver's center frequency setting; sequentially configure said radio receiver to said center frequency setting; calculate a plurality of performance parameters in each said sub band; and aggregate the plurality of performance parameters over the subbands to obtain a plurality of composite broadband performance parameters. a radio receiver unit wherein the radio receiver unit's channel bandwidth is smaller than the channel bandwidth of the EUT; a measurement unit, said measurement unit is configured to: segment the EUT channel bandwidth into a plurality of subbands, wherein the bandwidth of each subband of said plurality of subbands is contained within the radio receiver unit's channel bandwidth for at least one radio receiver's center frequency setting; sequentially configure said radio receiver to said center frequency setting; calculate a plurality of performance parameters in each said sub band; and aggregate the plurality of performance parameters over the subbands to obtain a plurality of composite broadband performance parameters. segment the EUT channel bandwidth into a plurality of subbands, wherein the bandwidth of each subband of said plurality of subbands is contained within the radio receiver unit's channel bandwidth for at least one radio receiver's center frequency setting; sequentially configure said radio receiver to said center frequency setting; calculate a plurality of performance parameters in each said sub band; and aggregate the plurality of performance parameters over the subbands to obtain a plurality of composite broadband performance parameters.
A packaging system comprising a flexible package and a scoop, the package defining an inside for holding a powdered or granular product, the package being formed from a laminate, the scoop located inside the package and used to measure product taken from the package, wherein the scoop may be placed in an external pocket for easier access during future uses, the laminate comprising: an inner layer; and an outer layer coextensive with the inner layer, the outer layer comprising a fixed portion permanently attached to the inner layer by permanent adhesive and an adhesive-free pocket-shaped area tangentially attached to the fixed portion along a perimeter 68, the adhesive-free pocket-shaped area having a top edge, the outer layer further comprising a score line substantially in registration with the top edge; a portion of the inner layer and the pocket-shaped area of the outer layer form the external pocket; the package further comprising a pressure sensitive adhesive pattern applied to a top marginal region located within the adhesive free pocket shaped area just below and co-extensive with the top edge, a remaining area of the adhesive free pocket shaped area being free from adhesive; wherein the external pocket has a closed position in which the inner layer and the outer layer are adhered together along the top marginal region and an open position in which the outer layer is at least partially disengaged from the inner layer along the top marginal region. an inner layer; and an outer layer coextensive with the inner layer, the outer layer comprising a fixed portion permanently attached to the inner layer by permanent adhesive and an adhesive-free pocket-shaped area tangentially attached to the fixed portion along a perimeter 68, the adhesive-free pocket-shaped area having a top edge, the outer layer further comprising a score line substantially in registration with the top edge; a portion of the inner layer and the pocket-shaped area of the outer layer form the external pocket; the package further comprising a pressure sensitive adhesive pattern applied to a top marginal region located within the adhesive free pocket shaped area just below and co-extensive with the top edge, a remaining area of the adhesive free pocket shaped area being free from adhesive; wherein the external pocket has a closed position in which the inner layer and the outer layer are adhered together along the top marginal region and an open position in which the outer layer is at least partially disengaged from the inner layer along the top marginal region.
A system for automatic consistent takeoff noise reduction of an aircraft, the system comprising: a pitch guidance subsystem; a pitch control subsystem; at least one sensor; and at least one processor operatively coupled to the at least one sensor, the at least one processor and subsystems being configured to perform the following: (a) the pitch control subsystem determines when the aircraft reaches rotation velocity VR and automatically control the aircraft to rotate exactly at the rotation velocity VR; (b) the pitch control subsystem monitors the attitude of the aircraft and automatically controls the aircraft to attain and maintain a takeoff pitch angle θ and pitch rate q optimized for noise abatement; (c) the pitch control subsystem monitors the altitude of the aircraft and automatically controls the aircraft to cutback on thrust during climb at a predetermined optimal thrust cutback height (H cut) to abate noise; (d) automatically restore thrust once an optimal thrust restoration height is attained; and wherein in response to pilot inputs the pitch guidance subsystem generates pitch angle θ, pitch target and rotation trigger information, the pitch control subsystem being structured to receive the pitch angle θ, pitch target and rotation trigger information from the pitch guidance subsystem and perform noise-abatement takeoff calculations, so the aircraft follows noise-abatement takeoff pitch guidance as a function of an actual takeoff radiant constrained by any applicable aircraft geometric limitation. a pitch guidance subsystem; a pitch control subsystem; at least one sensor; and at least one processor operatively coupled to the at least one sensor, the at least one processor and subsystems being configured to perform the following: (a) the pitch control subsystem determines when the aircraft reaches rotation velocity VR and automatically control the aircraft to rotate exactly at the rotation velocity VR; (b) the pitch control subsystem monitors the attitude of the aircraft and automatically controls the aircraft to attain and maintain a takeoff pitch angle θ and pitch rate q optimized for noise abatement; (c) the pitch control subsystem monitors the altitude of the aircraft and automatically controls the aircraft to cutback on thrust during climb at a predetermined optimal thrust cutback height (H cut) to abate noise; (d) automatically restore thrust once an optimal thrust restoration height is attained; and (a) the pitch control subsystem determines when the aircraft reaches rotation velocity VR and automatically control the aircraft to rotate exactly at the rotation velocity VR; (b) the pitch control subsystem monitors the attitude of the aircraft and automatically controls the aircraft to attain and maintain a takeoff pitch angle θ and pitch rate q optimized for noise abatement; (c) the pitch control subsystem monitors the altitude of the aircraft and automatically controls the aircraft to cutback on thrust during climb at a predetermined optimal thrust cutback height (H cut) to abate noise; (d) automatically restore thrust once an optimal thrust restoration height is attained; and
An ascorbic acid responsive electrode which does not contain an enzyme, said ascorbic acid responsive electrode comprising an electrode, and a detection layer comprising a non-catalytic electron acceptor that is capable of receiving an electron from ascorbic acid, wherein the electron acceptor is a ruthenium compound, and, when the ascorbic acid responsive electrode is in use, in the detection layer, the electron acceptor is reduced by the ascorbic acid, and the resulting reduced electron acceptor is oxidized at the electrode by applying an oxidation potential to said electrode; characterised in that said detection layer further comprises: an amino acid selected from the group consisting of taurine, alanine, glycine, serine, and combinations thereof, and a soluble protein; and further characterised in that the ruthenium compound is a ruthenium complex represented by the following chemical Formula: [Ru(NH 3) 5 X] n+, wherein X represents NH 3, a halogen, CN, pyridine, nicotinamide, bipyridine, or H 2 O; and n+ represents the valence of the ruthenium complex. an electrode, and a detection layer comprising a non-catalytic electron acceptor that is capable of receiving an electron from ascorbic acid, wherein the electron acceptor is a ruthenium compound, and, when the ascorbic acid responsive electrode is in use, in the detection layer, the electron acceptor is reduced by the ascorbic acid, and the resulting reduced electron acceptor is oxidized at the electrode by applying an oxidation potential to said electrode; characterised in that said detection layer further comprises: an amino acid selected from the group consisting of taurine, alanine, glycine, serine, and combinations thereof, and a soluble protein; an amino acid selected from the group consisting of taurine, alanine, glycine, serine, and combinations thereof, and a soluble protein; and further characterised in that the ruthenium compound is a ruthenium complex represented by the following chemical Formula: [Ru(NH 3) 5 X] n+, wherein X represents NH 3, a halogen, CN, pyridine, nicotinamide, bipyridine, or H 2 O; and n+ represents the valence of the ruthenium complex.
A speech coding apparatus for outputting first coded data corresponding to a speech signal that contains a speech component and second coded data corresponding to a speech signal that does not contain the speech component, the speech coding apparatus comprising: a coding section that is adapted to encode an inputted speech signal in predetermined section units and generate coded data; a determination section that is adapted to determine whether or not the inputted speech signal contains the speech component per predetermined section; and a synthesis section that is adapted to obtain the first coded data and the second coded data by carrying out synthesis of noise data for, of the coded data, only coded data generated from the inputted speech signal of an inactive speech section determined not to contain the speech component; characterized in that the synthesis section is adapted to replace a bit of the coded data generated from the inputted speech signal of the inactive speech section with the noise data. a coding section that is adapted to encode an inputted speech signal in predetermined section units and generate coded data; a determination section that is adapted to determine whether or not the inputted speech signal contains the speech component per predetermined section; and a synthesis section that is adapted to obtain the first coded data and the second coded data by carrying out synthesis of noise data for, of the coded data, only coded data generated from the inputted speech signal of an inactive speech section determined not to contain the speech component; characterized in that the synthesis section is adapted to replace a bit of the coded data generated from the inputted speech signal of the inactive speech section with the noise data.
A phosphatidylserine powder composition comprising a phosphatidylserine, wherein at least 80% (w/w) of the phosphatidylserine powder composition has a particle size of 250 microns or less.
An oil-based ink composition for a ball-point pen comprising at least a dye, a pigment, and an organic solvent, wherein the dye is at least one salt-forming dye selected from the group consisting of salt-forming dyes of dodecyl diphenyl oxide disulfonic acid and xanthene-based basic dyes, salt-forming dyes of dodecyl diphenyl oxide disulfonic acid and triarylmethane-based basic dyes, and salt-forming dyes of dodecyl diphenyl oxide disulfonic acid and azomethine-based basic dyes and wherein the composition further comprises a salt-forming dye of an acid dye and an aromatic ring amine.
A medical device comprising: an expandable and collapsible structure, an agent coating on the expandable and collapsible structure, the agent coating comprising a bioactive agent, and a lipid coating on the agent coating, wherein the lipid coating is solid at room temperature and liquid at 37 °C; the device being effective for delivering the bioactive agent to a site within a subject.
A mobile terminal comprising: a receiving part configured to receive from a base station a reception signal including a control signal used for controlling uplink transmission power of the mobile terminal; a measuring part (105; 302; 402; 501; 602; 1002) configured to measure a reception environment of the mobile terminal based on a predetermined signal included in the reception signal; a threshold generating part (106; 705) configured to change, according to the reception environment measured by the measuring part, a first threshold for determining an increase and a hold in the uplink transmission power and a second threshold for determining a decrease and the hold in the uplink transmission power, the first threshold and the second threshold used for comparing with a correlation value, that is obtained from the control signal included in the reception signal and a first unique signal, to determine the increase, the decrease or the hold in the uplink transmission power that is indicated in the control signal; a comparing part (107, 111) configured to compare the correlation value with the changed first threshold and the changed second threshold; and a control part configured to control the uplink transmission power of the mobile terminal based on a comparison result of the comparing part, and to instruct the mobile terminal to hold the uplink transmission power when the correlation value is in a range from the second threshold to the first threshold. a receiving part configured to receive from a base station a reception signal including a control signal used for controlling uplink transmission power of the mobile terminal; a measuring part (105; 302; 402; 501; 602; 1002) configured to measure a reception environment of the mobile terminal based on a predetermined signal included in the reception signal; a threshold generating part (106; 705) configured to change, according to the reception environment measured by the measuring part, a first threshold for determining an increase and a hold in the uplink transmission power and a second threshold for determining a decrease and the hold in the uplink transmission power, the first threshold and the second threshold used for comparing with a correlation value, that is obtained from the control signal included in the reception signal and a first unique signal, to determine the increase, the decrease or the hold in the uplink transmission power that is indicated in the control signal; a comparing part (107, 111) configured to compare the correlation value with the changed first threshold and the changed second threshold; and a control part configured to control the uplink transmission power of the mobile terminal based on a comparison result of the comparing part, and to instruct the mobile terminal to hold the uplink transmission power when the correlation value is in a range from the second threshold to the first threshold.