mhurhangee/ep-ind-claims huggingface dataset:
A shelf for cultivating plant products without soil having a reference axis and comprising: - a supporting frame, - a plurality of cultivation bars which have an approximately rectilinear shape, extend along respective longitudinal axes, and are coupled to said supporting frame so as to be arranged approximately coplanar and alongside one another in order to have the respective longitudinal axes parallel to said reference axis, - mechanical spacing members, which are interleaved between the cultivation bars and are structured so that the actuation of a mechanical spacing member causes at least a pre-established variation of the distance transverse to said reference axis, between two cultivation bars adjacent to the actuated mechanical spacing member; said mechanical spacing members are structured so as to be operated between a first operating condition, in which the mechanical spacing member positions the two cultivation bars at a first pre-established distance (Dl) one with respect to the other while keeping them mutually parallel, and a second operating condition, in which the mechanical spacing member arranges the two adjacent bars at a second pre-established distance greater than the first pre-established distance, keeping them parallel to one another, said shelf being characterised in that said mechanical spacing members comprise respective rectangular bellows-structured sheets, foldable along a folding line which extends parallel to the longitudinal axis of the bars and being defined by the intersection of the respective rectangular sheet and the centre-line plane thereof. - a supporting frame, - a plurality of cultivation bars which have an approximately rectilinear shape, extend along respective longitudinal axes, and are coupled to said supporting frame so as to be arranged approximately coplanar and alongside one another in order to have the respective longitudinal axes parallel to said reference axis, - mechanical spacing members, which are interleaved between the cultivation bars and are structured so that the actuation of a mechanical spacing member causes at least a pre-established variation of the distance transverse to said reference axis, between two cultivation bars adjacent to the actuated mechanical spacing member; said mechanical spacing members are structured so as to be operated between a first operating condition, in which the mechanical spacing member positions the two cultivation bars at a first pre-established distance (Dl) one with respect to the other while keeping them mutually parallel, and a second operating condition, in which the mechanical spacing member arranges the two adjacent bars at a second pre-established distance greater than the first pre-established distance, keeping them parallel to one another, said shelf being characterised in that said mechanical spacing members comprise respective rectangular bellows-structured sheets, foldable along a folding line which extends parallel to the longitudinal axis of the bars and being defined by the intersection of the respective rectangular sheet and the centre-line plane thereof.
Hose end fitting comprising - a body with a continuous channel extending through the body from a first end of the body to a second end of the body, wherein a circumferential groove is arranged around the first end of the body, wherein the first end of the body is arranged to receive an end of a hose and wherein coupling means, such as a thread or a union nut, are arranged on the second end of the body; and - a single-piece retaining ring having a radially inwardly extending circumferential rib and a circumferential groove arranged in the outer circumferential surface of the ring; - a socket to be crimped, which socket has on one end an inwardly extending flange for engagement with the circumferential groove on the retaining ring; wherein the retaining ring has exactly one slit extending in axial direction allowing for the retaining ring to bend open and accordingly expand, such that the ring can be slid over the first end of the body, wherein the inwardly extending circumferential rib at least partially extends into the circumferential groove arranged in the first end of the body, at least when the socket is in undeformed state, in order to lock axial relative movement between the retaining ring and the body, wherein - the inwardly extending circumferential rib is formed on an inner surface of the retaining ring, and - the socket is to be crimped on the retaining ring. - a body with a continuous channel extending through the body from a first end of the body to a second end of the body, wherein a circumferential groove is arranged around the first end of the body, wherein the first end of the body is arranged to receive an end of a hose and wherein coupling means, such as a thread or a union nut, are arranged on the second end of the body; and - a single-piece retaining ring having a radially inwardly extending circumferential rib and a circumferential groove arranged in the outer circumferential surface of the ring; - a socket to be crimped, which socket has on one end an inwardly extending flange for engagement with the circumferential groove on the retaining ring; wherein the retaining ring has exactly one slit extending in axial direction allowing for the retaining ring to bend open and accordingly expand, such that the ring can be slid over the first end of the body, wherein the inwardly extending circumferential rib at least partially extends into the circumferential groove arranged in the first end of the body, at least when the socket is in undeformed state, in order to lock axial relative movement between the retaining ring and the body, wherein - the inwardly extending circumferential rib is formed on an inner surface of the retaining ring, and - the socket is to be crimped on the retaining ring. - the inwardly extending circumferential rib is formed on an inner surface of the retaining ring, and - the socket is to be crimped on the retaining ring.
Method for the convection drying of articles, in which an article to be dried is arranged on a base and is exposed to a flow of a gaseous fluid provided for drying, characterized in that a. an incident flow profile arranged upstream of the article, in particular an incident flow profile arranged upstream of the base, in particular an incident flow profile arranged laterally adjacent to the base, in the flow direction is flowed against, and the base is flowed over, by the fluid, in particular wherein the upper edge of the incident flow profile is at least substantially aligned with the surface of the base in the flow direction, and b. the article to be dried is positioned in a region of the base, which region is situated downstream of an, in particular transitional, separation bubble, formed above the base, of the fluid in the flow direction. a. an incident flow profile arranged upstream of the article, in particular an incident flow profile arranged upstream of the base, in particular an incident flow profile arranged laterally adjacent to the base, in the flow direction is flowed against, and the base is flowed over, by the fluid, in particular wherein the upper edge of the incident flow profile is at least substantially aligned with the surface of the base in the flow direction, and b. the article to be dried is positioned in a region of the base, which region is situated downstream of an, in particular transitional, separation bubble, formed above the base, of the fluid in the flow direction.
A clamping unit for fastening a fitting part in a fitting groove of a window or a door, wherein the clamping unit comprises: - a base body having a fastening device for releasably attaching the fitting part to the base body; - two clamping jaws which are captively supported and, in a first direction of movement, are translationally movably supported in the base body between a release position and a clamping position; and - a wedge for spreading apart the two clamping jaws into their clamping position, said wedge being captively supported in the base body between the two clamping jaws. - a base body having a fastening device for releasably attaching the fitting part to the base body; - two clamping jaws which are captively supported and, in a first direction of movement, are translationally movably supported in the base body between a release position and a clamping position; and - a wedge for spreading apart the two clamping jaws into their clamping position, said wedge being captively supported in the base body between the two clamping jaws.
A phosphor, comprising a crystal phase represented by a formula: MCuSi 2 O 6 (where M comprises one or two or more of Ba, Sr and Ca) and a crystal phase represented by a formula: MCuSi 4 O 10 (where M comprises one or two or more of Ba, Sr and Ca), wherein, in an X-ray diffraction pattern obtained by powder XRD measurement using CuKa rays, a ratio β of a diffraction peak intensity of MCuSi 4 O 10 with respect to a diffraction peak intensity of MCuSi 2 O 6 is 0 < β ≤ 0.50.
A method for producing a hydrogen chloride comprising: obtaining chlorine and hydrogen by electrolyzing an inorganic chloride aqueous solution having pH of 3.1 to 4.5; obtaining a crude hydrogen chloride by reacting the chlorine and the hydrogen obtained in the electrolyzing at 1000°C to 1500°C with a use of an excess quantity of the hydrogen with respect to the chlorine in a molar ratio; dehydrating the crude hydrogen chloride obtained in the reacting; and compressing and liquefying the dehydrated crude hydrogen chloride obtained in the dehydrating, and purifying the liquid crude hydrogen chloride by distillation; wherein the molar ratio of the chlorine and the hydrogen reacted in the reacting is 1: 1.25 to 1: 1.6. obtaining chlorine and hydrogen by electrolyzing an inorganic chloride aqueous solution having pH of 3.1 to 4.5; obtaining a crude hydrogen chloride by reacting the chlorine and the hydrogen obtained in the electrolyzing at 1000°C to 1500°C with a use of an excess quantity of the hydrogen with respect to the chlorine in a molar ratio; dehydrating the crude hydrogen chloride obtained in the reacting; and compressing and liquefying the dehydrated crude hydrogen chloride obtained in the dehydrating, and purifying the liquid crude hydrogen chloride by distillation; wherein the molar ratio of the chlorine and the hydrogen reacted in the reacting is 1: 1.25 to 1: 1.6.
A document handler comprising: a frame having a pair of side walls and a bracket for connecting said side walls, a validator detachably attached to said frame, a stacker attached to the frame, and a connector for detachably attaching the validator to the frame, wherein the validator comprises a conveyer device that has a drive gear protruding outside of a bottom surface of the validator, the stacker comprises a storage, a chamber, a pusher device disposed in the chamber for stowing a document transported from the validator into the storage and a follower gear for driving the pusher device, the connector comprises a cam guide formed on side walls in the frame or on side walls in the validator, and a follower formed on the side walls in the validator or on the side walls in the frame to detachably bring the follower into engagement with the mating cam guide, the cam guide comprises a horizontal distal path for guiding movement of the follower to transport the validator in a spaced relation to the bracket without physical contact of the drive gear of the conveyor device to the bracket, an aslope access path connected to the distal path for guiding along the access path the follower passed through the distal path and a horizontal proximal path connected to an end of the access path for guiding the follower to a fixed position, to bring the drive gear into driving engagement with the follower gear. a frame having a pair of side walls and a bracket for connecting said side walls, a validator detachably attached to said frame, a stacker attached to the frame, and a connector for detachably attaching the validator to the frame, wherein the validator comprises a conveyer device that has a drive gear protruding outside of a bottom surface of the validator, the stacker comprises a storage, a chamber, a pusher device disposed in the chamber for stowing a document transported from the validator into the storage and a follower gear for driving the pusher device, the connector comprises a cam guide formed on side walls in the frame or on side walls in the validator, and a follower formed on the side walls in the validator or on the side walls in the frame to detachably bring the follower into engagement with the mating cam guide, the cam guide comprises a horizontal distal path for guiding movement of the follower to transport the validator in a spaced relation to the bracket without physical contact of the drive gear of the conveyor device to the bracket, an aslope access path connected to the distal path for guiding along the access path the follower passed through the distal path and a horizontal proximal path connected to an end of the access path for guiding the follower to a fixed position, to bring the drive gear into driving engagement with the follower gear.
A plastic polarized lens comprising: a polarized film comprised of thermoplastic polyester which is curved under the condition of temperature T1 represented by the following formula: (Glass Transition Temperature of Thermoplastic Polyester) + 5°C ≤ T1 ≤ (Glass Transition Temperature of Thermoplastic Polyester) + 70°C, and layer(s) comprised of a thiourethane-based resin which are stacked on at least one surface of said polarized film, wherein said layer(s) comprised of a thiourethane-based resin are obtained by reacting a polymerizable composition containing: one kind or two or more kinds of isocyanate compound(s) selected from the group consisting of a polyisocyanate compound, an isocyanate compound having an isothiocyanate group and a polyisothiocyanate compound, with one kind or two or more kinds of active hydrogen compound(s) selected from the group consisting of a thiol compound having a hydroxyl group and a polythiol compound. a polarized film comprised of thermoplastic polyester which is curved under the condition of temperature T1 represented by the following formula: (Glass Transition Temperature of Thermoplastic Polyester) + 5°C ≤ T1 ≤ (Glass Transition Temperature of Thermoplastic Polyester) + 70°C, and layer(s) comprised of a thiourethane-based resin which are stacked on at least one surface of said polarized film, (Glass Transition Temperature of Thermoplastic Polyester) + 5°C ≤ T1 ≤ (Glass Transition Temperature of Thermoplastic Polyester) + 70°C, and layer(s) comprised of a thiourethane-based resin which are stacked on at least one surface of said polarized film, wherein said layer(s) comprised of a thiourethane-based resin are obtained by reacting a polymerizable composition containing: one kind or two or more kinds of isocyanate compound(s) selected from the group consisting of a polyisocyanate compound, an isocyanate compound having an isothiocyanate group and a polyisothiocyanate compound, with one kind or two or more kinds of active hydrogen compound(s) selected from the group consisting of a thiol compound having a hydroxyl group and a polythiol compound. one kind or two or more kinds of isocyanate compound(s) selected from the group consisting of a polyisocyanate compound, an isocyanate compound having an isothiocyanate group and a polyisothiocyanate compound, with one kind or two or more kinds of active hydrogen compound(s) selected from the group consisting of a thiol compound having a hydroxyl group and a polythiol compound.
A wireless transmit/receive unit, WTRU, configured to perform wireless communications, comprising: an antenna; and circuitry (120, 124, 126, 128, 130, 132, 134, 136, 138) operatively coupled to the antenna; the antenna configured to receive a control signal using a first beam, the control signal comprising control information having a first format or a second format; the antenna further configured to, on a condition that the control information has the first format, receive a data signal using the first beam; and the circuitry configured to, on a condition that the control information has the second format, switch a receive beam of the antenna from the first beam to a second beam identified in the control information, and the antenna further configured to receive the data signal using the second beam. an antenna; and circuitry (120, 124, 126, 128, 130, 132, 134, 136, 138) operatively coupled to the antenna; the antenna configured to receive a control signal using a first beam, the control signal comprising control information having a first format or a second format; the antenna further configured to, on a condition that the control information has the first format, receive a data signal using the first beam; and the circuitry configured to, on a condition that the control information has the second format, switch a receive beam of the antenna from the first beam to a second beam identified in the control information, and the antenna further configured to receive the data signal using the second beam.
An exhaust emission purification controller of an internal combustion engine, the engine including an exhaust passage and an exhaust gas purifying catalyst arranged in the exhaust passage, the controller being configured to perform a bed temperature control in which a bed temperature of the exhaust gas purifying catalyst is adjusted to a target bed temperature (Ttc) through addition of unburned fuel to exhaust gas, wherein, when carrying out the bed temperature control, the controller learns a learned value of an addition amount of the unburned fuel so as to correct a difference between the bed temperature, which is detected periodically, and the target bed temperature, the controller being characterized by: a determining means that is configured to determine whether a flow of exhaust gas to the exhaust gas purifying catalyst is in a steady state; a storage means that is configured to store the learned value as a steady state learned value when the determining means determines that the flow of the exhaust gas is in the steady state, and to store the learned value as a transient state learned value when the determining means does not determine that the flow of the exhaust gas is in the steady state; a reflecting means that is configured to reflect at least the transient state learned value out of the steady state learned value and the transient state learned value in the addition amount of fuel when the bed temperature control is carried out; and a control executing means configured to execute a control based only on the steady state learned value out of the steady state learned value and the transient state learned value. a determining means that is configured to determine whether a flow of exhaust gas to the exhaust gas purifying catalyst is in a steady state; a storage means that is configured to store the learned value as a steady state learned value when the determining means determines that the flow of the exhaust gas is in the steady state, and to store the learned value as a transient state learned value when the determining means does not determine that the flow of the exhaust gas is in the steady state; a reflecting means that is configured to reflect at least the transient state learned value out of the steady state learned value and the transient state learned value in the addition amount of fuel when the bed temperature control is carried out; and a control executing means configured to execute a control based only on the steady state learned value out of the steady state learned value and the transient state learned value.
A dilution apparatus, suitable for use with particles suspended in a fluid, comprising a batch diluter and a continuous diluter; the batch diluter comprising a vessel (110;410) having at least one inlet, and an outlet having a valve, the at least one inlet being arranged to receive a sample to be diluted and the at least one inlet being arranged to receive diluent so as to mix said sample with said diluent; the continuous diluter comprising a sample input, a diluent input and an output, the diluent input being arranged such that diluent entering the continuous diluter experiences a pressure drop, said pressure drop being sufficient to entrain at least a portion of diluted sample from the batch diluter through the sample input; characterised in that the outlet of the batch diluter is arranged to be in selective communication with the input of the continuous diluter such that a sample that has been pre-diluted in the batch diluter is arranged to be further diluted in the continuous diluter. the batch diluter comprising a vessel (110;410) having at least one inlet, and an outlet having a valve, the at least one inlet being arranged to receive a sample to be diluted and the at least one inlet being arranged to receive diluent so as to mix said sample with said diluent; the continuous diluter comprising a sample input, a diluent input and an output, the diluent input being arranged such that diluent entering the continuous diluter experiences a pressure drop, said pressure drop being sufficient to entrain at least a portion of diluted sample from the batch diluter through the sample input; characterised in that the outlet of the batch diluter is arranged to be in selective communication with the input of the continuous diluter such that a sample that has been pre-diluted in the batch diluter is arranged to be further diluted in the continuous diluter.