mhurhangee/ep-ind-claims huggingface dataset:
A chair comprising: an installation base which is mounted on or fixed to an installation surface and includes a tilting allowance hole; a leg column which stands upward from the installation base and is supported by the installation base in a tiltable manner; a seat body which is supported on an upper part of the leg column to receive a seating load of an occupant; an elastic member which is interposed between the leg column and the installation base and urges the leg column to take a vertical posture which is an initial tilted posture; a support wall which supports the elastic member on the installation base and has an insertion hole; and a coming-off restriction portion which penetrates the support wall from below to restrict coming-off of the leg column from the installation base, wherein, in the support wall of the installation base, part of the coming-off restriction portion is inserted through the insertion hole, and a slide guide coming into slidable contact with a lower surface of a peripheral edge portion of the insertion hole of the coming-off restriction portion is provided, and the coming-off restriction portion has a spherical guide surface which upwardly protrudes and comes into slidable contact with the slide guide below the insertion hole. an installation base which is mounted on or fixed to an installation surface and includes a tilting allowance hole; a leg column which stands upward from the installation base and is supported by the installation base in a tiltable manner; a seat body which is supported on an upper part of the leg column to receive a seating load of an occupant; an elastic member which is interposed between the leg column and the installation base and urges the leg column to take a vertical posture which is an initial tilted posture; a support wall which supports the elastic member on the installation base and has an insertion hole; and a coming-off restriction portion which penetrates the support wall from below to restrict coming-off of the leg column from the installation base, wherein, in the support wall of the installation base, part of the coming-off restriction portion is inserted through the insertion hole, and a slide guide coming into slidable contact with a lower surface of a peripheral edge portion of the insertion hole of the coming-off restriction portion is provided, and the coming-off restriction portion has a spherical guide surface which upwardly protrudes and comes into slidable contact with the slide guide below the insertion hole.
Lining assembly, characterized in that it comprises: - a skin having first and second opposed surfaces, the first surface being intended to be in contact with a support block of a tyre mould, and - a plurality of lining elements projecting from the second surface of the skin, the lining elements being intended to form tread patterns on a portion of a radially external surface of a tyre, the skin and the lining elements being produced as one piece by laser sintering, characterized in that the thickness of the skin is between 0.25 and 3 millimetres. - a skin having first and second opposed surfaces, the first surface being intended to be in contact with a support block of a tyre mould, and - a plurality of lining elements projecting from the second surface of the skin, the lining elements being intended to form tread patterns on a portion of a radially external surface of a tyre, the skin and the lining elements being produced as one piece by laser sintering, characterized in that the thickness of the skin is between 0.25 and 3 millimetres.
A dipole array assembly, comprising: a plurality of poles (22,23,24,25) arranged in a two-dimensional array to provide a plurality of dipoles (1,2,3,4) wherein each pole is shaped such that adjacent edges of neighbouring poles that are from respective neighbouring dipoles are relatively long and relatively close to each other compared to the dimensions of the poles, thereby increasing coupling between different dipoles; and a feed arrangement provided in a plane that is at an angle to the plane of the dipoles, the feed comprising one or more baluns integrated in the feed arrangement, and comprising contacts (32,33,34,35) coupled to the dipoles, wherein the contacts are provided in the plane of the dipoles. a plurality of poles (22,23,24,25) arranged in a two-dimensional array to provide a plurality of dipoles (1,2,3,4) wherein each pole is shaped such that adjacent edges of neighbouring poles that are from respective neighbouring dipoles are relatively long and relatively close to each other compared to the dimensions of the poles, thereby increasing coupling between different dipoles; and a feed arrangement provided in a plane that is at an angle to the plane of the dipoles, the feed comprising one or more baluns integrated in the feed arrangement, and comprising contacts (32,33,34,35) coupled to the dipoles, wherein the contacts are provided in the plane of the dipoles.
A sensing device (20, 520) for monitoring conditions in a local environment containing perishable goods and wirelessly communicating said monitored conditions, the sensing device comprising: a sealed body (22, 522) comprised of a material suitable to contact food and which is cleanable for re-use; a low-energy wireless communicator contained within said sealed body (22, 522); a condition sensor (28, 528) carried by said sealed body (22, 522); a processor operatively connected to the condition sensor (28, 522) and the wireless communicator, the processor contained in said sealed body (22, 522); an energy source operatively connected to the processor to supply power; a motion sensor operatively connected to the processor, for detecting motion of said sealed body (22, 522), to act as a switch for said processor; and wherein said sensing device (20, 520) may be placed in contact with perishable food products to monitor conditions affecting said perishable food products and communicate the monitored conditions by means of said wireless communicator. a sealed body (22, 522) comprised of a material suitable to contact food and which is cleanable for re-use; a low-energy wireless communicator contained within said sealed body (22, 522); a condition sensor (28, 528) carried by said sealed body (22, 522); a processor operatively connected to the condition sensor (28, 522) and the wireless communicator, the processor contained in said sealed body (22, 522); an energy source operatively connected to the processor to supply power; a motion sensor operatively connected to the processor, for detecting motion of said sealed body (22, 522), to act as a switch for said processor; and wherein said sensing device (20, 520) may be placed in contact with perishable food products to monitor conditions affecting said perishable food products and communicate the monitored conditions by means of said wireless communicator.
A method performed by a mobile terminal for communication with a base station in a wireless network during a random access procedure, the method comprising: exchanging, during the random access procedure, between the mobile terminal and the base station, information on a selected discontinuous reception, DRX, scheme which is selected from a group of DRX schemes and which is to be used for communication between the mobile terminal and the base station in the random access procedure, wherein the information on the selected DRX scheme is exchanged by the mobile terminal receiving the information on the selected DRX scheme from the base station, and the mobile terminal receiving the information on the selected DRX scheme by receiving an indication from the base station to use a preamble that is mapped to the selected DRX scheme, the mapping being known to the mobile terminal and the base station; setting the mobile terminal in DRX mode according to the selected DRX scheme; and receiving at least one message from the base station during the random access procedure, wherein the at least one message was transmitted according to the selected DRX scheme. exchanging, during the random access procedure, between the mobile terminal and the base station, information on a selected discontinuous reception, DRX, scheme which is selected from a group of DRX schemes and which is to be used for communication between the mobile terminal and the base station in the random access procedure, wherein the information on the selected DRX scheme is exchanged by the mobile terminal receiving the information on the selected DRX scheme from the base station, and the mobile terminal receiving the information on the selected DRX scheme by receiving an indication from the base station to use a preamble that is mapped to the selected DRX scheme, the mapping being known to the mobile terminal and the base station; setting the mobile terminal in DRX mode according to the selected DRX scheme; and receiving at least one message from the base station during the random access procedure, wherein the at least one message was transmitted according to the selected DRX scheme.
Metallo supramolecular polymer conetworks (MSMC) of poly[r(alkyl) a -N-(pyridin-s-yl) (meth)-acrylamide moiety] m,n derivatives-complexed to a transition metal cation-linked by poly(dimethylsiloxane) p alkyl-(meth)-acrylate moiety derivatives, wherein a is 0 or 1 or 2, p is an integer selected from the group consisting of from 50 to 70 and of from 120 to 180, r is integer of from 0 to 4, and s is an integer of from 2 to 4, and m and n, independently, are integers of from 5 to 11.
A chromite recovery method for separating and recovering chromite from ore slurry produced from nickel oxide ore when recovering nickel and cobalt from the nickel oxide ore, the method comprises: a particle diameter separation step of separating the ore slurry based on a predetermined classification point depending on a particle diameter difference of particles contained in the ore slurry to be supplied; and a sedimentation separation step of sedimenting and concentrating oversized ore slurry separated in the particle diameter separation step to recover the chromite, wherein a concentration of ore slurry supplied to the particle diameter separation step is 10% by weight, wherein a content percentage of coarse particles in the oversized ore slurry separated in the particle diameter separation step is adjusted to 30 to 50%, and wherein the content percentage of coarse particles indicates a ratio of a particle mass (g) having the particle diameter more than 75 μm with respect to a total drained weight (g). a particle diameter separation step of separating the ore slurry based on a predetermined classification point depending on a particle diameter difference of particles contained in the ore slurry to be supplied; and a sedimentation separation step of sedimenting and concentrating oversized ore slurry separated in the particle diameter separation step to recover the chromite, wherein a concentration of ore slurry supplied to the particle diameter separation step is 10% by weight, wherein a content percentage of coarse particles in the oversized ore slurry separated in the particle diameter separation step is adjusted to 30 to 50%, and wherein the content percentage of coarse particles indicates a ratio of a particle mass (g) having the particle diameter more than 75 μm with respect to a total drained weight (g).
Use of isomaltulose and/or trehalulose as set retarder and/or plasticizer in concrete, the isomaltulose and/or trehalulose not having been modified chemically, e.g. via oxidation or hydrogenation.
An engine comprising a head cover covering an upper part of a cylinder head to accommodate a valve gear mechanism and an injector, wherein the head cover is separatable into a lower cover body and an upper cover body detachable from and attachable to the lower cover body, the lower cover body comprising: a fuel pipe through which fuel is supplied to the injector, the fuel pipe penetrating through the lower cover body; characterized in that the lower cover body further comprises: a relay connector configured to relay power supply from outside the head cover, the relay connector being attached to the lower cover body, and wherein one end side of an injector harness disposed in the head cover is coupled to a terminal portion of the injector, and another end side of the injector harness is coupled to the relay connector, the engine further comprising a harness guide in the head cover, the harness guide extending in a direction of a crankshaft of the engine and being disposed above the valve gear mechanism, wherein the injector harness has an intermediate portion mounted and secured on the harness guide, wherein the harness guide includes a plurality of downwardly extending branched legs, wherein a plurality of inwardly protruding reinforcing ribs are formed on the side wall of the lower cover body, and wherein the lower end portion of each of the branched legs is screwed to the upper end surface of a corresponding one of the reinforcing ribs. a fuel pipe through which fuel is supplied to the injector, the fuel pipe penetrating through the lower cover body; characterized in that the lower cover body further comprises: a relay connector configured to relay power supply from outside the head cover, the relay connector being attached to the lower cover body, and wherein one end side of an injector harness disposed in the head cover is coupled to a terminal portion of the injector, and another end side of the injector harness is coupled to the relay connector, a relay connector configured to relay power supply from outside the head cover, the relay connector being attached to the lower cover body, and wherein one end side of an injector harness disposed in the head cover is coupled to a terminal portion of the injector, and another end side of the injector harness is coupled to the relay connector, the engine further comprising a harness guide in the head cover, the harness guide extending in a direction of a crankshaft of the engine and being disposed above the valve gear mechanism, wherein the injector harness has an intermediate portion mounted and secured on the harness guide, wherein the harness guide includes a plurality of downwardly extending branched legs, wherein a plurality of inwardly protruding reinforcing ribs are formed on the side wall of the lower cover body, and wherein the lower end portion of each of the branched legs is screwed to the upper end surface of a corresponding one of the reinforcing ribs.
A method for producing a ceramic honeycomb structure comprising a ceramic honeycomb body comprising a large number of axially extending cells defined by cell walls, and an outer peripheral wall formed on an outer peripheral surface of said ceramic honeycomb body, comprising the steps of applying a coating material containing ceramic particles and silica particles to said outer peripheral surface, and induction drying the coating material to form said outer peripheral wall, characterized in that said ceramic particles are cordierite particles or amorphous silica particles having an average particle size of 5-60 μm, said silica particles are elongated colloidal silica particles having an average length of 10-63 nm measured by a dynamic light scattering method, and a length/width ratio of 1.5-15, and said induction drying is conducted in a moist atmosphere at 70% relative humidity or more.
A method of a base station (140, 700) to transmit user packets (320, 321) in a wireless communication system, the method comprising: receiving a plurality of user packets (310, 311), during a multicast channel scheduling period, MSP, respectively including information on a time stamp assigned by a broadcast/multicast service centre, BM-SC, from the BM-SC; and transmitting the plurality of user packets (320, 321) to a terminal on a physical multicast channel based on the information on the time stamp by generating multicast channel scheduling information, MSI, wherein the time stamps of the plurality of user packets (320, 321) are assigned at an interval set to a value less than a multimedia broadcast multicast services, MBMS, scheduling period, and a first user packet among the plurality of user packets is transmitted before the MSP elapses. receiving a plurality of user packets (310, 311), during a multicast channel scheduling period, MSP, respectively including information on a time stamp assigned by a broadcast/multicast service centre, BM-SC, from the BM-SC; and transmitting the plurality of user packets (320, 321) to a terminal on a physical multicast channel based on the information on the time stamp by generating multicast channel scheduling information, MSI, wherein the time stamps of the plurality of user packets (320, 321) are assigned at an interval set to a value less than a multimedia broadcast multicast services, MBMS, scheduling period, and a first user packet among the plurality of user packets is transmitted before the MSP elapses.
A binder solid at ambient temperature, comprising: • at least one hydrocarbon oil chosen from among aromatic oils having a content of aromatic compounds between 30 and 95 weight %, • at least one pitch, • at least one chemical organogelator additive. • at least one hydrocarbon oil chosen from among aromatic oils having a content of aromatic compounds between 30 and 95 weight %, • at least one pitch, • at least one chemical organogelator additive.
A fluid transfer system comprising: a multi-jointed robot configured to transfer a vessel and a syringe; and a syringe driving apparatus, wherein the syringe driving apparatus includes a cylinder body holder configured to hold a cylinder body of the syringe, an actuator configured to pull and push a plunger of the syringe, and a rotation mechanism configured to make the cylinder body holder and the actuator freely rotatable about an axial line intersecting with a center axial line of the syringe, wherein the fluid transfer system further comprises a controller performing control of the multi-jointed robot and the syringe driving apparatus, and wherein the controller controls the multi-jointed robot so as to dispose the vessel on a lower side of the syringe and make a needle of the syringe puncture the vessel and then said controller controls the multi-jointed robot so as to reverse a vertical relation between the vessel and the syringe in a state where the vessel is punctured by the needle of the syringe. a multi-jointed robot configured to transfer a vessel and a syringe; and a syringe driving apparatus, wherein the syringe driving apparatus includes a cylinder body holder configured to hold a cylinder body of the syringe, an actuator configured to pull and push a plunger of the syringe, and a rotation mechanism configured to make the cylinder body holder and the actuator freely rotatable about an axial line intersecting with a center axial line of the syringe,
Mobile emergency charging device for a battery of a motor vehicle, which is designed to charge the battery in a recovery mode, wherein - the mobile emergency charging device has at least a fuel reservoir, an internal combustion engine as well as at least one drive roller for driving a wheel of the motor vehicle, - the at least one drive roller is connected at least indirectly to an output shaft of the internal combustion engine and is set in a rotational movement via this connection, with the internal combustion engine running, - the drive roller can be positioned beneath one of the wheels of the motor vehicle such that, by means of the rotating drive roller, with the internal combustion engine running, the mobile emergency charging device sets the relevant wheel in a rotational movement and, thus, the battery is charged in recovery mode of the motor vehicle, - the mobile emergency charging device has a rotatably mounted bearing roller, wherein each of the rotation axes of the bearing roller and the drive roller extend parallel to one other, such that the relevant wheel of the motor vehicle is arranged and partially rolls, in recovery mode, between the drive roller and the bearing roller, characterized in that, - the internal combustion engine and the fuel reservoir are integrated into the drive roller. - the mobile emergency charging device has at least a fuel reservoir, an internal combustion engine as well as at least one drive roller for driving a wheel of the motor vehicle, - the at least one drive roller is connected at least indirectly to an output shaft of the internal combustion engine and is set in a rotational movement via this connection, with the internal combustion engine running, - the drive roller can be positioned beneath one of the wheels of the motor vehicle such that, by means of the rotating drive roller, with the internal combustion engine running, the mobile emergency charging device sets the relevant wheel in a rotational movement and, thus, the battery is charged in recovery mode of the motor vehicle, - the mobile emergency charging device has a rotatably mounted bearing roller, wherein each of the rotation axes of the bearing roller and the drive roller extend parallel to one other, such that the relevant wheel of the motor vehicle is arranged and partially rolls, in recovery mode, between the drive roller and the bearing roller, - the internal combustion engine and the fuel reservoir are integrated into the drive roller.
A toner comprising a toner particle that comprises a toner base particle and an outermost layer present on the surface of the toner base particle, the toner base particle containing a binder resin wherein a plurality of concave portions are formed on the surface of the toner particle, and when T (nm) is the average thickness of the outermost layer in analysis of a cross section of the toner particle as observed with a transmission electron microscope, and a (nm) is the long diameter of each of the concave portions determined as described in the description, b (nm) is the short diameter of each of the concave portions determined as described in the description, and d (nm) is the depth of each of the concave portions when the concave portions on the toner particle are measured by using a scanning probe microscope from an outermost surface of the outermost layer toward a center of the toner particle, when "n" represents the number of the concave portions that satisfy formulas to below per 1 μm 2 of the surface of the toner particle, "n" satisfies formula below: 50.0 ≤ a ≤ 200.0 10.0 ≤ b ≤ 70.0 0.7 × T ≤ d ≤ 1.5 × T 30 ≤ n ≤ 200 a plurality of concave portions are formed on the surface of the toner particle, and when T (nm) is the average thickness of the outermost layer in analysis of a cross section of the toner particle as observed with a transmission electron microscope, and a (nm) is the long diameter of each of the concave portions determined as described in the description, b (nm) is the short diameter of each of the concave portions determined as described in the description, and d (nm) is the depth of each of the concave portions when the concave portions on the toner particle are measured by using a scanning probe microscope from an outermost surface of the outermost layer toward a center of the toner particle, when "n" represents the number of the concave portions that satisfy formulas to below per 1 μm 2 of the surface of the toner particle, "n" satisfies formula below: 50.0 ≤ a ≤ 200.0 10.0 ≤ b ≤ 70.0 0.7 × T ≤ d ≤ 1.5 × T 30 ≤ n ≤ 200
A mazindol oral pharmaceutical unit dosage form in the form of a multilayer matrix-type tablet comprising: - at least one immediate-release layer comprising mazindol and at least one diluent, - at least one sustained-release layer comprising mazindol and at least one sustained-release, pH-independent and water-insoluble polymer, for a total amount of mazindol comprised between 1 and 6 mg and a ratio in weight between the IR layers and the SR layers comprised between 40:60 and 80:20 preferably between 50:50 and 70:30, more preferably of 50:50. - at least one immediate-release layer comprising mazindol and at least one diluent, - at least one sustained-release layer comprising mazindol and at least one sustained-release, pH-independent and water-insoluble polymer,