mhurhangee/ep-ind-claims huggingface dataset:
A control means for controlling a method of packaging a medicine, the control means comprising: a tablet supply unit controlling section arranged to control a medicine supplying step for supplying a relevant medicine according to a prescription data; and a tablet standby unit controlling section arranged to control a medicine standby step for allowing the supplied medicine to temporarily stand by; characterized by the control means being arranged to control: a medicine detecting step for detecting the standing by medicine, the control means further comprising a printing and packaging unit controlling section arranged to control a printing step for printing a packaging paper when the medicine based on the prescription data is detected; the printing and packaging unit controlling section being arranged to control a conveying step for conveying the packaging paper; and the printing and packaging unit controlling section arranged to control a packaging step for supplying the temporarily standing by medicine to a printed portion of the packaging paper and packaging the medicine, wherein the steps are controlled to be performed in sequence. a tablet supply unit controlling section arranged to control a medicine supplying step for supplying a relevant medicine according to a prescription data; and a tablet standby unit controlling section arranged to control a medicine standby step for allowing the supplied medicine to temporarily stand by; a medicine detecting step for detecting the standing by medicine, the control means further comprising a printing and packaging unit controlling section arranged to control a printing step for printing a packaging paper when the medicine based on the prescription data is detected; the printing and packaging unit controlling section being arranged to control a conveying step for conveying the packaging paper; and the printing and packaging unit controlling section arranged to control a packaging step for supplying the temporarily standing by medicine to a printed portion of the packaging paper and packaging the medicine, wherein the steps are controlled to be performed in sequence.
A system for authorising a trigger source to issue a trigger request to a device in a network, the device being associated with a trigger entity authoriser and configured to receive trigger messages only via a trigger server, the system comprising: the trigger entity authoriser being configured to send an initiation message to the trigger server via a secure connection, the initiation message including an indication of the identity of the trigger source and the identity of the device; the trigger entity authoriser and trigger server being configured to agree a ticket usable by the trigger server as a unique association of the trigger source and the device; the trigger entity authoriser being configured to send the ticket to the trigger source; the trigger source being configured to send a trigger request message to the trigger server, the trigger request message including the ticket and a request to trigger the device; and the trigger server being configured to receive the ticket from the trigger source and authenticate the trigger source and, if the received ticket correctly associates the authenticated trigger source and the device, to send a trigger message to the device. the trigger entity authoriser being configured to send an initiation message to the trigger server via a secure connection, the initiation message including an indication of the identity of the trigger source and the identity of the device; the trigger entity authoriser and trigger server being configured to agree a ticket usable by the trigger server as a unique association of the trigger source and the device; the trigger entity authoriser being configured to send the ticket to the trigger source; the trigger source being configured to send a trigger request message to the trigger server, the trigger request message including the ticket and a request to trigger the device; and the trigger server being configured to receive the ticket from the trigger source and authenticate the trigger source and, if the received ticket correctly associates the authenticated trigger source and the device, to send a trigger message to the device.
A method for determining incorrect positions of a prosthetic foot relative to a lower leg tube in the set-up of prostheses of the lower extremities, comprising the following steps: - establishing inertial measurement data and/or the variables derived therefrom, of a treated extremity by means of at least one inertial sensor which is arranged on a component (2, 3, 4) of a prosthesis of the lower extremity and coupled to a comparator, over at least one gait cycle and - comparing the established inertial measurement data and/or the variables derived therefrom with intended values in the comparator, characterized in that a knee angle is determined from the measured absolute angle of the lower leg and the measured absolute angle of the thigh and compared to intended values. - establishing inertial measurement data and/or the variables derived therefrom, of a treated extremity by means of at least one inertial sensor which is arranged on a component (2, 3, 4) of a prosthesis of the lower extremity and coupled to a comparator, over at least one gait cycle and - comparing the established inertial measurement data and/or the variables derived therefrom with intended values in the comparator, characterized in that a knee angle is determined from the measured absolute angle of the lower leg and the measured absolute angle of the thigh and compared to intended values.
A surface-emitting laser comprising: a lower semiconductor distributed Bragg reflector; an active layer; a spacer layer disposed on the active layer; and an upper semiconductor distributed Bragg reflector disposed on the spacer layer, the upper semiconductor distributed Bragg reflector including a current constriction layer that is a selectively-oxidized layer, the current constriction layer disposed at a position of a node of a standing-wave of an electric field of light oscillated at the active layer and disposed away from an interface between the spacer layer and the upper semiconductor distributed Bragg reflector by an optical distance of one-fourth of an oscillation wavelength at the active layer, and the selectively-oxidized layer made of AlGaAs or AlAs, wherein the upper semiconductor distributed Bragg reflector includes a AlGaInP layer, as the first low refractive index layer of the upper semiconductor distributed Bragg reflector, in contact with the selectively-oxidized layer and the spacer layer, the AlGaInP layer having a thickness such that the selectively-oxidized layer is distant from the spacer layer by an optical distance of one-fourth of an oscillation wavelength at the active layer. a lower semiconductor distributed Bragg reflector; an active layer; a spacer layer disposed on the active layer; and an upper semiconductor distributed Bragg reflector disposed on the spacer layer, the upper semiconductor distributed Bragg reflector including a current constriction layer that is a selectively-oxidized layer, the current constriction layer disposed at a position of a node of a standing-wave of an electric field of light oscillated at the active layer and disposed away from an interface between the spacer layer and the upper semiconductor distributed Bragg reflector by an optical distance of one-fourth of an oscillation wavelength at the active layer, and the selectively-oxidized layer made of AlGaAs or AlAs, wherein the upper semiconductor distributed Bragg reflector includes a AlGaInP layer, as the first low refractive index layer of the upper semiconductor distributed Bragg reflector, in contact with the selectively-oxidized layer and the spacer layer, the AlGaInP layer having a thickness such that the selectively-oxidized layer is distant from the spacer layer by an optical distance of one-fourth of an oscillation wavelength at the active layer.
A method of preparing an unsaturated compound, comprising dehydrogenation of a corresponding saturated compound in the presence of a catalyst system under conditions that effect loss of one or more molecules of hydrogen (H 2) per molecule of the saturated compound, wherein the unsaturated compound is a compound of formula I(a) or I(b), and the saturated compound is a compound of formula II: wherein R is H or =O; and Q is CH 2, CH 2 CH 2, CH(CH 3), or C(CH 3) 2.
A process for producing an aramid silicone polymer characterized by reacting a both-terminal amino-modified diorganopolysiloxane having a group represented by the following formula: -B-NH 3 wherein B represents a divalent hydrocarbon group, at each of both terminals of a molecular chain, an aromatic diamine, and an aromatic dicarboxylic acid dihalide, in the presence of an inorganic base, in water and an aprotic organic solvent, at a temperature of 10°C or more. a both-terminal amino-modified diorganopolysiloxane having a group represented by the following formula: -B-NH 3 wherein B represents a divalent hydrocarbon group, at each of both terminals of a molecular chain, an aromatic diamine, and an aromatic dicarboxylic acid dihalide, in the presence of an inorganic base, in water and an aprotic organic solvent, at a temperature of 10°C or more.
A method of precipitating polymer and deactivated organometallic catalyst in an olefin oligomerization reaction, comprising: providing an effluent stream from an olefin oligomerization reaction, wherein the effluent stream comprises a polymer and an organometallic catalyst, preferably an organometallic catalyst comprising chromium; introducing sorbent particles into the effluent stream, wherein the sorbent particles comprise a deactivating agent in an amount less than 20% by weight, said deactivating agent being selected from the group consisting of water, alcohols, amines, amino alcohols, and combinations thereof and wherein at least 10% of the sorbent particles have a particle size in a range from 10 μm to 60 μm; and cooling the effluent stream, thereby precipitating polymer and deactivated organometallic catalyst from the effluent stream to provide a precipitate comprising sorbent, polymer, and deactivated catalyst. providing an effluent stream from an olefin oligomerization reaction, wherein the effluent stream comprises a polymer and an organometallic catalyst, preferably an organometallic catalyst comprising chromium; introducing sorbent particles into the effluent stream, wherein the sorbent particles comprise a deactivating agent in an amount less than 20% by weight, said deactivating agent being selected from the group consisting of water, alcohols, amines, amino alcohols, and combinations thereof and wherein at least 10% of the sorbent particles have a particle size in a range from 10 μm to 60 μm; and cooling the effluent stream, thereby precipitating polymer and deactivated organometallic catalyst from the effluent stream to provide a precipitate comprising sorbent, polymer, and deactivated catalyst.
A rotary motor with improved driving torque, comprising: - a base plane defining a first axis of rotation substantially perpendicular to said plane; - an annular member, adapted to move in said plane about a second axis of rotation and to be associated with motion imparting means having a predetermined resistant torque (Cr), said annular member having an inner peripheral surface and an outer peripheral surface; - constraint means adapted to bound the movement of said annular member in said plane; - a plurality of actuators (6, 6', 6", 6"') adapted to sequentially interact with said annular member to promote the precessional motion thereof with respect to said first axis wherein said actuators (6, 6', 6", 6"') are designed to directly interact with one of said peripheral surfaces (3, 4) to define therewith at least one first contact point at which said actuators (6, 6', 6", 6"') exert a substantially radial outwardly or inwardly directed force and a first substantially tangential friction force, said constraint means having lateral edges (7, 7', 7", 7"') designed to interact with the other of said peripheral surfaces (3, 4) to define therewith at least one second contact point at which said constraint means exert a substantially radial inwardly or outwardly directed reaction force and a second substantially tangential friction force, said substantially radial forces (T1, T2) and said substantially tangential friction forces (F1, F2) being adapted to generate a driving torque opposing said resistant torque characterized in that said constraint means comprise a plurality of pin members (8, 8', 8", 8"') arranged peripherally of said annular member in angularly offset positions, said pin members (8, 8', 8", 8"') having a lateral surface (7, 7', 7", 7"') designed for interaction with the other one of said peripheral surfaces of said annular member to define said second contact point. - a base plane defining a first axis of rotation substantially perpendicular to said plane; - an annular member, adapted to move in said plane about a second axis of rotation and to be associated with motion imparting means having a predetermined resistant torque (Cr), said annular member having an inner peripheral surface and an outer peripheral surface; - constraint means adapted to bound the movement of said annular member in said plane; - a plurality of actuators (6, 6', 6", 6"') adapted to sequentially interact with said annular member to promote the precessional motion thereof with respect to said first axis
An ink-jet recording apparatus comprising: an ink containing a self-dispersible pigment; an ink-jet head configured to discharge the ink; an absorber which is arranged in an area facing a discharge surface of the ink-jet head, and which is configured to absorb the ink discharged from the ink-jet head; and a liquid agent which contains a water-soluble organic solvent, and which is absorbed in the absorber, characterised in that a surface tension of an aqueous solution containing the liquid agent at a concentration of 5% by weight is not more than 50 mN/m; and a blending percentage by weight of the water-soluble organic solvent in the liquid agent is not less than five times a blending percentage by weight of the self-dispersible pigment in the ink. an ink containing a self-dispersible pigment; an ink-jet head configured to discharge the ink; an absorber which is arranged in an area facing a discharge surface of the ink-jet head, and which is configured to absorb the ink discharged from the ink-jet head; and a liquid agent which contains a water-soluble organic solvent, and which is absorbed in the absorber, characterised in that a surface tension of an aqueous solution containing the liquid agent at a concentration of 5% by weight is not more than 50 mN/m; and a blending percentage by weight of the water-soluble organic solvent in the liquid agent is not less than five times a blending percentage by weight of the self-dispersible pigment in the ink.
An antireflective coating composition for a photoresist layer comprising a polymer, a crosslinking agent and an acid generator, where the polymer comprises at least one unit of structure 1, where, X is a linking moiety selected from a nonaromatic moiety, aromatic moiety and mixture thereof, R' is a group of structure, R" is independently selected from hydrogen or a group of structure and Y' is independently a (C 1 -C 20) hydrocarbylene linking moiety, where structure is and derived from a fluorinated glycidyl ether, where R 1 and R 2 are H and, L is a fluorinated alkyl, is a bond which attaches the group of structure to the unit of structure.
A method of transmitting a power headroom report, PHR, by a user equipment, UE, in a mobile communication system, the method comprising: receiving power headroom report, PHR, configuration information for a dual connectivity of a first base station controlling a first cell group and a second base station controlling a second cell group; if a pathloss of at least one activated serving cell of any medium access control, MAC, entity of the UE has changed more than a threshold, triggering, at a first MAC entity for the first cell group in a first timing when the first MAC entity for the first cell group has a resource for new uplink transmission and at a second MAC entity for the second cell group in a second timing when the second MAC entity for the second cell group has a resource for new uplink transmission, a PHR for the dual connectivity containing PHR information for the first cell group and the second cell group based on the PHR configuration information for the dual connectivity, and transmitting the PHR triggered at the first MAC to the first base station and the PHR triggered at the second MAC to the second base station; and if a periodic PHR timer expires, triggering the PHR for the dual connectivity at either the first MAC entity or the second MAC entity where the periodic PHR timer expired, and transmitting the PHR to the base station corresponding to the triggered MAC entity. receiving power headroom report, PHR, configuration information for a dual connectivity of a first base station controlling a first cell group and a second base station controlling a second cell group; if a pathloss of at least one activated serving cell of any medium access control, MAC, entity of the UE has changed more than a threshold, triggering, at a first MAC entity for the first cell group in a first timing when the first MAC entity for the first cell group has a resource for new uplink transmission and at a second MAC entity for the second cell group in a second timing when the second MAC entity for the second cell group has a resource for new uplink transmission, a PHR for the dual connectivity containing PHR information for the first cell group and the second cell group based on the PHR configuration information for the dual connectivity, and transmitting the PHR triggered at the first MAC to the first base station and the PHR triggered at the second MAC to the second base station; and if a periodic PHR timer expires, triggering the PHR for the dual connectivity at either the first MAC entity or the second MAC entity where the periodic PHR timer expired, and transmitting the PHR to the base station corresponding to the triggered MAC entity.
Immersion device for molten metal comprising a measuring head, a carrier for the measuring head and a lance which is detachably connected to the carrier characterized in that the lance and the carrier cover one or more electrical connectors (13, 14), and there is a wiping means which are one or more fins which wipe a connecting surface of the lance during attaching the lance and/ or detaching the lance, wherein the connecting surface of the lance is an inner surface of a tubular end portion of the lance, wherein the wiping means protrudes from a tubular surface of a detachable connecting element or from a tubular surface of the carrier, and wherein there is a gas tight connection between the fins and the inner connecting surface of the lance.
A composition comprising Harpagophytum or harpagosides and vitamin D, wherein the amount of Harpagophytum ranges from 50 to 3000 mg, the amount of harpagosides ranges from 1 to 100 mg and amount of vitamin D ranges from 0.5 to 50 μg.
Method for disposing of used embossing foil web during the operation of an embossing apparatus, wherein at least one embossing foil web (130, 130') is moved with the aid of a foil transport device with varying web speed through an embossing gap and is subsequently supplied to a disposal device, characterized by the following steps: removing the embossing foil web (130, 130') from a final control device of the foil transport device by means of a tension conveying device positioned downstream of the foil transport device, which tension conveying device produces a tension force acting on the embossing foil web in the same tension direction independently of the direction and value of the embossing foil web speed; severing the embossing foil web in predeterminable time intervals downstream of the tension conveying device outside an engagement area of said tension conveying device for producing severed-off embossing foil web portions; disposing of the severed-off embossing foil web portions. removing the embossing foil web (130, 130') from a final control device of the foil transport device by means of a tension conveying device positioned downstream of the foil transport device, which tension conveying device produces a tension force acting on the embossing foil web in the same tension direction independently of the direction and value of the embossing foil web speed; severing the embossing foil web in predeterminable time intervals downstream of the tension conveying device outside an engagement area of said tension conveying device for producing severed-off embossing foil web portions; disposing of the severed-off embossing foil web portions.
Industrial truck comprising two driven wheels as an electric traction drive, and a respective electric drive motor for driving the wheels, wherein the respective electric motor has a stator with at least three phase windings for generating a rotary field and a rotor consisting of a magnetically soft material of high permeability, wherein the rotor has poles with a low magnetic reluctance in the orientation of the poles, wherein the respective electric motor is configured as a synchronous reluctance machine, and wherein the two driven wheels are front wheels.
A suction roll device, comprising: a rotating body which has a rotating main body which is arranged so as to rotate freely, a conduction hole which is installed inside the rotating main body to develop a negative pressure by a predetermined suction device and a conduction groove which is formed on the surface of the rotating main body and connected to the conduction hole; characterised in that the suction roll device is comprising a control portion which suppresses rotation of the rotating main body; and an outer layer portion which is formed outside all the conduction grooves, provided with elasticity and has a friction coefficient higher than a predetermined value, and at 0.2 cm 3 /cm 2 · s or less in air permeability measured by a Frazier type air permeability tester, wherein the outer layer portion is formed with a non-woven fabric. a rotating body which has a rotating main body which is arranged so as to rotate freely, a conduction hole which is installed inside the rotating main body to develop a negative pressure by a predetermined suction device and a conduction groove which is formed on the surface of the rotating main body and connected to the conduction hole; characterised in that the suction roll device is comprising a control portion which suppresses rotation of the rotating main body; and an outer layer portion which is formed outside all the conduction grooves, provided with elasticity and has a friction coefficient higher than a predetermined value, and at 0.2 cm 3 /cm 2 · s or less in air permeability measured by a Frazier type air permeability tester, wherein the outer layer portion is formed with a non-woven fabric.
A rotary cutting tool, comprising a rotary tool body, an insert clamp, a cutting insert, a clamp fastener, and an insert fastener, wherein said rotary tool body has an insert pocket to define a bottom positioning face, a first lateral positioning face and a second lateral positioning face, wherein said cutting insert is affixed to said insert clamp via said insert fastener, wherein said first lateral positioning face is orientated opposite and parallel to an outer lateral cutting edge of said cutting insert, characterised in that said insert clamp is slid into the insert pocket in an axial direction of said rotary tool body, and said insert clamp is coupled by said first lateral positioning face and second lateral positioning face in an interference fitting manner and is affixed to said rotary tool body by said clamp fastener.