mhurhangee/ep-ind-claims huggingface dataset:
A decoding system for use with a drug delivery device having a drug dose dialling mode and a drug dose delivery mode, the decoding system comprising: a first sensor configured to read encoded information from a first rotatable component of a drug delivery device; a second sensor configured to read encoded information from a second rotatable component of a drug delivery device, wherein the second sensor comprises an optical sensor configured to be directed at the second rotatable component; and a processor configured to: receive signals from the first and second sensors; determine from the received signals that the drug delivery device is in a drug dose dialling mode if there is a change detected in the readings from the second rotatable component and no change detected in the readings from the first rotatable component; and determine from the received signals that the drug delivery device is in a drug dose delivery mode if there is a change detected in the readings from the first and second rotatable components. a first sensor configured to read encoded information from a first rotatable component of a drug delivery device; a second sensor configured to read encoded information from a second rotatable component of a drug delivery device, wherein the second sensor comprises an optical sensor configured to be directed at the second rotatable component; and a processor configured to: receive signals from the first and second sensors; determine from the received signals that the drug delivery device is in a drug dose dialling mode if there is a change detected in the readings from the second rotatable component and no change detected in the readings from the first rotatable component; and receive signals from the first and second sensors; determine from the received signals that the drug delivery device is in a drug dose dialling mode if there is a change detected in the readings from the second rotatable component and no change detected in the readings from the first rotatable component; and determine from the received signals that the drug delivery device is in a drug dose delivery mode if there is a change detected in the readings from the first and second rotatable components.
Use of glutamic acid and xylose for inhibiting the proliferation of a cell in a cell culture medium, wherein the cell is selected from a human fibroblast and a human mesenchymal stem cell.
A method of manufacturing a triple capsule, the method comprising: supplying an interior material, an intermediate film material, and an exterior film material; discharging a triple molding body by receiving the interior material, the intermediate film material, and the exterior film material through a nozzle mount and performing coextrusion on the interior material, the intermediate film material, and the exterior film material through a triple nozzle in which a first nozzle discharging the interior material, a second nozzle discharging the intermediate film material, and a third nozzle discharging the exterior film material are arranged concentrically; and forming the triple capsule by circulating a coolant and cooling the triple molding body; characterized in that: the triple capsule is stored and inputted in a filter rod of a cigarette; and wherein: a hardness of the intermediate film material is 9 penetration unit or more and 156 PU or less, according to American society for testing and materials (ASTM) D1321. supplying an interior material, an intermediate film material, and an exterior film material; discharging a triple molding body by receiving the interior material, the intermediate film material, and the exterior film material through a nozzle mount and performing coextrusion on the interior material, the intermediate film material, and the exterior film material through a triple nozzle in which a first nozzle discharging the interior material, a second nozzle discharging the intermediate film material, and a third nozzle discharging the exterior film material are arranged concentrically; and forming the triple capsule by circulating a coolant and cooling the triple molding body; the triple capsule is stored and inputted in a filter rod of a cigarette; and wherein: a hardness of the intermediate film material is 9 penetration unit or more and 156 PU or less, according to American society for testing and materials (ASTM) D1321.
A head-up display device comprising: a display unit configured to emit display light representing a display image; a combiner having a concave surface to which the display light emitted by the display unit enters, and to concentrate the incident display light to allow an observer to see the display image from the concave surface side superimposed on a background of the front; and an optical detector configured to be positioned below the combiner, and detects brightness of light reached, wherein the combiner has a light guide body that is integrated with the combiner at a lower end part thereof, the light guide body has a facing surface that faces the optical detector in a vertical direction, guides external light from at least one of the front and above downward, of the external light incident, and emits the external light guided downward from the facing surface, and the optical detector detects brightness of the light emitted from the facing surface, and a cover part that covers a part of the facing surface from the lower side, and disturbs the optical path of the light that is passed through the light guide body from above the combiner, and directed downward. a display unit configured to emit display light representing a display image; a combiner having a concave surface to which the display light emitted by the display unit enters, and to concentrate the incident display light to allow an observer to see the display image from the concave surface side superimposed on a background of the front; and an optical detector configured to be positioned below the combiner, and detects brightness of light reached, wherein the combiner has a light guide body that is integrated with the combiner at a lower end part thereof, the light guide body has a facing surface that faces the optical detector in a vertical direction, guides external light from at least one of the front and above downward, of the external light incident, and emits the external light guided downward from the facing surface, and the optical detector detects brightness of the light emitted from the facing surface, and a cover part that covers a part of the facing surface from the lower side, and disturbs the optical path of the light that is passed through the light guide body from above the combiner, and directed downward.
A portable hairstyling appliance comprising an onboard blower module designed to generate a flow of air intended to be projected by said hairstyling appliance towards the hair of a user, said blower module comprising at least one fan wheel with blades, said fan wheel being either a forward curved centrifugal fan wheel or a forward curved helico-centrifugal fan wheel, and a volute within which said fan wheel is rotatably mounted, each of said blades extending radially between a leading edge and an opposite trailing edge, the fan wheel having an internal diameter (D i) defined by the leading edges of the blades and an external diameter (D e) defined by the trailing edges of the blades, said fan wheel having a ratio of external diameter (D e) to internal diameter (D i) comprised between 1.6 and 1.8 and a ratio of external diameter (D e) expressed in millimeters to number of blades comprised between 2 and 3.
A fixation clip for articular facets, comprising three aligned legs (4, 5, 6) connected to a bridge, namely one central leg and outer legs (5, 6), the legs (4, 5, 6) each having two faces and a free end (8, 9, 10), the outer legs (5, 6) having their free end (9, 10) pointed, the outer legs (5, 6) having an inner face and an outer face, the inner face of each of the outer legs (5, 6) and the two faces of the central leg constituting active surfaces (S1, S2), the active surfaces (S1, S2) being substantially parallel and wherein the central leg and the bridge are perforated, the perforations (21, 22) being in communication in order to make it possible to graft bone marrow.
A coated component comprising: a ceramic matrix composite substrate comprising silicon carbide and having a surface; a mullite/NOSC bondcoat on the surface of the substrate, wherein the mullite/ NOSC bondcoat comprises a non-oxide silicon ceramic (NOSC) phase contained within a mullite phase, and wherein the mullite/ NOSC bondcoat comprises 60% to 95% by volume of the mullite phase; and an environmental barrier coating on the mullite/ NOSC bondcoat. a ceramic matrix composite substrate comprising silicon carbide and having a surface; a mullite/NOSC bondcoat on the surface of the substrate, wherein the mullite/ NOSC bondcoat comprises a non-oxide silicon ceramic (NOSC) phase contained within a mullite phase, and wherein the mullite/ NOSC bondcoat comprises 60% to 95% by volume of the mullite phase; and an environmental barrier coating on the mullite/ NOSC bondcoat.
A method of analyzing successive data sets, wherein each of the individual data sets comprises data elements which assign data values to spatial positions, the method comprising the steps of: - calculating local mean values of the data values for respective spatial blocks of several data elements; - establishing a local intensity variation [I(x,t)] from the local mean values of the data values in successive data sets in corresponding spatial blocks, wherein the local intensity variation [I(x,t)] represents the variation in time of the local mean values of the data values in corresponding spatial blocks in the successive data sets; and - localizing a region of interest on the basis of a time derivative of the local intensity variation from one or more of the successive data sets, wherein the local intensity variation in the region of interest is in conformity with a predetermined property. - calculating local mean values of the data values for respective spatial blocks of several data elements; - establishing a local intensity variation [I(x,t)] from the local mean values of the data values in successive data sets in corresponding spatial blocks, wherein the local intensity variation [I(x,t)] represents the variation in time of the local mean values of the data values in corresponding spatial blocks in the successive data sets; and - localizing a region of interest on the basis of a time derivative of the local intensity variation from one or more of the successive data sets, wherein the local intensity variation in the region of interest is in conformity with a predetermined property.
An air conditioner comprising: a plurality of units installed at a plurality of areas in a decentralized fashion; a plurality of air conditioner sites (31, 32, 33) comprising the units per area; and a terminal for accessing the units and the air conditioner sites (31, 32, 33) to monitor operation states of the units and the air conditioner sites (31, 32, 33) and control operations of the units and the air conditioner sites (31, 32, 33), wherein the terminal sets at least one of the units as a device to be controlled, irrespective of installation positions and connection states of the units, sets and stores at least one control setting comprising a control command for the device to be controlled, and applies the control setting or releases application of the control setting using one button such that the units set as the device to be controlled are simultaneously operated according to the control command, wherein the terminal performs control such that the device to be controlled comprises a unit of a first air conditioner site and a unit of a second air conditioner site in one control setting for the air conditioner sites (31, 32, 33), characterized in that the terminal sets different control commands based on types of the units set as the device to be controlled for the control setting and sets the control commands as functions commonly applicable to the types of the units. a plurality of units installed at a plurality of areas in a decentralized fashion; a plurality of air conditioner sites (31, 32, 33) comprising the units per area; and a terminal for accessing the units and the air conditioner sites (31, 32, 33) to monitor operation states of the units and the air conditioner sites (31, 32, 33) and control operations of the units and the air conditioner sites (31, 32, 33), wherein the terminal sets at least one of the units as a device to be controlled, irrespective of installation positions and connection states of the units, sets and stores at least one control setting comprising a control command for the device to be controlled, and applies the control setting or releases application of the control setting using one button such that the units set as the device to be controlled are simultaneously operated according to the control command, wherein the terminal performs control such that the device to be controlled comprises a unit of a first air conditioner site and a unit of a second air conditioner site in one control setting for the air conditioner sites (31, 32, 33), characterized in that the terminal sets different control commands based on types of the units set as the device to be controlled for the control setting and sets the control commands as functions commonly applicable to the types of the units.
A process for producing water-absorbing polymeric particles, by addition polymerization of a monomer solution comprising i) at least one ethylenically unsaturated acid-functional monomer, ii) at least one crosslinker, iii) optionally one or more ethylenically and/or allylically unsaturated monomers copolymerizable with i), and iv) optionally one or more water-soluble polymers onto which the monomers i), ii) and optionally iii) can be at least partly grafted, the base polymer obtained being dried, classified, v) optionally aftertreated with at least one postcrosslinker, dried and thermally postcrosslinked, which comprises conducting the polymerization in at least two parallel continuous polymerization reactors under substantially identical conditions and further processing the reaction products conjointly in at least one process step. i) at least one ethylenically unsaturated acid-functional monomer, ii) at least one crosslinker, iii) optionally one or more ethylenically and/or allylically unsaturated monomers copolymerizable with i), and iv) optionally one or more water-soluble polymers onto which the monomers i), ii) and optionally iii) can be at least partly grafted, the base polymer obtained being dried, classified, v) optionally aftertreated with at least one postcrosslinker, dried and thermally postcrosslinked,
A spa cover lifter comprising: a frame configured to be fastened to a spa cover, the frame comprising: a first section; and a second section pivotably connected to the first section at an interface; a drive system configured to provide a first force at a first section of the spa cover and a second force proximate the interface; and a cable coupled to the drive system; characterized in that the spa cover lifter further comprises a post configured to provide support to the cable, wherein the post is extendable from a retracted position to an extended position and, wherein the cable is coupled to the frame proximate the interface. a frame configured to be fastened to a spa cover, the frame comprising: a first section; and a second section pivotably connected to the first section at an interface; a first section; and a second section pivotably connected to the first section at an interface; a drive system configured to provide a first force at a first section of the spa cover and a second force proximate the interface; and a cable coupled to the drive system; characterized in that the spa cover lifter further comprises a post configured to provide support to the cable, wherein the post is extendable from a retracted position to an extended position and, wherein the cable is coupled to the frame proximate the interface.
A filter system comprising: a filter cartridge comprising a filter cartridge housing; a filter medium disposed within the filter cartridge housing; an optical analyte sensor characterized by a first region that exhibits a first response to an analyte of interest and a second region that exhibits a second, different, response to an analyte of interest, the optical analyte sensor comprising a detection medium and disposed within the filter cartridge housing such that the detection medium is in fluid communication with the filter medium; and an optical reader comprising a first sensing assembly comprising at least one light source and at least one detector and a second reference assembly comprising at least one light source and at least one detector; wherein the optical reader is attached to the filter cartridge housing such that at least a portion of light emitted by at least one light source of the first assembly is reflected from the first region of the optical analyte sensor and captured by at least one detector of the first assembly, and at least a portion of light emitted by at least one light source of the second assembly is reflected from the second region of the optical analyte sensor and captured by at least one detector of the second assembly. a filter cartridge comprising a filter cartridge housing; a filter medium disposed within the filter cartridge housing; an optical analyte sensor characterized by a first region that exhibits a first response to an analyte of interest and a second region that exhibits a second, different, response to an analyte of interest, the optical analyte sensor comprising a detection medium and disposed within the filter cartridge housing such that the detection medium is in fluid communication with the filter medium; and an optical reader comprising a first sensing assembly comprising at least one light source and at least one detector and a second reference assembly comprising at least one light source and at least one detector; wherein the optical reader is attached to the filter cartridge housing such that at least a portion of light emitted by at least one light source of the first assembly is reflected from the first region of the optical analyte sensor and captured by at least one detector of the first assembly, and at least a portion of light emitted by at least one light source of the second assembly is reflected from the second region of the optical analyte sensor and captured by at least one detector of the second assembly.
A communication system including: at least one communication device controlling packet forwarding; and a controller setting a first table entry used for packet forwarding in a table held by the communication device according to a request from said communication device; said communication device determining based on a rule for identifying a received packet whether to forward a received packet according to said first table entry or forward the received packet according to a second table entry in said table set by said communication device. at least one communication device controlling packet forwarding; and a controller setting a first table entry used for packet forwarding in a table held by the communication device according to a request from said communication device; said communication device determining based on a rule for identifying a received packet whether to forward a received packet according to said first table entry or forward the received packet according to a second table entry in said table set by said communication device.
A drill component comprising a martensitic stainless steel consisting of the following composition in weight%: C 0.21 to 0.27; Si less than or equal to 0.7; Mn 0.2 to 2.5; P less than or equal to 0.03; S less than or equal to 0.05; Cr 11.9 to 14.0; Ni more than 0.5 to 3.0; Mo 0.4 to 1.5; W less than or equal to 0.5; N less than or equal to 0.060; Cu less than or equal to 1.2; Co less than or equal to 1.0; V less than or equal to 0.06; Nb less than or equal to 0.03; Al less than or equal to 0.050; Zr less than or equal to 0.03; Ta less than or equal to 0.03; Hf less than or equal to 0.03; Ti less than or equal to 0.05; and one or more-alloying elements, such as Ca, Mg, B, Pb and Ce, to improve the machinability or the hot working properties max. 0.05 wt%; balance Fe and unavoidable impurities; wherein the martensitic stainless steel comprises more than or equal to 75 % martensite phase and less than or equal to 25 % retained austenite phase and wherein said martensitic stainless steel has a PRE-value more than or equal to 14.
A downlight assembly (2, 102) comprising:- (i) a mounting ring (14,114) having a tubular body with an opening at a rear, the mounting ring being formed from a material that withstands temperatures used for fire rating tests and having a lower peripheral annular flange extending outwardly from a bottom end of the tubular body, and an upper peripheral annular flange extending inwardly from an upper end of the tubular body, said upper peripheral annular flange enabling the rear of the mounting ring (14,114) to be substantially closed if required; (ii) a solid state lighting element (6,106) comprising one or more LEDs mounted on a circuit board (8,108) formed from a material having a melting point lower than 1000 degrees C, wherein the opening at the rear of the mounting ring (14,114) is substantially closed by the solid state lighting element (6,106); (iii) a heat sink (10,110) formed from a material having a melting point lower than 1000 degrees C and being in thermal contact with the solid state lighting element (6,106) and located substantially outside the mounting ring (14,114); and (iv) intumescent material (38,138) wherein the intumescent material is adapted to expand to fill or occlude the tubular body in the event of a fire; characterised in that a ring or washer (36,136) of non-thermally conductive material is located between the circuit board (8,108) and the rear of the mounting ring (14,114). (i) a mounting ring (14,114) having a tubular body with an opening at a rear, the mounting ring being formed from a material that withstands temperatures used for fire rating tests and having a lower peripheral annular flange extending outwardly from a bottom end of the tubular body, and an upper peripheral annular flange extending inwardly from an upper end of the tubular body, said upper peripheral annular flange enabling the rear of the mounting ring (14,114) to be substantially closed if required; (ii) a solid state lighting element (6,106) comprising one or more LEDs mounted on a circuit board (8,108) formed from a material having a melting point lower than 1000 degrees C, wherein the opening at the rear of the mounting ring (14,114) is substantially closed by the solid state lighting element (6,106); (iii) a heat sink (10,110) formed from a material having a melting point lower than 1000 degrees C and being in thermal contact with the solid state lighting element (6,106) and located substantially outside the mounting ring (14,114); and (iv) intumescent material (38,138) wherein the intumescent material is adapted to expand to fill or occlude the tubular body in the event of a fire;