mhurhangee/ep-ind-claims huggingface dataset:
A method of monitoring use of a drug delivery device comprising a pharmaceutical packaging, a color information of which corresponds to a color information approved and controlled by a drug regulatory authority to define drug related information, comprising: detecting the color information from the drug delivery device pharmaceutical packaging; comparing the detected color information to a master list of drug delivery device packaging colors and a type of the drug delivery device, determining from the comparison, drug information relating to a type, dosage amount and/or strength of a drug contained in the drug delivery device; and storing the drug information. detecting the color information from the drug delivery device pharmaceutical packaging; comparing the detected color information to a master list of drug delivery device packaging colors and a type of the drug delivery device, determining from the comparison, drug information relating to a type, dosage amount and/or strength of a drug contained in the drug delivery device; and storing the drug information.
Riding type vehicle mounted with an apparatus for controlling a drive force generated by an engine of the riding type vehicle, the apparatus comprising an abnormality detecting portion for detecting an abnormality of the drive force control apparatus configured to detect the abnormality of the drive force control apparatus at a predetermined abnormality detecting period, wherein the drive force control apparatus is configured to execute a primary abnormality processing of the drive force control apparatus when the abnormality of the drive force control apparatus is detected, wherein the drive force control apparatus is further configured to release the primary abnormality processing and to execute a normal electronic control of the drive force control apparatus when the abnormality is not detected, wherein the drive force control apparatus is configured to shift the primary abnormality processing to a secondary abnormality processing, when the abnormality detected by the abnormality detecting portion continues even after an elapse of a predetermined abnormality determining time period, wherein the secondary abnormality processing is always preceded by the primary abnormality processing, wherein the primary abnormality processing and secondary abnormality processing include the same execution, and wherein the primary abnormality processing and secondary abnormality processing are executed at least by cutting to drive a throttle valve.
A Fifth Generation, 5G, method of securing wireless backhaul for a child base station in a first network provided by a first operator, wherein: any parent base station with wireline backhaul capability and configured to virtualise a core network User Plane Function, UPF, advertises that it supports a wireless backhaul service; the child base station (gNB-A) in the first network connects over an air interface (Uu) to one or more parent base stations in a second network provided by a second operator; the child base station sends a backhaul service request to a connected parent base station; when the backhaul service request is accepted, the connected parent base station uses a virtualised UPF to enable a direct wireline backhaul link between the parent base station and a data network; and the child base station uses the air interface as a wireless backhaul link and the wireline backhaul link of the connected parent base station for backhaul. any parent base station with wireline backhaul capability and configured to virtualise a core network User Plane Function, UPF, advertises that it supports a wireless backhaul service; the child base station (gNB-A) in the first network connects over an air interface (Uu) to one or more parent base stations in a second network provided by a second operator; the child base station sends a backhaul service request to a connected parent base station; when the backhaul service request is accepted, the connected parent base station uses a virtualised UPF to enable a direct wireline backhaul link between the parent base station and a data network; and the child base station uses the air interface as a wireless backhaul link and the wireline backhaul link of the connected parent base station for backhaul.
A microelectronic substrate comprising at least: - a support layer, - a top layer comprising at least one semiconductor, - a layer comprising at least one organic material able to be etched selectively with respect to the semiconductor of the top layer by using a dry etching, and arranged between the support layer and the top layer, characterized in that it also comprises one or more portions (402, 408, 410) of dielectric material the hardness of which is greater than that of the organic material, arranged in the layer of organic material, and the thickness of which is substantially equal to that of the layer of organic material. - a support layer, - a top layer comprising at least one semiconductor, - a layer comprising at least one organic material able to be etched selectively with respect to the semiconductor of the top layer by using a dry etching, and arranged between the support layer and the top layer, characterized in that it also comprises one or more portions (402, 408, 410) of dielectric material the hardness of which is greater than that of the organic material, arranged in the layer of organic material, and the thickness of which is substantially equal to that of the layer of organic material.
An isolated IL-23p19 antibody, wherein said antibody is fully human generated from phage display and binds to human IL-23p 19 or a fragment thereof, wherein said antibody binds to human IL-23p19 at one or more of amino acid residues 93-105 of SEQ ID NO:145.
A naphthalenesulfonamide compound, wherein the chemical structure is represented by general formula I, II, III, IV, V or VI: wherein, in general formula I or II, a substituent R is: General formula I -number Substituent R General formula II-number Substituent R DDO-1160 -H DDO-1161 -H DDO-1162 4-CH 3 DDO-1163 4-CH 3 DDO-1164 4-Cl DDO-1165 4-Cl DDO-1166 4-F DDO-1167 4-F DDO-1168 3-CH 3 DDO-1169 3-CH 3 DDO-1170 2-CH 3 DDO-1171 2-CH 3 DDO-1172 3-Cl DDO-1173 3-Cl DDO-1174 2-Cl DDO-1175 2-Cl DDO-1176 3-F DDO-1177 3-F DDO-1178 2-F DDO-1179 2-F wherein, in general formula III or IV, a substituent R is: General formula III-number Substituent R General formula IV-number Substituent R DDO-1186 H DDO-1187 H DDO-1188 4-NHCOCH 3 DDO-1189 4-NHCOCH 3 DDO-1180 4-OCH 3 DDO-1181 4-OCH 3 DDO-1190 4-F DDO-1191 4-F DDO-1192 4-Cl DDO-1193 4-Cl DDO-1194 4-CH(CH 3) 2 DDO-1195 4-CH(CH 3) 2 DDO-1196 4-CH 3 DDO-1197 4-CH 3 DDO-1198 2-OCH 3 DDO-1199 2-OCH 3 DDO-1200 3-OCH 3 DDO-1201 3-OCH 3 DDO-1202 2-CH 3 DDO-1203 2-CH 3 000-1204 2,4-CH 3 DDO-1205 2,4-CH 3 000-1206 2,4,6-CH 3 DDO-1207 2,4,6-CH 3 000-1208 2,3,5,6-CH 3 DDO-1209 2,3,5,6-CH 3 wherein, in general formula V or VI, a substituent R is: General formula V-number Substituent R General formula-VI-number Substituent R DDO-1210 3-OMe DDO-1211 3-OMe DDO-1212 3-F DDO-1213 3-F DDO-1214 3-Cl DDO-1215 3-Cl DDO-1216 3-Me DDO-1217 3-Me DDO-1218 2,3,6-3Me DDO-1219 2,3,6-3Me DDO-1220 2,6-2Me DDO-1221 2,6-2Me DDO-1222 DDO-1223
A bacteriophage preparation comprising one or more bacteriophages for use in a method of treating a bacterial infection in humans or animals; wherein said method comprises the following steps: (a) administration of said bacteriophage preparation to a human or animal in vivo; (b) in vitro monitoring of the sensitivity of a sample of bacterial cells from said infection or from another infection by the same strain to one or more chemical antibiotic(s); and (c) administration of said one or more chemical antibiotic(s), when it has been established that said sensitivity to said one or more chemical antibiotic(s) has been induced; and wherein said bacterial sensitivity is heritable, is independent of continuing bacteriophage metabolism within those cells, and does not relate to the destruction of a biofilm. (a) administration of said bacteriophage preparation to a human or animal in vivo; (b) in vitro monitoring of the sensitivity of a sample of bacterial cells from said infection or from another infection by the same strain to one or more chemical antibiotic(s); and (c) administration of said one or more chemical antibiotic(s), when it has been established that said sensitivity to said one or more chemical antibiotic(s) has been induced;
Apparatus for inserting a tool into a tool holder, comprising a first holding device which is designed to hold a tool holder, a second holding device which is designed to hold a tool, a linear guide by means of which the second holding device is movable relative to the first holding device in an axial direction extending along or parallel to a main axis in order to move the tool towards the tool holder and introduce it into the tool holder, a detecting arrangement which is movable in an axial direction and which is designed to contactlessly detect an axial position of a first reference point associated with the first holding device and to contactlessly detect an axial position of a second reference point of a tool held by the second holding device, and a measuring arrangement which measures an axial displacement travel of the detecting arrangement, characterized in that the detecting arrangement is connected to the second holding device and moves together with the latter in the axial direction on the linear guide. a first holding device which is designed to hold a tool holder, a second holding device which is designed to hold a tool, a linear guide by means of which the second holding device is movable relative to the first holding device in an axial direction extending along or parallel to a main axis in order to move the tool towards the tool holder and introduce it into the tool holder, a detecting arrangement which is movable in an axial direction and which is designed to contactlessly detect an axial position of a first reference point associated with the first holding device and to contactlessly detect an axial position of a second reference point of a tool held by the second holding device, and a measuring arrangement which measures an axial displacement travel of the detecting arrangement, characterized in that the detecting arrangement is connected to the second holding device and moves together with the latter in the axial direction on the linear guide.
A temperature control method of electronic cigarette, characterized that comprising: identifying type of tobacco liquid in the electronic cigarette; acquiring preset temperature information corresponding to the type of the tobacco liquid; and controlling the electronic cigarette to work according to the acquired preset temperature information; characterised in that the identifying type of tobacco liquid in the electronic cigarette further comprises: acquiring dielectric constant of the tobacco liquid in the electronic cigarette; matching the acquired dielectric constant with that of preset multiple types of tobacco liquid; and determining the type of the tobacco liquid in the electronic cigarette to be one of the preset multiple types of tobacco liquid of which the dielectric constant matches the acquired dielectric constant. identifying type of tobacco liquid in the electronic cigarette; acquiring preset temperature information corresponding to the type of the tobacco liquid; and controlling the electronic cigarette to work according to the acquired preset temperature information; acquiring dielectric constant of the tobacco liquid in the electronic cigarette; matching the acquired dielectric constant with that of preset multiple types of tobacco liquid; and determining the type of the tobacco liquid in the electronic cigarette to be one of the preset multiple types of tobacco liquid of which the dielectric constant matches the acquired dielectric constant.
System for protecting a signal within an electronic device, system characterized in that it comprises: - a connector with a generally rectangular parallelepiped shape comprising - at its base, at least one solder termination corresponding to a contact region conveying said signal to be protected; - a slot for inserting a printed circuit, and characterized in that said slot for inserting and said at least one solder termination are disposed on a same face of said connector, - a printed circuit getting housed in said insertion slot and being shaped so that it covers said solder termination, said printed circuit comprising at least one protection layer on at least one of its faces. - a connector with a generally rectangular parallelepiped shape comprising - at its base, at least one solder termination corresponding to a contact region conveying said signal to be protected; - a slot for inserting a printed circuit, and characterized in that said slot for inserting and said at least one solder termination are disposed on a same face of said connector, - at its base, at least one solder termination corresponding to a contact region conveying said signal to be protected; - a slot for inserting a printed circuit, - a printed circuit getting housed in said insertion slot and being shaped so that it covers said solder termination, said printed circuit comprising at least one protection layer on at least one of its faces.
An exoskeleton comprising: a first link configured to pivot in a transverse plane about a first vertical axis; a second link coupled to the first link; an arm support assembly coupled to the second link and configured to pivot about a horizontal axis, wherein: the arm support assembly includes a spring configured to generate an assistive torque that counteracts gravity; the arm support assembly is configured to provide the assistive torque to an arm of a wearer to support the arm of the wearer; a cuff coupled to the arm support assembly and configured to be coupled to the arm of the wearer, characterized in that the second link is configured to pivot in a transverse plane about a second vertical axis; the arm support assembly further includes a cam profile and a cam follower; and the arm support assembly is configured such that contact between the spring, cam follower and cam profile determines an amount of the assistive force provided by the arm support assembly.
A food mixing arrangement comprising a stand mixer having a drive outlet and a tool adapted for suspension by a shaft from the drive outlet for mixing ingredients in a mixing bowl, the drive outlet being capable of causing the blade to execute a planetary motion whereby said shaft rotates in one direction around its own axis whilst being bodily moved in the same or the opposite rotational direction about another axis parallel to, but offset from, that of the shaft; characterised in that said tool comprises a wing-like volute blade, wherein said blade is elongate and extends outwardly from said shaft, twisting along its length, said blade having a leading edge and thickening towards a central column, and the curved surfaces of said blade being formed for lifting and turning the ingredients into the centre of the bowl.
A method for additive manufacturing of at least one metallic or ceramic component, comprising: a) building up at least one green part layer by layer in a printing device from a plurality of green part layers, wherein the following steps are carried out for each green part layer: - applying a layer of polymerizable material mixed with ceramic or metal particles to form a material layer, - location-selectively polymerizing the material layer to obtain a location-selectively polymerized green part layer, leaving an unpolymerized amount of material surrounding the green part layer, so that the at least one green part is obtained in a material block of unpolymerized material, b) removing the at least one green part from the printing device, c) removing the unpolymerized material from the green part, d) debinding of the at least one green part, and e) sintering of the at least one green part to obtain the component, characterized in that - before step a), a support layer is applied to a surface of a printing support having recesses, so that the green part is built up in layers on the support layer in step a), - the at least one green part is removed from the printing device in step b) while lying on the printing support, and - the unpolymerized material removed in step c) is collected in the recesses of the printing support or said unpolymerized material is drained off through the recesses. a) building up at least one green part layer by layer in a printing device from a plurality of green part layers, wherein the following steps are carried out for each green part layer: - applying a layer of polymerizable material mixed with ceramic or metal particles to form a material layer, - location-selectively polymerizing the material layer to obtain a location-selectively polymerized green part layer, leaving an unpolymerized amount of material surrounding the green part layer, so that the at least one green part is obtained in a material block of unpolymerized material, - applying a layer of polymerizable material mixed with ceramic or metal particles to form a material layer, - location-selectively polymerizing the material layer to obtain a location-selectively polymerized green part layer, leaving an unpolymerized amount of material surrounding the green part layer, b) removing the at least one green part from the printing device, c) removing the unpolymerized material from the green part, d) debinding of the at least one green part, and e) sintering of the at least one green part to obtain the component, - before step a), a support layer is applied to a surface of a printing support having recesses, so that the green part is built up in layers on the support layer in step a), - the at least one green part is removed from the printing device in step b) while lying on the printing support, and - the unpolymerized material removed in step c) is collected in the recesses of the printing support or said unpolymerized material is drained off through the recesses.
Fireproof building element, in particular fire door leaf, comprising two panels and spacers placed between the said panels to which the said panels are fixed, wherein an insulating, expanding, vaporising and/or intumescent layer is placed between the panels and the spacers, wherein the fireproof building element moreover comprises at certain locations between the said panels one or more heat distributors each comprising a hollow or U-shaped heat-conducting element comprising a vaporising and/or intumescent layer on at least one of the inner faces of the hollow or U-shaped heat-conducting element, wherein the heat distributor or distributors each moreover comprise internal guide means for the vaporisable gases of the inner vaporising and/or intumescent layer, wherein an insulating, expanding, vaporising and/or intumescent layer is placed between the panels and the heat distributor or distributors, wherein at least some of the spacers are connected together and form an internal tubular framework covered on the exterior with a first insulating, expanding, vaporising and/or intumescent layer placed between the panels and the framework and wherein the internal tubular framework has a hollow space accommodating the intumescent element defining the internal guide means, a heat-conducting element made of aluminium, copper or thin steel extending between the internal tubular framework and the intumescent element.
A method of using a computer for automatically determining a position of one or more calorimetric peaks in a set of calorimetric data, comprising: a) providing a non-linear fit for the calorimetric data; b) locating one or more peaks in the calorimetric data; c) calculating a residual by subtracting the non-linear fit from the calorimetric data; d) calculating an error based on the residual, optionally using a root mean square error; e) comparing the error with a predetermined error; f) if the error is greater than the predetermined error, repeating said steps a) to e) with one more peak; and g) if the error is less than the predetermined error, confirming the non-linear fit for the calorimetric data. a) providing a non-linear fit for the calorimetric data; b) locating one or more peaks in the calorimetric data; c) calculating a residual by subtracting the non-linear fit from the calorimetric data; d) calculating an error based on the residual, optionally using a root mean square error; e) comparing the error with a predetermined error; f) if the error is greater than the predetermined error, repeating said steps a) to e) with one more peak; and g) if the error is less than the predetermined error, confirming the non-linear fit for the calorimetric data.
A label on which a hot melt pressure-sensitive adhesive for labeling is applied, wherein the hot melt pressure-sensitive adhesive for labeling comprises: a polar functional group-modified conjugated diene-based polymer, an aliphatic polyester-based resin, and a tackifier resin. a polar functional group-modified conjugated diene-based polymer, an aliphatic polyester-based resin, and a tackifier resin.
A removable device designed to be connected to an electronic trip unit, the trip unit including a housing, a connector received in an orifice formed in a wall of the housing, the connector being accessible from outside the housing, an internal power supply bus positioned inside the housing, and a switched-mode power supply capable of delivering a power supply signal, the device being adapted to be connected to said connector and to be supplied with electrical energy via the internal electrical power supply bus, when it is connected to the connector, characterized in that it comprises a withdrawal member for withdrawing electrical energy from the internal switched-mode power supply bus, and in that the withdrawal member comprises detection means for detecting each rising edge of the power supply signal, the electrical energy of the power supply signal being withdrawn as of the detection of a rising edge.
A fiber stacking device comprising a collecting/stacking recess in which a shaped-product material is stacked and which is formed on an outer surface thereof, and stacking the shaped-product material, which is transported on an air stream generated by suction from inside, on a bottom surface of the collecting/stacking recess, which is formed on a porous member including a plurality of suction holes, while transporting the collecting/stacking recess in one direction, wherein an adjuster, which adjusts the air stream, is arranged on an inner surface of the porous member so as to overlap at least a part of the inner surface of the porous member, and the adjuster includes a plurality of openings that penetrates the adjuster in a thickness direction, and the area of an opening end portion of each opening distant from the porous member is smaller than the area of an opening end portion thereof close to the porous member, wherein the adjuster includes a first layer and a second layer that are laminated in this order from the porous member, wherein the first layer includes a plurality of first openings that penetrate the first layer in the thickness direction, wherein the second layer includes a plurality of second openings which penetrate the second layer in the thickness direction, wherein the first openings in one-to-one correspondence with the second openings. in one-to-one correspondence with the second openings.
A polymeric foam article comprising a polymer matrix defining cells, the polymer matrix comprising at least 50 weight-percent styrene-acrylonitrile copolymer by weight of the polymer matrix wherein the polymer matrix has an acrylonitrile dimer content of less than 145 weight parts and trimer content of less than 8,500 weight parts, with weight-parts of dimers and trimers based on one million polymer matrix weight parts.