mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an electrode, comprising the steps of: heating a metal thin film for a current collector; stretching the heated metal thin film to 102-125%; and cooling the heated metal thin film; wherein step further comprises the following steps and: applying a slurry for forming an electrode active material layer to the surface of the stretched metal thin film; and drying the slurry for forming an electrode active material layer; or wherein step further comprises the following steps to: cooling the temperature of the surface of the metal thin film to room temperature (25°C); applying a slurry for forming an electrode active material layer to the surface of the cooled metal thin film; and drying the slurry for forming an electrode active material layer. heating a metal thin film for a current collector; stretching the heated metal thin film to 102-125%; and cooling the heated metal thin film; wherein step further comprises the following steps and: applying a slurry for forming an electrode active material layer to the surface of the stretched metal thin film; and drying the slurry for forming an electrode active material layer; applying a slurry for forming an electrode active material layer to the surface of the stretched metal thin film; and drying the slurry for forming an electrode active material layer; or wherein step further comprises the following steps to: cooling the temperature of the surface of the metal thin film to room temperature (25°C); applying a slurry for forming an electrode active material layer to the surface of the cooled metal thin film; and drying the slurry for forming an electrode active material layer. cooling the temperature of the surface of the metal thin film to room temperature (25°C); applying a slurry for forming an electrode active material layer to the surface of the cooled metal thin film; and drying the slurry for forming an electrode active material layer.
A contactless integrated circuit, IC, label that has an IC chip and is capable of exchanging data with an external reading device without contact, the contactless IC label comprising: a transparent label base material; an optical variable device formed on a lower surface of the label base material; a conductive layer bonded to and formed on a lower surface of the optical variable device, and configured to function as an antenna of the IC chip; a connecting layer electrically connected to the IC chip; an insulating layer formed between the conductive layer and the connecting layer, and configured to electrically couple the conductive layer and the connecting layer; and an impedance adjusting unit formed on the connecting layer, and configured to adjust impedances of the conductive layer and the IC chip. a transparent label base material; an optical variable device formed on a lower surface of the label base material; a conductive layer bonded to and formed on a lower surface of the optical variable device, and configured to function as an antenna of the IC chip; a connecting layer electrically connected to the IC chip; an insulating layer formed between the conductive layer and the connecting layer, and configured to electrically couple the conductive layer and the connecting layer; and an impedance adjusting unit formed on the connecting layer, and configured to adjust impedances of the conductive layer and the IC chip.
A pharmaceutical composition for use in regeneration of normal tissue by growth and differentiation of stem cells in a space formed due to a reduction of collagen accumulated in fibrotic tissue, wherein the fibrotic tissue continually receives a fibrotic stimulus, wherein the composition comprises a collagen-reducing substance and a retinoid, wherein the collagen-reducing substance is bound to or included in a carrier selected from the group consisting of a micelle, a liposome, a microsphere and a nanosphere, wherein the retinoid is bound to the carrier by means of a chemical and/or physical method, and wherein the retinoid specifically delivers the collagen-reducing substance to collagen-producing cells.
A pharmaceutical combination for use in the treatment of a diabetes type 2 patient, wherein the diabetes type 2 is insufficiently controlled by at least one oral antidiabetic drug, said combination comprising (a) desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmaceutically acceptable salt thereof, (b) insulin glargine or/and pharmaceutically acceptable salt thereof, and (c) metformin or/and a pharmaceutically acceptable salt thereof, wherein the treatment of the diabetes type 2 patient comprises the steps: (i) administration of compounds (b) and (c) for at least 4 weeks, with the proviso that compound (a) is not administered, and (ii) continuing treatment by administration of compounds (a), (b) and (c), wherein at the onset of step (i), the patient has a 2 hours postprandial plasma glucose concentration of at least 12 mmol/L, and a glucose excursion of at least 5 mmol/L, wherein the glucose excursion is the difference of the 2 hours postprandial plasma glucose concentration and plasma glucose concentration 30 minutes prior to a meal test, and wherein the amount of compound (b) to be administered in steps (i) or/and (ii) is adjusted so that a predetermined fasting plasma glucose level or/and a predetermined self monitored plasma glucose level is reached or at least approximated. (a) desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmaceutically acceptable salt thereof, (b) insulin glargine or/and pharmaceutically acceptable salt thereof, and (c) metformin or/and a pharmaceutically acceptable salt thereof, wherein the treatment of the diabetes type 2 patient comprises the steps: (i) administration of compounds (b) and (c) for at least 4 weeks, with the proviso that compound (a) is not administered, and (ii) continuing treatment by administration of compounds (a), (b) and (c), wherein at the onset of step (i), the patient has a 2 hours postprandial plasma glucose concentration of at least 12 mmol/L, and a glucose excursion of at least 5 mmol/L, wherein the glucose excursion is the difference of the 2 hours postprandial plasma glucose concentration and plasma glucose concentration 30 minutes prior to a meal test, and wherein the amount of compound (b) to be administered in steps (i) or/and (ii) is adjusted so that a predetermined fasting plasma glucose level or/and a predetermined self monitored plasma glucose level is reached or at least approximated. (i) administration of compounds (b) and (c) for at least 4 weeks, with the proviso that compound (a) is not administered, and (ii) continuing treatment by administration of compounds (a), (b) and (c),
A quantitative one-way oil gas lubricant system for a 4-stroke engine, wherein the 4-stroke engine including a crank, a crankcase, a lubricant case, a cam box and a cylinder, comprising: a preceding stage quantitative oil intake orifice that is connected to the lubricant case on a wall of the crankcase; and a final stage quantitative airflow orifice disposed at a cylinder cover of the cylinder, wherein a diameter of the preceding stage quantitative oil intake orifice D 1 and a diameter of the final stage quantitative airflow orifice satisfy an equation: D 1 /D 3 =0.8-1.5, and a one-way connected oil gas lubricant channel is disposed between the preceding stage quantitative oil intake orifice and the final stage quantitative airflow orifice. a preceding stage quantitative oil intake orifice that is connected to the lubricant case on a wall of the crankcase; and a final stage quantitative airflow orifice disposed at a cylinder cover of the cylinder, wherein a diameter of the preceding stage quantitative oil intake orifice D 1 and a diameter of the final stage quantitative airflow orifice satisfy an equation: D 1 /D 3 =0.8-1.5, and a one-way connected oil gas lubricant channel is disposed between the preceding stage quantitative oil intake orifice and the final stage quantitative airflow orifice.
A method of controlling a refrigerator, comprising a main body partitioned into a refrigerating chamber and a freezing chamber, a refrigerating chamber evaporator disposed in the refrigerating chamber, a freezing chamber evaporator disposed in the freezing chamber, a compressor for supplying refrigerant to the refrigerating chamber evaporator and the freezing chamber evaporator; and a 3-way valve for controlling the refrigerant introduced from the compressor to the freezing chamber/refrigerating chamber evaporators (122, 124); the method comprises the steps of: - checking temperatures of the refrigerating chamber and the freezing chamber; - operating the refrigerating chamber and the freezing chamber at the same time; after the simultaneous operation of the refrigerating chamber and the freezing chamber, - recovering the refrigerant toward the compressor by closing the 3-way valve and driving the compressor; - after the refrigerant recovery step, cooling the freezing chamber; and - after the cooling of the freezing chamber, further performing the refrigerant recovery step. - checking temperatures of the refrigerating chamber and the freezing chamber; - operating the refrigerating chamber and the freezing chamber at the same time; after the simultaneous operation of the refrigerating chamber and the freezing chamber, - recovering the refrigerant toward the compressor by closing the 3-way valve and driving the compressor; - after the refrigerant recovery step, cooling the freezing chamber; and - after the cooling of the freezing chamber, further performing the refrigerant recovery step.
A sheet discharging device comprising: a sheet discharging unit configured to receive each of sheets conveyed thereto and discharge the sheets one by one; a tray unit on which the sheets discharged by the sheet discharging unit are to be stacked; an air blower configured to blow air through between the sheet discharging unit and the tray unit to one of the sheets that is being discharged; a control unit configured to control the air blower based on sheet information; a sheet detector configured to detect a sheet discharged from the sheet discharging unit; characterised in that: the air blower starts blowing air when feeding sheets to the tray unit is started and stops blowing air after the sheet detector has detected that the last sheet of the sheets has been discharged to the tray unit; and further characterised by a sheet aligning unit (13, 210, 205a, 205b) comprising a return roller and an end fence configured to align each of the sheets fallen on the tray unit in a sheet conveying direction and joggers (205a, 205b) configured to align each of the sheets fallen on the tray unit in a sheet width direction. a sheet discharging unit configured to receive each of sheets conveyed thereto and discharge the sheets one by one; a tray unit on which the sheets discharged by the sheet discharging unit are to be stacked; an air blower configured to blow air through between the sheet discharging unit and the tray unit to one of the sheets that is being discharged; a control unit configured to control the air blower based on sheet information; a sheet detector configured to detect a sheet discharged from the sheet discharging unit; the air blower starts blowing air when feeding sheets to the tray unit is started and stops blowing air after the sheet detector has detected that the last sheet of the sheets has been discharged to the tray unit; and further characterised by a sheet aligning unit (13, 210, 205a, 205b) comprising a return roller and an end fence configured to align each of the sheets fallen on the tray unit in a sheet conveying direction and joggers (205a, 205b) configured to align each of the sheets fallen on the tray unit in a sheet width direction.
Fuel cell system comprising two or more fuel cell devices wherein each fuel cell device comprises the following: - a fuel feed for supplying a fuel stream to an anode side of the fuel cell device; - an anode exhaust gas discharge for removing anode exhaust gas from the anode side of the fuel cell device; - an oxidizer feed for supplying an oxidizer stream to a cathode side of the fuel cell device; - a cathode exhaust gas discharge for removing cathode exhaust gas from the cathode side of the fuel cell device, wherein two or more fuel cell devices are coupled or are couplable to one another in such a manner that the anode exhaust gas produced in a first fuel cell device by means of an anode exhaust gas discharge of this first fuel cell device is suppliable via the fuel feed of a second fuel cell device as a fuel stream to this second fuel cell device, wherein the anode exhaust gas produced in the second fuel cell device by means of an anode exhaust gas discharge of this second fuel cell device is suppliable at least partially and in particular in its entirety via an oxidizer feed of the first fuel cell device as a part of the oxidizer stream to this first fuel cell device, wherein the fuel cell system comprises a control device for controlling and/or regulating the fuel cell system, wherein the second fuel cell device is switchable by means of the control device into a fuel depletion mode in which the conversion rate of the supplied fuel is at a maximum independently of the electrical power or energy that is to be provided by means of the second fuel cell device. - a fuel feed for supplying a fuel stream to an anode side of the fuel cell device; - an anode exhaust gas discharge for removing anode exhaust gas from the anode side of the fuel cell device; - an oxidizer feed for supplying an oxidizer stream to a cathode side of the fuel cell device; - a cathode exhaust gas discharge for removing cathode exhaust gas from the cathode side of the fuel cell device,
Measuring construction for measuring use conditions of a tyre, mounted to a support arrangement and provided with a tilting arrangement for tilting and adjusting a force on a tyre, wherein the support arrangement is a movable vehicle, preferably a relatively heavy weight vehicle such as a truck or trailer, wherein the tilting arrangement is provided with a measuring instrument that is connected to the tilting arrangement, at least configured to measure forces and/or moments on a tyre, a wheel axle supported by the measuring instrument, and at least one actuator (6,7) for driving the tilting arrangement, wherein the tilting arrangement comprises a foldable construction for tilting and lifting and/or lowering a tyre, connected to the at least one actuator (6,7), wherein the foldable construction comprises a parallelogram having at least two mutually parallel first legs (8,9) and at least two mutually parallel second legs (10,11) and wherein the centre of the measuring instrument is preferably approximately arranged within a longitudinal axis of the bottom leg of the said first legs (8,9), to transmit forces and/or moments between the tyre and the tilting arrangement wherein at least one load actuator is connected to at least one first leg (8,9), wherein said at least one load actuator is pivotally connected to the at least one first leg (8,9) at one end and to the support arrangement at the other, and wherein at least one tilting actuator is connected to at least one second leg (10,11) for tilting the second leg, wherein the at least one tilting actuator is pivotally connected to the at least one second (10,11) leg at one end and to the support arrangement at the other.
An application provider device for protecting a module intended to be executed by an executing device that has an operating system and that is either genuine or jail broken, the application provider device comprising: - a processing unit configured to: obtain a first version of the module intended to be executed on a genuine executing device, the first version implementing a first software protection technique allowed by the operating system on the genuine device; obtain a second version of the module intended to be executed on a jailbroken device, the second version implementing a second software protection technique not allowed by the operating system on the genuine device; obtain a jailbreak detection function configured to determine whether the executing device is genuine or jailbroken, and to call the first version of the module in case the executing device is genuine and call the second version of the module in case the executing device is jailbroken; and generate an application package comprising the jailbreak detection function, the first version of the module and the second version of the module; and - an interface configured to output the application package. - a processing unit configured to: obtain a first version of the module intended to be executed on a genuine executing device, the first version implementing a first software protection technique allowed by the operating system on the genuine device; obtain a second version of the module intended to be executed on a jailbroken device, the second version implementing a second software protection technique not allowed by the operating system on the genuine device; obtain a jailbreak detection function configured to determine whether the executing device is genuine or jailbroken, and to call the first version of the module in case the executing device is genuine and call the second version of the module in case the executing device is jailbroken; and generate an application package comprising the jailbreak detection function, the first version of the module and the second version of the module; and obtain a first version of the module intended to be executed on a genuine executing device, the first version implementing a first software protection technique allowed by the operating system on the genuine device; obtain a second version of the module intended to be executed on a jailbroken device, the second version implementing a second software protection technique not allowed by the operating system on the genuine device; obtain a jailbreak detection function configured to determine whether the executing device is genuine or jailbroken, and to call the first version of the module in case the executing device is genuine and call the second version of the module in case the executing device is jailbroken; and generate an application package comprising the jailbreak detection function, the first version of the module and the second version of the module; and - an interface configured to output the application package.
A method for selecting an edge node from a plurality of edge nodes in a fixed access communications network, the method comprising: at a selection node, receiving from a host entity a request for a network service; obtaining, from a dynamically updated database, data comprising information relating to a status and capabilities of each edge node from a plurality of edge nodes, wherein the database is dynamically updated as the status and capabilities of each edge node from the plurality of edge nodes is changed, which allows edge nodes to be changed, removed, upgraded or added, wherein at least some of the data is obtained prior to the host entity's request being received; on a basis of the obtained data, selecting an edge node from the plurality of edge nodes, the selected edge node providing a path between the host entity and the requested network service; and sending a response to the host entity, the response including information identifying the selected edge node. at a selection node, receiving from a host entity a request for a network service; obtaining, from a dynamically updated database, data comprising information relating to a status and capabilities of each edge node from a plurality of edge nodes, wherein the database is dynamically updated as the status and capabilities of each edge node from the plurality of edge nodes is changed, which allows edge nodes to be changed, removed, upgraded or added, wherein at least some of the data is obtained prior to the host entity's request being received; on a basis of the obtained data, selecting an edge node from the plurality of edge nodes, the selected edge node providing a path between the host entity and the requested network service; and sending a response to the host entity, the response including information identifying the selected edge node.
A device comprising three lengths (S1, S2, S3) of a substantially inextensible material to be worn as a band around the head, around the pelvis, and as an interconnecting strip over the spine which, when applied, aids in correcting posture, the device comprising a further length of a substantially inextensible material to be worn over the top of the head and connecting to the band to be worn around the head at two points, characterised in that the further length of a substantially inextensible material to be worn over the top of the head connects to the band to be worn around the head at the same point as the interconnecting strip to be worn over the spine, and at the front of the head.
A method for delivering content to a destination device, comprising: receiving by the destination device a notification including an indication of a content selected for delivery from a source device to the destination device and at least one delivery condition; obtaining by the destination device information of at least one delivery condition included in the notification to control the delivery of the selected content to the destination device; examining by the destination device whether the destination device fulfills the delivery conditions; transmitting from the destination device a request for transmitting the selected content to the destination device, if the examining indicates that the destination device fulfills the delivery conditions; enabling the destination device to receive the selected content; and receiving the content, if the destination device fulfills the delivery conditions. receiving by the destination device a notification including an indication of a content selected for delivery from a source device to the destination device and at least one delivery condition; obtaining by the destination device information of at least one delivery condition included in the notification to control the delivery of the selected content to the destination device; examining by the destination device whether the destination device fulfills the delivery conditions; transmitting from the destination device a request for transmitting the selected content to the destination device, if the examining indicates that the destination device fulfills the delivery conditions; enabling the destination device to receive the selected content; and receiving the content, if the destination device fulfills the delivery conditions.