mhurhangee/ep-ind-claims huggingface dataset:
A device management device configured to manage a device having a database, comprising: an acquisition unit configured to acquire database state information from the device; and an updating unit configured to send update data for updating the database to the device, and cause the device to update the database based on the update data, the updating unit being operable to execute a first updating process and a second updating process, wherein the updating unit is configured to select which one of the first updating process and the second updating process to execute, based on the database state information, and to execute the selected one of the first updating process and the second updating process, the first updating process sequentially sending a first portion and a second portion of the update data to the device to change only portions of the database to be updated, and the second updating process sending all of the update data in a single batch to the device to refresh the complete database, characterized in that: the updating unit is configured to determine, based on the database state information, if at least one field of the database is locked, execute the first updating process to change fields of the database that are not locked based on the updated portions if at least one field of the database is locked, and execute the second updating process if no field of the database is locked. an acquisition unit configured to acquire database state information from the device; and an updating unit configured to send update data for updating the database to the device, and cause the device to update the database based on the update data, the updating unit being operable to execute a first updating process and a second updating process, wherein the updating unit is configured to select which one of the first updating process and the second updating process to execute, based on the database state information, and to execute the selected one of the first updating process and the second updating process, the first updating process sequentially sending a first portion and a second portion of the update data to the device to change only portions of the database to be updated, and the second updating process sending all of the update data in a single batch to the device to refresh the complete database, characterized in that: the updating unit is configured to determine, based on the database state information, if at least one field of the database is locked, execute the first updating process to change fields of the database that are not locked based on the updated portions if at least one field of the database is locked, and execute the second updating process if no field of the database is locked. the updating unit is configured to determine, based on the database state information, if at least one field of the database is locked, execute the first updating process to change fields of the database that are not locked based on the updated portions if at least one field of the database is locked, and execute the second updating process if no field of the database is locked.
Ventilation device comprising: 1) a first chamber comprising a first passage that can be connected respectively to the outlet of a canister and to the atmosphere, and a shut-off device that is normally closed, but that can open in order to open the first passage; 2) a valve or pair of valves of PVRV (pressure/vacuum relief valve) type situated in or fixed on a bypass of the first passage so as to be able to establish a connection between the ends of said passage when the shut-off device is closed and when respectively there is an overpressure or an underpressure across the passage; the device being characterized in that it comprises 3) a second chamber comprising a second passage that can be connected to the inlet of a canister and to a fuel tank, and a shut-off device that is normally open but that can close in order to shut off the second passage, this second passage being separated from the first passage and not being in communication therewith inside the device. 1) a first chamber comprising a first passage that can be connected respectively to the outlet of a canister and to the atmosphere, and a shut-off device that is normally closed, but that can open in order to open the first passage; 2) a valve or pair of valves of PVRV (pressure/vacuum relief valve) type situated in or fixed on a bypass of the first passage so as to be able to establish a connection between the ends of said passage when the shut-off device is closed and when respectively there is an overpressure or an underpressure across the passage; the device being characterized in that it comprises 3) a second chamber comprising a second passage that can be connected to the inlet of a canister and to a fuel tank, and a shut-off device that is normally open but that can close in order to shut off the second passage, this second passage being separated from the first passage and not being in communication therewith inside the device.
A method of identifying or characterizing suppressive and regulatory human T cells in a patient sample, wherein the method comprises detecting the expression of a sequence selected from SEQ ID NOs:1 or 2.
A compressor (13, 61) comprising: an impeller that is fixed to a rotor shaft; a guiding cylinder (34, 62) that is disposed on an outer peripheral side of the impeller and guides fluid taken in from an intake port to the impeller; a scroll that is disposed on an outer peripheral side of the guiding cylinder (34, 62) and guides compressed air pressurized by the impeller; and a ring member (51, 71) being a separate part from the guiding cylinder and the scroll that is disposed between the guiding cylinder (34, 62) and the scroll, characterized in that a middle portion of the guiding cylinder (34, 62) in an axial direction of the rotor shaft has a curved shape that protrudes toward an inner peripheral side, and an end portion of the air-guiding cylinder comes into close contact with the inner peripheral side of the scroll with an O-ring interposed therebetween; and the ring member (51, 71) has a shape of a ring of which an inner diameter and an outer diameter are constant in the axial direction, respectively. an impeller that is fixed to a rotor shaft; a guiding cylinder (34, 62) that is disposed on an outer peripheral side of the impeller and guides fluid taken in from an intake port to the impeller; a scroll that is disposed on an outer peripheral side of the guiding cylinder (34, 62) and guides compressed air pressurized by the impeller; and a ring member (51, 71) being a separate part from the guiding cylinder and the scroll that is disposed between the guiding cylinder (34, 62) and the scroll, characterized in that a middle portion of the guiding cylinder (34, 62) in an axial direction of the rotor shaft has a curved shape that protrudes toward an inner peripheral side, and an end portion of the air-guiding cylinder comes into close contact with the inner peripheral side of the scroll with an O-ring interposed therebetween; and the ring member (51, 71) has a shape of a ring of which an inner diameter and an outer diameter are constant in the axial direction, respectively.
A prefabricated breakwater for the wave dissipation, which comprises a plurality of unit blocks, each of which has engaging grooves at the constant distance at the top and bottom thereof, said unit blocks being assembled to form a current passage; dissipating blocks in a plate shape having a plurality of engaging grooves at the top and bottom sides thereof at the constant distance; said unit blocks and dissipating blocks being assembled in a crosswise and longitudinal directions to form an cubic block assembly; said dissipating blocks being assembled in a stepped manner so as to be higher in an open sea direction, to form a first dissipating wall and said dissipating blocks being assembled to an inland side of the cubic block assembly to form a second dissipating wall, wherein the second dissipating wall is formed at an upper portion of the inland side of the cubic block assembly so that the current passage is formed at a lower portion thereof; and said cubic block assemblies being connected to form a breakwater.
A method for the preparation of a concentrate of serum proteins with reduced lactose content from a sample of lactoserum, comprising the following steps: a) concentrating said sample of lactoserum, thus obtaining a protein concentration of between about 150-300 grams/liter; b) subjecting said lactoserum concentrate to at least one step of diafiltration; c) diluting said diafiltered protein concentrate, thus obtaining a solution having a concentration of proteins in the range of about 50-90 grams/liter; d) adding to said solution about 5-10 grams of a pyrogenic silica per liter of solution; e) adding about 70-300 ml of ethanol 95% v/v, per kilogram of proteins, in said solution; f) acidifying the pH of the solution obtained at e) up to a value of about 4.5-5.0; g) heating the acidified solution at a temperature between about 55 and 70°C for at least 20 minutes, wherein said temperature is reached within about 30 minutes; h) cooling the solution to a temperature between about 10 and 20°C; i) carrying out a separation of the cooled solution of proteins; l) bringing the pH of the separate solution to a value of about 5.8-6.8; m) subjecting the solution obtained at I) to at least one passage of microfiltration, thus obtaining a protein concentrate having a protein concentration of between about 100 and 300 grams/litre; n) subjecting the protein concentrate to at least one step of diafiltration; o) drying and/or freeze-drying said protein concentrate. wherein said protein concentrate from lactoserum has a concentration of ≤ 0.5 grams of lactose per kilogram of proteins. a) concentrating said sample of lactoserum, thus obtaining a protein concentration of between about 150-300 grams/liter; b) subjecting said lactoserum concentrate to at least one step of diafiltration; c) diluting said diafiltered protein concentrate, thus obtaining a solution having a concentration of proteins in the range of about 50-90 grams/liter; d) adding to said solution about 5-10 grams of a pyrogenic silica per liter of solution; e) adding about 70-300 ml of ethanol 95% v/v, per kilogram of proteins, in said solution; f) acidifying the pH of the solution obtained at e) up to a value of about 4.5-5.0; g) heating the acidified solution at a temperature between about 55 and 70°C for at least 20 minutes, wherein said temperature is reached within about 30 minutes; h) cooling the solution to a temperature between about 10 and 20°C; i) carrying out a separation of the cooled solution of proteins; l) bringing the pH of the separate solution to a value of about 5.8-6.8; m) subjecting the solution obtained at I) to at least one passage of microfiltration, thus obtaining a protein concentrate having a protein concentration of between about 100 and 300 grams/litre; n) subjecting the protein concentrate to at least one step of diafiltration; o) drying and/or freeze-drying said protein concentrate.
A device for fixing construction parts to a metallic tower inner wall of a wind power plant with one construction element (10, 20, 30, 40) welded to the tower inner wall with a first front face, which contains a second front face, opposite the first front face, for fixing a construction part, characterised in that the construction element has in the region of the first front face in its cross-section a total material thickness which is reduced with respect to a total material thickness in a cross-section shifted in the direction of the second front face.
A pharmaceutical composition comprising from 450 mg to 650 mg amikacin, or a pharmaceutically acceptable salt thereof, encapsulated in a plurality of liposomes, wherein the lipid component of the plurality of liposomes consists of a dipalmitoylphosphatidylcholine (DPPC) and cholesterol, for use in, treating or providing prophylaxis against a Mycobacterium avium complex lung infection in a patient in need of treatment or prophylaxis, wherein the composition is administered, once daily in a single dosing session, for an administration period of at least three months to the lungs of the patient by aerosolizing the pharmaceutical composition via a nebulizer to provide an aerosolized pharmaceutical composition comprising a mixture of free amikacin, or pharmaceutically acceptable salt thereof and liposomal complexed amikacin, or pharmaceutically acceptable salt thereof, wherein during the administration period or subsequent to the administration period, the patient experiences a MAC culture conversion to negative.
A method for drilling a borehole in a subsurface formation, comprising: rotating a drill bit to remove formation material from the subsurface formation at an end of the borehole; calculating a value of mechanical specific energy applied to remove the formation material; calculating a value of drilling efficiency for drilling the borehole; calculating pore pressure of the subsurface formation in contact with the drill bit as a function of the value of drilling efficiency and the mechanical specific energy; and controlling the drilling based on the calculated pore pressure of the subsurface formation. rotating a drill bit to remove formation material from the subsurface formation at an end of the borehole; calculating a value of mechanical specific energy applied to remove the formation material; calculating a value of drilling efficiency for drilling the borehole; calculating pore pressure of the subsurface formation in contact with the drill bit as a function of the value of drilling efficiency and the mechanical specific energy; and controlling the drilling based on the calculated pore pressure of the subsurface formation.
A method of manufacturing a wood-based panel provided with a decor comprising the steps: (a) applying at least one first layer of at least one powdered resin to at least one side of a wood-based panel and fusing the at least one applied layer of powdered resin; a1) applying at least one primer to the melted resin powder layer; a2) applying of at least one primer layer to the at least one undercoat; b) applying at least one decorative layer by means of a direct printing process; and (c) applying at least one further, second layer of at least one powdered resin to the at least one imprinted decorative layer and melting the at least one layer of powdered resin spread on the decorative layer. (a) applying at least one first layer of at least one powdered resin to at least one side of a wood-based panel and fusing the at least one applied layer of powdered resin; a1) applying at least one primer to the melted resin powder layer; a2) applying of at least one primer layer to the at least one undercoat; b) applying at least one decorative layer by means of a direct printing process; and (c) applying at least one further, second layer of at least one powdered resin to the at least one imprinted decorative layer and melting the at least one layer of powdered resin spread on the decorative layer.
An automatic fecal occult blood detector for detecting fecal occult blood with a sample kit, which comprises a transparent sleeve, an excrement collector and a test strip placed in the transparent sleeve, the detector comprising: a feed passage and a discharging passage which are provided in parallel and convey the sample kit separately; an image capturing device provided on one side of the discharging passage to acquire a color band information presented on the test strip; characterized in that the detector further comprises a transfer platform configured between the feed passage and the discharging passage; and a push rod configured to push the sample kit on the feed passage onto the discharging passage through the transfer platform. a feed passage and a discharging passage which are provided in parallel and convey the sample kit separately; an image capturing device provided on one side of the discharging passage to acquire a color band information presented on the test strip; characterized in that the detector further comprises a transfer platform configured between the feed passage and the discharging passage; and a push rod configured to push the sample kit on the feed passage onto the discharging passage through the transfer platform.
A method for supporting a mobility of a user equipment in a wireless communication system, the method comprising: performing, by the UE, the mobility with a target cell; receiving, by the UE, mobility state estimation, MSE, basis information; updating, by the UE, a mobility counter of the UE based on the MSE basis information, wherein the MSE basis information indicates an increment value or a decrement value for updating the mobility counter of the UE, wherein a size of the target cell is used for determining the increment value or the decrement value for updating the mobility counter of the UE, and wherein the increment value or the decrement value includes a decimal fraction value corresponding to a size of the target cell; performing, by the UE, the MSE by estimating a mobility state of the UE based on the updated mobility counter of the UE; and scaling, by the UE, a mobility parameter based on the estimated mobility state, wherein if the MSE basis information indicates the increment value, the mobility counter is increased by the increment value, and wherein if the MSE basis information indicates the decrement value, the mobility counter is increased by a predetermined value, and the increased mobility counter is thereafter decreased by the decrement value. performing, by the UE, the mobility with a target cell; receiving, by the UE, mobility state estimation, MSE, basis information; updating, by the UE, a mobility counter of the UE based on the MSE basis information, wherein the MSE basis information indicates an increment value or a decrement value for updating the mobility counter of the UE, wherein a size of the target cell is used for determining the increment value or the decrement value for updating the mobility counter of the UE, and wherein the increment value or the decrement value includes a decimal fraction value corresponding to a size of the target cell; performing, by the UE, the MSE by estimating a mobility state of the UE based on the updated mobility counter of the UE; and scaling, by the UE, a mobility parameter based on the estimated mobility state, wherein if the MSE basis information indicates the increment value, the mobility counter is increased by the increment value, and wherein if the MSE basis information indicates the decrement value, the mobility counter is increased by a predetermined value, and the increased mobility counter is thereafter decreased by the decrement value.
A touch panel device comprising: a first substrate having a plurality of first patterns which are electrically separated from each other; a second substrate having a plurality of second patterns which are arranged opposite to the first patterns and electrically separated from each other; and a controller that is adapted to be in a pause state until one of the first patterns contacts one of the second patterns, and is adapted to begin detection of an input position when one of the first patterns contacts one of the second patterns; characterized in that the controller includes: a driving circuit that is adapted to apply a same driving signal to one of the first patterns and one of the second patterns arranged opposite to the one of the first patterns; and a detector that adapted to detect signals from another first pattern adjacent to a first pattern to which the driving signal is applied and another second pattern adjacent to a second pattern to which the driving signal is applied; wherein the controller is adapted to detect the input position by sequentially switching the first and the second patterns to which the driving signal is applied and the another first and the another second patterns for detecting the signals. a first substrate having a plurality of first patterns which are electrically separated from each other; a second substrate having a plurality of second patterns which are arranged opposite to the first patterns and electrically separated from each other; and a controller that is adapted to be in a pause state until one of the first patterns contacts one of the second patterns, and is adapted to begin detection of an input position when one of the first patterns contacts one of the second patterns; characterized in that the controller includes: a driving circuit that is adapted to apply a same driving signal to one of the first patterns and one of the second patterns arranged opposite to the one of the first patterns; and a detector that adapted to detect signals from another first pattern adjacent to a first pattern to which the driving signal is applied and another second pattern adjacent to a second pattern to which the driving signal is applied; wherein the controller is adapted to detect the input position by sequentially switching the first and the second patterns to which the driving signal is applied and the another first and the another second patterns for detecting the signals. a driving circuit that is adapted to apply a same driving signal to one of the first patterns and one of the second patterns arranged opposite to the one of the first patterns; and a detector that adapted to detect signals from another first pattern adjacent to a first pattern to which the driving signal is applied and another second pattern adjacent to a second pattern to which the driving signal is applied; wherein the controller is adapted to detect the input position by sequentially switching the first and the second patterns to which the driving signal is applied and the another first and the another second patterns for detecting the signals.