mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a plurality of application frameworks upon which applications are executed including a first application framework upon which a first application is executed and a second application framework different from the first application framework; a decision unit configured to control a switching of operable states of the plurality of application frameworks based on an instruction from the first application; and a process switching unit configured to switch an active application to a second application executing on a selective one of the plurality of application frameworks corresponding to the second application framework by stopping operation of the currently activated first application and starting operation of the second application, wherein the decision unit is further configured to supply an input data from an input device for receiving user input to the second application framework; wherein when the decision unit receives an instruction from the first application to switch from the first application framework to the second application framework, the decision unit switches a connection destination of the input data from the first application framework to the second application framework; wherein the input data is received through a device driver of an operating system, supplied to a redistributor through the first application framework and supplied from the redistributor to the second application framework via a function of the operating system, said redistributor being an application that is executed upon the first application framework. a plurality of application frameworks upon which applications are executed including a first application framework upon which a first application is executed and a second application framework different from the first application framework; a decision unit configured to control a switching of operable states of the plurality of application frameworks based on an instruction from the first application; and a process switching unit configured to switch an active application to a second application executing on a selective one of the plurality of application frameworks corresponding to the second application framework by stopping operation of the currently activated first application and starting operation of the second application, wherein the decision unit is further configured to supply an input data from an input device for receiving user input to the second application framework; wherein when the decision unit receives an instruction from the first application to switch from the first application framework to the second application framework, the decision unit switches a connection destination of the input data from the first application framework to the second application framework; wherein the input data is received through a device driver of an operating system, supplied to a redistributor through the first application framework and supplied from the redistributor to the second application framework via a function of the operating system, said redistributor being an application that is executed upon the first application framework.
A large-sized reboiler comprising: a cylindrical vessel in which a liquid is supplied from a lower part and a vaporized gas is discharged from an upper part; and a heat transfer tube group being divided into an advance-side heat transfer tube group , which communicates with a heating fluid inlet , and a return-side heat transfer tube group , which communicates with a heating fluid outlet , the heat transfer tube group being arranged in such a manner that a void penetrating in an up-and-down direction is formed in the cylindrical vessel , wherein the void exists between the periphery of an inner wall in the up-and-down direction of the cylindrical vessel and the heat transfer tube group so as to be ring-shaped, characterized in that the diameter of the cylindrical vessel exceeds 2m, and the void occupies 5 to 10% of an area of a cross-section to the longitudinal direction perpendicular to the up-and-down direction, while the heat transfer tube group occupies 90 to 95% of the area of the cross-section, by ignoring the longitudinal space between the advance-side heat transfer tube group and the return-side heat transfer tube group . a cylindrical vessel in which a liquid is supplied from a lower part and a vaporized gas is discharged from an upper part; and a heat transfer tube group being divided into an advance-side heat transfer tube group , which communicates with a heating fluid inlet , and a return-side heat transfer tube group , which communicates with a heating fluid outlet , the heat transfer tube group being arranged in such a manner that a void penetrating in an up-and-down direction is formed in the cylindrical vessel , wherein the void exists between the periphery of an inner wall in the up-and-down direction of the cylindrical vessel and the heat transfer tube group so as to be ring-shaped, characterized in that the diameter of the cylindrical vessel exceeds 2m, and the void occupies 5 to 10% of an area of a cross-section to the longitudinal direction perpendicular to the up-and-down direction, while the heat transfer tube group occupies 90 to 95% of the area of the cross-section, by ignoring the longitudinal space between the advance-side heat transfer tube group and the return-side heat transfer tube group .
A vehicle body part rack , being used for placing a vehicle body part during assembly or post-treatment of said vehicle body part , comprising a base plate and a plurality of vehicle body part supports arranged on the base plate , each said vehicle body part support comprising a supporting head , and a supporting rod connected to the supporting head and the base plate , the supporting rod being movable with respect to the base plate , characterized in that the rack comprises lateral supports able to hold the vehicle body part and to rotate it.
A method for wireless communication, comprising: receiving at least one transmit power control, TPC, command for a plurality of antennas at a user equipment, UE ; and adjusting transmit power for each of the plurality of antennas at the UE based on the at least one TPC command, wherein the receiving at least one TPC command comprises receiving a plurality of TPC commands for a plurality of antenna groups at the UE , one TPC command for each antenna group, each antenna group comprising a different subset of the plurality of antennas, wherein each TPC command of the plurality of TPC commands is received in a separate control message and wherein at least one antenna group among the plurality of groups includes multiple antennas. receiving at least one transmit power control, TPC, command for a plurality of antennas at a user equipment, UE ; and adjusting transmit power for each of the plurality of antennas at the UE based on the at least one TPC command, wherein the receiving at least one TPC command comprises receiving a plurality of TPC commands for a plurality of antenna groups at the UE , one TPC command for each antenna group, each antenna group comprising a different subset of the plurality of antennas, wherein each TPC command of the plurality of TPC commands is received in a separate control message and wherein at least one antenna group among the plurality of groups includes multiple antennas.
A hand dryer that removes water adhering to a hand inserted into a hand insertion portion with a high-pressure airflow blown from a nozzle , the hand dryer comprising: the hand insertion portion formed in a recessed shape in a body casing ; an air blower provided in the body casing to generate the high-pressure airflow; the nozzle provided on a wall of the hand insertion portion to transform the high-pressure airflow from the air blower into a high-speed airflow and blow the high-speed airflow into the hand insertion portion ; a hand sensor including a plurality of electrode pairs (13a and 13c, 13b and 13d; 31a and 31c, 31b and 31d; 41a and 41c, 41b and 41d, 41e and 41g, 41f and 41h) to detect a hand inserted into the hand insertion portion from a change in capacitance between two electrodes included in the plurality of electrode pairs, each of the plurality of electrode pairs consisting of a first electrode and a second electrode having different polarities to each other; and a controller to drive the air blower on the basis of a combination of the two electrodes with which a hand has been detected by the hand sensor . the hand insertion portion formed in a recessed shape in a body casing ; an air blower provided in the body casing to generate the high-pressure airflow; the nozzle provided on a wall of the hand insertion portion to transform the high-pressure airflow from the air blower into a high-speed airflow and blow the high-speed airflow into the hand insertion portion ; a hand sensor including a plurality of electrode pairs (13a and 13c, 13b and 13d; 31a and 31c, 31b and 31d; 41a and 41c, 41b and 41d, 41e and 41g, 41f and 41h) to detect a hand inserted into the hand insertion portion from a change in capacitance between two electrodes included in the plurality of electrode pairs, each of the plurality of electrode pairs consisting of a first electrode and a second electrode having different polarities to each other; and a controller to drive the air blower on the basis of a combination of the two electrodes with which a hand has been detected by the hand sensor .
A method of modifying a non-damaged surface of a glass-ceramic article, the method consisting of: a) providing a glass-ceramic article having a non-damaged surface and an initial gloss value; b) applying a chemical etching solution to the non-damaged surface of the glass-ceramic article for an etching time of 5 s to 8 min, wherein the chemical etching solution is formed by mixing hydrofluoric acid and an inorganic fluoride salt, the concentration of hydrofluoric acid being from 1% to 6% by weight of the etching solution and the concentration of the inorganic fluoride salt being 1 to 30% by weight of the etching solution, wherein the chemical etching solution modifies the non-damaged surface such that from 0.01 μm to 20 μm of a depth of the glass-ceramic article is removed, and wherein the chemical etching solution modifies the non-damaged surface of the glass-ceramic article to form a roughened surface having a reduced gloss value and a target roughness value; and c) removing the chemical etching solution from the roughened surface. a) providing a glass-ceramic article having a non-damaged surface and an initial gloss value; b) applying a chemical etching solution to the non-damaged surface of the glass-ceramic article for an etching time of 5 s to 8 min, wherein the chemical etching solution is formed by mixing hydrofluoric acid and an inorganic fluoride salt, the concentration of hydrofluoric acid being from 1% to 6% by weight of the etching solution and the concentration of the inorganic fluoride salt being 1 to 30% by weight of the etching solution, wherein the chemical etching solution modifies the non-damaged surface such that from 0.01 μm to 20 μm of a depth of the glass-ceramic article is removed, and wherein the chemical etching solution modifies the non-damaged surface of the glass-ceramic article to form a roughened surface having a reduced gloss value and a target roughness value; and c) removing the chemical etching solution from the roughened surface.
A method of sterilizing a column assembly within a sterilization chamber of a sterilizer, the column assembly including a column having an interior containing a retaining media and a parent radionuclide retained by the retaining media, an inlet port in fluid communication with the interior of the column, and an outlet port in fluid communication with the interior of the column, the method comprising: sealing at least one of the inlet port and the outlet port to form a sealed column assembly such that fluid communication with the column interior though both the inlet port and the outlet port is prevented; sterilizing the sealed column assembly, by exposure to a steam-air mixture including steam and compressed air, to form a terminally-sterilized column assembly; and controlling the rate at which compressed air is introduced into the sterilization chamber to maintain a partial pressure within the sterilization chamber substantially equal to a partial pressure within the sealed column assembly. sealing at least one of the inlet port and the outlet port to form a sealed column assembly such that fluid communication with the column interior though both the inlet port and the outlet port is prevented; sterilizing the sealed column assembly, by exposure to a steam-air mixture including steam and compressed air, to form a terminally-sterilized column assembly; and controlling the rate at which compressed air is introduced into the sterilization chamber to maintain a partial pressure within the sterilization chamber substantially equal to a partial pressure within the sealed column assembly.
A projector and illumination module configured for scene illumination and pattern projection, wherein the projector and illumination module comprises at least one array of a plurality of individual emitters and at least one optical system , wherein each of the individual emitters is configured for generating at least one illumination light beam, wherein the optical system comprises at least one array of a plurality of transfer devices , wherein the at least one array of transfer devices comprises at least one transfer device for each of the individual emitters , characterized in that the at least one array of transfer devices comprises at least two groups of transfer devices , wherein the transfer devices of the two groups differ in at least one property such that the transfer devices of one of the groups are configured for generating at least one illumination pattern in response to illumination light beams impinging on said transfer devices to provide said pattern projection, and such that the transfer devices of the other group are configured for generating diverging light beams in response to illumination light beams impinging on said transfer devices to generate said scene illumination.
A method for transferring a transport unit (Tn) of a long stator linear motor at a transfer position (U) from a first transport section (Am), having a number of driving coils arranged one behind the other in the direction of movement of the transport unit (Tn) in the region of the transfer position (U), to a second transport section (An), having a number of driving coils arranged one behind the other in the direction of movement of the transport unit (Tn) in the region of the transfer position (U), wherein on both sides of the transport unit (Tn) excitation magnets are arranged which interact with driving coils in the region of the transport unit (Tn), wherein in the region of the transfer position (U) on both sides of the transport unit (Tn) driving coils are provided that can interact with the excitation magnets on both sides of the transport unit (Tn), and the second transport section (An), at an exit from the transfer position (U) or at an entry into the transfer position (U), is implemented single-sided with driving coils on only one side, that can interact with excitation magnets at this side, and wherein for movement of the transport unit (Tn) driving coils in the region of the transport unit (Tn) are in each case supplied with a stator current ( i A ) for generation of a magnetic flux ( ψ ) which generates a propulsive force (Fv) acting on the transport unit (Tn), characterized in that , for transfer of the transport unit (Tn) at the transfer position, on at least one side of the transport unit (Tn) the stator current ( i A ) of at least one driving coil interacting with an excitation magnet of the transport unit (Tn) is supplied as a current vector with a propulsive force-forming current component (i Aq ) and a lateral force-forming current component (i Ad ), and the stator current ( i A ) generates a propulsive force-forming electromagnetic force (F EMV ) and/or lateral force-forming electromagnetic force component (F EMS ) which is superimposed on the propulsive force (Fv) acting on the transport unit (Tn) for production of a steering effect (L), wherein the steering effect (L) guides the transport unit (Tn) in the transfer position (U) along the second transport section (Am).
Soil-working unit, in particular for dam formation, having a soil-working element which has a front part , with in particular a tip , and has at least one adjoining lateral guide region , which is in particular in the form of a dam-forming or ridging element, and having two links and a carrying frame which is in the form of a framework and to which the soil-working element is attached in a articulated manner by means of the links , characterized in that the links are configured to be of different lengths at least for a movement from the first operating position, in which at least one of the links and preferably both links point forwards from the framework, into a second operating position.
A method for polishing a vehicle tyre , comprising moving at least one vehicle tyre polishing agent application means in relation to a tyre of a stationary vehicle along an annular path formed on the side of the vehicle tyre and applying polishing agent on the side of the vehicle tyre as the application means moves in relation to the tyre of the stationary vehicle and that at least the application means of the polishing device for applying polishing agent on the side of the vehicle tyre is arranged in a tyre washing device intended for washing the side and rim of the vehicle tyre , the tyre washing device comprising a rotating motor and at least one tyre washing brush arranged to be rotated by the rotating motor in relation to the vehicle tyre , and that polishing agent is applied on the side of the vehicle tyre through a groove arranged on an outer circumference of the tyre washing brush past bristles in the tyre washing brush .
A process for the manufacture of 1,1,3-trichloro-1-propene comprising: (a) heating 1,1,1,3-tetrachloropropane in the liquid phase to a temperature of at least 175°C for at least one hour to produce a product mixture comprising 1,1,3-trichloro-1-propene, (b) cooling said mixture, (c) separating HCI from said product mixture, and (d) recovering 1,1,3-trichloropropene. (a) heating 1,1,1,3-tetrachloropropane in the liquid phase to a temperature of at least 175°C for at least one hour to produce a product mixture comprising 1,1,3-trichloro-1-propene, (b) cooling said mixture, (c) separating HCI from said product mixture, and (d) recovering 1,1,3-trichloropropene.
A toilet device to be arranged inside a toilet room having at least one wall , the toilet device comprising: a pedestal configured to be mounted on an installation surface , unit(s) , such as a waste breaking unit and a water supply unit , being attached to the pedestal; and a toilet body configured to be set on the pedestal , the toilet body including: a frame made of a metallic material; and a resin molded member attached to, and supported by, the frame , the frame having: a lower opening plane facing in a downward direction toward the pedestal ; and a rear opening plane facing in a backward direction and having an opening space communicating with an opening space of the lower opening plane , wherein a forward direction is a direction pointing from the wall toward the toilet device and aligned with the installation surface , and the backward direction is the opposite direction of the forward direction. a pedestal configured to be mounted on an installation surface , unit(s) , such as a waste breaking unit and a water supply unit , being attached to the pedestal; and a toilet body configured to be set on the pedestal , the toilet body including: a frame made of a metallic material; and a resin molded member attached to, and supported by, the frame , a frame made of a metallic material; and a resin molded member attached to, and supported by, the frame , the frame having: a lower opening plane facing in a downward direction toward the pedestal ; and a rear opening plane facing in a backward direction and having an opening space communicating with an opening space of the lower opening plane , wherein a forward direction is a direction pointing from the wall toward the toilet device and aligned with the installation surface , and the backward direction is the opposite direction of the forward direction. a lower opening plane facing in a downward direction toward the pedestal ; and a rear opening plane facing in a backward direction and having an opening space communicating with an opening space of the lower opening plane , wherein a forward direction is a direction pointing from the wall toward the toilet device and aligned with the installation surface , and the backward direction is the opposite direction of the forward direction.
An iridium-platinum alloy, which contains platinum in an amount of from 25 wt% to 45 wt% or less, the remainder being iridium and unavoidable impurities, and has an average grain width to height ratio of at least 5.
Transmission device (T) having at least two transmission ratios, in particular for an electric vehicle, the transmission device (T) comprising: - a first electric machine (M1) connected to a primary shaft , - a second electric machine (M2) connected to a secondary shaft , the first electric machine (M1) having technical features different from the second electric machine (M2), - a tertiary shaft connected to the primary shaft and to the secondary shaft by gears corresponding to said transmission ratios, the primary shaft and the tertiary shaft being able to be connected via a first gear corresponding to a first transmission ratio or via a second gear corresponding to a second transmission ratio, coupling means (C1, C1a, C1b) making it possible to select said transmission ratio by activating or deactivating one or the other of said first and second gears ; characterized in that the secondary shaft and the tertiary shaft are able to be connected via a third gear corresponding to a third transmission ratio. - a first electric machine (M1) connected to a primary shaft , - a second electric machine (M2) connected to a secondary shaft , the first electric machine (M1) having technical features different from the second electric machine (M2), - a tertiary shaft connected to the primary shaft and to the secondary shaft by gears corresponding to said transmission ratios,