mhurhangee/ep-ind-claims huggingface dataset:
Method for safeguarding values of attributes of a data set which can be stored in a first relation of a database against unauthorized access, wherein a value of a primary key attribute of the data set refers to a key of the first relation and a value of a foreign key attribute of the data set refers to a key (PK, K) of a second relation (T2, T3), and wherein - the value of a foreign key attribute and the value of a primary key attribute of the data set are stored in a mapping relation, wherein the value of the foreign key attribute and the value of the primary key attribute of the data set form a mapping data set in the mapping relation, - the values of a number of attributes of the data set that are not foreign key attributes are stored in the first relation, wherein the first relation is stored in a non-volatile data memory, and - the mapping relation is stored exclusively in a volatile data memory such that the mapping relation is completely deleted following an interruption to the power supply. - the value of a foreign key attribute and the value of a primary key attribute of the data set are stored in a mapping relation, wherein the value of the foreign key attribute and the value of the primary key attribute of the data set form a mapping data set in the mapping relation, - the values of a number of attributes of the data set that are not foreign key attributes are stored in the first relation, wherein the first relation is stored in a non-volatile data memory, and - the mapping relation is stored exclusively in a volatile data memory such that the mapping relation is completely deleted following an interruption to the power supply.
A wind wheel consisting of a main shaft, wind plant hub and blades, each blade consisting of two parts: a short part with axial and sleeve segments connected at an angle and a long wing-shaped part connected to the sleeve segment with an end shaft and by means of support devices with bearings, wherein the short part is made of steel, and on a distance of 1.5-5 meters or 0.20-1.5 meters from its connection to the hub, and at the juncture of the axial and sleeve segments has a 10° -80° elbow bend opposite the direction of rotation of the wind wheel, wherein the sleeve segment of the short part has a cylindrical skeleton and is connected to the wing-shaped part of the blade, wherein the root end of the wing-shaped part is supplied with a hollow steel shaft, wherein said shaft is connected with a skeleton of the wing-shaped part by tensioning bolts, wherein at the end of the sleeve segment close to the elbow bend are installed hydraulic mechanisms connected to the end of said shaft of the wing-shaped part via cams enabling the rotation of the wing-shaped part along its axis, characterized in that the cylindrical skeleton of the sleeve segment comprises three double support rings and in that said shaft of the wing-shaped part comprises three removable protuberances with bearings, wherein the three removable protuberances with bearings are inserted between the three double support rings and are tensioned to the shaft with bolts.
A method for controlling Rhizopus genus Fungus in rice using a formulation consisting of (i) at least one compound selected from the group consisting of the compound represented by formula and salts thereof, and (ii) an auxiliary material wherein the amount of the compound represented by formula or the salts thereof incorporated within the formulation is within a range from 2 to 70% by mass: (i) at least one compound selected from the group consisting of the compound represented by formula and salts thereof, and (ii) an auxiliary material wherein the amount of the compound represented by formula or the salts thereof incorporated within the formulation is within a range from 2 to 70% by mass:
A recombinant vector comprising: (i) a phosphoenolpyruvate carboxykinase (PEPCK) promoter as a liver cell-specific promoter comprising a nucleic acid sequence of SEQ ID NO: 2; and (ii) a ribozyme-target gene expression cassette comprising a trans-splicing ribozyme targeting telomerase reverse transcriptase (TERT) mRNA and a herpes simplex virus-thymidine kinase (HSVtk) gene as a target gene linked to the 3' exon of the ribozyme, wherein a splicing donor/splicing acceptor sequence (SD/SA sequence) is linked to the 5' end of the ribozyme-target gene expression cassette and a woodchuck hepatitis virus posttranscriptional regulatory element (WPRE) is linked to the 3' end of the ribozyme-target gene expression cassette, and wherein (iii) a nucleic acid sequence recognizing a micro RNA-122a (microRNA-122a, miR-122a) is further linked to the 3' end of the WPRE. (i) a phosphoenolpyruvate carboxykinase (PEPCK) promoter as a liver cell-specific promoter comprising a nucleic acid sequence of SEQ ID NO: 2; and (ii) a ribozyme-target gene expression cassette comprising a trans-splicing ribozyme targeting telomerase reverse transcriptase (TERT) mRNA and a herpes simplex virus-thymidine kinase (HSVtk) gene as a target gene linked to the 3' exon of the ribozyme,
Security feature comprising a luminescent component comprising at least one luminophore, consisting of at least one doped host lattice, and a component camouflaging the luminescent component, wherein the camouflaging component has chemical elements having structure-chemical properties similar to those of the chemical elements of the luminescent component and the chemical elements of the camouflaging component and the chemical elements of the luminescent component are formed by different chemical elements, wherein the camouflaging component is formed by chemical elements which are coordinated with the chemical elements of the luminescent component in such a way that they have a similar structure-chemical behaviour, i.e. they form isostructural compounds or homologous mixed series, wherein the chemical elements of the camouflaging component that are used for the camouflage and the chemical elements of the luminescent component that are to be camouflaged simultaneously belong to at least one group {Li, Na, K, Rb, Cs, Fr, Tl} of chemical elements, or a group {Al, Si, P, S}, or a group {Be, Mg, Ca, Sr, Ba, Ra}, or a group {B, Al, Ga, In, Tl}, or a group {Si, Ge, Sn}, or a group {P, As, Sb}, or a group {F, Cl, Br, I}, or a group {Cr, Mn, Fe, Co, Ni}, or a group {Ti, Zr}, or a group {Nb, Ta}, or a group {Mo, W}, or a group {Pd, Pt}, or a group {Zn, Cd} of chemical elements. or a group {Al, Si, P, S}, or a group {Be, Mg, Ca, Sr, Ba, Ra}, or a group {B, Al, Ga, In, Tl}, or a group {Si, Ge, Sn}, or a group {P, As, Sb}, or a group {F, Cl, Br, I}, or a group {Cr, Mn, Fe, Co, Ni}, or a group {Ti, Zr}, or a group {Nb, Ta}, or a group {Mo, W}, or a group {Pd, Pt}, or a group {Zn, Cd} of chemical elements.
A melting system comprising: a melting furnace used for melting treatment targets such as waste and reducing the volume of the treatment targets; an exhaust gas treatment apparatus configured to purify exhaust gas from the melting furnace; a first heat recovery unit configured to recover heat by supplying a heat medium to a cooling mechanism configured to cool a furnace wall to avoid burn damage; a recovery heat amount adjusting mechanism configured to adjust an amount of heat to be recovered by the first heat recovery unit; a second heat recovery unit configured to recover heat by supplying the heat medium to a low-temperature heat exchanger disposed downstream from the exhaust gas treatment apparatus; a recovery heat amount adjusting mechanism configured to adjust an amount of heat to be recovered by the second heat recovery unit; and a circulation passage through which the heat medium used for recovering heat by the first heat recovery unit and the second heat recovery unit is circulated and supplied to a heat utilizing facility. a melting furnace used for melting treatment targets such as waste and reducing the volume of the treatment targets; an exhaust gas treatment apparatus configured to purify exhaust gas from the melting furnace; a first heat recovery unit configured to recover heat by supplying a heat medium to a cooling mechanism configured to cool a furnace wall to avoid burn damage; a recovery heat amount adjusting mechanism configured to adjust an amount of heat to be recovered by the first heat recovery unit; a second heat recovery unit configured to recover heat by supplying the heat medium to a low-temperature heat exchanger disposed downstream from the exhaust gas treatment apparatus; a recovery heat amount adjusting mechanism configured to adjust an amount of heat to be recovered by the second heat recovery unit; and a circulation passage through which the heat medium used for recovering heat by the first heat recovery unit and the second heat recovery unit is circulated and supplied to a heat utilizing facility.
A breathing assistance device for a patient breathing in successive cycles, each cycle being defined by at least an inspiration phase and at least an expiration phase, said breathing assistance device comprising: - a gas source of respiratory pressurized gas; - a gas transmission duct comprising a distal end coupled to said gas source and a proximal end adapted to couple to a patient interface device; - a controller to control the operation of the device; and - a gas regulating valve (32;40) interposed in the gas transmission duct of the breathing assistance device between a gas source and a patient and at a location proximal to the patient and near the proximal end of the gas transmission duct, and comprising at least a leakage orifice (431;531;617;71;81) between the inside and outside of the duct, and an obstruction element (44; 54; 62; 72; 82) capable of varying the opening of said leakage orifice (431; 531; 617; 71; 81) by movement upon signal of the controller, characterized in that the gas regulating valve (40;50;60) is capable of allowing both an inward or an outward gas flow in both expiration and inspiration phases, and in that the controller is adapted to provide a signal to control the movement of the obstruction element, wherein the obstruction element is configured to move between a first position to close the leakage orifice and a second position to close an inner channel within the valve at a position between the gas source and the leakage orifice. - a gas source of respiratory pressurized gas; - a gas transmission duct comprising a distal end coupled to said gas source and a proximal end adapted to couple to a patient interface device; - a controller to control the operation of the device; and - a gas regulating valve (32;40) interposed in the gas transmission duct of the breathing assistance device between a gas source and a patient and at a location proximal to the patient and near the proximal end of the gas transmission duct, and comprising at least a leakage orifice (431;531;617;71;81) between the inside and outside of the duct, and an obstruction element (44; 54; 62; 72; 82) capable of varying the opening of said leakage orifice (431; 531; 617; 71; 81) by movement upon signal of the controller, characterized in that the gas regulating valve (40;50;60) is capable of allowing both an inward or an outward gas flow in both expiration and inspiration phases, and in that the controller is adapted to provide a signal to control the movement of the obstruction element, wherein the obstruction element is configured to move between a first position to close the leakage orifice and a second position to close an inner channel within the valve at a position between the gas source and the leakage orifice.
A radio communication method, comprising: grouping, by a base station, user equipments within a service range of the base station; configuring, by the base station, radio resource patterns for user equipments in each group, wherein radio resource patterns configured for user equipments in a same group are identical, and radio resource patterns configured for user equipments in different groups are different, and wherein a radio resource pattern comprise at least one of the followings: a pattern used for a time domain resource, a pattern used for a frequency domain resource, a pattern used for a time-frequency domain resource, a pattern used for a code domain resource and a pattern used for a space domain resource; and selecting, by the base station, according to the configured radio resource patterns, multiple user equipments, which are respectively in different communication states on a same radio resource, for communication, wherein the radio resource is a combination of a time and a frequency resource, wherein the multiple user equipments are respectively in different groups, and wherein the communication states comprise an uplink transmission state and a downlink receiving state. grouping, by a base station, user equipments within a service range of the base station; configuring, by the base station, radio resource patterns for user equipments in each group, wherein radio resource patterns configured for user equipments in a same group are identical, and radio resource patterns configured for user equipments in different groups are different, and wherein a radio resource pattern comprise at least one of the followings: a pattern used for a time domain resource, a pattern used for a frequency domain resource, a pattern used for a time-frequency domain resource, a pattern used for a code domain resource and a pattern used for a space domain resource; and selecting, by the base station, according to the configured radio resource patterns, multiple user equipments, which are respectively in different communication states on a same radio resource, for communication, wherein the radio resource is a combination of a time and a frequency resource, wherein the multiple user equipments are respectively in different groups, and wherein the communication states comprise an uplink transmission state and a downlink receiving state.
A T cell genetically modified to express a chimeric antigen receptor that comprises an antigen binding domain, a transmembrane domain, and an intracellular signalling domain (CAR T cell) for use in a method of treating a disease, disorder or condition associated with an elevated expression of a tumor antigen, the method comprising administering a first-line therapy and a second-line therapy to a patient in need thereof, wherein: the first-line therapy comprises administering to the patient an effective amount of the CAR T cell by infusion; following the administration of the first-line therapy, cytokine levels in the patient are monitored to determine the appropriate type of second-line therapy to be administered, wherein an increase in the level of IL-6 is detected thereby identifying an IL-6 inhibitor as the appropriate type of second-line therapy, and said IL-6 inhibitor is administered to the patient; and the disease, disorder or condition is cancer. the first-line therapy comprises administering to the patient an effective amount of the CAR T cell by infusion; following the administration of the first-line therapy, cytokine levels in the patient are monitored to determine the appropriate type of second-line therapy to be administered, wherein an increase in the level of IL-6 is detected thereby identifying an IL-6 inhibitor as the appropriate type of second-line therapy, and said IL-6 inhibitor is administered to the patient; and the disease, disorder or condition is cancer.
A dual function circuit interrupter device with line power and neutral return power current paths, and an apertured current transformer configured to detect ground fault current anomalies, comprising: a substantially rigid conductor surrounding and holding a flexible conductor; and the substantially rigid conductor and the flexible conductor passing through an aperture of the current transformer inside of the circuit interrupter device; characterized in that the circuit interrupter device further comprises a voltage meter configured to measure a voltage drop across the substantially rigid conductor and provide voltage drop measurements to electronics within the circuit interrupter device, the electronics being configured to detect arc faults. a substantially rigid conductor surrounding and holding a flexible conductor; and the substantially rigid conductor and the flexible conductor passing through an aperture of the current transformer inside of the circuit interrupter device; characterized in that the circuit interrupter device further comprises a voltage meter configured to measure a voltage drop across the substantially rigid conductor and provide voltage drop measurements to electronics within the circuit interrupter device, the electronics being configured to detect arc faults.
Valve group for a pump of a cooling circuit, in particular for vehicles, wherein the pump comprises a pump body having a housing compartment in which said valve group is inserted in a removable manner, wherein the valve group extends along a rotation axis (Y-Y) and transversally identifies a duct for the passage of cooling liquid, the valve group comprising an obturator rotatable around said rotation axis (Y-Y), wherein the obturator comprises an active portion commanded in rotation in a manner offset to said rotation axis (Y-Y) and characterized in that the active portion is radially translatable during said rotation, engaged by a cam element, so as to be movable into a rest position, in which it does not oppose the cooling liquid, and into an obturation position in which the obturator opposes the cooling liquid to block its passage, and/or into a position of reduction of the passage of cooling liquid as it opposes it only in part; the obturator comprises a supporting structure, suitable to rotate around the of rotation axis (Y-Y) maintaining its radial position and suitable to provide a support to the active portion in its rotation and in its radial translation; and that the obturator comprises elastic means, suitable to engage the supporting structure and the active portion in such a way as to keep the latter in a radial rest position, so that the cam element in engagement with the active portion is opposed to the resistant force of said elastic means.
A method of controlling access to a home control activity support system comprising a central platform accessed via the Internet by a user using a terminal device a home control device which is located in the user's household and which is connected to the central platform via the Internet, and which is connected to appliances in the user's household; applications running on the home control device to control, regulate and/or program the appliances, so that the central platform, the home control device and the applications form a hierarchy, wherein a hierarchical authorisation of the user by his terminal, access in online mode, in which a connection between the central platform and the home control device is given, is granted on the basis of an authentication on the central platform, wherein in the hierarchical authorisation, user rights for the home control device and the applications are derived from the central plattform form as a function of the authentication on the central platform, and the user only has the right to access the home control device and the applications through his terminal device if the authentication at the central platform is successful and user rights during authorisation allow access to the home control devices and the applications, characterized in that in offline mode, in which there is no connection between the central platform and the home control device, authentication on the home control device is carried out by the terminal device, and during authorization user rights stored locally on the home control device control access, wherein the user rights are different from the user rights in online mode and are a subset thereof, wherein access to the applications is granted by the home control device by deriving the application-specific user rights hierarchically, which implies that a user has the right to access the applications through his terminal device only if the right to access is present on both the home control device and the central platform.
Vacuum insulation element (10, 40) consisting of an inner filling chamber surrounding a first casing in a gas-tight manner, and a second outer gas-tight casing (28, 44), with the formation of one or two outer filling chambers (32, 32'), arranged in which is a coarse-pored or coarse-structured filling material (26, 42), wherein the total gas pressure of the outer filling chambers (32, 32') is greater than or equal to the total gas pressure of the inner filling chambers with absorbing getter, wherein the inner filling chamber contains a coarse-pored or coarse-structured insulating material, hydrogen gas, and an electrical heating element filled with getter material for the absorption and desorption of hydrogen, and comprises a switchable thermal conductivity capacity.
A communication device for pipes of an air conditioner, the device comprising: a refrigerant pipe for connecting an outdoor unit and an indoor unit to each other; a core assembly comprising a core made of a magnetic material and a core holder, the core assembly coupled to the refrigerant pipe in a surrounding manner; and a signal line that is configured to transfer electric signals transmitted and received through the refrigerant pipe to controllers (12, 22) controlling the outdoor unit and the indoor unit, respectively, the signal line is inserted between the outer circumferential surface of the refrigerant pipe and an inner circumferential surface of the core assembly facing the outer circumferential surface of the refrigerant pipe, and the signal line is configured to be electrically connected to the controllers (12, 22), characterized in that the signal line is arranged within and outside a pipe insertion recesses (111a, 112a, 121a and 122a) of the core and the core holder in a shape of surrounding the core assembly at least once from the outer circumferential surface to the inner circumferential surface of the core assembly. a refrigerant pipe for connecting an outdoor unit and an indoor unit to each other; a core assembly comprising a core made of a magnetic material and a core holder, the core assembly coupled to the refrigerant pipe in a surrounding manner; and a signal line that is configured to transfer electric signals transmitted and received through the refrigerant pipe to controllers (12, 22) controlling the outdoor unit and the indoor unit, respectively, the signal line is inserted between the outer circumferential surface of the refrigerant pipe and an inner circumferential surface of the core assembly facing the outer circumferential surface of the refrigerant pipe, and the signal line is configured to be electrically connected to the controllers (12, 22), characterized in that the signal line is arranged within and outside a pipe insertion recesses (111a, 112a, 121a and 122a) of the core and the core holder in a shape of surrounding the core assembly at least once from the outer circumferential surface to the inner circumferential surface of the core assembly.