mhurhangee/ep-ind-claims huggingface dataset:
Heating and drying system for a building, wherein the system comprises a heating circulation cycle and concrete structures, such as base floors which give away heat for the heating of the building and which concrete structures also require drying, wherein the system is configured such that heated air is directed to the concrete structures to be dried and/or heated such that the moisture has a chance to move from the concrete structure to be dried to be part of the heated air, and the system further comprising pipes and being configured such that the heated air is directed to the concrete structures through the pipes which are located in the concrete structures, wherein the walls of the pipes comprise holes, wherein the moisture can move from the concrete structure into the pipes and to the heating circulation cycle, the system further comprising a heating device configured to heat the heated air, characterized in that the system is configured to reduce the moisture included in the recirculated heated air by directing all or a part of the recirculated heated air outwards the heating circulation cycle and by taking new air from outside of the heating circulation cycle to replace the removed air, the system is further configured to direct the recirculated heated air to be directed outwards the heating circulation cycle to be combustion air of the heating device, and the system further comprising a cover being wrapped at least around the part of the pipes which comprises the holes, said cover being configured to coat or cover at least the part of the pipes which comprises the holes and configured to let air through at least regarding the part of the pipes which comprises the holes. the system is configured to reduce the moisture included in the recirculated heated air by directing all or a part of the recirculated heated air outwards the heating circulation cycle and by taking new air from outside of the heating circulation cycle to replace the removed air, the system is further configured to direct the recirculated heated air to be directed outwards the heating circulation cycle to be combustion air of the heating device, and the system further comprising a cover being wrapped at least around the part of the pipes which comprises the holes, said cover being configured to coat or cover at least the part of the pipes which comprises the holes and configured to let air through at least regarding the part of the pipes which comprises the holes.
Outdoor luminaire for illuminating a building surface, comprising - a housing having an outer surface which delimits the housing towards an outer space, - at least one LED, which is arranged inside the housing, - a light emitting surface arranged in the outer surface for emitting a light generated by the at least one LED in the form of a light bundle, - a light-influencing element for spatial restriction of the light bundle, wherein the light-influencing element is mounted to pivot about a pivot axis relative to the housing, characterized in that the light-influencing element has a respective pivoting arm on two opposite sides, wherein the configuration is such that the pivot axis runs through the pivot arms, wherein the outdoor luminaire further comprises a shading member for further confining the light bundle spatially, on an opposite side with respect to a central region (8 M) of the light bundle. - a housing having an outer surface which delimits the housing towards an outer space, - at least one LED, which is arranged inside the housing, - a light emitting surface arranged in the outer surface for emitting a light generated by the at least one LED in the form of a light bundle, - a light-influencing element for spatial restriction of the light bundle, wherein the light-influencing element is mounted to pivot about a pivot axis relative to the housing,
A method for controlling the gas valve of a dryer, the dryer including a drum, a gas combustor for burning gas supplied from a gas nozzle, and a gas valve for controlling an amount of gas supplied into the gas combustor, characterized in that the method comprises following steps: detecting temperature of hot air supplied into the drum; detecting the temperature of the hot air discharged outside the drum; and controlling the gas valve of the gas combustor according to the temperature of the hot air supplied into the drum and the temperature of the hot air discharged outside the drum; wherein when the temperature of the hot air supplied into the drum is greater than or equal to an inlet control temperature and the temperature of the hot air discharged outside the drum is less than a valve-closing control temperature, an open degree of the gas valve is lowered, and wherein when the temperature of the hot air supplied into the drum is greater than or equal to the inlet control temperature and the temperature of the hot air discharged outside the drum is greater than or equal to the valve-closing control temperature, the gas valve is turned-off. detecting temperature of hot air supplied into the drum; detecting the temperature of the hot air discharged outside the drum; and controlling the gas valve of the gas combustor according to the temperature of the hot air supplied into the drum and the temperature of the hot air discharged outside the drum;
A control method for a test bench for screwdrivers, comprising a braking unit with a brake equipped with a fitting for a screwdriver to be tested and transducers for the measurement of angle and torque, the said brake being instructed by a control unit to follow, during a screwdriver test, a torque/angle curve, characterized by comprising steps wherein a starting Cstart torque value other than zero is set and the torque/angle curve is followed starting from such Cstart value.
A non-aqueous electrolyte secondary battery comprising: a positive electrode containing a positive electrode material, a conductive agent and a binder; a negative electrode; a separator; and a non-aqueous electrolyte, wherein the positive electrode material contains core particles and a coating material that covers from 10% to 90% of the surfaces of the core particles, the core particles are formed of a compound represented by the formula: Li a M b PO 4 (wherein M represents at least one element selected from Fe, Mn, Co and Ni, and satisfies the relations: 0 < a ≤ 1.1 and 0 < b ≤ 1), and the coating material is formed of a compound which is capable of insertion and extraction of Li ions in the potential range exhibited by the core particles at the time of charge and discharge, and the coating material is at least one or more compounds selected from Li(Ni x Co y Mn z)O 2 and LiVO 2, with x, y and z satisfying the relations: x, 0, y ≥ 0, z ≥ 0, and x+y+z = 1. a positive electrode containing a positive electrode material, a conductive agent and a binder; a negative electrode; a separator; and a non-aqueous electrolyte, wherein the positive electrode material contains core particles and a coating material that covers from 10% to 90% of the surfaces of the core particles, the core particles are formed of a compound represented by the formula: Li a M b PO 4 (wherein M represents at least one element selected from Fe, Mn, Co and Ni, and satisfies the relations: 0 < a ≤ 1.1 and 0 < b ≤ 1), and the coating material is formed of a compound which is capable of insertion and extraction of Li ions in the potential range exhibited by the core particles at the time of charge and discharge, and the coating material is at least one or more compounds selected from Li(Ni x Co y Mn z)O 2 and LiVO 2, with x, y and z satisfying the relations: x, 0, y ≥ 0, z ≥ 0, and x+y+z = 1.
Flexible packaging tube formed from a laminate comprising at least one first layer and one second layer, characterized in that the first layer is formed from a material whose properties make it possible to weld the first layer to itself and in that the second layer is formed from a material whose properties make it impossible to weld the second layer onto the first layer; the first layer and the second layer forming respectively the inner and outer layers of the tube, the first layer being based on polyolefin and the second layer being made of biaxially-oriented polymer.
A heat exchanger comprising a set of tubes consisting of SiC tubes mounted between two tube plates in steel by means of a pressure seal system at the end of, and on the outer surface of each tube, in which the tube can axially slide therein to compensate for thermal expansions, wherein each of the two tube plates being a single plate enamelled only on the inner face, which is the shell side thereof, and wherein the seal between the ends of the tubes and the tube plate is obtained by a double O-ring gasket pressed, by means of an intermediate bushing in steel or in PEEK, by screwing of a steel ring nut in the corresponding threading provided on the distributor side of the tube plate.
A method to be performed by a user equipment, UE operating in dual-connectivity mode with a master evolved node B, MeNB of a master cell group and a secondary eNB, SeNB of a secondary cell group, SCG, the method comprising: receiving a radio resource control, RRC, configuration information message from the MeNB, the RRC, configuration information message comprising a small cell RRC configuration information element, IE, wherein the small cell RRC configuration IE contains a small cell discontinuous reception, DRX, configuration IE comprising one or more inter-cell-coordinated small cell DRX parameters, wherein the one or more inter-cell-coordinated small cell DRX parameters comprises a small cell DRX offset value that indicates a timing offset between the MCG for the UE and the SCG, for the UE, determining a start time for a small cell DRX cycle based on at least one of the one or more inter-cell-coordinated small cell DRX parameters, and initiating the small cell DRX cycle at the determined start time. receiving a radio resource control, RRC, configuration information message from the MeNB, the RRC, configuration information message comprising a small cell RRC configuration information element, IE, wherein the small cell RRC configuration IE contains a small cell discontinuous reception, DRX, configuration IE comprising one or more inter-cell-coordinated small cell DRX parameters, wherein the one or more inter-cell-coordinated small cell DRX parameters comprises a small cell DRX offset value that indicates a timing offset between the MCG for the UE and the SCG, for the UE, determining a start time for a small cell DRX cycle based on at least one of the one or more inter-cell-coordinated small cell DRX parameters, and initiating the small cell DRX cycle at the determined start time.
A method for routing local host-management traffic between a local host and a management controller via a network controller, characterized in that the method comprises the steps of: designating, by said management controller, addressing information dedicated for communicating said local host-management data between said management controller and said local host via a reduced media independent interface, RMII, function of said network controller and a dedicated management port of a host interface of said network controller; and filtering, by an outbound management packet filtering module of said network controller, data received from said management controller via said RMII function for routing said data to either said local host via said dedicated management port as said local host-management traffic or to a Phy/MAC processing module of said network controller for transmission as network traffic, based on said addressing information. designating, by said management controller, addressing information dedicated for communicating said local host-management data between said management controller and said local host via a reduced media independent interface, RMII, function of said network controller and a dedicated management port of a host interface of said network controller; and filtering, by an outbound management packet filtering module of said network controller, data received from said management controller via said RMII function for routing said data to either said local host via said dedicated management port as said local host-management traffic or to a Phy/MAC processing module of said network controller for transmission as network traffic, based on said addressing information.
A method for operating a computer unit with a processor on which a software application can run, wherein the method comprises the following steps: upon calling up the software application on the computer unit or upon carrying out a transaction with the software application, the step of checking whether the computer unit has been re-started since the last calling up of the software application, carrying out a first form of authentication for starting the software application or for carrying out the transaction with the software application, if the computer unit has not been re-started since the last calling up of the software application; and carrying out a second form of authentication for starting the software application or for carrying out the transaction with the software application, if the computer unit has been re-started since the last calling up of the software application, characterized in that it is checked whether the computer unit has been re-started since the last calling up of the software application, by: a broadcast mechanism being set up on the computer unit which, after a re-start of the computer unit, informs the software application registered at the broadcast mechanism about the re-start of the computer unit; and/or the software application is configured such that, upon calling up the software application for the first time, said software application starts a service that will never be stopped during the operation of the mobile terminal and such that it can be checked whether the service is running or not. upon calling up the software application on the computer unit or upon carrying out a transaction with the software application, the step of checking whether the computer unit has been re-started since the last calling up of the software application, carrying out a first form of authentication for starting the software application or for carrying out the transaction with the software application, if the computer unit has not been re-started since the last calling up of the software application; and carrying out a second form of authentication for starting the software application or for carrying out the transaction with the software application, if the computer unit has been re-started since the last calling up of the software application, a broadcast mechanism being set up on the computer unit which, after a re-start of the computer unit, informs the software application registered at the broadcast mechanism about the re-start of the computer unit; and/or the software application is configured such that, upon calling up the software application for the first time, said software application starts a service that will never be stopped during the operation of the mobile terminal and such that it can be checked whether the service is running or not.
-2-(7-(4-cyclopentyl-3-(trifluoromethyl)benzyloxy)-1,2,3,4-tetrahydrocyclo-penta[b]indol-3-yl)acetic acid (Compound 1) or a pharmaceutically salt, solvate, or hydrate thereof, for use in a method of treating a sphingosine 1-phosphate subtype 1 (S1P 1) receptor-associated disorder in an individual in need thereof, wherein the S1P 1 receptor-associated disorder is inflammatory bowel disease, the method comprising the steps of: selecting an individual who has not been previously treated with a therapeutically effective amount of an integrin receptor antagonist; and administering to the individual a standard dose of Compound 1 or pharmaceutically salt, solvate, or hydrate thereof, in an amount equivalent to about 0.5 to about 5.0 mg of Compound 1. for use in a method of treating a sphingosine 1-phosphate subtype 1 (S1P 1) receptor-associated disorder in an individual in need thereof, wherein the S1P 1 receptor-associated disorder is inflammatory bowel disease, the method comprising the steps of: selecting an individual who has not been previously treated with a therapeutically effective amount of an integrin receptor antagonist; and administering to the individual a standard dose of Compound 1 or pharmaceutically salt, solvate, or hydrate thereof, in an amount equivalent to about 0.5 to about 5.0 mg of Compound 1. selecting an individual who has not been previously treated with a therapeutically effective amount of an integrin receptor antagonist; and administering to the individual a standard dose of Compound 1 or pharmaceutically salt, solvate, or hydrate thereof, in an amount equivalent to about 0.5 to about 5.0 mg of Compound 1.
A biocompatible composition, which can be polymerized to give a hydrogel-forming material and which is based on a hydrophilic polymer, wherein the hydrophilic polymer is crosslinkable serum albumin or crosslinkable serum protein, for therapeutic use in inhibiting and/or preventing angiogenesis or endothelial cell proliferation.
Downhole data communication apparatus for use in a well installation having metallic structure provided with a cathodic protection system such that there is an electrical circuit comprising the metallic structure and an earth return around which an electrical current flows as a result of the cathodic protection system, the downhole data communication apparatus comprising: a first communication module for location at a first location downhole and comprising modulation means for modulating the electrical current at a first location so as to encode data; a second communication module for location at a second location, spaced from the first location, and comprising a detector for detecting the effect of the modulation of the electrical current at the first location so as to extract said data; and a downhole electrical power harvesting module arranged for electrical connection between two spaced locations in a well installation and comprising an electrical circuit arranged for harvesting electrical energy, in use, from a potential difference between the spaced locations, used for harvesting, which acts as an input voltage, the harvesting module being arranged for supplying power to at least one component of the communication apparatus, wherein the first communication module is arranged for controlling a load generated by the harvesting module to cause said modulation of the electric current in the metallic structure at the signalling location. a first communication module for location at a first location downhole and comprising modulation means for modulating the electrical current at a first location so as to encode data; a second communication module for location at a second location, spaced from the first location, and comprising a detector for detecting the effect of the modulation of the electrical current at the first location so as to extract said data; and a downhole electrical power harvesting module arranged for electrical connection between two spaced locations in a well installation and comprising an electrical circuit arranged for harvesting electrical energy, in use, from a potential difference between the spaced locations, used for harvesting, which acts as an input voltage, the harvesting module being arranged for supplying power to at least one component of the communication apparatus, wherein the first communication module is arranged for controlling a load generated by the harvesting module to cause said modulation of the electric current in the metallic structure at the signalling location.
A memory cell comprising: first and second resistive elements (202, 204), at least one of which is programmable to have one of at least two resistive states (R min, R max), a data value being represented by the relative resistances of the first and second resistive elements, the first resistive element being coupled between a first storage node and a first intermediate node, the second resistive element being coupled between a second storage node and a second intermediate node; a first transistor coupled between said first storage node and a first supply voltage (GND, V DD); a second transistor coupled between said second storage node and said first supply voltage, wherein a control node of said first transistor is coupled to said second storage node and a control node of said second transistor is coupled to said first storage node; a third transistor coupled between the first and second intermediate nodes; characterized by a fourth transistor coupled by its main current nodes between said first storage node (206, 210) and a data input node (506, 906); and control circuitry (534, 934) configured, during a write phase, to activate said third and fourth transistors and to couple said data input node to a second supply voltage (V DD, GND) via a first circuit block (508, 908) to generate a programming current in a first direction through said first and second resistive elements to program the resistive state of at least one of said elements. first and second resistive elements (202, 204), at least one of which is programmable to have one of at least two resistive states (R min, R max), a data value being represented by the relative resistances of the first and second resistive elements, the first resistive element being coupled between a first storage node and a first intermediate node, the second resistive element being coupled between a second storage node and a second intermediate node; a first transistor coupled between said first storage node and a first supply voltage (GND, V DD); a second transistor coupled between said second storage node and said first supply voltage, wherein a control node of said first transistor is coupled to said second storage node and a control node of said second transistor is coupled to said first storage node; a third transistor coupled between the first and second intermediate nodes; characterized by a fourth transistor coupled by its main current nodes between said first storage node (206, 210) and a data input node (506, 906); and control circuitry (534, 934) configured, during a write phase, to activate said third and fourth transistors and to couple said data input node to a second supply voltage (V DD, GND) via a first circuit block (508, 908) to generate a programming current in a first direction through said first and second resistive elements to program the resistive state of at least one of said elements.