mhurhangee/ep-ind-claims huggingface dataset:
Device for analysis of the thermal behavior in transient regime of a Room equipped with a heating or air conditioning installation, which contains at least: - some means intended to supply a representative measure of the outside temperature of the Room; - some means intended to supply a representative measure of the internal temperature of the Room; - some means of control allowing to switch on or off the said installation to create variations of the internal temperature of the Room; - some means or giving an information or a measure of the power of heating or air conditioning of the Room; - some means of calculation using a thermal model of evolution in transient regime of the internal temperature of the Room equipped with the said installation, organized according to a chain which includes at least a means to collect series of the said measures, a means to filter the said measures and a means of identification to determine the characteristic' coefficients of the equation of the said thermal model in transient regime, the device being characterized in that the said model contains a combination of time exponential functions or their simplification, the said coefficients giving at least an element like a resistor representing thermal losses and at least an element like a capacitor representing thermal storage, and the internal temperature evolving under the influence of the outside temperature and of the power of heating or air conditioning injected by the said installation, the said measures being operated in short enough interval of time to report the immediate evolution of the internal temperature characterizing the transient regime. - some means intended to supply a representative measure of the outside temperature of the Room; - some means intended to supply a representative measure of the internal temperature of the Room; - some means of control allowing to switch on or off the said installation to create variations of the internal temperature of the Room; - some means or giving an information or a measure of the power of heating or air conditioning of the Room; - some means of calculation using a thermal model of evolution in transient regime of the internal temperature of the Room equipped with the said installation, organized according to a chain which includes at least a means to collect series of the said measures, a means to filter the said measures and a means of identification to determine the characteristic' coefficients of the equation of the said thermal model in transient regime, the device being characterized in that the said model contains a combination of time exponential functions or their simplification, the said coefficients giving at least an element like a resistor representing thermal losses and at least an element like a capacitor representing thermal storage, and the internal temperature evolving under the influence of the outside temperature and of the power of heating or air conditioning injected by the said installation, the said measures being operated in short enough interval of time to report the immediate evolution of the internal temperature characterizing the transient regime.
A method of generating control channel messages in a wireless communication system, the method comprising: determining logical resources reserved for a shared signaling channel; allocating logical control channel resources to the shared signaling channel, wherein the logical control channel resources are selected from the logical resources reserved for the shared signaling channel and are distinct from logical traffic channel resources available for data transmission, wherein a variable amount of logical resources is allocated to the shared signaling channel, and wherein any logical resources not used for the shared signaling channel are available for allocation to data transmission; assigning the logical resources used for the shared signaling channel to physical channel resources to obtain assigned physical channel resources for the shared signaling channel, wherein the assigned physical channel resources correspond to combinations of sub-carriers and symbols; generating at least one message; encoding the at least one message to generate at least one message symbol; and transmitting the at least one message on at least a portion of the assigned physical channel resources. determining logical resources reserved for a shared signaling channel; allocating logical control channel resources to the shared signaling channel, wherein the logical control channel resources are selected from the logical resources reserved for the shared signaling channel and are distinct from logical traffic channel resources available for data transmission, wherein a variable amount of logical resources is allocated to the shared signaling channel, and wherein any logical resources not used for the shared signaling channel are available for allocation to data transmission; assigning the logical resources used for the shared signaling channel to physical channel resources to obtain assigned physical channel resources for the shared signaling channel, wherein the assigned physical channel resources correspond to combinations of sub-carriers and symbols; generating at least one message; encoding the at least one message to generate at least one message symbol; and transmitting the at least one message on at least a portion of the assigned physical channel resources.
An adjustable biocide generator system for the generation of performic acid forming composition on-site, comprising: - a length of pipe; - a first inlet (1; 1') constructed to supply a first reagent to the length of pipe; - a second inlet constructed to supply a second reagent to the length of pipe; - a heating device in form of a heating cartridge, which penetrates through one end of the length of pipe and which is disposed through at least a portion of the inner diameter of the pipe; - an additional heating device in form of an insulating heater located in at least a portion of the length of the pipe; and - an outlet for dosing a performic acid forming composition from said length of pipe; wherein said inlets (1, 1', 10) are constructed to be in fluid connection with said length of pipe and to supply reagents to produce said performic acid forming composition in said length of pipe; wherein said first reagent comprises a formic acid source and said second reagent comprises an oxidizing agent; and wherein said length of pipe is constructed to be in fluid connection with said outlet to dispense said performic acid forming composition. - a length of pipe; - a first inlet (1; 1') constructed to supply a first reagent to the length of pipe; - a second inlet constructed to supply a second reagent to the length of pipe; - a heating device in form of a heating cartridge, which penetrates through one end of the length of pipe and which is disposed through at least a portion of the inner diameter of the pipe; - an additional heating device in form of an insulating heater located in at least a portion of the length of the pipe; and - an outlet for dosing a performic acid forming composition from said length of pipe;
A laundry dryer comprising - a drum, - a processing air fan, - an air circulation duct, - a variable speed compressor that performs the refrigerant cycle, the speed of which is adjusted in accordance with the drying load, - an evaporator that cools and condenses the processing air, - a condenser that provides the processing air to be heated, - an expansion member disposed between the condenser and the evaporator, - a circuit board that drives the compressor, - a heat sink that provides the components on the circuit board to be cooled, - a control unit, - a temperature sensor placed on the circuit board or the heat sink and that detects the temperature of the circuit board, characterized by - a cooling fan placed near the heat sink and that provides the circuit board to be cooled by forced convection and - the control unit that provides the speed of the cooling fan to be changed according to the data received from the temperature sensor and thus provides the circuit board to be cooled in accordance with the heating level thereof that changes depending on the speed of the compressor. - a drum, - a processing air fan, - an air circulation duct, - a variable speed compressor that performs the refrigerant cycle, the speed of which is adjusted in accordance with the drying load, - an evaporator that cools and condenses the processing air, - a condenser that provides the processing air to be heated, - an expansion member disposed between the condenser and the evaporator, - a circuit board that drives the compressor, - a heat sink that provides the components on the circuit board to be cooled, - a control unit, - a temperature sensor placed on the circuit board or the heat sink and that detects the temperature of the circuit board, - a cooling fan placed near the heat sink and that provides the circuit board to be cooled by forced convection and - the control unit that provides the speed of the cooling fan to be changed according to the data received from the temperature sensor and thus provides the circuit board to be cooled in accordance with the heating level thereof that changes depending on the speed of the compressor.
Method for operation of a wind energy installation at the rated wind speed, having the following steps: a. determination of an oblique incident flow value, which represents the difference (α) between the wind direction and the direction of the rotor axis of the wind energy installation; b. determination of a load value which is determined on the basis of an increase in the rotor rotation speed or which represents a load state of the wind energy installation caused by an oblique incident flow; c. calculation of a total load value from the load value and the oblique incident flow value using a functional relationship according to which the total load value varies monotonally as a function of the load value and as a function of the oblique incident flow value; d. reduction of the rotor rotation speed (ω) of the wind energy installation after the total load value has exceeded a first limit value; e. shutting down of the wind energy installation when the condition from step d. is satisfied and a second limit value is exceeded which is directly or indirectly dependent on the total load of the wind energy installation. a. determination of an oblique incident flow value, which represents the difference (α) between the wind direction and the direction of the rotor axis of the wind energy installation; b. determination of a load value which is determined on the basis of an increase in the rotor rotation speed or which represents a load state of the wind energy installation caused by an oblique incident flow; c. calculation of a total load value from the load value and the oblique incident flow value using a functional relationship according to which the total load value varies monotonally as a function of the load value and as a function of the oblique incident flow value; d. reduction of the rotor rotation speed (ω) of the wind energy installation after the total load value has exceeded a first limit value; e. shutting down of the wind energy installation when the condition from step d. is satisfied and a second limit value is exceeded which is directly or indirectly dependent on the total load of the wind energy installation.
A method for generating a two-dimensional barcode, comprising: obtaining a data block including a first data codeword and an error correction codeword, the first data codeword consisting of data bits having first information, the error correction codeword being capable of detecting and correcting an error of the first data codeword; characterized in that the method further comprises the steps of obtaining a replaced data block in which a number of bits of the data block are replaced with an equal number of conceal-information bits, the conceal-information bits having second information that contains information being concealed; and generating a two-dimensional barcode based on the replaced data block by geometrically arranging the bits of the replaced data block. obtaining a data block including a first data codeword and an error correction codeword, the first data codeword consisting of data bits having first information, the error correction codeword being capable of detecting and correcting an error of the first data codeword; characterized in that the method further comprises the steps of obtaining a replaced data block in which a number of bits of the data block are replaced with an equal number of conceal-information bits, the conceal-information bits having second information that contains information being concealed; and generating a two-dimensional barcode based on the replaced data block by geometrically arranging the bits of the replaced data block.
An L-menthol multiparticulate formulation comprising a plurality of particulates having a reduced release under gastric conditions and an elevated release at neutral pH, wherein the particulates comprise: a core comprising L-menthol as an active ingredient, the L-menthol being supplied to the core as an at least 80% pure L-menthol material; an enteric coating over the core, the enteric coating being effective to release at least about 80% of the L-menthol within about two hours of being placed in a substantially neutral pH environment. a core comprising L-menthol as an active ingredient, the L-menthol being supplied to the core as an at least 80% pure L-menthol material; an enteric coating over the core, the enteric coating being effective to release at least about 80% of the L-menthol within about two hours of being placed in a substantially neutral pH environment.
Electrical contact system consisting of a first contact element having a first welding connection portion and a second contact element having a second welding connection portion which is designed to be brought to bear with the first welding connection portion in order to be able to connect the contact elements (10, 20) in a materially bonded manner, wherein a. the first contact element has, adjacent to the first welding connection portion, a resilient fixing element which is bent in a U shape and which has two fixing arms (12a, 12b), for the clamped holding and fixing of a holding portion of the second contact element, and wherein b. the second contact element forms the holding portion adjacent to the second welding connection portion in such a way that, in the state in which they are held and prefixed for the welding process, the two welding connection portions (11, 21) are situated opposite to one another in a contacting manner, and wherein c. the two fixing arms (12a, 12b) extend around the lateral edges (21c, 21d) of the holding portion around a bending angle of 180°, characterized in that the second contact element is provided on the upper side of the second welding connection portion that is to be welded with a welding dome. a. the first contact element has, adjacent to the first welding connection portion, a resilient fixing element which is bent in a U shape and which has two fixing arms (12a, 12b), for the clamped holding and fixing of a holding portion of the second contact element, and wherein b. the second contact element forms the holding portion adjacent to the second welding connection portion in such a way that, in the state in which they are held and prefixed for the welding process, the two welding connection portions (11, 21) are situated opposite to one another in a contacting manner, and wherein c. the two fixing arms (12a, 12b) extend around the lateral edges (21c, 21d) of the holding portion around a bending angle of 180°,
A clothes treating apparatus comprising: a cabinet having an accommodating space for accommodating clothes to be treated therein; a steam generator to generate steam; a solution storing container in which a functional solution is stored, the functional solution being applied to the clothes to be treated to recover a function of the clothes; and a spray unit (170a,170b,170c) provided with a steam spraying portion connected to the steam generator to spray steam, and a solution spraying portion connected to the solution storing container to spray the functional solution within the solution storing container, in response to the steam being sprayed through the steam spraying portion, wherein the spray unit (170a,170b,170c) allows the functional solution sprayed through the solution spraying portion to be sprayed in a manner of being mixed with the steam sprayed through the steam spraying portion, characterized in that the clothes treating apparatus further comprises a communication pipe having one end portion communicating with the steam generator and another end portion communicating with the solution storing container; the solution storing container is configured such that internal pressure thereof is increased by the communication pipe while generating the steam in the steam generator. a cabinet having an accommodating space for accommodating clothes to be treated therein; a steam generator to generate steam; a solution storing container in which a functional solution is stored, the functional solution being applied to the clothes to be treated to recover a function of the clothes; and a spray unit (170a,170b,170c) provided with a steam spraying portion connected to the steam generator to spray steam, and a solution spraying portion connected to the solution storing container to spray the functional solution within the solution storing container, in response to the steam being sprayed through the steam spraying portion, wherein the spray unit (170a,170b,170c) allows the functional solution sprayed through the solution spraying portion to be sprayed in a manner of being mixed with the steam sprayed through the steam spraying portion, characterized in that the clothes treating apparatus further comprises a communication pipe having one end portion communicating with the steam generator and another end portion communicating with the solution storing container; the solution storing container is configured such that internal pressure thereof is increased by the communication pipe while generating the steam in the steam generator.
A solar system for providing volumetric energy reproducing the effect of a combustion flame for a high-temperature industrial process, comprising a solar receiver exposed to concentrated solar radiation, characterised in that it comprises a heat transfer fluid (liquid or gas) (f) being brought to high temperature; at least one high-temperature chamber in which said high-temperature industrial process is performed; injection means of the heat transfer fluid (f) from the solar receiver to the high-temperature chamber, the injection means being arranged and configured to inject the heat transfer fluid (f) in the form of a gas jet (g) reproducing the effect of a combustion flame in the at least one high-temperature chamber.
An apparatus, comprising: a first communication interface configured to be communicatively coupled, via an optical line, to a network device that is disposed in an optical network using a wavelength division multiplexing, WDM; a second communication interface configured to be communicatively coupled to a router via an Ethernet connection; and a signal generator operatively coupled to the first communication interface and the second communication interface, the signal generator configured to generate an Ethernet signal including a link-layer discovery protocol, LLDP, signal representing an encryption status of the optical line between the first communication interface and the network device, the second communication interface configured to transmit the Ethernet signal to the router; wherein the LLDP signal is configured to indicate that encryption is disabled on the apparatus. a first communication interface configured to be communicatively coupled, via an optical line, to a network device that is disposed in an optical network using a wavelength division multiplexing, WDM; a second communication interface configured to be communicatively coupled to a router via an Ethernet connection; and a signal generator operatively coupled to the first communication interface and the second communication interface, the signal generator configured to generate an Ethernet signal including a link-layer discovery protocol, LLDP, signal representing an encryption status of the optical line between the first communication interface and the network device, the second communication interface configured to transmit the Ethernet signal to the router; wherein the LLDP signal is configured to indicate that encryption is disabled on the apparatus.
A bracket for a vehicle tank, characterised by a pair of rail elements (10, 30) which each have a jaw (24, 44), the jaws (24, 44) being configured for supporting and clamping a vehicle tank between them, the rail elements (10, 30) being movable along one another towards a stop, and by a threaded connection acting between crosspieces of the respective elements to clamp the tank between the jaws when tightened against the stop, wherein an edge surface (42, 22, 72) of the rail element (10, 30) which engages with the stop is positioned obliquely in a direction of movement between the rail elements (10, 30).
A system for deterministic garbage collection in a virtual machine environment, comprising: a virtual machine for executing a software application; a memory space for use by the virtual machine in storing software objects and pointers as part of the software application; a garbage collector that estimates, for an area of the memory space, the pause time for garbage collection of the software objects within the area, and controls the garbage collection process so that the pause time for garbage collection will be lower than a target pause time limit; and characterized in that the area of the memory space is a compaction area, wherein the garbage collector sets the available compaction time allowed for the compaction area to a fractional value of the target pause time limit, and wherein, during compaction, if the available compaction time allowed for compaction is reached, the compaction is aborted, or if the number of pointer locations that point to a software object is above a threshold value, then the software object is not moved as part of the compaction step. a virtual machine for executing a software application; a memory space for use by the virtual machine in storing software objects and pointers as part of the software application; a garbage collector that estimates, for an area of the memory space, the pause time for garbage collection of the software objects within the area, and controls the garbage collection process so that the pause time for garbage collection will be lower than a target pause time limit; and characterized in that the area of the memory space is a compaction area,
A nickel electroplating composition comprising one or more sources of nickel ions, one or more compounds chosen from sodium saccharinate, boric acid and salts of boric acid, and optionally, one or more sources of acetate ions, characterized in that it further comprises one or more copolymers of arginine and one or more bisepoxides, wherein the one or more one or more bisepoxides have a formula: wherein Y 1 and Y 2 are independently chosen from H and linear or branched (C 1 -C 4)alkyl; A is OR 1 or R 2, wherein R 1 is ((CR 3 R 4) m)O) n, wherein R 3 and R 4 are independently chosen from H, hydroxyl and methyl, and R 2 is (CH 2) y, wherein m is a number from 1 to 6, n is a number from 1 to 20 and y is a number from 0 to 6 and when y is 0, A is a covalent chemical bond.