mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising a vehicle antenna mounted on the vehicle, the vehicle antenna comprising: a first antenna portion configured to receive a radio wave signal, the first antenna portion being provided on a roof of the vehicle; and a second antenna portion configured to emit a radio wave signal into the vehicle, the second antenna portion being provided in the vehicle, wherein the first antenna portion comprises a monopole antenna, the second antenna portion comprises a flat plate antenna, and the first antenna portion and the second antenna portion are electrically connected to each other via a coaxial cable, characterized in that the flat plate antenna includes: a dielectric body having a plate-like shape; a first electrode provided to one peripheral portion of the dielectric body; and a second electrode provided to another peripheral portion facing the one peripheral portion of the dielectric body, the first electrode is connected to one end of a core wire of the coaxial cable by a joining portion, and the second electrode is connected to a part of an outer cover wire of the coaxial cable by a joining portion, and wherein the second antenna portion is configured to be arranged in a space formed between a ceiling plate and the roof of the vehicle. a first antenna portion configured to receive a radio wave signal, the first antenna portion being provided on a roof of the vehicle; and a second antenna portion configured to emit a radio wave signal into the vehicle, the second antenna portion being provided in the vehicle, wherein the first antenna portion comprises a monopole antenna, the second antenna portion comprises a flat plate antenna, and the first antenna portion and the second antenna portion are electrically connected to each other via a coaxial cable, characterized in that the flat plate antenna includes: a dielectric body having a plate-like shape; a first electrode provided to one peripheral portion of the dielectric body; and a second electrode provided to another peripheral portion facing the one peripheral portion of the dielectric body, a dielectric body having a plate-like shape; a first electrode provided to one peripheral portion of the dielectric body; and a second electrode provided to another peripheral portion facing the one peripheral portion of the dielectric body, the first electrode is connected to one end of a core wire of the coaxial cable by a joining portion, and the second electrode is connected to a part of an outer cover wire of the coaxial cable by a joining portion, and wherein
A method of determining defrosting times for a heat extraction machine, in particular for a heat pump, wherein the heat extraction machine comprises a refrigerant circuit which is flowed through by a refrigerant and which has at least one evaporator which is in a heat exchange relationship with environmental air; wherein the temperature of the environmental air and the evaporation temperature of the refrigerant in the evaporator are determined and the defrosting times are determined in dependence on a temperature difference (Δ) between the temperature of the environmental air and the evaporation temperature, characterized in that a first correction value (Δ Correctio_Fan) dependent on the rotational speed of a fan supplying environmental air to the evaporator and on the evaporator power is determined and is added to the temperature difference (Δ) or subtracted from the temperature difference (Δ); and in that a second correction value (Δ Correction_OH) dependent on the overheating of the refrigerant in the evaporator is determined and is added to the temperature difference (Δ) or subtracted from the temperature difference (Δ).
Pneumatic volume booster for amplifying a pneumatic control pressure output signal of a position controller which aerates and/or deaerates a pneumatic actuator, such as a pneumatic control drive, for actuating a control armature, such as a control valve, of a processing plant, such as a petrochemical plant, a foodstuff processing plant, such as a brewery, or the like, the booster comprising: - a pneumatic control outlet for attachment to a pneumatic working chamber of the pneumatic actuator; - a first pneumatic aeration inlet; - a pneumatic deaeration connection from the control outlet to a pressure sink for aerating the control actuator; - a deaerator seat-valve separating and/or opening the pneumatic deaeration connection; and - a pneumatic aeration connection between the first aeration inlet and the control outlet; - an aerator seat-valve separating and/or opening the pneumatic aeration connection; characterized in that the pneumatic volume booster further comprises: - at least one pneumatic amplification inlet, in particular for receiving a particularly constant pneumatic air amplification signal, such as a booster signal; - a pneumatic amplification connection between the amplification inlet and the control outlet; - an amplification seat-valve separating and/or opening the pneumatic amplification connection; and - a mechanical seat-valve-operator for commonly operating the deaeration seat-valve, the first aerator seat-valve and the amplification seat-valve. - a pneumatic control outlet for attachment to a pneumatic working chamber of the pneumatic actuator; - a first pneumatic aeration inlet; - a pneumatic deaeration connection from the control outlet to a pressure sink for aerating the control actuator; - a deaerator seat-valve separating and/or opening the pneumatic deaeration connection; and - a pneumatic aeration connection between the first aeration inlet and the control outlet; - an aerator seat-valve separating and/or opening the pneumatic aeration connection; - at least one pneumatic amplification inlet, in particular for receiving a particularly constant pneumatic air amplification signal, such as a booster signal; - a pneumatic amplification connection between the amplification inlet and the control outlet; - an amplification seat-valve separating and/or opening the pneumatic amplification connection; and - a mechanical seat-valve-operator for commonly operating the deaeration seat-valve, the first aerator seat-valve and the amplification seat-valve.
A gas-adsorbing device fabricating method comprising: (i) charging a gas-adsorbing member in a container having low gas-permeability through its opening portion, wherein the container is made of a hollow cylindrical metal member having one end opened and the other end sealed, wherein the container having low gas-permeability is made of a metal with a thickness of 2.0 mm or less and has a body portion from the one end to the other end having a length equal to or larger than a maximum width of the end portions, the container being placed with the sealed end down; (ii) forming a narrowed portion in at least one position of the body portion below the opening portion and closer to the opening portion than the charged gas-adsorbing member; (iii) installing a sealing member above the narrowed portion within the opening portion in the proximity of the opening portion; (iv) reducing pressures within the container and an ambient space around the container; (v) heating the proximity of the opening portion and the sealing member such that the sealing member in a molten state closes the narrowed portion by the effect of surface tension; and (vi) cooling and solidifying the molten sealing member closing the narrowed portion by the surface tension, inside the opening portion. (i) charging a gas-adsorbing member in a container having low gas-permeability through its opening portion, wherein the container is made of a hollow cylindrical metal member having one end opened and the other end sealed, wherein the container having low gas-permeability is made of a metal with a thickness of 2.0 mm or less and has a body portion from the one end to the other end having a length equal to or larger than a maximum width of the end portions, the container being placed with the sealed end down; (ii) forming a narrowed portion in at least one position of the body portion below the opening portion and closer to the opening portion than the charged gas-adsorbing member; (iii) installing a sealing member above the narrowed portion within the opening portion in the proximity of the opening portion; (iv) reducing pressures within the container and an ambient space around the container; (v) heating the proximity of the opening portion and the sealing member such that the sealing member in a molten state closes the narrowed portion by the effect of surface tension; and (vi) cooling and solidifying the molten sealing member closing the narrowed portion by the surface tension, inside the opening portion.
Monitoring means for monitoring a process controlled by means of an automation system comprising an industrial data communication network, a process controller connected to the industrial data communication network, and one or more field devices connected to the industrial data communication network, wherein several process signals are provided in the automation system, wherein a signal format and a channel of one of the field devices are associated to each of the process signals, and wherein, for each of the process signals, signal values in the respectively associated signal format, together with a channel identification of the respective channel can each be transmitted via the industrial data communication network in a process telegram, wherein the monitoring means is configured for automatically creating a process signal description during a configuration phase of the monitoring means using at least one initializing telegram for the automation system transmitted during an initialization phase of the industrial data communication network between the process controller and at least one of the field devices,and using device description files associated each to one of the field devices, wherein the process signal description indicates, for at least one of the process signals, the respective signal format and the respective channel identification, wherein the monitoring means is configured for automatically creating a data base during a learning phase of the monitoring means, wherein the data base, for at least one of the process signals, comprises several signal values of the respective process signals, which are each provided with a time stamp, wherein the signal values and the respective time stamps are extracted from several process telegrams transmitted via the industrial data communication network using the process signal description, wherein at least one illegal range of values is derived for at least one of the process signals from the data base for the signal values of the respective process signal, and wherein the monitoring means is configured for automatically identifying a disturbance in the process during an operation phase of the monitoring means, in case a current signal value of the signal values of one of the process signals is within the respective illegal range of values, wherein the current signal value is extracted from a current process telegram of the process telegrams transmitted via the industrial data communication network using the process signal description.
A method for measuring a concentration of one or more biomarker/analyte in blood from a mammal comprising: - providing a kit of parts for sampling blood, the kit of parts comprising a lancet and a capillary adapted to sample a defined volume of blood from the mammal and a vial comprising an extraction fluid together with one or more internal standard, wherein the one or more internal standard is a radioisotope of one or more biomarker selected from a group comprising one or more of 2H, 3H, 11C, 13C, 14C, 13N, 15N, 150, 170 and 180 radioisotope of said biomarker adapted to assess a quality and a concentration of the one or more biomarker in the blood sample, - distributing the kit of parts to a location of the mammal, - receiving the vial comprising a blood sample from the mammal inserted into the vial, - analysing the blood sample to determine the quality of the sample and the concentration of the one or more biomarker in the blood of the mammal by centrifuging the vial and performing a direct analysis of the supernatant, and normalizing the analyzed results between different samples and a standard curve. - providing a kit of parts for sampling blood, the kit of parts comprising a lancet and a capillary adapted to sample a defined volume of blood from the mammal and a vial comprising an extraction fluid together with one or more internal standard, wherein the one or more internal standard is a radioisotope of one or more biomarker selected from a group comprising one or more of 2H, 3H, 11C, 13C, 14C, 13N, 15N, 150, 170 and 180 radioisotope of said biomarker adapted to assess a quality and a concentration of the one or more biomarker in the blood sample, - distributing the kit of parts to a location of the mammal, - receiving the vial comprising a blood sample from the mammal inserted into the vial, - analysing the blood sample to determine the quality of the sample and the concentration of the one or more biomarker in the blood of the mammal by centrifuging the vial and performing a direct analysis of the supernatant, and normalizing the analyzed results between different samples and a standard curve.
A method for realizing downloading of mobile terminal application program, the method characterized in that the steps of: adding a plug-in control unit to be displayed on an operation interface of the mobile terminal, wherein the plug-in control unit comprises a script which is a plug-in module with application description technique to form a user interface on the operation interface, and the plug-in control unit is used to realize the downloading of application programs of the mobile terminal; arranging a plurality of downloading icons of the application programs to be displayed on the user interface, wherein the user interface obtains the plurality of downloading icons which are pushed by a background server and each of the downloading icons on the user interface is linked to a downloading address, and wherein during the step, the plug-in control unit controls the user interface to receive update of the application programs from the background server at a predetermined interval based on the downloading address; and receiving an operational instruction of a user by way of the downloading icons of the application programs, downloading the application programs corresponding to the downloading icons based on the operational instruction, and identifying downloading statuses of the application programs to be displayed on the user interface of the plug-in control unit in response to the downloading and update of the application programs. adding a plug-in control unit to be displayed on an operation interface of the mobile terminal, wherein the plug-in control unit comprises a script which is a plug-in module with application description technique to form a user interface on the operation interface, and the plug-in control unit is used to realize the downloading of application programs of the mobile terminal; arranging a plurality of downloading icons of the application programs to be displayed on the user interface, wherein the user interface obtains the plurality of downloading icons which are pushed by a background server and each of the downloading icons on the user interface is linked to a downloading address, and wherein during the step, the plug-in control unit controls the user interface to receive update of the application programs from the background server at a predetermined interval based on the downloading address; and receiving an operational instruction of a user by way of the downloading icons of the application programs, downloading the application programs corresponding to the downloading icons based on the operational instruction, and identifying downloading statuses of the application programs to be displayed on the user interface of the plug-in control unit in response to the downloading and update of the application programs.
A memory module (106, 206) comprising: a plurality of device sites; and a data buffer component coupled to the plurality of device sites, characterized in that the data buffer component (105, 205) is to operate in a first mode when the memory module (106, 206) is inserted onto a first type of memory channel with multi-drop data-links and to operate in a second mode when the memory module (106, 206) is inserted onto a second type of memory channel with point-to-point data-links. a plurality of device sites; and a data buffer component coupled to the plurality of device sites, characterized in that the data buffer component (105, 205) is to operate in a first mode when the memory module (106, 206) is inserted onto a first type of memory channel with multi-drop data-links and to operate in a second mode when the memory module (106, 206) is inserted onto a second type of memory channel with point-to-point data-links.
A method for producing optically active alcohols, comprising reducing a ketone in the presence of an iridium complex having a chiral prolinamide compound as a ligand, wherein the ketone is a compound represented by formula: (wherein R 1 and R 2 are different from each other, and each represent an optionally substituted straight or branched alkyl group, an optionally substituted cycloalkyl group, an optionally substituted aryl group, an optionally substituted heteroaryl group, an optionally substituted aralkyl group, an optionally substituted heteroarylalkyl group, an optionally substituted alkenyl group or an optionally substituted alkynyl group, or R 1 and R 2 are bound to each other at any appropriate position to form a ring, the ring optionally containing one or more atoms which may be the same or different and are selected from.an oxygen atom, an optionally substituted nitrogen atom and a sulfur atom), wherein the ring is a condensed ring of an optionally substituted aliphatic carbocyclic or heterocyclic ring and an optionally substituted aromatic or heteroaromatic ring. (wherein R 1 and R 2 are different from each other, and each represent an optionally substituted straight or branched alkyl group, an optionally substituted cycloalkyl group, an optionally substituted aryl group, an optionally substituted heteroaryl group, an optionally substituted aralkyl group, an optionally substituted heteroarylalkyl group, an optionally substituted alkenyl group or an optionally substituted alkynyl group, or R 1 and R 2 are bound to each other at any appropriate position to form a ring, the ring optionally containing one or more atoms which may be the same or different and are selected from.an oxygen atom, an optionally substituted nitrogen atom and a sulfur atom), wherein the ring is a condensed ring of an optionally substituted aliphatic carbocyclic or heterocyclic ring and an optionally substituted aromatic or heteroaromatic ring.
FIFO-type memory circuit for storing parsimonious data, configured to receive an input data vector of size Iz at least equal to 1, the circuit comprising: - an encoder, - a memory block comprising a first memory region dedicated to encoder information and a second memory region dedicated to data, the second memory region being divided into a number Iz of FIFO memories (26a-26d), each FIFO memory (26a-26d) being associated with one component of the input vector, with only non-zero data being saved in the FIFO memories (26a-26d), - a decoder, the encoder being configured to generate an indicator of non-zero data (C n) for each component of the input vector, the memory circuit being configured to write the non-zero data of the input data vector to the respective FIFO memories (26a-26d) and to write the indicator of non-zero data (C n) to the first memory region, the decoder being configured to read the outputs of the FIFO memories (26a-26d) and the associated indicator (C n) in the first memory region to reconstruct the data vector, the encoder further being configured to rearrange the order of the non-zero data in the data vector so as to balance the number of non-zero data saved in each FIFO memory and the decoder being configured to apply the inverse operation of the encoder to the outputs of the FIFO memories. - an encoder, - a memory block comprising a first memory region dedicated to encoder information and a second memory region dedicated to data, the second memory region being divided into a number Iz of FIFO memories (26a-26d), each FIFO memory (26a-26d) being associated with one component of the input vector, with only non-zero data being saved in the FIFO memories (26a-26d), - a decoder, the encoder being configured to generate an indicator of non-zero data (C n) for each component of the input vector, the memory circuit being configured to write the non-zero data of the input data vector to the respective FIFO memories (26a-26d) and to write the indicator of non-zero data (C n) to the first memory region, the decoder being configured to read the outputs of the FIFO memories (26a-26d) and the associated indicator (C n) in the first memory region to reconstruct the data vector, the encoder further being configured to rearrange the order of the non-zero data in the data vector so as to balance the number of non-zero data saved in each FIFO memory and the decoder being configured to apply the inverse operation of the encoder to the outputs of the FIFO memories.
Burner comprising: a body having a first tubular element defining a first duct for the flow of a combustion fluid, a second tubular element arranged externally to said first tubular element, where the volume placed between said first and second tubular elements (3, 4) defines a second duct for the flow of a combustive fluid, and a third tubular element arranged externally to said second tubular element and defining an outlet mouth of the flame, where the volume interposed between said second and third tubular elements (4, 5) defines an external gap, said second tubular element having a plurality of first openings able to allow the flow of the combustive fluid from said second duct towards said external gap, at least a combustion head associated with said body in correspondence to the extremity of said first tubular element; characterized in that it comprises at least a covering element arranged externally to said second tubular element and movable with respect to it to adjust the flow section of said first openings. a body having a first tubular element defining a first duct for the flow of a combustion fluid, a second tubular element arranged externally to said first tubular element, where the volume placed between said first and second tubular elements (3, 4) defines a second duct for the flow of a combustive fluid, and a third tubular element arranged externally to said second tubular element and defining an outlet mouth of the flame, where the volume interposed between said second and third tubular elements (4, 5) defines an external gap, said second tubular element having a plurality of first openings able to allow the flow of the combustive fluid from said second duct towards said external gap, at least a combustion head associated with said body in correspondence to the extremity of said first tubular element; characterized in that it comprises at least a covering element arranged externally to said second tubular element and movable with respect to it to adjust the flow section of said first openings.
Precursor for the coating of electronic components, characterised in that it comprises an organometallic gallium, ruthenium, magnesium, hafnium, indium and/or tin complex and mixtures thereof which contains at least one ligand from the class of the oximates.