mhurhangee/ep-ind-claims huggingface dataset:
An audio-data transmitting system, comprising: a channel encoder, configured to receive and encode a bit signal for generating an encoding signal; a data modulator, configured to receive the encoding signal and modulate the encoding signal to become an audio signal whose frequency is on a frequency band, wherein the audio signal includes at least four different sub-audio signals, the frequency band includes at least four different sub-frequency bands of different frequencies, and the frequencies of the at least four sub-audio signals are on the at least four sub-frequency bands respectively, and the audio signal comprises a start-up audio signal prior to the four sub-audio signals, a frequency of the start-up audio signal is in a first spacing frequency band, and the first spacing frequency band is higher than one of the four sub-frequency bands and lower than other three of the four sub-frequency bands; and a speaker, configured to play the audio signal which includes the at least four different sub-audio signals simultaneously. a channel encoder, configured to receive and encode a bit signal for generating an encoding signal; a data modulator, configured to receive the encoding signal and modulate the encoding signal to become an audio signal whose frequency is on a frequency band, wherein the audio signal includes at least four different sub-audio signals, the frequency band includes at least four different sub-frequency bands of different frequencies, and the frequencies of the at least four sub-audio signals are on the at least four sub-frequency bands respectively, and the audio signal comprises a start-up audio signal prior to the four sub-audio signals, a frequency of the start-up audio signal is in a first spacing frequency band, and the first spacing frequency band is higher than one of the four sub-frequency bands and lower than other three of the four sub-frequency bands; and a speaker, configured to play the audio signal which includes the at least four different sub-audio signals simultaneously.
An optical scanner, comprising: a housing configured to accommodate optical scanning parts; and a cover member attached to the housing, wherein a tubular pin attachment portion, into which a screw pin is inserted when the housing is fastened and fixed to a fastening target by the screw pin, is installed in a side portion of the housing, and the cover member is mounted to the housing after inserting the screw pin and a coil spring into the pin attachment portions of the housing, a pin head accommodating portion formed into a tubular shape to extend in a coaxial relationship with the pin attachment portion and capable of accommodating a head portion of the screw pin inserted into the pin attachment portion is installed in a side portion of the cover member, the inner surface of the pin head accommodating portion is formed to constrain the outer periphery of the head portion of the screw pin to restrain the screw pin from falling during the fastening work, the coil spring is fitted to a shaft portion of the screw pin, a projection which restrains the head portion of the screw pin accommodated within the pin head accommodating portion from moving away from the pin attachment portion in the direction a way from the fastening target is installed on an inner surface of the pin head accommodating portion, a slant portion inclined inward as the slant portion extends away from the pin attachment portion in the direction a way from the fastening target is installed on an inner surface of the pin head accommodating portion over an entire or partial circumference of the pin head accommodating portion. a housing configured to accommodate optical scanning parts; and a cover member attached to the housing, wherein a tubular pin attachment portion, into which a screw pin is inserted when the housing is fastened and fixed to a fastening target by the screw pin, is installed in a side portion of the housing, and the cover member is mounted to the housing after inserting the screw pin and a coil spring into the pin attachment portions of the housing, a pin head accommodating portion formed into a tubular shape to extend in a coaxial relationship with the pin attachment portion and capable of accommodating a head portion of the screw pin inserted into the pin attachment portion is installed in a side portion of the cover member, the inner surface of the pin head accommodating portion is formed to constrain the outer periphery of the head portion of the screw pin to restrain the screw pin from falling during the fastening work, the coil spring is fitted to a shaft portion of the screw pin, a projection which restrains the head portion of the screw pin accommodated within the pin head accommodating portion from moving away from the pin attachment portion in the direction a way from the fastening target is installed on an inner surface of the pin head accommodating portion, a slant portion inclined inward as the slant portion extends away from the pin attachment portion in the direction a way from the fastening target is installed on an inner surface of the pin head accommodating portion over an entire or partial circumference of the pin head accommodating portion.
Intake system for an internal combustion engine comprising an intake channel, an opening of an exhaust gas recirculation channel into the intake channel and a crankcase ventilation channel which opens into the intake channel, characterized in that the crankcase ventilation channel comprises an opening configured as an intake port with which the crankcase ventilation channel projects into a lateral bulge of the intake channel, wherein at the end of an upstream portion of the intake channel, which comprises a smaller circumference than a following downstream portion of the intake channel, a first valve seat for a control body for closing the intake channel is configured, wherein a radially inner wall of the inlet nozzle, with respect to the intake channel, is arranged at a radial distance from the first valve seat, wherein, viewed in the direction of flow of the intake channel, upstream of the opening of the exhaust gas recirculation channel a shaft serving as an axis of rotation is arranged, on which the control body is eccentrically mounted, and which is arranged perpendicular to the center axes of the intake channel and of the exhaust gas recirculation channel wherein in a first end position of the control body the intake channel is at least throttled upstream of an opening of the exhaust gas recirculation channel, and in a second end position the exhaust gas recirculation channel is closed. an intake channel, an opening of an exhaust gas recirculation channel into the intake channel and a crankcase ventilation channel which opens into the intake channel, characterized in that the crankcase ventilation channel comprises an opening configured as an intake port with which the crankcase ventilation channel projects into a lateral bulge of the intake channel, wherein at the end of an upstream portion of the intake channel, which comprises a smaller circumference than a following downstream portion of the intake channel, a first valve seat for a control body for closing the intake channel is configured, wherein a radially inner wall of the inlet nozzle, with respect to the intake channel, is arranged at a radial distance from the first valve seat, wherein, viewed in the direction of flow of the intake channel, upstream of the opening of the exhaust gas recirculation channel a shaft serving as an axis of rotation is arranged, on which the control body is eccentrically mounted, and which is arranged perpendicular to the center axes of the intake channel and of the exhaust gas recirculation channel wherein in a first end position of the control body the intake channel is at least throttled upstream of an opening of the exhaust gas recirculation channel, and in a second end position the exhaust gas recirculation channel is closed.
Use of a coating composition in dry powder form, wherein the coating composition comprises at least one organic carrier material in the form of particles having a volume mean diameter of 8 to 200 μm, the carrier material being selected from waxes having a melting point of ≥ 50° Centigrade, and at least one biological agent having an activity against at least one pathogen of a vegetable plant as a coating on a seed of a vegetable plant.
Electrical equipment comprising: • an internal antenna; • an external connector arranged to be connected to an antenna external to the electrical equipment; • a first radio module; • a second radio module; each radio module being arranged to perform communication via a radio transmission • an RF link connecting the second radio module to the external connector; • a detector device arranged, when a test signal (St) is transmitted over the external connector via the RF link, to produce a detection signal representative of whether or not the external antenna is connected to the external connector; • control means arranged to control the second radio module so that it generates and transmits the test signal via the RF link, to acquire the detection signal, and depending on the detection signal, to connect the first radio module to the external connector if the external antenna is connected to the external connector, or else to connect the first radio module to the internal antenna if the external antenna is not connected to the external connector. • an internal antenna; • an external connector arranged to be connected to an antenna external to the electrical equipment; • a first radio module; • a second radio module; • an RF link connecting the second radio module to the external connector; • a detector device arranged, when a test signal (St) is transmitted over the external connector via the RF link, to produce a detection signal representative of whether or not the external antenna is connected to the external connector; • control means arranged to control the second radio module so that it generates and transmits the test signal via the RF link, to acquire the detection signal, and depending on the detection signal, to connect the first radio module to the external connector if the external antenna is connected to the external connector, or else to connect the first radio module to the internal antenna if the external antenna is not connected to the external connector.
A method for shaping a timepiece mainspring formed from a monolithic ribbon made of a metallic glass, characterized in that: - a theoretical free shape to be given to this monolithic ribbon made of a metallic glass, so that each segment, once the mainspring is fully wound in the barrel, i.e. subjected to the maximum bending moment, is calculated; - this ribbon is shaped, giving it curvatures characteristic of this theoretical free shape, in order to take account of a reduction in the curvatures once the ribbon is freed; - the ribbon is subjected to relaxation in order to fix its shape, by heating it about the glass transition temperature or in a range between Tx+50K and Tg-50K, with Tg being the glass transition temperature and Tx being the crystallization temperature, - this ribbon is cooled. - a theoretical free shape to be given to this monolithic ribbon made of a metallic glass, so that each segment, once the mainspring is fully wound in the barrel, i.e. subjected to the maximum bending moment, is calculated; - this ribbon is shaped, giving it curvatures characteristic of this theoretical free shape, in order to take account of a reduction in the curvatures once the ribbon is freed; - the ribbon is subjected to relaxation in order to fix its shape, by heating it about the glass transition temperature or in a range between Tx+50K and Tg-50K, with Tg being the glass transition temperature and Tx being the crystallization temperature, - this ribbon is cooled.
An electrolytic cell for aluminum electrolysis, comprising: a cell body adapted to be filled with an electrolyte, an anode and a cathode being arranged inside the cell body; the anode being arranged above the cell body, and at least a part of the anode being immersed in the electrolyte; the cathode being arranged at the bottom of the electrolytic cell and covered by a certain amount of aluminum liquid; the electrolyte being located between the anode and the cathode; characterized in that the anode is composed of Fe, Cu, Ni and Sn, wherein the content of Fe is 23-40wt%, the content of Cu is 36-60wt%, the content of Ni is 14-28wt% and the content of Sn is 0.2-5wt%. a cell body adapted to be filled with an electrolyte, an anode and a cathode being arranged inside the cell body; the anode being arranged above the cell body, and at least a part of the anode being immersed in the electrolyte; the cathode being arranged at the bottom of the electrolytic cell and covered by a certain amount of aluminum liquid; the electrolyte being located between the anode and the cathode; characterized in that the anode is composed of Fe, Cu, Ni and Sn, wherein the content of Fe is 23-40wt%, the content of Cu is 36-60wt%, the content of Ni is 14-28wt% and the content of Sn is 0.2-5wt%.
A method for dispensing a compressed gas into a receiving vessel employing a supply of compressed gas, a fluid conveyance operatively connecting the supply to the receiving vessel, a flow control device capable of varying the flow rate of compressed gas through the fluid conveyance, and a flow controller for controlling the flow control device, the method comprising the steps of: (a) passing compressed gas from the supply through the fluid conveyance into the receiving vessel; and (b) determining an apparent temperature (T 112) which is representative for an instantaneous temperature of the receiving vessel; characterized by (c) providing a target temperature (T target) from a target temperature profile for the receiving vessel, the target temperature profile being provided as a path of target temperatures versus pressure and/or elapsed dispensing time, the target temperature profile for the receiving vessel providing target temperatures which increase during dispensing from a starting target temperature to a final target temperature; (d) determining a deviation between the apparent temperature (T 112) and the target temperature (T target) from the target temperature profile; (e) varying the flow rate of compressed gas during dispensing by means of the flow control device in response to the deviation to conform a temperature profile that the receiving vessel undergoes during dispensing to the target temperature profile; and (f) repeating steps (b) to (e) during the dispensing process. (a) passing compressed gas from the supply through the fluid conveyance into the receiving vessel; and (b) determining an apparent temperature (T 112) which is representative for an instantaneous temperature of the receiving vessel; (c) providing a target temperature (T target) from a target temperature profile for the receiving vessel, the target temperature profile being provided as a path of target temperatures versus pressure and/or elapsed dispensing time, the target temperature profile for the receiving vessel providing target temperatures which increase during dispensing from a starting target temperature to a final target temperature; (d) determining a deviation between the apparent temperature (T 112) and the target temperature (T target) from the target temperature profile; (e) varying the flow rate of compressed gas during dispensing by means of the flow control device in response to the deviation to conform a temperature profile that the receiving vessel undergoes during dispensing to the target temperature profile; and (f) repeating steps (b) to (e) during the dispensing process.
A method for displaying battery information of an electronic device, the method comprising: obtaining an operating history about one or more operations performed by the electronic device from a storage unit, wherein obtaining the operating history further comprises obtaining a charging history of the electronic device as part of the operating history, and updating the operating history about the one or more operations; determining a power use ratio about each of the one or more operations, based at least on the operating history; determining a charging probability of the electronic device, based on the charging history of the electronic device; determining an available time period for which a battery supplying power to the electronic device is capable to supply power to the electronic device, based on the power use ratio and a remaining capacity of the battery, applying an offset to the available time period, based on the charging probability, when the charging probability is less than a value; and displaying the battery information including the available time period. obtaining an operating history about one or more operations performed by the electronic device from a storage unit, wherein obtaining the operating history further comprises obtaining a charging history of the electronic device as part of the operating history, and updating the operating history about the one or more operations; determining a power use ratio about each of the one or more operations, based at least on the operating history; determining a charging probability of the electronic device, based on the charging history of the electronic device; determining an available time period for which a battery supplying power to the electronic device is capable to supply power to the electronic device, based on the power use ratio and a remaining capacity of the battery, applying an offset to the available time period, based on the charging probability, when the charging probability is less than a value; and displaying the battery information including the available time period.
An immunomodulatory polypeptide comprising: a) a first peptide comprising a p35 subunit of IL-12; b) a second peptide comprising a p40 subunit of IL-12; and c) a joining region connecting the first and second peptides, wherein the joining region comprises a targeting moiety that binds to a target molecule. a) a first peptide comprising a p35 subunit of IL-12; b) a second peptide comprising a p40 subunit of IL-12; and c) a joining region connecting the first and second peptides, wherein the joining region comprises a targeting moiety that binds to a target molecule.
A case for an electronic device, the case comprising: a rear cover configured to attach to at least a portion of a rear side of the electronic device; a front cover configured to removably cover at least a portion of a front side of the electronic device; and a connection portion that connects the front cover and the rear cover, and includes a radiator portion of an antenna structure for transmitting and receiving signals in at least one frequency band, wherein the antenna structure comprises a feeding terminal that is disposed in a first region of the rear cover and is configured to connect to a feeding unit (230, 290) on the rear side of the electronic device. a rear cover configured to attach to at least a portion of a rear side of the electronic device; a front cover configured to removably cover at least a portion of a front side of the electronic device; and a connection portion that connects the front cover and the rear cover, and includes a radiator portion of an antenna structure for transmitting and receiving signals in at least one frequency band, wherein the antenna structure comprises a feeding terminal that is disposed in a first region of the rear cover and is configured to connect to a feeding unit (230, 290) on the rear side of the electronic device.
A casing anchor and seal assembly (CAASA) for a modular insert float system for insertion into and use in a bore of a casing, the (CAASA) assembly comprising:- a first casing anchor and seal assembly which comprises: a mandrel, a sealing element coupled to the mandrel, and a slip coupled to the mandrel on each side of the sealing element, wherein the slips permit anchoring of the mandrel to the casing bore and wherein the sealing element seals the first casing anchor and seal assembly against the casing bore, such that the first casing anchor and seal assembly is configured to be inserted and coupled into the bore of the casing independent of being coupled to an end of the casing, characterized in that the mandrel comprises: two interchangeable pin ends, wherein each of the mandrel pin ends is threaded for coupling with adjacent assemblies and components, and are interchangeable between the ends so that the orientation and actuation can occur from either end. a mandrel, a sealing element coupled to the mandrel, and a slip coupled to the mandrel on each side of the sealing element, wherein the slips permit anchoring of the mandrel to the casing bore and wherein the sealing element seals the first casing anchor and seal assembly against the casing bore, such that the first casing anchor and seal assembly is configured to be inserted and coupled into the bore of the casing independent of being coupled to an end of the casing, characterized in that the mandrel comprises: two interchangeable pin ends, wherein each of the mandrel pin ends is threaded for coupling with adjacent assemblies and components, and are interchangeable between the ends so that the orientation and actuation can occur from either end.
A multilayer capacitor, comprising two or more laminated bodies (20A, 20B) which are bonded together, the two or more laminated bodies (20A, 20B) each comprising resin layers and metal layers which are alternately laminated a plurality of times in a thickness direction by alternately repeating at least a step of depositing a resin raw material on a support body and a step of depositing a metal raw material on the support body, one of two adjacent metal layers sandwiching at least one of the resin layers in the thickness direction functioning as a positive electrode, another of the two adjacent metal layers functioning as a negative electrode, the two or more laminated bodies each being warped and having front and rear surfaces covered with surface layers containing a resin material, one of the front and rear surfaces being formed of a first surface as a smooth surface having no recess portion, characterized in that another of the front and rear surfaces is formed of a second surface having a recess portion, in that at least two adjacent laminated bodies are bonded together at the first surfaces or the second surfaces, and in that both end surfaces of the laminated bodies (20A, 20B) in which two or more laminated bodies are bonded and laminated together are each covered with a metal material functioning as an external electrode; and the metal material is present also at bonding interface between the laminated bodies in a vicinity of the both end surfaces.