mhurhangee/ep-ind-claims huggingface dataset:
A straddled vehicle comprising: a fuel tank comprising or including a fuel filler port and a tank intake port; a cover that covers the fuel tank; a support attached to the fuel tank and arranged around the fuel filler port; a cap that is movably attached to the support to an open position and a closed position, opens the fuel filler port at the open position, and closes the fuel filler port at the closed position; a charge hose connected to a rollover valve and arranged outside the fuel tank; and a canister connected to the charge hose, characterized in that the rollover valve comprises or includes a valve intake port connected to the tank intake port, the rollover valve being attached to the support and sandwiched between the support and the fuel tank. a fuel tank comprising or including a fuel filler port and a tank intake port; a cover that covers the fuel tank; a support attached to the fuel tank and arranged around the fuel filler port; a cap that is movably attached to the support to an open position and a closed position, opens the fuel filler port at the open position, and closes the fuel filler port at the closed position; a charge hose connected to a rollover valve and arranged outside the fuel tank; and a canister connected to the charge hose, characterized in that the rollover valve comprises or includes a valve intake port connected to the tank intake port, the rollover valve being attached to the support and sandwiched between the support and the fuel tank.
Method for producing a generator having the following steps of the method: i) a plurality of partially annular rotor segments are fitted with permanent magnets, in which said permanent magnets are inserted into magnet pouches of the rotor segments, ii) a plurality of partially annular stator segments are fitted with coils, iii) in each case one of the partially annular rotor segments is joined to in each case one partially annular stator segment to form a partially annular machine element, wherein stator segment and rotor segment are connected to each other via connecting elements such that they are spaced apart via the air gap separating the stator and rotor from each other in the assembled condition of the electric machine, iv) machine elements produced according to step iii) are joined to form a closed ring and mounted directly onto a flange of a turbine of a wind power plant, v) the connecting elements between stator segments and rotor segments are subsequently released. i) a plurality of partially annular rotor segments are fitted with permanent magnets, in which said permanent magnets are inserted into magnet pouches of the rotor segments, ii) a plurality of partially annular stator segments are fitted with coils, iii) in each case one of the partially annular rotor segments is joined to in each case one partially annular stator segment to form a partially annular machine element, wherein stator segment and rotor segment are connected to each other via connecting elements such that they are spaced apart via the air gap separating the stator and rotor from each other in the assembled condition of the electric machine, iv) machine elements produced according to step iii) are joined to form a closed ring and mounted directly onto a flange of a turbine of a wind power plant, v) the connecting elements between stator segments and rotor segments are subsequently released.
A hydrophone comprising; a piezoelectric element receiving pressure caused by sound waves propagating underwater and converting these into electrical signals, a pre-amplifier circuit for amplifying the electrical signals, and a cable connected to said pre-amplifier circuit for transmitting the electrical signal above the water; characterized in that the hydrophone further comprises a cyanoacrylate and sodium bicarbonate mix layer coated over the pre-amplifier circuit, and an additional silicone layer covering the surface of said cyanoacrylate and sodium bicarbonate mix layer.
An insulation body for providing electrical insulation of a conductor in an electrical device, wherein the insulation body is formed from a set of at least two pre-fabricated modules, each module having a hole of the same diameter (Φ) through which the conductor is extendible and each comprising at least one insulating material; the at least two modules are axially arranged side-by-side so that the holes of the at least two modules are aligned to form a passage for the conductor, and adjacent modules are arranged firmly against each other; wherein the highest relative permittivity of the material(s) of a first of said at least two modules is higher than the highest relative permittivity of the material(s) of a second of said at least two modules, so that the relative permittivity of the insulation body varies in the axial direction of the insulation body, wherein the variation in permittivity along the axial direction of the insulation body is such that the ratio of the highest permittivity to the lowest permittivity is larger than 3. the insulation body is formed from a set of at least two pre-fabricated modules, each module having a hole of the same diameter (Φ) through which the conductor is extendible and each comprising at least one insulating material; the at least two modules are axially arranged side-by-side so that the holes of the at least two modules are aligned to form a passage for the conductor, and adjacent modules are arranged firmly against each other; wherein the highest relative permittivity of the material(s) of a first of said at least two modules is higher than the highest relative permittivity of the material(s) of a second of said at least two modules, so that the relative permittivity of the insulation body varies in the axial direction of the insulation body, wherein the variation in permittivity along the axial direction of the insulation body is such that the ratio of the highest permittivity to the lowest permittivity is larger than 3.
Method for noninvasive determination of the flow or the flow rate in an electrically conductive object, through which a gaseous medium flows, in particular in a pipe or a pipeline, by means of an acoustic flow meter, wherein an emitting transducer of the flow meter is arranged on or close to the object wall and a receiving transducer of the flow meter is arranged spaced apart in the longitudinal direction of the object on or close to the object wall, an ultrasonic wave, formed in particular as a Lamb wave, is generated in the object by means of the emitting transducer, which is partially coupled as a longitudinal wave into the medium, and a useful signal, which at least partially results due to the longitudinal wave, is detected by the receiving transducer, wherein the flow or the flow rate is determined from the useful signal via an evaluation device, characterized in that the emitting transducer is arranged in a first position in the circumferential direction around a longitudinal axis of the object, and the receiving transducer is arranged in a second position, varied in relation to the first position around the longitudinal axis, outside the main beam of the ultrasonic wave, and the width of the main beam of the ultrasonic wave is restricted to a sector between two contact points of a sensor mechanism, in particular wherein the contact points are arranged behind the receiving transducer with respect to the main beam and in the propagation direction of the ultrasonic wave. an emitting transducer of the flow meter is arranged on or close to the object wall and a receiving transducer of the flow meter is arranged spaced apart in the longitudinal direction of the object on or close to the object wall, an ultrasonic wave, formed in particular as a Lamb wave, is generated in the object by means of the emitting transducer, which is partially coupled as a longitudinal wave into the medium, and a useful signal, which at least partially results due to the longitudinal wave, is detected by the receiving transducer, wherein the flow or the flow rate is determined from the useful signal via an evaluation device, characterized in that the emitting transducer is arranged in a first position in the circumferential direction around a longitudinal axis of the object, and the receiving transducer is arranged in a second position, varied in relation to the first position around the longitudinal axis, outside the main beam of the ultrasonic wave, and the width of the main beam of the ultrasonic wave is restricted to a sector between two contact points of a sensor mechanism, in particular wherein the contact points are arranged behind the receiving transducer with respect to the main beam and in the propagation direction of the ultrasonic wave.
A nanofluid comprising: a base fluid; a nanoparticle component; and a gelling agent provided in an amount effective to cause the nanofluid to change from a liquid state to a gelled state at a temperature below 20 °C, the gelled state helping to maintain the nanoparticle component suspended throughout the base fluid; wherein the nanoparticle component is selected from the group consisting of diamond nanoparticles, MoS 2 nanoparticles, WS 2, and combinations thereof; wherein the base fluid is a non-aqueous fluid having a moisture content less than 20%; and wherein the gelling agent is a gelling surfactant provided in a range of 0.05 to 2.0 wt. %. a base fluid; a nanoparticle component; and a gelling agent provided in an amount effective to cause the nanofluid to change from a liquid state to a gelled state at a temperature below 20 °C, the gelled state helping to maintain the nanoparticle component suspended throughout the base fluid;
A method for tracking usage of a pulse oximeter via a network system, the method comprising: storing patient information and pulse oximeter identification data identifying the pulse oximeter associated with the patient, wherein the patient information and pulse oximeter identification data are stored at a network server; connecting the pulse oximeter to a patient monitoring device, wherein the patient monitoring device is provided with the pulse oximeter identification data and status data; monitoring pulse oximeter data using the connected pulse oximeter for measuring the pulse oximeter data; transmitting the pulse oximeter data, the pulse oximeter identification data, and the status data from the patient monitoring device to the network server; matching the transmitted pulse oximeter identification data with the pulse oximeter identification data stored in the network server; associating the transmitted pulse oximeter data to the stored patient information; characterized in the method further comprising: transmitting past pulse oximeter data matched with the transmitted pulse oximeter identification data from the network server to the patient monitoring device; and storing received past pulse oximeter data to a patient monitoring device database of the patient monitoring device. storing patient information and pulse oximeter identification data identifying the pulse oximeter associated with the patient, wherein the patient information and pulse oximeter identification data are stored at a network server; connecting the pulse oximeter to a patient monitoring device, wherein the patient monitoring device is provided with the pulse oximeter identification data and status data; monitoring pulse oximeter data using the connected pulse oximeter for measuring the pulse oximeter data; transmitting the pulse oximeter data, the pulse oximeter identification data, and the status data from the patient monitoring device to the network server; matching the transmitted pulse oximeter identification data with the pulse oximeter identification data stored in the network server; associating the transmitted pulse oximeter data to the stored patient information; transmitting past pulse oximeter data matched with the transmitted pulse oximeter identification data from the network server to the patient monitoring device; and storing received past pulse oximeter data to a patient monitoring device database of the patient monitoring device.
An isolated antibody or antigen-binding fragment thereof that binds to human programmed death-ligand 1 (PD-L1) protein, wherein (a) the antibody or antigen-binding fragment comprises a heavy chain variable region (HCVR) with at least 90% identity to SEQ ID NO: 82 and a light chain variable region with at least 90% identity to SEQ ID NO: 90 and/or (b) the antibody or antigen-binding fragment comprises a heavy chain variable region (HCVR) of SEQ ID NO: 82 with 10 or fewer conservative amino acid substitutions and a light chain variable region (LCVR) of SEQ ID NO: 90 with 10 or fewer conservative amino acid substitutions; wherein the isolated antibody or antigen-binding fragment thereof binds monomeric PD-L1 at 25°C with a K D of less than 100 pM as measured using surface plasmon resonance.
A duplex stainless steel line pipe having a duplex stainless steel that has a chemical composition consisting, by mass%, of C: 0.03% or less, Si: 0.2 to 1%, Mn: 5.0% or less, P: 0.040% or less, S: 0.010% or less, sol. Al: 0.040% or less, Ni: 4 to 8%, Cr: 20 to 28%, Mo: 0.5 to 2.0%, Cu: more than 2.0% and 4.0% or less and N: 0.1 to 0.35%, and optionally one or more of the elements selected from at least one of the following groups (i) to (iii), with the balance being Fe and impurities; wherein the duplex stainless steel satisfies the relations of the following formulas and: 2.2Cr + 7Mo + 3Cu > 66 Cr + 11Mo + 10Ni < 12(Cu + 30N) wherein the symbols of elements in formulas and respectively represent the contents (unit: mass%) of the elements in the steel, and wherein the groups (i) to (iii) are: (i) V: 1.5% or less; (ii) one or more selected from among Ca: 0.02% or less, Mg: 0.02% or less and B: 0.02% or less; (iii) rare earth metal(s): 0.2% or less. (i) V: 1.5% or less; (ii) one or more selected from among Ca: 0.02% or less, Mg: 0.02% or less and B: 0.02% or less; (iii) rare earth metal(s): 0.2% or less.
A method for establishing a first protected communication channel between a device and a first server, the first server having a first server public key, and the device having a device identifying key shared with a second server different to the first server; the method comprising: deriving a symmetric key at the device, based on the device identifying key and public key information dependent on the first server public key; sending, by the device, a payload message to the first server on the first protected communication channel protected using a communication key which is dependent on the symmetric key (S14,S16); in response to the payload message, the first server sends a key generation request to the second server to trigger the second server to derive the symmetric key and transmit the symmetric key to the first server on a second protected communication channel; deriving the symmetric key at the second server, based on the device identifying key and the public key information; transmitting the symmetric key from the second server to the first server using the second protected communication channel. deriving a symmetric key at the device, based on the device identifying key and public key information dependent on the first server public key; sending, by the device, a payload message to the first server on the first protected communication channel protected using a communication key which is dependent on the symmetric key (S14,S16); in response to the payload message, the first server sends a key generation request to the second server to trigger the second server to derive the symmetric key and transmit the symmetric key to the first server on a second protected communication channel; deriving the symmetric key at the second server, based on the device identifying key and the public key information; transmitting the symmetric key from the second server to the first server using the second protected communication channel.
An electronic apparatus comprising: an apparatus body which can house a battery; a lid member which is coupled to the apparatus body; an operating portion which is moved between an ON position where a power source supplied from the battery is turned ON, and an OFF position where the power source is turned OFF; and a unit which, when the operating portion is not at a position which is the ON position, moves the operating portion to the ON position and holds the operating portion at the ON position in accordance with removal or coupling of the lid member from or to the apparatus body. an apparatus body which can house a battery; a lid member which is coupled to the apparatus body; an operating portion which is moved between an ON position where a power source supplied from the battery is turned ON, and an OFF position where the power source is turned OFF; and a unit which, when the operating portion is not at a position which is the ON position, moves the operating portion to the ON position and holds the operating portion at the ON position in accordance with removal or coupling of the lid member from or to the apparatus body.
An image signal processor comprising: a plurality of image processing blocks; a controller configured to establish a processing chain (51, 52) by selecting at least one IP block from among the plurality of IP blocks, based on specified control information on enabling/disabling a specific image effect, wherein when image data generated by an image sensor is received, a preset IP block divides the image data into first image data and second image data, wherein a first group of IP blocks processes the first image data along a first processing chain established by the controller based on the specified control information, and wherein a second group of IP blocks (514, 516) processes the second image data along a second processing chain established by the controller based on the specified control information; characterized in that the second group of IP blocks (514, 516) at least includes an IP block for processing an out of focus part of the image data, wherein the processing performs blurring of the out of focus part of the image data; wherein a resource consumed by at least one of remaining IP blocks of the second group of IP blocks (514, 516) other than the IP block for processing the out of focus part is reduced. a plurality of image processing blocks; a controller configured to establish a processing chain (51, 52) by selecting at least one IP block from among the plurality of IP blocks, based on specified control information on enabling/disabling a specific image effect, wherein when image data generated by an image sensor is received, a preset IP block divides the image data into first image data and second image data, wherein a first group of IP blocks processes the first image data along a first processing chain established by the controller based on the specified control information, and wherein a second group of IP blocks (514, 516) processes the second image data along a second processing chain established by the controller based on the specified control information; characterized in that the second group of IP blocks (514, 516) at least includes an IP block for processing an out of focus part of the image data, wherein the processing performs blurring of the out of focus part of the image data; wherein a resource consumed by at least one of remaining IP blocks of the second group of IP blocks (514, 516) other than the IP block for processing the out of focus part is reduced.
Surface-modified semi-gel, wherein the semi-gel is an amorphous silicon dioxide, characterized in that at least parts of the surface of the semi-gel have been modified with at least one organopolysiloxane and/or at least one modified organopolysiloxane, and in that it has - a BET surface area of 200 to 400 m 2 /g, - a mesopore volume for pores having a diameter of 2 - 30 nm of 0.7 to 1.5 ml/g, - a mesopore volume for pores having a diameter of 2 - 50 nm of 0.9 to 1.8 ml/g, and - a pore maximum in the range from 10 to 50 nm. - a BET surface area of 200 to 400 m 2 /g, - a mesopore volume for pores having a diameter of 2 - 30 nm of 0.7 to 1.5 ml/g, - a mesopore volume for pores having a diameter of 2 - 50 nm of 0.9 to 1.8 ml/g, and - a pore maximum in the range from 10 to 50 nm.
A spring element for mattresses, comprising: - a first helical spring extending along a longitudinal axis between its first end and its second end; - a second helical spring extending inside the first spring along the longitudinal axis between its first end, proximal to the first end of the first spring, and its second end located at a predetermined axial distance from the second end of the first spring; - a casing which is deformable and at least partly tubular, positioned around the first spring for forming a chamber for containing the first and the second helical spring; characterised in that the casing has at least one neck interposed between the second end of the second helical spring and the second end of the first helical spring for separating the chamber into a first compartment, containing a portion of the first helical spring and the second helical spring, and a second compartment, containing an end portion of the first helical spring. - a first helical spring extending along a longitudinal axis between its first end and its second end; - a second helical spring extending inside the first spring along the longitudinal axis between its first end, proximal to the first end of the first spring, and its second end located at a predetermined axial distance from the second end of the first spring; - a casing which is deformable and at least partly tubular, positioned around the first spring for forming a chamber for containing the first and the second helical spring;
A device for filling flexible containers, with a machine frame, in which are arranged several filling devices and several locking devices that are allocated to the respective filling devices and can be used to lock the filled containers, wherein the locking devices each have an ultrasonic welding device, with an anvil for supporting a section of the respective container, in particular a fill valve of a valve bag, and with a sonotrode, wherein the anvil and the sonotrode are movably arranged relative to each other, characterized in that the anvils of the individual locking devices have varying tool contours, so that they generate welding patterns that can be differentiated from each other in the respective containers during ultrasonic welding.
A compound having the chemical structure wherein V is -H or -F; W is -F, -Cl or -Br; X is selected from the group consisting of H, F, Cl, Br, I, cyano, nitro, ethynyl, cyclopropyl, methyl, ethyl, isopropyl, vinyl and methoxy; Y is one to four group(s) independently selected from the group consisting of -H, -F, -Cl, -Br, -I, -CN, -OH, nitro, C 1 -C 6 alkyl, cycloalkyl, C 1 -C 6 alkoxy, C 2 -C 6 alkenyl, cycloalkenyl and C 2 -C 6 alkynyl; Z is Cl, F, Br, I or lower alkoxy; R 1 is -H or -CH 3 R 2 is O, S or C 2 or a pharmaceutically acceptable salt thereof. V is -H or -F; W is -F, -Cl or -Br; X is selected from the group consisting of H, F, Cl, Br, I, cyano, nitro, ethynyl, cyclopropyl, methyl, ethyl, isopropyl, vinyl and methoxy; Y is one to four group(s) independently selected from the group consisting of -H, -F, -Cl, -Br, -I, -CN, -OH, nitro, C 1 -C 6 alkyl, cycloalkyl, C 1 -C 6 alkoxy, C 2 -C 6 alkenyl, cycloalkenyl and C 2 -C 6 alkynyl; Z is Cl, F, Br, I or lower alkoxy; R 1 is -H or -CH 3 R 2 is O, S or C 2