mhurhangee/ep-ind-claims huggingface dataset:
Driver assistance system for a motor vehicle, having an object sensing device, an object evaluation device and a graphical output unit for the driver of the motor vehicle, on which a piece of information about the object is presented, wherein the piece of information contains the information content of a probability of identification of the object and a positional accuracy of the location of the object in graphical form, wherein the brightness of the piece of information, the line thickness of the piece of information or the clarity of the presentation of the piece of information is a measure of the probability of identification such that the brightness of the piece of information and the clarity of the piece of information are increased as the probability of identification of the object increases and/or that a heavy line thickness symbolizes a high probability of identification and that a light line thickness symbolizes a low probability of identification.
Air spring comprising an air-spring lobe made of elastomer material, which is clamped at the lobe ends thereof by means of connection parts (1, 1a, 1b, 1c) between the sprung mass and the unsprung mass and can be connected by way of the connection parts to the fastening parts of the sprung and the unsprung mass, wherein the connection parts (1, 1a, 1b, 1c) and the air-spring lobe enclose the working chamber that is under internal pressure and contains the air-spring volume, and the working chamber is in connection with at least one air connection (3, 8, 9, 13, 14, 18, 19) provided in the connection parts, characterized in that at least one of the connection parts (1, 1a, 1b, 1c) can be connected to the associated fastening part by a latching connection formed as a bayonet closure and bayonet closure includes at least one air connection (3, 8, 9, 13, 14, 18, 19), to which a feed line or a hose for the compressed air supply is connected.
Method for the detection of a wire-break fault during the operation of a brushless d.c. motor which is provided with a three-phase stator winding and is controlled by means of pulse width modulation, wherein - for at least one stator winding phase of the stator winding during each pulse width modulation cycle period, a switch-on delay interval (t d_ONx) for a transition of an electrical phase potentials (SHx) applied to the stator winding phase from a switch-off potential to a switch-on potential (Vbatt) and a switch-off delay interval (t d_OFFx) for the transition of said phase potential (SHx) from the switch-on potential (Vbatt) to the switch-off potential are recorded, - a lower deviation limit is defined for a deviation of the recorded switch-off delay intervals (t d_OFFx) from the recorded switch-on delay intervals (t d_ONx), - and a wire-break fault is deduced if the deviations of the recorded switch-off delay intervals (t d_OFFx) from the recorded switch-on delay intervals (t d_ONx) fall below the lower deviation limit. - for at least one stator winding phase of the stator winding during each pulse width modulation cycle period, a switch-on delay interval (t d_ONx) for a transition of an electrical phase potentials (SHx) applied to the stator winding phase from a switch-off potential to a switch-on potential (Vbatt) and a switch-off delay interval (t d_OFFx) for the transition of said phase potential (SHx) from the switch-on potential (Vbatt) to the switch-off potential are recorded, - a lower deviation limit is defined for a deviation of the recorded switch-off delay intervals (t d_OFFx) from the recorded switch-on delay intervals (t d_ONx), - and a wire-break fault is deduced if the deviations of the recorded switch-off delay intervals (t d_OFFx) from the recorded switch-on delay intervals (t d_ONx) fall below the lower deviation limit.
An optical node comprising: an input port configured to receive an input optical frame; a first optical switch coupled to the input port, wherein the first optical switch is configured to remove the input optical frame to produce a removed input optical frame when an address of the input optical frame is a node address of the optical node and to pass the input optical frame to a second optical switch when an address of the input optical frame differs from the address of the optical node; and the second optical switch coupled to the first optical switch, wherein the second optical switch is configured to output the input optical frame to an output port when the address of the input optical frame is not the node address of the optical node and the address of the input optical frame is not an empty address; a third optical switch coupled to the first optical switch, wherein the third optical switch is configured to output an output optical frame if the input optical frame is removed or if the address of the input optical frame is empty, wherein outputting an output optical frame comprises wrapping a plurality of packets to produce the output optical frame, wherein the output optical frame has a gap. an input port configured to receive an input optical frame; a first optical switch coupled to the input port, wherein the first optical switch is configured to remove the input optical frame to produce a removed input optical frame when an address of the input optical frame is a node address of the optical node and to pass the input optical frame to a second optical switch when an address of the input optical frame differs from the address of the optical node; and the second optical switch coupled to the first optical switch, wherein the second optical switch is configured to output the input optical frame to an output port when the address of the input optical frame is not the node address of the optical node and the address of the input optical frame is not an empty address; a third optical switch coupled to the first optical switch, wherein the third optical switch is configured to output an output optical frame if the input optical frame is removed or if the address of the input optical frame is empty, wherein outputting an output optical frame comprises wrapping a plurality of packets to produce the output optical frame, wherein the output optical frame has a gap.
Housing for a functional element, in particular for use in the medical field in naturally occurring vessels in the body, the housing wall of which has a slack, flexible, tensionable membrane with a plurality of formed parts (8b, 8c) secured thereon which support the membrane in the tensioned state thereof by forming one or more groups of formed parts characterized in that the formed parts of each group support one another in the tensioned state of the membrane.
A photo-acoustic gas sensor (1, 2) comprising: - a cell forming an acoustic resonator, comprising a gas inlet duct, a gas outlet duct and at least one aperture called the laser inlet; - at least one electrically pumped laser source; - at least one electro-acoustic transducer; and - a supply circuit that generates a pulsed electric current, called the generation electric current, that pumps the one or more laser sources and configured to cause the one or more laser sources to operate in pulsed mode, the repetition frequency of the laser pulses being at least 10 times, preferably 100 times, more preferably 1000 times higher than the resonant frequency of the cell, characterised in that the supply circuit is configured to further generate a current, called the base current, that takes non-zero values between laser pulses with an intensity lower than the intensity of the generation current during the laser pulses, the intensity of the base current being modulated so that the one or more laser sources emit, into the cell, light radiation having a wavelength that varies periodically about a central wavelength so as to take, at regular intervals, a value specifically suited for excitation of a gas to be detected, whereby an interaction between the light radiation and the gas to be detected contained in the cell induces the generation of acoustic waves at a resonant frequency of the cell, the electro-acoustic transducer being arranged so as to be in contact with the acoustic waves generated in the cell. - a cell forming an acoustic resonator, comprising a gas inlet duct, a gas outlet duct and at least one aperture called the laser inlet; - at least one electrically pumped laser source; - at least one electro-acoustic transducer; and - a supply circuit that generates a pulsed electric current, called the generation electric current, that pumps the one or more laser sources and configured to cause the one or more laser sources to operate in pulsed mode, the repetition frequency of the laser pulses being at least 10 times, preferably 100 times, more preferably 1000 times higher than the resonant frequency of the cell,
Microneedles being soluble in a skin and having improved residence time in a body, the microneedles comprising surface-modified microparticles encapsulating leuprolide, wherein the surface-modified microparticles are biodegradable and have a surface on which wrinkles are formed, wherein the surface-modified microparticles are prepared by a spray drying method comprising: i) preparing an oil phase by dissolving leuprolide and a surfactant-acting biodegradable polymer in an organic solvent; and ii) spray drying the oil phase to obtain the surface-modified microparticles, wherein in the oil phase, the solid content of leuprolide and the surfactant-acting biodegradable polymer ratio is 0.6 to 1.3% (w/w), the weight ratio of leuprolide to the surfactant-acting biodegradable polymer is 1: 4 to 1: 8, and an inlet temperature of spray drying is 60 to 80 °C, wherein the average size of the surface-modified microparticles is 10 μ m or less, wherein the surfactant-acting biodegradable polymer is poly(lactate-co-glycolate) (PLGA), and wherein a soluble material for forming the microneedles is any one selected from the group consisting of alginic acid, hyaluronic acid, dextran, cellulose, polyvinylpyrrolidone, polyethylene glycol, polyvinyl alcohol, sodium carboxymethylcellulose, polyalcohol, cyclodextrin, dextrin, trehalose, sucrose, lactose, mannitol, xylitol and mixtures thereof. wherein the surface-modified microparticles are biodegradable and have a surface on which wrinkles are formed, wherein the surface-modified microparticles are prepared by a spray drying method comprising: i) preparing an oil phase by dissolving leuprolide and a surfactant-acting biodegradable polymer in an organic solvent; and ii) spray drying the oil phase to obtain the surface-modified microparticles, i) preparing an oil phase by dissolving leuprolide and a surfactant-acting biodegradable polymer in an organic solvent; and ii) spray drying the oil phase to obtain the surface-modified microparticles, wherein in the oil phase, the solid content of leuprolide and the surfactant-acting biodegradable polymer ratio is 0.6 to 1.3% (w/w), the weight ratio of leuprolide to the surfactant-acting biodegradable polymer is 1: 4 to 1: 8, and an inlet temperature of spray drying is 60 to 80 °C, wherein the average size of the surface-modified microparticles is 10 μ m or less, wherein the surfactant-acting biodegradable polymer is poly(lactate-co-glycolate) (PLGA), and wherein a soluble material for forming the microneedles is any one selected from the group consisting of alginic acid, hyaluronic acid, dextran, cellulose, polyvinylpyrrolidone, polyethylene glycol, polyvinyl alcohol, sodium carboxymethylcellulose, polyalcohol, cyclodextrin, dextrin, trehalose, sucrose, lactose, mannitol, xylitol and mixtures thereof.
A dual speed manual stand mixer, comprising: a base; a cover mounted on said base, said cover including a crank arm extending outward from a central axis, and a ring gear fixed thereto; a turntable mounted within said cover for rotation about said central axis, said turntable having a turntable drive gear fixed thereto and aligned with said central axis, and at least two pairs of whisks extending downward from said turntable into said base; at least two pairs of spin gears, each connected to an associated one of said whisks, and a chain gear and a train gear in meshed engagement between each said pair of spin gears, each said chain gear including a planet gear fixed thereto, said planet gears being encompassed by and engaged with said ring gear, and a sun gear interposed between and engaged with said planet gears, said sun gear including a sun drive gear aligned with said central axis, said sun drive gear being spaced vertically above said turntable drive gear; a shaft extending from said crank arm to said turntable, said shaft being fixed with respect to said crank arm for rotation therewith; a selector ring received about and rotatable with respect to said shaft, wherein said selector ring is rotatable between a first and a second limit position; and a slide gear mounted on said shaft for rotation with said shaft and translation along said shaft, said slide gear being manually movable by rotation of said selector ring between said first and second limit positions from a first position engaged with said turntable drive gear and a second position engaged with said sun drive gear. a base; a cover mounted on said base, said cover including a crank arm extending outward from a central axis, and a ring gear fixed thereto; a turntable mounted within said cover for rotation about said central axis, said turntable having a turntable drive gear fixed thereto and aligned with said central axis, and at least two pairs of whisks extending downward from said turntable into said base; at least two pairs of spin gears, each connected to an associated one of said whisks, and a chain gear and a train gear in meshed engagement between each said pair of spin gears, each said chain gear including a planet gear fixed thereto, said planet gears being encompassed by and engaged with said ring gear, and a sun gear interposed between and engaged with said planet gears, said sun gear including a sun drive gear aligned with said central axis, said sun drive gear being spaced vertically above said turntable drive gear; a shaft extending from said crank arm to said turntable, said shaft being fixed with respect to said crank arm for rotation therewith; a selector ring received about and rotatable with respect to said shaft, wherein said selector ring is rotatable between a first and a second limit position; and a slide gear mounted on said shaft for rotation with said shaft and translation along said shaft, said slide gear being manually movable by rotation of said selector ring between said first and second limit positions from a first position engaged with said turntable drive gear and a second position engaged with said sun drive gear.
A secondary battery comprising: an electrode assembly comprising an electrode uncoated portion; a case receiving the electrode assembly; a cap plate coupled to a top portion of the case and sealing the case; and a current collector (120, 130) comprising a terminal connector positioned between the electrode assembly and the cap plate and an electrode connector (122, 132) bent at an end of the terminal connector (121, 131) and positioned between the electrode assembly and the case, wherein the electrode connector (122, 132) comprises a first region (123, 133) connected to the terminal connector (121, 131) and protruding toward the case, and a second region (124, 134) positioned under the first region (123, 133) and protruding toward the electrode assembly, and wherein the electrode uncoated portion is connected to the second region (124, 134), wherein the electrode uncoated portion is connected to a surface facing the case in the second region (124, 134), and wherein a thickness of the electrode uncoated portion is less than a step difference between the second region (124, 134) and the first region (123, 133). an electrode assembly comprising an electrode uncoated portion; a case receiving the electrode assembly; a cap plate coupled to a top portion of the case and sealing the case; and a current collector (120, 130) comprising a terminal connector positioned between the electrode assembly and the cap plate and an electrode connector (122, 132) bent at an end of the terminal connector (121, 131) and positioned between the electrode assembly and the case, wherein the electrode connector (122, 132) comprises a first region (123, 133) connected to the terminal connector (121, 131) and protruding toward the case, and a second region (124, 134) positioned under the first region (123, 133) and protruding toward the electrode assembly, and wherein the electrode uncoated portion is connected to the second region (124, 134), wherein the electrode uncoated portion is connected to a surface facing the case in the second region (124, 134), and wherein a thickness of the electrode uncoated portion is less than a step difference between the second region (124, 134) and the first region (123, 133).
A selective Organic Cation Transporter 2 inhibitor for use in a method for reducing platinum drug-induced neurotoxicity in a subject in need thereof, the method comprising administering to the subject a platinum drug that is oxaliplatin; and administering to the subject an effective dose of the selective OCT2 inhibitor, wherein the subject has gastric carcinoma, pancreatic adenocarcinoma, esophageal or esophagogastric junction carcinoma, lung cancer, head and neck cancer or lymphoma; and wherein the selective OCT2 inhibitor is selected from the group consisting of buflomedil, a buflomedil salt, dolutegravir, and a dolutegravir salt. administering to the subject a platinum drug that is oxaliplatin; and administering to the subject an effective dose of the selective OCT2 inhibitor, wherein the subject has gastric carcinoma, pancreatic adenocarcinoma, esophageal or esophagogastric junction carcinoma, lung cancer, head and neck cancer or lymphoma; and wherein the selective OCT2 inhibitor is selected from the group consisting of buflomedil, a buflomedil salt, dolutegravir, and a dolutegravir salt.
A method for connecting by a server to a client, the method comprising: discovering the client through a device discovery procedure; transmitting first Universal Plug and Play, UPNP, device information of the server to the discovered client, or receiving second UPnP device information of the client from the discovered client; after transmitting the first UPnP device information or receiving the second UPnP device information, connecting with the client via an Internet Protocol, IP, connection; and performing a UPnP operation through the connection with the client, wherein the first UPnP device information or the second UPnP device information comprises Organizational Unique Identifier, OUI, indicating a Car Connectivity Consortium, CCC, service, OUI Type, Subelement ID, TmApplication server supportability, TmClientProfile supportability, TmNotification Server supportability, and port number. discovering the client through a device discovery procedure; transmitting first Universal Plug and Play, UPNP, device information of the server to the discovered client, or receiving second UPnP device information of the client from the discovered client; after transmitting the first UPnP device information or receiving the second UPnP device information, connecting with the client via an Internet Protocol, IP, connection; and performing a UPnP operation through the connection with the client, wherein the first UPnP device information or the second UPnP device information comprises Organizational Unique Identifier, OUI, indicating a Car Connectivity Consortium, CCC, service, OUI Type, Subelement ID, TmApplication server supportability, TmClientProfile supportability, TmNotification Server supportability, and port number.
Drive-operated valve, wherein the drive positions an angling element relatively to a nozzle for opening and closing the nozzle, wherein the angling element has on its side facing the nozzle a seal element that rests on the nozzle seat when the valve is closed, and is lifted from the nozzle seat when the valve is opened, wherein the seal element is supported via a spring element on the angling element and can move relatively thereto, characterized in that the spring element effects, with respect to the nozzle seat, a radial and in particular friction-free guide of the seal element at or in the angling element.
A biological fluid-treating filter for treating a biological fluid containing erythrocytes, comprising a matrix and a polymer retained by the matrix, the polymer comprising a zwitterion-containing functional group, basic nitrogen-containing functional group and a nonionic group, wherein in the polymer, the monomer unit having the nonionic group is an alkoxyalkyl (meth)acrylate and the monomer unit having the basic nitrogen-containing functional group is an N,N-dialkylaminoalkyl (meth)acrylate, and wherein the molar proportions of monomer units having the nonionic group, monomer units having the basic nitrogen-containing functional group (m), and monomer units having the zwitterion-containing functional group (n) satisfy the relationships: l + m + n = 100, 0 < 1, m, n < 100, assuming that the total of molar proportions of the monomer units constituting the polymer is 100.
A computer-implemented method, comprising: receiving (210;310,320), by a computing device (106,116), audio data of an utterance, the audio data corresponding to playback of an item of media content; determining, by the computing device, that the audio data of the utterance includes a predefined hotword; in response to determining that the audio data of the utterance includes the predefined hotword, determining, by the computing device (106,116), that an audio fingerprint of the audio data matches a stored audio fingerprint in a database of audio recordings that contain or are associated with hotwords; and based on determining that the audio fingerprint of the audio data matches the stored audio fingerprint, suppressing (230;330,340), by the computing device (106,116), performing speech recognition on the audio data of the utterance. receiving (210;310,320), by a computing device (106,116), audio data of an utterance, the audio data corresponding to playback of an item of media content; determining, by the computing device, that the audio data of the utterance includes a predefined hotword; in response to determining that the audio data of the utterance includes the predefined hotword, determining, by the computing device (106,116), that an audio fingerprint of the audio data matches a stored audio fingerprint in a database of audio recordings that contain or are associated with hotwords; and based on determining that the audio fingerprint of the audio data matches the stored audio fingerprint, suppressing (230;330,340), by the computing device (106,116), performing speech recognition on the audio data of the utterance.