mhurhangee/ep-ind-claims huggingface dataset:
A main bearing for rotatably supporting a journal section of a crankshaft of an internal combustion engine, the journal section comprising a cylindrical body portion, a lubricating oil path extending to penetrate the cylindrical body portion, and at least one inlet opening of the lubricating oil path that is formed on an outer peripheral surface of the cylindrical body portion, wherein the main bearing comprises first and second half bearings (41,42) which are combined into a cylindrical shape by butting respective circumferential end surfaces thereof, the first and second half bearings (41,42) are configured so as to form together an axial groove extending through an entire length of the main bearing in an axial direction on an inner circumferential side of each butting portion when the first and second half bearings (41,42) are combined, each half bearing (41,42) comprises a main cylinder portion including a circumferential central portion of the half bearing (41,42), and crush relief portions which are formed over the entire length in the axial direction at both circumferential end portions of the half bearing (41,42) so that a wall thickness of the crush relief portion is thinner than that of the main cylinder portion, and each crush relief portion extending from the circumferential end surface toward the circumferential central portion of the half bearing (41,42) with a center angle not less than 3° but not more than 15°, a plurality of crush relief grooves (74,75) extending in the circumferential direction over an entire length of the crush relief portion are formed in each crush relief portion so as to communicate with the axial groove, an oil groove is formed only on an inner circumferential surface of the first one of the first and second half bearings (41,42) to extend in the circumferential direction, a circumferential end portion of the oil groove on a front side of a rotation direction of the crankshaft opening on the circumferential end surface of the first half bearing on the front side of the rotation direction, a circumferential end portion of the oil groove on a rear side of the rotation direction of the crankshaft being positioned in the main cylinder portion of the first half bearing, characterized in that the first half bearing further comprises a transition region formed at least between the crush relief portion on the rear side in the rotation direction of the crankshaft and the main cylinder portion so that a wall thickness of the transition region becomes thinner toward the crush relief portion from the main cylinder portion, the second half bearing further comprises a transition region formed at least between the crush relief portion on the front side in the rotation direction of the crankshaft and the main cylinder portion so that a wall thickness of the transition region becomes thinner toward the crush relief portion from the main cylinder portion, and each of the transition regions comprises an inward protruding curved surface in a protruding shape which protrudes inward in a radial direction, seen from the axial direction of the half bearing (41,42).
An isolated humanized, human, or chimeric antibody or antigen-binding fragment thereof that selectively binds to an epitope of TNFR2 within amino acids 130-149 of SEQ ID NO: 1, said antibody or antigen-binding fragment thereof having an antagonistic effect on TNFR2 upon binding.
An intravascular blood pump for percutaneous insertion into a patient's blood vessel, comprising: - a pump casing having a blood flow inlet and a blood flow outlet, - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet, and - a drive unit for rotating the impeller, the drive unit comprising a plurality of posts arranged about the axis of rotation, wherein each of the posts includes a shaft portion and a head portion, with the head portion pointing towards the impeller, wherein a coil winding is disposed about the shaft portion of each of the posts, the coil windings being sequentially controllable so as to create a rotating magnetic field, wherein the impeller comprises at least one magnet arranged to interact with the rotating magnetic field so as to cause rotation of the impeller, wherein the drive unit further comprises a back plate which engages ends of the shaft portions of the posts opposite the head portions. - a pump casing having a blood flow inlet and a blood flow outlet, - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet, and - a drive unit for rotating the impeller, the drive unit comprising a plurality of posts arranged about the axis of rotation, wherein each of the posts includes a shaft portion and a head portion, with the head portion pointing towards the impeller, wherein a coil winding is disposed about the shaft portion of each of the posts, the coil windings being sequentially controllable so as to create a rotating magnetic field, wherein the impeller comprises at least one magnet arranged to interact with the rotating magnetic field so as to cause rotation of the impeller, wherein the drive unit further comprises a back plate which engages ends of the shaft portions of the posts opposite the head portions.
A synaptogyrin-3 inhibitor for use in treating or inhibiting progression of a tauopathic disorder or for use in treating or inhibiting a symptom of a tauopathic disorder, wherein the inhibitor is selected from the group consisting of an antisense oligonucleotide, a gapmer, a siRNA, a shRNA, a zinc-finger nuclease, a meganuclease, a TAL effector nuclease, a CRISPR-Cas effector, an antibody or a fragment thereof binding to synaptogyrin-3, an alpha-body, a nanobody, an intrabody, an aptamer, a DARPin, an affibody, an affitin, an anticalin, and a monobody.
A method for determining a yeast having extracellular glucoamylase STA1p activity in a sample, wherein the method comprises allowing a primer or probe capable of hybridizing with the promoter of STA1 gene within nucleotides 1127-2288 as numbered in SEQ ID NO: 1 to hybridize with a polynucleotide of the sample and detecting the presence or absence of a deletion in the promoter of STA1 gene of a sample, wherein the absence of the deletion in the promoter of STA1 gene indicates the presence of extracellular glucoamylase STA1p activity of the yeast.
A method for a vehicle configured to be remotely operated in a remote driving mode and to be operated at least partially automatically in an automated driving mode, the method comprising: monitoring, in the remote driving mode, a current traffic situation using one or more sensors; determining automated driving capabilities of the vehicle based on data related to a driving behavior of the vehicle collected in an automated driving mode, wherein the automated driving capabilities represent circumstances under which the vehicle is able to take over the control safely; predicting, based on information on the current traffic situation using a predefined motion model, a future traffic situation and predicting information on a future traffic situation for switching from the remote driving mode to the automated driving mode based on a comparison of the automated driving capabilities and the future traffic situation; determining a predicted quality of service, pQoS, of a communication link for the remote driving mode to obtain, based on the predicted quality of service, a remote operation interval for which the vehicle is at least operable in the remote driving mode; obtaining a handover duration for taking over control by the vehicle for switching from the remote driving mode to the automated driving mode; and deciding for or against switching from the remote driving mode to the automated driving mode based on the information on the future traffic situation, the remote operation interval, and the handover duration. monitoring, in the remote driving mode, a current traffic situation using one or more sensors; determining automated driving capabilities of the vehicle based on data related to a driving behavior of the vehicle collected in an automated driving mode, wherein the automated driving capabilities represent circumstances under which the vehicle is able to take over the control safely; predicting, based on information on the current traffic situation using a predefined motion model, a future traffic situation and predicting information on a future traffic situation for switching from the remote driving mode to the automated driving mode based on a comparison of the automated driving capabilities and the future traffic situation; determining a predicted quality of service, pQoS, of a communication link for the remote driving mode to obtain, based on the predicted quality of service, a remote operation interval for which the vehicle is at least operable in the remote driving mode; obtaining a handover duration for taking over control by the vehicle for switching from the remote driving mode to the automated driving mode; and deciding for or against switching from the remote driving mode to the automated driving mode based on the information on the future traffic situation, the remote operation interval, and the handover duration.
A method for propeller balancing of an aircraft comprising a propeller, the method comprising: obtaining acceleration data from an acceleration sensor coupled to the aircraft; filtering the acceleration data using a filter to obtain propeller-specific vibration data, the filter defining a range of acceptable frequencies associated with a frequency of rotation of the propeller; comparing the propeller-specific vibration data to trend data associated with the propeller; and when the propeller-specific vibration data differs from the trend data beyond a predetermined threshold, issuing an alert indicative of a balancing need for the propeller, characterised in that: issuing an alert comprises indicating a remaining flight time for the aircraft until a maintenance operation is required. obtaining acceleration data from an acceleration sensor coupled to the aircraft; filtering the acceleration data using a filter to obtain propeller-specific vibration data, the filter defining a range of acceptable frequencies associated with a frequency of rotation of the propeller; comparing the propeller-specific vibration data to trend data associated with the propeller; and when the propeller-specific vibration data differs from the trend data beyond a predetermined threshold, issuing an alert indicative of a balancing need for the propeller, characterised in that: issuing an alert comprises indicating a remaining flight time for the aircraft until a maintenance operation is required.
An electronic device, comprising: a touch screen; at least one sensor configured to track a state of a user by iris scanning and a state of the electronic device; a storage unit configured to store information corresponding to tracking the state of the user and the state of the electronic device; and a controller configured to: detect an operation event, wherein the operation event involves an iris scanning process by means of one of the at least one sensors as part of a user authentication process, control the execution of tracking in response to the operation event, determine a fatigue rate of the user and adjustment information for changing at least one screen option associated with displaying a screen on the touch screen of the electronic device, based on the result of the execution of tracking which includes an iris scan result, change the at least one screen option associated with displaying the screen on the touch screen of the electronic devic corresponding to the fatigue rate and the adjustment information, and control the display of the screen on the touch screen of the electronic device. a touch screen; at least one sensor configured to track a state of a user by iris scanning and a state of the electronic device; a storage unit configured to store information corresponding to tracking the state of the user and the state of the electronic device; and a controller configured to: detect an operation event, wherein the operation event involves an iris scanning process by means of one of the at least one sensors as part of a user authentication process, control the execution of tracking in response to the operation event, determine a fatigue rate of the user and adjustment information for changing at least one screen option associated with displaying a screen on the touch screen of the electronic device, based on the result of the execution of tracking which includes an iris scan result, change the at least one screen option associated with displaying the screen on the touch screen of the electronic devic corresponding to the fatigue rate and the adjustment information, and control the display of the screen on the touch screen of the electronic device. detect an operation event, wherein the operation event involves an iris scanning process by means of one of the at least one sensors as part of a user authentication process, control the execution of tracking in response to the operation event, determine a fatigue rate of the user and adjustment information for changing at least one screen option associated with displaying a screen on the touch screen of the electronic device, based on the result of the execution of tracking which includes an iris scan result, change the at least one screen option associated with displaying the screen on the touch screen of the electronic devic corresponding to the fatigue rate and the adjustment information, and control the display of the screen on the touch screen of the electronic device.
Apparatus for connecting an impedance measurement processing system to an electrode, the apparatus including: a) a housing (60; 1100) having a connector (62; 1101, 1102) for coupling the housing (60; 1100) to an electrode (64, 65; 1104, 1105, 1106); and, b) a circuit mounted in the housing, then circuit being electrically coupled to the electrode (64, 65; 1104, 1105, 1106) using the connector, and being coupled to a lead, the circuit being for at least one of: i) generating predetermined electrical signals in accordance with control signals received from the measurement apparatus; ii) providing an indication of electrical signals applied to the electrode; and, iii) providing an indication of electrical signals measured at the electrode; characterised in that the circuit includes: a current source circuit including at least one amplifier (A 1,A 2,A 3) the at least one amplifie (A 1,A 2,A 3) being arranged to: receive one or more control signals (I+, I-); filter and amplify the control signals to thereby generate one or more current signals; apply the current signals to the electrode, (64,65,1904,1105,1106) and at least one connector (45, 46), coupled to the at least one amplifier, (A 1,A 2,A 3), the at least one connector (45,46) being arranged to transfer an indication of the applied signals to the impedance measurement processing system. a) a housing (60; 1100) having a connector (62; 1101, 1102) for coupling the housing (60; 1100) to an electrode (64, 65; 1104, 1105, 1106); and, b) a circuit mounted in the housing, then circuit being electrically coupled to the electrode (64, 65; 1104, 1105, 1106) using the connector, and being coupled to a lead, the circuit being for at least one of: i) generating predetermined electrical signals in accordance with control signals received from the measurement apparatus; ii) providing an indication of electrical signals applied to the electrode; and, iii) providing an indication of electrical signals measured at the electrode; i) generating predetermined electrical signals in accordance with control signals received from the measurement apparatus; ii) providing an indication of electrical signals applied to the electrode; and, iii) providing an indication of electrical signals measured at the electrode; a current source circuit including at least one amplifier (A 1,A 2,A 3) the at least one amplifie (A 1,A 2,A 3) being arranged to: receive one or more control signals (I+, I-); filter and amplify the control signals to thereby generate one or more current signals; apply the current signals to the electrode, (64,65,1904,1105,1106) and receive one or more control signals (I+, I-); filter and amplify the control signals to thereby generate one or more current signals; apply the current signals to the electrode, (64,65,1904,1105,1106) at least one connector (45, 46), coupled to the at least one amplifier, (A 1,A 2,A 3), the at least one connector (45,46) being arranged to transfer an indication of the applied signals to the impedance measurement processing system.
An emulsion comprising i) at least one tackifier, ii) at least one polyether polyol having an oxyethylene content of at least 50% by weight, iii) at least one nonionic surfactant having a hydrophilic-lipophilic balance of 12 to 19 and iv) at least one hydrophobically-modified fumed silica, carbon black, hydrophobically modified talc, or a mixture of any two or more thereof; wherein the emulsion contains 0.1 to 5 weight percent of component iv) and no more than 10 weight percent water, based on the total weight of the emulsion, and the weight ratio of component ii) to component i) is 0.5 to 10.
An assembly substrate used in a display manufacturing method for placing semiconductor light-emitting devices to predetermined positions thereof using an electric field and a magnetic field, the assembly substrate comprising: a base part; a plurality of pair electrodes extending in one direction and disposed in parallel on the base part; a dielectric layer disposed on the base part to cover the plurality of pair electrodes; and partition walls disposed on the dielectric layer and defining cells at predetermined intervals along the one direction of the plurality of pair electrodes so as to overlap portions of the plurality of pair electrodes, and the semiconductor light-emitting devices being placed into the cells, respectively, wherein at least one of a recess portion and a concave and convex portion is formed on an upper surface of each of the partition walls. a base part; a plurality of pair electrodes extending in one direction and disposed in parallel on the base part; a dielectric layer disposed on the base part to cover the plurality of pair electrodes; and partition walls disposed on the dielectric layer and defining cells at predetermined intervals along the one direction of the plurality of pair electrodes so as to overlap portions of the plurality of pair electrodes, and the semiconductor light-emitting devices being placed into the cells, respectively, wherein at least one of a recess portion and a concave and convex portion is formed on an upper surface of each of the partition walls.
A method for transmitting signals by a first device of a base station transmitting and receiving signals of a wireless communication system, the method comprising: receiving a plurality of uplink signals from a plurality of terminals for a first time duration; identifying uplink transmission shaping information to be applied to the plurality of uplink signals; and transmitting the plurality of uplink signals to a second device using a fronthaul based on the uplink transmission shaping information, wherein the uplink transmission shaping information comprises information indicating a number of time intervals to transmit the plurality of uplink signals using the fronthaul, wherein the plurality of uplink signals are transmitted by the first device to the second device for a second time duration determined based on the uplink transmission shaping information and the first time duration, and wherein the second time duration corresponds to an increased number of time intervals and a decreased portion of a fronthaul frequency band. receiving a plurality of uplink signals from a plurality of terminals for a first time duration; identifying uplink transmission shaping information to be applied to the plurality of uplink signals; and transmitting the plurality of uplink signals to a second device using a fronthaul based on the uplink transmission shaping information, wherein the uplink transmission shaping information comprises information indicating a number of time intervals to transmit the plurality of uplink signals using the fronthaul, wherein the plurality of uplink signals are transmitted by the first device to the second device for a second time duration determined based on the uplink transmission shaping information and the first time duration, and wherein the second time duration corresponds to an increased number of time intervals and a decreased portion of a fronthaul frequency band.
An inkjet recording apparatus comprising: an ink receptacle in which a printing ink for an object to be printed is received; a nozzle which is connected to the ink receptacle and from which the ink fed under pressure is discharged; an electrification electrode to make ink particles (7C, 7D) discharged from the nozzle electrically charged; an electrification signal generation unit to generate an electrification signal to make the electrification electrode electrically charged; deflection electrodes to make the ink particles (7C, 7D) electrically charged by the electrification electrode deflect; a gutter to recover the ink unused for the printing; a control unit to control operations of the inkjet recording apparatus as a whole; a first electric charge detection section to detect an amount of electric charge in accordance with the electrically charged ink particles between the electrification electrode and the deflection electrodes; and characterized in that the inkjet recording apparatus further comprises a second electric charge detection section to detect an amount of electric charge of the ink flowing within the gutter, in that the deflection electrodes are configured to deflect the ink particles used for printing, and in that the gutter is configured to catch the ink particles flying straight without being electrically charged and without being deflected, which are unused for the printing. an ink receptacle in which a printing ink for an object to be printed is received; a nozzle which is connected to the ink receptacle and from which the ink fed under pressure is discharged; an electrification electrode to make ink particles (7C, 7D) discharged from the nozzle electrically charged; an electrification signal generation unit to generate an electrification signal to make the electrification electrode electrically charged; deflection electrodes to make the ink particles (7C, 7D) electrically charged by the electrification electrode deflect; a gutter to recover the ink unused for the printing; a control unit to control operations of the inkjet recording apparatus as a whole; a first electric charge detection section to detect an amount of electric charge in accordance with the electrically charged ink particles between the electrification electrode and the deflection electrodes; and characterized in that the inkjet recording apparatus further comprises a second electric charge detection section to detect an amount of electric charge of the ink flowing within the gutter, in that the deflection electrodes are configured to deflect the ink particles used for printing, and in that the gutter is configured to catch the ink particles flying straight without being electrically charged and without being deflected, which are unused for the printing.