mhurhangee/ep-ind-claims huggingface dataset:
A direct-injection spark-ignition internal combustion engine, comprising: an injector fitted to an upper wall of a combustion chamber, in a central area thereof, for injecting fuel directly into the combustion chamber, an ignition plug with an electrode part positioned within or near a fuel injection area in which fuel injected by the injector spreads, a cavity of a concave shape formed in a top face of a piston, the cavity having a bottom surface that slopes downward from an intake side to an exhaust side and a wall surface that slopes upward from the periphery of the bottom surface to guide fuel injected by the injector to near the electrode part of the ignition plug, an operational status detection means (52 to 58) for detecting operational status of the internal combustion engine, and an ignition timing control means for controlling ignition timing for the ignition plug, depending on the operational status detected by the operational status detection means (52 to 58), such that ignition is carried out at least either during or immediately after fuel injection by the injector, or at the time when fuel injected by the injector arrives near the electrode part by being guided by the cavity, characterized in that the ignition timing control means controls the ignition timing such that, when transitional operation is detected by the operational status detection means (52 to 58), ignition is carried out by the ignition plug during or immediately after fuel injection by the injector. an injector fitted to an upper wall of a combustion chamber, in a central area thereof, for injecting fuel directly into the combustion chamber, an ignition plug with an electrode part positioned within or near a fuel injection area in which fuel injected by the injector spreads, a cavity of a concave shape formed in a top face of a piston, the cavity having a bottom surface that slopes downward from an intake side to an exhaust side and a wall surface that slopes upward from the periphery of the bottom surface to guide fuel injected by the injector to near the electrode part of the ignition plug, an operational status detection means (52 to 58) for detecting operational status of the internal combustion engine, and an ignition timing control means for controlling ignition timing for the ignition plug, depending on the operational status detected by the operational status detection means (52 to 58), such that ignition is carried out at least either during or immediately after fuel injection by the injector, or at the time when fuel injected by the injector arrives near the electrode part by being guided by the cavity, characterized in that the ignition timing control means controls the ignition timing such that, when transitional operation is detected by the operational status detection means (52 to 58), ignition is carried out by the ignition plug during or immediately after fuel injection by the injector.
An isolated antibody or an antigen-binding fragment thereof having binding specificity for an extracellular domain of the polypeptide of SEQ ID NO:44, wherein the antibody or antigen binding fragment binds specifically to an epitope comprising amino acid residues selected from amino acid residues 177 to 181 of the polypeptide of SEQ ID NO:44, and wherein the antibody or antigen-binding fragment comprises: (a) three heavy chain complementarity determining regions (HCDR1, HCDR2 and HCDR3) comprising the following amino acid sequences: HCDR1 SEQ ID NO:19; HCDR2 SEQ ID NO:20; and HCDR3 SEQ ID NO:21; and (b) three light chain complementarity determining regions (LCDR1, LCDR2 and LCDR3) comprising the following amino acid sequences: LCDR1 SEQ ID NO:28; LCDR2 SEQ ID NO:29; and LCDR3 SEQ ID NO:30. (a) three heavy chain complementarity determining regions (HCDR1, HCDR2 and HCDR3) comprising the following amino acid sequences: HCDR1 SEQ ID NO:19; HCDR2 SEQ ID NO:20; and HCDR3 SEQ ID NO:21; and (b) three light chain complementarity determining regions (LCDR1, LCDR2 and LCDR3) comprising the following amino acid sequences: LCDR1 SEQ ID NO:28; LCDR2 SEQ ID NO:29; and LCDR3 SEQ ID NO:30.
A method for subculturing pluripotent stem cells, comprising: a culture step of culturing pluripotent stem cells to obtain a cell aggregation; and a dividing step of dividing the cell aggregation by passing the cell aggregation through a mesh-like film, which has a plurality of through-holes each having an opening dimension of 30 μm to 80 μm, at a speed of 15 cm/sec to 150 cm/sec. a culture step of culturing pluripotent stem cells to obtain a cell aggregation; and a dividing step of dividing the cell aggregation by passing the cell aggregation through a mesh-like film, which has a plurality of through-holes each having an opening dimension of 30 μm to 80 μm, at a speed of 15 cm/sec to 150 cm/sec.
An electronic device comprising a sliding hinge and a first housing provided with an operation section and a second housing provided with a liquid crystal display segment that displays images, wherein the first housing and the second housing are coupled by the sliding hinge, wherein the sliding hinge has at least an elastic body and magnets, the first housing and the second housing can move relative to each other, and a slidability region, which extends from a first fixing position in which the first housing and the second housing are completely closed to a second fixing position in which the second housing is completely open, additionally includes a third fixing position (b) being an intermediate position of the slidability region in which the second housing is temporarily fixed, characterized in that a torsion spring is used as the elastic body, the first housing of the sliding hinge has a first housing sliding member, the second housing has a second housing sliding member, the ends of the torsion spring are rotatably locked to the first housing sliding member and the second housing sliding member, respectively, the third fixing position (b) is set to a position at which a repulsive force created by the torsion spring is maximum in the slidability region, and magnets (16, 17), in which the north and south magnetic poles thereof are arranged facing each other so that attraction forces mutually act upon the first housing sliding member and the second housing sliding member, are disposed at the third fixing position.
An agricultural working machine, in particularly a combine harvester, for processing crop material, including an intake arrangement for picking up the crop material, a moisture sensor arrangement for measuring a moisture content of the picked-up crop material and for generating a crop moisture signal based on the measured moisture and a throughput sensor arrangement, preferably a layer height sensor arrangement for determining a throughput amount of the picked-up crop material, wherein the crop moisture signal is subsequently corrected based on the given throughput amount, characterised in that the moisture sensor arrangement is adapted for contactless measurement of the moisture of the picked-up crop material and is in the form of a capacitive sensor and that with a throughput amount which is determined within a correction range the crop moisture signal is subsequently corrected in such a way that an absolute moisture content measured by the moisture sensor arrangement of the picked-up crop material is related overall to the given throughput amount and the correction range is between a highest throughput and a least throughput.
Impeller designed to be mounted on a rotary shaft comprising a basic rim provided with blades protruding on one face of the basic rim, an annular hub capable of being coupled to the basic rim and to the rotary shaft, an annular plate and an end-piece coupled to the basic rim via the blades, the hub, the plate and the basic rim being configured to interact together so as to hold the basic rim axially and to maintain a freedom of radial deformation of the basic rim relative to the hub and to the plate, the impeller being characterized in that the end-piece and the basic rim have an identical weight.
A compound motion assembly providing a two-axis compound motion through a pre-determined path, the compound motion assembly comprising: an input member; an output member; an intermediate member moveably coupled to the input member through a first joint having a first axis and moveably coupled to the output member through a second joint having a second axis, the first and second joints being connected in series between the input member and the output member with the intermediate member therebetween; a path member having a fixed path profile formed therein, the path member fixedly coupled to the input member; and a follower member coupled to the output member and engaging the fixed path profile of the path member; wherein the intermediate member includes a housing having a drive arrangement disposed therein; wherein actuation of the drive arrangement generates pivotal movement of the output member relative to the input member about both the first axis and the second axis along the pre-determined path; characterised in that the drive arrangement includes a motor driving an output shaft that is secured to the output member, the output shaft having an axis of rotation that corresponds to the second axis. an input member; an output member; an intermediate member moveably coupled to the input member through a first joint having a first axis and moveably coupled to the output member through a second joint having a second axis, the first and second joints being connected in series between the input member and the output member with the intermediate member therebetween; a path member having a fixed path profile formed therein, the path member fixedly coupled to the input member; and a follower member coupled to the output member and engaging the fixed path profile of the path member; wherein the intermediate member includes a housing having a drive arrangement disposed therein; wherein actuation of the drive arrangement generates pivotal movement of the output member relative to the input member about both the first axis and the second axis along the pre-determined path; characterised in that the drive arrangement includes a motor driving an output shaft that is secured to the output member, the output shaft having an axis of rotation that corresponds to the second axis.
A connector assembly comprising: a connector module having a connector body and contacts, the connector body extending between a front side and a rear side, the connector body having contact channels therethrough holding corresponding contacts for engaging corresponding mating contacts of a mating connector assembly, the front side facing in a mating direction along a mating axis, the connector body having a mating interface, the connector body having a window at the mating interface; and a fiber optic module coupled to the connector module, the fiber optic module including a housing coupled to the mating interface of the connector body, the housing having a cavity, the fiber optic module including a fiber optic connector having a mating end and a fiber optic cable extending from the fiber optic connector, the fiber optic connector being received in the window for mating with a mating fiber optic connector of the mating connector assembly, characterised by the connector body having fastener openings open at the mating interface to receive fasteners and the housing having fastener openings aligned with the fastener openings in the connector body and receiving the fasteners to couple the housing to the connector body at the mating interface, wherein the fiber optic connector is received in the cavity of the housing, wherein the connector module is a coaxial connector module, wherein the contacts of the coaxial connector module are coaxial contacts, and wherein the mating contacts are coaxial mating contacts. a connector module having a connector body and contacts, the connector body extending between a front side and a rear side, the connector body having contact channels therethrough holding corresponding contacts for engaging corresponding mating contacts of a mating connector assembly, the front side facing in a mating direction along a mating axis, the connector body having a mating interface, the connector body having a window at the mating interface; and a fiber optic module coupled to the connector module, the fiber optic module including a housing coupled to the mating interface of the connector body, the housing having a cavity, the fiber optic module including a fiber optic connector having a mating end and a fiber optic cable extending from the fiber optic connector, the fiber optic connector being received in the window for mating with a mating fiber optic connector of the mating connector assembly, characterised by the connector body having fastener openings open at the mating interface to receive fasteners and the housing having fastener openings aligned with the fastener openings in the connector body and receiving the fasteners to couple the housing to the connector body at the mating interface, wherein the fiber optic connector is received in the cavity of the housing, wherein the connector module is a coaxial connector module, wherein the contacts of the coaxial connector module are coaxial contacts, and wherein the mating contacts are coaxial mating contacts.
A refrigerating air conditioner comprising: a heat exchanger within the refrigerant circuit of the refrigeration air conditioner comprising: a first flat tube of a flat shape having a through hole in which a low temperature fluid flows; a second flat tube of a flat shape having a through hole in which a high temperature fluid flows; a first inlet header and a first outlet header respectively connected to both ends of the first flat tube; and a second inlet header and a second outlet header respectively connected to both ends of the second flat tube, wherein the first flat tube and the second flat tube are laminated and arranged in such a way that the first flat tube and the second flat tube come into contact with each other on their flat surfaces and the flowing direction of the low temperature fluid is parallel to the flowing direction of the high temperature fluid, wherein at least one of the first flat tube and the second flat tube includes a plurality of flat tubes arranged in the direction of lamination, characterised in that both ends of the plurality of the flat tubes are bent in the direction intersecting at right angles to both the flowing direction of each fluid and the direction of lamination so that both ends of the first flat tube do not intersect both ends of the second flat tube, and in that the plurality of the flat tubes, and the inlet header and the outlet header respectively provided at both ends of the plurality of the flat tubes form parallel passages. a first flat tube of a flat shape having a through hole in which a low temperature fluid flows; a second flat tube of a flat shape having a through hole in which a high temperature fluid flows; a first inlet header and a first outlet header respectively connected to both ends of the first flat tube; and a second inlet header and a second outlet header respectively connected to both ends of the second flat tube, wherein the first flat tube and the second flat tube are laminated and arranged in such a way that the first flat tube and the second flat tube come into contact with each other on their flat surfaces and the flowing direction of the low temperature fluid is parallel to the flowing direction of the high temperature fluid, wherein at least one of the first flat tube and the second flat tube includes a plurality of flat tubes arranged in the direction of lamination, characterised in that both ends of the plurality of the flat tubes are bent in the direction intersecting at right angles to both the flowing direction of each fluid and the direction of lamination so that both ends of the first flat tube do not intersect both ends of the second flat tube, and in that the plurality of the flat tubes, and the inlet header and the outlet header respectively provided at both ends of the plurality of the flat tubes form parallel passages.
A flaky medium processing system, comprising: a main controller configured to automatically control each component in the flaky medium processing system in a real-time manner; a medium storage apparatus configured to store a flaky medium; a medium recognizing apparatus configured to recognize, separate and count the flaky medium; a medium transfer apparatus comprising a motor, a drive mechanism and a medium transfer channel having a plurality of branches, wherein a plurality of detection positions are arranged in the medium transfer channel, and one position sensor (101, 102, 103) is arranged at each detection position for detecting an arrival event and a departure event of the flaky medium at the detection position, characterized in that a position sensor arranged at a first detection position along a movement direction of the flaky medium is provided with at least three independent detection points, each detection point outputs an independent output signal, and each detection point is configured with two timers for obtaining a time attribute of an output signal of each detection point, and the position sensor (102, 103) arranged at the other detection positions is configured with one timer for obtaining a time attribute of an output signal of the position sensor (102, 103). a main controller configured to automatically control each component in the flaky medium processing system in a real-time manner; a medium storage apparatus configured to store a flaky medium; a medium recognizing apparatus configured to recognize, separate and count the flaky medium; a medium transfer apparatus comprising a motor, a drive mechanism and a medium transfer channel having a plurality of branches, wherein a plurality of detection positions are arranged in the medium transfer channel, and one position sensor (101, 102, 103) is arranged at each detection position for detecting an arrival event and a departure event of the flaky medium at the detection position, characterized in that a position sensor arranged at a first detection position along a movement direction of the flaky medium is provided with at least three independent detection points, each detection point outputs an independent output signal, and each detection point is configured with two timers for obtaining a time attribute of an output signal of each detection point, and the position sensor (102, 103) arranged at the other detection positions is configured with one timer for obtaining a time attribute of an output signal of the position sensor (102, 103).
A method comprising: receiving, at a computing device, a request to activate a policy for the computing device, the policy indicating that data written by the computing device to a storage volume after activation of the policy be encrypted; activating the policy for the computing device despite one or more sectors of the storage volume being unencrypted, the activating including when data is requested to be written to a sector of the storage volume checking an encrypted chunks map by a read/write module if a chunk including the sector is unencrypted, and if the chunk is unencrypted the read/write module holds the write request to allow the other sectors in the chunk that includes the sector being written to be encrypted, followed by the encryption/decryption control module to encrypt each of the sectors that is read, and writes the encrypted content of each of those sectors to storage volume, and by maintaining a conversion log including identifiers of the sectors of the storage volume that were encrypted and signatures of the sectors of the storage volume storing encrypted data, and wherein the encrypted chunks map identifies which chunks of sectors of the storage volume are encrypted, wherein the encrypted chunks map identifies whether each chunk of sectors of the storage volume are unencrypted, encrypted, or not in use; and returning, in response to the request, the indication of compliance with the policy despite one or more sectors of the storage volume being unencrypted. receiving, at a computing device, a request to activate a policy for the computing device, the policy indicating that data written by the computing device to a storage volume after activation of the policy be encrypted; activating the policy for the computing device despite one or more sectors of the storage volume being unencrypted, the activating including when data is requested to be written to a sector of the storage volume checking an encrypted chunks map by a read/write module if a chunk including the sector is unencrypted, and if the chunk is unencrypted the read/write module holds the write request to allow the other sectors in the chunk that includes the sector being written to be encrypted, followed by the encryption/decryption control module to encrypt each of the sectors that is read, and writes the encrypted content of each of those sectors to storage volume, and by maintaining a conversion log including identifiers of the sectors of the storage volume that were encrypted and signatures of the sectors of the storage volume storing encrypted data, and wherein the encrypted chunks map identifies which chunks of sectors of the storage volume are encrypted, wherein the encrypted chunks map identifies whether each chunk of sectors of the storage volume are unencrypted, encrypted, or not in use; and returning, in response to the request, the indication of compliance with the policy despite one or more sectors of the storage volume being unencrypted.