mhurhangee/ep-ind-claims huggingface dataset:
A double system of fuel injection type internal combustion engine comprising: a direct injection injector; a port fuel injection injector; a control unit for changing an fuel injection distribution ratio of fuels injected from the direct injection injector and port fuel injection injector in accordance with an operating condition of the engine; a delivery pipe connected to the direct injection injector so as to supply the fuel to the direct injection injector; a high pressure fuel pump for supplying the fuel under pressure to the direct injection injector through the delivery pipe; a fuel pressure sensor for detecting a fuel pressure in the delivery pipe; a fuel temperature sensor for detecting a fuel temperature in the delivery pipe; and a fuel regulating unit for regulating the fuel pressure and fuel temperature in the delivery pipe, wherein at a time when the fuel injection distribution ratio of the port fuel injection injector is higher than that of the direct injection injector and either one of the fuel pressure value and fuel temperature value detected respectively by the fuel pressure sensor and the fuel temperature sensor exceeds over an aimed value, the control unit controls the fuel regulating unit so as to lower the exceeding value thereof. a direct injection injector; a port fuel injection injector; a control unit for changing an fuel injection distribution ratio of fuels injected from the direct injection injector and port fuel injection injector in accordance with an operating condition of the engine; a delivery pipe connected to the direct injection injector so as to supply the fuel to the direct injection injector; a high pressure fuel pump for supplying the fuel under pressure to the direct injection injector through the delivery pipe; a fuel pressure sensor for detecting a fuel pressure in the delivery pipe; a fuel temperature sensor for detecting a fuel temperature in the delivery pipe; and a fuel regulating unit for regulating the fuel pressure and fuel temperature in the delivery pipe, wherein at a time when the fuel injection distribution ratio of the port fuel injection injector is higher than that of the direct injection injector and either one of the fuel pressure value and fuel temperature value detected respectively by the fuel pressure sensor and the fuel temperature sensor exceeds over an aimed value, the control unit controls the fuel regulating unit so as to lower the exceeding value thereof.
A method for identifying the growth state of fibroblasts using as an index the level of expression of ETFB (electron transfer flavoprotein beta subunit) in collected fibroblasts, comprising: judging, in cases where the level of expression of ETFB is high, that there is a high probability of fibrosis due to differentiation of fibroblasts into myofibroblasts, and judging, in cases where the level of expression of ETFB is low, that there is a high probability that fibroblasts are normally growing. judging, in cases where the level of expression of ETFB is high, that there is a high probability of fibrosis due to differentiation of fibroblasts into myofibroblasts, and judging, in cases where the level of expression of ETFB is low, that there is a high probability that fibroblasts are normally growing.
A seismic surveying method of a subsurface volume, the method comprising: disposing at least one seismic sensor of a system downhole; generating an input analog signal with the at least one sensor in response to seismic energy from the subsurface volume; amplifying the input analog signal at the at least one sensor by a downhole gain (G D); sending the amplified analog signal to an uphole recording unit of the system via a transmission line, the uphole recording unit having an uphole gain (G U); and amplifying the amplified analog signal at the uphole recording unit by the uphole gain (G U); characterized in that the method further comprises: reducing an overall effect of noise in the system by balancing the downhole gain (G D) and the uphole gain (G U) with respect to one another. disposing at least one seismic sensor of a system downhole; generating an input analog signal with the at least one sensor in response to seismic energy from the subsurface volume; amplifying the input analog signal at the at least one sensor by a downhole gain (G D); sending the amplified analog signal to an uphole recording unit of the system via a transmission line, the uphole recording unit having an uphole gain (G U); and amplifying the amplified analog signal at the uphole recording unit by the uphole gain (G U); characterized in that the method further comprises: reducing an overall effect of noise in the system by balancing the downhole gain (G D) and the uphole gain (G U) with respect to one another.
A battery module fixation arrangement between a battery module compartment and a battery module that is configured for insertion into the battery module compartment along an insertion direction, characterized by comprising: a set of fixation recesses (200; 405A; 600B; 600B-2) arranged in either the battery module compartment or the battery module; a set of fixation pins (300B; 305B; 310B; 315B; 400B; 600C) arranged in either the battery module compartment or the battery module that extend into the set of fixation recesses along the insertion direction while the battery module is inserted into the battery module compartment; and a set of gaps defined between the set of fixation recesses the set of fixation pins extending therein, wherein each gap among the set of gaps is filled at least in part with a curing material (410A; 620A, 625A; 605C), wherein the set of fixation pins is arranged in the battery module compartment and the set of fixation recessed is arranged in the battery module, or the set of fixation pins is arranged in the battery module and the set of fixation recessed is arranged in the battery module compartment. a set of fixation recesses (200; 405A; 600B; 600B-2) arranged in either the battery module compartment or the battery module; a set of fixation pins (300B; 305B; 310B; 315B; 400B; 600C) arranged in either the battery module compartment or the battery module that extend into the set of fixation recesses along the insertion direction while the battery module is inserted into the battery module compartment; and a set of gaps defined between the set of fixation recesses the set of fixation pins extending therein, wherein each gap among the set of gaps is filled at least in part with a curing material (410A; 620A, 625A; 605C), wherein the set of fixation pins is arranged in the battery module compartment and the set of fixation recessed is arranged in the battery module, or the set of fixation pins is arranged in the battery module and the set of fixation recessed is arranged in the battery module compartment.
A method for determining the highest gear ratio of a transmission, comprising: determining corresponding minimum engine fuel consumption rates when a vehicle travels at multiple constant vehicle speeds, and engine rotation speeds corresponding to the minimum engine fuel consumption rates based on engine universal characteristic data, wherein the multiple vehicle speeds are chosen from a vehicle speed range corresponding to the highest gear of the transmission; determining a gear ratio corresponding to each minimum engine fuel consumption rate for each of the minimum engine fuel consumption rates, wherein the gear ratio is a ratio of an engine rotation speed corresponding to the minimum engine fuel consumption rate to a vehicle speed; obtaining a weighted average value of the corresponding engine fuel consumption rates when the vehicle travels at the constant vehicle speeds under each gear ratio; and determining the gear ratio, corresponding to the minimum value among obtained weighted average values of the engine fuel consumption rates, as the highest gear ratio of the transmission. determining corresponding minimum engine fuel consumption rates when a vehicle travels at multiple constant vehicle speeds, and engine rotation speeds corresponding to the minimum engine fuel consumption rates based on engine universal characteristic data, wherein the multiple vehicle speeds are chosen from a vehicle speed range corresponding to the highest gear of the transmission; determining a gear ratio corresponding to each minimum engine fuel consumption rate for each of the minimum engine fuel consumption rates, wherein the gear ratio is a ratio of an engine rotation speed corresponding to the minimum engine fuel consumption rate to a vehicle speed; obtaining a weighted average value of the corresponding engine fuel consumption rates when the vehicle travels at the constant vehicle speeds under each gear ratio; and determining the gear ratio, corresponding to the minimum value among obtained weighted average values of the engine fuel consumption rates, as the highest gear ratio of the transmission.
A method for producing a decorative profiled element, in particular an edge strip for coating the narrow faces of furniture panels, wherein a prefabricated substrate made of at least partially thermoplastic material is provided, wherein a film of thermoplastic material is produced, wherein the film will be printed and/or is printed with a decorative pattern, characterized in that the printed film is welded directly to the substrate without subsequent application of an adhesive, bonding or sealing layer, forming the decorative profiled element, by heating the prefabricated substrate by heat input at least in certain regions and welding the printed film to the substrate after heating and/or during heating. wherein a prefabricated substrate made of at least partially thermoplastic material is provided, wherein a film of thermoplastic material is produced, wherein the film will be printed and/or is printed with a decorative pattern, characterized in that the printed film is welded directly to the substrate without subsequent application of an adhesive, bonding or sealing layer, forming the decorative profiled element, by heating the prefabricated substrate by heat input at least in certain regions and welding the printed film to the substrate after heating and/or during heating.
A vehicle power supply system control method for controlling a vehicle power supply system comprising an electric generator driven by an internal combustion engine; and a first storage device and a second storage device connected in parallel to the electric generator, the second storage device having a lower internal resistance than that of the first storage device, the vehicle power supply system control method characterized by electrically connecting the electric generator and the second storage device even when a charge ratio of the first storage device is less than a prescribed charge ratio when a driver has requested automated driving during charging of the first storage device in a state in which the electric generator and the second storage device are disconnected, and electrically connecting the electric generator and the second storage device after the charge ratio of the first storage device has reached the prescribed charge ratio when the driver has not requested the automated driving.
A coating applied to a surface of a substrate wherein said coating includes MoS 2 and characterised in that the coating includes repeating layers of two forms, a first form including MoS 2 and Ti; and a second form including MoSz, Ti and TiBz and within this form of layer, layers of the TiBz material are sandwiched between layers of MoS 2 and Ti.
A floatable frame structure formed of several concatenated frame modules, wherein each frame module is formed of four columns (11a, 11b, 11c, 11d) arranged substantially vertically, four upper tie bars and four lower tie bars, and neighbouring columns (11a, 11b; 11b, 11c; 11c, 11d; 11d, 11a) are interconnected in pairs by upper and lower tie bars (12a, 12b) and form module sections (1a, 1b, 1c, 1d), characterized in that the connections between the tie bars (12a, 12b) and the columns (11a, 11b, 11c, 11d) are formed of rotary joints (J1, J2) arranged in upper and lower nodes (14a, 14b) on the columns (11a, 11b, 11c, 11d), there being at least one horizontal-rotation joint arranged for each column (11a, 11b, 11c, 11d) in the connection to an associated tie bar (12a, 12b), and there being at least one spherical rotary joint or elastic rotary joint arranged for each tie bar (12a, 12b) in the connection to an associated column (11a, 11b, 11c, 11d), each module section (1a, 1b, 1c, 1d) is provided with elastic tensile elements which are secured to diagonally opposite upper and lower nodes (14a, 14b), nodes (14a, 14b) lying diagonally opposite each other in the same horizontal plane and in the same frame module are connected by elastic tensile elements, at least some columns (11a, 11b, 11c, 11d) form containers with a submersible portion with positive buoyancy, and adjacent frame modules share at least one column (11a, 11b, 11c, 11d). each frame module is formed of four columns (11a, 11b, 11c, 11d) arranged substantially vertically, four upper tie bars and four lower tie bars, and neighbouring columns (11a, 11b; 11b, 11c; 11c, 11d; 11d, 11a) are interconnected in pairs by upper and lower tie bars (12a, 12b) and form module sections (1a, 1b, 1c, 1d), characterized in that the connections between the tie bars (12a, 12b) and the columns (11a, 11b, 11c, 11d) are formed of rotary joints (J1, J2) arranged in upper and lower nodes (14a, 14b) on the columns (11a, 11b, 11c, 11d), there being at least one horizontal-rotation joint arranged for each column (11a, 11b, 11c, 11d) in the connection to an associated tie bar (12a, 12b), and there being at least one spherical rotary joint or elastic rotary joint arranged for each tie bar (12a, 12b) in the connection to an associated column (11a, 11b, 11c, 11d), there being at least one horizontal-rotation joint arranged for each column (11a, 11b, 11c, 11d) in the connection to an associated tie bar (12a, 12b), and there being at least one spherical rotary joint or elastic rotary joint arranged for each tie bar (12a, 12b) in the connection to an associated column (11a, 11b, 11c, 11d), each module section (1a, 1b, 1c, 1d) is provided with elastic tensile elements which are secured to diagonally opposite upper and lower nodes (14a, 14b), nodes (14a, 14b) lying diagonally opposite each other in the same horizontal plane and in the same frame module are connected by elastic tensile elements, at least some columns (11a, 11b, 11c, 11d) form containers with a submersible portion with positive buoyancy, and adjacent frame modules share at least one column (11a, 11b, 11c, 11d).
A dispenser box assembly (20, 20') for a laundry appliance, said dispenser box assembly comprising: a dispenser housing including a bottom wall and housing walls (40, 42, 44, 46) that cooperate to define a main chamber, said housing walls (40, 42, 44, 46) extending up from said bottom wall to an upper rim such that said dispenser housing has a drawer-less configuration; at least one water inlet port positioned adjacent to said upper rim of said dispenser housing; a water outlet port positioned adjacent to said bottom wall of said dispenser housing that is arranged in fluid communication with said main chamber; a lid attached to said upper rim of said dispenser housing; and said lid including an in-lid reservoir having an inlet section that is arranged in fluid communication with said at least one water inlet port and a diffuser section with an outlet that is arranged in fluid communication with said main chamber, wherein said main chamber is open to atmospheric pressure and creates a water pressure drop between said at least one water inlet port and said water outlet port. a dispenser housing including a bottom wall and housing walls (40, 42, 44, 46) that cooperate to define a main chamber, said housing walls (40, 42, 44, 46) extending up from said bottom wall to an upper rim such that said dispenser housing has a drawer-less configuration; at least one water inlet port positioned adjacent to said upper rim of said dispenser housing; a water outlet port positioned adjacent to said bottom wall of said dispenser housing that is arranged in fluid communication with said main chamber; a lid attached to said upper rim of said dispenser housing; and said lid including an in-lid reservoir having an inlet section that is arranged in fluid communication with said at least one water inlet port and a diffuser section with an outlet that is arranged in fluid communication with said main chamber, wherein said main chamber is open to atmospheric pressure and creates a water pressure drop between said at least one water inlet port and said water outlet port.
A method of wireless communication by a user equipment, comprising: receiving a configuration from a serving cell to perform a measurement during a measurement gap of a unicast service while in a connected mode; and determining whether to refrain from leaving the serving cell on a first frequency and performing the measurement on a second frequency of a neighboring cell in order to receive multicast/broadcast content associated with a multicast/broadcast service during the measurement gap, wherein the determination whether to refrain from leaving the serving cell and performing the measurement is based on a signal quality of the serving cell, and an overlap of the measurement gap and a reception of at least one of control/system information or traffic data of the multicast/broadcast content, and wherein when the reception of the control/system information overlaps with the measurement gap and the signal quality is greater than a first threshold and less than or equal to a second threshold, the method further comprises: refrainig from leaving the serving cell and performing the measurement during the measurement gap; and receiving the control/system information during the measurement gap. receiving a configuration from a serving cell to perform a measurement during a measurement gap of a unicast service while in a connected mode; and determining whether to refrain from leaving the serving cell on a first frequency and performing the measurement on a second frequency of a neighboring cell in order to receive multicast/broadcast content associated with a multicast/broadcast service during the measurement gap, wherein the determination whether to refrain from leaving the serving cell and performing the measurement is based on a signal quality of the serving cell, and an overlap of the measurement gap and a reception of at least one of control/system information or traffic data of the multicast/broadcast content, and wherein when the reception of the control/system information overlaps with the measurement gap and the signal quality is greater than a first threshold and less than or equal to a second threshold, the method further comprises: refrainig from leaving the serving cell and performing the measurement during the measurement gap; and receiving the control/system information during the measurement gap. refrainig from leaving the serving cell and performing the measurement during the measurement gap; and receiving the control/system information during the measurement gap.
Carrier loaded with algae, comprising a multidimensional textile comprised of a flexible material with a specific surface area greater than 25 m 2 per m 2 textile and an average pore size between 25 μm and 500 μm, wherein said textile comprises multifilament yarns.
Ammonia gas generator for producing ammonia from a solution of an ammonia precursor substance, comprising i) a catalyst unit which comprises a catalyst for the decomposition and/or hydrolysis of ammonia precursor substances to ammonia, and a mixing chamber arranged upstream of the catalyst, the catalyst having a catalyst volume V cat and the mixing chamber having a mixing chamber volume V mix, ii) an injection device for introducing the solution of the ammonia precursor substance into the mixing chamber, iii) at least one inlet for a carrier gas, iv) an outlet for the ammonia gas that is formed, characterised in that the ammonia gas generator further comprises v) a perforated plate through which the carrier gas is introduced into the mixing chamber perpendicularly to the catalyst end face in the form of a plurality of parallel streams. i) a catalyst unit which comprises a catalyst for the decomposition and/or hydrolysis of ammonia precursor substances to ammonia, and a mixing chamber arranged upstream of the catalyst, the catalyst having a catalyst volume V cat and the mixing chamber having a mixing chamber volume V mix, ii) an injection device for introducing the solution of the ammonia precursor substance into the mixing chamber, iii) at least one inlet for a carrier gas, iv) an outlet for the ammonia gas that is formed,
A method for automatically assigning sequential identification values to a plurality of networked nodes including a host controller operatively interconnected with a plurality of client controllers by a shared, multi-drop communications bus, the host controller being further operatively interconnected with a first controller of the plurality of client controllers by an initial segment of a daisy-chained, point-to-point communications bus, and each previous controller of the plurality of client controllers being operatively connected to a subsequent controller of the plurality of client controllers by another segment of the point-to-point communications bus, the method being characterized in that it comprises the steps of: issuing, via the host controller, a token to a first controller of the plurality of client controllers via the point-to-point communications bus; querying, via the host controller, the plurality of client controllers via the multi-drop communications bus, and receiving, via the host controller, from a client controller having the token, a reply via the multi-drop communications bus; associating, via the host controller, the replying client controller with a sequential identification value; acknowledging, via the host controller, the association to the replying client controller via the multi-drop communications bus; commanding, via the host controller and multi-drop communications bus, passing of the token to a subsequent controller of the plurality of client controllers via the point-to-point communications bus; and repeating the querying, associating, acknowledging, and commanding steps. issuing, via the host controller, a token to a first controller of the plurality of client controllers via the point-to-point communications bus; querying, via the host controller, the plurality of client controllers via the multi-drop communications bus, and receiving, via the host controller, from a client controller having the token, a reply via the multi-drop communications bus; associating, via the host controller, the replying client controller with a sequential identification value; acknowledging, via the host controller, the association to the replying client controller via the multi-drop communications bus; commanding, via the host controller and multi-drop communications bus, passing of the token to a subsequent controller of the plurality of client controllers via the point-to-point communications bus; and repeating the querying, associating, acknowledging, and commanding steps.