mhurhangee/ep-ind-claims huggingface dataset:
A battery safety evaluation apparatus comprising a computer apparatus configured to perform a process of: a battery characteristic estimator configured to estimate an estimation value of an inner state parameter of a first battery which is a secondary battery to be evaluated on the basis of data on voltage and current of the first battery measured in charging or discharging the first battery; a heat estimator configured to estimate a heat of the first battery upon change of an external temperature on the basis of first reference data which is reference data at least indicating relationship between a heat of a secondary battery and the external temperature and is set to correspond to the first battery on the basis of the estimation value; and a safety index calculator configured to calculate a safety index regarding a temperature of the first battery upon change of the external temperature on the basis of the heat of the first battery; to calculate the temperature of the first battery at the external temperature on the basis of the heat of the first battery estimated by the heat estimator, a specific heat of the first battery, a heat transfer coefficient between the first battery and an outside of the first battery, and the external temperature; and to calculate the safety index on the basis of the calculated temperature of the first battery. a battery characteristic estimator configured to estimate an estimation value of an inner state parameter of a first battery which is a secondary battery to be evaluated on the basis of data on voltage and current of the first battery measured in charging or discharging the first battery; a heat estimator configured to estimate a heat of the first battery upon change of an external temperature on the basis of first reference data which is reference data at least indicating relationship between a heat of a secondary battery and the external temperature and is set to correspond to the first battery on the basis of the estimation value; and a safety index calculator configured to calculate a safety index regarding a temperature of the first battery upon change of the external temperature on the basis of the heat of the first battery; to calculate the temperature of the first battery at the external temperature on the basis of the heat of the first battery estimated by the heat estimator, a specific heat of the first battery, a heat transfer coefficient between the first battery and an outside of the first battery, and the external temperature; and to calculate the safety index on the basis of the calculated temperature of the first battery.
High-pressure fuel pump for a fuel injection system of an internal combustion engine, having a pump housing which has a pump interior chamber which is charged with fuel, and having at least one pump element which is actuated by a pump shaft, which is mounted rotatably in the pump housing, via a roller tappet which is mounted by means of a plain bearing in a guide so as to form an upper plunger chamber, wherein the pump interior chamber is fluidically connected to the plunger chamber via a fluidic connection, and wherein the plunger chamber is connected to a fuel line which effects a throughput of fuel, characterized in that the entire fuel quantity fed to the high-pressure fuel pump is introduced into the pump interior chamber via a fuel feed passage, in that a partial stream of the fuel passes out of the pump interior chamber via the fluidic connection into the plunger chamber, and in that the fuel line which effects the throughput of fuel is a fuel discharge line.
A copper fiber nonwoven fabric having a bonding portion obtained by a sintering between copper fibers and, in the relationship between compressive stress and strain, is provided with a first region exhibiting plastic deformation and, a second region exhibiting elastic deformation in which compressive stress is higher than the first region, wherein the space factor of the copper fiber nonwoven fabric, that is measured according to the method in the description, is within the range of 10% to 25%, the average fiber length of the copper fibers is within the range of 3 mm to 20 mm, the average fiber diameter of the copper fibers is within the range of 15 μm to 70 μm, and the plastic deformation rate of the copper fiber nonwoven fabric is 30% to 60%, wherein the plastic deformation rate is obtained by the following formula: (T0-T1)/T0 × 100, wherein T0 represents pre-test thickness of the copper fiber nonwoven fabric, which is measured by contacting a measuring probe with the copper fiber nonwoven fabric, and T1 represents post-test thickness of the copper fiber nonwoven fabric, which is measured 3 hours following completion of consecutively carrying out the compression operation of increasing a load from 0 MPa to 1 MPa at a compression rate of 1 mm/min using a compression probe and the release operation three times.
A method for producing platelets in vitro comprising: culturing stem cells in a first growth medium to produce a megakaryocyte progenitor cell population, wherein the first growth medium comprises aryl-hydrocarbon inhibitor/stem regenin-1, and notch-ligand delta-1; maturing the expanded megakaryocyte progenitor cells in an artificial bone marrow niche environment comprising a second growth medium in the presence of an oxygen concentration between about 10% and about 30% PO 2 to differentiate the megakaryocyte progenitor cells into megakaryocytes, wherein the second growth medium comprises thrombopoietin, stem cell factor, nicotinamide, and a Rho/Rock inhibitor; isolating the mature megakaryocytes; culturing the mature megakaryocytes in a three-dimensional matrix and a third growth medium and in the presence of an oxygen concentration between about 10% and about 30% PO 2 and a shear stress between about 100 and 400 μl/min to produce platelets, wherein the third growth medium comprises fibrinogen, fibronectin, von Willebrand factor (vWF), an MLCK inhibitor, a Rho/Rock inhibitor, and nicotinamide; and collecting the platelets. culturing stem cells in a first growth medium to produce a megakaryocyte progenitor cell population, wherein the first growth medium comprises aryl-hydrocarbon inhibitor/stem regenin-1, and notch-ligand delta-1; maturing the expanded megakaryocyte progenitor cells in an artificial bone marrow niche environment comprising a second growth medium in the presence of an oxygen concentration between about 10% and about 30% PO 2 to differentiate the megakaryocyte progenitor cells into megakaryocytes, wherein the second growth medium comprises thrombopoietin, stem cell factor, nicotinamide, and a Rho/Rock inhibitor; isolating the mature megakaryocytes; culturing the mature megakaryocytes in a three-dimensional matrix and a third growth medium and in the presence of an oxygen concentration between about 10% and about 30% PO 2 and a shear stress between about 100 and 400 μl/min to produce platelets, wherein the third growth medium comprises fibrinogen, fibronectin, von Willebrand factor (vWF), an MLCK inhibitor, a Rho/Rock inhibitor, and nicotinamide; and collecting the platelets.
A drive mechanism for a furniture portion, in particular a drawer or a door, which is mounted movably in or to a furniture item, comprising a drive device which is guided movably with respect to a base and which is acted upon by a force storage means, a damping device and a retraction device, wherein the drive device has an ejection element for moving the furniture portion from a closed end position into an open position and a locking element which is guided by a preferably heart-shaped guide track which is formed on the base, characterized in that the damping device, the force storage means which acts on the drive device and the retraction device are connected in series, wherein the damping device, the force storage means which acts on the drive device and the retraction device are of such an arrangement and configuration that upon closure of the movable furniture portion the damping device acts on the drive device and after complete loading of the force storage means which acts on the drive device the movable furniture portion can be brought into the closed end position by means of the retraction device.
An information processing apparatus for providing a route to a destination, comprising: - means for retrieving (43, 46), from a storage medium, data defining the route, recorded image data and location data stored with the recorded image data indicating the location of where the image data was recorded, characterized in that - the information processing apparatus is adapted to display the route and to display, at locations along the displayed route, recording locations of the image data and/or a number identifying a number of images recorded at a location, wherein the locations along the displayed route correspond to locations identified from the retrieved location data, and to display or output, images recorded for a displayed recording location. - means for retrieving (43, 46), from a storage medium, data defining the route, recorded image data and location data stored with the recorded image data indicating the location of where the image data was recorded, characterized in that - the information processing apparatus is adapted to display the route and to display, at locations along the displayed route, recording locations of the image data and/or a number identifying a number of images recorded at a location, wherein the locations along the displayed route correspond to locations identified from the retrieved location data, and to display or output, images recorded for a displayed recording location.
An image processing device comprising: a person recognition unit configured to recognize persons included in each of a plurality of captured images, wherein each recognized person is a person of interest; an image evaluation unit configured to evaluate one or more captured image groups extracted from among the plurality of captured images, on the basis of a degree of appearance for each person of interest recognized by the person recognition unit, said evaluation including computing a value for each captured image group, respectively; and an image selection unit configured to select a captured image group having the highest value of the evaluation by the image evaluation unit, wherein the degree of appearance of a person of interest and a captured image group is a value that depends on a degree of noticeability of the person of interest in each captured image included in the respective captured image group, wherein the degree of noticeability of a person of interest and a captured image is a magnitude of the image area of the person of interest in the captured image, or a degree of expression by the person of interest in the captured image, and wherein the image evaluation unit is further configured to compute a highest value for a captured image group in which a variance value of the degree of appearance, which is computed from the degree of appearance of each person of interest, is smallest. a person recognition unit configured to recognize persons included in each of a plurality of captured images, wherein each recognized person is a person of interest; an image evaluation unit configured to evaluate one or more captured image groups extracted from among the plurality of captured images, on the basis of a degree of appearance for each person of interest recognized by the person recognition unit, said evaluation including computing a value for each captured image group, respectively; and an image selection unit configured to select a captured image group having the highest value of the evaluation by the image evaluation unit, wherein the degree of appearance of a person of interest and a captured image group is a value that depends on a degree of noticeability of the person of interest in each captured image included in the respective captured image group, wherein the degree of noticeability of a person of interest and a captured image is a magnitude of the image area of the person of interest in the captured image, or a degree of expression by the person of interest in the captured image, and wherein the image evaluation unit is further configured to compute a highest value for a captured image group in which a variance value of the degree of appearance, which is computed from the degree of appearance of each person of interest, is smallest.
A bispecific antibody or an antigen binding portion thereof, wherein the bispecific antibody or the antigen binding portion thereof has a common light chain, wherein said common light chain refers to two light chains having the same sequence, wherein said common light chain is assembled with a heavy chain of Pertuzumab or the antigen binding portion thereof and a heavy chain of Trastuzumab or the antigen binding portion thereof to form a bispecific antibody or a Fab respectively, under physiological conditions or during in vitro protein expression; and wherein the variable region of said common light chain comprises a sequence selected from those as set forth in amino acid positions 1 to 107 of SEQ ID NO: 1 - SEQ ID NO: 6.
A multi-mode radio frequency identification (RFID) tag (20, 22, 24, 26, 28, 30, 38, 68) comprises: a configurable coupling circuit that, when the multi-mode RFID tag is in a far field mode, provides electromagnetic coupling to an RFID reader (14, 16, 18) via an antenna and, when the multi-mode RFID tag is in a near field mode, provides radio frequency coupling to the RFID reader (14, 16, 18) via an inductor, the coupling circuit acting as an impedance circuit for the antenna, wherein the inductor provides the electromagnetic coupling in the near field mode and an inductance value for impedance matching in the far field mode; a power generating and signal detection module coupled to the configurable coupling circuit, wherein the power generating and signal detection module converts an inbound receive signal into a supply voltage and recovers encoded data from the inbound receive signal; a baseband processing module coupled to: decode the encoded data to produce a decoded signal; process the decoded signal; when the processing of the decoded signal indicates generating a response signal, generate the response signal; and encode the response signal to produce outbound encoded data; and a transmit section coupled to the configurable coupling circuit, wherein the transmit section converts the outbound encoded data into an outbound transmit signal. a configurable coupling circuit that, when the multi-mode RFID tag is in a far field mode, provides electromagnetic coupling to an RFID reader (14, 16, 18) via an antenna and, when the multi-mode RFID tag is in a near field mode, provides radio frequency coupling to the RFID reader (14, 16, 18) via an inductor, the coupling circuit acting as an impedance circuit for the antenna, wherein the inductor provides the electromagnetic coupling in the near field mode and an inductance value for impedance matching in the far field mode; a power generating and signal detection module coupled to the configurable coupling circuit, wherein the power generating and signal detection module converts an inbound receive signal into a supply voltage and recovers encoded data from the inbound receive signal; a baseband processing module coupled to: decode the encoded data to produce a decoded signal; process the decoded signal; when the processing of the decoded signal indicates generating a response signal, generate the response signal; and encode the response signal to produce outbound encoded data; and a transmit section coupled to the configurable coupling circuit, wherein the transmit section converts the outbound encoded data into an outbound transmit signal. decode the encoded data to produce a decoded signal; process the decoded signal; when the processing of the decoded signal indicates generating a response signal, generate the response signal; and encode the response signal to produce outbound encoded data; and a transmit section coupled to the configurable coupling circuit, wherein the transmit section converts the outbound encoded data into an outbound transmit signal.
A system comprising: a light source arranged to provide an input light in a first mode at a first wavelength and a fiber, the fiber comprising: an input end arranged to receive light in a first mode at a first wavelength; an output end arranged to output light; and means for applying intermodal four-wave mixing to convert the first mode at the first wavelength to the second mode at the desired second wavelength, wherein the system is arranged to control the desired second mode by deforming the fiber during an intermodal Cherenkov radiation process, wherein the fiber comprises a higher-order mode fiber, and wherein the system is arranged to provide at least one of the waves of the four wave mixing process as a Cherenkov radiation wave, so as to output light at the output end in a desired second mode at a desired second wavelength. a light source arranged to provide an input light in a first mode at a first wavelength and a fiber, the fiber comprising: an input end arranged to receive light in a first mode at a first wavelength; an output end arranged to output light; and means for applying intermodal four-wave mixing to convert the first mode at the first wavelength to the second mode at the desired second wavelength, wherein the system is arranged to control the desired second mode by deforming the fiber during an intermodal Cherenkov radiation process, wherein the fiber comprises a higher-order mode fiber, and wherein the system is arranged to provide at least one of the waves of the four wave mixing process as a Cherenkov radiation wave, so as to output light at the output end in a desired second mode at a desired second wavelength. an input end arranged to receive light in a first mode at a first wavelength; an output end arranged to output light; and means for applying intermodal four-wave mixing to convert the first mode at the first wavelength to the second mode at the desired second wavelength, wherein the system is arranged to control the desired second mode by deforming the fiber during an intermodal Cherenkov radiation process, wherein the fiber comprises a higher-order mode fiber, and wherein the system is arranged to provide at least one of the waves of the four wave mixing process as a Cherenkov radiation wave, so as to output light at the output end in a desired second mode at a desired second wavelength.
A substantive diamidoquat molecule of Formula I, wherein R and R 1 may or may not be same and are selected from C 6 to C 24 straight or branched alkyl chain or alkenyl residue.
Device for cleaning surfaces inside of a toilet bowl, comprising an elongated housing connected to a bottle, wherein the bottle contains a cleaning and/or a disinfecting liquid composition, the device further comprising a pumping mechanism for pressurizing said liquid composition, and at least one nozzle for the output of said liquid composition, wherein the nozzle is in fluid communication through a conduit of the device with said pumping mechanism and wherein the pumping mechanism is provided at one side of said housing and said at least one nozzle is provided at the opposite side of the housing, and wherein the pumping mechanism comprises a trigger to activate the pressurizing of the liquid composition, wherein the device further comprises a handle system to hold the device, wherein the trigger is provided at the upper part of the device, and the nozzle is provided at the bottom side of the device, so that the device can be used in an upright position, and wherein the at least one nozzle is arranged such as the angle of the direction of the expelled liquid composition upon operation of the pumping mechanism, is from about 0° to about 85° downward and/or upward from a horizontal plane when the bottle rests flat on a horizontal surface.
A demolding device for demolding a molded product formed by a mold, wherein the mold comprises a fixed mold of a fixed platen, a movable mold of a movable platen and a rotatable moid element and is configured to form the molded product by using a cavity defined by the fixed mold, the movable mold and the rotatable mold element, the demolding device comprising: a motor; and a rotatable body rotatable by the motor through a rotation transmission mechanism (44, 45, 26), wherein the demolding device is installed on a side of the movable platen of the mold, wherein the rotatable body is accommodated in an opening that is provided on an attachment surface to which the movable mold is attachable, and wherein the rotatable body is adapted to transmit a rotation to the rotatable mold element, which is installed on a side of the movable mold, for rotating the rotatable mold element so as to demold the molded product formed by the cavity, characterized in that the rotatable body comprises a rotatable main body and a rotatable piece, wherein a hole (30, 31) is formed on an upper surface of the rotatable main body, said upper surface facing the fixed mold, wherein the rotatable piece is accommodated in the hole (30, 31) such that the rotatable piece is restricted in a rotational direction and is slidable in an axial direction, and wherein the rotatable piece is urged upwards towards the fixed mold by a spring installed in the hole (30, 31). a motor; and a rotatable body rotatable by the motor through a rotation transmission mechanism (44, 45, 26), wherein the demolding device is installed on a side of the movable platen of the mold, wherein the rotatable body is accommodated in an opening that is provided on an attachment surface to which the movable mold is attachable, and wherein the rotatable body is adapted to transmit a rotation to the rotatable mold element, which is installed on a side of the movable mold, for rotating the rotatable mold element so as to demold the molded product formed by the cavity, characterized in that the rotatable body comprises a rotatable main body and a rotatable piece, wherein a hole (30, 31) is formed on an upper surface of the rotatable main body, said upper surface facing the fixed mold, wherein the rotatable piece is accommodated in the hole (30, 31) such that the rotatable piece is restricted in a rotational direction and is slidable in an axial direction, and wherein the rotatable piece is urged upwards towards the fixed mold by a spring installed in the hole (30, 31).