Abstract: It is an object of the present invention to provide an exhaust gas purifying catalyst filter which has enhanced soot collection performance without increasing pressure loss caused by the formation of a catalyst layer in a partition wall of a wall flow type substrate. A gasoline engine exhaust gas purifying catalyst filter for purifying exhaust gas of a gasoline engine includes: a wall flow type substrate in which an introduction-side cell having an open exhaust gas introduction-side end, and a discharge-side cell adjacent to the introduction-side cell and having an open exhaust gas discharge-side end are defined by a porous partition wall; and a catalyst layer formed in a pore of the partition wall. An absolute value of a maldistribution degree of the catalyst layer formed in the pore of the partition wall is 4.50 or less. A wash coat amount, excluding a mass of a platinum group, of the catalyst layer formed in the pore of the partition wall, is 40 g/L or more and 50 g/L or less.

Abstract: The insulation resistance testing device of the present disclosure includes a first magnetic current sensor disposed between the control unit and the ground, and a first damping resistor disposed in series with the first magnetic current sensor between the control unit and the ground. The insulation resistance testing device of the present disclosure includes a second magnetic current sensor disposed between the positive terminal and the ground of the battery pack, and a second damping resistor disposed in series with the second magnetic current sensor between the positive terminal and the ground.

Abstract: According to the present disclosure, there is provided a technique capable of rapidly identifying a cause of an occurrence of a failure and supporting a recovery. There is provided a technique that includes: a memory storing recipes, apparatus information reported from within the substrate processing apparatus and failure information; a process vessel in which a substrate is processed based on a recipe; and a controller for: (i) storing failure data in the memory together with an occurrence time of the failure contained in the failure information when the failure occurs in the substrate processing apparatus, the failure data containing first apparatus-related information reported before the failure during a first period defined in advance and the recipe in the memory; and (ii) adding second apparatus-related information reported after the failure during a second period defined in advance to the failure data.

Abstract: According to the present disclosure, there is provided a technique capable of efficiently editing the file of the setting values while ensuring their consistency before and after change. There is provided a technique that includes: a display for a file describing processing conditions containing setting values; an operation controller for editing the file and undoing or redoing a setting value set in the editing; a controller for controlling an editing for the setting value and including: a memory storing the file and operation history information on the undo operation or the redo operation; and a determinator configured to determine whether or not the setting value is within an effective range when the setting value is reset during the undo operation or the redo operation; and a process vessel in which a substrate is processed based on the file stored in the memory.

Abstract: According to some embodiments of the present disclosure, a gas line whose gas flow rate is to be edited by a user can be confirmed. There is provided a technique that includes: (a) displaying, on a recipe edit screen, a parameter setting region configured to set control parameters including a gas flow rate of a flow rate controller and a gas pattern screen configured to set an opening/closing state of a valve; (b) editing the recipe on the recipe edit screen; and (c) processing a substrate by performing the recipe edited in (b). When the gas flow rate of the flow rate controller is set on the parameter setting region, a flow rate controller on the gas pattern screen in association with the flow rate controller whose gas flow rate is set on the parameter setting region is clearly specified.

Abstract: A treatment system of embodiments includes an imaging system including one or more radiation sources and a plurality of detectors, a first acquirer, a second acquirer, a first deriver, a second deriver, and a calibrator. The radiation sources radiate radiation to an object in a plurality of different directions. The plurality of detectors detect the radiation at different positions. The first acquirer acquires images based on the radiation. The second acquirer acquires position information of a first imaging device in a three-dimensional space. The first deriver derives the position of the object in the images. The second deriver derives the position of a second imaging device in the three-dimensional space based on the position of the object in the images, the position of the first imaging device, and the like. The calibrator performs calibration of the imaging system based on a derivation result of the second deriver.

Abstract: A medical image processing device includes a first position acquirer, a first converter, a first likelihood image generator, and a learner. The first position acquirer is configured to acquire, as first positions, target positions in plural first images. The first converter is configured to convert the first positions to second positions by expanding movement in a second direction intersecting a first direction based on movement over time of the first positions. The first likelihood image generator is configured to generate a first likelihood image showing a distribution of likelihood of the second positions. The learner is configured to output a model using the plural first images and the first likelihood image as training data, and upon receiving part or all of a transparent image, derives a second likelihood image showing a distribution of likelihood indicating probability of the part or all of the transparent image corresponding to the second positions.

Abstract: According to an embodiment, a radiation therapy device includes an acquirer, a projection position calculator, an element projection image generator, and an element projection image synthesizer. The acquirer acquires a condition of X-ray imaging in a treatment stage and a three-dimensional image of a patient imaged before the treatment stage. The projection position calculator calculates a projection position when each of pixels included in the three-dimensional image is projected onto a two-dimensional X-ray fluoroscopic image generated in the X-ray imaging on the basis of the condition of the X-ray imaging. The element projection image generator generates an element projection image for each pixel when each of the pixels included in the three-dimensional image is projected onto the X-ray fluoroscopic image. The element projection image synthesizer performs a synthesis process for the element projection image for each pixel on the basis of the projection position to generate a reconstructed image.

Abstract: A medical image processing device includes a first image acquiring unit, a second image acquiring unit, a first likelihood distribution calculating unit, a trackability determining unit, and a tracking unit. The first image acquiring unit acquires first images which are transparent images of the patient. The second image acquiring unit acquires second images which are transparent images of the patient generated at a time different from that of the first images. The first likelihood distribution calculating unit calculates a first likelihood distribution indicating a distribution of likelihoods indicating a likeness to the object in the first images. The trackability determining unit determines whether the object is trackable on the basis of the first likelihood distribution. The tracking unit tracks the position of the object in the second images on the basis of the result of determination.

Abstract: According to an embodiment, a medical image processing device includes a first image acquirer, a second image acquirer, a direction acquirer, and a movement amount calculator. The first image acquirer acquires a three-dimensional first image obtained by photographing the inside of a body of a patient. The second image acquirer acquires a three-dimensional second image of the inside of the body of the patient imaged at a timing different from that of the first image. The direction acquirer acquires information about an irradiation direction of radiation to the patient in a treatment room. The movement amount calculator outputs a movement amount signal indicating the amount of movement of the second image to be moved to align the position of the patient shown in the second image with the position of the patient shown in the first image based on the path of the radiation set in the first image and the information about the irradiation direction.

Abstract: A power storage device includes a lower case having a bottom portion including an inner surface and an outer surface, one or more power storage modules thermally connected to the inner surface of the bottom portion, and a cooler that is provided on a side of the outer surface of the bottom portion and cools the one or more power storage modules via the bottom portion. The cooler is made of a member having a rigidity lower than that of the lower case. The cooler includes a force exerting portion that exerts a force toward the bottom portion.

Abstract: A battery pack includes: a plurality of battery stacks provided such that the battery stacks are placed at intervals in an arrangement direction; a battery outer case in which the battery stacks are stacked; a cooler placed on a bottom face of the battery outer case; and a buffer member. The cooler includes: a plurality of cooling modules provided such that the cooling modules are placed at intervals in the arrangement direction; and a connecting portion configured to connect adjacent cooling modules in the arrangement direction to each other. In each of the cooling modules, a refrigerant passage through which refrigerant flows is formed. The buffer member is placed between the connecting portion and a protection plate placed below the cooler at an interval. A vulnerable portion is formed in a part of the connecting portion, the part being a part where the buffer member is placed.

Abstract: A power storage device includes: a power storage stack including a first cell group, a second cell group, and a middle plate; a lower case having a bottom wall portion; a first heat conduction member disposed between the first cell group and the bottom wall portion; and a second heat conduction member disposed between the second cell group and the bottom wall portion. The lower case includes a pedestal portion supporting the middle plate, and the first heat conduction member and the second heat conduction member are provided to contact the pedestal portion.

Abstract: A power storage device includes a lower case including a bottom portion, a power storage stack thermally contacting the bottom portion, a cooler disposed below the bottom portion, and a heat conduction member provided between the bottom portion and the cooler, wherein the cooler includes a cooling portion and a pair of holding portions, the heat conduction member includes a pair of first linear portions extending along the pair of holding portions, and a plurality of second linear portions extending along the cooling portion, the cooling portion has a cooling surface contacting the plurality of second linear portions, and, in a cross section of the cooling portion perpendicular to a direction in which the cooling portion extends, a total sum of widths of air layers each formed between the plurality of second linear portions is less than or equal to 14% of a width of the cooling surface.

Abstract: The power storage device includes a plurality of power storage stacks, a case, and a protective structure that protects a plurality of power storage cells from a load applied to the case in the vertical direction. The case has a bottom wall, a top wall, and a circumferential wall. The protective structure has a cross member, and a load transfer member located on the cross member. The load transfer member has at least one contact portion that is compressible and deformable in an orthogonal direction, and contacts a pair of power storage stacks adjacent to each other in the orthogonal direction when being in a compressed state.

Abstract: A method of manufacturing adhered components includes a process of applying adhesive to application areas on a surface of a first component, a process of placing a second component above the first component, and a process of pressurizing the second component toward the first component. In the pressurization process, the load applied to a pressurizer changes while sequentially undergoing a curvilinear increase period in which the load increases in a curved line as the compression amount of the adhesive increases, and a rapid increase period in which the load increases in a polygonal line with respect to the trajectory of the load in the curvilinear increase period as the compression amount increases. During pressurization by the pressurizer, the load is detected by a load sensor, the rapid increase period is detected based on the detection value of the load sensor, and the pressurization is stopped during the rapid increase period.

Abstract: A power storage device comprises: a power storage stack; an accommodation case that has a bottom wall portion and accommodates the power storage stack therein; and an adhesive layer that has thermal conductivity and fixes the power storage stack to the bottom wall portion. The bottom wall portion includes a receiving portion that has a receiving surface on which the power storage stack is received, a lower wall portion located at a position lower in level than the receiving surface, and a connecting portion that interconnects the receiving portion and the lower wall portion. The adhesive layer includes a portion disposed between the receiving surface and the power storage stack, and a protruding portion that protrudes from the receiving surface to the connecting portion.

Abstract: According to one aspect of the technique of the present disclosure, there is provided a method of manufacturing a semiconductor device, including: (A) creating a recipe by setting opening/closing states of a plurality of valves on a gas pattern screen; and (B) processing a substrate by performing the recipe created in (A), wherein (A) includes: (a) selecting a gas pipe on the gas pattern screen when an opening/closing state of any valve among the plurality of valves changes on the gas pattern screen; and (b) confirming opening/closing states of one or more valves connected to the gas pipe selected in (a).

Abstract: According to one aspect of a technique the present disclosure, there is provided a processing apparatus including: an apparatus controller including a memory storing apparatus data containing monitor data containing sensor information and an alarm indicating a failure detected based on the sensor information and an alarm analysis table containing analysis items. The apparatus controller is capable of outputting the alarm containing an alarm ID for specifying a type and an occurrence time of the alarm; specifying candidates of the analysis items from the alarm ID; acquiring monitor data corresponding to the candidates; determining a rank of the cause of the alarm according to a difference between monitor data at the occurrence time and a predetermined threshold value; and displaying a relationship between the monitor data and the threshold value. The display screen displays an occurrence history of the alarm and history of acquiring the monitor data.

Abstract: There is provided a technique that includes at least one sub-controller configured to be capable of controlling at least one module; and a main controller including a memory configured to be capable of including a first storage configured to be capable of storing a system file currently set in the module and a second storage configured to be capable of storing a history of uploading or downloading of the system file for the module as history information, wherein the main controller is configured to, when transmitting and receiving the system file to and from the sub-controller, store the transmitted or received system file in the first storage and store the history information of the system file in the second storage, according to a comparison result between the transmitted or received system file and the system file stored in the first storage.