Canon Europe Limited

A sheet conveying device includes a frame; a conveying roller unit (200) that includes a rotation shaft (201) that is rotatable, a roller (202) that contacts a sheet, and a bearing (203) that is electrically conductive and that rotatably supports the rotation shaft (201); and a bearing holder (400) that, by being attached to the bearing (203), fixes the conveying roller unit (200) to the frame. In the sheet conveying device, the bearing holder (400) includes a first member (401) that is made of an electrically nonconductive resin and a second member (402) that is made of an electrically conductive resin, and the second member (402) contacts the bearing (203) and the frame.

The disclosure provides in a first aspect a computer-implemented method of summarising video anomalies in video data, the method comprising: receiving video data from one or more video surveillance cameras; performing Video Anomaly Detection, VAD, for detecting one or more anomalies in the video data; and summarising the one or more anomalies by generating at least one composite representation that comprises a background on which one or more visual elements are overlaid, wherein the background represents at least a part of a physical area, and the one or more visual elements respectively represent a preview of at least one anomaly at a location in the said physical area where the at least one anomaly was detected.

An information processing apparatus includes a connection unit configured to establish communicable connection with an external apparatus through a wired connection, a disconnection processing unit configured to, in response to a moving image size changing instruction, perform processing for disconnecting communication with the external apparatus in a state where the connection unit and the external apparatus are wired-connected, a changing unit configured to change a moving image size based on the moving image size changing instruction; and a connection processing unit configured to perform connection processing to communicate with the external apparatus in the state where the connection unit and the external apparatus are wired-connected.

An image capture apparatus (1) comprises an image sensor (2) and a display device (6). The apparatus (1) generates, from an image captured by the image sensor (2), an image for display and generates, using a machine learning model, a predicted image predicting an image that would be captured later than the images of the plurality of frames. The apparatus (1) causes the display device (6) to display the image for display or the predicted image so as the display unit to function as an electronic viewfinder. The apparatus (1) determines that the predicted image is to be generated if it is determined that an exposure time for still image capturing is longer than a predetermined time, and otherwise determines that the predicted image is not to be generated.

There is provided with an information processing apparatus capable of executing processing performed using a machine learning model. An identifying means identifies a user. A first obtaining means obtains an attribute of the identified user. A second obtaining means obtains an attribute of the machine learning model. A model control means performs control of operation of the machine learning model based on the attribute of the user and the attribute of the machine learning model.

Provided is a method of manufacturing a three-dimensional shaped object, the method including: a layering-and-shaping step of forming a layered-and-shaped object by layering-and-shaping using a ceramic powder, the layered-and-shaped object including a first part (1) and a second part (2) positioned in the vicinity of the first part (1); and a removal step of removing the second part (2) of the layered-and-shaped object while leaving the first part (1) thereof by blasting for causing media to collide against the layered-and-shaped object. The media have a Young's modulus lower than a Young's modulus of the first part (1).

An image processing apparatus includes an acquisition unit configured to acquire a moving image obtained using a radiation detector, a first image processing unit configured to perform first image processing on the acquired moving image, the first image processing including noise reduction processing using a first machine learning model and processing for outputting the acquired moving image to a display system, and a second image processing unit configured to perform second image processing on the acquired moving image, the second image processing including noise reduction processing using a second machine learning model and processing for outputting the acquired moving image to a system different from the display system.

An information processing apparatus (100, Figure 2) includes an image acquisition unit (140, Figure 3) configured to acquire an image (510, 520, 530) acquired by imaging a subject, a detection unit (150, Figure 3) configured to detect a subject region (501) from the image, the subject region being a region of the subject being a tracking target, and a setting unit (170, Figure 3) configured to set the subject region of the subject being the tracking target based on a likelihood of the subject in a case where at least a portion of the subject is occluded by an obstruction (540) in the image and the plurality of subject regions (501, 502) of the subject is detected by the detection unit.

Methods for use in a process for migrating traffic from a first Integrated Access and Backhaul, IAB, topology (6001) to a second IAB topology (6002) of a communication system (600) are disclosed. Each of the first IAB topology and the second IAB topology comprises a set of IAB nodes and a donor Central Unit, CU. A method at a first donor CU (601) of the first IAB topology comprises: after making a decision associated with traffic to be offloaded from the first IAB topology (6001) to the second IAB topology (6002), sending, to a second donor CU (602) of the second IAB topology, a request related to migration of traffic including at least one set of Information Elements, IEs, each of the at least one set of IEs including an identifier related to the traffic and information related to Quality of Service, QoS, associated with the traffic; and receiving, from the second donor CU (602), a first message, wherein in a case where at least one of the set of IEs in the request is accepted by the second donor CU (602), the first message includes information indicating the at least one of the set of IEs has been accepted and the at least one identifier included in the respective accepted set of IEs.

To prevent unintended imaging in the case of automatically capturing an image of a subject, a control apparatus obtains an image captured by image capturing means, counts the number of subjects included in the image, and controls the image capturing means to switch, based on the number of subjects, between a first state of tracking a subject and a second state of stopping tracking of the subject.