Abstract: A dome type surveillance camera includes a base, a plurality of cameras, a first connecting section, a plurality of second connecting sections, a hemispherical cover fixed to the base, and a circular rail. The first connecting section is connected on the base and connected with one first camera out of the plurality of cameras. The second connecting sections are connected on the base and connected with each of a plurality of second cameras excluding the first camera out of the plurality of cameras. The cover is disposed to cover the first connecting section, the second connecting sections, and the plurality of cameras. The rail is provided on the base and of which a center is immediately below a top of the cover.

Abstract: A dome type surveillance camera includes a planar base, and a plurality of cameras. Each of the plurality of cameras is connected to the base to be movable along a circumference on the base. The plurality of cameras includes three or more cameras. Each of the plurality of cameras is rotatable in both right and left directions with an imaging direction. The imaging direction is an optical axis direction of each of the plurality of cameras as an axis such that a panoramic image formed by images captured by each of the plurality of cameras is continuous in a horizontal direction when the plurality of cameras are disposed so as to be equidistant to each other on a semicircular arc.

Abstract: A dome type surveillance camera includes a planar base, and a plurality of cameras. Each of the plurality of cameras is connected to the base to be movable along a circumference on the base. The plurality of cameras includes three or more cameras. Each of the plurality of cameras is rotatable in both right and left directions with an imaging direction. The imaging direction is an optical axis direction of each of the plurality of cameras as an axis such that a panoramic image formed by images captured by each of the plurality of cameras is continuous in a horizontal direction when the plurality of cameras are disposed so as to be equidistant to each other on a semicircular arc.

Abstract: A dome type surveillance camera includes a base, a plurality of cameras, a first connecting section, a plurality of second connecting sections, a hemispherical cover fixed to the base, and a circular rail. The first connecting section is connected on the base and connected with one first camera out of the plurality of cameras. The second connecting sections are connected on the base and connected with each of a plurality of second cameras excluding the first camera out of the plurality of cameras. The cover is disposed to cover the first connecting section, the second connecting sections, and the plurality of cameras. The rail is provided on the base and of which a center is immediately below a top of the cover.

Abstract: A surveillance camera is a dome type surveillance camera and includes a base, a connecting member connected to the base, a plurality of cameras connected to the connecting member such that imaging directions of the cameras move in an elevation angle direction with respect to the base, and a dome type cover fixed to the base so as to cover the connecting member and the plurality of cameras. One camera, out of the plurality of cameras, moves such that the imaging direction of the one camera is aligned with a top of the cover.

Abstract: A surveillance camera is a dome type surveillance camera and includes a base, a connecting member connected to the base, a plurality of cameras connected to the connecting member such that imaging directions of the cameras move in an elevation angle direction with respect to the base, and a dome type cover fixed to the base so as to cover the connecting member and the plurality of cameras. One camera, out of the plurality of cameras, moves such that the imaging direction of the one camera is aligned with a top of the cover.

Abstract: Disclosed is a camera device including: a camera body; a transparent lens cover configured to cover a lens portion of the camera body; and a guard member configured to protect the lens cover from external impact, in which a projecting part is formed in the guard member, and when the camera device is mounted on a target object, the camera device is in a first state in which the lens cover is disposed between the projecting part of the guard member and the target object, or is in a second state in which the projecting part of the guard member is disposed between the lens cover and the target object.

Abstract: A camera device includes: a camera including a lens; a first casing including a light-transmitting cover disposed to oppose the lens; a second casing which supports the camera within the first casing, and which surrounds the camera such that a side of the second casing opposing the light-transmitting cover is spaced from the camera with a gap; and an air flow path which allows air within the second casing to flow out toward the light-transmitting cover via the gap. The air flow path is formed between the second casing and a lens barrel of the lens.

Abstract: Disclosed is a camera device including: a camera body; a transparent lens cover configured to cover a lens portion of the camera body; and a guard member configured to protect the lens cover from external impact, in which a projecting part is formed in the guard member, and when the camera device is mounted on a target object, the camera device is in a first state in which the lens cover is disposed between the projecting part of the guard member and the target object, or is in a second state in which the projecting part of the guard member is disposed between the lens cover and the target object.

Abstract: A camera device includes: a camera including a lens; a first casing including a light-transmitting cover disposed to oppose the lens; a second casing which supports the camera within the first casing, and which surrounds the camera such that a side of the second casing opposing the light-transmitting cover is spaced from the camera with a gap; and an air flow path which allows air within the second casing to flow out toward the light-transmitting cover via the gap. The air flow path is formed between the second casing and a lens barrel of the lens.

Abstract: A tag detecting system for detecting a movement of a person or an object that mounts an RFID tag, a moving object detecting method, and an entrance/exit management system using the moving object detecting system are provided. The tag detecting system detects a specific person or object by restricting a detection area of the RFID tag to a narrow area. Since the moving object detecting method detects a piggyback, the entrance/exit system prevents the piggyback even if there are a number of persons passing through an entrance/exit gate almost at the same time.

Abstract: In an image forming apparatus having a double side printing function, paper on which printing has been completed is prevented from being caught between paper ejection rollers.

Abstract: An image forming apparatus includes a media feed cassette 100 that is detachably attached to the image forming apparatus and contains medias used for printing therein. The media feed cassette 100 includes a chassis 100a; a cassette-side media stacking portion 101 which is mounted to said chassis 100a and contains medias therein, and is located within said image forming apparatus when it is attached to said image forming apparatus; a tray-side media stacking portion 102 being attached to said chassis 100a such that said tray-side media stacking portion is extendable to outside of said image forming apparatus, medias being put in said tray-side media stacking portion when it is extended outside; and a pickup unit 107 for picking up, sheet by sheet, medias put on said tray-side media stacking portion 102.

Abstract: In an image forming apparatus having a double side printing function, paper on which printing has been completed is prevented from being caught between paper ejection rollers.

Abstract: An image forming apparatus includes a media feed cassette 100 that is detachably attached to the image forming apparatus and contains medias used for printing therein. The media feed cassette 100 includes a chassis 100a; a cassette-side media stacking portion 101 which is mounted to said chassis 100a and contains medias therein, and is located within said image forming apparatus when it is attached to said image forming apparatus; a tray-side media stacking portion 102 being attached to said chassis 100a such that said tray-side media stacking portion is extendable to outside of said image forming apparatus, medias being put in said tray-side media stacking portion when it is extended outside; and a pickup unit 107 for picking up, sheet by sheet, medias put on said tray-side media stacking portion 102.