A quick mount adapter for mounting and fixing mountable devices, such as surveying equipment, on a support apparatus, such as a tripod or pole. The quick mount adapter allows a mountable device to be quickly and easily mounted on a support apparatus without the need for screwing the mountable device onto the support apparatus with a threaded joint.

A camera for observing an inside of a shielded cell including a support including a spring in a form of a gripper for mounting it on a remote-manipulation arm performing a task to be observed, by another arm, exerting solely a force for opening branches of the spring, after which the camera is properly held, while being able to be removed without difficulty. A stop mechanism provides a correct angular position of the camera while preventing its support from turning about the arm, and thus making it possible to position it correctly by another remote-manipulation mechanism.

The display apparatus includes a display panel and a stand configured to support the display panel. The stand includes a fastening unit fastened to a lower end of a rear surface of the display panel; a first stand unit including a first base plate; a plurality of rollers provided on the first base plate, and an inner stand, the inner stand extending vertically from the first base plate at an upper portion of the first base plate and coupled to the fastening unit; and a second stand unit including a second base plate provided with a plurality of support portions and an outer stand, the outer stand extending vertically from the second base plate at an upper portion of the second base plate and being movable in a vertical direction to accommodate the inner stand.

The display apparatus includes a display panel and a stand configured to support the display panel. The stand includes a fastening unit fastened to a lower end of a rear surface of the display panel; a first stand unit including a first base plate; a plurality of rollers provided on the first base plate, and an inner stand, the inner stand extending vertically from the first base plate at an upper portion of the first base plate and coupled to the fastening unit; and a second stand unit including a second base plate provided with a plurality of support portions and an outer stand, the outer stand extending vertically from the second base plate at an upper portion of the second base plate and being movable in a vertical direction to accommodate the inner stand.

The present invention relates to a device (1) for securing an element (2) on a pipe (4), the device (1) comprising: a compensating member (10) made from elastic material, and two strands (20, 30) that each extend between a first end (21, 31) secured to the compensating member (10) and a second free end (22, 32); where the strands (20, 30) are able, by junction of the second ends (22, 32), to form a strap (40) provided to secure the element (2) to the pipe (4); and where the compensating member (10) is, on the one hand, stretchable when the device (1) is tightened around the pipe (4) and, on the other hand, gradually shrinkable over time to keep the strap (40) taut when the pipe (4) shrinks. The invention also relates to an assembly (1, 2) comprising such a device (1), and an installation (1, 2, 3, 4) comprising such an assembly (1, 2). The invention also relates to a method for implementing such a device (1).

The present invention relates to a device (1) for securing an element (2) on a pipe (4), the device (1) comprising: a compensating member (10) made from elastic material, and two strands (20, 30) that each extend between a first end (21, 31) secured to the compensating member (10) and a second free end (22, 32); where the strands (20, 30) are able, by junction of the second ends (22, 32), to form a strap (40) provided to secure the element (2) to the pipe (4); and where the compensating member (10) is, on the one hand, stretchable when the device (1) is tightened around the pipe (4) and, on the other hand, gradually shrinkable over time to keep the strap (40) taut when the pipe (4) shrinks. The invention also relates to an assembly (1, 2) comprising such a device (1), and an installation (1, 2, 3, 4) comprising such an assembly (1, 2). The invention also relates to a method for implementing such a device (1).

An imaging device acquires images of a plate-like specimen container having a rectangular shape as seen in top view. The imaging device includes a table, a position reference member, and a holding mechanism. The position reference member includes a first extension and a second extension which intersect at right angles to each other. The holding mechanism includes a rotating plate extending horizontally in plate-like form, and a main body portion for pivoting the rotating plate forwardly in a circumferential direction by means of elastic force of a spring. The rotating plate includes a front wing portion, and a protruding portion protruding forwardly in the circumferential direction from the front wing portion. The specimen container is urged in a second direction to align along the first extension when the rotating plate is pivoted to bring the front wing portion into contact with the specimen container. The specimen container is urged in a first direction to align along the second extension when the protruding portion comes in contact with the specimen container. Thus, the specimen container is aligned and placed in a previously determined position in the imaging device.

An imaging device acquires images of a plate-like specimen container having a rectangular shape as seen in top view. The imaging device includes a table, a position reference member, and a holding mechanism. The position reference member includes a first extension and a second extension which intersect at right angles to each other. The holding mechanism includes a rotating plate extending horizontally in plate-like form, and a main body portion for pivoting the rotating plate forwardly in a circumferential direction by means of elastic force of a spring. The rotating plate includes a front wing portion, and a protruding portion protruding forwardly in the circumferential direction from the front wing portion. The specimen container is urged in a second direction to align along the first extension when the rotating plate is pivoted to bring the front wing portion into contact with the specimen container. The specimen container is urged in a first direction to align along the second extension when the protruding portion comes in contact with the specimen container. Thus, the specimen container is aligned and placed in a previously determined position in the imaging device.