Abstract: This disclosure presents a cylindrical secondary cell (1) comprising a cylindrical enclosure (2) comprising a first enclosure end (2a) and a second enclosure end (2b). The cell (1) further comprises an electrode roll (3) comprising first and second conductive sheets (3a, 3b) comprising electrode coatings, the electrode roll (3) being arranged in the cylindrical enclosure (2), a first terminal (4) arranged on the first enclosure end (2a) and electrically connected to the first conductive sheet (3a), and a second terminal (5) arranged on the first enclosure end (2a) and electrically connected to the second conductive sheet (3b) via the cylindrical enclosure (2). An electrode lead plate (6) that is in direct electrical contact with the second conductive sheet (3b) and with the cylindrical enclosure (2) is provided. The disclosure further presents an electrode lead plate (6) and a method of manufacturing a cylindrical secondary cell (1).

Abstract: The disclosure provides a cylindrical secondary cell (1) and a method of its assembly. The cylindrical secondary cell (1) comprises a cylindrical can (2) comprising a beading groove (3), a first conductive sheet (4), with first electrode coating (4a), wound to form a jelly roll (5), the first conductive sheet (4) comprises a portion free of first electrode coating (4a) protruding on a first end side (5a), and an electrode lead plate (6) arranged at the first end side (5a) and in direct contact with the portion free of first electrode coating (4a). The electrode lead plate (6) comprises a flange (6a) extending away from the jelly roll (5) and arranged along the edge of the electrode lead plate (6). The beading groove (3) is arranged on the cylindrical can (2) such that the flange of the electrode lead plate (6) is bent and pressed inwards, towards a centre of the cylindrical can (2), by the beading groove (3).

Abstract: The disclosure provides a cylindrical secondary cell (1) and a method of its assembly. The cylindrical secondary cell (1) comprises a cylindrical can (2) comprising a beading groove (3), a first conductive sheet (4), with first electrode coating (4a), wound to form a jelly roll (5), the first conductive sheet (4) comprises a portion free of first electrode coating (4a) protruding on a first end side (5a), and an electrode lead plate (6) arranged at the first end side (5a) and in direct contact with the portion free of first electrode coating (4a). The electrode lead plate (6) comprises a flange (6a) extending away from the jelly roll (5) and arranged along the edge of the electrode lead plate (6). The beading groove (3) is arranged on the cylindrical can (2) such that the flange of the electrode lead plate (6) is bent and pressed inwards, towards a centre of the cylindrical can (2), by the beading groove (3).

Abstract: A system may include a display and a processor communicatively coupled to the display. The processor may be implemented as a neural network. The processor may be configured to: receive image data associated with a location; receive geo-specific data associated with the location; use the image data and the geo-specific data to generate a photo-realistic image, wherein the photo-realistic image contains photo-typical content in geographically correct locations, wherein the photo-typical content appears typical for the location based at least on the geo-specific data; and output the photo-realistic image to the display for presentation to a user.

Abstract: A system may include a display and a processor communicatively coupled to the display. The processor may be implemented as a neural network. The processor may be configured to: receive image data associated with a location; receive geo-specific data associated with the location; use the image data and the geo-specific data to generate a photo-realistic image, wherein the photo-realistic image contains photo-typical content in geographically correct locations, wherein the photo-typical content appears typical for the location based at least on the geo-specific data; and output the photo-realistic image to the display for presentation to a user.

Abstract: A play saddle comprising: a body, the body being formed from a first material, the body having a front edge, a rear edge, a left edge, a right edge, a top side and a bottom side; a first wing, the first wing having a top side, a bottom side, a length and a width, the first wing being attached to the right edge of the body, the first wing being formed from a second material, a loop material being adhered to a portion of the top side of the first wing; a second wing, the second wing having a top side, a bottom side, a length and a width, the second wing being attached to the left edge of the body, the second wing being formed from the second material, a hook material is adhered to a portion of the bottom side of the second wing, wherein the loop material is capable of interlocking with the hook material.

Abstract: A device for supporting a patient during a radiological imaging procedure is disclosed. The device includes a base, a support member pivotally coupled to the base and configured to receive a portion of the patient undergoing the radiological imaging procedure and an adjustment device comprising an inflatable bladder. The inflatable bladder has a first portion acting on the base and a second portion acting on the support member. An inflatable state of the adjustment device is controllable to selectively adjust an angular positioning of the support member relative to the base.

Abstract: A device for supporting a patient during a radiological imaging procedure is disclosed. The device includes a base, a support member pivotally coupled to the base and configured to receive a portion of the patient undergoing the radiological imaging procedure and an adjustment device comprising an inflatable bladder. The inflatable bladder has a first portion acting on the base and a second portion acting on the support member. An inflatable state of the adjustment device is controllable to selectively adjust an angular positioning of the support member relative to the base.

Abstract: A new and useful wireline extensometer is provided that uses a tensioned cable extending between a supply spool and an anchor (e.g. of a type connected to a slope mass), measures movement of the cable to reflect movement of the anchor (e.g. due to movement of the slope mass), and includes a magnetic brake configured to provide a predetermined constant non-frictional braking force on the supply spool. The preferred wireline extensometer is designed to (i) minimize the risk of the extensometer reporting data that suggest slope movement where the slope mass has not moved to an undesirable extent, (ii) measure slope movement at relatively slow rates as well as rapid rates, and to (iii) measure slope mass movements continuously, and in a manner that can be efficiently and effectively communicated to responsible personnel.

Abstract: A disposable electrode comprising an annulus of foam, a substantially uniform electrode gel in a central region of the annulus, a conductive layer in the electrode gel and making electrical contact with it, and a cap over the conductive layer, electrode gel and annulus of foam. The electrode is made in a plastic tray by placing said annulus in a recess in the tray, placing the conductive layer on the annulus, pouring hot electrode gel into the center region of the annulus, covering the gel with the cap and covering the tray with a sheet whcih is heat sealed to the tray with the electrode inside.

Abstract: A disposable electrode comprising an annulus of foam, a substantially uniform electrode gel in a central region of the annulus, a conductive layer in the electrode gel and making electrical contact with it, and a cap over the conductive layer, electrode gel and annulus of foam. The electrode is made in a plastic tray by placing said annulus in a recess in the tray, placing the conductive layer on the annulus, pouring hot electrode gel into the center region of the annulus, covering the gel with the cap and covering the tray with a sheet which is heat sealed to the tray with the electrode inside.