Abstract: A method for managing operational costs associated with distributed computing. The method includes: creating, via a graphical user interface (GUI), a distributed computing team; linking a digital team wallet to the distributed computing team, wherein the digital team wallet is linked to a currency account; adding a member to the distributed computing team; allowing the member to purchase compute resource access from a plurality of compute resource providers using the digital team wallet; and notifying a team manager when funds in the digital team wallet reduce to at least a team threshold value.

Abstract: A method for managing operational costs associated with distributed computing. The method includes: creating, via a graphical user interface (GUI), a distributed computing team; linking a digital team wallet to the distributed computing team, wherein the digital team wallet is linked to a currency account; adding a member to the distributed computing team; allowing the member to purchase compute resource access from a plurality of compute resource providers using the digital team wallet; and notifying a team manager when funds in the digital team wallet reduce to at least a team threshold value.

Abstract: A method for providing container images in a distributed computing system is presented. The method includes the following: uploading a user Dockerfile via a management application; uploading Dockerfile metadata via the management application; providing the Dockerfile to a Docker container image builder to create a Docker container image; receiving, at an application store, the Docker container image from the Docker container image builder; providing the Dockerfile metadata to the application store; presenting, from the application store, the Docker container image; and providing, based on a user selection, the Docker container image to one of a plurality of third-party compute systems.

Abstract: A device for disinfecting cables and wires for use in cable coiling/pulling machines which, under their operating conditions, are placed in an environment where the cable/wire is exposed to high exposure to bacteria, viruses and microorganisms, such as pipe ducts, having a body including all parts (2 and 3) of the body (1) have at least one supporting element (5), and the front (7) and rear (8) wall of the body (1) have openings (9) and (10), and furthermore it has electromagnetic radiation sources (12) inside the body (1).

Abstract: A system for facilitating fluid connection between cannulae and a blood pump. The system includes a cannula having a distal end adapted to be in fluid communication with the circulatory system and a proximal end configured to couple to an inlet of the blood pump. Further included is a tunneling device configured to be inserted into a body of a patient to direct the proximal end of the cannula adjacent to the inlet and including a second connecting structure. Further included is a plug which has a first plug part and a second plug part. The first plug part includes a second connecting structure, the first and second connecting structures being selectively engageable. The second plug part is configured to be inserted in the proximal end of the cannula. The first and second plug parts are selectively disengageable to allow in situ disconnection between the cannula and tunneling device.

Abstract: A system for facilitating fluid connection between cannulae and a blood pump. The system includes a cannula having a distal end adapted to be in fluid communication with the circulatory system and a proximal end configured to couple to an inlet of the blood pump. Further included is a tunneling device configured to be inserted into a body of a patient to direct the proximal end of the cannula adjacent to the inlet and including a second connecting structure. Further included is a plug which has a first plug part and a second plug part. The first plug part includes a second connecting structure, the first and second connecting structures being selectively engageable. The second plug part is configured to be inserted in the proximal end of the cannula. The first and second plug parts are selectively disengageable to allow in situ disconnection between the cannula and tunneling device.

Abstract: A system for facilitating fluid connection between cannulae and a blood pump. The system includes a cannula having a distal end adapted to be in fluid communication with the circulatory system and a proximal end configured to couple to an inlet of the blood pump. Further included is a tunneling device configured to be inserted into a body of a patient to direct the proximal end of the cannula adjacent to the inlet and including a second connecting structure. Further included is a plug which has a first plug part and a second plug part. The first plug part includes a second connecting structure, the first and second connecting structures being selectively engageable. The second plug part is configured to be inserted in the proximal end of the cannula. The first and second plug parts are selectively disengageable to allow in situ disconnection between the cannula and tunneling device.

Abstract: System and method for the real time editing of PDF documents in web browsers. Using the web browser the user can access a remote server providing PDF services, whereby user can view and/or create PDF documents. If user decides to make edits to the PDF representation shown on their display, only edits and their associated information (such as position within text, background color, font name, font color, etc.) are communicated to server. In response to receiving edits, the server generates an edit block (aka image or sub-image) and sends this back for display atop the PDF representation and within the browser so that user can visualize the modifications that they made. The edit block is intended to overlap areas of the text where user made the modifications. The server embeds changes into the PDF documents and returns the modified PDF document to user when user decides to save the changes.

Abstract: A system for facilitating fluid connection between cannulae and a blood pump. The system includes a cannula having a distal end adapted to be in fluid communication with the circulatory system and a proximal end configured to couple to an inlet of the blood pump. Further included is a tunneling device configured to be inserted into a body of a patient to direct the proximal end of the cannula adjacent to the inlet and including a second connecting structure. Further included is a plug which has a first plug part and a second plug part. The first plug part includes a second connecting structure, the first and second connecting structures being selectively engageable. The second plug part is configured to be inserted in the proximal end of the cannula. The first and second plug parts are selectively disengageable to allow in situ disconnection between the cannula and tunneling device.

Abstract: A turbine for a sprinkler is disclosed for self-governing its rotational velocity. As a rate of fluid through the sprinkler increases, particularly when air is used to flush the sprinkler system, a portion of the turbine shifts outwardly so as to decrease alignment of vanes located thereon with directed water streams for controlling the rotation of the turbine.

Abstract: A turbine for a sprinkler is disclosed for self-governing its rotational velocity. As a rate of fluid through the sprinkler increases, particularly when air is used to flush the sprinkler system, a portion of the turbine shifts outwardly so as to decrease alignment of vanes located thereon with directed water streams for controlling the rotation of the turbine.

Abstract: A turbine for a sprinkler is disclosed for self-governing its rotational velocity. As a rate of fluid through the sprinkler increases, particularly when air is used to flush the sprinkler system, a portion of the turbine shifts outwardly so as to decrease alignment of vanes located thereon with directed water streams for controlling the rotation of the turbine.

Abstract: A turbine for a sprinkler is disclosed for self-governing its rotational velocity. As a rate of fluid through the sprinkler increases, particularly when air is used to flush the sprinkler system, a portion of the turbine shifts outwardly so as to decrease alignment of vanes located thereon with directed water streams for controlling the rotation of the turbine.

Abstract: A system to keep any type of vessel afloat in case of entry of water or capsizing by means of providing an unfolding mechanism of inflatable flotation and stabilization elements through the outside of the hull of the vessel, including a variety of devices that are actuated automatically or manually if necessary when a water level or inclination meter inside the vessel detects that water has reached a maximum permitted level or an excessive inclination occurs, which causes the opening of an electrically operated valve to allow pressurized fluid to pass in order to unfold said flotation and stabilization elements. Alternatively, another unfolding mechanism may consist of a pair of cylinders screwed to one another, through the wall of the hull, the interior cylinder of which encloses the flotation and stabilization elements and the exterior cylinder of which includes a cover on its outside face that can be ejected by the pressure exerted from the interior.

Abstract: A system to keep any type of vessel afloat in case of entry of water or capsizing by means of providing an unfolding mechanism of inflatable flotation and stabilization elements through the outside of the hull of the vessel, including a variety of devices that are actuated automatically or manually if necessary when a water level or inclination meter inside the vessel detects that water has reached a maximum permitted level or an excessive inclination occurs, which causes the opening of an electrically operated valve to allow pressurized fluid to pass in order to unfold said flotation and stabilization elements. Alternatively, another unfolding mechanism may consist of a pair of cylinders screwed to one another, through the wall of the hull, the interior cylinder of which encloses the flotation and stabilization elements and the exterior cylinder of which includes a cover on its outside face that can be ejected by the pressure exerted from the interior.

Abstract: A system to keep any type of vessel afloat in case of entry of water, by means of providing inflatable flotation elements through the outside of the hull of the vessel, including a variety of mechanisms that are activated automatically when a water level detecting device inside the vessel detects that water has reached a maximum permitted level, which causes the opening of an electrically operated valve to allow pressurised fluid to pass in order to unfold said flotation elements. Alternatively, another unfolding mechanism may consist of a pair of cylinders screwed themselves, through the wall of the hull, of which the interior cylinder encloses the flotation elements and the exterior includes a cover on its outside face that can be ejected by the pressure exerted from the interior. FIG. 1.