Abstract: The invention relates to a leak control system (1) in two-stringed pipe installations and a method of executing a leak control system comprising one stop valve (2) with an associated flow meter (3) arranged in the supply pipe (4) of the pipe installation, and one stop valve (5) with an associated flow meter (6) arranged in the return pipe (7) of the pipe installation, said stop valves (2,5) as well as associated flow meters (3, 6) being connected to a control box (8), said box (8) comprising one valve monitor (9) connected to each stop valve (2, 5) to control/record the possible state of the individual stop valve (2, 5): open or closed, as well as an executer which, in combination with the control logics of the control box and the operating conditions of the pipe installation, controls/monitors the valve monitors (9) during a given sequence of actions, said leak control system (1) being capable of performing a number of measurements and data collections to evaluate the functionality of the stop valves (2, 5)

Abstract: An apparatus (1) for cutting up the belly of a slaughtered animal has a cutter for performing a cutting function in a cutting direction (SR), and a displacement element (5) which applies a forces on a predetermined area of the outer surface of the belly of the animal and at a distance from the cutter. The apparatus (1) further has a suspension element (40) to which the displacement element (5) is pivotally attached around an axis of rotation (28). The axis of rotation (28) forms an obtuse or an acute angle with the cutting direction (SR), so that rotation of the displacement member, oriented by the inclined axis of rotation, displaces the animal skin laterally away from the cutter.

Abstract: A friction device for rolling up curtains and the like includes a tubular roller (1), on which a curtain (1a) is wound. The roller (1) is rotatably carried by a support (10) and a threaded stem (2) is situated axially inside the roller (1) and carries, mounted thereon by a screw coupling, an operative body (3), likewise situated inside the roller (1). The operative body (3) translates axially with respect to the threaded stem (2) during motion of the curtain (1a) from a rolled up configuration (A) to a unrolled configuration (B). Elastic blocks (41, 51) push on the operating body (3) to produce a friction effect on the operating body and transmitted to roller (1) during curtain (1a) transition between the unrolled and rolled up configurations, thus allowing operation of the curtain in a substantially balanced way during rolling up and/or unrolling. Stop nuts (40, 50) are fastened to the threaded stem (2) for compressing the elastic blocks against surfaces of the operating body (3).

Abstract: A connecting device for tubular elements (1), for assembling the tubular elements into modular structures, includes a plurality of inserts (22), each insert having an expandable portion (2) and a head (3). Shells (9) are provided, each shell having a plurality of housings (10) having a shape approximately complementary to a shape of the head (3). The head may be fixed to a related housing (10). The insert (22) is locked into an end of the tubular element (1), when the expandable portion (2) is inserted into the end of the tube, and expanded. The tubular element (1) is connected to the shell (9), when the head (3) is in the locked condition, the tubular element (1) being engaged in a related housing (10) of the shell, and fixed to the shell by a fixing device.

Abstract: An adhesive dispensing arrangement (10) comprises an adhesive patch (12), a sachet (14), a sachet sealing strip (16), a pair of parallel gauze flaps (18A and 18B), and a peelable backing strip (20). The sachet houses a medicament such as an antiseptic or anti-microbial ointment (30), and the exposable surface (32) of the sachet is formed with a series of regularly spaced apertures (34) through which the ointment (30) may be dispensed. The peeling backing strip (20) and sachet sealing strip (16) are simultaneously peeled away, thereby exposing the apertures (34), with a central portion of the sealing strip being pulled through the gap between the gauze flaps (18A and 18B). The adhesive patch (12) is then applied around the affected area, with the ointment (30) and the sachet being dispensed via the apertures onto the gauze flaps and into treating contact with the wound.

Abstract: According to a method for producing head elements for heaters, a piece of sheet metal (1) is deep drawn and cut along the edge (9) of an open side (6) to obtain a hollow body (8) with larger and narrower sides (4,5,14,15). An aperture (12) is made on each opposite larger side (4,5) of the hollow body, and threaded rings (26) are then applied around the lateral through apertures (12). Notches (16) are made on the opposite large sides (4,5), along the edge (9) of the open side (6), and then three cores (18) are introduced through the edge (9), so that a flange (17) around the notches (16) can be made by pressing, so as to close the sheet metal (1) around the cores (18) widening the notches (16). After the cores (18) have been removed, the edge (9) is welded along the flange (17) of the widened notches (16), thus obtaining holes (21) separated from each other.

Abstract: In a semiautomatic boxing machine, a first conveyor receives and moves a plurality of erected boxes to a work station, while a second conveyor receives and moves a plurality of products to a station for forming groups of products. A manipulator picks up groups of products in the forming station and release them into corresponding boxes dwelling in the work station.

Abstract: A work unit for conveying bottles between two stations and for rejecting bottles considered faulty, includes a selecting disc, having a vertical axis and featuring radial seats made on its edge, for holding, in cooperation with vacuum ducts, bottles. A first track, concentric with the disc, cooperates with the seats and the vacuum ducts to guide bottles, considered good, from an inlet station to an outlet station. A second track begins in an intermediate point of the first track and extends to intersect the first track, and leads to a discharge station. The second track guides, with the cooperation of removing elements, the bottles considered faulty, from the first track to the discharge station, due to deactivation of the vacuum ducts with respect to the seats situated upstream of the discharge station and containing the faulty bottles.

Abstract: Device for screwing caps onto bottles and similar containers includes a work station, which supports a device for gripping the caps and which moves toward and away from the bottles, carried by a relative feeding line. An actuator, associated to the work station, drives the gripping device into rotation, so as to screw the caps onto the corresponding open heads of the bottles. A fricton device for coupling of the actuator with the gripping device, is operated in step relation with the positioning of the caps close to the open heads of the bottles.

Abstract: An exemplary embodiment of the invention relates to a method, system, and storage medium for facilitating website searching and brand recognition capabilities over a computer network. The system comprises a server, a search engine in a communication with the server, and a website marking tool including a user interface executing on the server. The website marking tool provides registration services for qualified websites. The system also comprises a data storage device in communication with the server. The data storage device stores databases of registered website addresses. The website marking tool provides distinctive marking indicia to the registered website addresses for promoting brand recognition and facilitating website searching by distinguishing the registered website addresses from non-registered website addresses displayed at the at least one user system as a result of conducting a web search. The invention also comprises a method and storage medium for implementing the website marking tool.