SALT-CELLAR-LIKE DEVICE FOR INCREASING PRESSURE

Abstract

A device that serves to increase the pressure on the outlets of water intakes in houses or gardens. This system to increase the water pressure is called salt-cellar-like device for increasing pressure. The salt-cellar-like device for increasing pressure has 6 external walls that give its body a hexagonal shape. These external walls allow the device to be held firmly by some tool that rotates the device, so that it is correctly inserted and attached to some water intake. The salt-cellar-like device for increasing pressure has a head that has a circular concavity on its upper part, as well as on the surface of this circular concavity there is an arrangement of conduits from which the water leaves the device to a higher pressure.

Claims

1. A salt-cellar-like device for increasing pressure (10) comprising: a body with 6 walls and having a hexagonal shape, a head (13), an internal thread (16), and a pressure cone (18) that allows the water to flow from a larger diameter area to a smaller diameter area.

2. The salt-cellar-like device for increasing pressure (10), according to claim 1, further comprising an array of exit conduits (14) located the smaller diameter area of the pressure cone (18).

3. The salt-cellar-like device for increasing pressure (10), according to claim 2, wherein the array of exit conduits includes 9 exit conduits (14), of which a central exit conduits (14) of the array is perpendicular while the remaining exit conduits (14) are not parallel to each other and have an inclination that bring them closer as they approach the pressure cone (18) and separate them as they approach the upper part of the head (13).

4. The salt-cellar-like device for increasing pressure (10), according to claim 1, wherein the head (13) contains an external thread (15).

5. A salt-cellar-like device for increasing pressure (10), according to claim 1, wherein the head (13) contains a circular concavity (19) with an external thread (15).

Description

BRIEF DESCRIPTION OF THE FIGURES

[0009] FIG. 1. Shows the perspective view of a salt-cellar-like device for increasing pressure.

[0010] FIG. 2. Shows the front view of a salt-cellar-like device for increasing pressure.

[0011] FIG. 3. Shown the bottom view of the salt-cellar-like device for increasing pressure.

[0012] FIG. 4. Shown the bottom view and in perspective of the salt-cellar-like device for increasing pressure.

[0013] FIG. 5. Shown the top view of the salt-cellar-like device for increasing pressure.

[0014] FIG. 6. Shows a front cut view of the salt-cellar-like device for increasing pressure that allows to appreciate the internal arrangement of the device.

DETAILED DESCRIPTION OF THE INVENTION

[0015] The present invention consists of a device that increases the water pressure without the need for electrical energy. This system that increases the water pressure is called salt-cellar-like device for increasing pressure.

[0016] The salt-cellar-like device for increasing pressure (10) has 6 external walls (11) that gives it a hexagonal shape. These external walls (11) allow the device to be firmly held by a tool that rotates the salt-cellar-like device for increasing pressure (10), so that it can be inserted and correctly attached to any faucet or water pipe.

[0017] The salt-cellar-like device for increasing pressure (10) has a head (13) with a circular concavity (19) on its upper surface, likewise on the surface of this circular concavity (19) there is an arrangement of exit conduits (14) from where the water leaves the device at higher pressure. The body of the head (13) is cylindrical and it also has an external thread (15) where you can place some additional connection to disperse the water.

[0018] The salt-cellar-like device for increasing pressure (10) has an inlet mouth (12). On the interior wall of the inlet mouth (12) there is an internal thread (16) that serves to get the device stuck in the pipe where it is desired to increase the pressure, for example, in a water pipe or faucet. At the end of the internal thread there is an insertion stop (17) which consists of a reduction of the internal diameter and determines the end of the internal thread (16). The insertion stop (17) has as its purpose limiting the entrance of the water pipe up to that part and concentrating the water to the pressure cone (18).

[0019] The pressure cone (18) is a diameter reduction through which the water passes, which allows for increasing the pressure of the liquid. At the end of the pressure cone (18) the exit conduits (14) are found to be oriented and with an inclination towards the most reduced point of the pressure cone (18). For the correct functioning of the salter-type water pressurizing device (10), it is important that the exit conduits (14) are not parallel.