SA518391771B1 - Device for Regulating The Height of A Cistern Flushing Mechanism - Google Patents

Abstract

The invention relates to a device for regulating the height of a cistern flushing mechanism to adapt it to the same comprising a long part (1), which is regulatable axially and fits into a conduit (2) which passes through the upper base (4a) of the main body (4) of the flushing mechanism (5) and finding itself associated with a part of a push mechanism (19) which, when activated, moves the main body (4) of the flushing mechanism (5) downwards. Said conduit (2) is defined by two facing extensions (3), in the form of a neck, which start from the upper base (4a) of the main body (4). A circular tightening part (8) is coupled around the two facing extensions (3). Furthermore, the facing extensions (3) have inner opposing portions which face opposite portions of the long part (1). The long part can be used to assume a locked position in which it is axially retained, and a release position. Fig 1.

Description

Device for Regulating The Height of A Cistern Flushing Mechanism Cistern flushing mechanism ¢ It aims to close and improve the height regulating unit and means of operating the siphon water flushing tool.

At the time (Jal) one of the most important procedures is to install any water flow device in any siphon to a height regulation unit to match the size of this siphon” and to adjust the operating range to match its working mechanism. Within this concept, “there is a well-known patent that was published under the Spanish patent No. 2 height regulation elements installed inside the siphon,” so that the regulation elements are coupled with guide screws, “where

0 The coupling between it and the surfaces of these adjacent screws shall be old, and the coupling shall include male and female parts that prevent the involuntary turning and unscrewing of the screws. General description of the invention

5 The height regulating device for the siphon water flushing device which is the object of the patent comprises a long part fitted into a center hole passing through the upper base of the main body of the flushing mechanism; Where the position of the said long piece is adjustable, pivoting, and this long piece is linked with a piece of the water flow tool that, when it is operated, moves the main body of the water flow tool down by means installed on

0 long widget.

The hole in the middle of the main body consists of a water flow device from a specific stream through two opposite links (Tag) from the upper base of the main body, and this stream passes through the upper base of the main body.

opposite, comprising a semi-necked structure; Some of the outer faces of the crosslinks come into contact with the edges of the mounting piece holes which are free to rotate around the crosslinks. The two opposite links face opposite ridges on the inside of the long piece; in Ala close the long piece; The fixing piece releases the opposite links, which causes the axial retention of the long piece through the intervention of the opposite protrusion from Jalal of the two facing links, and in the state of release; no

0 1 The fixing piece shall be freed from the facing connections, and the long piece shall have the freedom of axial movement. Some of the upper edges of the facing joints have inner wings facing the cross ridge fixed on the longpiece and other outer wings; The pivot anchors remain between the upper base of the main body and the outer wings of the two facing links. The fixture shares two opposing projections which protrude above the front of the said fixture and which 5 are at the height of the outer wings of the facing joints; Whereas; In the closed position of the long piece, the aforementioned projections are pressed against the outer wings by the means of two opposite projections that protrude above the upper face of the fixture; In the long piece release position; The opposite projections do not come into contact with the said outer wings of the facing joints. The opposite protrusions of the facing links align with the hole of the fixture; Where the internal spaces are 0 for the continuous projections of the annular surface that define the opening of the fixture. The long piece comprises a rod consisting of two transverse indentations and two longitudinal wings which are set in a plane perpendicular to the plane in place of the transverse indentations All facing the inner opposite projections of the two facing joints which form part of the main body of the existing water jet.

The longitudinal wings fit into opposite recesses as means of directing the axial movement of the long piece when it is positioned at the desired height. The opposing recesses are defined between a pair of opposing flanges of the opposing joints and between another two pairs of opposing flanges defining the open notches of the upper base of the upper body; In it, it connects with the inner space of the hole located in the aforementioned upper base.

The rod of the long segment has two pairs of lateral recesses between which are some internal sections of the longitudinal fins. The lower face of the fixing piece includes two opposite bones which are supplemented by two pairs of opposite projections that tas from the upper base of the main body; When the fixing piece is in position

0 clamping that gd the clamping piece releases the facing joints resulting in axial retention of the long piece; The two opposite bones are compressed in place by all the canals defined by the two pairs of ridges that prevent the fixing piece from rotating. The hole of the fixture is reinforced with two opposite annular ribs for the upper and lower opposite faces of the fixture. And in return; Opposing projections above the annular rib arranged in the upper façade

5 “a mounting piece. Thus” one embodiment of the device of the invention is applicable to water flow devices wherein the connection between the water flow device and the pressure device is a set of facing discs which are to be adjusted to the exact height: a disk constituting ia of the thrust device and an external disk which The oi is made of the long piece “all according to the height of the siphon” and once the regulation is carried out, it is fully clamped to prevent loss of regulation and the main body is equipped with a flexible coupling device comprising two opposing joints which determine the course through the rod of the long piece which also includes a quick start disc which The thrust disc moves with an impact when it is axially engaged.

The method of closing the long piece to the required height is achieved by the means of a lock piece; As soon as the long piece is centered axially in the appropriate position 3, the fixing piece turns one quarter of a turn and passes from the non-closing or non-working position to the f position for closing or fixing in which the opposite protrusions of the fixing piece are pressed against the outer wings of the facing connections and the wings are pressed with it The interior of the facing joints on the transverse notches of the long piece.

and to regulate the height of the long piece; Vol Once the flush device and the pusher are installed in their respective locations the siphon cap is in contact with the pusher disc and the outer disc of the long piece; Its ribs slide pivotally into the upper operating limit of the flush device to operate the flow tool so that the tips are positioned at the exact operating height. correct 0 With this simple operation; The flow instrument is precisely regulated with complete precision and its operating elements are sealed to prevent loss of said regulation from use. It should be noted that although the push tool and the long piece are in contact with each other through

5 discs are important, it is also possible for each of them to touch each other through other different disc elements. And below; To provide a better understanding of this description, which forms an integral part of the die, a set of figures are attached that show the object of the patent in an illustrative way, but not limited to it. Brief description of the drawings

0 Figure 1: An illustrative section of the height regulating device of the siphon flush tool which is the object of the invention. Figure 2: shows a cross-section of the device according to the present invention.

Figure 3: Perspective section of a main body that forms part of the siphon flow device; Where the said main body has a distinctive structure forming part of the apparatus according to the present invention. Figure 5: A perspective section shows an application of the device according to the present invention. Detailed description:

Taking into account the numbering mechanism adopted in the figures » The device for regulating the height of the water flow device in the siphon has a long part (1) and the height is adjustable; it is fixed by a conduit (2) defined by two facing connections (3) an encapsulated semi-necked structure which starts at the upper base (4a) of the main body (4); ls

0 forms part of a cistern (6) flushing mechanism (5) and the aforementioned stream (2) also passes through an upper base (14) of the main body (4). The two facing connections (3) are separated ) of the neck through two opposing recesses, whereby the aforementioned facing extensions (3) have upper edges where they form internal wings (13) and external wings (3b) where they are joined under the fixing piece (8) which has a hole

5 (9) around two (3) facing links of the neck; Some of the outer faces of the two facing joints (3) of the neck fit perfectly into the said hole (9). The opposite recesses pass through the upper base (14) of the main body (4) of the flux tool (5) formed in the said upper base (14). It consists of two open slits (7) that form part of the above-mentioned opposite grooves.

0 Said fixing piece (8) remains axial between the upper base (14) of the main body (4) and the outer wings (3b) of the two facing joints (3). The inner wings (13) of said facing joints (3) touch the long piece (1).

The said long piece (1) can be securely fixed in different positions to locate the upper edge of the long piece (1) facing the lower edge of the flush slay (19) installed in the siphon cover (16) (6); whereby by pressing said flush tool (19) The main body (4) of the flushing tool (5) moves downward through the medium of the long piece (1) and thus causes the siphon (6) to discharge through its outlet pipe.

The long piece (1) comprises a rod (11) and a sturdy disc (1b) with the flush tool piece that contacts when you press to operate the flush tool (5) and empties the siphon (6). The rod (11) of the long piece (1) has two transverse indentations (10 ) and two longitudinal wings (1 1) placed in a plane perpendicular to the plane in which the transverse notches are located (10) so that the longitudinal wings (1 1) fit into

0 Opposing grooves guide the movement of the long piece (1) when it comes to setting it to the required height. The rod (11) of the long segment (1) includes two pairs of lateral grooves (12) which are found between some primary sections of longitudinal grooves (11). The transversal striations (10) face the long segment (1). (The wings

5 inner wings (13) of the two facing joints (3); so that the anchor piece (8) is in the clamping position; some sharp edges of the inner wings (13) of the facing joints (3) are pressed against each other against the two transverse notches (10) of the long piece (1 In the mounting position, the mounting piece (8) is pressed against the outer wings (3b) of the facing connections (3) through two opposing grooves (13) that protrude above the upper face of the mounting piece (8) Ally is flush with the hole ( (9)

of the aforementioned mounting piece (8). Whereas the lower face of the fixing piece (8) corresponding to the upper face includes two ribs (14) oppositely complemented by two pairs of protrusions (15) and oppositely starting from the upper base (M) of the main body (4); so that When the fixing piece (8) is placed in the il position the two ribs (14) press into place each channel (16) is delimited by two projecting pairs (15) ensuring

5 installation mode.

To close and loosen the locking position of the long piece (1) it is necessary to turn the locking piece (8) with sufficient force to release it flexibly when the ribs (14) come into contact with the protrusions (15) of the upper base (4) of the main body (4) of the flushing tool ( 5).During this process, the two opposite joints (3) come into contact with the main body (4) of the flux tool (5) and also move flexibly inward.

and from another dali; To pass from the passive to the active position when the long piece (1) is pivotally locked; The fixation piece (8) is turned until the opposing projections (13) of the fixation piece (8) touch axially with two outer ribs (3b) of the facing joints (3) and the bones (14) of the fixation piece (8) are aligned in the channels (15) which are set by two pairs of nibs (15) of the main body (4) of the water flux instrument (5).

0 and when the stabilizer (8) is in the passive position; The opposite projections (13) do not come into contact with the outer wings (3b) of the two facing connections (3) that form part of the main body (4) of the water flow tool (5) and so the long piece (1) can move axially to locate it at height required; and in the passive position, do not press the two inner wings (13) against the two transverse indentations (10) of the brick (1).

5 and from another dali; The hole (9) of the anchor (8) is reinforced by two annular ribs (17) and (18) corresponding to the upper and lower faces of the anchor (8); respectively, whereby opposite projections (13) protrude above the annular rib (17) placed in upper face of the mounting piece (8).In one embodiment the device of the present invention applies to water flow tools (5) where the link between the flush tool (5) and the push tool (19) is a set of facing discs which must be adjusted for height

Exact 0: disk (119) which forms the gia of the push mechanism (19) and outer disk (1b) which forms part of the long piece (1); all according to the height of the siphon (6); so that Once adjustments have been made, they must be fully seated to prevent loss of regulation from continued use.

Claims (1)

protection elements 1. A device for regulating the height of the siphon flushing device, comprising: a long part (1) that screws into the upper base (14) of the main body (4) of the flushing mechanism (5) so that the position of the long piece is axially regulated and connected with the flushing mechanism (19) which, when operating, moves the main body (4) of the flushing mechanism (5) downward through the long part (1); aay the device also includes two facing connections (3) that emanate from the upper base (14) of the main body (4) and define a course (2) Cua in which the long part (1) fits where the facing joints fit correspondingly into an annular hole (9) 0 - consisting of a tightening part (8) where correspondingly they are coupled around the facing joints; also, the facing joints (3) include: inner wings (13) at the upper edges of the facing joints (3) where they meet some parts of the long piece (1) and outer wings (3b) that touch the edge of a hole (9) piece Tightening installation part (8) and where the aforementioned tightening part (8) has freedom of movement 5 rotating around the facing joints (3) and is pivotally confined between the upper base (14) of the main body the outer wings (3b) of the two facing joints (3(¢) and where the tightening part (8) shares two opposing projections (13) that protrude above the top face of said tightening part (8); And where the opposite projections 0 (13) are placed at the height of the outer wings (3b) of the facing joints (3) so that: When the long piece (1) is in the closed position, the projections (13) are pressed, the tightening part (8) on the outer wings (3b) to free them and keep the long piece (1) pinned axial by means of the inner wings (13) from the facing joints (3); and and when the long piece (1) is in the release position”; The opposite projections (13) of the tightening part (8) do not touch the outer wings (3b) of the facing connections (3). 2. The device of claim 1; Cum is distinguished in that the opposite protrusion (13) is adjacent to the hole (9) of the tightening part (8), where some of the interior spaces of the protrusion (13) are continuous on the annular surface that defines the hole (9) of the fixing part tightening part (6). 3. The device in accordance with claim 1; Where it is distinguished in that the long piece (1) includes a rod 0 (11) consisting of two transverse indentations (10) and two long wings (11) that are placed in a plane perpendicular to the plane in which the transverse indentations (10) facing the projections are internal contrasting of the two facing joints (3) forming the gia of the main body (4) of the existing flushing mechanism (5); long wings (11) are fitted to opposite recesses as means of directing axial motion For the long piece (1) Lovie 5 is concerned with determining the required height. 7) From the upper base (14) of the main body (4); 0 where the mentioned open slits (7) are connected to the inner space of the hole (9). 5. The device in accordance with claim 3; It is characterized by the fact that the rod (11) of the long piece (1) includes two pairs of lateral recesses (12) between some of the inner sections of the long wings (11) present. — 1 1 — 6 The device of claim 1; Where it is characterized by the fact that the lower face of the tightening part (8) includes two ribs (14) opposite, which are complemented by two pairs of opposing protrusions (15) which Jas from the upper base (4) of the main body main body (4)¢ and in which the tightening part (8) is placed in the clamping position in which the tightening part 5 (8) releases the facing joints (3) causing the long part to be retained part (1) axially; presses the two ribs (14) oppositely into a place in each channel (16) defined by two pairs of protrusions (15) that prevent the tightening part (8) from 0 7. The device according to claim 1, whereby it is characterized in that the hole (9) of the tightening part (8) is reinforced by two annular ribs (17) and (18) corresponding to the upper opposite faces and the lower part of the aforementioned tightening part (8). 8. The device according to Clause 7 Cus is distinguished in that it has opposite projections (13) 5 above the annular rib (17) in the upper face of the tightening part (8). s um l a : * mia § ix 3 1 4 d he a Nl ER aE at No N A ... B A Na Ns ee a a a Jahhi: 0 l l l l Bei tN 1 ER % 1 LF 1 a i el oF am B RR i SPER oo . 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