ITAR20110007A1 - ANTI BYPASS TAP AND ANTI CUTTING INFRINGEMENT - Google Patents

ANTI BYPASS TAP AND ANTI CUTTING INFRINGEMENT Download PDF

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Publication number
ITAR20110007A1
ITAR20110007A1 IT000007A ITAR20110007A ITAR20110007A1 IT AR20110007 A1 ITAR20110007 A1 IT AR20110007A1 IT 000007 A IT000007 A IT 000007A IT AR20110007 A ITAR20110007 A IT AR20110007A IT AR20110007 A1 ITAR20110007 A1 IT AR20110007A1
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IT
Italy
Prior art keywords
bypass
tap
holes
cut
violation
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IT000007A
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Italian (it)
Inventor
Daniele Piantini
Original Assignee
Meck Lock S R L
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Publication date
Application filed by Meck Lock S R L filed Critical Meck Lock S R L
Priority to IT000007A priority Critical patent/ITAR20110007A1/en
Publication of ITAR20110007A1 publication Critical patent/ITAR20110007A1/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
    • B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
    • B60R25/01—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens
    • B60R25/04—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens operating on the propulsion system, e.g. engine or drive motor
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
    • F16K35/00—Means to prevent accidental or unauthorised actuation
    • F16K35/06—Means to prevent accidental or unauthorised actuation using a removable actuating or locking member, e.g. a key

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Dowels (AREA)
  • Fuses (AREA)
  • Discharge Heating (AREA)

Description

“Rubinetto anti bypass e anti violazione al taglio”, "Anti-bypass and anti-cut violation tap",

Campo dell’invenzione: Field of the invention:

La presente invenzione, titolata “Rubinetto anti bypass e anti violazione al taglio”, e di seguito denominata semplicemente “rubinetto anti violazione”, riguarda un rubinetto di sicurezza, applicabile sia come antifurto sia come anti azionamento, su automezzi di movimento terra, automezzi stradali, imbarcazioni otre a tutti quei macchinari che usano un sistema, idraulico o pneumatico, per essere movimentati, tipo gru, carrelli elevatori, ponteggi etc., l’intento di questa invenzione è quello d’impedire a chi non autorizzato, quindi senza la chiave (1) di tale congegno, di poter azionare l’apertura del rubinetto tramite forzatura, taglio, o addirittura bypassandolo con semplici forature. The present invention, titled "Anti-bypass and anti-cut violation tap", and hereinafter simply referred to as "anti-violation tap", relates to a safety tap, applicable both as an anti-theft and as anti-activation, on earth moving vehicles, road vehicles , boats as well as all those machinery that use a system, hydraulic or pneumatic, to be handled, such as cranes, forklifts, scaffolding etc., the intent of this invention is to prevent unauthorized persons, therefore without the key (1) of this device, to be able to operate the tap opening by forcing, cutting, or even bypassing it with simple drilling.

Stato della tecnica. State of the art.

Le tecniche ormai note da oltre un decennio, peccano tutte dello stesso difetto, se così si vuol chiamare, infatti da riscontri fatti nel tempo, e analisi di sabotaggio dall’inventore sviluppate, per la ricerca di congegni meno violabili da parte di malintenzionati, ha ricevuto notizie che la maggior parte dei furti avviene o con il semplice taglio della parte ove opera il cilindro della chiave come da sezione 6,FIG.E, mettendo a vista l’albero di azionamento 10,FIG.E, del rubinetto rendendolo facilmente azionabile, o inserendo una lama, come un cacciavite, nella sede della chiave, quindi forzando la rotazione aiutandosi con una leva o una chiave, un gioco da ragazzi insomma. The techniques now known for over a decade, all sin of the same defect, if you want to call it so, in fact from findings made over time, and sabotage analyzes developed by the inventor, for the search for less violable devices by criminals, has received news that most of the thefts take place either with the simple cutting of the part where the key cylinder operates as per section 6, FIG.E, exposing the drive shaft 10, FIG.E, of the tap making it easy to operate , or inserting a blade, like a screwdriver, into the key seat, then forcing the rotation with the help of a lever or a key, in short, child's play.

Scopo e sommario dell’invenzione. Purpose and summary of the invention.

Lo scopo di tale invenzione è quello di ovviare a facili sabotaggi, quali il taglio e la forzatura a rotazione, come ormai nota carenza dei sistemi noti evidenziata in precedenza, oltre ad un altro, anche se non noto nei sabotaggi avvenuti, quello del bypass tramite foratura del circuito, infatti analizzando gli oggetti presenti nel mercato si può notare che un altro punto debole di questi è appunto quello del bypass, che si può facilmente ottenere usando un comune trapano facendo un foro come da (7,FIG.F) che mette in comunicazione il circuito (8)a monte del rubinetto indi ponendo un tappo, anche semplicemente autofilettante nel foro (7) che il malvivente ha fatto, onde evitare la perdita all’esterno; saputo questo è ovvio che i malintenzionati avranno facili prede nei sistemi obsoleti che non applicano il sistema di tale invenzione, che in seguito sarà spiegato meglio nella descrizione facendo riferimento anche a dei disegni esemplificativi. The purpose of this invention is to obviate easy sabotages, such as cutting and forcing by rotation, as the now known deficiency of known systems highlighted above, in addition to another, even if not known in the sabotages that occurred, that of the bypass through drilling the circuit, in fact by analyzing the objects on the market it can be seen that another weak point of these is precisely that of the bypass, which can be easily obtained using a common drill making a hole as per (7, FIG.F) which puts in communication the circuit (8) upstream of the tap then placing a plug, even if simply self-tapping, in the hole (7) that the criminal has made, in order to avoid leakage to the outside; knowing this, it is obvious that the malicious will have easy prey in the obsolete systems that do not apply the system of this invention, which will be explained better later in the description, also referring to some exemplary drawings.

Breve descrizione dei disegni. Brief description of the drawings.

Ulteriori caratteristiche e vantaggi del rubinetto anti violazione, secondo la presente invenzione risulteranno più chiaramente dalla descrizione che segue di una sua forma realizzativa, fatta a titolo esemplificativo e non limitativo, con riferimento ai disegni annessi in cui: Further characteristics and advantages of the anti-violation tap according to the present invention will become clearer from the following description of an embodiment thereof, given by way of non-limiting example, with reference to the attached drawings in which:

• breve sommario dei riferimenti riguardo ai componenti e ad alcune funzioni come siglati nei disegni: • brief summary of the references regarding the components and some functions as indicated in the drawings:

(1)Chiave di sistema, con la quale si aziona il sistema. (2)Sfera di occlusione o di apertura del circuito. (1) System key, with which the system is operated. (2) Sphere of occlusion or circuit opening.

(3)Tappi di servizio per chiudere fori di lavorazione, questi sono rappresentati con forma preincisa per la rottura con coppia di carico. (3) Service plugs to close machining holes, these are shown with pre-engraved shape for breaking with load torque.

(4)Valvola di non ritorno presente in alcuni circuiti per finzioni di blocco programmato. (4) Non-return valve present in some circuits for programmed block functions.

(5)Fori anti taglio. (5) Anti cut holes.

(6)Sezione che rappresenta una violazione di taglio del rubinetto onde poter azionare l’albero. (6) Section representing a cutting violation of the tap in order to operate the shaft.

(7)Copertura blindata che ferma il cilindro. (7) Armored cover that stops the cylinder.

(8)Fori del circuito che si congiungono ad L interessati dalla sfera e dalla valvola di non ritorno. (8) Holes in the circuit that connect to L affected by the ball and the non-return valve.

(9)Corpo monoblocco del rubinetto. (9) One-piece body of the tap.

(10) Albero che trasferisce il moto dalla chiave alla sfera. (10) Shaft that transfers the motion from the key to the sphere.

(11) Drenaggi anti bypass. (11) Anti-bypass drains.

(12) Fori che un malintenzionato può praticare per bypassare il sistema. (12) Holes that an attacker can make to bypass the system.

(13) Tappi dei fori anti taglio. (13) Anti cut hole caps.

(14) Rotore del cilindro. (14) Cylinder rotor.

(15) Statore del cilindro. (15) Cylinder stator.

(16) Spina per il bloccaggio di rotazione dello Statore. (16) Pin for locking the rotation of the Stator.

(17) Traccia dove viene inserita la chiave. (17) Track where the key is inserted.

(18) Asse di rotazione del rotore. (18) Rotor axis of rotation.

• La Fig.A mostra il rubinetto anti violazione in una sua complessità con vista isometrica ove si nota una sua forma generale • Fig.A shows the anti-violation tap in its complexity with an isometric view where its general shape can be seen

• La Fig.B è la sezione della FIG.A posta al centro del circuito 8 di funzionamento che viene occluso dalla sfera 2. • Fig.B is the section of Fig.A placed in the center of the operating circuit 8 which is occluded by sphere 2.

• La Fig.C del rubinetto anti violazione mostra una sezione ad L nelle zone centrali del circuito e la zona ove possibile vedere i fori di drenaggio 5. • Fig. C of the anti-violation tap shows an L-shaped section in the central areas of the circuit and the area where it is possible to see the drainage holes 5.

• La FIG.CS è la sezione in corrispondenza del piano centrale della chiave 1 della FIG.C, nella quale è stato nascosta la copertura blindata (7) per mostrare • FIG.CS is the section corresponding to the central plane of key 1 of FIG.C, in which the armored cover (7) has been hidden to show

• La Fig.D è la vista da sopra del solo blocco 9 che mette in evidenza la forma e la posizione dei fori anti taglio, costruiti in modo non cilindrico per ovviare alla possibile occlusione tramite un tappo autofilettante, o alla filettabilità degli stessi, nonché ad una facile trapanatura. • Fig.D is the top view of only block 9 which highlights the shape and position of the anti-cut holes, constructed in a non-cylindrical way to avoid possible occlusion by means of a self-tapping cap, or their threadability, as well as to easy drilling.

• La FIG.E è come la FIG.D ma con una ulteriore sezione (6) ove simula il tipo di taglio con il quale vengono violati gli attuali antifurti. • FIG.E is like FIG.D but with a further section (6) where it simulates the type of cut with which the current anti-theft devices are violated.

• La FIG.F, e la sezione della FIG.A capovolta, nella quale vene rappresentato con (7) un eventuale foro di bypass possibile. • FIG.F, and the section of FIG.A upside down, in which a possible bypass hole is represented by (7).

• La FIG.G rappresenta in vista assonometrica, un antifurto con doppio circuito, questa serve a mostrare che il sistema è applicabile anche a più circuiti. • FIG.G represents an axonometric view of an anti-theft device with double circuit, this serves to show that the system can also be applied to several circuits.

Descrizione dettagliata dell’invenzione. Detailed description of the invention.

Come rappresentato in detti disegni, il rubinetto anti violazione è composto da un corpo (9), sul quale sono inseriti i vari particolari che servono al proprio funzionamento, in un breve sommario se ne spiega il funzionamento. As shown in said drawings, the anti-violation tap is composed of a body (9), on which the various details that are used for its operation are inserted, in a brief summary the operation is explained.

Il circuito (8) porta al suo termine delle filettature ove vengono applicati i tubi derivati dal circuito di un macchinario, questo non fa altro che impedirne il flusso quando la sfera (2) si trova come da FIG.B in posizione occlusa, derivata dalla rotazione della chiave 1,(FIG.A,C,F). The circuit (8) leads to its end of the threads where the tubes derived from the circuit of a machinery are applied, this does nothing but prevent their flow when the ball (2) is in an occluded position as shown in FIG.B, derived from rotation of the key 1, (FIG. A, C, F).

L’invenzione in descrizione, apporta importanti novità riguardo alla sua sicurezza intrinseca dell’oggetto stesso, la prima è l’anti taglio che agisce appunto quando viene tagliato il rubinetto per poter agire sull’albero 10,(FIG.E). The invention described, brings important news regarding its intrinsic safety of the object itself, the first is the anti-cut that acts precisely when the tap is cut in order to act on shaft 10, (FIG.E).

L’anti violazione al taglio è determinata dai fori 5,(FIG.C,D,E) i quali intersecano perpendicolarmente al condotto 8,(FIG.C,E) e sono chiusi alle sua estremità superiore con i tappi 13 (FIG.C). The anti-cut violation is determined by the holes 5, (FIG. C, D, E) which intersect perpendicularly to the duct 8, (FIG. C, E) and are closed at its upper end with the plugs 13 (FIG. C).

Ipotizzando che il taglio per la violazione sia stato effettuato sul piano 6 (FIG.E) e che il circuito 8 interagisca con i servocomandi idraulici di un macchinario, notiamo che tramite questa operazione l’albero 10 è visibile quindi azionabile facilmente, ma con la stessa operazione di scasso, si sono anche aperti i fori 5, i quali permettono al condotto 8 di travasare all’esterno facendone perdere pressione e portata, quindi l’operazione effettuata non giunge allo scopo di chi voleva rubare o azionare il macchinario protetto dal rubinetto anti violazione. Assuming that the cut for the violation has been made on the plane 6 (FIG.E) and that the circuit 8 interacts with the hydraulic servos of a machine, we note that through this operation the shaft 10 is visible and can therefore be operated easily, but with the same burglary operation, the holes 5 have also opened, which allow the duct 8 to pour outside, making it lose pressure and flow, therefore the operation carried out does not reach the purpose of those who wanted to steal or operate the machinery protected by the tap anti violation.

Un’altra funzione dei fori 5, (FIG.CS) è quella di impedire la funzionalità dopo la forzatura tramite del rotore 14, il quale resta solidale con lo statore 15 tramite delle lamelle o cilindretti dopo aver estratto la chiave, (il sistema di lamelle o cilindretti qui non sono rappresentati perché di uso comune). Another function of the holes 5, (FIG.CS) is to prevent functionality after forcing by means of the rotor 14, which remains integral with the stator 15 by means of blades or cylinders after having extracted the key, (the lamellae or cylinders are not represented here because of common use).

Supponiamo allora che la violazione voglia essere effettuata tramite la forzatura del rotore nel senso della sua rotazione attorno all’asse 18, inserendo un cacciavite, o un oggetto similare nella fessura 17: agendo con forza con l’ausilio dell’oggetto inserito nella fessura della chiave 17 e ruotando attorno al suo asse 18 si provoca lo strappo del materiale del corpo 9 nel punto che separa la sede della spina di fissaggio 16 e uno dei fori 5, questo avviene perché la spina 16, in acciaio ed ancorata a pressione nello statore 15, il quale per effetto di trascinamento, non essendoci la chiave apposita e di fatto i due elementi divengono solidali, riceve il moto rotatorio dallo statore 14. Da come spiegato in questa parte si deduce facilmente che dopo l’avvenuta forzatura il circuito, quindi il macchinario, rimane inutilizzabile per le stesse cause spiegate in precedenza nella spiegazione del taglio. Tutto questo avviene perché i fori 5 e le sedi delle spine 16 sono volutamente costruiti molto vicini e calcolati perché il fenomeno si verifichi. Suppose then that the violation is to be carried out by forcing the rotor in the direction of its rotation around the axis 18, by inserting a screwdriver, or a similar object in the slot 17: acting with force with the aid of the object inserted in the slot of the key 17 and rotating around its axis 18 tears the material of the body 9 at the point that separates the seat of the fixing pin 16 and one of the holes 5, this happens because the pin 16, in steel and anchored under pressure in the stator 15, which, due to the dragging effect, since there is no special key and in fact the two elements become integral, receives the rotary motion from the stator 14. From as explained in this part it can be easily deduced that after the forcing of the circuit, therefore the machine remains unusable for the same reasons explained above in the explanation of the cut. All this happens because the holes 5 and the seats of the pins 16 are deliberately built very close and calculated for the phenomenon to occur.

Come detto ancor prima, un altro punto critico emerso è il bypass tramite foratura che viene evidenziato nelle (FIG.C,F), mettiamo il caso che un malvivente voglia avvalersi di questa tecnica per mettere fuori uso il rubinetto anti violazione praticando un foro (vedi 12,FIG,C,F) che unisce il circuito 8, quindi bypassando la chiusura generata dalla sfera 2. As mentioned before, another critical point that emerged is the bypass through drilling which is highlighted in (FIG. C, F), let's say that a criminal wants to use this technique to disable the anti-violation tap by making a hole ( see 12, FIG, C, F) which joins circuit 8, thus bypassing the closure generated by ball 2.

Praticando un foro che possa bypassare il circuito 8, (FIG.C,F) in un punto simile ad una delle posizioni simulate con 12 nelle stesse (FIG,C,F), possiamo notare che questo va poi a comunicare con le asole o fori 11 praticati nel corpo 9 del rubinetto anti violazione, mettendo quindi anche in questa versione di violazione fuori uso l’impianto del macchinario ove installato. By making a hole that can bypass circuit 8, (FIG. C, F) in a point similar to one of the positions simulated with 12 in the same (FIG, C, F), we can see that this then communicates with the slots or holes 11 made in the body 9 of the anti-violation tap, thus putting the system of the machinery where installed out of order even in this version of the violation.

Le asole ed i fori 11 come visibili in più figure, sono di forma e/o comunicanti tra di loro, in modo che questi non possano essere chiusi prima della foratura per scasso. The slots and holes 11, as visible in several figures, are shaped and / or communicating with each other, so that they cannot be closed before being pierced.

Conclusione Conclusion

Mentre tutti gli altri sistemi cercano solo di prevenirne l’uso tramite una chiave più o meno sofisticata, lasciando pieno spazio all’operatività dei malviventi, detta invenzione, da come spiegata in precedenza, si appropria di una tecnica che tramite fori, asole e canali propriamente studiati per ogni singolo modello di rubinetto, riesce a rendere inservibile il circuito, quindi il macchinario o mezzo a cui il “rubinetto anti violazione” viene applicato, escludendone il percorso a ritroso o alternativo a chi lo volesse manomettere, perché appena una delle violazione viene eseguita l’impianto diviene inutilizzabile, richiedendo un intervento tecnico per essere ripristinato. While all the other systems try only to prevent its use through a more or less sophisticated key, leaving full room for the operation of criminals, this invention, as explained above, takes possession of a technique that through holes, slots and channels properly designed for each single model of faucet, it manages to make the circuit unusable, therefore the machinery or means to which the "anti-violation faucet" is applied, excluding its reverse or alternative path to those who want to tamper with it, because as soon as one of the violations the system is performed and becomes unusable, requiring technical intervention to be restored.

Claims (11)

RIVENDICAZIONI “Rubinetto anti bypass e anti violazione al taglio”, 1. Rubinetto anti bypass e anti violazione al taglio, composto da un blocco presumibilmente in alluminio, al cui interno siano presenti uno o più circuiti (8), occludibili da un rubinetto azionato con sistema rotativo a chiave meccanica (1), il quale agisce su una sfera(2), che ne determina l’apertura o chiusura, in base alla propria posizione, comprendente i fori di sicurezza al taglio (5) e la spinatura (16) che versa in prossimità dei stessi. 2. Rubinetto anti bypass e anti violazione al taglio, secondo la precedente rivendicazione, caratterizzato dal fatto che i fori (5, FIG.C,CS,D), siano in comunicazione con il circuito (8) e chiusi alle altre sue estremità in modo da renderli ermetici. 3. Rubinetto anti bypass e anti violazione al taglio, secondo le precedenti rivendicazioni, caratterizzato dal fatto che i fori (5, FIG.C,CS,D), non siano di forma circolare, come rappresentati, ma in qualsiasi altra forma, purché comunicanti con il circuito (8). 4. Rubinetto anti bypass e anti violazione al taglio, secondo le precedenti rivendicazioni, caratterizzato dal fatto che i fori (5, FIG.C,CS,D), siano chiusi alle sue estremità con tappo avvitato, come rappresentato, ma anche con una qualsiasi altra soluzione, quali per esempio: tappi a pressione con o senza guarnizione, oppure dal coperchio (7, FIG.C), creato con apposita forma, il quale vada a chiudere direttamente i fori (5) in qualsiasi posizione essi siano stati eseguiti. 5. Rubinetto anti bypass e anti violazione al taglio, secondo una qualsiasi delle precedenti rivendicazioni, caratterizzato dal fatto che una o più spine/viti (16,FIG.CS), siano collocate nella prossimità dei fori(5), nel modo che con la sua forzatura vadano ad incidere gli stessi. 6. Rubinetto anti bypass e anti violazione al taglio, composto da un blocco presumibilmente in alluminio, al cui interno siano presenti uno o più circuiti (8), occludibili da un rubinetto azionato con sistema rotativo a chiave meccanica (1), che ne determina l’apertura o chiusura, in base alla propria posizione, comprendente le asole e/o fori anti bypass (11,FIG. A,B,C,E,F,G,). 7. Rubinetto anti bypass e anti violazione al taglio, secondo la precedente rivendicazione, caratterizzato dal fatto che le asole/fori (11) siano realizzati in posizione pressoché intermedia ai canali (8) del circuito, o comunque posizionati in modo tale che con una trapanatura, come esemplificata dai fori (12,FIG.C,F) essi vengono a interferire con gli scarichi di drenaggio (11). 8. Rubinetto anti bypass e anti violazione al taglio, secondo le rivendicazioni 6,7, caratterizzato dal fatto che le asole/fori (11) siano realizzati ciechi, come rappresentati nei disegni, oppure passanti anche verso l’esterno in una qualsiasi faccia del blocco (9). 9. Rubinetto anti bypass e anti violazione al taglio, secondo una qualsiasi delle rivendicazioni precedenti, caratterizzato dal fatto che al posto della sfera (2), sia presente un cilindro o altro sistema, purché con la funzione di apertura e chiusura del circuito (8). 10.Rubinetto anti bypass e anti violazione al taglio, secondo una qualsiasi delle rivendicazioni precedenti, caratterizzato dal fatto che: al posto del sistema rotativo a chiave (1), come rappresentato esemplificatamente, sia presente un’azione ad elettrovalvola, manopola, cursore, o qualsiasi altro modo di chiusura qui non descritto, in quanto il sistema di occlusione del circuito, qualunque esso sia, non preclude, ne il sistema di anti bypass ne il sistema di anti violazione al taglio qui descritti e rivendicati. 11.Rubinetto drenante anti bypass e anti violazione al taglio caratterizzato come da tutto ciò che è rivendicato, descritto e raffigurato nelle tavole allegate a titolo esemplificativo e non limitativo. "Anti-bypass and anti-tampering tap", 1. An anti-bypass and anti-tampering tap, made up of a block preferably of aluminium, present inside which are one or more circuits (8), that can be occluded by a tap operated with a mechanical-key rotary system (1), which acts on a ball (2), which in turn determines opening or closing thereof, according to its own position, said tap comprising anti-cutting safety holes (5) and the lock pins (16) that are located in the proximity thereof. CLAIMS "Anti-bypass and anti-cut violation tap", 1. Anti-bypass and anti-cut violation tap, consisting of a block presumably in aluminum, inside which there are one or more circuits (8), which can be closed by a tap operated with a rotary mechanical key system (1), which acts on a sphere (2), which determines its opening or closing, according to its position, comprising the cut safety holes (5) and the pin (16) that pours in proximity to them. 2. Anti-bypass and anti-cut violation cock, according to the preceding claim, characterized in that the holes (5, FIG. C, CS, D), are in communication with the circuit (8) and closed at its other ends in so as to make them airtight. 3. Anti-bypass and anti-cut violation cock, according to the preceding claims, characterized by the fact that the holes (5, FIG. C, CS, D), are not circular in shape, as shown, but in any other shape, provided that communicating with the circuit (8). 4. Anti-bypass and anti-cut violation cock, according to the preceding claims, characterized by the fact that the holes (5, FIG. C, CS, D), are closed at its ends with a screwed cap, as shown, but also with a any other solution, such as for example: pressure caps with or without gasket, or from the lid (7, FIG. C), created with a special shape, which directly closes the holes (5) in any position they have been made . 5. Anti-bypass and anti-cut violation cock, according to any one of the preceding claims, characterized in that one or more pins / screws (16, FIG.CS), are placed near the holes (5), so that with its forcing will affect them. 6. Anti-bypass and anti-cut violation tap, consisting of a block presumably in aluminum, inside which there are one or more circuits (8), which can be closed by a tap operated with a rotary mechanical key system (1), which determines opening or closing, according to its position, including the anti-bypass slots and / or holes (11, FIG. A, B, C, E, F, G,). 7. Anti-bypass and anti-cut violation cock, according to the previous claim, characterized by the fact that the slots / holes (11) are made almost intermediate to the channels (8) of the circuit, or in any case positioned in such a way that with a drilling, as exemplified by the holes (12, FIG. C, F) they interfere with the drainage drains (11). 8. Anti-bypass and anti-cut violation cock, according to claims 6,7, characterized by the fact that the slots / holes (11) are made blind, as shown in the drawings, or also passing outwards in any face of the block (9). 9. Anti-bypass and anti-cut violation cock, according to any one of the preceding claims, characterized by the fact that instead of the ball (2), there is a cylinder or other system, provided that with the function of opening and closing the circuit (8 ). 10.Anti-bypass and anti-cut violation tap, according to any one of the preceding claims, characterized in that: instead of the key-operated rotary system (1), as illustrated by way of example, there is a solenoid valve, knob, slider action, or any other closing method not described here, since the occlusion system of the circuit, whatever it may be, does not preclude neither the anti-bypass system nor the anti-cut violation system described and claimed herein. 11. Anti-bypass and anti-cut violation draining tap characterized as in all that is claimed, described and depicted in the attached tables by way of non-limiting example. "Anti-bypass and anti-tampering tap", 1. An anti-bypass and anti-tampering tap, made up of a block preferably of aluminum, present inside which are one or more circuits (8), that can be occluded by a tap operated with a mechanical-key rotary system (1 ), which acts on a ball (2), which in turn determines opening or closing thereof, according to its own position, said tap comprising anti-cutting safety holes (5) and the lock pins (16) that are located in the proximity thereof. 2. The anti-bypass and anti-tampering tap according to the preceding claim, characterized in that the holes (5, FIGS. C, CS, D), are in communication with the circuit (8) and closed at its other ends so as to render them hermetic. 2. The anti-bypass and anti-tampering tap according to the preceding claim, characterized in that the holes (5, FIGS. C, CS, D), are in communication with the circuit (8) and closed at its other ends so as to render them hermetic. 3. The anti-bypass and anti-tampering tap according to the preceding claims, characterized in that the holes (5, FIGS. C, CS, D) are not circular in shape, as represented, but of any other shape, provided that they communicate with the circuit (8). 3. The anti-bypass and anti-tampering tap according to the preceding claims, characterized in that the holes (5, FIGS. C, CS, D) are not circular in shape, as represented, but of any other shape, provided that they communicate with the circuit (8). 4. The anti-bypass and anti-tampering tap according to the preceding claims, characterized in that the holes (5, FIGS. C, CS, D) are closed at their own ends with a screwed plug, as represented, but also with any other arrangement, such as for example pressure plugs with or without gasket, or else with the lid (7, FIG.. C), produced with a purposely designed shape, which closes the holes (5) directly in whatever position they may have been made. 4. The anti-bypass and anti-tampering tap according to the preceding claims, characterized in that the holes (5, FIGS. C, CS, D) are closed at their own ends with a screwed plug, as represented, but also with any other arrangement, such as for example pressure plugs with or without gasket, or else with the lid (7, FIG .. C), produced with a purposely designed shape, which closes the holes (5) directly in whatever position they may have been made. 5. The anti-bypass and anti-tampering tap according to any one of the preceding claims, characterized in that one or more pins/screws (16, FIG.. CS) are located in the proximity of the holes (5) in such a way that with forcing thereof they come to cut into them. 5. The anti-bypass and anti-tampering tap according to any one of the preceding claims, characterized in that one or more pins / screws (16, FIG .. CS) are located in the proximity of the holes (5) in such a way that with forcing thereof they come to cut into them. 6. An anti-bypass and anti-tampering tap made up of a block preferably of aluminium, present inside which are one or more circuits (8), which can be occluded by a tap operated with a mechanical-key rotary system (1), which bring about opening or closing thereof, according to its own position, said tap comprising the anti-bypass slots and/or holes (11, FIGS. A, B, C, E, F, G, ). 6. An anti-bypass and anti-tampering tap made up of a block preferably of aluminum, present inside which are one or more circuits (8), which can be occluded by a tap operated with a mechanical-key rotary system (1) , which bring about opening or closing thereof, according to its own position, said tap comprising the anti-bypass slots and / or holes (11, FIGS. A, B, C, E, F, G,). 7. The anti-bypass and anti-tampering tap according to the preceding claim, characterized in that the slots/holes (11) are provided in a position practically intermediate with respect to the channels (8) of the circuit, or in any case positioned in such a way that with a drilling operation, as exemplified by the holes (12, FIGS. C, F), they come to interfere with the drainage slots/holes (11). 7. The anti-bypass and anti-tampering tap according to the preceding claim, characterized in that the slots / holes (11) are provided in a position practically intermediate with respect to the channels (8) of the circuit, or in any case positioned in such a way that with a drilling operation, as exemplified by the holes (12, FIGS. C, F), they come to interfere with the drainage slots / holes (11). 8. The anti-bypass and anti-tampering tap according to Claims 6 and 7, characterized in that the slots/holes (11) are made blind, as represented in the drawings, or else passing through outwards in any face of the block (9). 8. The anti-bypass and anti-tampering tap according to Claims 6 and 7, characterized in that the slots / holes (11) are made blind, as represented in the drawings, or else passing through outwards in any face of the block ( 9). 9. The anti-bypass and anti-tampering tap according to any one of the preceding claims, characterized in that, instead of the ball (2), a cylinder or other system is present, provided that it has the function of opening and closing the circuit (8). 9. The anti-bypass and anti-tampering tap according to any one of the preceding claims, characterized in that, instead of the ball (2), a cylinder or other system is present, provided that it has the function of opening and closing the circuit (8). 10. The anti-bypass and anti-tampering tap according to any one of the preceding claims, characterized in that: instead of the keyoperated rotary system (1), as represented by way of example, an actuation system is present with solenoid valve, knob, slider, or any other means of closing not described herein, in so far as the system for occlusion of the circuit, whatever it may be, does not preclude either the anti-bypass system or the anti-tampering system described and claimed herein. 10. The anti-bypass and anti-tampering tap according to any one of the preceding claims, characterized in that: instead of the keyoperated rotary system (1), as represented by way of example, an actuation system is present with solenoid valve, knob, slider, or any other means of closing not described herein, in so far as the system for occlusion of the circuit, whatever it may be, does not preclude either the anti-bypass system or the anti-tampering system described and claimed herein . 11. An anti-bypass and anti-tampering draining tap as claimed herein and as described and represented in the annexed plates of drawings provided by way of non-limiting example.11. An anti-bypass and anti-tampering draining tap as claimed herein and as described and represented in the annexed plates of drawings provided by way of non-limiting example.
IT000007A 2011-03-28 2011-03-28 ANTI BYPASS TAP AND ANTI CUTTING INFRINGEMENT ITAR20110007A1 (en)

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IT000007A ITAR20110007A1 (en) 2011-03-28 2011-03-28 ANTI BYPASS TAP AND ANTI CUTTING INFRINGEMENT

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3885586A (en) * 1973-08-23 1975-05-27 Rodney B Tibbetts Key actuated locking valve
EP0505767A2 (en) * 1991-03-28 1992-09-30 MECK EUROPA S.r.l. Device for locking a hydraulic or pneumatic circuit of a vehicle, such as a braking circuit or the like
WO1999031422A1 (en) * 1997-12-15 1999-06-24 Fimcim S.R.L. Safety and default valve
DE20001938U1 (en) * 1999-02-08 2000-04-20 Meck Lock System S A Anti-theft device for earthmoving equipment

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3885586A (en) * 1973-08-23 1975-05-27 Rodney B Tibbetts Key actuated locking valve
EP0505767A2 (en) * 1991-03-28 1992-09-30 MECK EUROPA S.r.l. Device for locking a hydraulic or pneumatic circuit of a vehicle, such as a braking circuit or the like
WO1999031422A1 (en) * 1997-12-15 1999-06-24 Fimcim S.R.L. Safety and default valve
DE20001938U1 (en) * 1999-02-08 2000-04-20 Meck Lock System S A Anti-theft device for earthmoving equipment

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