IT201600121557A1 - A particularly versatile device to facilitate the operation of grooming an animal on a work table, in particular a dog - Google Patents

Description

ONE OF SPCSI YOU ARE GIVEN VERSATILE TO FACILITATE YOU

THE GETTING OPERATION OF AN ANIMAL ON THE TABLE FROM

WORK, THE COLAR PARTS OF A DOG

Arrbi to del I <"> i nvenzi on

This invention relates to the tech nical sector relating to tools and equipment for grooming pets, for example pet animals or pets (PETS).

In par ticular, the invention refers to an innovative device for grooming on the table, particularly the shearing of dogs, which are particularly well versed, therefore allowing to i rrmobi I i zzar e l <'> ani mil e i n various different ways depending on the l e needs and adapting to various e cuts and the I <"> ani mil e itself, thus allowing to operate the n rii gl i hours and miggi hours yes safety of the operator and of the I <"> ani irai e.

Brief notes on the technical note

The tools for the shearing of ani mil i, such as eserrpi or the dog, are well known.

Own or in the technical sector of dog shearing, specific tools are now widespread, such as work tables, devices for linking the dog to the table and further tools for shearing, such as shears. o shearers el et t r i ci.

During (<"> the dog is kept on the work table, the dog will corrode and stabilize, obviously without causing traurri or stress to the I <"> If the dog in fact is not blamed, it is more difficult for the <"> operator to be able to correct the various grooming operation.

On the other hand, forD, there must be a payment I i t <-> tal and to allow the dog to be reached in many different ways and in different positions, so that the operator can from time to Once you select the most donor posi on to carry out the desired operating phase.

For this purpose, there are work tables on which the dog is set up on the first floor (on the first and four zarrpe) or seated and in any way obliged with a special device, for the purpose of restricting its movements. minds .

For example, from publicly known publication US8365685 which describes an L-shaped arms applied to a work table and having such arms or a vertical part cal e and in there but an ori zzontal trait . At the outside of the ori zzontal tract there is a fi xed ring in which a carabiner is fixed which goes to the dog's neck.

In order then to make the lock more effective, an annular body has been provided that slides with respect to the hot vertical arms and is equipped with a cable to which an additional carabiner can be attached to to the dog's neck.

In this way the dog turns out to be violated to overcome that the inferior from this and the element annulate towards the collar, all resulting in a stop of the I <"> year and more affi dabi I and.

[. <“> The annular element <■> also adjusts to various heights thanks to a screw locking system that allows you to fix them at your chosen height with respect to the arms or vertically on which <■> mounted smoothly.

Said this, this solution too is not free from some technical errat ies.

This system exits to rei orate I <"> effective of the I <"> year and, by moving I <"> anel I or I ungo i The arms or verti cal e, allows a regulation on the basis of the first month of the first year, being able to bring it to the desired height and thus positioning it under the collar. However, it can only and exclusively allow only one pol ogy of blinking through the use of the cable and cannot perform other functions. Here its use is strongly l i rritative and also partially corrpl it because it needs the cable. Furthermore, you do not <■> pay the amount, depending on the dog's month, <■> it is necessary or to use longer or shorter cables since it itself does not <■> have various abilities and sliding with respect to the arms or where mounted.

Finally, it is not very practical since the dog is in front of the vertical tube with the reuse, making it more difficult for the operator to perform grooming and moreover, in fact, there is a loop with a high l <'> which generates a throttling effect causing continuous stress on the ani mil e.

It is the thesis of the I <"> invention

The purpose of this invention is to provide a device suitable for limiting the movements of the animal, in particular a dog, in the position of grooming, avoiding the aforesaid technical inconveniences.

In par ticular <■> purpose of this invention to provide a device that is externally paid and allowing the dog to be governed in the different nodes, the pendent ement and from the month of month of the same. .

These and other purposes are therefore achieved with the present device (1) to irritate the arrobi l it <"> of an year and during the t oel et t at ur a, in accordance with the sales 1.

This devel the locking means (12) for fastening either the arms or a structure (200) in their preselected position.

In this way, the sliding element can be applied smoothly on structures also pre-existing structures, for example or a tubular form a structure.

In accordance with the present invention, it also includes:

An arm (2 <">, 3, 4, 5 <">) extending from said sliding element, said arms being telescopic, so that with various lengths, and with such arms or (2 <">, 3, 4, 5 <">) having at least its terni nal part and (5) further rotatable around the l ongitudi nal axis of the arm itself. In this way, the external part and <■> can regulate at least two or more rotated positions and <■> also equipped with second locking means (8, 9, 10) to fix them in the the selected rotated posi on.

Further the terrestrial part (5) <■> provided by a straight line (5 <">) and a further tubular part (5 <" ">) set transversally with respect to the line (5 < ">). The tubular forms a further passage or configured to be able to accommodate slidingly, in use, an optional arms (22) of an external accessory (7).

Therefore, depending on the posi tion in which such a tube 5 <"" ■> is prearranged, an accessory or a ventral device may be applied to it and making it become such a device, in the corrpl it , a vi ncol or anti-sitting for the dog.

Obviously, third locking means (11) are provided, configured to allow to pass in the preselected position called further arms o (22) within the passages o of the tower (5 <"">) .

Tighten in accordance with the invention, called tubular (5 <"">), externally corrects at least one ring (6), preferably two, to allow the attachment of a carabiner (25) for each expected year.

In this way, this is an external part and allows you to be able to further blink the dog through its collar thanks to the carabiner which is fixed on one side to the ring and on the opposite side also to the collar. are. Depending on the rotated posi on of the external part (5) you can for example choose to use the sol or ring to carry out the blanking, without mounting the accessories or anti - sitting. If, for example, the external part is <■> rotated in such a way as to be orthogonal and at the top of the work, then the external part can be used to mount the <"> anti seat. Instead it is rotated in parallel way or at the work floor, at the time you can for example or use the rings to hook the dog trawled with the l are.

It is therefore evident that the large amounts are paid out to that of this device which, in the context, is also very tight.

With respect to the prior art cited, another advantage concerns the fact that the paid I i t <-> of this device allows to position it in such a way as to absolutely avoid the choking of the dog, given which can work from the front and can be adjusted to the length thanks to the telescope.

The tei escopi ci t <-> allows dogs of all sizes and sizes to be managed well on the table thanks to the possibility of varying the length of the arms or and to grease the col l or of the dog. The tei escopi ci t <-> and the possi bi l it <"> of sliding the load-bearing structure when mounted slidingly allow to reach the fastening point or the collar of the dog from the bottom towards I <" > high, avoiding the traditional and narrowing effect belonging to the known art, reducing the safety and the results for the operator and considerably reducing the stress of the dog.

Obviously, a structure is also described here to l ire the mobilization of an animal and during grooming and corrpr endent and at least one arm or cabi l application and to a work table. and a device as described above which applies smoothly and loosely to such arms.

Further advantages are derived from the resale of pendants.

Brief description of the signs

Further char acteristic and advantages of the present device, according to the <"> invention, will be more evident with the following description of some of its real i zzat i ve form, made by title. o f i cat i ve and non i rritative, with reference to the related signs, in which:

Figure 1 shows the axonometric view of the device in accordance with the I <“> invention with its parts which correspond to it separately;

Figure 2 shows the same device, locked in it is axonometric, assured and with the part of the extrerrit <”> preset it moves in a specifi c position;

Figure 3 the teeth c to figure 2 except for the fact that the extrerrit part <"> has been placed in a position rotated around the l <"> l ongitudi nal axis of the ninety degrees (angle or right);

Figure 4 <■> is an example or application on a work table with the part of the extrerrit <-> rotated in accordance with Figure 2 to allow I <“> i nser i rrent o a ventral support for the dog;

- Figure 4A details a schenrat i cament e tal e support vent r al e;

Fig. 5 is an example of a solution to allow for the retrieval of the telescope parts to adjust the length of the device in its corrpl it;

- Figure 6 shows a further example of use on a table or work with the device that has its terrestrial and rotated part runs in figure 3 in order to allow a blinking with respect to a collar;

Figure 7 our I <“> use of the device when coupled with the ventral bl occo;

Figure 8, in the end, details the possi bi l it <”> to connect to the terrri nal part and to the col l are of the I <“> ani in e.

Descri on of some preferred embodiments Figure 1 is a device 1 in accordance with the invention. It <■> is made up of several parts that between the gold the n anrove bi I knot and the n knot are asserted so that, as follows, it is possible to establish the conf or nrat on of the device itself according to of the uses to which it is intended and the corrpl ess i va l length can be varied.

Given this, our figure 1 is therefore a sliding element 2 made in a knot so that it can be applied smoothly on any arm or workpiece provided or mounted on tables of l I work, therefore, also on pre-existing arms (such as verti cal i or ori zzontal arms) or on others that are excavated from bl occo for shearing.

This sliding element 2 therefore envisages a first hollow tubular 2 <““>, preferably with a quadrangular or rectangular section, which therefore forms a sliding dwarf 2 <">. yes, to the side, a further hollow tubular 2 <“>.

In fact, therefore, the concessive conf or nrat i on of the element 2 <■> to T, with the section 2 <""> hairpin bend the nani cotto 2 <""> which can be slidingly on which arms or rectilin gs and with the section 2 <"> which, like the one shown below, forms a receiving seat to accommodate the other correspondents smoothly.

In particular, as described in Figure 1, a second tubular 3, with the same cross section with respect to tubular 2 <">, has such a dimension that it can be inserted smoothly within i l tubol ar 2 <">. In this way, an emerging arms o is created vertically with respect to part 2 <""> with the function of sliding mini cotto, arms formed by section 2 <"> and 3, and in which, being the tubol are 3 sliding with respect to the seat 2 <"> where inserted, in fact allowing the device to vary in length with a solution substantially in mind t el escopi.

A third tube 4 has such a section that it can be slidably inserted into the second tube 3 and, finally, an external element 5 slidably mounted with respect to the third tube 4.

The external element <■> also in the form of T and <■> therefore formed by a fourth tubular 5 <"> the nseri bi l and in the third tubular 4 in a sliding way and the opposite extrerrit <”> of this and fourth tubular 5 <"> is connected to a transversal tubular 5 <"> hollow clamp (this is a through seat) and prearranged orthogonally with respect to section 5 <">. It is not <■> necessary or that the 5 <"> tubular is hollow.

Given this, as shown in Figure 2 and Figure 3, the device 1 <■> is first of all in the telescope corrpl it, in the sense therefore that it can vary its length by linking or re ducking of length. Ci D <■> possi bi l and i n as, in the case described, the various tubul ari (2 <">, 3, 4, 5 <">) are the nserted scrolls and I <"> one inside I <"> other.

For more stretches, the intermediates are provided (stretches between I <“> el element 2 and the external part or terni nals and 5) and the radius hours between the fatal rays and the device.

Therefore, the expert in the field will be able to create a device with any number of intermediate elements according to the needs, and ranging from one sol or element to Intermediates or with more than one and with a preferred configuration which provides two intermediate elements, namely the t ubol ares 3 and 4.

Such and various abi l it <"> of length, as shown below, obviously allows to make the device highly flexible and as it can easily adapt to various months and posi tions of the dog. based on specific needs.

The chosen length can be fi xed with clamps (8, 9, 10) for example or described in figure 5.

Such sieves of bl occo are the gorges of grapevines connected to a pomel l o and which are inserted in the tubular. As for example or scherrat i zzat o i n figure 5, the screw relating to the pommel l or 8 is inserted in the tubular 2 <"> in such a way that it can be screwed to penetrate and contrast against the tubular 3 i nserted in tubular 2 <“> and realizing a bl occo for mechanical interference. E <"> suffi cient to l entate the screw (this will allow it to rotate in the opposite direction of extraction) to make a fi si c detachment between the extrerrit <"> of the screw and tubular 3, allowing the tubular are 3 to be able to be freely extracted or retracted from / into the tubular 2 <“> and adjusted to a new position or be extracted completely.

The same principle is more or less valid for the screws relating to tubular 3 (pomel l or 9 which bl takes tubul ar 4) and tubular 4 (pomel l or 10 which bl oca tubol ar 5 <">) .

Earthworks are also provided on tubular 2 <"">, which is <■> configured to be able to be applied smoothly on other tubul ares forming part of structures (also pre-ex i st ent i) for shearing. For example, by title of the arifi cator, figure 6 shows an arms or verti cal e 200 which is part of a blue structure and on which the device 1 is slidably fixed thanks to to tubol ar 2 <““>.

The screw relating to the knob 11 or 12, returning to figure 5, therefore serves to lock the device 1 with respect to the structure where it is prearranged slidingly, thus allowing height adjustment.

The knobs relating to the tubul ares can also obviously be applied in positions other than those indicated. For example, tubular 2 <""> can also be equipped with two knobs with two screws and one as shown in figure 5 (posteriors) and another <'> for example or on one of the two sides on the side of the tubular 2 <"">. In this way, two stop screws would act on the structure where the device is prepared, guaranteeing a tight seal.

Concluding therefore in the structural description of the invention, the external element, as mentioned, preferably has a T-shaped confor nration, therefore with a section of tubular 5 <"> to which a transversal section is connected and 5 <" ">.

The transversal section 5 <"" ■> also preferably has a quadrangular or rectangular section and <■> internally hollow (it forms a through channel) in such a way that it can act as a support to a further ancillary hours or well known in the state of the l a techni c.

This is a ventral support for the dog returned from an arms or verti cal and 22, with section and from the nseri rsi in the duct returned from the transversal section 5 <"">, to which a surface is connected <-> and a support surface is connected or intended for use to go against the belly of the I <"> ani nal and the node that is to be supported and vi ncol arl o in its position in the most edi. It, as shown in Figure 4A, is preferably back to L even though other forms are possible. As it is in itself known art, there is no further detail here.

Given this, as shown in figure 4, <■> it is possible to insert the arms or 22 of the accessories or external within the duct returned from the transversal section and 5 <""> and bl occarl at the selected height by acting on the knob 11 or 11 (see figure 5) which, as already described, pushes the screw to contrast against the tubular 22 bl occandol o the preferred position.

Without the tubul ar 5 <""> then externally provides two rings l i 6 l whose function, like those after use, allows an easy way to hook up respectively a carabiner that is fixed to the with the dog's tongue.

The great versati I i t <-> of this and of a device therefore consists not only in the fact that above all due to the fact that the terminal component 5 performs various and different functions since it can itself be extracted with respect to tubular 4 and then reinserted in a position rotated with angles of ninety degrees to ninety degrees.

To this is added the large senrpl i cit <-> of the device which results, thanks to l <'> element 2, applied to all existing structures.

In particular, figure 2 shows a presetting of the terni nal tract 5 so that tubular 5 <““ ■> parallel to tubular 2 <““> and figure 4 shows the device in tal and configuration and mounted on a pr e-st ent and arms or structure.

In this way, the tubul ar 5 <""> can accommodate the ventral support device and perform a blight of the dog so that it is placed under the belly of the dog. as shown in figure 7.

In this configuration, nothing excludes the use of the two rings 6 to attach a carabiner, respectively, which lands on a ventral collar of the dog.

If you need another type of pol ogy, you can then remove the outer and outer part 5 and put it back into the tube 4 rotated ninety degrees in such a way that the tubular 5 <""> and tubular 5 <"> define a plane that orthogonally intersects a plane passing through the tubul ares (2 <" ">, 3, 4), as shown in Figure 3. In this case, at the time, the rings 6 come in, which allow the dog to be locked by means of snap-hooks 25 which are fastened to them and to the collar as shown in figure 6.

Furthermore, it is not possible to apply two of these devices, one on the other with respect to an arm or vertical fi xed to the work table and in such a configuration for which one <■> extended or ment e radius and foresees the ventral and the other, placed above, <■> shorter for predetermined sports in the l a configuration of figure 3 under the collar of the dog for hooking arsi al col I are.

The T-shaped conf orrat on of the external part 5 <■> is preferred because it is mmetri cal, easy to realize and allows you to apply two rings 6 symmetrically.

However, other conf or rrrat es, eg eserrpi or L-shaped could be realized.

The quadrangular section of the tubul ares <■> is preferred as it is easy to implement and as it allows you to reinsert each tube within the other with rotations of ninety degrees to ninety degrees. The quadrangular section also creates the floors on which the screws relating to the positions (8, 9, 10, 11, 12) make an excellent grip.

And <“>, however, to whom I hear that other sections could also be used, for example, for example, for example, for example, for example, for example, or for other sections.

However, on a section it is difficult to find <■> it is difficult to grip the screws relating to the aforementioned points, I would like to have the less surface area of the bends given the radii or curvature, so creating of the l and of f f i with t <—> in the bl occo of the t ubol ari.

A rectangle sect on offers rrri gl the hours taken by the obligation to insert tubul ares I <“> one inside I <“> the other with rotations of one hundred and eighty degrees a time.

In this sense, the square section <■> is the most advantageous.

Having structurally described I <"> the invention, for a few hours who are going to pass I now love to a description of

USE.

Assuming that for example, as shown in figure 6, a table of work is provided on which a 200-cal or vertical arm is fixed (also of the type pr e- es i st ent e), the The device 1 can be mounted slidingly on these arms or by adjusting the desired height based on the height of the dog and therefore fixing it at the chosen height by acting on the knob l or 12.

Therefore, you can insert the tubular 2 <"> on the pole 200 and I or slide it up to the pre-selected height and then blink the n position.

The pal o 200, which is not part of the invention itself, could be fi xed to the table as described or could in turn be a sliding pal or with respect to a fi xed structure. xed.

Once this is done <■> it is possible to adjust the length of the device 1 by acting on the positions I i (8, 9, 10) i n node so as to bring I <“> extrerrit <-> 5 <“ “> to the room chosen by the dog. Therefore t el escopi canrent are extracted and between the gold the strokes (3, 4, 5 <“>) yes no to the desired position.

Pr el i rii nar nrent e, or cont est ual nrent e i n tal e phase, it is possible to extract and nser the third part and 5 n knot so that, depending on the needs, the tubul ar 5 <" “> Results parallel to or orthogonal with respect to tubular 2 <“ “>. Figure 6 corresponds to the condition of figure 3 and in this case the rings 6 can be used to fix a carabiner 25 which goes to the dog's neck. For this purpose, figure 8 shows with two arrows the connection rezi on of the two carabiners which on one side connect to the rings 6 and on the other (preferably directly) to the col l are. In this way, since there are two convergent rezi ons of bl occo, the dog has a rrrrrrated mobility.

If as a result of the shearing or a new shearing <■> it is necessary to l i ber the dog from the collar, thanks to the present device <■> suffi ciently remove the external part 5 and ninety degrees in such a way that tubul ares 5 <""> and 2 <""> are between parallel gold, as shown in figure 2. In this case, as shown in figure 7, <■> can bi l e nseri re the ventral device and that bl takes the dog from below, moreover it can be adjusted in height with respect to duct 5 <""> where it is inserted.

The concept t <-> obviously allows you to easily arrange everything in such a way that the anti-seat is positioned on its own or under the belly of the I <"> ani rra I and as shown in the figure 7 (if necessary, also dry the dog in its position as shown in figure 6).

It is therefore evident the large fi they bi I i t <-> of such a device that allows to use simultaneously, even on pre-existing structures, of ventral devices. with carabiners or other gravels of vines or (even the acci vol endo) that go to connect with the collar.

The escopi ci t <-> then allows a further high fi le bi I i t allowing the device to be pre-arranged according to the widest length.

Claims (10)

RI SELL CAZI ONI 1. A device (1) for l inriting the rrobi l it <"> of an animal during grooming and corrpr endent e: - A sliding element (2 <"">) configured to be able to be applied smoothly to an arm or a structure (200), called the sliding element being provided with prior locking means (12) to fix them in their chosen position; - Characterized by the fact that they are further corrected: An arm (2 <“>, 3, 4, 5 <“>) extending from said sliding element, said arm being t el escopi c; - Said arms o (2 <">, 3, 4, 5 <">) having at least its ternri nal part (5) further rotatable around the l <'> axis l ongitudi nal e of said arms o and second locking means (8, 9, 10) being provided for fixing the outer part and in the preselected position; - Said external part is (5) correcting a section (5 <">) straightened by the neo and a further section of the tubular element (5 <" ">) set transversely with respect to the section (5 <"> ), said tubular element forming a further passage or configured to be able to accommodate slidingly, in use, any arms (22) of an external accessory (7), and in which third means are provided locks (11) configured to connect in the preselected position called further arms or (22) within the passages o of the tubular (5 <"">) when it is inserted, called tubular (5 <"">) providing externally at least one ring (6) to allow the attack of a rrosket t on (25). 2. A device, according to claim 1, in which said arms o (2 <">, 3, 4, 5 <">) extends orthogonally with respect to the sliding element (2 <"">). 3. A device (1), according to resell 1 or 2, in which at least said third part is (5) <■> extracted from the rejoining part (2 <">, 3 , 4) of the arms or are connected in a rotated position. 4. A device, according to one or more of the previous sales from 1 to 1 to 3, in which said land part (5) has a (5 <">) straight line within a sliding passage o obtained in the joining part of the arm o (2 <">, 3, 4). 5. A device, according to one or more of the previous sales, in which said terrestrial part (5) has a generic T-conformation. 6. A device, according to one or more of the previous sales, in which the joining part of said arms and the section (5 <">) have a transversal and quadrangular section of where the section (5 <">) can be inserted smoothly into the reuniting part of the arm and in such a way that the section (5 <">) can be extracted and reinserted rotated by ninety degrees angles to time. 7. A device, according to one or more of the previous sales, in which said tubular element (5 <"">) has two loops between the appropriations. 8. A device, according to one or more of the previous sales, in which said tubular element (5 <"">) has a threaded hole to be able to apply one or more further accessories . 9. A device, according to one or more of the previous resales, in which an anti-seat device is included, configured for the ongoing sliding rrent and within the passages o f or rrat o from the <"> el ement o tubol are (5 <““>). 10. A device, according to one or more of the previous resales, in which the part of the arms or the corrpresa between I <"> the sliding element (2 <" ">) and the terrestrial part (5) · Supplied by at least one, preferably two, the tubular elements (3, 4) flownly inserted I <“> uno ent r o I <“> al t r o.