WO2004097139A1

WO2004097139A1 - Regulating packaging arrangement for fitting roof hooks

Info

Publication number: WO2004097139A1
Application number: PCT/EP2003/004322
Authority: WO
Inventors: Georges Gregnic
Original assignee: Georges Gregnic
Priority date: 2003-04-28
Filing date: 2003-04-28
Publication date: 2004-11-11

Abstract

The invention relates to a regulating package for fitting roof hooks. The invention consists in producing a standard batch (10), each batch comprising numerous limited hooks (4) which are aligned against one another and which are thus secured using a fastener or stick (2). The fastener or stick maintains the hooks (4) of the regulating batch in place for the purpose of fitting a row of roof slates (scaled or within-reach), such that when the batch is placed in one hand, ready for use, the stick can be released from the hooks (4) simply by grasping same between two fingers, applying an antagonistic force and tearing and/or applying two opposing torques at the ends of the batch arrangement and twisting. In this way, the stick can be easily separated even when it is necessary to hold a hammer in the other hand at the same time.

Description

REGULATOR PACKAGING FOR THE INSTALLATION OF COVER HOOKS

DESCRIPTION

The present invention relates to the regulatory packaging for the installation of cover hooks.

It is known that, for fixing slates or shingles to roofs, cover hooks are used.

In a first form, the hooks have a first point end _/ which is stitched in the battens.

In a second form of hooks, this first end represents a staple which is clamped on ^" lïtëâux mounted in parallel. In both versions, the hooks have the same second end opposite the point or staple, which forms the clamp for retaining the covering element, slate or shingle.

These hooks are currently and always placed in bulk or on supports of about forty of these in their packaging (wooden box). During their use, the roofer must untangle them by extracting a handle from the assembly forming a cluster by shaking them above their box for presentation in bulk or by handle of any number requiring several manipulations when they are on support, repeated gesture for the installation of each of the rows of roofing elements, making up the strip of qualified slate (urn or ladder) that the roofer makes each time he moves his flat ladder, this method requiring a detangling hook by hook and manipulation for the presentation of the orientation of the laying direction of the latter.

This is a tedious and long operation, and therefore expensive because it considerably extends the exposure time.

The present invention results from the search for an effective and simple solution to this problem, and from a need for progress in the face of the requirement for constant, reliable and secure use consisting of packaging hooks ordered in a batch of one standard limited number in order to facilitate their gripping and their ordering in free number in the hand during the separation of with the stick for the standardized realization and the regulation of each row of the strip of slates, said • lots are limited to six units

(square brackets) for reasons of ergonomics of rationality in laying and for inventory management. The invention is therefore a system for packaging cover hooks for single use and manual use, characterized in that it consists of a batching each comprising a plurality of hooks aligned against each other in a limited number of six subject units. thus by a fastener or stick which retains the hooks in such a way, that when the batch in a single gesture is positioned in a second in hand close to use, it can with great ease be released in the blink of an eye eye of said hooks by simple pulling between two fingers in the transverse direction of the batch so that this operation of separating said stick from with the hooks is easy despite the fact that the other hand has to hold a hammer at the same time.

According to the invention, several versions of said stick have been developed, some of which are made of a tearing technical tape, such as treated paper tape, nylon, adhesive, thermoformable, for other versions made of a component that can be molded, deposited in tape, type resin, glue, polymerization cement or fast setting offering for the latter a rupture by structural fragmentation. First and second versions have been designed to cooperate with the rod or hook body. A variant cooperates with the terminations of the ends of said hooks.

In the first aforementioned version, the stick in the loaded state has the form of a small case composed of two flanges intended to cooperate in pairs only with the rods or body of the hooks by surrounding, by the central profile which exerts in adhesive mode the 360 ° segmental grip of the periphery of the scheduling of the lot. The stick is separated transversely from the whole of said batch of hooks by simple pulling between two fingers of one of the two symmetrically opposite lateral gripping flaps, to effect the separation from the hooks in one of the two possible directions of use. left or right.

In the second version, mentioned above, the stick has a bracelet made up of two symmetrically opposite bars inside which protrude a plurality of pins which can form two respective pluralities of cells or dies exerting a hold for the retention or subjugation between them rods or son of said hooks, in batch, and which open from one side to the other simultaneously by fragmentary rupture under the effect of a twist of said lot exerted by two inverted couples at its two ends.

When using hooks conditioned in accordance with the invention, the roofer no longer has to untangle them one by one in their box to place them in hand. Thanks to the stick, it performs this operation with a gesture, by separating the stick by the pull exerted on one of the gripping flaps between two fingers or by twisting between them at each end of the batch.

This gesture, which should be referred to as a single take, in their wooden box does not in any way require you to get rid of the hammer to be accomplished, which is mandatory for picking up loose hooks requiring disentangling. Similarly, all these other parasitic gestures so frequent, consisting of an additional grip during a fitting phase, are removed with the stick if the number of hooks seized at first was insufficient or by replacing the excess hooks in the opposite case, knowing that each row of the urn or ladder representing the strip of slate laid on a ramp made by the roofer, is made up of said rows of a standard number of unit of covering element, The characteristics and advantages of the invention mentioned above - above, as well as others, will appear more clearly in the following description, made in relation to the attached drawings, in which:

Figs. LA 1B and 1C are perspective views of 3 sets of a plurality of hooks with points for A and B, with staples for C assembled in three batches in accordance with the invention by means of a stick 2 or transverse attachment. View A identical to view B for reasons of defined readability and the section plane along line W.

Figs .2A and 2B are cross-sectional views along line W of Pig.lA illustrating the -pr-β ^ il of the body of the invention, view 2B s

one of two convenient ways to separate the stick.

Figs. 3A and 3B are views in vertical section along line W 'of Pig.lA * Figs.5F and 5D are views illustrating the front part F and dorsal part D of a set of hooks with points assembled with a stick as shown in Figs. 1.

Fig.6 is a perspective view of said stick in its version with neutralization in the discharged state following its separation from its batch of hooks Fig.7 is a dorsal view of a batch of spiked hooks assembled with a stick as shown in FIG. 2, with defined in broken lines the zones of the neutralized interfaces.

Fig.8 is a schematic view showing the right part by magnifying glass of the cross section of said stick.

Fig. 9 is a dorsal view of a set of hooks with spikes assembled only half with the front part of the stick as shown in Fig.lA.

Fig. 10 is a vertical schematic view of a technical example of a process for applying the non-stick treatment.

Fig.11 is a schematic view illustrating a top view of a set of spike hooks retained by the second stick and its variant.

Fig.12 is a schematic fractional side view of a set of point hooks illustrating the positioning of the second stick and its variant in the molding phase with process.

Fig.13 is a schematic view showing a cross section of the manufacturing process of the second stick.

Figs. 14 and 15 are perspective views illustrating two practical ways of extracting the respective sticks shown in the previous figures from their batch.

Fig.16 is a view schematically illustrating the scheduling in hand of a plurality of free hooks as they appear to be placed following the separation of the stick by the roofer. Fig.l7A and 17B are views schematically illustrating the scheduling on support after splitting of the stick, of a plurality of hooks with a catch by detachment hook after hook by the roofer.

Fig.18 is a perspective view of said second stick illustrating the juxtaposition of cells.

Fig. 19 is a perspective view of variant E of the second stick covering the ends of the hook ends.

First considering Figs.l, views A and C and Fig. 16, they each represent a plurality of hooks 4 suitably disposed between them, namely aligned against each other, secured by a fastener or stick according to the invention to correspond to the scheduling in hand, Fig.16, such that it is commonly practiced by roofers after disentangling successive grips imposed by the bulk packaging of said hooks.

The hooks 4 of views B and C of Fig.l have in common their rod 5, and their end clamp 7 intended by the part 24 for retaining a sparse edge of the covering element. They differ only in their other end which, in view B is a point 21, and in view C a clip 21a.

On the basis of this first observation, the sticks according to the invention intended for assembling the hooks of the same batch as in FIG. 1, were designed to operate preferably at the level of the parts 5 which the two types have in common. hooks. And although they have been shown in the drawings for standard lots limited to six hooks, representing the standardized standardized number of regulators commonly chosen by roofers to carry out ergonomically and rationally the laying of each of the rows of slates thus regulated respectively at each taking a single lot to compose each strip of slate or (urn) made on a roof crawling by roofers, the previously chosen number of six units and of course likely to vary.

In the embodiment of Figs. 1 and 2, 5 and 6, 8 and 14, the stick according to the invention, designated by the reference 2, is in the loaded state a small case or charger open symmetrically on each side in the longitudinal axis of the arrangement of the rods 5, into which the parts are intimately inserted segmental captive S (60) of said hook rods 4. It has a transverse body or more precisely two parts or flanges assembled in pairs, with a back 0, FIG. 2 A, opposite in contiguity 54 symmetrically to the front 1 by the extensions or lateral ends 29 which these two parts have in common said front 1 comprises the central part or U-shaped profile forming with the central part of the back 0 diametrically opposite the asymmetrical profile of grip 60.

The exact shape of the profile 60 composed by the two respective central parts of the back 0 and front 1 of the stick 2 forming in pairs the grip exerting the sandwich insertion of the segmental ordering S (60) captive parts of the rods or body 5 hooks, to be defined so as to fit the periphery in an appropriate manner, that is to say in conformity with the exterior over 360 ° by surrounding in tensioned mode, that of said segmental destination scheduling S (60) by the two profiles; asymmetrical by the section according to the section VV or symmetrical illustrated by the variant section A Fig.4, the latter are formed to exert the grip 60 by the segments f in contact fl9 or adhering in f32 these two modes are associated for the latter on the sectors S of circumferences of the corresponding segments S60 of the rods by the pressure P exerted exclusively in f32 more or less depending on the thickness of the gluing or inner wall with / on said sectors S corresponding to the circumferences of the rods 5 FIG. 8, in relationship with the segments g which extend between the bodies or rods of the adjacent hooks, forming with them a plurality of voids or cells 8 of approximately triangular shape, the said profiles extend on either side transversely by the flaps of gripping 20 G and D by forming the attachment or stick to secure the lot 10 of hooks, it occupies a middle position 17 on the arrangement of the rods 5. The part central U of the front 1 in the loaded state is formed by the returns or dihedrons 3 which advantageously and respectively match the sectors of the outer semi-circumferences of the captive segments S (60) of the said rods 5 of the adjacent hooks 4e of the batch, intended with the gripping flaps 20G and D to ensure the lateral locking of the hooks and control of the relative torsion of the said batch thus retained tight without play, the said central U-shaped part is extended transversely by the symmetrical connections 11 to the extensions 29 parts which the back 0 and front 1 have in common

5 forming the gripping flaps 20G and D when they are symmetrically contiguous by the adhesiveness or fusion of their internal walls thus constituting them in double layer with

^ the advantage of causing almost no increase in size. By way of nonlimiting example, the stick 2 will have dimensions of 0 external format of the order of 3.5 cm for the length and 2.5 cm for the width, for loading six hook units.

It will also be noted that the outer lateral edges of the gripping flaps 20 are differentiated by the convex cut 12 identifying the right flap 20D, and the cut 12 c concave the left flap, said shaped cuts serve as a visual index to identify immediately the orientation of the direction of installation of the hooks to facilitate the oriented taking of the lots by a left-handed or a right-handed person in a single gesture in their packaging wooden box without other 0 manipulations (turning etc.).

On the other hand, the central part of the back 0 can comprise the breaking lines 23 which border respectively and symmetrically in parallel the internal or external side of the captive segments S60 of the adjacent or external hooks 4th of the lot 10 Fig.5D, said 5 lines predetermined have a leading cutting edge 41 which begins the transverse upper edge of the central part of the back

. in line with the perforations 42 to promote separation by a so-called dotted cut along a line 23 on the stressed side Fig.3A and Fig.6, the back 0 will break for the separation 0 'from with hooks making the antagonistic force exerted for the smooth breaking of the material or constituting a ribbon along the said line softer, thereby reducing the speed and amplitude of the arc, as described by the head of the relieved hammer by the same hand, the sharp side which the latter comprises was oriented towards the user, all this in order to combine comfort, technicality and ergonomics in complete safety for the installation of the hook products.

The outer surface or sectors of the circumferences of the rods 5 of the captive segments S (60) defining in conformity the half-periphery AR14 of the arrangement Fig.2B, can receive a anti-adhesive treatment 19 already mentioned, advantageously applied by the processes P26, P43 Fig.10, this treatment is carried out upstream of the installation of the sticks to create the interface between the surface of said segments S (60) of the rods, and the gluing forming the inner wall of the corresponding segments f, they form with the segments g the central part of the grip profile 60 of the back 0, the interface thus treated forms said neutralization in fl9, it makes it possible to adjust the adhesiveness of the wall inside of the back to favor, during separation, its transverse tangential sliding without splitting, either to the left or to the right, said central part of the back remains connected to the front 1 allowing the entire stick to be deposited Fig. 6. The central strip in residual f32 is arranged for the longest categories of hooks, represents around 15% of the surface within said zone fl9 or neutralization, it exerts the connection of the hooks 4 preventing their pivoting, it can be commuted in two small bands bordering the upper and lower edges of this same part of the back 0 Fig. 9.

Fig. 14 illustrates a first way of separating the stick 2 from a batch of hooks, after the user, hammer in hand, has made a pick with the other hand. With the help of the hand holding the hammer, it exerts transverse traction in the opposite direction to that of the grip side of one of the two gripping flaps 20 between two fingers of the hand holding the hammer. The symmetrical configuration of the transverse profile constituting the. stick 2 offering the two possibilities, one of which is illustrated in Fig. 2B, during total separation from the batch of hooks 4, the latter released retain their initial order Fig. 16, the separation phase with neutralization fl9 is carried out jointly without concomitantly splitting the central part of the back 0 following the break along a line 23 on the stressed side is

-driven by the front 1 Fig.3A, keeping the stick in its entirety by the connection or the junction zone 11 once unloaded from its batch of hooks to be deposited whole Fig.6, in its initial box or in a pocket, like a rupture of the central part of said back caused by total adhesion to the periphery AR14 in f32 or associated with said profile in a 180 ° symmetrical inversion configuration resulting in a disintegration illustrated in Fig.3B, Fig.lδA causing a any split line R / R of the stick in two parts of which the residue or support 16 Fig.l7A forms a receiver delivering to the user the detachment hook after hook by a delicate grip which offers the smallness of the circumferences of the rods, this gesture being carried out by the hand having to support the hammer at the same time said residue 16 Fig. 17b, adheres to the rod of the last hook bordering on the 4th, they are placed in relation to the wooden support, said residue is obscured by the covering part or pole of the covering element, thus avoiding pollution of the worked space. In the option with neutralization fl9 after the user hammer in hand, has made a grip with the other hand using the hand holding the hammer, it exerts a transverse traction between two fingers on the gripping flap 20D by its displacement oriented to the left which has the effect of causing the rupture of the back on the side of the initial grip following the primer 41 leading the line 23 of the perforation 42 Fig.5D. This phase illustrated by the two black arrows braced at the level of the thumb Fig. 14, a gesture combined with the movement accompanying the forehead in the opposite direction to the requested gripping flap causes total separation from the free hooks in hand to begin laying, said hooks keep their ordering by the intangible position of the thumb Fig.16 throughout this phase.

The invention of the stick has many advantages in the simple, economical and regulated installation for the installation of each row, the user no longer having to untangle or count the hooks between them; for the industrial or manufacturer part, the invention of this packaging of cover hooks in batches, favors the loading of the latter thus constituted in simple automatic mode in their packaging 'wooden box phase difficult to achieve given the state of current techniques s' performing manual, demanding work with risk of injury, thanks to the stick, the automation of these difficult tasks completely frees the manufacturing agent from contact with the hooked products greatly reducing labor costs, this new packaging technique doesn’t almost no additional cost which makes it very easy to align our prices with those of the current market.

The second stick 2B (bracelet) or attachment according to the invention represented in the drawings, in Figs. 11 to 13 and 18, retains the io

hooks 4 at their rod 5 or son by forming a molded bracelet conforming to the contours of the outer periphery of the arrangement to secure a batch 10 of hooks. It comprises a transverse body composed of two parallel parallel bars 55 symmetrically secured or joined together on each side laterally by the ends in handles or returns 56 intended to ensure respectively on the one hand the lateral locking of the hooks and on the other hand the connection of said bars inside which a plurality of wedges or pins 57 also project perpendicularly, also spaced apart from one another by a distance d, FIG. 18, to form between them and with the bottom 36 of said bars a juxtaposition of individual cells 64 or 63 for hook insertion.

As shown in Figs. 18 and 19, the imprint of the cylinder or cell dies 64- or 63 may respectively form within the fastener or stick two hollow internal profiles or dies of complementary shape to those of the outer peripheries on 360 ° of the two segmental arrangements of the wires or cylindrical rods of the hooks 4 forming the lot 10, the first of said profiles is formed by the arrangement in adjacent mode, it is composed of a plurality in juxtaposition of 64 Siamese cells between them at the level of the interstice 58 formed by the contact (adjacent) of the captive segments S (60) of the wires thus secured to each other and connected respectively, the latter are held aligned in solidarity by wedges or pins 57 symmetrically opposite, they border and form the cells between them. The respective internal profile of the bars 55 thus formed intimately fills the spaces between the circular sectors 65 of said captive segments of the adjacent wires to form said pins 57 in position interposed between the latter, they have an approximately triangular section whose base represented by the segment S (36) equal to two radii equivalent to the circumference diameter of the wires constituting the hooks, gradually decreases towards their free end by their two concave sides symmetrically matching the sectors 65 of the circumferences of said segments S (60) captive of the wires, by exercising the adjacent subjugation of the latter whose interface without play respectively forms the gap 58 equal to the spacing between the free opposite ends of the pins 57 forming said alveoli 64 represented in fact as two opposite half-cylinders exerting in pairs the individual rights of way 60 forming the plurality of said pins 57 symmetrically opposed in pairs on the side of their respective end separated at 58 they are roommates of one and the other of the two cells which they border to form said interior profile or matrix formed by this same plurality of adjacent cells 64 for exerting the connection of the hooks 4 except that of the end ensuring the retention of the two external or bordering hooks 4th of lot 10 which are bordered inner side of the lot by the pair of said roommate pins with the neighboring inner Siamese cell and outer side by the end with a handle or return 56 ensuring the lateral locking of the hooks.

Said second stick 2B preferably operates in duo of units on the rods 5, they respectively occupy an eccentric position 51 close to the ends 7, and 21. The criteria of thickness, of grip 60, as well as the external shapes are susceptible to vary.

The second hollow internal profile or complementary matrix of the second stick like the first profile of the latter only differs by the shape of the cells 63 defining a plurality of circularly closed cylindrical imprints defined in accordance by the second parallel arrangement of the hooks slightly spaced between them about 0.5 to 1 mm causing the inclusion 61 of material or substance 53 constituting the stick. Said cells 63 are formed by the pins 57 in the same way already explained for the first complementary profile with the only difference that the latter symmetrically opposite have approximately an X-shaped section (except those bordering) 4e their opposite ends being connected by contiguity due to said inclusion 61 occupying the relative clearance between each captive segment S (60) said second profile for the purpose of stiffening the structure of the stick or absorbing slight variations in alignment of the hook wire or for subjecting certain categories of hooks. Fig. 19 illustrates a variant E (tip) of the second stick 2B operating by covering the entire periphery of the terminations 22 of the ends 7 and 21 of the hooks said variant consists essentially of all of said second stick according to the invention by adopting the technical and structural criteria of the profiles complementary interior or matrix composed of blind cells 64 and 63 with in addition an additional volume integrating by coming to operate as end caps 22 by conforming to conforming the facets 31 peripherally dashed line 66 or in their entirety by the template outside of the right-of-way 60 defined by the solid transverse lines. The positioning of said variant E on the drawing operates in the manner of a tip on said terminations 22 securing the laying by the muzzle of the injurious parts which the latter represent, the material or substance 53 constituting the sticks 2B being able to be of translucent nature. appear in the drawings the solid lines defining the different volumes and the interior elements.

Fig.15 illustrates the operation of the second stick 2B and E, the latter chosen in the drawing operating on the ends 22 of the ends 7 and 21 when the hooks are released, namely that the cells 64 or 63 are open to leave free the hooks by the fragmentary rupture 35 of the body or bars 55, caused by the torsional effect Z of the scheduling of the lot10 under the effect of two opposite couples exerted respectively between two fingers close to said ends. We see in the drawing that symmetrically on each side eccentrically longitudinally the ordering of the hooks undergoes distension thereby causing the regular spacing (fan) of the rods 5 and their ends with the result, the result of two antagonistic forces creating a mechanical effect (deformation) simultaneously causing the disintegration of the two respective sets of cells which may constitute the second stick B and its variant E.

In practice, the separation of the second stick from the hooks of its batch is as easy as previously described for the stick, after the user, hammer in hand, made a pick with the other hand, by twisting effect or twisting with the help of the hand holding the hammer. Throughout the separation phase, the thumb of the hand carrying the batch retains the order as in Fig. 3, to start laying. On the other hand, the body of the second stick can have a reinforced structure, for example in the form of reinforcement 27 or wires (in textile) stretched embedded transversely and diametrically opposite on either side of the captive cylindrical segments S (60) to arm the bottoms 36 of the bars 55 thus ensuring the integrity of the sticks in the event of a premature break during the various transfers of lots 10 until installation, keeping the initial schedule.

It will also be noted that certain sectors of the circumferences of the captive segments S (60) of the smooth cylindrical wire constituting the hooks may have a treatment or micro-machining (groove) 15 in order to guarantee better contact or inking at the interface of the footprints. or material matrix 53 of the cells 64 or 63 and of the said captive segments, ensuring the locking of the hooks by preventing their sliding or rotation in the said cell grips in order to promote the fragmentary rupture 35 from one side to the other of the stick and therefore guarantee the same simultaneous opening of all of said cells during the complete separation of the batch of hooks by the user. In addition, the bottom 36 of the bars 55 of the second stick may externally include areas of reduced thickness, for example in the form of grooves 68, at the level of each cell for a simultaneous rupture from one side to the other of the stick when it is stressed by torsion with a view to its disintegration. The exact shape of the external profile of the stick 2 is defined by a process of forming various previously mentioned technical ribbons which can go into the manufacture of the latter, so as to make them fit appropriately, on the one hand the segmental 360 "periphery for the destination of the circular rods or body 5 of the hooks by the central part or closed ϋ profile, and on the other hand the extensions 29 in lateral continuity on either side which the back 0 and the front 1 have in common last transversely forming the flanges or gripping flaps 20 by their contact exerted by the machine process during said forming of the ribbons arranged on either side of the rods 5 as illustrated in Fig.2A in order to merge the interior walls ^* or adhesives respective of these, initially presented in parallel.

The manufacture of the sticks and the batching is done mechanically characterized by the ordering of the hooks aligned against each other it is preferable to bring them together tighten without play thus subject, for a better holding of the whole by reducing the relative twisting longitudinal of the lot. This conditioning of said hooks allows a canning in mode automatic hardly achievable by current methods, This possibility provides- a substantial saving of time compared to filling in manual very demanding with repeated risks of injury to the hands, the ends of the latter presenting a cutting by shearing of sharp aspect.

This technique of _ filling and presenting the boxes automatically with inertia on several of the latter parked in the store completely frees the operator from this handling phase, thus avoiding any contact with the hooked products. In the unloaded state, the ordered lots 10 of hooks mechanically presented to the chain upstream of the sticking phase 2 can undergo a non-stick treatment 19 previously mentioned, the latter is applied by the processes Figs. 10 P26 P43 on certain sectors S of the circumferences of the rods 5 of the segments of the latter advantageously treating the grip on the half-periphery

AR14 in fl9 Fig.2B 8 and 9 in order to partially and respectively neutralize in fl9 Fig.6 certain surfaces corresponding to the destination of the gluing or tact forming the inner wall of the central part of the back 0 exerting said grip AR. Partial neutralization outside zone 32 makes it possible to adjust the adhesiveness

- in order to facilitate when separating the latter, its tangential sliding transversely either to the left or to the right, said zone 32 Fig. 9 has a reduced surface area, it is free from the anti-adhesive treatment 19, its presence at within neutralization in fl9 maintains the back preventing the pivoting of the hooks 4 of lot 10 plus the adhesion of the back 0 to said zone 32 ensures the deployment or training of the latter during machine manufacture.

The symmetrical configuration of the transverse profile constituting the second stick 2B offering the two possibilities Fig. 3 view A during the total separation from the batch of hooks 4, the latter released retain the initial ordering Fig. 16 said separation phase s' performs in solidarity without disintegration concomitantly driven by the front 1 Fig.3A retaining its entire second stick to be deposited whole Fig.6 in its original box or in a pocket on the user's belt like a rupture caused by strong adhesion without said neutralization or associated with a profile shape resulting in a disintegration illustrated in Fig. 3 view B causing the splitting premature R / R line of the stick in two parts, the residue 16 Fig.3 view B forming a receiver requiring the user to detach hook after hook, the latter being taken by the hand carrying a hammer, said residue 16 remains adhering to the rod of the last hook of the lot 10, to be placed in relation, this assembly is obscured by the covering of the cover element or pole thus avoiding pollution in the worked space.

Fig. 14 illustrates a first way of separating from right to left, one of the two symmetrical directions offered by the second stick, a batch of hooks 10 after the user hammer in hand, has made a pick with the other hand . With the help of the hand holding the hammer, it creates an impulse in this case on the gripping flap 20D Fig.2B by an oriented movement of the latter towards the front 1 which has the effect of generating an antagonistic force to that of the back 0 causing the rupture of the latter on the same right side following the primer 41 leading the line 23 of perforations 42 illustrated in Fig. 5 face D this phase already explained is illustrated by the two black arrows braced at the level of the thumb Fig.14 above gesture made concurrently with the movement to the left causing the separation of with the free hooks in hand to start laying Fig.16 said hooks retain their initial ordering by the unchanged position in support of said thumb during this phase, in mode with neutralization in Fig. 19 and Fig. 9 in relation to Fig. 6, the latter illustrates its configuration during its deposition, without said neutralization said central portion AR of the sti ck adheres in f 32 Fig.3B which causes the split into two parts R / R line or approaching caused by too large adhesion area of the central part of the back 0 generating the presence of a residue 16 operating as a support offering installation by detachment hook after hook Fig. 18 A, view B illustrates the two elements in their configuration of installation in relation to the wooden support. MARKS OF DIFFERENT VIEWS

0 Back or R part of the stick forming a flange

1 Font or AV part of the stick in the form of a flange

2 Stick or attachment in a transverse position made up of parts 0 and 1 associated in pairs 2B.E Second stick B (bracelet) and E version or variant (called end piece)

3 Symmetrical lateral or dihedral returns forming the central U-shaped profile of the forehead 1

4 Common hook

4 th Hooks outside or bordering on lot 10 ^•

5 Coφs or hook rod

7 End forming a clamp holding the covering element or slate

8 Individual void or cell formed between each sector of adjacent body diameters 5, and the segment g8 g 8 Segment forming the void of cell 8

9 Line for repelling the material of constituent 53 during the molding of the second stick

10 Lot of hooks in standard number limited to 6 units

11 Connection sectors between returns 3 and extensions (29) front 1

12 Convex cut shape of the grip flap 20 D 12 C Concave cut shape of the grip flap 20 G

14 AR half-periphery comprising the segmental zone S (60) which can receive 1 non-stick treatment 19

15 Sector area of circumference treated by micro-machining for material inking interface 53 of the second stick

16 Residue or support in relation to installation with the last hook in the batch according to the RR line break.

17 Safety edge between the ergonomic positioning of the stick 2 in relation to the terminations 22

18 Process operating rod 33.

19 Non-stick. Talc, paraffin special wax type, etc.

S19 Sector of the diameters of the wires receiving the anti-adhesive treatment 19 on the periphery AR 19 f l9 Segmental zone central part of the back 0 with interface comprising neutralization of. the glue corresponding to S 19.

20 D Gripping flap for straight use

20 G Gripping flap for left use

21 Tip hook end

21 a Hook end with hook

22 Terminations of ends 21 and 2 la (cut by shearing)

23 Pre-determined symmetrical breaking lines of the central part of the back 0 composed by the marks 41 and 42.

24 Clamp part 7 receiving the sparse edge of the covering element

25 Clamping of the clamp part 7 in contact with the cover element

P 26 Application process of the anti-adhesive 19 on the ARM 5S60 half-periphery) sectors (S 19)

27 Wire frame for the second stick

28 Reserve or recess in roller 21 of the process 26 for conservation of the central adhesion zone 32

29 Extensions or lateral ends that have the back 0 and the front 1 in common

30 Cylinder applying anti-adhesive 19 process P 26

31 Termination shear facets 22 f 32 Sectors of the segments of the 0 of rods 5 in adhesion with the gluing 32 of the segments f of the inner wall of the central profile of grip 60

33 Second stick molding process.

34 Passing the process wire frame (27) 33

35 Fragmentary dispersion following the torsional separation phase Z of the second stick

36. Thicknesses which can vary according to category of hooks example: bottom of bars 55 (second stick) S36 Sectors of the circumferences of the rods forming the symmetrical sides of the pins 57

37 Direction of sequential movement in manufacturing process 33

39 Evacuation channel of too much charge of the material constituent 53 resin, glue, cement .... for second strick.

41 Rupture primers entering the upper field of the central part of the back aligned with the rupture lines 23

42 Perforation lines aligned on the primer 41 to form the lines 23 symmetrically

51 Different positions of the second stick

52 Variant of the external format of the second stick for adaptation to the categories of hooks

53 Constituent material resin, glue, cement etc for the second stick.

54 Adjoining the interior walls or gluing the extensions 29

55 symmetrically opposed bars making up the body of the second stick

56 ^" Lateral returns connecting the two bars 55

57 Pimples or wedges forming in pairs defining the different cells or dies (63, 64)

58 Spaces between the tips of a pair of pins 57 symmetrically spaced S 60 Captive segments of the right-of-way 60

60 Grip on captive segments by the profiles or grip matrix of the first and second sticks

61 Cell junction area 63 (or pins)

63 Cylindrically closed cells (in plurality)

64 Siamese cells in juxtaposition comprising space 58 (in plurality)

65 Segment or base of wedges or pins 57

66 External shape template of the second stick

67 Shape of returns 58 during the production of the second stick (without molding)

68 Thinest zone or groove located at the level of each cell favoring a simultaneous rupture f. Segment f of the central grip profile f60 g Segments g of the central grip profile f60 f + g Associated segments making up the central grip profile 60 of stick 2

U Central part or U-profile of the front 1 exerting an asymmetrical grip

R / R Break line, splitting into 2 of the stick causing the presence of residues or support 16

Z Twisting or twisting of the batch for the fragmentary separation of the second stick

P Mechanical pressure in segment sectors £ 32 Section W Cross section of stick 2 Fig. 1 A

S Sectors of circumference of the segments S60 of the rods 5. Corresponding to the segments f of the central grip profile 60

P47 A technical process for manufacturing stick packaging.

Claims

1 - Covering hook packaging system (4), characterized in that it consists of a batch each comprising a standardized limited plurality of hooks (4) aligned against each other, and thus secured by a clip or stick 2 and 2B, which retains the hooks of the lot in such a way that when the lot is positioned in a hand ready for use, it can be released from said hooks (4) by simple traction between two fingers and/or by exerting a twist under the effect of two opposite couples at the two ends of the lot (10), so that this operation of separating said stick (2 or 2B) from the hooks (4) is easy despite the other hand having to hold a hammer at the same time.

2 - Stick intended for a packaging system according to claim 1, characterized in that it consists of a case or charger (2) intended to receive the segmental parts (S60) of the arrangement of the rods or bodies (5) of hooks (4) by surrounding the periphery, the stick (2) separating from its set of hooks (4) by traction exerted between two fingers on one of the two lateral gripping flaps (20) in the transverse direction opposite to the latter 3 - Stick 2 according to claim 2, characterized in that it has a transverse body in the form of flanges assembled in pairs, with a back (0) and a front (1) forming in the loaded state a central profile (60 ) asymmetrical exerting the adhesive grip (f32) or in contact (fl9) according to the different zones by surrounding 360° in taut mode the periphery of the adjacent segmental arrangement (S60) of the rods (5) of the hooks (4) , returns or dihedrals

(3) of the (U) profile of the central part of the front (1) extend symmetrically on each side by the connections (11) to the lateral extensions (29) which the back (0) and the front (0) have in common. 1) to ensure, by their adjacency (54) to their respective gluing or interior walls, the lateral blocking of the hooks (4). 4 - Stick according to claim 3, characterized in that the back (0) and front (1) parts have extensions or lateral ends (29) which the latter have in common forming in pairs the gripping flaps (20G) and ( 20 D) defined in double layer for the contiguity (54) of the gluing or respective interior walls of said extensions (29) with a view to obtaining during use two possibilities of symmetrically opposed lateral grip, for the separation of the lot (10) of hooks

(4) in the transverse direction opposite to the side of that of gripping one of the two flaps (20).

5 - Stick 2 according to claim 3 or 4, characterized in that the sectors (S) of the circumferences of the segments ('S60) of the rods

(5) of the periphery (AR14) receive the advantageous application of the anti-adhesive treatment (19), except in the central strip in (32), it creates the interface or neutralization between the latter and the corresponding segments of the wall or interior gluing defined in fl9 of the central part of the back (0) forming the AR part of the central grip profile (60) the interface or neutralization makes it possible to obtain the tangential sliding of the latter when it is requested in view to obtain a total separation of the batch (10) of hooks (4) without jerking or splitting with the front (1) and consequently the entire deposit of said stick in its initial box.

6 - Stick according to claim 3,4 or 5 characterized in that the central part of the back (0) or AR part of the grip profile (60) have predetermined break lines (23), which respectively and symmetrically border the interior or exterior sides of the captive segments (S60) of the rods (5) of the bordering or exterior hooks (4e) they have a guide primer (41) which begins the upper transverse edge of the central part of said back in line with the perforations (42 ) called (dotted cutting) offering a smooth break for a soft separation from the hooks.

7 - Stick according to claim 3, 4.5 or 6, characterized in that the outer lateral edges (12) of the gripping flaps (20) are differentiated by the convex cut (12) identifying the right gripping flap (20D) ,, and the section (12C) convexes the left gripping flap (20D) arranged in the configuration of a batch in hand having the fixing ends (21) and (21a) of hooks

(4) oriented in their direction of installation said cuts or edges (12) act as visual indexes allowing you to make in a single gesture the oriented pick of a batch (10) of hooks ready for installation. 8 - Stick according to claim 3 4 5 6 or 7, characterized in that its central profile (60) can have a symmetrical grip profile composed by the respective central parts of the back (0) e. of the forehead (1) symmetrically opposed to facilitate adaptation to the securing of special hooks. 9 - Stick intended for a packaging system according to claim 1, ^' characterized in that it comprises a transverse body composed of two symmetrically opposite bars joined on each side by their ends to the loop returns (56) ensuring lateral blocking of the hooks, inside which project a plurality of wedges or pins (57) operating in co-located pairs to define a plurality in juxtaposition of Siamese cells (64) or circularly closed cells (63) for receiving the insertion segment (S60 ) captive of the rod (5) of hooks (4), which open simultaneously by fragmentary breakage (35) of the constituent (53) by twisting (Z) of the ordering of the batch (10) under the effect of two opposite torques exerted at its two ends. The securing of the batches by said stick takes place in pairs of units on the rods (5).

10 - Stick according to claim 9, characterized in that certain sectors S of the circumferences of the captive insertion segments (S60) of the cylindrical rods (5) of hooks (4) have a mechanical surface treatment (15) (micro grooves) , intended to increase the anchoring interface of the constituent (53) at the level of the internal face or matrix of the cells (63 and 64) and said sectoral zones S of said segments (S60) treated in (15) preventing twisting, and the slide ent of said stick on the rods (5) to maintain the position (51) according to the initial securing until use.

11 - Stick according to claim 9 or 10, characterized in that said bars (55) have a reinforcement or wire (27) embedded transversely within their respective bottom or thickness (36) in order to preserve the entirety of the scheduling even in the event of disruption of the latter during the various transfers.

12 - Stick according to claim 9, 10 or 13, characterized in that the bottoms or thicknesses (36) of the bars (55) have areas of lesser thicknesses or grooves (68) at level _B.μ çLu diameter exterior of the cells (63 and 64) with a view to its simultaneous rupture at said zones (68) when it is requested to be separated by fragmentary rupture (35) from its batch (10) of hooks.

13 - Stick according to claims 9,10,11 and 12 characterized in that said second stick (2B) has a second transverse profile or variant (2e) operating on the ordering of the terminations (22) of the ends (7) and ( 21) hooks (4) it is essentially composed of the whole of said second stick (2B) with an additional volume integrating conforming to the facets (31) of said terminations (22) to define a plurality of cells (63 and 64) blinds ensuring the securing of the batch (10) of hooks (4) by operating as a tip on the periphery of said terminations (22) and their cutting facets (31) following their shearing separating from its batch ( 10) hooks (4) in the same way as explained about the second stick 2B.