ES2235584B1 - FABRIC PROCESSING MACHINE FOR PRODUCTS ORIENTED TO CARPENTRY AND APPLICATION METHOD. - Google Patents

Abstract

Tissue processing machine for carpentry-oriented products and application method. It consists of a machine formed by a chassis that has a reel with unwinding functions of a fabric of a coil, a fabric drag system, a terminal carriage, and a fabric winding device, providing the winding, fixing means of the fabric reel, and limitation of unwinding, prior to cutting by an electrical resistance maintained at a certain temperature. Of application in the manufacture of products such as awnings, curtains, mosquito nets, etc. attached to a tube or shaft.

Description

Tissue Processing Machine for Products oriented to the carpentry and method of application.

The present invention, as expressed in the set forth in this specification, refers to a machine responsible for the global processing of metalwork articles consisting of a fabric of any type wound on an axis, say awnings, curtains, mosquito nets, etc.

Currently, these tasks are performed in a way manual, joining the fabric to the rigid elements by means of adhesives and other systems.

This mechanism performs the entire preparation of these items from their components separately, in three fundamental processes The first is to dissect and spread the fabric on a bench, then fix it to the rigid elements that will be attached, which are the axis and the terminal, by means of thermal welding. Finally roll up the set to give the product the final configuration. But this It is a very simplified explanation of its operation, which we will detail later.

State of the art

There are no automatic machines that perform this task. For this, so far, manufacturing is based on manual media Machines, with analogous operability for other purposes they must exist, but none with the characteristics, functionality and equipment we recommend.

However, partially, there are some processes used in the mechanism that have a precedent. This This is the case of the thermal welding process, which we will now list then.

Patent No. P0308332, of INDEMO, S.A. dated 19 January 1964, which consists of a welding machine Continuous bags, characterized by producing the closure of same by thermoelectric welding.

No. P89890127.7 dated April 28, 1989, of Walter Ganzberger, as a machine for butt welding profiles of synthetic material, which heats the surfaces to be joined by a intermediate plate

No. E91103795 dated March 13, 1991 of Franco Neirotti, is based on a welding machine for products thermoplastics, which has a plate that heats the ends of the pieces that you want to join, joining them next and eliminating the remaining material.

No. U200100031 dated January 8, 2001, as Machine for quick closing of plastic bags by welding, by Antonio Castejón Medina, which through resistance heat the surfaces to be joined until they remain Solidarity

Description of the invention

The present invention aims at a automatic machine for the realization of a global treatment of manufacture of articles consisting of a sheet or fabric flexible integral to a shaft and a terminal, of the type of awnings, curtains, roller nets, etc.

The fabric is supplied in reels that have a width equivalent to the winding length of the canvas in the Final product. Therefore, when you want to use different winding lengths, different widths of tissue coil

The mechanism we are studying has present this circumstance, since a part of your bench is mobile to adapt to the width of the fabric. Moreover, the coil length is undetermined, so the machine is prepared to dissect it transversely in sections preset

The fabric of the final product should be fixed to two rigid profiles, tube and terminal, at its ends. This hold it is done thanks to the fact that it fits into the rigid profiles a synthetic material sheet, sheet that is fixed to the fabric by thermal welding

For the welding process, the machine has of electrodes that cover the length of the area to be fixed.

Since the manufacturing process must be fluid, It has warehouses for the storage of pipes and terminals, as well as finished products. The transfer of the terminal from the deposit until its support in the welding zone is made by mechanical means. While the translation of the tube from its warehouse until the welding zone is done by means manuals, so the machine must work with at least one operator. Both operations are done simultaneously.

When the fabric is in solidarity with the profiles rigid, the machine rolls the tissue around the tube, giving the product your final configuration.

Next we will proceed to a description more detailed of the invention, accompanying it of a set of plans for your greater understanding.

Description of the drawings

Figure 1. - Shows an overview of the machine in plan and elevation.

Figure 2. - Shows an elevation view of the winding

Figure 3. - Shows a profile view of the car of drag of the fabric, with details in elevation.

Figure 4. - Shows a profile view of the car of terminal with elevation detail.

Figure 5. - Shows a profile view of the winding system, with two details in elevation of the axes.

Figure 6. - Shows a profile view of the final product, with an exploded view of its components.

In these figures it is indicated represented by:

Figure one

General view

1.1. - Chassis

1.2. - Adjustable legs

1.3. - Terminal legs

1.4. - Terminal car

1.5. - Winder

1.6. - Protection box

1.7. - Chassis posters

1.8. - Double drive keypad.

Figure 2

Winding

2.1. - Fabric coil

2.2. - Tissue

2.3. - Winder shaft

2.4. - Coil situation plates

2.5 - Winder actuator

2.6. - Fixed rollers

2.7. - Tilt arm

2.8. - Roller arm rollers

2.9. - Tilt arm detector

2.10. - Tensioner roller

2.11. - Tensioner roller support

2.12. - Cross skate guide

2.13. - Cross skate

2.14. - Transversal motion detector

2.15. - Transverse actuator

2.16. - Transverse movement pinion

2.17. - Transverse zipper

2.18. - Cutting profile

2.19. - Horizontal profile actuator cut

2.20. - Vertical cutting profile actuator

2.21. - Woven cutting actuator

2.22. - Cutting blade

2.23. - Fabric situation stops

2.24. - Swingarm counterweight

2.25. - Mobile structure of the winder

2.26. - Fixed structure of the winder

2.27. - Junction plate

2.28. - Plate union screw

2.29. - Swing arm shaft

2.30 - Blade detector

Figure 3

Tissue drag

3.1. - Drag clamps

3.2. - Clamp actuator

3.3. - Drag clamp plate

3.4. - Pulling cart

3.5. - Belt or chain flange

3.6. - Belt or chain

3.7. - Crazy pulley

3.8. - Belt or chain tensioner

3.9. - Belt or chain actuator

3.10. - Crazy pulley shaft

3.11. - Pulley shaft bearings

3.12. - Guided car

3.13. - Carriage skate

3.14. - Board slot

3.15. - Shaped sheet

3.16. - Clamp feed tensioner

3.17. - Tweezers feed

3.18. - Tongue woven entry tongue

3.19. - Caliper support bearing

3.20. - Projection clamp

3.21. - Position plate

3.22. - Projection clamp holder

3.23. - Crystal

3.24. - Luminaires

3.25. - Removable bench base supports

3.26. - Detachable bed base

3.27. - Removable leg plate terminal

3.28. - Position plate threads

3.29. - Base or arm of the drag clamp

3.30 - Drive pulley

3.31. - Drive pulley shaft

Figure 4

Terminal car

4.1. - Support pulley shaft

4.2. - Terminal deposit

4.3. - Support rollers of the warehouse terminal

4.4. - Terminal warehouse position rollers

4.5. - Scroll zipper

4.6. - Steering wheel pulley

4.7. - Measure pointer

4.8. - Measuring tape

4.9. - Terminal clamp

4.10. - Clamp actuator

4.11 - Vertical actuator

4.12. - Horizontal translational support

4.13. - Horizontal actuator

4.14. - zipper

4.15 - Pinion

4.16. - Horizontal guide

4.17. - Welding terminal support

4.18. - Terminal lift actuator

4.19. - Terminal lift support

4.20 - Terminal carriage support pulley

4.21 - End of carriage of terminal car

4.22. - Welding stiffness grid

4.23 - Welding profile

4.24. - Flexible resistance support

4.25 - Welding resistance

4.26. - Resistance insulation.

4.27 - Welding actuator

4.28. - Welding support plate

Figure 5

Woven winding

5.1. - Actuator raised

5.2. - Winding slides

5.3. - Winding slide guide

5.4. - Coiled actuator

5.5. - Drive plate

5.6. - Belt or winding chain

5.7. - Pinion

5.8. - Support arm

5.9. - Plates situation

5.10. - Winding shaft bearings

5.11. - Drive shaft

5.12. - Drive toe

5.13. - Motor key

5.14. - Detachable toe housing motor

5.15 - Crazy shaft

5.16. - Crazy shaft prisoners

5.17. - Crazy toe body

5.18. - Crazy toe body collision

5.19. - Crazy toe

5.20. - Adaptation of different toe tubes crazy.

5.21. - Tube support

5.22. - Crazy flexible element

5.23. - Deposit of tubes and finished product.

Figure 6

Final product

6.1. - Final product set

6.2. - Tube

6.3. - Tube keyway

6.4. - Rubber tube housing

6.5. - Inner tube diameter

6.6. - Tube rubber

6.7. - Tube rubber base

6.8. - Tube rubber flap

6.9. - Terminal rubber

6.10. - Terminal rubber base

6.11. - Terminal rubber flap

6.12. - Terminal

6.13. - Terminal rubber housing

6.14. - Accommodation of accessories terminal

6.15. - Tissue.

Description of a preferred embodiment

The present invention aims at a semi-automatic machine for global manufacture of articles (6.1) consisting of a flexible sheet or fabric (6.15) integral with a shaft or tube (6.2) and a terminal (6.12), of the type of awnings, curtains, roll-up mosquito nets, etc. The dimensional versatility of the machine is very high because it is capable of making products finished (6.1) with very different dimensions, without needing Change any component. Just regulate the machine at desired dimensions.

The mechanism we are studying consists of four main blocks assembled and coordinated: the chassis (1.1), the winder (1.5), the terminal car (1.4) and the box protection (1.6). These elements are independent, which facilitates the transfer and installation of the machine, taking into account that their dimensions can be high.

The chassis (1.1) is self-resistant, and this stiffened by means of posters (1.7). With this we get a solid structure, but at the same time, light. It is fixed to the ground by a certain number of legs, which have a height regulator (1.2) independent on each leg, in anticipation of the possible uneven ground. The chassis (1.1) acts as bed on which the tissue to be handled is deposited. Said bench is provided with a similar glass or sheet semi-transparent (3.23), and under the sheet some luminaires (3.24). This achieves that if the fabric or mesh (2.2) that unfolds over him, had a tare, it would look with ease, optimizing the performance of a quality control Effective during the production process. On the chassis (1.1) goes assembled the entire tissue drag system represented in the Figure 3. The tissue drag system is responsible for extend the same (2.2) on the glass (3.23) of the bench.

To do this, it has drag clamps (3.1) that incorporate a similar linear cylinder or actuator (3.2). Said actuator (3.2) moves a plate (3.3), which locks the fabric (2.2) between it (3.3) and the inside of the clamp itself (3.1). So that the fabric (2.2) does not release from the clamp (3.1), it can increase the adhesion of the contact surface of the plate (3.3) and the clamp (3.1) using a synthetic material, rubber, or With a fluted surface.

These actuators (3.2) must be fed by Pressurized air or electricity. But for the longitudinal movement of the system, the feeding is not simple. For this, we have a hose or spiral tube (3.17) wrapped around a Tensioner (3.16) longitudinal to the machine that holds the tube (3.17) horizontally. This system could be replaced by a guide that will transport carriages or bearings that will in turn support the hose.

The clamps (3.1) are attached to the drag carriage (3.4), which is nothing more than a support structure that cross transversely to the machine.

As indicated above, the versatility offered by this mechanism is very broad, being able to use fabric spools (2.1) of multiple widths. For it, the width of the bench can be modified by translation of the terminal car (1.4), represented in more detail in the Figure 4, and that we will explain later. But this benefit directly affects the drag system, since the traction that it must be exerted on the tissue (2.2) it must be uniform throughout its wide, for proper operation.

Therefore, while one or some of the clamps (3.1) are fixed with respect to their transverse movement, the clamp located on the side of the terminal is projectable (3.20). This effect is achieved by providing the drag carriage (3.4) with a plate position (3.21), which consists of a surface with multiple threads (3.28) evenly distributed in length.

The projection clamp (3.20) also has holes (3.22) or housings that match the threads (3.28) of the position plate (3.21) to position said clamp (3.20) in the most recommended position for correct system operation

The projection of this clamp (3.20) could be Perform in various ways. One of them could be through a bar that will hold the projection clamp (3.20) and fit into a drag carriage housing (3.4). Using a screw or prisoner would fix the clamp (3.20) to a certain width.

It could also be a clamp (3.20) with a bar for the interchangeable base, adapted to different widths, although This possibility would increase costs. The bench, like said clamp (3.20) must also be projectable. For this it has of a removable base (3.26) adapted to the width measurement of the tissue coil (2.1) with which one works. When you change the width of the coil (2.1), the machine must also be adjusted, using the base (3.26) more convenient. This base is mounted on supports (3.25) integral to both the chassis (1.1) and the terminal car (1.4).

Like the projection clamp (3.20), the Bench (3.26) also has various mounting solutions. The bench (3.26), instead of detachable, could be projectable by a rolled semi-rigid sheet. Or deploy plates articulated Or even not to deploy a surface, but only crossbars that will facilitate the transverse movement of the terminal (6.12) during the winding process.

The drag clamps (3.1) circulate above of the semi-transparent glass or sheet (3.23), and are equipped with a bearing support (3.19) that has two functions. They do the times of safety separator between the clamp (3.1), usually of metallic material and glass (3.23), protecting the latter from bumps and scratches that could damage it.

For the structure of the machine, the clamps (3.1) they have a high weight compared to the base or neck that subject (3.29), which is quite long, so that the clamps (3.1) They tend to nod by their own weight.

Support bearings (3.19) also act as support and positioning of the clamps (3.1) so that they do not lose your vertical dimension. The vertical position is very important, since if the clamp (3.1) does not find the tissue (2.2), it cannot drag it and spread it on glass (3.23), making it impossible to operability

In any case, the clamps (3.1) are provided with a tongue (3.18) that facilitates tissue entry as much as possible (2.2) inside.

The drag carriage (3.4) moves longitudinally with respect to the chassis (1.1) because it is in solidarity with the movement of a minimum of two belts or chains (3.6). To do this, it has flanges (3.5) that are attached to the belt or chain (3.5).

The straps or chains (3.6) are taken, at your once, at its ends by two pulleys, one drive (3.30) and another crazy (3.7). The same axle (3.10) holds all the crazy pulleys (3.7), while another (3.31) joins the driving pulleys (3.30), so that these have the same angular velocity, and the entire system is Move in a homogeneous way.

The shaft of the idle pulleys (3.10) has a tensioner (3.8), so that the straps do not skate. The shaft of the pulleys drives (3.31) are subject to a motor-reducer or similar rotary actuator (3.9) that infuses movement. Both axles are attached to the chassis (1.1) by bearing supports (3.11) or similar rolling system.

The movement of the car (3.4) should be the most possible rectilinear, and for this it has a set of skates (3.13) that slide on a guide (3.12) integral to the chassis (1.1).

To reduce the system's system drag, the whole set of pulleys (3.7 and 3.30), belts or chains (3.6) and skates (3.13 and 3.12) are under the bench glazed (3.23) of the chassis (1.1), leaving on it essential, which are the tweezers (3.1). To do this, the car of drag (3.4) has a minimum of two shaped sheets (3.15) that pass through a groove of the bench (3.14), and that unite The whole system.

The fabric (2.2), as we have indicated previously, it is supplied in coils (2.1), which due to its size, you may need extra help to unwind, by traction margin of the drag clamps (3.1). This It is the function of the winder (1.5).

The winder (1.5), as we have indicated previously, it is a chassis independent system (1.1), but which is synchronized with the electromechanical elements thereof. It is fixed to the chassis by connecting plates (2.27) joined by screws (2.28).

It would be possible for the winder (1.5) was attached to the chassis (1.1), or simply, that it was a independent module, without losing its functionality.

The tissue coil (2.1) is deposited on a axis (2.3) around which it rotates. For a good positioning transverse tissue (2.2), it is necessary to place the coil (2.1) of proper way through the situation plates (2.4). These will they can move along the axis of the winder (2.3) and are fixed to the same through prisoners, screws or similar system, leaving the coil (2.1) between them and preventing it from moving.

To help the winding of the coil, it is provided to the axis of the winder (2.3) of its own turning movement, thanks to the action of a motor-reducer or actuator similar swivel (2.5).

There are other similar systems that help unwinding the coil (2.1), how to support it on two cylinders, being at least one of them, driving.

To control the unwind speed of the coil (2.1), and that this is accompanied by the speed of the car drag (3.4), the tissue (2.2) is passed through a set of fixed rollers (2.6), integral to the winder (1.5) and rollers mobile (2.8) integral to a swing arm (2.7). Said arm it carries at one of its ends a counterweight (2.24), it swings around an axis (2.29) integral to the winder (1.5), and its movement is detected by a limit switch (2.9) or detector similar that controls when the arm is raised and when not.

The tissue (2.2) is directed transversely thanks to situation stops (2.23) placed on the rollers fixed (2.6) and on the rollers of the swing arm (2.8).

By the arrangement of the fabric (2.2) by the fixed (2.6) and mobile (2.8) rollers, when the drag carriage (3.4) begins to move, the tissue (2.2) and the arm are tensioned rocker (2.7) gets up. Then, the detector (2.9) manifests the position of the arm, and the motor-reducer or winder actuator (2.5) rotates the shaft (2.3) by dragging on its movement to the coil (2.1) and helping to unwind the fabric (2.2).

If the tangential velocity of the tissue unwind (2.2) is higher than the speed of the drag car (3.4), the fabric (2.2) is stretched and the swing arm (2.7) lowers Until your resting situation. Then, the detector (2.9) locate, and the movement of the motor-reducer or actuator (2.5) of the shaft winder (2.3).

The winding has different solutions, since could have a rotary actuator on the shaft controlled by a speed regulator, which considering the speed of drag of the clamps (3.1) and the diameter of the coil (2.1), are synchronize by changing the angular velocity of the axis (2.3).

As the fabric (2.2) is stretched on the bench (3.23), this should be kept taut and homogeneous, without wrinkles. For this has tension rollers (2.10), fitted in some supports (2.11) that offer a slight resistance to the advance of the fabric (2.2).

It happens that often the coil (2.1) of tissue does not it is homogeneous, being able to have the tissue (2.2) as it is removed, transverse displacements

These displacements are very negative in the functionality of the machine, so it is necessary to correct them. For this, the system is equipped with a detector (2.14) of the movement transverse tissue, which warns of these anomalies. When produce the coupled actuator (2.15) is started in the fixed structure of the winder (2.26). This one turns the pinion (2.16) which is coupled, which meshes with a zipper (2.17) coupled to the mobile structure of the winder.

This transverse displacement could also be made using a linear actuator (2.15) of any kind, that by correcting the detector signals (2.14) correct the position from the mobile structure (2.25) of the winder to a state of Balance.

Therefore, the mobile structure of the winder (2.25), carrier of the tissue reel (2.1) can move transversely, correcting these possible errors.

To facilitate this transverse movement, the mobile structure of the winder (2.25) has skates attached (2.13) that slide on guides (2.12) in solidarity with the fixed structure of the winder (2.26).

When all the necessary tissue (2.2) is already extended on the glazed bench (2.23), the cutting mechanism This consists of a profile (2.18) that performs a horizontal movement by means of a cylinder or actuator (2.19) and another vertical by action of another cylinder or actuator (2.20). With it get the tissue imprisoned (2.2) as close as possible to the cutting line, so that it does not move.

Then the cutting actuator starts up (2.21), which has a blade (2.22) responsible for dissecting transversely the tissue.

When the operation is over, thanks to the detection performed by the blade sensor (2.30), the cylinders or actuators of the cutting profile (2.19 and 2.20) return to their position original, allowing the fabric (2.2) of the coil (2.1) to protrude a few centimeters with respect to the profile (2.18), so that the clamps (3.1) drag can catch it in the next cycle.

Another module independent from the chassis (1.1), which deserves a detailed study, is the terminal car (1.4).

Said car (1.4) is in charge of housing the terminal tank (4.2), welding in the terminal area and the adaptation of the machine to different transversal measures of the tissue.

To adapt the mechanism to different transverse dimensions of the fabric (2.2), said carriage (1.4) it travels transversely on the terminal legs (1.3).

These legs (1.3) are removable with respect to to the chassis (1.1), and are fixed to it by plates (3.27) and screws Although they should not necessarily be so, since could be projectable with respect to the chassis (1.1), forming part of it, or be part of an independent structure. In In any case, the circumstance should be given that the operator has easy access to the welding zone of the terminal, to solve Any small problem during the production process.

Said legs (1.3) are provided with a adjustment at its point of support to the ground, to level them before any alteration of it, like the rest of the machine.

They have a guide rail to address the carriage movement (1.4), while carriage (1.4), in turn, It has some support pulleys (4.20) with the appropriate shape for your own control

The terminal legs (1.3) also have Toothed rack (4.5) attached, on which the pulleys engage teeth (4.6) of the terminal carriage (1.4), which rotate manually by the action of a steering wheel.

At the end of said zippers (4.5) and guides of which the legs are equipped (1.3), there is a stop (4.21) which prevents the car (1.4) from exceeding its limit and can cause some accident

To control such displacement, it is provided with one of the legs (1.3) of a fixed measuring tape (4.8) and to the carriage terminal (1.4), of a position pointer (4.7), which will indicate in every moment the width of the fabric (2.2).

The terminal car (1.4) has inside an accommodation directed to the terminal store (4.2). Said warehouse (4.2) sits on support rollers (4.3) manufactured or coated with some material that does not damage the surface of the terminals (6.12). Laterally, the terminal store (4.2) is directed by the position rollers (4.4), also of a material suitable to avoid deterioration of the terminals (6.12). Must take into account that the terminals (6.12) stored in this deposit, they have already incorporated the terminal rubber (6.9), whose function we will explain below, which affects the measure to the which position rollers (4.4) will be placed, which are adjustable in position along a collision hole or system Similary.

During the production process, the operator you must place a tube (6.2) with rubber (6.6), on the supports of welding the tube (5.21), leaving the fin (6.8) of the rubber tube (6.6) on the lower fixed resistance (4.25). However the terminal (6.12) does not require manual action, since the machine automatically collects terminals (6.12) with rubber (6.9) from your warehouse (4.2) by the action of a clamp (4.9). This hooks the terminal (6.12) through a slot (6.14), which in the final product will be accessory housing, and places it in the welding support of the terminal (4.17).

The opening and closing of the clamp (4.9) occurs by the action of a cylinder or actuator (4.10.) However, during the route of the terminal (6.12) from its warehouse or warehouse (4.2) until its welding support (4.17) other systems are started more sophisticated

The clamp actuator (4.10) is integral with another vertical actuator (4.11), which moves it vertically.

Said vertical actuator (4.11) is subject to a support or translational structure (4.12), which moves horizontally, by the action of another cylinder or actuator horizontal (4.13). These movements can be the result of any type of electromechanical actuator that obtains the same result.

Due to the length of the support or structure translation (4.12), it is necessary to control that its movement horizontal is homogeneous and does not twist, which could be caused by fault. For this, it has been provided with at least two pulleys crazy teeth (4.15), joined together by the same axis (4.1), which mesh on zippers (4.14) in solidarity with the terminal car (1.4). In this way, the horizontal advance of the translational support (4.12) will be homogeneous.

When the clamp (4.9) has deposited a terminal (6.12) on its welding support (4.17), the vertical actuator (4.11) continues to push it down. This is necessary, since there should be no displacement of the terminal (6.12) during the welding process, to avoid defective products. But this action means that the translational support (4.12) tends to rise and therefore, that the toothed pulleys (4.15) that it has incorporated stop engaging with the zippers (4.14), unbalancing the entire system.
ma.

To avoid this, the horizontal translational support (4.12) circulates through a guide (4.16) that prevents any displacement vertical of it.

The welding process, as we have indicated Previously, it occurs with heating elements synthetic, that when cooled, are solidary. In this way, the fabric (6.15) and rubber, both the terminal (6.9) and the tube (6.6), must be or be covered by compatible elements to this end, remaining, after welding, adhered. The process of welding of the tissue (6.15) in the rubber of the terminal (6.9) and the tube (6.6) is similar, although their form may change.

To make the necessary heat input to welding, an electric current is passed through a resistance (4.25). This resistance is supported on a support flexible (4.24), which in turn is embedded in a rigid profile (4.23), which maintains its shape. The resistance is protected for avoid electrical contacts by a non-stick and insulating material (4.26). The resistors include, in one piece, all the necessary length for the welding zone, not having subdivisions or dead zones.

The contact area between the rubber (6.6 and 6.9) and tissue (6.15) is in the middle of two resistors (4.25): one bottom fixed to the chassis, and another mobile top. The profile of welding (4.23) of the mobile upper resistance, moves vertically by the action of some actuators (4.27). Sayings actuators are attached to the chassis (1.1) and to the terminal car (1.4), by plates (4.28) or support structure. The moment flector that supports this structure is very high, so it must help yourself with posters (4.22) that increase their rigidity.

The resistance (4.25) is maintained at constant determined temperature, and when the process starts welding, raises its temperature to a certain value. He welding actuator (4.27) presses the resistors together, with fabric (6.15) and rubber (6.6 and 6.9) between them, for a while determined. After this period, it returns to its initial state, and the resistance (4.25) returns to its maintenance temperature.

After welding, proceed to tissue wrapping (6.15). For the terminal (6.12) abandon your welding support (4.17), it is helped by an actuator elevation (4.18), which by means of a support (4.19), moves the terminal (6.12) to the gap between the two resistors (4.25).

Since the manufacturing process must be fluid, the machine has tanks (5.23) for the storage of tubes (6.2) as well as finished products (6.1).

To wind the final product (6.1), we must introduce the tube (6.2) of the product into the toes of winding (5.12 and 5.19). The tube (6.2) of any product you must have an accommodation or projection inside (6.3) so that before a turning effort, it engages and turns.

Rigid profiles must also have rubber housings (6.4 and 6.13), both in the tube (6.2) and in the terminal (6.12), so that the rigid base of the rubber (6.7 and 6.10) stay inside it forming a set. Tissue only It will be attached to the flexible part of both tires (6.8 and 6.11).

The winding system is equipped with two toes, one motor (5.12) and another crazy (5.19), with a diameter similar to the inside diameter of the tube (6.5).

The axis of the driving toe (5.11) carries a housing {5.14) so that the toes (5.12) are interchangeable, and different types of tube can be used (6.2). All the driving tips (5.12) have a key (5.13) that provides the necessary winding rotation to the tube (6.2).

Said shaft (5.11) has a pinion (5.7) attached attached to a belt or chain (5.6) that provides the turn. The belt or chain (5.6), is in turn, attached to a traction plate (5.5) that rotates by the effect of a motor-reducer (5.4) or similar actuator, which drives the entire turning system to the curl

Instead of a belt or chain (5.6), it could having used a gear system, or a connected actuator directly on the drive shaft (5.11), leaving the corresponding Space for your location.

The axis of the crazy toe (5.15) has about removable stops (5.16) that go inside a hole coliso (5.18) available to the body (5.17) of the crazy toe (5.19). Between the body of the crazy toe (5.17) and the shaft (5.15), a spring or any elastic element (5.22) that allows a longitudinal displacement between them. This displacement is necessary to be able to introduce and remove the tube (6.2) from winding toes (5.12 and 5.19).

The crazy toe (5.19) goes in solidarity with the body (5.17) of it, so when you want to use different tubes (6.2), it is enough to change said body assembly (5.17) and toe (5.19). However, if the diameter difference (6.5) and shape of the tubes is not very pronounced, it is not necessary change said set, since the crazy toe can be provided (5.19) of different diameters (5.20) so that the system work

Both winding, drive (5.11) and insane axes (5.15), are attached to the situation plates by means of bearings (5.10).

The separation of the tube (6.2) from the zone of welding and support (5.21) thereof is necessary prior to curl, since during the same, the diameter of the set (6.1) will increase as fabric is wound.

To move the entire system, you have at minus two cylinders or longitudinal actuators (5.1), which push the support arm (5.8) of each toe. Said support arm carries attached the situation plates (5.9), which hold the bearings (5.10) that hold the axes (5.11 and 5.15). The situation plates (5.9) carry collision holes or similar adjustable system for place the toes (5.12 and 5.19) in the most appropriate place for the mechanism functionality.

To avoid bending moments on the actuator up (5.1), the movement is aided by sliders (5.2) circulating within adjusted guides (5.3).

The machine has an electrical panel (1.6) with the necessary protections of electric actuators, where the execution cycle is controlled, turned on and off of the machine, safety elements and light signals to indicate the machine status Regarding security measures, it should be highlight some implicit features in the system.

The resistances (4.25), as we have said, go wrapped with an electrical insulator (4.26), which avoids possible electrical contacts, like all electrical elements of the installation, which are hidden and respect the safety standards in force

On the other hand, the maintenance temperature of the resistors (4.25) is low enough to avoid Burns.

However, during the welding process, two risks appear: the resistances (4.25) raise their temperature up to a dangerous value while welding actuators (4.27) close the welding zone, between the two resistors (4.25), with the consequent risk of entrapment. However the problem is solved by placing two keypads (1.8), sufficiently separated from the risk zone, so that during this process The operator is obliged to keep his hands on them.

All other moving parts are protected with grilles and barriers so that during their movement, they are inaccessible to the operator.

The explanation given in no case has character restrictive, and should be understood as applicable in accordance with the characteristics of profiles, metal frames and others accessories to use, without any limitation.

Claims (123)

1. Tissue processing machine for carpentry-oriented products, to join a textile and / or plastic sheet to an axis or tube that can roll and unwind it to extend or collect said sheet, characterized in that it comprises a machine that has: - a chassis (1.1) - a winder (1.5) - a tissue cutting actuator - a tissue dragging device - a terminal car (1.4) - a fabric winding device. 2. Tissue processing machine for carpentry-oriented products, according to claim 1, characterized in that the terminal carriage (1.4) has a width regulating device capable of regulating to a measure coinciding with that corresponding to the coil (2.1) , by transferring said terminal carriage (1.4) according to the base (3.26) more convenient. 3. Tissue processing machine for carpentry-oriented products, according to claims 1 and 2, characterized in that it is modular. 4. Fabric processing machine for carpentry-oriented products, according to any one of claims 1 to 3, characterized in that the chassis (1.1) is stiffened by means of cartels (1.7). 5. Tissue processing machine for carpentry-oriented products, according to claims 1 and 3 to 4, characterized in that the chassis (1.1) has legs with independent height adjustment fasteners (1.2) on each of the legs. 6. Tissue processing machine for carpentry-oriented products, according to claims 1, 4 and 5, characterized in that the chassis (1.1) acts as a bed on which the tissue to be handled is deposited. 7. Tissue processing machine for carpentry-oriented products, according to claims 1 to 5 and 6, characterized in that the bed is provided with a semi-transparent glass or similar sheet (3.23), and has luminaires under the sheet (3.24) , which illuminate the tissue from the bottom. 8. Tissue processing machine for carpentry-oriented products, according to claim 1, characterized in that the fabric drag system is formed by: A drag car (3.4) composed of: - drag clamps (3.1) - at least one drag clamp plate (3.3) per actuator - at least one projection clamp (3.20) equipped with a clamp (3.22) - a position plate (3.21) - at least one base or arm of the clamp drag equipped with a linear actuator. 9. Tissue processing machine for carpentry-oriented products, according to claims 1 and 8, characterized in that the fabric drag system is installed on the chassis (1.1), whose drag takes place on the glass (3.23) of the bed . 10. Tissue processing machine for carpentry-oriented products, according to claims 1 and 8 to 9, characterized in that the drag system has drag clamps (3.1) that incorporate a linear cylinder or actuator (3.2). 11. Tissue processing machine for carpentry-oriented products according to claim 1 and 10, characterized in that the actuator (3.2) moves a plate (3.3), which locks the fabric (2.2) between it (3.3) and the interior of the clamp itself (3.1). 12. Tissue processing machine for carpentry-oriented products according to claim 1, 8 and some of claims 9 to 11, characterized in that the clamp (3.1) and the plate (3.3) have an adherent coating of synthetic material, rubber or grooved surface. 13. Tissue processing machine for carpentry-oriented products according to claim 1, 8 and any of claims 9 to 12, characterized in that the actuators of the clamps (3.2) are fed by means of a hose or spiral tube ( 3.17) wrapped around a longitudinal tensioner (3.16), which holds the tube (3.17) horizontally. 14. Tissue processing machine for carpentry-oriented products, according to claim 1, 8 and any of claims 9 to 13, characterized in that the actuator feed consists of a guide that carries carriages or bearings that support Turn the hose. 15. Tissue processing machine for carpentry-oriented products, according to claim 1, 8 and some from 9 to 14, characterized in that the clamps (3.1) are attached to the drag carriage (3.4), or support structure that cross transversely to the machine. 16. Tissue processing machine for carpentry-oriented products, according to claim 1, 8, and some from 9 to 15, characterized in that at least one of the clamps (3.1) is fixed with respect to its transverse movement. 17. Tissue processing machine for carpentry-oriented products, according to claim 1, 8, and some claim from 9 to 16, characterized in that the clamp located on the side of the terminal is projectable (3.20). 18. Tissue processing machine for carpentry-oriented products, according to claim 1, 2 and any of 8 to 17, characterized in that the drag carriage (3.4) is provided with a position plate (3.21), consisting of on a surface with multiple threads (3.28) evenly distributed in length. 19. Tissue processing machine for carpentry-oriented products, according to any claim 1, 2, and 8 to 17, and 18, characterized in that the projectable clamp (3.20) in turn has holes (3.22) or housings that the threads (3.28) of the position plate (3.21) are matched to place said clamp (3.20) in the most recommended width for the correct operation of the system.
ma. 20. Fabric processing machine for carpentry-oriented products, according to any claim 1, 2 and 8 to 17, characterized in that the projection of this clamp (3.20) is carried out by means of a bar that holds the projectable clamp (3.20) and fits in a housing in the drag carriage (3.4), the clamp being fixed (3.20) to the width determined by means of a screw or prisoner. 21. Tissue processing machine for carpentry-oriented products, according to any one of claims 1 to 19, characterized in that the projection clamp (3.20) is attached to the drag carriage (3.4) by means of an interchangeable base, adapted to different widths. 22. Fabric processing machine for carpentry-oriented products, according to any claim from 1 to 21, characterized in that the bench (3.26) is also projectable. 23. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 22, characterized in that the bed has a removable base (3.26) adapted to the width of the fabric reel (2.1) with which one works. 24. Fabric processing machine for carpentry-oriented products, according to any one of claims 1 to 22, and 23, characterized in that the base (3.26) is mounted on supports (3.25) integral with both the chassis (1.1) and the carriage of terminal (1.4). 25. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 21 and 22 to 24, characterized in that the bench (3.26) is projectable by a rolled semi-rigid sheet. 26. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 21 and 22 to 24, characterized in that the projectable bench is composed of articulated plates, so that only those necessary are arranged in a horizontal position to fulfill the concrete work in width. 27. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 22, characterized in that only crossbars that facilitate the transverse movement of the terminal (6.12) can be adjusted during the winding process. 28. Tissue processing machine for carpentry-oriented products, according to claim 1, 8 and some of the 9 to 27, characterized in that the drag tongs (3.1) circulate above the semi-transparent glass or sheet (3.23). 29. Tissue processing machine for carpentry-oriented products, according to claim 1, 28 and any of 8 to 27, characterized in that the clamps (3.1) are provided with support bearings (3.19). 30. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 28, and 29, characterized in that the support bearings (3.19) serve as separator and safety guard between the clamp (3.1 ), usually of metallic material and glass (3.23). 31. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 28 and 29 to 30, characterized in that the support bearings (3.19) have a support function and vertical positioning of the clamps (3.1) . 32. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 31, characterized in that the clamps (3.1) are provided with a guide tab (3.18) for the entrance of the fabric (2.2) into its interior. 33. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 32, characterized in that the drag carriage (3.4) travels longitudinally with respect to the chassis (1.1) for being integral with the movement of the minus a belt or chain (3.6). 34. Tissue processing machine for carpentry-oriented products, according to claim 1, 33 and any of 2 to 32, characterized in that the drag carriage (3.4) has flanges (3.5) that are attached to the belt or chain (3.6). 35. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 34, characterized in that it has belts or chains (3.6) that are, in turn, at its ends by two pulleys, a motor (3.30) and another crazy (3.7). 36. Tissue processing machine for carpentry-oriented products, according to claim 35 and some claim from 1 to 34, characterized in that the same axis (3.10) holds all the idle pulleys (3.7), while another (3.31) joins the driving pulleys (3.30), so that they have the same angular velocity, and the whole system moves in a homogeneous way. 37. Tissue processing machine for carpentry-oriented products, according to claim 35, 36 and some claim from 1 to 34, characterized in that the axis of the idle pulleys (3.10) has a tensioner (3.8). 38. Tissue processing machine for carpentry-oriented products, according to claim 36, 37 and some claim from 1 to 35, characterized in that the axis of the driving pulleys (3.31) is attached to a motor-reducer or rotary actuator (3.9) that instills movement. 39. Fabric processing machine for carpentry-oriented products, according to any claim from 1 to 38, characterized in that the two axes (3.10), (3.31) are attached to the chassis (1.1) by means of bearing supports (3.11) or anti-friction system. 40. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 34, characterized in that it has a linear linear actuator to the machine. 41. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 40, characterized in that the movement of the carriage (3.4) is rectilinear, and for this purpose it has a set of skates (3.13) slide on a guide (3.12) integral to the chassis (1.1). 42. Tissue processing machine for carpentry-oriented products, according to claims 35 to 41 and one of 1 to 34, characterized in that the whole set of pulleys (3.7 and 3.30), belts or chains (3.6) and skates (3.13 and 3.12) is located under the glazed base (3.23) of the chassis (1.1), leaving on it the clamps (3.1) and the drag carriage (3.4). 43. Tissue processing machine for carpentry-oriented products, according to claim 8 and any of the preceding claims, characterized in that the drag carriage (3.4) has at least two shaped sheets (3.15) which pass through some grooves of the bench (3.14), and that unite all the drag system that is on the bench, with the one underneath. 44. Tissue processing machine for carpentry-oriented products, according to claim 1, 3 and any of the preceding claims, characterized in that the winding of the fabric (2.2) of the coils (2.1), has a motorized winding machine. 45. Tissue processing machine for carpentry-oriented products, according to claim 1, 3, 44, and any of the preceding claims, characterized in that the winder (1.5) is a chassis independent system (1.1), which is synchronized with the electromechanical elements of it. 46. Tissue processing machine for carpentry-oriented products, according to claim 1, 3, 44, 45, and any of the preceding claims, characterized in that the winder (1.5) is fixed to the chassis by joining plates (2.27) attached by screws (2.28). 47. Tissue processing machine for carpentry-oriented products according to claim 1, 3, 44 to 46 and any of the preceding claims, characterized in that the winder (1.5) is attached to the chassis (1.1). 48. Machine according to claim 1, 3, 44 to 47 and any of the preceding claims, characterized in that the winder is arranged in a separate module. 49. Tissue processing machine for carpentry-oriented products, according to claim 2, 23 and one of the preceding claims, characterized in that the fabric reel (2.1) is arranged on an axis (2.3) around which it rotates. 50. Tissue processing machine for carpentry-oriented products, according to claims 1 to 3, 44 to 48 or any of the preceding claims, characterized in that the winder has a coil positioner consisting of situation plates (2.4). 51. Tissue processing machine for carpentry-oriented products, according to claims 1 to 3, 44 to 48, 50 and some of the preceding claims, characterized in that the plates (2.4) move along the axis of the winder (2.3 ) and are fixed to it by means of prisoners, screws or anchoring system, leaving the coil (2.1) fixed between them. 52. Tissue processing machine for carpentry-oriented products, according to claim 2, 23, 44 and any of claims 1 to 51, characterized in that the coil (2.1) is unwound supporting it on two cylinders, at least one of them being , motor. 53. Tissue processing machine for carpentry-oriented products, according to claim 2, 23, 44, 51, 52, and some claim from 1 to 50, characterized in that the speed control of
The winding of the coil (2.1) and the adjustment of the coil with the speed of the drag carriage (3.4) is carried out by passing the fabric (2.2) through a set of fixed rollers (2.6), integral with the winder (1.5) and mobile rollers ( 2.8) solidarity with a swing arm (2.7). 54. Tissue processing machine for carpentry-oriented products, according to claim 53 and one from 1 to 52, characterized in that the arm (2.7) carries at one of its ends a counterweight (2.24) and oscillates around a shaft (2.29) integral to the winder (1.5). 55. Tissue processing machine for carpentry-oriented products, according to claim 53, 54, and one from 1 to 52, characterized in that it has a detector or limit switch (2.9) of the movement and position of the swing or swing of the swing arm (2.7). 56. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 55, characterized in that the fabric (2.2) is directed transversely thanks to position stops (2.23) placed on the fixed rollers (2.6 ) and on the oscillating arm rollers (2.8). 57. Tissue processing machine for carpentry-oriented products, according to claim 53 and some claim from 1 to 56, characterized by the fact that by the arrangement of the fabric (2.2) by the fixed (2.6) and mobile rollers (2.8), when the drag carriage (3.4) begins to move, the fabric (2.2) is tensioned and the swing arm (2.7) moves. 58. Tissue processing machine for carpentry-oriented products, according to claim 58 and some claim from 1 to 57, characterized in that when the rocker arm (2.7) moves, the detector (2.9) manifests the rocking position of the arm, and the motor-reducer or actuator of the winder (2.5) rotates the shaft (2.3) by dragging in its tissue unwinding movement (2.2) to the coil (2.1). 59. Tissue processing machine for carpentry-oriented products, according to claim 55 and some claim from 1 to 58, characterized in that the detector (2.9) has means for identifying a tissue strain (2.2) and for stopping movement of the motor-reducer or actuator (2.5) of the winder shaft (2.3), returning the swing arm (2.7) to the rest position. 60. Tissue processing machine for carpentry-oriented products according to claim 1, 8 to 9, 44 to 48, 50 to 51, 53 to 54, and 58 to 59, characterized in that the winder (1.5) has an actuator of rotation on the shaft (2.3) controlled by a speed regulator, which taking into account the drag speed of the clamps (3.1) and the diameter of the coil (2.1), is synchronized by changing the angular speed of the shaft (2.3). 61. Tissue processing machine for carpentry-oriented products, according to claim 1, 59 and any of claims 2 to 58 and 60, characterized in that, the tension of the fabric (2.2) on the bench (3.23) is maintained through of the arrangement of tension rollers (2.10), embedded in supports (2.11) that offer a slight resistance to the advance of the fabric (2.2). 62. Tissue processing machine for carpentry-oriented products according to claim 1, 44 to 60 and one of the preceding claims, characterized in that the winder (1.5) is provided with a detector (2.14) of the transverse movement of the fabric. 63. Tissue processing machine for carpentry-oriented products, according to claim 62 and some claim from 1 to 61, characterized in that when transverse tissue displacement is detected, a transverse actuator (2.15) engaged in the fixed structure of the winder (2.26) that displaces the coil (2.1) and its support (2.25). 64. Tissue processing machine for carpentry-oriented products, according to claim 63 and any of claims 1 to 62, characterized in that the transverse actuator (2.15) rotates the pinion (2.16) which is coupled, which engages in turn with a zipper (2.17) coupled to the mobile structure of the winder. 65. Tissue processing machine for carpentry-oriented products, according to claim according to claims 62 to 64 and any of claims 1 to 61, characterized in that the transverse displacement is carried out by means of a linear actuator (2.15) that by means of the signals of the detector (2.14) corrects the position of the mobile structure (2.2b) of the winder to an equilibrium state. 66. Tissue processing machine for carpentry-oriented products, according to claim 62 to 65 and any of claims 1 to 61, characterized in that the mobile structure of the winder (2.25) is fitted with sliding skates (2.13) on guides (2.12) in solidarity with the fixed structure of the winder (2.26). 67. Tissue processing machine for carpentry-oriented products, according to any one of claims 1 to 66, characterized in that when all the necessary fabric (2.2) is already extended on the glazed bench (2.23), the mechanism is started cutting 68. Tissue processing machine for carpentry-oriented products, according to claim 1, 67 and any of claims 2 to 66, characterized in that the cutting mechanism consists of two profiles (2.18) that performs a horizontal movement by means of a cylinder or actuator (2.19) and another vertical by the action of another cylinder or actuator (2.20) between which the tissue is imprisoned and immobilized in the portion of the tissue close to the cutting line. 69. Tissue processing machine for carpentry-oriented products, according to claim 68, and any of claims 1 to 67, characterized in that the cutting actuator (2.21), which has a blade (2.22), dissects transversely the tissue acting on the immobilized tissue. 70. Tissue processing machine for carpentry-oriented products according to claim 68, 69 and one of claims 1 to 67, characterized in that the cutting actuator (2.21) has a knife sensor (2.30) that detects the cut on the fabric, which determines the return to the original position of the cylinders or actuators of the cutting profile (2.19) such that the fabric (2.2) of the coil (2.1) protrudes a few centimeters with respect to the profile (2.18) corresponding to the portion on which the clamps act (3.1). 71. Tissue processing machine for carpentry-oriented products, according to claim 1, 2, 24 and any of the preceding claims, characterized in that the terminal carriage and the tube has an accessible welding zone consisting of - a welding actuator (4.27) - a welding support plate (4.28) - a welding profile (4.23) - a resistor (4.25) - a flexible resistance support (4.24) - a resistance insulator (4.26) - a support (4.17), (5.21) available only in the terminal car - a terminal lift actuator (4.18) - a terminal lifting support (4.19). 72. Tissue processing machine for carpentry-oriented products according to claim 71 and one of the preceding claims, characterized in that the terminal carriage (1.4) houses the terminal tank (4.2), the welding zone of the terminal and the mechanisms for adapting the machine to different transverse measurements of the fabric. 73. Tissue processing machine for carpentry-oriented products, according to claim 1 and any of the preceding claims, characterized in that it has removable legs (1.3) with respect to the chassis (1.1), and are fixed thereto by plates (3.27 ) and screws. 74. Tissue processing machine for carpentry-oriented products according to claim 1, 73 and any of the preceding claims, characterized in that the legs (1.3) are projectable with respect to the chassis (1.1), forming part of it. 75. Tissue processing machine for carpentry-oriented products, according to claim 1, 73 and 74, characterized in that the legs (1.3) are part of an independent structure. 76. Tissue processing machine for carpentry-oriented products, according to claim 1, 73 to 75 and one of the preceding claims, characterized in that the terminal legs (1.3) have a rail guide as a direction of carriage movement (1.4) , while the car (1.4), in turn, has support pulleys (4.20). 77. Tissue processing machine for carpentry-oriented products, according to claim 1, and 73 to 76, characterized in that the terminal legs (1.3) have a toothed rack (4.5) attached, on which the toothed pulleys (4.6) ) of the terminal carriage (1.4), which rotate manually by the action of a steering wheel. 78. Tissue processing machine for carpentry-oriented products, according to claim 1, and 71 to 77, characterized in that at the end of said zippers (4.5) and guides of which the legs (1.3) are provided, a stop (4.21) limiting the movement of the car (1.4). 79. Tissue processing machine for carpentry-oriented products, according to claim 1, 71 to 79 and one of 2 to 70, characterized in that the carriage movement control is carried out by being equipped with one of the legs (1.3) of a tape measure (4.8); and to the terminal carriage (1.4), of a position pointer (4.7), which indicates at each moment the width of the fabric (2.2). 80. Tissue processing machine for carpentry-oriented products, according to claim 1, 71 to 79 and one of 2 to 70, characterized in that the terminal carriage (1.4) has a housing inside a storage warehouse terminal (4.2). 81. Tissue processing machine for carpentry-oriented products according to claim 1, 71 to 79 and one of 2 to 70, characterized in that the warehouse (4.2) sits on support rollers (4.3) manufactured or coated with some soft material with respect to the surface of the terminals
(6.12). 82. Tissue processing machine for carpentry-oriented products according to claim 1, 71 to 80 and one of 2 to 70, characterized in that the terminal store (4.2) is directed by the position rollers (4.4), adjustable that are of a soft material with respect to the surface of the terminals (6.12). 83. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 82, characterized in that the machine automatically collects terminals (6.12) with rubber (6.9) from its warehouse (4.2) by action of a clamp (4.9) and deposits them on the welding support (4.17). 84. Tissue processing machine for carpentry-oriented products according to claim 1, 71 to 83 and one of the preceding claims, characterized in that the clamp (4.9) engages the terminal (6.12) through a groove (6.14), which in the final product will be the object of accommodation of accessories, and places it in the support of the terminal welding (4.17). 85. Tissue processing machine for carpentry-oriented products, according to claim 1, 71 to 84 and one of the preceding claims, characterized in that the opening and closing of the clamp (4.9) is produced by the action of a cylinder or actuator (4.10). 86. Tissue processing machine for carpentry-oriented products, according to claim 1, 71 to 85 and one of the preceding claims, characterized in that the clamp actuator (4.10) is integral with another vertical actuator (4.11). 87. Tissue processing machine for carpentry-oriented products according to claim 1, 71 to 86 and one of the preceding claims, characterized in that said vertical actuator (4.11) is subject to a support or translational structure (4.12), which is horizontally, by the action of another cylinder or horizontal actuator (4.13). 88. Tissue processing machine for carpentry-oriented products, according to claim 1 to 87, characterized in that it has a horizontal translational support 4.12, is provided with at least two idle pulleys (4.15), joined together by the same axis ( 4.1), which engage on zippers (4.14) in solidarity with the terminal car (1.4). 89. Tissue processing machine for carpentry-oriented products, according to any of claims 1 to 88, characterized in that when the clamp (4.9) has deposited a terminal (6.12) on its welding support (4.17), the Vertical actuator (4.11) continues to press it during the welding process. 90. Tissue processing machine for carpentry-oriented products, according to claim 1 to 89, characterized in that the horizontal translational support (4.12) circulates through a guide (4.16). 91. Tissue processing machine for carpentry-oriented products, according to claim 1, 71 and one of the preceding claims, characterized in that the resistance (4.25) is supported on a flexible support (4.24), which in turn is embedded in a rigid profile (4.23), which maintains its shape. 92. Tissue processing machine for carpentry-oriented products, according to claim 1, 71 and one of the preceding claims, characterized in that the resistance is protected by a non-stick and insulating material (4.26). 93. Tissue processing machine for carpentry-oriented products, according to claim 1, 71, 91, 92 and any of the preceding claims, characterized in that the resistances cover, in one piece, the entire length necessary for the area of welding. 94. Tissue processing machine for carpentry-oriented products, according to claim 1, 71 and 91 to 93, characterized in that the contact area between the rubber (6.6 and 6.9) and fabric (6.15) is in the middle of two resistances ( 4.25): A lower fixed to the chassis, and a mobile upper. 95. Tissue processing machine for carpentry-oriented products, according to claims 1, 71 and 91 to 94, characterized in that the welding profile (4.23) of the mobile upper resistance, moves vertically by the action of actuators (4.27 ). 96. Tissue processing machine for carpentry-oriented products according to claim 1, 95 and any of the preceding claims, characterized in that the actuators (4.27) are attached to the chassis (1.1) and to the terminal carriage (1.4), by plates (4.28) or support structure. 97. Tissue processing machine for carpentry-oriented products, according to claim 1, 2, 24, 71, 72, 77, 79, 80, 88 and some of the foregoing, characterized in that the terminal carriage 1.4 and the area of Pipe welding are reinforced by cartels (4.22). 98. Tissue processing machine for carpentry-oriented products, according to claim 1, 27, 81, 82, 84, and some of the foregoing, characterized in that the welding terminal (6.12) is raised by a lifting actuator (4.18 ), which by means of a support (4.19), moves the said terminal (6.12) to the gap between the two resistors (4.25). 99. Tissue processing machine for carpentry-oriented products, according to one of the preceding claims, characterized in that the machine has tanks (5.23) for the storage of tubes (6.2) as well as finished products (6.1). 100. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 99, characterized in that it has a winding system equipped with two toes, a drive (5.12) and a crazy one (5.19), with a diameter similar to the inside diameter of the tube (6.5). 101. Tissue processing machine for carpentry-oriented products, according to any one of claims 1 to 100, characterized in that the winding of the final product is carried out by introducing the tube (6.2) of the product into the winding tips (5.12 and 5.19 ). 102. Tissue processing machine-for carpentry-oriented products, according to claims 100 and 101 and one of claims 1 to 100, characterized in that the axis of the motor toe (5.11) has a housing (5.14) with toes (5.12) interchangeable that can be used in different types of tube (6.2). 103. Tissue processing machine for carpentry-oriented products, according to claim 100 to 102 and one of 1 to 99, characterized in that all the driving ends (5.12) have a key (5.13) that meshes with the housing of which the tube (6.3) is provided, which provides the necessary winding rotation to the tube (6.2). 104. Tissue processing machine for carpentry-oriented products, according to claim 102 and one from 1 to 103, characterized in that the winding shaft (5.11) has a pinion (5.7) attached to a belt or chain (5.6) ) that gives you the turn. 105. Tissue processing machine for carpentry-oriented products, according to claim 1 and one from 1 to 103, characterized in that the belt or chain (5.6), in turn, is attached to a traction plate (5.5) which rotates by the effect of a motor-reducer (5.4), which drives the entire rotation system for winding. 106. Tissue processing machine for carpentry-oriented products, according to any claim from 1 to 105, characterized in that it has a gear system, one integral to the motor shaft and another integral to the reduction motor or rotary actuator. 107. Tissue processing machine for carpentry-oriented products, according to one of the preceding claims, characterized in that it has an actuator connected directly on the drive shaft (5.11). 108. Fabric processing machine for carpentry-oriented products, according to claim 100, 103 and any of the preceding, characterized in that the axis of the crazy toe (5.15) has removable stops (5.16) that go inside of a colossal hole (5.18) that the body (5.17) has of the crazy toe (5.19). 109. Tissue processing machine for carpentry-oriented products, according to claim 100 to 108 and any of the preceding, characterized in that a spring or any other is placed between the body of the crazy toe {5.17) and the shaft (5.15). elastic element (5.22) of longitudinal displacement between the two. 110. Tissue processing machine for carpentry-oriented products, according to claim 100 to 109 and one of the preceding, characterized in that the crazy toe (5.19) is integral with the body {5.17) thereof, and is replaceable in the whole of body (5.17) and toe (5, 19) by another of different size. 111. Tissue processing machine for carpentry-oriented products, according to claim 100 to 110 and one of the preceding, characterized in that the crazy toe (5.19) has a configuration in different diameters (5.20) to adapt to different tube diameters . 112. Tissue processing machine for carpentry-oriented products, according to claim 100 to 111 and one of the above, characterized in that both winding, driving (5.11) and insane (5.15) axes are connected to the location plates by bearing medium (5.10). 113. Tissue processing machine for carpentry-oriented products, according to claim 100 to 112 and any of the above, characterized in that the winding system has at least two cylinders or longitudinal actuators (5.1), which push the support arm ( 5.8) of each toe. 114. Tissue processing machine for carpentry-oriented products according to claim 113 and one of the preceding claims, characterized in that the support arm (5.8) is fitted with the location plates (5.9), which hold the bearings (5.10) which hold the axes (5.11 and 5.15). 115. Tissue processing machine for carpentry-oriented products, according to claim 112 to 114 and one of claims 1 to 111, characterized in that the location plates (5.9) have collision holes corresponding to the support arm (5.8) and to the toes (5.12 and 5.19). 116. Tissue processing machine for carpentry-oriented products, according to some claim from 1 to 115, characterized in that the movement is aided by sliders (5.2) that circulate within adjusted guides (5.3). 117. Method of application of the processing machine, according to any of claims 1 to 116, characterized in that during the production process, the operator must place a tube (6.2) with rubber (6.6), on the welding supports of the tube (5.21), leaving the fin (6.8) of the tube rubber (6.6) on the lower fixed resistance (4.25). 118. Method of application of the processing machine, according to any of the preceding claims, characterized in that the resistance (4.25) is maintained at a constant determined temperature, and when the welding process is started, it raises its temperature to a certain value. 119. Method of application of the fabric processing machine for carpentry-oriented products, according to any of the preceding claims, characterized in that the welding actuator (4.27) presses the resistances together, with fabric (6.15) and rubber (6.6 and 6.9) between them, during a certain time. 120. Method of application of the fabric processing machine for carpentry-oriented products, according to any of the preceding claims, characterized in that the welding is carried out, returns to its initial state, and the resistance (4.25) returns to its maintenance temperature . 121. Method of application of the fabric processing machine for carpentry-oriented products, according to any of the preceding claims, characterized in that when the welding process is finished, the fabric is wound (6.15). 122. Method of application of the fabric processing machine for carpentry-oriented products, according to any of the preceding claims, characterized in that the separation of the tube (6.2) from the welding and support area (5.21) thereof is necessary prior to the winding, since during it, the diameter of the assembly (6.1) will increase as fabric is wound. 123. Method of application of the fabric processing machine for carpentry-oriented products, according to any of the preceding claims, characterized in that it has two keypads (1.8), sufficiently separated from the risk zone, so that during the process welding the operator is obliged to keep their hands on them.