GR20210100413A - Mouse pad with specific anchoring positions and a magnet for use on laptop computers - Google Patents

Abstract

This invented mouse pad is designed to be used on the "laptop operation surface" (9) so that the user can handle the "mouse" (16) on the invented pad without needing a desk for the laptop operation (32). Said mouse pad consists of the "surface" (1), the "permanent magnet" (2), "the anchoring material and the anchoring position or positions" (3). It is characterized in that the permanent magnet is installed on the "surface" (1) at the "rear B1 section " (13) so that it is always found outside the "laptop operating surface" (9) while, at the same time, an "anchoring material and anchoring position or positions" (3 ) have been installed-created below the "surface" (1) at the "section A" (11) of this last to facilitate the anchoring of the "surface" (1) on the "laptop operating surface" (9). Furthermore, the two sides of the "surface" (1) intersect at an external angle of 90 degrees while the "magnetic field" (26) of the "permanent magnet" (2) is protected by a suitable ferromagnetic material.

Description

DESCRIPTION

MOUSE PAD WITH SPECIFIC ANCHOR POSITIONS AND MAGNET FOR USE ON A LAPTOP COMPUTER

Mouse pads are well known. Whether they are to be used on a laptop or PC they are all meant to be placed on a desk and have "non-slip material"(35) underneath them so they don't drag on the desk where all the forces on them are either pressure towards the desk or parallel to the desk surface.

Also known are magnetic surfaces which are surfaces that either have a magnet or their entire surface is magnetic and are used on television as independent surfaces for magnetic mice.

But none of the above known solutions are intended to be placed directly on the "laptop operating surface"(9) .

The "laptop control surface"(9) is the surface where the "keyboard"(17) of the "laptop"(32) is and usually also contains a "touchpad"(15).

So if you put a typical office mouse pad there you will face a lot of problems. Initially the "mouse"(16) will not stand on it when the user does not hold it in his hands because the laptop when not on a desk is neither horizontal nor stationary. Whereas if you take a magnetic surface or a surface with a magnet on it and place it on the "laptop touchpad" (9) then the magnet may create a problem with the computer's electronic circuits. Also, if the user lowers his screen and the magnet is under it, he can either break the screen or damage it with the "magnetic field"(26).

Then if the "laptop" (32) is held on an e.g. sloping sofa then even the mouse pad itself will fall off it.

Finally, the mouse pads for the office are either very flexible and can even be rolled up or they are even completely rigid since their flexibility does not matter there because the office provides them with full support, on the contrary for their use on in the "laptop"(32) this feature is important, while their size and shape are not ideal for placing them on the "laptop control surface"(9).

Thus all these products are not intended to be used on the "laptop touch surface"(9) and are not practical for this purpose.

The advantage of this invention is that the user places the "mouse pad with specific anchoring positions and a magnet for use on a laptop computer" on the "laptop control surface"(9) and thus the user no longer needs a desk to supports the mouse pad and to use the "mouse"(16) together with the "laptop"(32).

At the same time the "mouse pad with specific anchoring positions and magnet for use on a laptop computer" has a special way and position to be assembled on the "laptop computer"(32), has a special shape and size to fit perfectly with the "laptop computer "(32), has the appropriate hardness in its materials so that it can protrude from the "laptop operating surface"(9) and remain flat, to have the possibility on the one hand to enlarge its surface and on the other hand to the "permanent magnet" (2) is placed there, i.e. outside the "handling surface of the laptop" (9) so as not to disturb the circuits of the laptop, nor the movement of the mouse on the mouse pad ). The "permanent magnet"(2) is strong enough to hold a "mouse"(16) which is endowed with ferromagnetic properties.

So in this way a "mouse"(32) is used which has ferromagnetic properties and not magnetic ones (it is not recommended to use a known magnetic "mouse"(16).

This is very important because the magnetic "mouse"(16) has a magnet on it and so as you move it over the "laptop control surface"(9) it will be dangerous to the electronic circuits underneath.

That is why you use in this invention to hold the "mouse"(16) the "permanent magnet"(2) instead of some ferromagnetic material, in order not to use a magnetic "mouse"(16) which it would be dangerous by moving it over the "laptop control surface"(9) to the electronic circuits underneath.

Even this invention includes and has its own and appropriate protection of the "laptop computer"(32) but also of all electronic devices of the user from the "permanent magnet"(2).

Finally, because this mouse pad can hold both itself on the "laptop" (32) and the "mouse" (16) on it, it provides the user with a very practical and productive solution in using "mouse"(16) with "laptop"(32) in any place it is found.

That is, the "mouse pad with specific anchor points and magnet for use on a laptop computer" with the "anchor material and anchor - anchor location or locations" (3) is held onto the "laptop operating surface" (9) to provide fixed "surface" (1) to move the "mouse" (16) by the user and with the "permanent magnet" (2). provides retention of the "mouse" (16) when the user does not hold it in his hands and e.g. type with them.

"Mouse pad with specific anchoring and magnet for use on a laptop" consists of

"surface" (1), "permanent magnet"(2) (one or more), "anchoring material and anchoring-anchoring location(s)"(3) and optionally from "rigid material"(4), "less rigid material" (5), "collaborative docking - anchoring material for the laptop"(6) , "material for mouse pad surfaces"(7) , lifting(8), "ferromagnetic material A"(24), "ferromagnetic material B"( 25), "rotating joint - shaft"(27)

and has the characteristic that

the "permanent magnet"(2) installation location(s) on the "surface"(1) is in "section B"(10);

which is defined by the placement for use of the "surface" (1), on the "laptop control surface" (9) which is always done with part of the "surface" (1) protruding from the "laptop control surface computer'(9) , the part of the 'surface' (1) that protrudes is the 'B part'(10) and the 'permanent magnet'(2) which is strong enough to hold a 'mouse'(16) with ferromagnetic properties, it is installed on this part of the "surface" (1), so that it is outside the "laptop control surface" (9) so as not to affect the electronic circuits of the laptop and also not to disturb the move the "mouse"(16)

and at the same time is installed-created, "anchoring material and place or places of anchoring -anchoring"(3) - and not simply held by friction on a plane as the mouse pads of the office have - under the "surface" (1) , in its "section A"(11), which is located above the "laptop control surface"(9), and in a different place from the "touchpad"(15) and the "keyboard"(17), to serve to anchor the "surface" (1) onto the "laptop control surface" (9) defined by the Cartesian axes X,Ψ and prevent the "surface" (1) from lifting from the "laptop control panel"(9);

that is, to move along the Z-axis upwards, if it is pressed on the side where the "permanent magnet"(2) is located, but also not to fall in case the "laptop"(32) is not horizontal on an office.

Thus "section A"(11) is that part of the "surface" (1) which when the user places this invention on the "laptop control surface"(9) does not protrude therefrom but instead lies directly above the "laptop control surface"(9) and does not include the area where the "touchpad"(15) and "keyboard"(17) are located.

Standard mouse pads that sit on the desk face the following forces on them. The desk is a plane defined by the Cartesian axes X,X. So a force is the pressure towards the desk i.e. on the Z axis towards the desk which compresses the mouse pad on the desk and forces parallel to the desk i.e. X and Y forces which want to move the mat mouse pad on the desk. So the retention that this mouse pad needs to have is friction retention which is actually enhanced by the user's pressure.

Instead, here in "part A" (11) the "anchoring material and anchoring-anchoring position or positions" (3) are installed to serve to anchor-anchor the "surface" (1) onto the "portable computer operating surface" ( 9) which is defined by the Cartesian axes X,Ψ and not allow the "surface" (1) to be lifted by the "laptop" (32), i.e. to move along the Z-axis upwards, when it is pressed to the side where the "permanent magnet"(2) is located, protruding from the "laptop"(32). That is, like a seesaw, where when the user pushes the "mouse" (16) down and because that point protrudes from the "laptop control surface" (9) it will create a force to lift and rotate the mouse pad ( mouse pad) which is not present in standard office mouse mats and therefore should be treated here not simply with frictional resistance but with an anchorage, which will have a force capable of supporting the weight of the "mouse "(16) but also the user's pressure on it.

The anchoring is also needed to hold the mouse pad itself on the "laptop" (32) even when it is not horizontal on a desk.

The anchoring can be done either in a way where only under the "surface" (1) it is necessary to install the "anchoring material and position or positions of anchoring - anchoring" (3) e.g. a strong suction cup which has the power to hold the weight of the "mouse" (16) and the user's pressure force on the "mouse" (16)

or contained in the packaging of this invention and the equivalent of "anchoring material and anchoring location or locations"(3) the "collaborative hooking-anchoring material for the portable computer"(6), which interacts with the created below the "surface" (1). The user will be able to place it on his laptop in order to achieve the desired anchoring - anchoring to it,

eg under the "surface" (1) there is the male "Velcro -Velcro or similar materials"(34) and the user is offered the self-adhesive female to install it himself on his "laptop"(32).

The "surface" (1) is shaped and sized such that when placed for user use on the "laptop control surface" (9) the "permanent magnet" (2) is outside the "laptop control surface" laptop"(9) and have enough space to accommodate the "mouse"(16) being held and standing in this position outside the "laptop control surface"(9).

When the "surface" (1) is placed to be used (i.e., for the user to use the "mouse" (16) on it to control the graphical environment of the "laptop" (32)) on the "laptop control surface computer"(9) is distinguished

the "section A"(11) of the "surface" (1) which is the one located on the "laptop control surface"(9) and follows the "imaginary line in front of the keyboard"(21) of the "keyboard "(17) located "in front"(18) of her so as not to cover the "keyboard"(17),

the "section B1"(12) of the "surface" (1) which protrudes from the "laptop"(32) to the right or left as seen by the user and therein a subsection thereof, the "section B1 back"(13 ) which is "behind"(20) the "imaginary line in front of the keyboard"(21) and follows the "side line of the keyboard"(22) towards the "screen"(19), where in this part it is installed the "permanent magnet"(2) so that it is "behind"(20) the line defined by the "imaginary line in front of the keyboard"(21) and towards the "screen"(19), so as not to obstruct the seamless operation of the "mouse"(16) on the "surface" (1)

that is, in the single space over which the user moves the

"mouse"(16).

In other words the "rear B1 section"(13) is a sub-section of the "B1 section"(12) which protrudes from the laptop on the right or left. This subsection serves for the user to park their "mouse"(16) when they want to let go of it. At the same time, because it is on the edge of the "surface" (1), we also have the advantage that the "magnetic field" (26) of the "permanent magnet" (2) is outside the area where the user constantly moves the "mouse" (16). and thus not to interfere and disturb even a little the movement and operation of the "mouse"(16).

Two sides of the "surface"(1), "side A"(36) which is in "section A"(11) and "side B"(37) which is in "section B1 back"(13), are straight and intersect with an external angle to the "surface"(1) of 90 degrees (but without preventing a small tolerance of plus-minus 10 degrees), so that it has the possibility when the "surface"(1) placed for use on the "laptop control surface"(9) the "side A"(36) to be placed "in front"(18) and parallel to the "imaginary line in front of the keyboard"(21) so as not to obstruct typing, the "intersection point of the sides"(38) being on the edge of the "keyboard"(17), and the "side B"(37) resting on the "laptop side case"(39) and follows the "keyboard side line"(22) towards the "display"(19) to provide a firm footing and on that side supporting the "surface"(1) sub-section which protrudes from the "display inability to operate the laptop"(9).

Alternatively, when the "surface" (1) is placed to be used on the "laptop operating surface" (9), the "section B2" (14) of the "surface" (1) can be seen which protrudes "in front" (18). from the "laptop control surface" (9) and the "permanent magnet" (2) is installed in such a position in this part that it is "between the hands of the user when he uses the keyboard with both hands" (31), because in that position when you hold the "mouse" (16) this will not hinder the user's hands from typing.

It is also not prevented to install on the "surface" (1) two "permanent magnets" (2) one in the position "section B2" (14) and the other in the position "section B1 back" (13) in order to give the user the possibility to support his "mouse" (16) in two alternative positions for more convenience.

On the "underside of the permanent magnet"(29) is installed - you place "ferromagnetic material A"(24) which traps in it the "magnetic field"(26) coming from the under side of the "permanent magnet"(2) as is seen by the user when he uses this invention on the "laptop computer"(32) and does not allow the "magnetic field"(26) to dissipate into space, thus protecting possible damage to any electronic device of the user as much as he uses this invention as much as when he has it stored in his "laptop"(32) bag.

The "permanent magnet"(2) has the ability to completely cover both its lower side and at the will of the user and its upper side from "ferromagnetic material B"(25)

to prevent possible damage to some of his electronic devices when he wants to store this invention in his "laptop"(32) bag eg when he uses this invention on his "laptop"(32), to move-remove- rotates the "ferromagnetic material B"(25) or the "permanent magnet"(2)

so that the "permanent magnet"(2) is freed from its cover and is available for the "mouse"(16) while when not using it to do the opposite.

Alternatively it has a removable "ferromagnetic material B"(25) which the user places-moves-rotates and covers the top side of the "permanent magnet"(2) when not using this invention to completely enclose the "magnetic field"(26 ).

The movable "ferromagnetic material B" (25) is fixed by means of a "rotating joint or shaft" (27) on the "surface (1) and in such a position that on the one hand it does not prevent the movement of the "mouse" (16) on the "surface" (1) and on the other hand for the user to have the possibility by rotating or moving it to cover the "upper side of the permanent magnet" (28) enclosing - limiting the "magnetic field" (26) when he wants to store this invention and when he wants to use it to move it - it rotates so as to free the "upper side of the permanent magnet"(28) and freeing the "magnetic field"(26).

The "surface" (1) consists of two parts which have materials of different hardness, with the result that in those parts the "surface" (1) presents different flexibility with the "hard material" (4) being at least in part of the " surface" (1) between the "permanent magnet" (2) and the "anchoring material and anchoring-anchoring position or positions" (3)

so that it keeps the "surface" (1) flat as it protrudes from the "laptop control surface"(9) and holds where the "permanent magnet"(2) is located the "mouse"(16) and does not obstruct the " less rigid material"(5), to extend to the remaining part of the "surface" (1) i.e. externally from the previous part and serves to make this invention more comfortable to use on the "laptop" (32) when it is on the legs of the user.

In this way, the perimeter is pleasant to touch and operate on the user's legs (when the user has the "laptop" (32) on it) and even integrates with the user's clothing creating a larger useful surface for use. "mouse"(16).

Finally, use of a "surface" (1) which functions as a mouse pad and has a "permanent magnet" (2) and "anchoring material and anchoring position or positions" (3) e.g. "Velcro-Velcro or respectively materials'(34), under the 'surface'(1), on a 'laptop computer'(32) and specifically on the 'laptop control surface'(9) so that the user when not at a desk has the ability to operate the "laptop"(32) with a "mouse"(16), using a special "mouse"(16) with ferromagnetic properties which will interact with the above "surface"(1).

Figure 1 is a plan view showing the "surface" (1) of a known-standard mouse pad which was placed on the "laptop operating surface" (9). On this "surface" (1) a "permanent magnet"(2) and "anchoring material and anchoring-anchoring location(s)"(3) are randomly installed. From this figure we understand that a typical mouse pad is not practical on the "laptop control surface" (9) because it is designed for the office. It gets in the way of typing, it doesn't rest and it doesn't balance properly. Also the haphazard placement of the "permanent magnet"(2) and the "anchoring material and hook-anchor location(s)"(3) on the "surface" (1) results in a non-functional and usable product. Such a product is actually dangerous to use as the "permanent magnet"(2) can damage the electronic components of the "laptop"(32) or even its "screen"(19) in case the user from mistakenly lowered it onto the "surface" (1).

Figure 2 is a plan view showing how to place for user use (a user using the "mouse" (16) with his right hand) the surface (I) on the "laptop control surface" (9 ).

It is placed with a part of it resting on the "laptop control surface" (9) which is called "portion A" (11) and the "portion B" (10) which protrudes from the "laptop control surface" (9). This consists of subsections.

The "sectionB1"(12) which protrudes to the right of the "sidebar of the keyboard"(22) (in a left-handed user it would protrude to the left of it) and which has the subsection "section B1 back"(13) which is "behind "(20) from the "imaginary line in front of the keyboard"(21). and in section B2(14) which protrudes "in front of and outside the imaginary line of the laptop's operating surface"(30).

The "section A"(11) of the surface(I) is "in front"(18) of the "imaginary line in front of the keyboard"(21)

The definition of the word "front"(18) indicates the position that is from a certain line and towards the user when he holds the "laptop"(32) while the definition "back"(20) indicates the opposite.

The "section A" (11) is not prevented from also being above the "touch surface" (15).

Here you can see the two positions in which the "permanent magnet"(2) is located. It is not prevented that the "permanent magnet"(2) is located in only one of them or that there are two "permanent magnets"(2) and they cover both these two positions to give the user the choice of two positions to hold the mouse (io).

One position is in "section B1 back"(13) . The second location for the installation of the "permanent magnet" (2) on the surface (I) is in "part B2" (14) and specifically in its area, which is "between the user's hands when he uses the keyboard with both hands"(31) eg by writing with the well-known blind system.

It also shows the location-locations of the installation of the "anchoring material and location or locations of anchoring - anchoring" (3) which is located inside "part A" (11) and in a location which is not above the "touch surface" (15 ).

Figure 3 is a plan view showing a way of applying cover and release of the upper side of the "permanent magnet" (2) with a movable "ferromagnetic material B" (25). This way is not binding or unique. The important thing here is that the "permanent magnet"(2) is covered and released at the will of the user. So here is one way of implementation. It is supported on the surface (I) by means of a "pivot-joint" (27) which is in such a position as not to hinder the movement of the mouse (I) (not to be, for example, in the middle of the "surface" (1) there that is, which the user will use by moving the "mouse"(16)

to control the "portable computer"(32), i.e. on the "useful surface area"(23), while for example the part of the surface(I) where the "permanent magnet"(2) will be located will be mainly intended for immobilization -holding the mouse(16)) and at the same time the user can by rotating- moving the "ferromagnetic material B"(25) to cover or release the upper side of the "permanent magnet"(2).

Figure 4 is a side section showing an alternative way of applying cover and releasing the top side of the "permanent magnet"(2). Here instead of moving "ferromagnetic material B"(25) to cover the top side of the "permanent magnet"(2) the "permanent magnet"(2) itself is moved by the user. So the user places it under the "ferromagnetic material B"(25) when he wants to store this invention in his bag. So here too the "permanent magnet"(2) is covered and released at the will of the user under the "ferromagnetic material B"(25).

Also visible is the "ferromagnetic material A"(24) which covers the underside of the permanent magnet"(2), the "surface" (1) and the "laptop control surface"(9).

Figure 5 is a section of the "surface" (1) located on the "laptop control surface" (9) showing the installation location of the "anchoring material and anchoring location or locations" (3) which is located in section A(11) i.e. above the "laptop control surface"(9) but at a point where the keyboard(17) is not and neither is the "touch surface"(15).

Also shown is the location where the user will place the "collaborative anchoring material for the laptop"(6) on the "laptop control surface"(9) which location corresponds to the "anchoring material and location or anchorage -anchorage positions "(3).

We also see the "rigid material" (4) which is between and includes the "anchoring material and anchoring-anchoring position or positions" (3) and "permanent magnet" (2) which is installed in section B(IO) i.e. outside from the "laptop control panel"(9).

The surface(I) consists of the "less rigid material"(5) which extends beyond the "hard material"(4) and helps to accommodate the movement of the mouse on the "surface" (1) when the "mouse" (16) sticks its rear out of it and comes into contact with the wearer's clothing or body.

Also shown is the "mouse pad surface material"(7) which is useful for optimal functionality of the "mouse"(16) on the "surface" (1) or the "surface" (1) itself consists of such material. We move it "ferromagnetic materialB"(25) which covers the upper side of the "permanent magnet"(2) and "ferromagnetic materialA"(24) which covers the lower side of the "permanent magnet"(2). Finally, the elevation (8) which is created on the "surface" (1) in relation to the "laptop operating surface" (9) is shown which is important in the area of the "surface" (1) which may be above the "touch surface"(15). This lift(8) here you create from the materials of "anchoring material and anchoring position or positions -anchoring"(3). However, it is not prohibited to place additional material which will create this "lift" (8) above the "touch surface" (15) or to remove material from the surface (I) to create the "lift" again in that area ” (8) of “surface” (1) from “touch surface” (15).

Fig. 6 is a plan view showing here again how to place for use by the user (in a user using the "mouse" (16) with his right hand) the surface (I) on the "laptop control surface" (9).

Two sides of the "surface"(1), the "A side"(36) which is in the "A section"(11) and the "B side"(37) which is in the "B1 back section"(13) , are straight and intersect with an external angle with respect to the "surface"(1) of 90 degrees (but without preventing a small tolerance of plus-minus 10 degrees), i.e. as much as is needed, so that the "surface" has the possibility ” (1) as it is placed for use on the “laptop control surface”(9) “side A”(36) to be placed “in front of”(18) and parallel to the “notional line in front of the keyboard”(21 ) so that typing is not obstructed, the "intersection point of the sides"(38) is on the edge of the "keyboard"(17), and at the same time the "sideB"(37) rests on the "laptop side casing" (39) and follow the "keyboard side line"(22) towards the "screen"(19) to provide a firm seat and on that side supporting the "surface" subsection (1) which protrudes from the "laptop control surface" (9).

Also shown in the figure are the "permanent magnet"(2), the "anchoring material and anchoring-anchoring position or positions"(3) and the "touchpad"(15).

Claims (13)

1.0 "mouse pad with specific anchor points and magnet for use on a laptop computer" consists of "surface"(1), "permanent magnet"(2) (one or more), "anchor material and anchor location or locations" (3) and optionally from "stiff material"(4), "less stiff material"(5), "collaborative laptop docking material"(6) , "mousepad material"(7) , lift(8), "ferromagnetic material A"(24), "ferromagnetic material B"(25), "rotating joint-shaft"(27) and is characterized by that a "permanent magnet"(2) which is strong enough to hold a "mouse"(16) with ferromagnetic properties on it is installed on a part of the "surface" (1), the "section B"(10) and at the same time has been installed-created, "anchoring material and anchoring position or positions"(3) e.g. one method of application is "Velcro or similar materials"(34), under the "surface"(1), in "section A"(11) thereof, to serve to anchor the "surface" (1) onto the "laptop control surface" (9); - and not simply held due to friction on a level like the well-known mouse mats (mousepad) of the office have - , that is, if the "laptop control surface"(9) is defined by the Cartesian axes X,Ψ not to allow the " surface" (1) to be lifted from the "laptop control surface"(9), i.e. to move along the Z-axis upwards, if it is pressed on the side where the "permanent magnet"(2) is located, but neither fall if the "laptop" (32) is not leveled on a desk or tipped over. 2. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 is characterized in that when the "surface" (1) is placed for use on the "laptop control surface" (9), such placement is always done with part of the "surface" (1) protruding from the "laptop control surface" ( 9) , and thus defining and defining certain areas in the "surface" (1), the "section B"(10) and the "section A"(11) of the "surface" (1), with the section of the "surface" (1) which protrudes to be the "section B"(10), where the "permanent magnet"(2) is placed so that it is outside the "laptop control surface"(9) so as not to affect the electronics circuits of the laptop but also not to disturb the movement of the "mouse"(16), while at the same time the "section A"(11) of the "surface" (1), is located above the "laptop operating surface"(9), and at a different point from the "touchpad"(15) and the "keyboard "(17) and there the anchoring of the "surface" (1) onto the "laptop control surface"(9) is created. 3. The "mouse pad with specific anchor points and magnet for use on a laptop computer" according to claim 1 is characterized in that the package of this invention also contains the "cooperative hook-anchor material for the laptop computer"(6) "corresponding to the material or anchoring position"(33) which interacts creating an anchorage with the "anchorage material and anchorage-anchorage location or locations"(3) that has been constructed under the "surface"(1), and the user has the ability to glue-fix it to the " operating surface of the laptop" (9) in order to achieve the desired anchoring - anchoring to it, e.g. one way of application is under the "surface" (1), to have the male "Velcro or similar materials" (34) fixed and to offer the self-adhesive female to install it on the "control surface" of the laptop"(9) of. 4. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 is characterized in that the "section B" (10) is shaped and sized to hold, stand and to fit in this position outside the "laptop control surface"(9) a "mouse"(16) with ferromagnetic properties. 5. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 and claim 4 is characterized in that the "permanent magnet" (2) is installed in the "B1 back section" (13 ), the "section B1"(12) of the "surface" (1) is that which protrudes from the "laptop"(32) to the right or left as seen by the user and therein a subsection thereof, the "section B1 back"( 13) which is "behind"(20) the extension of the "imaginary line in front of the keyboard"(21) towards the "screen"(19) and follows the "side line of the keyboard"(22) and outside it, where in this part the "permanent magnet"(2) is installed so that it is "behind"(20) the line defined by the "imaginary line in front of the keyboard"(21) and towards the "screen"(19 ), so as not to hinder the smooth operation of the "mouse" (16) on the "surface" (1). 6. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 and claim 5 is characterized in that two sides of the "surface" (1), "side A" (36) or which is located in "section A"(11) and "side B"(37) which is located in "section B1 back"(13) are straight lines or lines that can be approximated or covered by straight lines 2 cm thick and intersect with external angle to "surface" (1) 90 degrees without obstructing a range of plus or minus 10 degrees, so that when the "surface"(1) is placed for use on the "laptop control surface"(9) the "side A"(36) is placed "in front of"(18) and parallel to the "notional line in front of keyboard"(21) so that typing is not obstructed, the "intersection point of the sides"(38) is on the edge of the "keyboard"(17), and the "side B"(37) is located on the "side casing of the laptop" (39) and follow the "side line of the keyboard" (22) towards the "screen" (19) to provide a firm anchorage and on this side supporting the subsection of the "surface" (1) the which protrudes from the "laptop control surface"(9). 7. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 and claim 4 is characterized in that a "permanent magnet" (2) is installed in the "section B2" (14); the "portion B2"(14) of the "surface" (1) is that which protrudes "in front"(18) of the "laptop control surface"(9) and the "permanent magnet"(2) is installed in such position in this section so that it is "between the hands of the user when he uses the keyboard with both hands"(31), because in that position when the "mouse"(16) will be held, this will not interfere with the user's hands typing. 8. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 is characterized in that on the "underside of the permanent magnet" (29) "ferromagnetic material A" (24) is installed. , which traps within it the "magnetic field"(26) originating from the underside of the "permanent magnet"(2) as seen by the user when he uses this invention on the "laptop"(32) and does not allow the "magnetic field"(26) to be diffused in space, thus protecting possible damage to some electronic device of the user both while he is using this invention and when he has it stored in his "laptop"(32) bag. 9. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 and claim 8 is characterized in that the "permanent magnet" (2) is capable of completely covering both its lower side as much as the user wishes and its upper side from "ferromagnetic material B"(25), to prevent possible damage to one of his electronic devices when he wants to store this invention in his "laptop"(32) bag, e.g. when using this invention on his "laptop computer"(32), to move-remove-rotate the "ferromagnetic material B"(25) or the "permanent magnet"(2) so that the "permanent magnet"(2) frees himself from his cover and to be available for the "mouse" (16) while when he is not using it to do the opposite. 10. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 is characterized by having a movable "ferromagnetic material B" (25) which the user places-moves-rotates and covers the upper side of the "permanent magnet"(2) when not using this invention to completely enclose the "magnetic field"(26). 11. A "mouse pad with specific anchoring positions and a magnet for use on a laptop computer" according to claim 1 characterized in that the movable "ferromagnetic material B" (25) is fixed by means of a "rotating joint or shaft" (27). on the "surface" (1) and in such a position that on the one hand it does not prevent the movement of the "mouse" (16) on the "surface" (1) and on the other hand the user has the possibility by rotating it or moving it to cover the "upper side of the permanent magnet"(28) trapping -limiting the "magnetic field"(26) when he wants to store this invention and when he wants to use it to move it -he rotates to release the "upper side of the permanent magnet ”(28) and releasing the “magnetic field”(26). 12. The "mouse pad with specific anchoring positions and magnet for use on a laptop computer" according to claim 1 is characterized in that the sections, "section A" (11) and "section B1 back" (13) of the "surface ”(1) have “material stiffness”(4), so that they have the necessary strength to support the weight of the "mouse"(16) when it is held by itself by the "permanent magnet"(2), while in parts around the "surface" (1) it is not prevented to have more flexible material, "less rigid material" (5), so that this invention can be more comfortable to use on the "laptop" (32) when it is on at the user's feet. 13. Use of a "surface" (1) which acts as a mousepad and has a "permanent magnet" (2) and "anchoring material and anchoring location or locations" (3) e.g. "Velcro or corresponding materials'(34), under 'surface'(1), on a "laptop computer"(32) and specifically on the "laptop control surface"(9) so that the user, when not in an office, can operate the "laptop computer"(32) with a "mouse"(16 ), using a special "mouse"(16) with ferromagnetic properties which will interact with the above "surface"(1).