after reading this description it will become apparent to one skilled in the art how to implement the invention in various alternative embodiments and alternative applications . however , all the various embodiments of the present invention will not be described herein . it is understood that the embodiments presented here are presented by way of an example only , and not limitation . as such , this detailed description of various alternative embodiments should not be construed to limit the scope or breadth of the present invention as set forth below . the magnetic locking device is a system which allows two pieces of luggage or other items to be securely attached together , quickly and easily when a person is traveling . it should be understood that this invention can be used with any item which has wheels and a pull - handle , however for the ease of description herein the preferred embodiment of two pieces of luggage shall be described below . the magnetic locking device includes a magnetic locking pin controlled by an operating button located in the pull - handle of an item of wheeled luggage , a magnetic locking pin hole which allows the locking pin to extrude from the handle or retract into the handle when the operating button is pressed , and an attachment mount located on the exterior surface of the pull - handle which can retract into the wheeled luggage with the handle and that connects and snaps into a auxiliary item attachment adaptor connected to the outside of a second bag . the magnetic locking device system is used by placing a second bag or auxiliary piece of luggage on top of a wheeled luggage bag with a mount on the outside of the handle and snapping the attachment adaptor to the auxiliary piece of the luggage . it is very easy to release the auxiliary item from the wheeled luggage by easily depressing the operating buttons located on the telescoping pull - handle ; based on this , it enables a traveler to easily snap together two pieces of luggage on the go and release them quickly to take them a part . the following is a detailed description of the magnetic locking device system and the method of using the same . with reference to fig1 , a wheeled piece of luggage 12 is seen with the pull - handle 14 being extended and an auxiliary item mount 24 attached to the exterior surface of the pull - handle 14 . the extended position is the position the handle 14 would be in when an auxiliary item 42 is connected to the wheeled luggage 12 . auxiliary item mount 24 quickly snaps into the auxiliary item attachment adaptor 44 ( fig3 ) located on a second bag 42 . the auxiliary item mount 24 and auxiliary item attachment adaptor 44 need to be the same shape so that they can connect together , if the attachment adaptor 44 is of a different shape it can be modified to fit the auxiliary item mount 24 by the use of a form adaptor 46 ( fig1 a ). fig2 shows the outside of the wheeled luggage with a locking pin hole which will be described below . the auxiliary item mount sits on top of the locking pin hole 20 . the pull - handle 14 is comprised of one or more tubes 15 , a locking pin 16 with internal mechanism for control ( one embodiment described below ), a locking pin hole 20 , and an operating button 18 which controls the extension and retraction of the locking pin . a pull - handle 14 with multiple tubes 15 is referred to as a telescoping pull - handle . fig1 shows one embodiment of an auxiliary item mount 24 on a telescoping pull - handle 14 of a wheeled luggage case 12 . the auxiliary item mount 24 may be constructed individually and fixed to the pull - handle 14 or be formed as a single piece with the pull - handle 14 . the auxiliary item mount 24 is shown in a rectangular shape however it may also be constructed in different shapes in order to be compatible with different auxiliary item attachment adaptors 44 ( explained below ). the auxiliary item mount 24 can also be constructed from a variety of materials such as plastic or metal among others . the telescoping pull - handle 14 is raised and lowered using the operating button 18 , which in this embodiment sits on top of the handle . the operating button 18 when depressed causes the locking pin to retract which releases the auxiliary attachment adaptor 44 from the auxiliary item mount 24 and allows the second bag 42 to be removed and the handle 14 and auxiliary item mount 24 to be retracted into the wheeled luggage case 12 . fig2 illustrates the wheeled piece of luggage with the telescoping handle extended and the auxiliary item mount 24 removed to reveal locking pin hole 20 on the front of the lowermost telescoping tube 15 . as illustrated , the handle comprises telescopically engaged tubes 15 where the lower telescoping tube is of larger cross - sectional dimensions than the uppermost tube 15 to which handle 18 is attached . the locking pin hole 20 located on the front of the telescope tube 15 allows for internal magnetic locking pin 16 ( as shown in fig5 b , 9 a and 9 b ) to lock the telescoping tubes 15 in order to prevent the telescoping pull - handle from being lowered . in the illustrated embodiment , the auxiliary item mount 24 is attached in front of hole 20 in the lowermost tube 15 as seen in fig1 , and the same pin 16 locks the tubes 15 of the pull handle in the extended position and moves locking switch 30 of auxiliary item mount 24 between extended and retracted positions , as described in more detail below in connection with fig9 a and 9b . fig3 shows an auxiliary item 42 with an attached auxiliary attachment adaptor 44 on the lower backside . fig4 a - 4c shows the functionality and components of a telescoping pull - handle 14 . fig4 a shows a front view of a multi - tube telescoping pull - handle 14 , it has three tubes which retract into one another and ultimately into the wheeled bag 12 . the interlocking pin hole 20 is located on the telescoping tubes 15 . fig4 b shows a side view of the telescoping pull - handle 14 shown in a locked position . here the magnetic locking pin 16 extrudes from the telescoping tube 15 , in this position , the user is unable to retract a pull - handle 14 into the wheeled luggage case 12 as it is locked in position ready to have an auxiliary item attached . fig4 c is a side view of one embodiment of a telescoping pull - handle 14 shown in the unlocked position . when the user presses operating button 18 on the pull - handle 14 , the magnetic locking pins 16 are retracted inside telescoping tubes 15 . in this position , the user is able to lower the telescoping pull - handle 14 into the wheeled luggage case 12 and release an auxiliary bag 42 if one is attached to the mount 24 ( fig1 ) ( not shown here ). fig5 a and 5b illustrate one embodiment of a magnetic locking pin 16 , which is a key component of the instant invention . the magnetic locking pin 16 is constructed with a magnetic locking pin tip 17 that can extend from the tube 15 or telescoping tubes 15 when it is in the locked position ( as seen in fig4 b ) or retract inside of the innermost telescoping tube 15 when it is in the unlocked position by the means of the operating button 18 ( as seen in fig4 c ). in the embodiment of the locking pin shown here the locking pin 16 includes a spring 21 , locking pin base 23 , and magnetic locking pin tip 17 . in this embodiment , the magnetic locking pin tip 17 has been threaded and screwed inside of the locking pin base 23 . numerous embodiments of the magnetic locking pin 16 are possible so that it is compatible with different internal mechanisms of the telescoping pull - handle 14 . other examples would be constructing the magnetic locking pin tip 17 and locking pin base 23 as a single piece or using glue or adhesives to attach the magnetic locking pin tip 17 to the locking pin base 23 . both the magnetic locking pin 16 and locking pin base 23 can also be constructed with a variety of materials ( aluminum , steel , iron , titanium , plastic , resin , so long as the magnetic locking pin tip 17 is magnetic ) and be made in different shapes and sizes . the magnetic locking pin 16 may be joined to the magnetic locking pin tip 17 by a number of means , including but not limited to fusing , gluing welding , and soldering ; in the alternative the magnetic locking pin 16 and magnetic locking pin tip 17 can be constructed as one single piece . fig6 shows one embodiment of how the auxiliary item mount 24 can be fixed on the tube 15 of a pull - handle 14 . with each embodiment , the auxiliary item mount 24 must be positioned on top of the locking pin hole 20 in order to allow for the magnetic connection between the locking switch 30 and the magnetic locking pin 16 ( explained below ). in this embodiment , the tube 15 is made with auxiliary item mount studs 28 that the auxiliary item mount 24 can be screwed into . other embodiments for fixing the auxiliary item mount 24 to the telescoping tube 15 include welding , soldering , gluing , and adhesives among others . the auxiliary item mount can also be constructed in a way that it fully surrounds the tube 15 so that it can be clamped in place . fig7 is a side view of one embodiment of the auxiliary item mount 24 on the tube 15 . the locking switch 30 is shown in the locked position . the auxiliary item mount 24 covers the locking pin hole 20 ( shown in fig2 ) on the pull - handle 14 . in the embodiment shown in fig7 , the mount 24 is attached via four screws to the tube 15 . fig8 shows one embodiment of how the auxiliary item mount 24 can be constructed . a switch magnet 32 is attached to a locking switch 30 via a switch magnet mount 34 . the locking switch 30 and switch magnet mount 34 can also be constructed as a single piece . the locking switch 30 is then attached inside of an auxiliary item mount frame 26 using a hinge 36 . the locking switch 30 may be attached to the inside of the auxiliary item mount frame 26 by a number of means so long as the locking switch 30 is able to pivot forward and backward inside of the auxiliary item mount frame 26 . fig9 a is a cross - sectional view of the auxiliary item mount 24 attached to the pull - handle 14 . the locking pin 16 is shown in the tube 15 of the pull - handle 14 . the auxiliary item mount 24 is shown in the locked position . here , the magnetic locking pin 16 extrudes through the locking pin hole 20 because of the outward pressure exerted on the magnetic locking pin 16 by the spring 21 . in this position , the magnetic locking pin 16 magnetically connects to the switch magnet 32 and pushes the attached locking switch 30 outside of the auxiliary item mount frame 26 . if an auxiliary bag 42 with auxiliary item attachment adaptor 44 ( shown in fig1 a and 10b ) was rested on top of the auxiliary item mount 24 at this stage , it would be locked into place as the locking switch 30 would engage with the auxiliary item attachment adaptor 44 . the extruding and retracting movement of magnetic locking pin 16 is controlled by the operating button 18 on top of the telescoping pull - handle 14 . there are various internal mechanisms for controlling the extruding and retracting movement of the magnetic locking pin 16 itself and this mechanism is out of the scope of the present invention . however , in some embodiments this movement is controlled by a retraction controller 40 , retraction controller shaft 41 and internal control rod 19 as shown in fig9 a and 9b . when the user presses the operating button 18 , downward pressure is exerted on the retraction controller shaft 41 by means of the internal control rod 19 . as the internal control rod 19 is depressed , the reaction controller shaft 41 makes contact with the magnetic locking pin 16 and pushes the magnetic locking pin tip 17 inside of the telescoping tube 15 . in this position , the spring 21 is compressed allowing the magnetic pin 16 to be fully housed inside of the telescoping tube 15 . both fig9 a and 9b show the magnetic locking pin 16 located inside of a retraction controller 40 . the retraction controller 40 is just one of the several stated internal mechanisms that could be compatible with this invention . for the invention to function properly , the magnetic looking pin 16 and auxiliary item mount 24 must be used in conjuncture with a pull - handle 14 with an internal locking pin mechanism . fig9 b is a cross - sectional view of the auxiliary item mount 24 attached to the pull - handle 14 . the auxiliary item mount 24 is shown in the unlocked position . when the user presses the operating button 18 on the telescoping pull - handle 14 , the retraction controller 40 ( or similar internal mechanism ) draws the magnetic locking pin 16 inside of telescoping tube 15 . because of the magnetic contact between the magnetic locking pin 16 and the switch magnet 32 , the adjoining locking switch 30 is also drawn inside of the auxiliary item mount frame 26 . when the locking switch 30 is drawn inside it releases the connection with the auxiliary adaptor 44 thus releasing the second bag 42 to from the wheeled luggage 12 . fig1 a is an auxiliary bag 42 with auxiliary item attachment adaptor 44 being placed on the auxiliary item mount 24 of the wheeled luggage case 12 . in order to secure the auxiliary bag 42 on top of the wheeled luggage case 12 , the user must guide the auxiliary item attachment adaptor 44 on top of the auxiliary item mount 24 . the auxiliary item attachment adaptor 44 must be the same shape as the auxiliary item mount 24 in order to function properly . the two parts function as a male and female adaptor where the auxiliary item attachment adaptor 44 is placed on top of the auxiliary item mount 24 . fig1 b shows the auxiliary bag 42 with auxiliary item attachment adaptor 44 that is secured on top of the auxiliary item mount 24 of the wheeled luggage case 12 . here the auxiliary bag 42 is locked into place and cannot be removed from the wheeled luggage case 12 unless the traveler presses the operating button 18 . fig1 a is a cross - sectional view showing the auxiliary item adaptor 44 locked on top of the auxiliary item mount 24 . the locking switch attachment 30 is engaged and prevents the user from removing the auxiliary bag 42 from the wheeled luggage case 12 ( as shown in fig1 b ). fig1 b is a cross - sectional view showing the auxiliary item attachment adaptor 44 on top of the auxiliary item mount 24 in the unlocked position . the locking switch 30 is disengaged and allows the user to remove the auxiliary bag 42 from the wheeled luggage case 12 ( as shown in fig1 a ). fig1 a - d shows one embodiment of an attachment adaptor 44 . the attachment adaptor 44 is constructed so that it can easily be slid on top of the auxiliary item mount 24 . this embodiment of the attachment adaptor 44 has been constructed as a single piece using molded plastic , although the attachment adaptor 44 could be made of various materials such as metal or resin and it could also be assembled using multiple parts . the main feature of the attachment adaptor 44 is that it has a sturdy catch plate 48 that prevents the auxiliary bag 42 from being removed from the wheeled luggage case 12 when the locking switch 30 is in the outward or locked position . the catch plate 48 can be integrated into the attachment adaptor 44 itself or added on as an additional part . the catch plate 48 can also be constructed in a variety of materials including but not limited to plastic , resin , or metal . 12 a shows the rear view of the attachment adaptor . fig1 b is a front view of the attachment adaptor . fig1 c is a side view of the attachment adaptor without a catch plate . fig1 d is an angled view of the attachment adaptor without a catch plate . fig1 a is a front view of one embodiment of an auxiliary item mount 24 and a form adaptor 46 . the form adaptor 46 can be affixed to a auxiliary item mount 24 to change its shape so that it will fit the auxiliary item attachment adaptor 44 of the wheeled item 12 . this adaptor 46 allows a user to purchase an auxiliary item 42 which might not have the same shape as the auxiliary item mount 24 on the wheeled item 12 they want to use . the adaptor 46 solves the problem of the two different shapes allowing a different shaped auxiliary item mount 24 , to have it &# 39 ; s shape changed making it compatible with any auxiliary item attachment adaptor 44 . the form adaptor 46 can be constructed in various shapes , sizes and materials so that different shaped auxiliary item attachment adaptors 44 can be snapped on to the auxiliary item mount 24 . fig1 b is a front view of one embodiment of an auxiliary item mount 24 with a form adaptor 46 that has been fixed on the mount itself . the form adaptor 46 can be attached to the auxiliary item mount 24 by numerous means including attachment by screws , glue , adhesives , flush fit , snap - on system , etc . the auxiliary item mount 24 itself can also be constructed in different shapes and sizes so as to avoid the use of the form adaptor 46 altogether . the user finds himself / herself in the situation , such as in an airport or train station , where he / she would like to attach an auxiliary bag 42 to a wheeled luggage case 12 . the user places the auxiliary bag 42 , which is equipped with an auxiliary item attachment adaptor 44 , on top of the wheeled luggage case 12 with an auxiliary item mount 24 . once the auxiliary item attachment adaptor 44 is place on top of the auxiliary item mount 24 , the locking switch 30 becomes engaged ( via the connection between the switch magnet 32 and the magnetic locking pin 16 ) and the user is not able to remove the auxiliary bag 42 from the telescoping pull - handle 14 . the user is free to travel about and not worry about the auxiliary bag 42 shifting , twisting or falling off of the wheeled luggage case 12 . when the user would like to remove the auxiliary bag 42 from the wheeled luggage case 12 , the user presses and holds the operating button 18 that is located on the top telescoping pull - handle 14 . pressing the operating button 18 retracts the internal magnetic locking pin 16 inside of the telescoping tube 15 . when the magnetic locking pin 16 is drawn inside the telescoping tube 15 , the locking switch 30 is also drawn inside of the auxiliary item mount frame 26 due to the magnetic connection between the switch magnet 32 and the magnetic locking pin 16 . once the locking switch 30 is inside of the auxiliary item mount frame 26 , the user is able to freely remove the auxiliary bag 42 from the wheeled luggage case 12 . the above description of disclosed embodiments is provided to enable any person skilled in the art to make or use the invention . various modifications to the embodiments will be readily apparent to those skilled in the art ; the generic principals defined herein can be applied to other embodiments without departing from spirit or scope of the invention . thus , the invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principals and novel features disclosed herein .
a magnetic connection system for luggage or other bags . this invention involves a method for manufacturing and using a magnetic locking device system for attaching a bag to a pull - handle or other telescoping tubular device of a wheeled bag . this system allows two bags to easily be secured together , quickly and efficiently while a traveler is on the go . if the traveler wishes to remove the second bag from the wheeled luggage , they merely need to depress the release button on the pull - handle thus removing the magnetic force which connects the two bags together through the connection with the locking pin , the mount and the auxiliary attachment adaptor .