the present invention has significant benefits across a broad spectrum of endeavors . to acquaint persons skilled in the pertinent arts most closely related to the present invention , a preferred embodiment of the method that illustrates the best mode now contemplated for putting the invention into practice is described herein by , and with reference to , the annexed drawings that form a part of the specification . the exemplary method is described in detail without attempting to describe all of the various forms and modifications in which the invention might be embodied . as such , the embodiments described herein are illustrative , and as will become apparent to those skilled in the arts , can be modified in numerous ways within the scope and spirit of the invention . the detailed description is to be construed as exemplary only and does not describe every possible embodiment since describing every possible embodiment would be impractical , if not impossible . numerous alternative embodiments could be implemented , using either current technology or technology developed after the filing date of this patent , which would still fall within the scope of the claims . referring now to fig1 , a leash system 10 according to one embodiment of the present disclosure is provided . it should be understood that the drawings are not necessarily to scale . in certain instances , details that are not necessary for an understanding of the invention or that render other details difficult to perceive may have been omitted from these drawings . it should be understood , of course , that the invention is not limited to the particular embodiments illustrated in the drawings . fig1 is a perspective view of a leash system 10 according to one embodiment . the system 10 comprises a first or primary leash member 11 and a secondary leash member 12 . each of the primary and secondary leash members comprise a handle portion 15 , 16 for grasping by a user at a first or proximal end of the leash member . the embodiment of fig1 depicts handle portions 15 , 16 generally constructed as loop members , but handle portions 15 , 16 may be provided in any number of arrangements . a second end of the first leash member 11 , located generally distal from the first end , comprises means for selectively securing the system to an animal ( not shown ). means for selectively securing the system comprise , for example , a clasping device 18 secured to the second end of the primary leash 11 by passing the second end through an opening on the clasping device 18 and secured back onto itself , preferably by stitching . a second end of the secondary leash 12 is slidably secured to the primary leash 11 by a sliding mechanism 13 . in one embodiment , sliding mechanism 13 comprises a substantially rigid member , such as a metal or plastic loop to which the second end of the secondary leash 12 is passed through and secured back onto itself , preferably by stitching . a wide array of sliding mechanisms is contemplated for use with the system . such sliding mechanisms 13 include , but are not limited to , closed loops of various construction ( e . g . metal loops , looped portions of the leash end , etc . ), carabineers , devises , self - locking hooks , slip hooks , chain link portions , and various similar devices . in a preferred embodiment , the sliding mechanism 13 surrounds the primary leash 11 . the sliding mechanism 13 , and therefore the secondary leash 12 , is kept on the primary leash 11 between two delimiting members 14 a , 14 b . delimiting members 14 a , 14 b are secured to the first leash member 11 , such as by stitching the delimiting members 14 a , 14 b directly to the leash member 11 . delimiting members 14 a , 14 b operate to limit a path of travel for the sliding mechanism 13 and secondary leash member 12 by preventing the sliding mechanism 13 from travelling past certain points . for example , the first delimiting member 14 a , in one embodiment , is provided proximal the first end of the primary leash member 11 such that the sliding mechanism 13 is prevented from traveling into the handle 15 or contacting and potentially injuring a user &# 39 ; s hand . the second delimiting member 14 b is provided generally proximal to the second end of the first leash member 11 , such that the sliding mechanism 13 is bounded by the second delimiting member 14 b in a manner that prevents the secondary leash member from contacting or interfering with the distal end of the primary leash member and / or a dog associated with the system . the second delimiting member 14 b thus increases the safety of the device by reducing risks of entanglement and inadvertent release of a dog , for example . the second delimiting member 14 b , in various embodiments , further ensures that the primary leash member 11 operates as a primary force - transmitting device that hosts or receives the secondary leash member 12 such that a substantial portion of forces applied by a dog are directed to a user of the primary leash member 11 as opposed to a user of the secondary leash member . fig1 depicts the delimiting members 14 a , 14 b as comprising portions stitched onto a first leash member 11 , and thus fixed in particular locations . in various alternative embodiments , however , delimiting members may be provided as selectively adjustable members such that they may be moved along a length of the leash 11 and selectively secured . in one embodiment , the first leash member 11 is provided with one or more elongate interior channels having a predetermined length , such that secondary leash member 12 may be connected to the channel and slidable therein . fig2 is a detailed view of a sliding mechanism 13 disposed around a primary leash member 11 . the secondary leash 12 is attached to the sliding mechanism 13 by looping a section of the secondary leash 12 through the sliding mechanism 13 and secured back onto itself , preferably by stitching . the sliding mechanism 13 also surrounds the primary leash 11 . in various embodiments , leash members comprise suitable materials for withstanding tension forces known to exist in walking or restraining animals . such materials include , for example , nylon , ballistic nylon , hemp , leather , and various similar materials as will be recognized . in preferred embodiments , the leash material provides sufficient resistance to tensile forces , is pliable or flexible in at least one direction , and does not significantly limit or prevent the sliding mechanism 13 from sliding along a length of the primary leash 11 . fig3 is a detailed view of delimiting members 14 a , 14 b in accordance with one embodiment . as shown , delimiting members 14 a , 14 b comprise a length of material wrapped around and / or stitched to the primary leash member 11 . in preferred embodiments , delimiting members 14 a , 14 b comprise at least a height or a width that is larger than a corresponding dimension of the sliding mechanism 13 such that the sliding mechanism 13 is not capable of translating past or over the delimiting members 14 a , 14 b . in various alternative embodiments , the delimiting members 14 a , 14 b comprise various structures and shapes . it will be expressly recognized that delimiting members 14 a , 14 b are not limited to any particular structure , and may comprise any number of features for accomplishing the objective of generally restraining or limiting the sliding mechanism 13 and associated secondary leash 12 to a portion of the primary leash &# 39 ; s 11 length . in one embodiment , the delimiting members 14 a , 14 b comprise a section material of the same composition as the leash members , the members 14 a , 14 b being secured to the primary leash 11 in a substantially transverse manner . in one embodiment , the delimiting members 14 a , 14 b comprise a support structure , such as a plastic insert to increase rigidity of the member . it will be expressly understood that the delimiting members 14 a , 14 b may be of various sizes . in various embodiments , the size of the delimiting members 14 a , 14 b are determined by the size of the sliding mechanism . delimiting members 14 a , 14 b , in alternative embodiments , comprise protrusions fixed to the leash member 11 , the protrusions being of various sizes and shapes including , but not limited to , hemispherical protrusions , planar protrusions , asymmetrical protrusions , conical protrusions , frustoconical protrusions , pin - like protrusions , knots , and various similar features capable of obstructing movement of the sliding mechanism 13 . fig4 a is a detailed view of a handle 15 according to one embodiment . the handle 15 as provided in fig4 may be provided on either or both of the primary leash member and the secondary leash member . the handle portion 15 is formed by folding a section of the leash member onto itself , thus creating a loop . to secure the loop and create a handle 15 , the first end of the primary leash 11 is secured onto itself , preferably by sewing . alternatively , the loop portion may be formed or closed with a hook and loop closure 17 . embodiments comprising the hook and loop closure system 17 may be particularly desirable for use in connection with secondary leash members , wherein children are the intended users of the secondary leash portion . such a system provides enhanced safety in that the handle may break away if a sudden or unexpected force is applied . in such a circumstance , the primary leash member 11 would provide primary restraint such that an adult user could still control an associated animal . in one preferred embodiment , a leash system 10 is provided wherein a handle portion 15 of a first leash member 11 comprises a loop formed by stitching or sewing and a second handle portion 16 of the secondary leash portion 12 comprises a selectively releasable handle portion 16 formed with a hook and loop closure 17 . fig4 b is a plan view of a handle portion 15 comprising a hook and loop closure system 17 , the handle 15 being shown in an open or unattached position . fig4 c is an elevation view of the handle 15 the embodiment of fig4 b provided in a closed or connected position . fig5 is a detailed view of a portion of a leash system according to one embodiment . as shown , a primary leash member 11 comprises an aperture or channel 20 within which a sliding mechanism 13 may freely translate . channel 20 , in various embodiments , comprises a reinforced member , such as an elongate reinforced grommet feature to reduce wear on the leash 11 . the sliding member 13 may comprise any mechanism shown and described herein and preferably comprises a selectively removable mechanism , such as a carabineer or similar device . selectively removable devices provide the benefit of being able to remove the secondary leash member 12 from the system altogether when desired . fig5 depicts the channel 20 as being of a certain length , but the present disclosure is not so limited . channels may be comprised of any number of geometries . preferably , however , the channel 20 is not so long or wide as to impede basic leash functions and flexibility . in various embodiments , any number of channels 20 may be provided along the length of the primary leash member 20 . fig6 a is a detailed view of a handle 30 according to one embodiment . the handle 30 as provided in fig6 a may be provided on either or both of the primary leash member and the secondary leash member . the handle portion 30 is formed by folding a section of the leash member onto itself , thus creating a loop 32 . to secure the loop and create a handle 30 , the first end of a leash 12 may be secured onto itself , such as by sewing . alternatively , the loop portion 30 is formed or closed with a clip or buckle device 34 . embodiments comprising a clip or buckle device 34 may be particularly desirable for use in connection with secondary leash members , wherein children are the intended users of the secondary leash portion . such a system provides enhanced safety in that the handle may break away if a sudden or unexpected force is applied . additionally , the clip or buckle 34 provides easy - release features . the primary leash member 11 ( not shown ) preferably provides primary restraint such that an adult user can control an associated animal via primary leash member 11 . in one embodiment , a leash system is provided wherein a handle portion of a first leash member 11 comprises a loop formed by stitching or sewing and a second handle portion 30 of the secondary leash portion 12 comprises a selectively releasable handle portion formed with a buckle or clip closure 34 . fig6 b is a plan view of a handle portion 30 comprising a buckle or clip closure , the handle 30 being shown in an open or unattached position . fig6 c is an elevation view of the handle 30 the embodiment of fig6 b provided in a closed or connected position . as shown , a male portion of the buckle 36 is attached to the distal end of the secondary leash 12 by looping a section of the secondary leash 12 through the male half of the buckle 36 and securing it back onto itself , preferably by stitching 40 . a female portion of the buckle 38 is attached to an additional piece of material 42 , preferably the leash material , by looping a section of the additional piece of material 42 through the female half of the buckle 38 and securing it back onto itself , preferably by stitching . this additional piece of material 42 with the attached female half of the buckle 38 is then secured to the secondary leash 12 , preferably by stitching , at a given distance away from the distal end . connecting the male 36 and female 38 halves of the buckle 34 together creates a looped handle for the secondary leash 12 . the provided buckle 34 preferably comprises a break - away feature that releases under the application of a predetermined tension load . in various embodiments as shown and described herein , leash members may be of various lengths . while preferred embodiments contemplate providing a primary leash member of between approximately three feet and approximately ten feet , and a secondary leash member of between approximately one foot and approximately four feet , various modifications and different lengths of leash members , both within and outside of such ranges are contemplated as within the scope and spirit of the present disclosure . while various embodiments of the present invention have been described in detail , it is apparent that modifications and alterations of those embodiments will occur to those skilled in the art . however , it is to be expressly understood that such modifications and alterations are within the scope and spirit of the present disclosure . further , the invention ( s ) described herein are capable of other embodiments and of being practiced or of being carried out in various ways . in addition , it is to be understood that the phraseology and terminology used herein is for the purposes of description and should not be regarded as limiting . the use of “ including ,” “ comprising ,” or “ adding ” and variations thereof herein are meant to encompass the items listed thereafter and equivalents thereof , as well as , additional items .
a leash system for restraining an animal is provided . the system comprises a primary leash and a secondary leash , the secondary leash being selectively securable to a portion of the primary leash and translatable thereon . the system may be controlled or operated by a single user in a first arrangement , and at least two users in a second arrangement .