fig1 depicts a longitudinal cross - sectional view of one embodiment of a smoking pipe 100 . a pipe 100 can comprise a mouthpiece end 106 and an air intake end 114 . a mouthpiece end 106 and an air intake end 114 can be operatively coupled such that if a suction source is applied to the mouthpiece end 106 , suction is applied at the air intake end 114 , generating a suction force in the direction of the mouthpiece end 106 . a pipe 100 can further comprise a first tubular member 102 having a proximal end located at or near the mouthpiece end 106 , and a distal end located at or near the air intake end 114 . a substantially centrally located bore 122 can extend through both the proximal and distal ends of the first tubular member 102 . a first tubular member 102 can have a circular or elliptical cross - section , or can have any other known and / or convenient geometry . likewise , a bore 122 can have a circular or elliptical cross - section , or can have any other known and / or convenient geometry . the diameter of a bore 122 through a first tubular member 102 can be uniform in size along the entire length of the first tubular member 102 . in other embodiments , the diameter of a bore 122 at one point along the length of a first tubular member 102 can have a different size than the diameter at another point . by way of non - limiting example , fig1 illustrates a bore 122 having uniform diameter size along a substantial portion of the length of a first tubular member 102 , but proximate to the air intake end 114 of a pipe 100 , the diameter of the bore 122 increases in size to define a smoke chamber 110 . in alternate embodiments , a bore 122 can have any other known and / or convenient geometry . a first tubular member 102 can be made of a rigid or semi - rigid material or combinations of materials . fig1 depicts a first tubular member 102 comprised of ceramic , however in alternate embodiments the material can be glass , metal , wood , polymer or any other known and / or convenient material or combination of materials . a first tubular member 102 also be made of insulating material to maintain the temperature within a pipe 100 and / or prevent excessive heat transfer to a user &# 39 ; s hand . moreover , the surface of a first tubular member 102 can have insulating properties , such as being coated with a layer of heat - resistant silicone to prevent heat transfer to a user &# 39 ; s hand . in other embodiments , the surface of a first tubular member 102 can have ridges , protrusions , or any other known and / or convenient surface characteristic that can provide desired anti - slip and / or aesthetic qualities . in yet other embodiments , the surface of a first tubular member 102 can have anti - bacterial properties . a first tubular member 102 can be substantially brown in color to resemble a cigar , as described below , or can have any other known and / or convenient color or combination of colors . a second tubular member 104 can be coupled with a first tubular member 102 proximate to the air intake end 114 of a pipe 100 . the exterior diameter of a second tubular member 104 can be substantially similar to the exterior diameter of a first tubular member 102 , as shown in fig1 . in some embodiments , the exterior diameter of a second tubular member 104 can be substantially similar to the interior diameter of a second tubular member 104 , defining a thin wall in comparison to the wall of a first tubular member 102 . in other embodiments , the walls of first and second tubular members 102 104 can be substantially similar in thickness . as depicted in fig1 , the wall of a second tubular member 102 can define a substance chamber 112 adapted to frictionally engage a desired smokable substance 600 . by way of non - limiting example and as shown in fig6 , a smokable substance 600 housed within a second tubular member 104 can be a truncated portion of a cigar . in other embodiments , a smokable substance 600 can be a portion of a cigarette , loose tobacco , or any other known and / or desired substance dimensioned to fit within the walls of a second tubular member 104 . a second tubular member 104 can be made of a rigid or semi - rigid material or combinations of materials . fig1 depicts a second tubular member 104 comprised of ceramic , however in alternate embodiments the material can be glass , metal , wood , polymer or any other known and / or convenient material or combination of materials . first and second tubular members 102 104 can be made of the same material or combination of materials , or can be comprised of different materials . moreover , the surface of a second tubular member 104 can have insulating properties , such as being coated with a layer of heat - resistant silicone to prevent heat transfer to a user &# 39 ; s hand . in other embodiments , the surface of a second tubular member 104 can have ridges , protrusions , or any other known and / or convenient surface characteristic that can provide desired anti - slip and / or aesthetic qualities . in yet other embodiments , the surface of a second tubular member 104 can have anti - bacterial properties . a second tubular member 104 can be substantially brown in color to resemble a cigar , as described below , and / or can be the same color as a first tubular member 102 . in other embodiments , a second tubular member 104 can have any other known and / or convenient color or combination of colors . the proximal end of a second tubular member 104 can be coupled with the distal end of a first tubular member 102 in a selectively detachable manner via a first set of complementary fastening components 118 . in fig1 , first and second tubular members 102 104 are coupled via complementary threaded members 118 , with the first tubular member 102 being coupled with a female fastening member 118 , and the second tubular member 104 being coupled with a male fastening member 118 . in other embodiments , first and second tubular members 102 104 can be detachably coupled via a press - fit mechanism or any other known and / or convenient manner and / or mechanism for detachably coupling first and second tubular members 102 104 . in other embodiments , as shown in fig2 , first and second tubular members 102 104 can be permanently coupled . the interior surface of a second tubular member 104 can be coupled with a first filter member 108 that can prevent large , unwanted particles of a smokable substance from entering a smoke chamber 110 and a bore 122 . in some embodiments and as shown in fig1 , a filter member 108 can be positioned close to the proximal end of a second tubular member 104 such that the smoke of a burning smokable substance 600 can pass through the filter member 108 when in use . as shown in fig5 , a filter member 108 can comprise a metal meshwork , the openings of which can be any known and / or convenient size . in other embodiments , a filter member can be made of heat - resistant plastic or any other known and / or convenient material or combination of materials . a filter member 108 can be substantially planar or can have curved surfaces . a filter member 108 can also be comprised of one meshwork layer , or can be comprised of a plurality of parallel meshwork layers . a filter member 108 can be permanently coupled with a second tubular member 104 , or can be removable for disposal or cleaning purposes . a filter member 108 can be a single - use , disposable component , or can be used multiple times . moreover , a filter member 108 can be embedded with any desired flavoring to impart flavor in the smoke when a pipe 100 is in use . at least one support component 116 can be coupled with a second tubular member 104 in order to prevent unwanted movement or shifting of a filter member 108 . as shown in fig1 , support components 116 can be small spherical members permanently coupled with the interior wall of a second tubular member 104 , which prevent the filter member 108 from moving toward the proximal end of the second tubular member 104 . in other embodiments , at least one support component 116 can have any other known and / or convenient geometry , and can be located at any other known and / or convenient point within a pipe 100 . as illustrated in fig3 , a pipe 100 can comprise a second filter member 108 coupled with a first tubular member 102 and extending through a latitudinal plane of the pipe 100 . as shown in fig7 , a second tubular member 104 can be devoid of filter members 108 , and a first tubular member 102 can comprise a first filter member 108 located at the proximal end of a smoke chamber 110 . in other embodiments , a pipe 100 can comprise any other known and / or convenient number of filter members 108 at any known and / or convenient locations within a pipe 100 . a pipe 100 can further comprise a mouthpiece 120 coupled with the proximal end of a first tubular member 102 . a bore 122 can extend through a mouthpiece 120 , forming an opening such that a user can create suction through the pipe 100 in the direction of the mouthpiece end 106 . as shown in fig1 , a mouthpiece 120 can have a substantially rounded shape . in other embodiments , such as in fig2 , a mouthpiece can have a substantially conical geometry . in alternate embodiments , a mouthpiece 120 can have any other known and / or convenient geometry . as depicted in fig1 - 3 , a mouthpiece 120 can be permanently coupled with a first tubular member 102 . in other embodiments , and as illustrated in fig4 , a mouthpiece 120 can be detachably coupled with a first tubular member 102 via a second set of complementary fastening components 118 . in fig4 , a first tubular member 102 is coupled with a male threaded member 118 adapted to mate with the female threaded member 118 coupled with the mouthpiece 120 . in other embodiments , a mouthpiece 120 can be detachably coupled with a first tubular member 102 via a press - fit mechanism or any other known and / or convenient mechanism or method . a mouthpiece 120 can be made of ceramic , metal , plastic , glass , cardboard , polymer or any other known and / or convenient type of material or combination of materials . a mouthpiece 120 and first tubular member 102 can be comprised of the same material or combination of materials , or can be made of different materials . the material of a mouthpiece 120 can be food - grade and / or can have anti - bacterial properties . moreover , a mouthpiece 120 can be reusable and / or washable , or can be disposable and / or single - use . in some embodiments , a first tubular member 102 can be adapted to mate with interchangeable mouthpieces 120 having a variety of sizes and geometries . a bore 122 in a first tubular member 102 can define a smoke chamber 110 at one end , as shown in fig1 - 3 , 6 - 7 . a smoke chamber 110 can have curved walls adapted to collect smoke from a burning smokable substance 600 and allow it to evenly distribute before it funnels into the rest of a bore 122 and flows through a mouthpiece 120 . in other embodiments , a smoke chamber 110 can have any other known and / or convenient geometry . as explained above , a second tubular member 104 can define a substance chamber 112 adapted to hold a smokable substance 600 . as shown in fig6 , the air intake end 114 of a pipe 100 can further comprise a retaining cap 602 that can detachably couple with the distal end of a second tubular member 104 . a retaining cap 602 can be adapted to prevent a smokable substance 600 from falling out of a pipe 100 , while still allowing air to flow through the air intake end 114 when suction is applied . fig8 illustrates a front surface view of several embodiments of a retaining cap 602 . in one embodiment , as shown in fig8 a , a retaining cap 602 can be comprised of a meshwork 800 . in another embodiment , as shown in fig8 b , a retaining cap 602 can have a plurality of small circular apertures 802 . in yet another embodiment , as shown in fig8 c , a retaining cap 602 can have one aperture positioned substantially through its center . in alternate embodiments , a retaining cap 602 can have any other known and / or convenient geometry or characteristics appropriate for retaining a smokable substance 600 within a second tubular member 104 while also allowing air to pass through . a retaining cap 602 can be made of ceramic , metal , glass , wood , cardboard , polymer or any other known and / or convenient material or combination of materials . a retaining cap 602 can be made of the same material as at least one of a first tubular member 102 , second tubular member 104 , and mouthpiece 120 . in addition , a retaining cap 602 can have any known and / or convenient color , or any known and / or convenient surface characteristics . a retaining cap 602 can be detachably coupled with a second tubular member 104 via a third set of complementary fastening components 118 . in fig6 , complementary fastening components 118 are male and female threaded members . in other embodiments , a retaining cap 602 and second tubular member 104 can be coupled via a press - fit mechanism or any other known and / or convenient method or mechanism . fig7 depicts another embodiment of a pipe 100 . the air intake end 114 can be coupled with a plurality of small metal filaments that can emit visible electromagnetic waves when heated to a desired temperature . by way of non - limiting example , at high temperatures , nickel - chromium wire can produce a yellow - orange glow similar to the color produced by the end of a burning cigar or cigarette . thus , when properly positioned , a plurality of small metal filaments coupled with the air intake end 114 of a pipe 100 can substantially mimic the end of a burning cigar or cigarette . in fig7 , a plurality of metal filaments 700 are coupled with and substantially perpendicular to a retaining cap 602 . these metal filaments 700 also extend slightly past the air intake end 114 of the pipe 100 , but in other embodiments they can be entirely contained within a retaining cap 602 . the metal filaments 700 shown in fig7 are coupled with a retaining cap 602 via attachment to a meshwork , however in other embodiments metal filaments 700 can be coupled with the air intake end 114 of a pipe 100 in any other known and / or convenient manner . a first tubular member 102 can further comprise a carburetion aperture 900 extending from the exterior of the first tubular member 102 through to the bore 122 , as depicted in fig9 . a carburetion aperture 900 can allow a user to control the amount of air that can be mixed with smoke from a smokable substance 600 in a bore 122 prior to entering the mouth of a user . a carburetion aperture 900 can be located at any convenient point along the length of a first tubular member 102 . in some embodiments , as shown in fig9 , a carburetion aperture 900 can be coupled with a hinged cover 902 that can be used to selectively allow passage of air through the carburetion aperture 900 . in other embodiments , a cover 902 can be slidably coupled with a carburetion aperture 900 . in yet alternate embodiments , a cover 902 can be a plug that can tightly fit within a carburetion aperture 900 to block the passage of air . a user can also use a finger as a cover 902 to selectively block the opening of a carburetion aperture 900 . in other embodiments , a cover 902 can be any other known and / or convenient mechanism for selectively blocking the passage of air through a carburetion aperture 902 . fig1 depicts a side perspective view of a pipe 100 . a label 1001 can be positioned over the surface of a smoking pipe 100 substantially proximate to a mouthpiece end 106 . as shown in fig1 , a label 1001 can extend around the entire circumference of a pipe 100 . in other embodiments , a label 1001 can extend only partially around the circumference , and / or can be positioned at any other location along the exterior of the pipe 100 . at least one label 1001 can be positioned such that it can conceal a joint between a first tubular member 102 and one or both of a mouthpiece 120 and a second tubular member 104 . as shown in fig1 , a label 1001 can be partially permanently coupled with a first tubular member 102 , and the underside of a label 1001 can be a complementary fastening component 118 adapted to mate with a mouthpiece 120 in a press - fit fashion . in other embodiments , a mouthpiece 120 can mate with a label 1001 in a screw - on manner , or via any other known and / or convenient mechanism . a label 1001 can be permanently or temporarily coupled with a pipe 100 . in some embodiments , a label 1001 can be made of paper and can be bonded to a pipe 100 using adhesive . in other embodiments , a label 1001 can be made of flexible metal , polymer , cardboard , or any other known and / or convenient material . in some embodiments , a label can be comprised of insulating material , such as silicone , in order to provide a heat - resistant barrier between a user &# 39 ; s fingers and the pipe 100 . a label 1001 can also have ridges , indentations , or protrusions that can prevent a user &# 39 ; s fingers from easily slipping from the label 1001 . in yet other embodiments , a label 1001 can have anti - bacterial properties . a plurality of labels 1001 can be interchangeable and can depict identifying information and / or any desired images . in addition , labels 1001 can have any color or combination of colors . as shown in fig1 , a smoking kit 1101 can comprise a container 1102 , a smoking pipe 100 and a plurality of smokable substances 600 . in some embodiments a kit 1101 can further comprise a spark - producing device 1104 that can be used in conjunction with the smoking pipe and smokable substances 600 . as illustrated in fig1 , a container 1102 can have a plurality of compartments 1106 , each compartment 1106 adapted to house at least one of a plurality of smoking substances 600 , a pipe 100 , and a spark - producing device 1104 . in some embodiments , a container 1102 can have one large compartment 1106 that can hold all components of the kit 1101 . a plurality of smoking substances 600 can be truncated cigar pieces , cigarette pieces , loose tobacco , or any other known and / or convenient substance that can be burned and the smoke subsequently inhaled by a user . in some embodiments of a kit 1101 , at least one smoking substance 600 can be of a different type than another smoking substance 600 . by way of non - limiting example , smoking substances 600 can all be cigar pieces , but at least one cigar piece can have a different flavor than at least one other cigar piece . in other embodiments , smoking substances 600 can be a variety of cigar pieces and portions of loose tobacco . in alternate embodiments , a kit 1101 can have any other known and / or convenient composition of smoking substance 600 . a pipe 100 can be constructed to resemble a traditional cigar . first , a bore 122 can be formed through a piece of elongated material , creating a first tubular member 102 . second , a mouthpiece 120 can either be formed from and integral with the proximal end of the first tubular member 102 , or can be made as a separate component that is subsequently permanently bonded to or detachably coupled with the proximal end of the first tubular member 102 . third , a second tubular member 102 can either be formed from and integral with the distal end of the first tubular member 102 , or can be made as a separate component that is subsequently permanently bonded to or detachably coupled with the distal end of the first tubular member 102 . fourth , at least one piece of brown paper product , such as from a grocery bag , can be at least partially immersed in an adhesive mixture , such as but not limited to lacquer mixed with water . the brown paper product can then be applied to one end of the surface of a pipe 100 and wrapped around the circumference of the pipe 100 while moving toward the other end of the pipe 100 in a continuous manner , creating the wrapped effect shown in fig1 . this can create the appearance of a traditional cigar that is wrapped in tobacco leaves . in some embodiments , the brown paper product can be a single elongated strip that is applied to a pipe 100 in the aforementioned manner . a label 1001 can then be applied in any known and / or convenient manner , if desired . the above process is not limiting , and a pipe 100 can be made in any other known and / or convenient manner . the exterior surface of a pipe 100 can have substantially the same color and / or texture as a traditional cigar , as explained above . in other embodiments , a pipe 100 can have substantially the same appearance as a cigarette . in yet other embodiments , the exterior surface of a pipe 100 can have any other known and / or convenient surface texture and / or color or combination of colors . a pipe 100 can be painted a solid color or can have painted designs and / or patterns . as explained above , a pipe 100 can be at least partially covered with brown paper product and adhesive , but in other embodiments a pipe 100 can be covered with different colored paper products or foil . in some embodiments , a mold can be used to simultaneously form a pipe 100 and create the desired surface texture and / or characteristics . moreover , a pipe 100 can be made of a brown - colored material , thus eliminating the need to apply paint , paper , or any other products to make the pipe 100 resemble a traditional cigar . a pipe 100 can also be embellished with studs , gems , or any other known and / or convenient type of embellishment . in a retail context , truncated cigar portions can be sold for use in suitable smoking devices , as shown in fig1 . first , a person can procure at least one whole cigar 1201 . second , the cigar can be cut into small cylindrical members adapted to fit within the substance chamber of a desired smoking device 1202 . third , a merchant can sell the truncated cigar pieces individually 1204 and / or in packages containing a plurality of cigar pieces 1206 . in some embodiments and as shown in fig1 , a consumer and / or user can first select a container adapted to accommodate a plurality of truncated cigar portions 1301 . second , a consumer and / or user can select desired cigar pieces 1302 and purchase them from a merchant 1304 . third , the cigar pieces can be placed in the appropriate compartments of the chosen suitable container , thus creating a cigar kit 1306 . a user can also store a desired smoking device , adapted to accommodate the cigar pieces , and a spark - producing device in the same container 1308 . in use , a smokable substance 600 can be inserted into a substance chamber 112 of a second tubular member 104 . the proximal end of a second tubular member 104 can then be coupled with the distal end of a first tubular member 102 via a first set of complementary fastening components 118 . a mouthpiece 120 can be coupled with the proximal end of a first tubular member 102 via a second set of complementary fastening components 118 . when a user is ready to smoke the smokable substance 600 , a flame or spark can be applied to the smokable substance 600 through the distal end of a second tubular member 104 . once lit , a retaining cap 602 can then be coupled with the distal end of a second tubular member 104 via a third set of complementary fastening components 118 , thereby holding in place the burning smokable substance 600 . a user can then bring the mouthpiece end 106 of the pipe 100 in contact with the mouth and inhale or otherwise produce a suction force in the direction of the mouth . this action causes the smoke from the smokable substance 600 to travel through a filter member 108 into a smoke chamber 110 , through a bore 122 , and into the mouth of the user . in the foregoing specification , the embodiments have been described with reference to specific elements thereof . it will , however , be evident that various modifications and changes may be made thereto without departing from the broader spirit and scope of the embodiments . the specification and drawings are , accordingly , to be regarded in an illustrative rather than restrictive sense .
a linear pipe adapted to selectively receive a desired smoking substance and contain said substance in a smoldering / smoking state such that a user can selectively smoke the substance . in some embodiments the pipe can include a retaining cap adapted to further contain the smoking substance . in some embodiments the exterior of the linear pipe can include various adornments to effect a desired appearance .