Ballpoint dot pen tattoo cartridge

Abstract

A ballpoint dot pen tattoo cartridge includes a ballpoint pen element comprising an ink reservoir housed within a tapered bottom barrel providing a first barrel aperture and flanged top surface. A second barrel aperture in cylindrical top of the barrel includes a diameter larger than the first aperture with an assembly to attach the barrel cylindrical top to a tattoo machine. A resilient element within the barrel is sized to receive the ballpoint pen element between the first barrel aperture flanged top surface and two equal sized tabs on the ballpoint pen providing exit and retraction of the ballpoint pen assembly for ink discharge from the cartridge barrel tapered bottom whereby a tattoo machine operator controls the driving actuation of the tattoo machine to the ballpoint pen tip for controlling inked markings of a material.

Claims

1. A ballpoint dot pen tattoo cartridge, comprising: A) an integral cartridge barrel comprising a longitudinal centerline axis, a first cartridge barrel aperture centered on and along the longitudinal centerline in a tapered bottom of the cartridge barrel comprising a flanged top surface at a top portion of the first cartridge barrel aperture, and a second cartridge barrel aperture centered on and along the longitudinal centerline at a cylindrical top of the cartridge barrel and comprising a diameter larger than the first cartridge barrel aperture and a locking indent on a top surface; B) a ballpoint pen element comprising an ink reservoir and sized to be received within the first cartridge barrel aperture and comprising two equal sized tabs on opposite sides of the ballpoint pen element at an equal distance below a ballpoint pen element midpoint and a pen tip comprising a ballpoint pen assembly for ink discharge; C) a cartridge barrel cap sized to releasably fit into and be held by the second cartridge barrel aperture, the cartridge barrel comprising external cartridge casings to attach the cylindrical top of the cartridge barrel to a tattoo machine, a central cap aperture sized to receive the ballpoint pen element, and a locking detest on a cap top circumference sized to be received into the second cartridge barrel aperture top surface; E) a resilient assembly element within the integral cartridge barrel, sized to receive the ballpoint pen element between the first cartridge barrel aperture flanged top surface and the ballpoint pen two equal sized tabs providing means for movement of the ballpoint pen element within the cartridge barrel and exit and retraction of the ballpoint, pen assembly for ink discharge from the first cartridge barrel aperture and the integral cartridge barrel tapered bottom; F) a cartridge barrel ballpoint pen stabilizing element sized to be within the integral cartridge barrel between a bottom portion of the cartridge barrel cap and above the two equal sized tabs on opposite sides of the ballpoint pen element, and comprising a stabilizing element aperture sized to receive the ballpoint pen element; wherein a driving actuation of the tattoo machine to the ball point pen element causes the ballpoint pen element pen tip to reciprocate within the cartridge barrel between one or more extended and retracted positions from the first cartridge barrel aperture and the integral cartridge barrel tapered bottom allowing the ball point pen tip to dispose ink from the ballpoint ink reservoir onto a material; and wherein a tattoo machine operator controls the driving actuation of the tattoo machine to the ballpoint pen tip for controlling marking of the material with the ballpoint pen element pen tip and ink.

2. The ballpoint dot pen tattoo cartridge according to claim 1, wherein the resilient assembly element comprises a metal spring.

3. A ballpoint dot pen tattoo cartridge, comprising: A) an integral cartridge barrel comprising a longitudinal centerline axis, a first cartridge barrel aperture centered on and along the longitudinal centerline in a tapered bottom of the cartridge barrel comprising a flanged top surface at a top portion of the first cartridge barrel aperture, and a second cartridge barrel aperture centered on and along the longitudinal centerline at a cylindrical top of the cartridge barrel and comprising a diameter larger than the first barrel aperture and, a locking indent on a top surface, and external second cartridge casings to attach the cylindrical top of the second cartridge barrel to a tattoo machine; B) a ballpoint pen element sized to be received within the first cartridge barrel aperture and comprising two equal sized tabs on opposite sides of the ballpoint pen element at an equal distance below a ballpoint pen element midpoint and a pen tip comprising a ballpoint pen assembly for ink discharge; C) a cartridge barrel cap sized to releasably fit into and be held by the second cartridge barrel aperture and comprising a central cap aperture sized to receive the ballpoint pen element and a locking detent on a cap top circumference sized to be received into the second cartridge barrel aperture top surface; E) a resilient metal spring within the integral cartridge barrel, sized to receive the ballpoint pen element between the first cartridge barrel aperture flanged top surface and the ballpoint pen two equal sized tabs providing means for movement of the ballpoint pen element within the cartridge barrel and exit and retraction of the ballpoint pen assembly for ink discharge from the first cartridge barrel aperture and the integral cartridge barrel tapered bottom; F) a cartridge barrel ballpoint pen stabilizing element sized to be within the integral cartridge barrel between a bottom portion of the cartridge barrel cap and above the two equal sized tabs on opposite sides of the ballpoint pen element, and comprising a stabilizing element aperture sized to receive the ballpoint pen element; wherein a driving actuation of the tattoo machine to the ball point pen element causes a ballpoint pen element pen tip to reciprocate within the cartridge barrel between one or more extended and retracted positions from the first cartridge barrel aperture and the integral cartridge barrel tapered bottom allowing the ball point pen tip to dispose ink from a ballpoint ink reservoir onto a material; and wherein a tattoo machine operator controls the driving actuation of the tattoo machine to the ballpoint pen tip for controlling marking of the material with the ballpoint pen element pen tip and ink.

4. A ballpoint dot pen tattoo cartridge, comprising: A) an integral cartridge barrel comprising a longitudinal centerline axis; B) a ballpoint pen element movably disposed within an inner channel of the barrel, the ballpoint pen element comprising an ink discharge tip, an elongate shaft comprising an ink reservoir, and two equal sized tabs on opposite sides of the elongate shaft at an equal distance below a midpoint of the ballpoint pen element; C) a first cartridge barrel aperture centered on and along the longitudinal centerline in a tapered bottom of the cartridge barrel, sized to receive the ballpoint pen element elongate shaft and comprising a flanged top surface at a top portion of the first barrel aperture; D) a cartridge barrel cap sized to releasably fit into and be held by a second cartridge barrel aperture centered on and along the longitudinal centerline at a cylindrical top of the cartridge barrel and comprising a diameter larger than the first barrel aperture, and an assembly means cartridge barrel external casings to attach the cylindrical top of the cartridge barrel to a tattoo machine; E) a resilient assembly element within the cartridge barrel comprising a bottom resilient surface contacting the first cartridge barrel aperture flanged surface and a top resilient surface contacting the ballpoint pen elongate shaft two equal sized tabs, and sized to receive the ballpoint pen element elongate shaft between the first cartridge barrel aperture flanged top surface and the ballpoint pen elongate shaft two equal sized tabs providing for movement of the ballpoint pen element within the integral cartridge barrel and exit and retraction of the ballpoint pen element ink discharge tip from the integral cartridge barrel tapered bottom; F) a cartridge barrel ballpoint pen stabilizing element sized to be within the integral cartridge barrel between a bottom portion of the cartridge barrel cap and above the two equal sized tabs on opposite sides of the ballpoint pen elongate shaft, and comprising a stabilizing element central aperture sized to receive the ballpoint pen elongate shaft; wherein a driving actuation of the tattoo machine to the ball point pen element causes the ball point pen element to reciprocate within the barrel between one or more extended and retracted positions from the integral cartridge barrel tapered bottom allowing the ball point pen tip to dispose ink from the ink reservoir onto a material; and wherein a tattoo machine operator controls the driving actuation of the tattoo machine to the ball point pen tip for controlling marking of the material with the tip and ink.

5. The ballpoint dot pen tattoo cartridge according to claim 4, wherein the resilient assembly element comprises a metal spring.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 depicts a perspective view of an embodiment of the ballpoint dot pen tattoo cartridge 10 without driving actuation force on the ballpoint pen element 40 whereby the ballpoint pen element ink discharge tip 42 is retracted in the first barrel cartridge barrel aperture 20 and the integral cartridge barrel tapered bottom 14.

(2) FIG. 2 depicts the embodiment of the ballpoint dot pen tattoo cartridge 10 of FIG. 1 wherein the driving actuation force 152 on the ballpoint pen element 40 compresses the resilient assembly element 90 within the integral cartridge barrel 12 whereby the ballpoint pen element ink discharge tip 42 is extended from the first barrel cartridge barrel aperture 20 and the integral cartridge barrel tapered bottom 14.

(3) FIG. 3 depicts an exploded perspective view of the ballpoint dot pen tattoo cartridge 10 of FIG. 1.

(4) FIG. 4 depicts embodiment of the ballpoint dot pen tattoo cartridge 10 of FIG. 1 used by a tattoo machine operator controlling the driving actuation of the tattoo machine 150 to the ballpoint pen ink discharge tip 42 and thus controls marking of the material 200 with the ballpoint pen element pen ink discharge tip and ink 250.

(5) FIG. 5A depicts an elevational view of the cartridge barrel cap 60 for the embodiment of the ballpoint dot pen tattoo cartridge 10 of FIG. 1.

(6) FIG. 5B depicts a planar top view of FIG. 5A.

(7) FIG. 6A depicts an elevational view of the cartridge barrel ballpoint pen stabilizing element 70 for the embodiment of the ballpoint dot pen tattoo cartridge 10 of FIG. 1.

(8) FIG. 6B depicts a planar top view of FIG. 6A.

DETAILED DESCRIPTION

(9) The present invention is directed to embodiments for a ballpoint dot pen tattoo cartridge 10, as depicted is FIGS. 1-6B.

(10) An embodiment of the ballpoint dot pen tattoo cartridge 10 includes an integral cartridge barrel 12 having a longitudinal centerline axis 100, FIG. 1, a first cartridge barrel aperture 20 centered on and along the longitudinal centerline in a tapered bottom 14 of the cartridge barrel comprising a flanged top surface 22 at a top portion 24 of the first cartridge barrel aperture 20, FIGS. 1-3. A second barrel aperture 30 is centered on and along the longitudinal centerline axis 100 at a cylindrical top 16 of the cartridge barrel 12 and includes a diameter larger than the first barrel aperture 20 and a locking indent 34 on a second barrel aperture top surface 32, FIG. 3.

(11) An embodiment of the ballpoint dot pen tattoo cartridge 10 includes a ballpoint pen element 40 comprising an ink reservoir and sized to be received within the first cartridge barrel aperture 20, FIGS. 1-3. The ballpoint pen element includes 40 an ink discharge tip 42, an elongate shaft 44 comprising an ink reservoir 46 and two equal sized tabs 48 on opposite sides of the ballpoint pen element 40 are provided at an equal distance slightly below a ballpoint pen element elongate shaft 44 midpoint. The ballpoint pen element 40 further provides a pen ink discharge tip 42 having a ballpoint pen assembly 50 for ink discharge.

(12) An embodiment of the ballpoint dot pen tattoo cartridge includes a cartridge barrel cap 60 sized to releasably fit into and be held by the second barrel aperture 30. Cartridge casings 80 provided on opposite external sides of the second barrel aperture 30 are sized to be received into the tattoo machine 150 and held thereby attaching the cylindrical top 16 of the cartridge barrel 12 to a the tattoo machine 150, a. A central cap aperture 62 is sized to receive the ballpoint pen element 40, and a locking detent 66 on a cap top circumference 64 sized to be received into the second barrel aperture top surface 32, FIGS. 1-3, 5A, and 5B.

(13) An embodiment of the ballpoint dot pen tattoo cartridge includes a resilient assembly element 90 within the integral cartridge barrel 12, sized to receive the ballpoint pen element 40 between the first barrel aperture flanged top surface 22 and the ballpoint pen two equal sized tabs 48 providing means for movement of the ballpoint pen element 40 within the cartridge barrel 12 and exit and retraction of the ballpoint pen assembly for ink discharge 50 from the first barrel cartridge barrel aperture 20 and the integral cartridge barrel tapered bottom 14, FIGS. 1-3.

(14) An embodiment of the ballpoint dot pen tattoo cartridge includes a cartridge barrel ballpoint pen stabilizing element 70 sized to be within the integral cartridge barrel 12 between a bottom portion of the cartridge barrel cap 60 and above the two equal sized tabs 48 on opposite sides of the ballpoint pen element and providing a stabilizing element aperture 72 sized to receive the ballpoint pen element 40, FIGS. 3, 6A, and 6B.

(15) The driving actuation of the tattoo machine 150 to the ball point pen element 40 causes the ballpoint pen element ink discharge tip 42 to reciprocate within the integral cartridge barrel 12 between one or more extended and retracted positions from the first barrel cartridge barrel aperture 20 and the integral cartridge barrel tapered bottom 14 allowing the ball point pen ink discharge tip 42 to dispose ink from the ballpoint ink reservoir onto a material 200, FIGS. 1, 2 and 4. The tattoo machine operator controls the driving actuation of the tattoo machine 150 to the ballpoint pen ink discharge tip 42 and thus controls marking of the material 200 with the ballpoint pen element pen ink discharge tip and ink 250, FIG. 4.

(16) Different features, variations and multiple different embodiments have been shown and described with various details. What has been described in this application in terms of specific embodiments is done for illustrative purposes only and without the intent to limit or suggest that what has been conceived is only one embodiment or specific embodiments. It is to be understood this disclosure is not limited to any single specific embodiments or enumerated variations. Many modifications, variations and other embodiments will come to mind of those skilled in the art, and which are covered by this disclosure. It is intended that the scope of this disclosure should be determined by a proper legal interpretation and construction of the disclosure, including equivalents, as understood by those of skill in the art relying upon the complete disclosure present at the time of filing.