US20160058165A1

US20160058165A1 - Harness system

Info

Publication number: US20160058165A1
Application number: US14/835,000
Authority: US
Inventors: Geoff Mowery
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-08-28
Filing date: 2015-08-25
Publication date: 2016-03-03

Abstract

A tool yoke or harness system comprising a modified lanyard or neck strap and a yoke combination for a simple, secure, and portable tool holder. The support yoke provides a semi-rigid and stable platform for connecting the lanyard braids and for providing a platform to secure tools thereto. The resultant combination enables a user to comfortably and readily find whatever tool is needed, while at the same time having a stable yoke system that does not swing or move excessively. The yoke system can further comprise a cell phone pouch or pocket.

Description

This application claims priority to U.S. Provisional Patent Application No. 62/119,479, filed Feb. 23, 2015, by Geoff Mowery and entitled “TOOL YOKE”; and, U.S. Provisional Patent Application No. 62/043,076, filed Aug. 28, 2014, by Geoff Mowery and entitled “TOOL YOKE”; and are incorporated herein by reference in their entirety.

BACKGROUND

The present exemplary embodiment relates to a tool yoke or harness system. Many attempts have been made heretofore unsuccessfully to produce a workable tool yoke or harness for securing a variety of tools. The first attempts, prior to lanyards, involved pockets connected to strings. Subsequent to that, numerous tool lanyards were attempted but many drawbacks to their convenience and functionality remain.

BRIEF DESCRIPTION

The tool yoke or harness, as discussed herein, is a system combining a modified lanyard and a yoke for a simple, secure, stable, and portable tool holder. The yoke provides a rigid and stable platform for connecting the lanyard rope or braids and for providing a semi-rigid platform to secure tools thereto. The result is that the wearer can comfortably and readily find whatever tool is needed, while at the same time having a stable yoke component that does not swing or move excessively.
A harness system is provided, comprising: a neck strap, a support yoke including a folded yoke blank having a first support yolk portion and a second support yoke portion fastened to the first support yoke portion. The support yoke further includes a pair of folded edges wrapped around opposing sections of the neck strap. A plurality of tool connection means can be attached to a surface of at least one of the support yoke portions, each connecting means including a variety of attachment mechanisms for securing associated tools to the support yoke. The support yoke, including the pair of folded edges, provides rigidity sufficient to maintain a spaced apart distance between opposing sections of the neck strap.
A harness system is provided, comprising: a neck strap having a length, and a support yoke including a folded yoke blank having a pair of folded edges wrapped around opposing sections of the neck strap, wherein each of the folded edges include a height. A combined height of the pair of folded edges is from about 8% to about 33% of the length of the neck strap. A plurality of tool connection means can be attached to a surface of at least one of the support yoke portions, wherein each of the connecting means can include a variety of attachment mechanisms for securing associated tools to the support yoke. The support yoke, including the pair of folded edges, provides rigidity sufficient to maintain a spaced apart distance between opposing sections of the neck strap. The harness system can further comprise an adjustably sizeable cell phone holder attached to the support yoke.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a front view of the tool harness system;

FIG. 2 is a rear view of the tool harness system;

FIG. 3 is a front view of the tool harness system in the wearable position;

FIG. 4 is a side view of the tool harness system in the wearable position;

FIG. 5 is an elevational view of the unfolded yoke blank;

FIG. 6 is an elevational view of a first side of a first embodiment of a cell phone holder in the unfolded position shown with hook and loop connection means;

FIG. 7 is an elevational view, of a second side of the cell phone holder of FIG. 6;

FIG. 8 is a perspective view of the cell phone holder of FIG. 6 in the folded position using hook and loop connection means;

FIG. 9 is a side view of the cell phone holder of FIG. 8;

FIG. 10 is a top view of the cell phone holder of FIG. 8;

FIG. 11 is a rear view of the cell phone holder of FIG. 8;

FIG. 12 is an elevation view of a first side of a second embodiment of a cell phone holder in the unfolded position;

FIG. 13 is an elevational view of a second side of the cell phone holder of FIG. 12; and,

FIG. 14 is an elevational view of a mounting or retaining pad shown attached to a garment.

DETAILED DESCRIPTION

All previous tool lanyards designed for fisherman et al., used a bare monofilament line, leather string, or other small diameter lanyard cord as the neck strap. In contrast to such previous designs, the present tool harness system 10 has a neck strap or lanyard 12 made of climbing rope, or other resilient soft rope, so as to cushion the wearer's neck from a weighted load. The relatively large diameter neck strap 12 provides a stable system (described hereinafter) that resists swinging or pendulum movement of the harness system 10 as the wearer moves, while also providing frictional engagement to a tool yoke blank 20 to opposing portions of the strap 12.
All previous tool lanyards have had snap swivels and/or beads directly connected and hanging loose from a monofilament line or leather string lanyard cord. This type of arrangement allows the tools to constantly shift and change position and thereby foul each other. Spacers or beads have been used in an attempt to limit tool shifting. The present disclosure provides for the tool yoke 20 that includes a frictional and slidably engaged connection between opposing sections, portions, or sides 14, 16 of the neck strap or lanyard 12. The harness system 10 provides a stable yoke or platform 20 for securing tools thereto and for preventing their undesirable movement. The system 10 ensures that all of the attached tools remain where positioned and thereby readily and conveniently at hand. In addition, the tools can have generally fixed mounting positions to resist fouling and to minimize inadvertent movement and swinging.
All previous tool lanyards have involved straps that are too narrow in diameter and/or too flexible while being worn on the wearer's neck. The narrow diameter lanyard, even with spacers or beads therealong, results in a substantial amount of the overall mass of the lanyard and tools concentrating at a center of gravity positioned at the low point of the lanyard loop. This concentrated center of gravity encourages a pendulum motion from side to side and fore and aft movement as a wearer moves and bends at the waist. Some prior art devices are problematic in that the weight of the suspended items causes the items to bunch up along or near the center of gravity when the lanyard is worn around the neck of a user. This bunching or clustering problem causes entanglement and fouling of the suspended items, making it difficult to retrieve items selected by the user. The result is that tool lanyards heretofore presented enable excessive movement, rotation, pendulum swinging motion, etc., as the wearer moves about. It is to be appreciated that fishing tool lanyards and other similarly situated lanyards are typically used in conjunction with activities that require the wearer to be involved in somewhat strenuous activity and/or substantive motion. The present invention provides for a tool yoke harness system 10 where the suspended and/or mounted items connected to the yoke 20 do not bunch up along or near the center of gravity when the tool harness 10 is worn, but rather provides for secure and spaced mounting arrangements.
The neck strap 12 of the present disclosure provides a comfortable and stable friction grip mounting platform for the yoke blank 20 therebetween. The yoke 20 can be wrapped around opposing sections 14, 16 of the neck strap 12. The yoke 20 can then be fastened with a plurality of connectors or rivets 27 to frictionally secure the yoke 20 to the neck strap 12 to ensure a secure mounting arrangement. The secure mounting arrangement enables the user to overcome the frictional forces and slide the yoke 20 up and down 30 the neck strap 12. Terminal end caps 17, 19 prevent yoke 20 from separating from the neck strap 12. The yoke blank 20 can be positioned and adjusted by the wearer from a ‘lower’ position proximal to a user's waist, to a ‘higher’ position proximal to a user's chin or neck, or vice versa, as reflected by reference 30 (i.e. slid up or down respective lanyard portions 14, 16). The yoke 20 is wrapped around the neck strap 12 at opposing sections 22, 24. The height of the wrapped sections 22, 24, along with the relatively large diameter 18 neck strap 12 provides a frictional engagement between the yoke 20 and the neck strap 12 when the yoke 20 is mounted to the neck strap 12. The user of the harness system 10 can adjust the position of the yoke 20 by sliding the yoke 20 up and down in the directions indicated by reference 30 along opposing portions 14, 16 of the neck strap 12. It is to be appreciated that if the user is wading in relatively deep water, i.e. water level at chest height, the yoke 20 can be slid upward 30 toward and adjacent to the users upper chest and chin. In this position, the yoke 20 and associated tools can be kept out of the water. When the user is not wading in deep water, the user can slide the yoke 20 downward 30 along opposing portions 14, 16 of the neck strap 12, thereby positioning the yoke 20 adjacent to the user's midsection. In this position, the yoke 20 is in a more convenient position for access and viewing of the associated tools. It is to be appreciated that when the yoke 20 is positioned upward adjacent to a user's upper chest, the yoke 20 is retained in a manner that prohibits pendulum swinging side to side and also prohibits fore and aft movement. Even when the yoke 20 is positioned in the lower position adjacent to a user's midsection, the ratio of the yoke's length 60 to height 62 prevents wayward swinging and undesirable excessive fore and aft movement due to the rigidity of the yoke 20 and fixed distance retained between sections 14, 16.
A person who wishes to wade or float over deep water and/or strong currents may now do so with the convenience of his or her tools and supplies worn on a tool harness system 10 that can be positioned over the top of a life vest. Heretofore, this was impractical as fishing tools have been customarily carried or attached to a fly fishing vest which would interfere with the life vest. Fishermen fishing from canoes and small boats no longer need to keep their most frequently used tools and supplies in a tackle box, which makes noise when opened in the bottom of a boat and can be dangerous if overturned. Those fishermen who wish to travel far on foot to fish may now do so in a manner that is much lighter, cooler, and with more stability by using the tool harness 10 as opposed to the usual hot, heavy, and cumbersome fly vest.
It is to be appreciated that the system 10 can be customized for carrying any variety of tools for a plurality of different pursuits. For example, the tool yoke can be used by bird watchers to secure binoculars, cameras, and other items while stalking birds (not illustrated).
In another embodiment, the tool yoke can be used by hunters to carry a variety of game calls (not illustrated). In yet another embodiment, the tool yoke system can be customized to carry a variety of medical gear. Doctors, nurses, E.M.T., et al., can use the tool yoke for carrying medical tape (mounted to the spool), vacutainer tubes in sleeves or a pocket, scissors/forceps (mounted in ‘fast draw’ holster), hand sanitizer squeeze bottle, pen, identification badge, etc. (not illustrated). The material used can be inexpensive plastic or cloth designed to be disposable. Alternatively, the material can be durable and designed for prolonged use. The durable material can also be of a type able to withstand an autoclave process (i.e., high pressure steam sterilization). In this manner, the tool yoke can be constructed durably while enjoying the benefits of sterilization and continued use.
The present invention provides a support mounting fixture or yoke blank 20 attached to the neck strap or neck lanyard 12. The support yoke 20 can include swivels 40 for attaching a variety of fly fishing tools or other items related to a respective pursuit. The support yoke 20 has connection means for connecting to the neck lanyard 12 along wrap sections 22, 24 extending substantially the entire height 62 of the support yoke 20. The yoke 20 provides for a variety of connecting means for attaching fishing tools or similar at secure positions. The support yoke 20 can be constructed to provide rigidity sufficient to maintain the spaced apart distance between the portions 14, 16 of the neck lanyard 12. The tool yoke 20 can include a rigid support 50, including foam sections 51, 52 extending substantially along a majority of a top edge 26 or a bottom edge 28 of the slidably retained blank 20 for providing additional rigidity to the tool yoke 20. The support 50 can also include a loop material section 53 which can also serve as an area to hold flys or other fish hook tackle. Section 53 is particularly adapted for use with barbless hooks. It is to be appreciated that flys (i.e. hooks) can be held by sections 51, 52, 53 (i.e. barbed and barbless) to facilitate changing of one fly pattern to another fly pattern. Additionally, flys can be held by sections 51, 52, 53 while the fly dries, prior to placing back into a fly box.
A ratio of the length 60 of the yoke 20 relative to the height 62 of the yoke 20 represents a construction and arrangement that maintains the combined neck lanyard 12 and yoke 20 in a substantially fixed and rigid position thereby resisting unwanted swaying or swinging about a wearer's neck. In one embodiment, the length 60 is about equal to the height 62. In another embodiment, the length 60 is about one and one half (1.5) times the height 62. And still other embodiments, the length 60 is about two (2.0) times the height 62. And still further, the length 60 is about three (3.0) times the height 62. It is to be appreciated that the height of the folded edge wraps combined comprise from about 8% to about 33% of the overall length of the neck strap.
As shown in FIGS. 1-4, any number of different types of tool attachments can be mounted to the yoke blank 20. A “fast draw” generally horizontal holster 70 can be mounted to the outside of the yoke blank 20 for the mounting of pliers, forceps 72, scissors, or similar. Other attachments can include a spool 80, mounted at opposing ends 81, 82, for holding tippet dispensers 84. Extra swivel attachments 41 can be incorporated for adding additional tools such as tippet straightener, zingers, nippers 86, floatant bottles, fly boxes, “mud”, knot tying tools, etc.
In one embodiment, the neck strap 12 is comprised of climbing rope. The strength, flexibility, and diameter of the strap 12, combined with the yoke blank 20, enhances the comfort, durability, and rigidity of the harness 10. The neck strap 12 can comprise a cord with a diameter 18 in the range from about 9 mm to about 15 mm. The weight of the cord can be from about 40 g/m to about 70 g/m. As described above, the relatively large diameter and relatively large weight of cord 12 provides a secure frictional connection between the wrapped portions 22, 24 of the yoke 20 when mounted to the neck strap 12, while enhancing the comfort along the back of the neck of a user. The neck strap 12 can itself be “pinned” therethrough for holding any variety of tools, devices, or “keepers” (i.e. “zingers”) that in turn hold various tools (not shown). The overall length of the neck strap 12 can be in the range from about 36 inches to about 60 inches.
Referring now to FIG. 5, wherein the yoke blank 20 is therein displayed. It is to be appreciated that the yoke blank is folded around fold lines 21, 23 which form the wrap sections 22, 24, respectively. Once wrapped about corresponding neck strap sections, the yoke blank is connected with fasteners or rivets through the respective matching mounting holes 90, 91, 92, 93. Additional corresponding apertures or holes are displayed for attaching any variety of tools or accessories as described above, the additional mounting holes are displayed and identified as reference numbers 94, 95, 96, 97. It is to be appreciated that the yoke blank 20 can further comprise additional holes or apertures to provide the preferred number of mounted accessories.
In addition, the tool yoke 20 can also include a sleeve or pocket connected thereto formed from a flexible material blank 100 folded for holding a cell phone securely in front of the wearer. To be described in more detail hereinafter, a cell phone can be secured but readily accessible while on the go and/or while in pursuit of various outdoor activities. In one embodiment, the cell phone folded pocket or pouch 102 (FIGS. 8-11) can be selectively mounted and removed from the tool yoke 20. In another embodiment (FIGS. 12 and 13), once removed, the cell phone pocket 200 can be selectively mounted to an associated hook and loop retaining pad, for example, mounting pad 334 (FIG. 14). Any number of separate mounting pads 334 can be used and selectively placed in areas convenient for the user to mount their cell phone pocket 200 and associated phone.
As described above, the tool yoke 20 can include an interior pocket for receiving and storing items. For example, a cell phone may be stored within an adjustably formable or sizeable pocket 102 which can be attached to the yoke blank 20 (FIG. 4). The pocket can include a water proof zipper means for enclosing the interior pocket in a water proof tight compartment (not shown). Once folded, the yoke blank 100 can form an adjustably sized pocket 102 adjacent to an interior side of the yoke blank 20. The pocket 102 can have an opened upper edge for receiving and removing stored items, i.e. a cell phone. In the aforementioned embodiment, the receiving of a cell phone within the pocket 102, while connected to the yoke 20, provides for additional rigidity of the yoke 20 between the opposing sides 14, 16 of the lanyard cord sections 13, 15.
The aforementioned tool yoke 20 and neck strap 12 particularly addresses the needs and concerns of fisherman. However, the tool yoke is versatile and can be ‘outfitted’ to address the needs and concerns of any number of occupations and/or activities. One typical feature common to nearly all uses, is the need for securing a cell phone. The tool yoke 20 and pocket 102 can retain a cell phone securely in place while allowing convenient hands free access to answer and converse on phone calls. The tool yoke 20 can include an adjustable and removable cell phone sleeve, pocket, or pouch 102, that is universally dimensioned and selectively foldable in order to retain nearly any sized cell phone. The adjustable sleeve, pocket or pouch 102 can be removably attached to the yoke 20 by a hook and loop system and/or other connection means. This allows the same cell phone pouch to be selectively removed and relocated when needed for a different situation or usage.
Referring now to FIGS. 6-11, wherein a first embodiment of the cell phone pouch 102 is therein shown. FIGS. 6 and 7 show the cell phone pouch in an unfolded planar 100 orientation. It is to be appreciated that arms 110, 112 can be folded at or around fold lines 111, 113, respectively, and then the section 120 can be folded at or around fold line 121 upwards towards section 122, wherein the hook portions 130, 132 will engage the loop section 134, thereby securing the blank 100 into the pocket or pouch 102 configuration. The pocket or pouch 102 configuration is shown in a series of different views in FIGS. 8-11. It is to be appreciated that the pouch 102 can be folded around and fitted to any number of different sized cell phones or similar devices.
Referring now to FIGS. 12 and 13, wherein a second embodiment of the cell phone blank 200 is therein shown. FIGS. 12 and 13 show the cell phone pouch in an unfolded planar 200 orientation. It is to be appreciated that arms 210, 212 can be folded at or around fold lines 211, 213, respectively, and then the section 220 can be folded at or around fold line 221 upwards towards section 222, wherein the hook portions 230, 232 will engage the loop section 234, thereby securing the blank 200 into the pocket or pouch configuration. The folded pocket or pouch configuration is not illustrated. FIGS. 12 and 13 further display an elastic retaining strap 240 that provides additional restraint to the top opening of the formed pouch. The elastic retaining strap 240 wraps around the upper region of the folded pouch whereby a cell phone can be retained within the pouch and secured therein. It is to be appreciated, that hook portions 250, 252 are presented in an exterior orientation when the blank 200 is in the folded position. The hook portions 250, 252 are thereby exposed and can enable the cell phone pouch to be attached to a mounting pad 334 in any number of orientations and mounting configurations.
It is to be appreciated that the adjustable cell phone pouch 200 can be used with or without a tool yoke. The cell phone pouch 200 can be used with several individual mounting pads 334 placed where needed and convenient for the respective user. For example, the cell phone pouch 200 can easily be removed from a mounting pad 334 secured to a garment 350 (FIG. 14) and attached to another mounting pad mounted in another location (i.e. dashboard of an automobile). A single pouch can be used with a plurality of mounting pads 334 thereby enabling convenient use and ready access. The tool yoke and/or cell phone pouch can be used in any number of environs including business, construction, medical field, rescue, security, sports, or any number of other daily functions and activities.
The exemplary embodiments have been described with reference to the preferred embodiments. Obviously, modifications and alterations will occur to others upon reading and understanding the preceding detailed description. It is intended that the exemplary embodiments be construed as including all such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.

Claims

1. A harness system, comprising:

a neck strap;

a support yoke including a folded yoke blank having a first support yoke portion, and a second support yoke portion fastened to said first support yoke portion;

said support yoke further includes a pair of folded edges wrapped around opposing sections of said neck strap;

a plurality of tool connection means attached to a surface of at least one of said support yoke portions, each said connecting means including a variety of attachment mechanisms for securing associated tools to said support yoke; and,

wherein said support yoke including said pair of folded edges provide rigidity sufficient to maintain a spaced apart distance between opposing sections of said neck strap.

2. The harness system of claim 1, further comprising an adjustably sizeable cell phone holder attached to said support yoke.

3. The harness system of claim 2, wherein the cell phone holder is held to said support yoke using a hook and loop attachment means.

4. The harness system of claim 1, further comprising a cell phone holder adjacent to said support yoke;

wherein said cell phone holder includes a water proof zipper to provide means to said cell phone in a water tight compartment.

5. The harness system of claim 1, wherein said folded yoke blank is a rectangular folded blank.

6. The harness system of claim 1, further comprising a rigid foam support extending substantially along a majority of a top edge or bottom edge of said folded yoke blank for providing additional rigidity to said support yoke.

7. The harness system of claim 1, wherein said folded yoke blank includes a length and a height; and,

wherein said length is about two times said height.

8. The harness system of claim 7, wherein said folded yoke blank is slidable up and down along said opposing sections of said neck strap.

9. The harness system of claim 1, wherein said folded yoke blank includes a length and a height; and,

wherein said length is from about two times to about three times said height.

10. The harness system of claim 9, wherein said folded yoke blank is slidable up and down along said opposing sections of said neck strap.

11. The harness system of claim 1, wherein said folded yoke blank includes a length and a height; and,

wherein said length is from about one time to about two times said height.

12. The harness system of claim 8, wherein said lanyard cord comprises climbing rope having a diameter of at least 9 mm and a weight of at least 50 g/m.

13. The harness system of claim 10, wherein said lanyard cord comprises climbing rope having a diameter of at least 10 mm and a weight of at least 55 g/m.

14. A harness system, comprising:

a neck strap having a length;

a support yoke including a folded yoke blank having a pair of folded edges wrapped around opposing sections of said neck strap, wherein each said folded edge includes a height;

wherein a combined height of said pair of folded edges is from about 8% to about 33% of the length of said neck strap;

15. The harness system of claim 14, further comprising an adjustably sizeable cell phone holder attached to said support yoke.

16. The harness system of claim 15, wherein the cell phone holder is held to said support yoke using a hook and loop attachment means.

17. The harness system of claim 14, wherein said folded yoke blank is a rectangular folded blank.

18. The harness system of claim 14, further comprising a rigid foam support extending substantially along a majority of a top edge or bottom edge of said folded yoke blank for providing additional rigidity to said support yoke.

19. The harness system of claim 14, wherein said folded yoke blank includes a length and a height; and,

wherein said length is about two times said height.

20. The harness system of claim 19, wherein said folded yoke blank is slidable up and down along said opposing sections of said neck strap.

21. The harness system of claim 14, wherein said folded yoke blank includes a length and a height; and,

wherein said length is from about two times to about three times said height.

22. The harness system of claim 21, wherein said folded yoke blank is slidable up and down along said opposing sections of said neck strap.

23. The harness system of claim 14, wherein said folded yoke blank includes a length and a height; and,

wherein said length is from about one time to about two times said height.

24. The harness system of claim 20, wherein said lanyard cord comprises climbing rope having a diameter of at least 9 mm and a weight of at least 50 g/m.

25. The harness system of claim 22, wherein said lanyard cord comprises climbing rope having a diameter of at least 10 mm and a weight of at least 55 g/m.