A new sport game in which players use either single or double-sided hand disc equipment for hitting a small bouncy ball off of multiple surfaces inside an enclosed game court. Goals are positioned on ends of the game court. The game court can include a mid wall with an opening between the mid wall and the ceiling. The game is played by striking the ball with the hand disc equipment; moving the ball over the mid wall using the hand disc equipment or a portion of a body of the user and scoring at least one point when the ball passes over the mid wall through the opening and is received in one of the goals.
Legal claims defining the scope of protection, as filed with the USPTO.
. Hand disc equipment comprising:
. The hand disc equipment according to, wherein the hand attachment device is band having a first portion of the band attached at a first position on the non-striking face and a second portion attached at a second position on the non-striking face, a loop of the band being formed between the first position and the second position, the loop of the band configured receiving the hand of the user.
. The hand disc equipment according tofurther comprising a finger loop attached to the non-striking face and a thumb pocket attached to the non-striking face, the finger loop configured for receiving a digit of the hand and the thumb pocket configured for receiving a thumb of the hand.
. The hand disc equipment according to, wherein the hand attachment device is band having a first portion of the band attached at a first position on the non-striking face, a second portion of the band attached at a second position on the non-striking face, a third portion of the band attached to the non-striking face at a third position, the third position being between the first position and the second position, a first loop being formed between the first position and the third position and a second loop being formed between the second position and the third position, the first loop of the band configured for receiving a first digit of the hand and the second loop of the band configured for receiving a second digit of the hand.
. The hand disc equipment according to, further comprising a first coupling member of a first strap attached to the non-striking face, the first strap being formed of a hook and loop material and at least one first tab, the at least one first tab being attached to the non-striking face, a wrist band, a glove, an item of clothing, or a second strap, the tab being formed of a hook and loop material, wherein the first strap being configured for removably attaching to the tab or a second coupling member of a string attached to the non-striking face.
. The hand disc equipment ofwherein the hand attachment device is a finger pocket attached to the non-striking face and a thumb pocket attached to the non-striking face, wherein the finger pocket configured for receiving one or more digits of the hand and the thumb pocket configured for receiving the thumb of the hand, optionally the thumb pocket being formed of a rigid or semi-rigid material, and alternatively, the thumb pocket being positioned over a thumb hole formed in the disc to receive the thumb of the hand on the striking face.
. The hand disc equipment offurther comprising a finger tip guard, the finger tip guard being removably or permanently attached to a top portion on the non-striking face of the at least one disc, the finger tip guard optionally including a cavity, the cavity configured for receiving one or more digits of the hand of the user.
. The hand disc equipment offurther comprising a palm pad, the palm pad being coupled to the non-striking face of the at least one disc or between the hand attachment device and the non-striking face of the at least one disc and optionally padding attached to the non-striking face of the at least one disc.
. The hand disc equipment ofcomprising two discs, the hand attachment device is coupled to the non-striking face of each of the discs, wherein the hand disc equipment is double sided hand disc equipment including a first striking face of a first of the discs and a second striking face of a second of the discs opposing one another, the discs being aligned in opposing directions to one another, and a diameter of the first of the discs being the same or different than a diameter of a second of the discs, optionally the first of the discs being smaller and being attached at a center of the second of the discs being larger.
. The hand disc equipment ofwherein the hand attachment device is band having a first portion of the band attached at a first position on the non-striking faces of the two discs, a second portion of the band attached at a second position on the non-striking faces of the two discs, a third portion of the band attached to the non-striking face of one of the discs at a third position, the third position being between the first position and the second position, a first loop being formed between the first position and the third position of the band and a second loop being formed between the second position and the third position of the band, an opening formed between the third position and a non-striking face of a second one of the discs, the first loop of the band configured for receiving a first digit of the hand and the second loop of the band configured for receiving a second digit of the hand, and the opening formed between the third position and the non-striking face configured for receiving a third digit of the hand.
. The hand disc equipment ofwherein the hand attachment device is a u-shaped connection attached to a first one of the discs, the u-shaped connection being removably attached to a second one of the discs, wherein the u-shaped connection is configured to receive a digit of the hand of the user.
. The hand disc equipment ofwherein the hand attachment device is a glove, one or more finger portions of the glove being attached to a first one of the discs and a thumb portion of the glove being attached to a second one of the discs.
. The hand disc equipment ofwherein a connective outer edging couples the two discs to one another, and the hand attachment device is an insert, the insert including a plurality of openings, wherein the openings are configured to each receive a digit of the hand of the user.
. The hand disc equipment ofwherein the striking face has a concave shape and the non-striking face has a convex shape.
. The hand disc equipment ofwherein the striking face includes a flange extending around a recessed central portion of the striking face.
. The hand disc equipment ofcomprising two discs and a protective disc, the hand attachment device is coupled to a first surface of the protective disc and a non-striking face of a first one of the discs, a second surface of the protective disc being attached to a non-striking surface of a second one of the discs, wherein the hand disc equipment is multi surface hand disc equipment including a first striking face of the first one of the discs and a second striking face of the second one of the discs opposing one another, the two discs being in alignment to one another, and a diameter of the first one of the discs being the same or different than a diameter of a second one of the discs, the protective disc extending from the two discs, wherein the protective disc or alternate shape can be configured to cover a hand, wrist, and forearm of a user.
. An apparatus built as a room for playing a sports game comprising:
. The apparatus ofwherein the mid wall being removably attached to a rear of a pair of trucks when the rear end walls of trucks abut to close proximity; the mid wall frame being attached to both truck openings and located above bumper guards and attached to the rear of the respective trucks and extend a horizontal length of the trucks, the opposite end walls being end walls of the trucks and the opposite sidewalls being sidewalls of the trucks.
. A method for playing a sports game comprising the steps of:
. The method ofwherein the hand disc equipment comprising two discs, the hand attachment device is coupled to the non-striking face of each of the discs, wherein the hand disc equipment is double-sided hand disc equipment including a first striking face of a first of the discs and a second striking face of a second of the discs opposing one another, optionally, the discs being concentric to one another, and a diameter of the first of the discs being the same or different than a diameter of a second of the discs.
Complete technical specification and implementation details from the patent document.
The present invention relates to sporting equipment and a recreational enclosure for playing a ball game and in particular to hand disc equipment for striking the ball and an enclosed game court, including a central mid wall, and two opposite and opposing goal walls, for playing the game.
There have been about 35 racquet or paddle sports played all over the world. A variety of circular hand equipment known as racquets and paddles have been developed for striking a ball. Indoor and outdoor recreational courts have been developed to be used in a variety of ways. Some courts use nets and some use walls.
Currently, the most popular racquet/paddle sports are tennis, ping pong, badminton, squash, padel, and pickleball. Racquetball is typically played in an enclosed court including a hard surface and four walls from which the balls are rebounded and played for year-round play. The USA Racquetball Association utilizes temporary installations of racquetball courts to hold tournaments. Since racquetball has lost much of its popularity over the years, it is desirable to convert racquetball courts for other uses, such as a new sport game.
It is desirable that a new sport game can be played on a game court having several variations, including a low ceiling and a mobile game court alternative. It is desirable that the game court for the new sport game creates a space that is compatible for arranging cameras around the court for video filming. It is desirable that a new sports game can be played with suitable ball striking equipment and a method of play that allows people of all ages and skill levels, including those with health challenges, to participate in a fun, fast, and safe sports competition. It is desirable that health and fitness is enjoyable and beneficial for everyone. It is desirable that a sport game provide an opportunity to be entertaining, which includes a way to involve a variety of performers. It is desirable that a sports game offer new ways to engage spectators, which may include audio and visual technology.
Briefly described, the present invention relates to a new sport game in which players use either single or double-sided hand disc equipment for hitting a small bouncy ball off of multiple surfaces inside an enclosed game court. It is generally preferred that the enclosed game courts of the present invention have four walls and a ceiling. The ceiling preferably has a clearance height of 12 feet or less. A full court includes a mid-wall with an opening generally between 1 to 2 feet high between the mid-wall and the ceiling. Two goals are positioned on opposing walls of the court parallel to the mid wall. At least one entry door is used to access the court. A racquetball court can have a size of a length of about 40 feet and a width of about 20 feet and a height of at least 20 feet. In one embodiment, a conventional racquetball court can accommodate an installation of the game court of the present invention measuring approximately 24 feet in length with a width of 12 feet and a height of 8 feet. The mid-wall is constructed mid-way between the front wall and the rear wall of the enclosed recreational court. The mid-wall generally has a height in a range of about 6 to 10 feet.
Walls and ceiling surfaces of the court can be made of glass, plastic or composite material. Polycarbonate can be used for the walls and the ceiling to provide unbreakable, scratch resistant surfaces. The walls and the ceiling can be tinted, opaque, translucent, or transparent. It is advantageous to use transparent surfaces which are see through surfaces to allow spectators to watch the game. The general durability of the court, particularly the walls, should withstand a player falling into a wall, kicking a wall, or hitting the wall with equipment. Suitable thicknesses of the walls include about 12 mm thickness which is substantially durable.
An enclosed court used indoors can include conventional court floors, such as for example, wood racquetball court floors. Flooring should be smooth, durable, and non-slip, while having a seamless connection.
In one embodiment a mobile court is constructed as an enclosed court for playing of the sports game. The mobile court can include a vinyl, rubber, or composite snap together or rollout floor. The flooring is preferably made of a material having no chemical toxicity, moisture and mildew resistant, and is long lasting.
The single sided hand disc equipment has one primary striking surface, or “face”, and utilizes one side of the single sided hand disc equipment. The user connects the single sided hand disc equipment to an open hand. The single sided hand disc equipment uses one side as the direct point of contact for striking a ball from a face of the single sided hand disc equipment.
The double-sided hand disc equipment has two primary striking surfaces, or “faces”, and utilizes two sides of the double-sided hand disc equipment. The double-sided hand disc equipment is worn on a user's open hand, with striking surfaces on both a back and a palm side of the hand. The striking surfaces face in opposite directions so that they can be used to strike a ball using either a backhand motion or a forehand motion. The ball can also be bounced up toward the ceiling or down toward the floor by striking the ball with either of the striking surfaces in a respective upward or downward direction. In one embodiment, the hand discs of the double-sided hand disc equipment can be detached and used as a single hand disc. Plastics are suitable for fabricating a disc of the hand disc equipment in various
styles. Other materials may be used to create different textures, thicknesses, and weights of the striking surface of the disc of hand disc equipment. Additional parts of the hand disc equipment can include a glove, wrist cushioning, hand cushioning, finger inserts, elastic bands, and strap attachments. The strap attachments can aid in attaching the hand disc equipment to a user for providing more than safety and stability. The strap attachments can be adjusted for personal comfort of the user. The additional parts of the hand disc equipment allow for protection provisions to the user's forearm, wrist, and fingers.
A ball can be struck by the disc of the hand disc equipment. The ball can be formed of an elastic or rubber material. In one embodiment, the ball is formed of an elastic material of Zectron. The ball used to play the sport game can be a Superball® as manufactured by WHAM-O.
Hand disc equipment can direct a ball more accurately than a paddle or racquet might, because there are lesser angles to consider and no handle to maneuver. Racquets and paddles have distance between the striking head and a player's hand, creating some challenges for calculating swinging equipment and making contact with a ball. When using hand disc equipment of the present invention, hand eye coordination is at the direct point of the user's hand, therefore less difficult for striking the bouncy ball.
This present invention includes a mobile court for playing a game with the hand disc equipment. The mobile court can be constructed directly onto a flatbed or utility trailer for permanent use, it can be installed for temporary use, or it can be constructed on roller wheels for maneuvering onto and off of a platform via a ramp. The mobile court can be constructed by renovating existing transportation vehicles, such as for example RV's, buses, box trucks, showcase trailers, flatbeds. Constructing a mobile court can be accomplished by refurbishing conventional frameworks and wall panel systems or building frameworks and panel systems. A kit can include the mobile courts, corner vents for air exchange, goal areas, and mid wall attachments.
The objective of the sport game of the present invention is to keep the ball moving within an enclosed court, to get the ball over the mid wall barrier, and to ultimately get the ball into the goal on the wall of the opponent's side by striking the ball with a disc of the hand disc equipment. The hand disc equipment can also benefit racquetball, ping pong, pickleball, and handball players who can develop faster reflexes, precision hits, speed, endurance, and agility by playing the sport game of the present invention. The invention will be more fully described by reference to the following drawings.
Reference will now be made in greater detail to a preferred embodiment of the invention, an example of which is illustrated in the accompanying drawings. Wherever possible, the same reference numerals will be used throughout the drawings and the description to refer to the same or like parts.
is a perspective view of double-sided hand disc equipmentincluding two discs. Edgecan be angled slightly upward between non-striking faceand striking face. Edgeallows a ball to be scooped up from a surface and retains the ball on striking face. Edgecan contain a ball on striking facewhen spinning in a circle along striking face.
Each of discscan have identical dimensions. Discscan have a diameter in a range of about 4 inches to about 12 inches. In one embodiment, discshave a diameter of about 6 inches. Discscan be made from one or rigid materials. Suitable materials include composites, plastic, wood, polycarbonate, and the like.
Discscan include a layer or topcoat made of an epoxy resin or similar substance. The layer or topcoat can be beneficial for incorporating designs and logos to appear at or through a surface of striking face. The layer or topcoat can be beneficial to make the discthicker and heavier, which assists with dampening vibrations of discfor limiting hand sensation upon making contact with the game ball, providing better control when rebounding and striking a ball with disc, and improving the speed of a ball when striking with disc. Testing has shown that a hard smooth resin topcoat may also improve the accuracy and trajectory of ball. Suitable resins include a super glaze epoxy resin manufactured by WATCO® and epoxy resin manufactured by Envirotex Lite®. Tests were performed including comfort, grip, accuracy, hits from the floor, construction quality, shock absorbency, protection of discs, hitting strength and staying in place with discincluding the layer or topcoat and not including a layer or top coat. Discs including a layer or topcoat had improved overall striking performance and control in comparison to discs not including the layer or topcoat. Disccan be formed from a mold or by injection molding. Discscan be formed of other materials and other similar circular shapes.
In this embodiment, discswith similar and opposing striking facesare attached together using band. Bandcan be an elastic band. For example, bandcan be a heavy duty 2 inch elastic band. Bandcan be folded to form loops. Bandcan be attached to non-striking faceof discat end positionand end position. Bandcan be attached to non-striking faceof discat end positionand end position. Bandcan also be attached to non-striking faceof discat middle position. Bandcan be attached at end positions-and middle positionwith glue. Bandwhen folded and attached forms loops. Loopscan serve as connections for three central fingers to be inserted for connecting a user's hand to discs. For example, an index finger, middle finger and ring finger of a user can be received in or beside loops.
Striking facecan have a concave shape. Non-striking facecan have a convex shape. Non-striking facehaving a convex shape provides a rounded surface for receiving a palm. Wrist strapcan be attached to non-striking face. Wrist strapassists with providing a secure connection of discto a user.
is a bottom plan view of non-striking faceof disc. Strapcan be attached to non-striking face. Strapassists with providing a secure connection of discto a user. Strapcan be formed of a hook and loop material, such as Velcro. Tabcan be attached to non-striking face. Tabcan be formed of a hook and loop material, such as Velcro. Tabcan be a 1″×2″ peel & stick Velcro tab. Tabcan be attached to strapafter wrist strapis wrapped around a users' wrist.
is a perspective view of usergrasping double-sided hand disc equipment. In this embodiment, double-sided hand disc equipmentincludes an additional part of glove. Usercan optionally wear glove. Glovecan be made of a variety of fabrics. Glovecan have a length of 6 to 8 inches extending along a portion of armof user. Finger portionsof hand partof glovecan be inserted into loopsof band. After inserting of finger portionsof hand partof gloveinto loops, hand partof glove is positioned adjacent to disc. Finger portionsof hand partallow for a good grasp within loopsand helps to hold a hand of userin place against discs. Hand partcan be formed of leather. Sleevecan be attached to hand partof glove. Sleevecan be formed of a stiff fabric. For example sleevecan be formed of KEVLAR® manufactured by DuPont, foam or leather. Glovecan provide added stability for users, provide more comfort, provide lesser sensation to the hand when striking a ball with disc, and can provide added protection to armof userin the event of a missed stroke.
Tabcan be attached to glove. Tabcan be coupled to strapfor connecting gloveto disc. Tabcan be attached to clothing. For example, clothingcan be a shirt sleeve.
is a schematic diagram of lipwhich can be attached to edge. Lipcan be formed of rubber. Lipprovides safety protection during use to prevent scratching of the user during use and prevent scratching of court surfaces in contact with lip.
illustrate convertible double-sided hand disc equipmentincluding two discsin which discsof convertible double-sided hand disc equipmentcan be detached to allow either of discs,to be used separately. Strapis connected to discand strapis connected to discas shown in. Strapsandcan be removably attached to wristband. For example, wristbandcan be formed of elasticized terry cloth. In one embodiment, striking faceis formed of a transparent material. For example, the transparent material can be an epoxy resin.
In this embodiment, when discs,are used separately, discsandeach include striking faceas shown in. Striking facehas a larger diameter than non-striking faceof hand equipmentwhich creates a thicker center striking area of striking face. For example, striking facecan have a diameter of about 4 to about 6 inches and non-striking facecan have a diameter of about 3 to about 5 inches. In one embodiment striking facehas a diameter of about 4⅞ inches and non-striking facehas a diameter of about 3¼ inches.
Imagecan be attached to striking surfaceas shown in. In one embodiment, imageis attached to non-striking surfaceby gluing imageto disc padbefore adhering to disc. Striking surfaceis transparent to allow imageto be shown through striking surface. Imagecan include indicia including words and logos, for example the indicia can include individual names, team names and sponsors names.
Bandis attached to non-striking faceas shown in. Bandcan be formed of flexible foam. In one embodiment, bandcan be formed of foam surrounded by an elastic material. For example, bandcan be formed of foam surrounded by a thin elastic felt. Bandcan have a thickness in the range from about 1/16 inches to about ¼ inches. In one embodiment bandcan be formed of ⅛ inch foam. Alternatively, bandcan be made of another suitable material.
Endsof bandare attached to opposite side edgesof palm padwhile leaving openingbetween bandand palm padto allow for four fingers to be inserted within openingand held by bandas shown in. Usercan insert up to four fingers under bandto allow either backhand or forehand striking of a ball. Palm padand disc padcan be formed of foam rubber. Palm padcan be thicker than disc pad. For example, palm padand disc padcan have a thickness in the range of about ¼ inch to about ¾ inches. In one embodiment, palm padcan have a thickness of about ⅝ inches and disc padhas a thickness of about ⅜ inches. Disc padcan be wider than palm pad. For example, disc padand palm padcan have a diameter in the range from about of about 3 to about 5 inches. For example, palm padcan have about a 3 and ⅜ inch diameter and disc padcan have a diameter of about 5 inches. Palm padcan be attached with glue to about the center of disc pad. Straps,can be attached to palm pad. In one embodiment as shown in, longer strapformed of a hook and loop material can wrap around and removably attach to palm padformed of a felt material. Alternatively, straps,can be permanently attached to palm pad, such as by glue.
illustrate use of one of discsbeingof convertible double-sided hand disc equipmentin which strapcan be attached around a user's wrist, at the wristband and to any location on strap
illustrate discof convertible double-sided hand disc equipment. Bandattached to palm padcan be folded and attached to form loopsas shown. Strapis connected to tab. Tabis attached to palm pad.
Alternatively, strapcan be glued to palm padwithout the use of tab. Striking facecan have a concave surface.
Digitsandcan be inserted in loopsas shown in. This embodiment includes coupling memberas an alternative to strap. Coupling membercan be attached to side edgeof palm pad. Coupling memberis wrapped around a hand or glove of user. Coupling membercan be formed of string or cord. Palm padcan be formed of hard foam rubber or other similar material for cushioning handof user. Digitandcan grasp edgeof palm pad.
Slotcan be positioned above palm padand below non-striking faceas shown in. Slotcan receive image. Imagecan be formed on a material having a sufficient thickness for easy insertion into slot. After insertion of imageinto slot, slot can be closed. Slotcan be closed with tape, sealed with glue, or covered by straplooped around palm padas shown in.
Discof hand disc equipmentincludes striking faceas shown in. Striking faceincludes flangean outer striking surface extending around recessed central portionof striking face. The overall diameter of disccan have a diameter in the range of about 8 to about 10 inches. Striking facein recessed central portioncan have a diameter of about 6 to about 8 inches. The difference in height between flangeand recessed central portionof striking faceallows a ball to be spun in a circle within recessed central portion.
Finger pocketcan be attached to non-striking faceas shown in. Finger pocketreceives digits-of user. Finger pocketcan be formed of an elastic material. The stretching of the elastic material of finger pocketallows digits to move together and to spread slightly apart for control and flexibility.
Discof hand disc equipmentincludes thumb pocketattached to striking face. Thumb pocketreceives digitof user. Digitcan be a thumb of user. Digitgoes through thumb holefrom non-striking faceand slips into thumb pocketon striking face. Thumb pocketprotects digit. Thumb pocketcan be formed of foam rubber, hard molded plastic or other material, which can in fact be made of the same material as disc. Strapcan be attached to wristof user.
Thumb pocketcan be formed on striking faceas shown in. Thumb holeextends through disc. Finger pocketcan be attached to non-striking face. Disccan have a diameter in a range of about 8 inches to about 9 inches. Disccan be made in a variety of ways by using a resin poured in a smooth, slightly concave, form or mold. The mold can include a feature to create thumb hole. The resin can be clear epoxy resin. Colorants or objects can be added to the resin. Image, as shown in, can be glued to discprior to adhering finger band. Alternatively, imagecan be placed in the mold before receiving the resin or between layers of resin pours.
shows an alternate embodiment of, handof usercan be seen through discwhich is transparent. Finger pocketcan be attached to non-striking face. Finger pocketcan have a mitten shape. Thumb pocketformed on striking facecan have an alternate shape.
Hand disc equipmentcan include discsandwhich are concentric with one another as shown in. Imagecan be glued to discstriking surface prior to a resin pour. Dischas a smaller diameter than disc. Discis adhered in center of disc. Each of discs,can have a slightly concave surface between edge. The surfaces of discs,allow a ball to move in a contained circular track between discand
Bandcan be attached to non-striking surfaceusing tabsas shown in. Finger loopreceives digit. Digitcan be a middle finger. Thumb holderreceives digit. Thumb holdercan be formed of two tabsformed of a hook and loop material. Thumb holdercan be adjusted according to a size of digitor the use of a glove by user.
andillustrate multi-surface hand disc equipmentincluding discsandand protective disc. Disccan have smaller diameter than disc. In one embodiment, disccan be used for forehand strikes and disccan be used for backhand strikes. Alternatively, disccan be used for forehand strikes and disccan be used for backhand strikes. Protective disccan be formed of a rubber material for protecting a wrist and hand of userpositioned below disc
shows a side view of a userwearing a gloveinserted into multi-surface hand disc equipment. Each disc,is covered with layer. Layercan be a foam layer for added comfort and protection for direct hand to disc contact. Layercan be a thin layer of padding adhered to non-striking face.
Coupling layercan be coupled between discsandas shown in. Coupling layerwhich includes finger loopcan receive digit. Coupling layercan include main loop. Main loopcan receive digitand. Digitcan be a pointer finger. Digitcan be a ring finger. It will be appreciated that different digits-can be inserted in finger loopand main loop.
Protective disccan be larger than discs,as shown in. For example, protective disccan have a diameter of about 4 to about six and a half inches and disccan have a diameter of about 3 to about 5 inches. In one embodiment protective dischas a diameter of about 4⅞ inches and dischas a diameter of 3⅜ inches.
show strapattached to protective disc. Strapcan include tabspositioned along strapand at a end of strap. Strapcan be wrapped around glovefor attachment to user. Digitreceived in glovecan either tuck beside a first finger, beside disc, or comfortably extend away from protective discfor delivering forehanded strikes.
Equipment testing suggests that discs with smaller diameters can provide improved accuracy over discs with larger diameters. A larger diameter striking face can provide improved chances for making contact with a ball.
Hand disc equipmentincludes discand can include fingertip guardat upper top half portion of disc. Fingertip guardcan be curved in a shape of discas shown in. Fingertip guardextends the region of discwhich allows another area of contact for missed hits. Fingertip guardcan be formed of plastic. Fingertip guardcan be removably attached to discwith a hook and loop material. Alternatively, fingertip guardcan be permanently attached to non-striking face. For example, fingertip guardcan be attached with permanent glue. In an alternate embodiment, fingertip guardis integral with disc.
Disccan include fingertip guardalong topas shown in. Fingertip guardcan include a curved cavity for receiving one or more of digits-. Fingertip guardcan be formed of plastic. Fingertip guardcan be removably attached to discwith a hook and loop material. Alternatively, fingertip guardcan be permanently attached to non-striking face. For example, fingertip guardcan be attached with permanent glue. In an alternate embodiment, fingertip guardis integral with disc.
Unknown
November 6, 2025
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