the invention relates to a tweezers 1 with a finger touching pad 100 to provide comfort to the fingers , usually the forefinger and thumb as they press into the pincers or the moving arm of the device . fig1 - 6 show the perspective view of the padded tweezers having the touching pad 100 . it is simple in construction and is made up of the body 2 , the pad 4 and a touching pad holder 3 , if desired . the body 2 of the tweezers has a distal end 5 and a proximal end 6 . the tweezers has two pincers or arms 7 fused together on the distal end 5 to form a stationary end 8 and a moving end 9 at the proximal end 6 . the invention herein proposes methods of padding a tweezers . one method requires boring an opening 10 which can be a hole 10 a or a track 10 b on each moving end 9 of the tweezers where the finger touching pad 100 will be positioned and installed . the other method does not need an opening bored on the pincers 7 of the tweezers to cater to the conventional tweezers . however , all these methods result in basically the same padded tweezers shown in fig1 - 6 . on the method requiring an opening 10 on the moving end of the tweezers , a touching pad 100 having a touching pad holder 3 is installed on the tweezers by slipping the pad holder into each pincer or arm 7 of the tweezers 1 as shown in fig1 - 4 . the touching pad holders 3 suitable for this method are shown in fig1 and 5 . the pad holder shown in fig7 , 9 , 9 a , 14 a and 14 b has an upper band 11 preferably oval or rounded in shape and a lower band 12 joined at each lateral end with a strip 13 having a height corresponding to the thickness of the pincers 7 . the outside lateral surface of the strip usually correspond to the shape of the lateral end of the upper band 11 . if the upper band is oval or rounded , the outside lateral surface of the strip is curved accordingly . the inside lateral surface of the strip conforms to the outside lateral contour of the pincer . the lower band 12 need not be oval in shape but it can be any geometric shape so long as the upper 11 and lower 12 band joined and bordered by the lateral strips 13 forms a slit through which a moving arm or pincer 7 can be introduced . the width of the slits may differ in size if for example , the width of the pincers 7 tapers towards the proximal tip as shown in fig9 a , contrasted from fig9 . the difference in width may not be as pronounced as illustrated . in a tapering pincer , the front slit 14 through which the pincer 7 enters is wider than the back slit 15 of the touching pad holder 3 . it is constructed this way so that the touching pad holder 3 stops advancing towards the stationary end 8 of the tweezers when the width and height of the front slit 14 matches the width and height of the pincer . at this position , the narrower width and height of the back slit 15 should also match the narrower width and height of the pincer to allow the touching pad holder to snugly fit or engage with the pincer at the location where the touching pad is desired . the width and height of the front and back slits of the pincers are the same if the widths and height of the pincers on which the touching pad 100 is placed do not vary . the height of the pincer is the same as the thickness of the pincer . for the tweezers having a hole on the moving end of the pincers , the touching pad holder 3 should stop advancing when the hole 10 a is at a central area of the open space bordered by the upper band 11 as shown in fig7 and 8 . for pincers with a track opening as shown in fig4 a , the width and thickness of the pincers do not usually vary through the length of the track . in this case , the position of the touching pad 100 can be varied by sliding the touching pad at positions along the length of the track opening as shown in fig3 and 4 . for the pad holder 3 having an l - shaped claw 28 shown in fig5 and 10 , the installation is the same as above but instead of the pincer entering a front and back slit , the pincer enters a front end claw 34 and a back end claw 35 . the relationship of the widths of the l - shaped claws facing each other and the length of the overhang , which is the same as the height of the slit , to the width and height of the pincer is the same as described above for the pad holder having a lower band . this pad holder 3 has a top band 26 like the pad holder illustrated above . the top band 26 is constructed the same as the upper band 11 but is given a different numbering only to differentiate the band associated with the l - shaped claw means from that of the lower band means for engaging the pad . reference to the upper band also refer to the top band . the lateral sides of the touching pad holder extends downward to form an overhang 27 as shown in fig5 and 10 . the tip of the two overhang extends inward to form the l - shaped claw 28 where the pincer of the tweezers rests once the touching pad holder 3 is inserted into each pincer of the tweezers 1 . comparing the touching pad holders shown in fig7 and 8 with the touching pad holders shown in fig5 and 10 , it is apparent that the l - shaped claw 28 of the pad holder is merely the lower band of the touching pad holder shown in fig8 and 14 a with a central portion cut out . after lodging the chosen touching pad holders 3 on the respective pincers 7 , a pad 4 that is soft and resilient complimenting the characteristics of the human finger , is introduced into the opening 10 to fill the open space 16 bordered by the upper band 11 or the open space 32 bordered by the top band 26 as shown in fig1 and 5 . fig1 a and 11b show the front view of the pad 4 as seen facing the proximal end 6 . the pad shown in fig1 a is catered more to the pincer with a hole opening 10 a while the one shown in fig1 b is catered to the pincer with a track opening 10 b . the pad has a head 17 portion and a tail 18 portion . the peripheral contour 19 of the head portion 17 matches the inside peripheral contour 20 of the upper band 11 or the open space 32 bordered by the top band 26 of the touching pad holder 3 . the head 17 portion is connected to the tail 18 portion by a stem 21 matching the size and shape of the opening 10 such as the hole 10 a or the width of the track 10 b . the height of the stem matches the thickness of the pincer 7 . the tail 18 portion of the pad 4 shown in fig1 a preferably has tapering side walls 22 to facilitate the introduction of the pad 4 into the hole 10 a . the surface area of the front end 23 of the tail portion matches the size and shape of the opening but the rear end 24 of the tail 18 portion is slightly larger than the front end 23 and the stem 21 so that the tail 18 acts as a one way plug to prevent the pad 4 from dislodging after it has been introduced into the opening . while the opening herein is shown as circular in shape , any geometric shape can be used so long as the tail and stem of the pad matches the size and shape of the opening . also , while the head portion of the pad herein is shown mostly as oval in shape , other geometric shapes can also be used so long as its contour matches the contour of the upper band 11 or top band 26 of the touching pad holder if a pad holder is used . the top surface 36 of the head is ergonomically shaped to accommodate the fingers . the touching pad 100 installed on the pincers having a hole opening is stationary . when the pincer has a track opening instead of a hole opening as shown in fig4 and 4a , the pad 4 shown in fig1 b is preferred . here , the tail 18 is rectangularly shaped and runs across the head 17 as shown in fig4 . to install this , the rectangularly shaped tail is inserted along the same axis as the track and after insertion , the pad 4 is turned approximately 90 degrees to allow the head 17 to match and cover the inside peripheral contour 20 of the upper band 11 or the open space 32 bordered by the top band 26 of the touching pad holder 3 . further , while it is demonstrated here that a touching pad holder 3 supports the pad 4 installed into the pincers of the tweezers , it is also possible to install the touching pad 100 consisting of the pad 4 alone directly into the pincers 7 by inserting or squeezing the tail 18 of the pad into the opening 10 absent any touching pad holder as shown in fig2 and 3 . for tweezers without an opening on the pincers such as those currently sold , the pad for this type of holder does not have a stem portion . rather , the pad 29 has a planar body with an ergonomically shaped top surface 36 , a bottom surface 25 and laterally protruding lip 30 along its periphery as shown in fig1 . to install the pad into this holder 3 , the pad 29 is first slipped into the slits or l - shaped claw and inserted from the bottom and into a touching pad holder 3 . the lip 30 of the pad extends farther than the inside peripheral contour of the upper or top band , thereby lodging against the bottom surface 31 of the upper band 11 or the top band 26 . the pad 29 fills the open space 16 or 32 bordered by the upper band 11 or the top band 26 , respectively . once the pad 29 is engaged with the pad holder 3 , the pad holder is inserted into each pincer through the slit or the l - shaped claw 28 opening at each end 33 of the touching pad holder 3 or through the front 14 and back slit 15 of the pad holder with a lower band . the pincers keep the pad from getting out of the touching pad holder because the inserted pincers situate underneath the bottom surface 25 of the pad as shown in fig5 . the bottom surface 25 of the pad may be roughened in texture or provided with bumps and protrusions , herein collectively referred to as roughened bottom surface . fig1 shows the pad 29 with the bottom surface 25 provided with bumps 37 . these roughened bottom surface reinforces the attachment of the touching pad 100 to the pincers due to the frictional resistance to movement provided by these type of surfaces . the touching pad 100 may also be glued to the pincer for reinforcement . also , for this type of pad , a pad holder with a solid lower band midpoint of the upper or top band extending across the strip joining the upper or top band can be used . the solid band 38 may be wide or narrow as shown in fig1 a and 14b . as in the other pad holders , the relationship of the dimensions of the slit to the dimensions of the pincers when the pad holder is inserted to the pincers is as described above . this type of pad holder , however , can not be used with pad 4 because the tail portion of the pad will get into the way of the solid band . all the touching pad 100 having pad 29 on the pad holders 3 above , if not glued to the pincers , can be moved to a desired location along the moving end of the pincers . the roughened bottom surface 25 on the pad help keeps the touching pad 100 in place while the tweezers are in use . with the roughened bottom surface , inadvertent movement of the touching pad is better avoided as long as the width and thickness of the pincers are not materially different from the dimensions of the slits and the l - shaped claw openings . the pad 29 for the pad holder with a solid lower band 38 preferably has a cut out portion 39 on the bottom surface as shown in fig1 adjacent to the strip joining the solid lower band to accommodate the strip and ensure that the pad inserts snugly into the upper or top band 11 or the top band 26 of the pad holder . regardless of what method is used to pad the tweezers , the pad 4 or 29 covers the open space or protrudes from the top surface of the top band 11 or 26 as shown in fig1 , 5 and 6 or the pincers 7 as shown in fig2 and 3 so that a user will not feel any hard surface pressing on the fingers . the pad holders are made of plastic or light metal . examples of materials that can be used to make the pad are rubber based material , silicone , and gel . for the gel , the top surface 36 of the pad need not be shaped to ergonomically accommodate the fingers because the gel will naturally acquire the shape of the fingers . however , for the non - gel but soft and resilient material such as latex and silicone , the top surface 36 may be concaved , convexed , or sloped in one end . the shape of the top surface is at the discretion of the user . for surgical usage , the pad 4 or 29 are preferably made of materials that can be sterilized . the above invention is usually used by the thumb and forefingers pressing on the touching pad when the fingers pinch on an object for transfer , removal , placement or plucking . the touching pads described above may be replaced when it gets worn out with usage or gets a dirty appearance by simply detaching and replacing the pad from the opening on the pincers or by slipping the touching pad out of the pincers and replacing the pad on the pad holder . while the embodiment of the present invention has been described , it should be understood that various changes , modifications and adaptations may be made therein without departing from the spirit of the invention and the scope of the appended claims . those skilled in the art will recognize that other and further variations of the features presented herein are possible . the scope of the present invention should be determined by the teachings disclosed herein , the appended claims and their legal equivalents .
a tweezers with a touching pad having a soft and resilient pad on each pincer to provide comfort as well as prevent corns and callouses from forming on the fingers . the touching pad is a pad by itself or a pad supported by a pad holder . the pad may be installed directly to the pincers by squeezing the tail portion of the pad into an opening bored on the pincers . the pad may also be supported by a touching pad holder inserted into each pincer of the tweezers . the pad holder generally have an upper or top band bordering an open space joined to either a lower band or an l - shaped claw . the touching pad holder is held to the pincers by inserting a tail portion of the pad into an opening bored on the pincers through the open space bordered by the upper or top band . the touching pad can also be installed on the pincers by sliding a touching pad holder having a planar pad into each pincers . the touching pad is either stationary or movable .