in the preferred embodiment of the present invention , shown in the accompanying fig1 - 3 , the glove 2 of the present invention comprises a body member 4 and one or more digit members 6 , at least one of the one or more digit members 6 comprising a sealable opening 8 with a sealing closure 10 , the sealable opening 8 being formed for removal of at least a portion of a user &# 39 ; s digit therethrough without removal of the glove . more particularly , as shown in fig4 , such a sealable opening 8 provides an opening through which the user can extend at least a portion of a digit , including one or more of a thumb , finger or combinations of the thumb and / or fingers , from the digit member 6 , to use the fingertips thereof , without removing the glove 2 . the glove 2 shown in the appended drawings are considered to be a standard glove , with digit members 6 for each of the fingers and thumb . of course , the invention applies to other types of gloves , including but not limited to modified gloves , with digit members 6 for only the index finger and thumb , or mittens , with a digit member 6 only for the thumb . moreover , the preferred glove 2 would have two or more layers about substantially the entire glove 2 . most preferably , as shown in fig5 , the glove 2 would have an outer or shell layer 12 , an inner liner layer 14 , a waterproof liner layer 16 and a layer of an insulative material 18 . the use of the waterproof liner layer 16 , as is known in the art of glove construction is especially intended for outdoor use in potentially wet environments , such as for skiing or snowboarding . in the preferred embodiment shown , the sealable opening 8 covers a majority of the digit member 6 on which it is placed and is oriented in line with the digit member 6 as it extends from the body member 4 of the glove 2 . to avoid interference with the tips of the digits of the user , it is preferred that the sealable opening 8 , and as such the sealing closure 10 , is not in the area of the user &# 39 ; s fingertips . in keeping , fig1 shows an embodiment where the sealable opening 8 and sealing closure 10 are placed on the back of the thumb digit member 6 ′ and fig2 shows an embodiment where the sealable opening 8 and sealing closure 10 are placed on the side of the thumb digit member 6 ′. notwithstanding the preferred description of the sealable opening 8 on the back or side of the digit member 6 , it can be placed on any surface of the digit member 6 deemed desirable by the manufacturer . the size of the sealable opening 8 can be any suitable size to permit the user to remove his or her corresponding digit without removing the glove 2 . in the preferred embodiment , the size of the sealable opening 8 is relative to the size of the glove 2 , where the sealable opening 8 for a children &# 39 ; s small glove would be smaller than the sealable opening 8 for a men &# 39 ; s extra - large glove . in this regard , it is generally preferred that the opening be over 50 % and up to 100 % of the length of the digit member 6 , from where the digit member 6 meets the body member 4 to the tip of the digit member 6 . most preferably , the sealable opening 8 is from about 60 % to about 90 % of the length of the digit member 6 . it is also preferred that the sealable opening 8 be positioned near the middle of the digit member 6 and , if anything , somewhat closer to the tip of the digit member to facilitate ease of exposure of the user &# 39 ; s digit . most preferably , as shown in fig1 - 3 , the digit member 6 comprising the sealable opening 8 would primarily include the thumb member 6 ′. notwithstanding , a sealable opening 8 can be on one or more of the other digit members 6 . in a preferred embodiment shown in fig3 , thumb member 6 ′ and the index or forefinger member 6 ″ each include sealable openings 8 with sealing closures 10 , but it is understood that any single digit member 6 or combinations of more than one digit member 6 can include sealable openings 8 and sealing closures 10 as described here . the sealable opening 8 , termed as it is expected to provide a reasonable barrier to the outside environment , can be formed in any suitable fashion . in forming the sealable opening 8 and sealing closure 10 , it is preferred that the two or more layers are tacked down around the periphery of the sealable opening 8 prior to or at the time of incorporating the corresponding sealing closures 10 . for example , as shown in fig5 , it is most preferred that all of the layers 12 , 14 , 16 and 18 are tacked together , by stitching , heat sealing , adhesives or other permanent attachment 20 in the area of the sealable opening 8 . the sealing closures 10 can be any type , such as zippers , hook and fastener components such as velcro , snaps , catches , hooks , clasps , magnets or the like that substantially seal the opening from the outside cold temperature environment , however , zippers extending the entire length of the sealable opening 8 are the preferred sealing closure 10 . of course , the sealing closure 10 itself can join the layers of the glove 2 , if desired , but it is preferred that the sealable opening 8 be bounded by joined layers or suitable sealing closure 10 . moreover , when a waterproof material is used for at least one layer of the glove 2 , as described above , the use of a waterproof zipper as the sealing closure 10 is most preferred to maximize the waterproof nature of the glove 2 . variations , modifications and alterations to the preferred embodiment of the present invention described above will make themselves apparent to those skilled in the art . all such changes are intended to fall within the spirit and scope of the present invention , limited solely by the appended claims .
an insulated glove with a hand member and one or more digit members , the one or more digit members extending from the hand member to a tip , with at least one digit member having a sealable opening corresponding to a resealable closure to close said opening .