the following detailed description illustrates the invention by way of example , and not by way of limitation . this description will enable one skilled in the art to make and use the invention , including what is presently believed is the best mode of carrying out the invention . a prior art flock transfer 101 is shown in fig1 . as is known , such transfers include a dimensionally stable release sheet 103 , to which a conventional flock transfer release adhesive 105 is applied in a pattern which corresponds to the overall image to be flocked . the flock 107 is then electrostatically coated to the release adhesive 105 . a binder adhesive 109 is applied to the exposed ends of the flock to bind the flock together as a unit . lastly , a hot melt adhesive 111 is applied . the transfer is then allowed to dry . the transfer is applied to a substrate , as is known , by positioning the transfer on a substrate , such as a shirt , coat , or other item of clothing , with the hot melt adhesive in contact with the substrate , and applying to the transfer . the heat activates the hot melt adhesive to adhere the transfer to the substrate . this process is described in my prior patent u . s . patent no . 4 , 810 , 549 , as well as in my co - pending application , ser . no . 09 / 548 , 839 , filed apr . 13 , 2000 , both of which are incorporated herein by reference . in addition , i have described a similar transfer to that of this current invention , utilizing a thermosetting film , in my application having ser . no . 09 / 621 , 830 , filed on jul . 24 , 2000 . the contents of that application are incorporated herein by reference . a flocked transfer 1 of the present invention is shown in fig2 . the transfer 1 of the present invention includes a release sheet 3 , to which a conventional release agent 5 , such as a wax , or other binder , has been applied . the release agent is applied to the sheet in the shape of a pattern of the flocking . flocking 7 is then applied to the release agent , and hence , to the release sheet , to form the transfer . the flocking 7 is applied , for example , in the manner as described in my previous patent and applications , which are incorporated herein by reference . unlike the prior art processes , the transfer 1 is made without the use of a binder adhesive or hot melt adhesive . as is discussed below , a thermoplastic film is used to adhere the transfer to a substrate . an article of manufacture , such as an item of clothing having a transfer 1 applied thereto , or a mouse pad , coaster , or any other numerous items having a flocked surface , can be manufactured in accordance with this invention and is easily produced using the transfer 1 . referring to fig2 - 5 , the article of manufacture 11 is produced by positioning a hot melt sheet 13 , between a substrate 15 and the flocked release sheet . the hot melt sheet is , for example , a sheet of thermoplastic polymer , comprising polyesters , and which is available from bostik . the hot melt sheet can also be made from a thermoplastic polyurethane . any other thermoplastic film should also work well . the substrate 15 can be item of clothing , a rubber pad ( as for example , for producing a mouse pad or coaster ), etc . the hot melt sheet can be precut to correspond to the shape of the transfer . the transfer 1 is then positioned on the hot melt sheet with the flock 7 against the hot melt sheet 13 . heat is applied to the transfer through the release sheet to activate the hot melt sheet . the hot melt sheet then acts to both bind the flock 7 together and to generally permanently adhere the flock 7 to the substrate 15 . preferably , to assemble the article , the flocked release sheet , the thermoplastic film , and the substrate are brought together and passed through a heat laminating press where the three parts are subject to a temperature of about 300 ° f . to 350 ° f . ( generally in excess of 150 ° c .) and pressure ( about 40 - 50 psi ) for about 30 seconds . it has been found that a medium - to - firm pressure has been most advantageous in providing for assembly of this type of plush flocked transfer . the pressure and heat will cause the hot melt to adhere to the flock and the substrate . additionally , the hot melt film will physically adhere or cure , to give a strong attachment of the flock to the substrate . the basic premise of this application in utilizing a thermoplastic film which will semi - cure , after heat has been used to apply the transfer to a substrate , is that after heat application , if the temperature of the transfer does not rise to a particular heat level , it should not remelt again . in other words , the object is to use a hot melt film which has a melting point significantly high enough , so that when the transfer is applied through heat , it will adhere to the substrate , but that when the transfer and the substrate to which it is applied is not exposed to excessive heat , it will not remelt , even through the polymer film is thermoplastic , and for all practical purposes , in actual usage , the film will not remelt since it does not see those high temperatures again . in other words , if the melting point of the thermoplastic film is 350 ° f ., and the top temperature that the flocked finished product will encounter , for example sunlight in a hot car , is only 250 ° f ., then there is not a problem associated with the fact that the film is a thermoplastic and therefore can theoretically melt again , but only if it encounters those excessive temperatures . another attribute of the use of a thermoplastic film is that in the event one desires to remove the flocked transfer from , for example , an item of clothing , subjecting the transfer to those elevated temperatures , again , will allow the flock to be removed , if that is a need of the owner . articles , such as mouse pads or coasters , in which the entire top surface of the article is covered with the flocking can be produced on a continuous basis , as shown in fig3 and 5 . rolls 21 , 23 and 25 , of the flocked release sheet 1 , the thermoplastic hot melt film 13 , and the substrate 15 , are provided . the three parts are brought together at a lamination station 33 . rollers can be provided in front of the station 33 so that the three elements are adjacent each other as they enter the lamination station . in the lamination station , heat and pressure are applied to the three sheets ( the flocked release sheet , the hot melt film , and the substrate ) to melt the hot melt film . the melted hot melt film will then cure or cross - link , as noted above , to adhere the flock to the substrate . a web 35 exits the laminating station . the web 35 is then allowed to cool . the web 35 is ultimately directed to a cutting station where it is cut into individual articles . once the web 35 is cooled , it can be directed immediately to a cutting station ( after the sheet 35 cools ), or it can be wound up on an uptake roller to be cut into individual articles at a later time , or at a different location . at the cutting station , the release sheet is removed from the flock and gathered on a take - up roll or is otherwise disposed of . after the release sheet has been removed from the flock , the substrate with flock adhered thereto is cut to form the articles 11 . it is also likely that one could remove the release liner either before or after the die cutting procedure . as shown in fig3 , a fringe material 50 can be applied to peripheral edges of the flocked release sheet 1 or substrate 15 during this manufacturing process . preferably the release sheet is flocked and supplied in roll form as shown in fig5 . however , the flocking of the release sheet could be made part of the process . to produce flocked articles , such as shirts , jackets , sports bags , etc ., which cannot be easily flocked on a continuous basis , the hot melt sheet can be applied to the transfer 1 prior to applying the transfer to the substrate . to do this , the thermoplastic hot melt film is placed in contact with the flock of the transfer , and the transfer and release sheet are heated to a temperature at which the thermoplastic hot melt film becomes tacky , but below the temperature at which the thermoplastic hot melt film begins to cure or physically adhere . this will adhere the thermoplastic hot melt film to the transfer 1 to form a transfer which can later be applied to an article by positioning the transfer with the hot melt film in position on the article ( i . e ., a piece of clothing ) and applying heat and pressure to the transfer , for example , with an iron , sufficient to melt the hot melt film , to cause the hot melt film to somewhat cure or physically adhere , to adhere the flock , and secure to the clothing . the method eliminates two steps from the prior art method : ( 1 ). application of the binder adhesive , and ( 2 ) application , cleaning , sintering , and drying of the hot melt adhesive . in a continuous process , the present method also eliminates a station for applying the binder of hot melt adhesives as well as a station for drying the completed transfer . because the station is not needed to apply ( i . e ., print ) the binder and hot melt adhesives are applied to the flocking as part of the transfer , the machinery required to produce the article 11 is much less expensive ( both in actual cost and in maintenance cost ). additionally , because the binder adhesive and hot melt adhesive is not used , the cost of the article of manufacture is reasonably reduced . it is conceivable in the performance of the manufacture of the transfer of this invention , that the thermoplastic film may be a dual laminated type of film . for example , the upper surface may include a polyester type of film , that may have a melting point at a higher temperature . the lower film , laminated thereto , may be a polyethylene type of film , designed to have a lower temperature melting point . hence , when the flock is applied to the upper surface of the laminated film , it will embed slightly into that film when heated , and the flock is electrostatically or otherwise applied , and while the bottom surface of the laminated film may likewise soften , once the transfer is cooled , all the films will become structurally sound , once again , in a film structure . then , when a lower heat is applied to the transfer , for application of the transfer to a textile , rubber , or other surface , as when the transfer is being applied , the bottom polyethylene or eva film will slightly soften , or melt , to function as an adhesive , for application of the entire transfer to its supporting substrate or surface . this is an example as to how the thermoplastic film ( s ) of this invention can be used not only for constructing of the transfer , but to function in a dual manner to allow for the application of the transfer to a shirt , bag , or other material , during its final application . another one of the advantages of utilization of thermoplastics , in the fabrication of flocked transfers , is that the binder adhesives previously used in the flocking process , typically contain an acrylic , or other materials , which may be flammable . thermoplastics avoid that predicament . furthermore , the thermoplastic type binder exhibits wash fastness , and will hold the flock in place even during severe washing conditions . furthermore , thermoplastic films exhibit better elasticity , than can be obtained from the thermoset or other binder hot melt systems now in use . in addition , the use of the film provides a thinner profile for the finished product , providing a less bulky type of flock transfer , both visually and structural wise , when applied to a garment or other textiles . for example , flock transfers made in accordance with this invention can even be used upon sheer garment textiles . the usage of the thermoplastic film of this invention , avoids the necessity for application of binders , as previously used , and which contain formaldehyde or other undesired chemicals , as used in previous adhesives to achieve cross linking for flocking purposes in the prior art . there are other miscellaneous film properties that are enhanced through the usage of thermoplastic films , versus the usage of the binder - hot melt powder combination , because there are films that have performance characteristics that cannot be obtained nor are they available for the binder - powder systems . for example , adhesions to leather , or other tough - to - stick - to - surfaces , that exhibit greater tensile strength , such as stretching that will not split , can be better accommodated through the usage of thermoplastic film . variations or modifications to the subject matter of this invention may occur to those skilled in the art upon reviewing the invention as described herein . such variations , if within the scope of this invention , are intended to be encompassed within the claims to issue upon the invention of this application . the description of the preferred embodiment , as shown in the drawings , is set forth for illustrative purposes only .