referring now to fig1 a pad of adhesive sheets generally designated by the reference numeral 28 is shown . in this first embodiment each sheet is approximately { fraction ( 1 / 16 )} inch thick and comprised of a low density paper substrate 22 . as best seen in fig2 sheet 22 has an upper surface 30 and a lower surface 26 . displaced upon a region of upper surface 30 is an adhesive 24 which has similar properties to those adhesives found on conventional clear cellophane tapes . the range of adhesives generally acceptable for use with the invention are similar to those found on conventional post - it brand tabs manufactured by 3m company to those found on conventional masking tapes . the preferred contemplated adhesives include those pressure sensitive which form a bond on contact . adhesives which could be effectively used in accordance with the invention have tackiness properties that range from those used in on conventional masking tape to those on the post it notes and accordingly the bond sought is not required to be particularly strong or permanent . as best seen in fig1 the regions 30 devoid of adhesive on the top surface of the sheets are provided along a least two peripherial edges so that the sheet may be easily manipulated without adhering to the users hands . preferably the region devoid of adhesive is located on opposite sides of the sheet as illustrated in fig1 . providing such areas allows the users to easily separate the sheets as seen in fig2 . and , when in use , provides an area which will not adhere to the surface which is contacted by the adhesive , facilitating the removal of the sheet from the surface . when used , sufficient force is applied to the adhesive pad to merely engage the insect . the user tries to avoid application of significant force on surface which the insect is found and thereby tries to avoid a strong bond between the surface and the adhesive . the presence of the trapped insect between the substrate and the surface further serves to minimize the contact between the adhesive and the surface and accordingly the bonding between the adhesive and the surface is diminished . substrate 22 is comprised of a low density , hydrophillic paper made of a porous mesh fiber construction which is rigid enough to support its own weight when held by region 30 . fig4 depicts a further embodiment of the invention where the substrate is comprised of a corrugated fiber material . the use of corrugation serves as an alternative manner in which to provide a compressible substrate . the use of this configuration also may provide an increased frictional engagement on the insect . like the previous embodiment an adhesive is provided on a portion of one side of the substrate . it is contemplated that the adhesive would be placed in the depressed regions or crevices formed by the corrugated material . in this embodiment the device would be less likely to firmly adhere to the surface on which the insect is found , yet , adhesive within the crevices formed by the corrugation would still effectively engage the insect , or portions of the insect . fig1 and 11 shows a further embodiment of the invention with a wax paper cover 110 or other similar non - porous non - stick sheet placed on top of the adhesive which seals the adhesive preventing it from drying out , protects the adhesive and prevents it from adhering to extraneous matter until the sheet is ready for use . in this embodiment the devices is provided to the user is the form of individual sheets . when the device is provided in the pad embodiment as disclosed as fig1 a non - stick coating can be provided on the bottom side 26 of each sheet which serves this same purpose . the non - stick coating may also be provided in the form of a laminate layer . fig1 depicts a top plan view of a further contemplated embodiment where the profile of the is circular rather than a square . in this embodiment the lateral region 113 and 114 are devoid of the adhesive and the adhesive is provided in a series of stripes across the top surface rather than being dispersed throughout the entire central adhesive region . by providing the adhesive on the substrate in this manner the adhesive does not significantly interfere with the hydrophilic properties of the substrate . application of the adhesive to only a portion of the surface of the substrate is nevertheless effective at restraining an insect and conserves the amount of adhesive required . fig1 shows another embodiment of the invention , in this embodiment the region devoid of adhesive 16 is provided around the entire periphery of the device . a best seen in fig1 , this area is on a laminate layer 121 and not provided on the hydrophillic compressible substrate 117 which is essentially coextensive with the adhesive areas . like the embodiment set forth in fig1 , the adhesive 118 does not completely cover substrate 117 but rather is provided in the form of small circular regions . although the distribution of the adhesive has been disclosed as stripes and circular regions , it is contemplated that the adhesive may be provided in a wide variety of manners which would not effect the performance of the device . for example , it is contemplated that the adhesive could be provided in the form of a grid , checkerboard , or in small droplets randomly dispersed across the surface of the substrate . fig1 shows yet another embodiment of the invention in engagement with an insect 130 and between a hard surface 132 such as a floor or wall . in this embodiment air cavities 134 are distributed throughout the substrate 138 which enables the substrate to be compressed in response to force applied from the bottom surface 142 of the device . the substrate has an adhesive layer 136 formed by application of droplets across the top surface . the matrix is made of a low density paper or cellulose and is hydrophillic . it is contemplated that other materials could also be satisfactorily be employed such as synthetic resins and when such synthetic resins are employed the resiliency feature of the substrate is enhanced . this embodiment is provided with a third layer 140 to increase the rigidity of the substrate . in this embodiment the is made of thin cardboard having a rigidity analogous to that of a conventional index card . it is contemplated that alternative materials may be sued as the compressible substrate such as synthetic resin which is partially elastic and compressible or can collapse across an axis perpendicular with the planar surface on which is provided the adhesive . the rigidity feature must be sufficient to allow a user to apply pressure from the opposite side of the substrate to crush and capture the insect . the device should preferably have a rigidity at approximately equal to that of the cardboard used in conventional commercially available index cards . because the substrate is relatively thick compared to conventional paper , there is a more substantial barrier to between the insect and the individual using the material which serves to protect the user . in the embodiment the protective barrier is further enhanced by layer 140 . thus when the intended target is a bee , wasp or other biting or stinging insect , the material used for the sheet is thick enough to prevent the user from harm . a further feature of the invention , related to the thickness and compressibility of the substrate , is the ability of the substrate to absorb liquid residue from the insect . any liquid from the insect or pest can be adequately absorbed by the material and any residue which may remains of the surface where the insect had landed is minimized . in this regard the substrate in each of the embodiments is made of a hydrophillic material . because the presence of adhesives on the surface of the substrate may interfere with this feature of the invention , in order to optimize this feature , in some of the preferred embodiments the adhesive is intermittently applied over the surface of the substrate , rather than in a continuous coating so that a portion of the underlying substrate remains exposed . the ability of the substrate to be compressed serves to increase the total surface area between the insect and the adhesive coated surface and the insect can therefore be more effectively trapped and restrained . a further feature of the invention is the ability of the substrate to fold over upon itself . accordingly , each of the substrate describe herein has pliable characteristics which enable a user to easily fold the substrate over upon itself to envelope the insect or pest therein . the substrate is maintained in a closed position by the engagement of the opposite adhesive surfaces contacting one another . folding the substrate up increases the contact area between the adhesive and the insect and serves to further prevent the possibility that the pest may free itself from the adhesive . folding the substrate essentially encapsulates the pest within the adhesive and will ensure that it cannot escape . in the contemplated preferred embodiments the sheets are opaque which serves to obstruct and minimize the viewing which is an desirable feature in circumstances where the individual using the device has a fear of insects or when the crushed insect is unsightly . it is further contemplated that the devices can be provided with appealing graphics , educational information relating to insects or information relating to the method of use . the use of the device involves application of the adhesive to an insect crawling along surface . the portion of the substrate provided with adhesive is pressed against the insect as shown in fig1 . application of pressure causes the insects body to create a small depression or cavity within the substrate and increases the total surface areas between the adhesive agent and the insect . when the substrate is then is then removed from the surface the insect will adhere to the adhesive substrate . because in most instances the targeted insects will have significantly less mass than the surface on which it is crawling , and the insect will generally have a higher affinity to the adhesive than a smooth flat surface . likewise , the substrate is particularly useful to engage and capture the an insect found on the skin of a person as shown in fig5 because the adhesive will generally have less adhesion to the skin of an individual dues presence of oils on the body . in fig5 a substrate 22 , and more particularly the adhesive portion 24 is applied over tick 26 which was located on the hand of a user . upon removal of the substrate from the surface the insect will be retained by the adhesive . next , as shown in fig6 the entire device is folded in half and the adhesive which remained exposed is allowed to engage itself and completely encapsulate the pest or insect . if the application of the pressure on the insect during the initial capture phase was not sufficient to kill the insect or pest , the further pressure can be applied to ensure the insect is indeed dead . in each of the embodiments the device is engineered so that when pressed against the body of an insect , when on a hard surface such as wood , plaster or concrete , the substrate will generally conform to the body of the insect when pressure is applied to the insect from the bottom side devoid of adhesive . in alternative embodiments the bottom side of the device is provided with a additional material to further provide rigidity to the rear surface which increases the protective barrier . preferably the bottom side of the substrate is water proof or water resistant and this feature will prevent any liquid residue from the crushed insect from migrating through the substrate from the to side to the bottom side where the is engaged by the hand , or could leak through to the next sheet . this feature maintains a barrier which ensures that the individual does not come into direct contact with the residue of the insect and , in connection with the pad embodiment keeps the next substrate in new condition . in a further embodiment of the invention , the substrate is provided in combination with a conventional flyswatter or other elongate handle . providing the substrate in combination with a flyswatter is useful for engagement of insects or pests which have been initially killed by flyswatter head and then must be disposed . the device may further be used as an alternative to a flyswatter in circumstances were the use of a flyswatter is not possible due to the location of the pest or when the insect is slow moving and a flyswatter is not required on . as seen in fig8 in this embodiment a pad consisting of a plurality of the substrates such as described in fig1 is combined with rigid support member 50 . rigid support member 50 serves the purpose of the rigid support provided individually on the sheets as shown as a laminate layer 140 in fig1 . support member 50 is attached to rod 52 , in this case , the opposite end or handle end of a conventional flyswatter . the device may be operated using a stamping action on the insects crawling on surfaces when it is not necessary to employ the speed of flyswatter head or in circumstances where there is insufficient room to swing the flyswatter head . rod 52 serves to provide distance between the user and the target insect and accordingly serves to alleviate fear in those persons who have an aversion to insects . providing the substrate on a rod also makes the use of the device more convenient when the targeted insect are found crawling on the floor . the device as depicted in fig7 - 9 is particularly useful and effective for picking up ants and flying insects which have been killed by a flyswatter and have subsequently dropped to the floor . combining the product with the flyswatter further results in a convenient , effective and multipurpose pest control and disposal tool . the pad 28 , as shown in fig7 is adhered to the support member 50 by an adhesive 51 . in other contemplated alternative embodiments the substrate is held in place by mechanical means such as a frictional engagement , such as a tongue and groove arrangement or , the pad can be provided with a base which can be snap fit into a complimentary flange structure provided on holder 50 . the manual insect capturing device of fig1 can be used to capture a wide variety of insects , large and small . the device is easy to carry . the user will find this device useful when exposed to the habitats of annoying insects such as wood tics , but it will be equally useful attached to the handle of a fly swatter . the said attachment enables device extension from the user &# 39 ; s hand as shown in fig8 augmenting manual manipulation , greatly increasing device versatility , reaction time and speed during pursuit and apprehension of an insect . in operation , the user optionally separates the top sheet 22 from its stack 28 . the operator then places the tacky portion 24 directly over the intended insect 26 and makes contact . the user then causes further compression on the insect allowing the adhesive to engage the insect . the adhesive catches and holds the insect . next the adhesive coated material is folded over to envelope the insect and the insect is ready for proper disposal . in an alternative embodiment shown in fig7 the user employs the device by adhesion attachment onto a pad holder 50 connected to the end portion a fly swatter &# 39 ; s handle 52 or other appropriate device which serves as a means of extension for amplification of manual manipulation of the device 28 whereby the user repeats the process of compression adhesion , capturing and restraining and disposing of the intended insect . it is contemplated that additional variations of this invention may be made without departing from the principle thereof , and i do not wish to be understood as limiting myself to the specific construction shown and described herein . those who are skilled in the art will envision many other possible variations still within its scope . for example , the means by which the enveloping of an insect &# 39 ; s body mass takes place . this could be accomplished not only by a sheet , but through a variety of methods using elastic materials , fabrics , plastics or rubbers in place of the paper sheet , also mixing elastic material with the adhesive that coats the sheet . the sheet construction is a singular method of envelopment with many potential variations ; for example , one may be constructed with a singular pocket , multiple pockets or elongated pockets — all of which are formed , impression constructed . variations could occur in the density and thickness , multiple material layering , or trapping air pockets , all of which allow insect body mass and sheet to conform to one another as a result of compression of the void space within the sheet . the shape of the sheet could be elongated to that of a strip or a roll . insect poisons and / or anti - bacterial agents could be added to the adhesive of the sheet . different cover methods could be added to protect the device sheet and adhesive prior to use . accordingly , the reader is requested to determine the scope of the invention by the appended claims and their legal equivalents , and not by the examples which have been given .
a device for manually capturing and restraining intended insects , the same comprising a pad of stacked , singular sheets each sheet having a partial enveloping means comprised of hydrophillic absorbing material and collapsible sheet construction whereby the sheet partially conforms in response to the insects body mass . each sheet has a region is coated with a mild compression adhesive material capable of trapping of an insect in response to the physical manipulation by a human being . the pad of stacked adhesive sheets can be used by separating each sheet individually or as a stack . upon apprehension of an insect , the sheet restraining the insect is separated , if not already separated from its stack , folded to encase the insect and ready for disposal . the pad of stacked adhesive sheets can have various sheet sizes , thickness and density with varying enveloping ability — all depending upon intended insect to be trapped . for increasing the maneuverability of the device , the device can be attached to an elongated rod such as a fly swatter &# 39 ; s handle .