fig1 through 3 illustrate a first preferred embodiment of the present invention characterized by a condom 10 that is similar to various condoms that are sold in the market today , and who &# 39 ; s description and composition are well known in the art . the condom 10 is shown in the “ rolled - up ” condition looking down from above in fig1 . in the compact or rolled - up condition , the material that forms the body of the condom is collected in a circumferential ring 12 , leaving an exposed top portion 14 . as can be seen in fig2 , a reservoir tip 29 is located on the distal end of the condom 10 . in the condom 10 of the present invention , a separate , self - contained , u - shaped packet 20 is affixed to the top portion 14 of the condom 10 . the u - shaped packet 20 may be affixed by a biocompatible adhesive , heat melt , or other suitable mechanical attachment method , or pre manufactured as a multi - part ‘ to be assembled ’ condom set , or as a single compartmentalized condom , that will ensure that the packet 20 will remain affixed to the condom 10 throughout the act . the packet 20 may be sold separately from the condom 10 to be attached to the users condom of choice , or it may be sold as a condom with packet , multi - part set , or as pre manufactured compartmentalized single condom units . manufacturing issues of latex condoms may make it more desirable to have a two - piece arrangement that are assembled prior to use , where the packet 20 is placed over the condom 10 with a quick acting biocompatible adhesive just prior to intercourse . although the packet can take various shapes , the preferred shape is a u - shaped configuration that includes a semi - spherical upper surface and has an underside that includes a void to accommodate the condom &# 39 ; s reservoir tip . the lubricant containing packet can be prepared to release the contained fluid in various ways , although the most efficient is simply pricking the upper surface with a needle or pin 32 . other means for releasing the lubricant include a small tab 25 that seals the upper surface of the packet 20 . the tab 25 can be pulled back prior to penetration , revealing a small hole 30 that allows lubricant inside the packet 20 to slowly leak out as the penis penetrates the body lumen . the hole 30 formed when the tab 25 is pulled back is correctly sized , so that the lubricant will be emitted slowly and continuously over the course of the act of intercourse , providing continuing lubrication during the act . further , the lubrication will be dispensed inside the body cavity as opposed to outside the cavity , where it can be sheared off during penetration . in this manner , the condom 10 of the present invention lubricates the body lumen in a manner similar to the body &# 39 ; s own lubrication system . additionally , when the packet is pierced , a tiny amount of lubricant can begin to leak out providing lubricant at the entrance of the body lumen upon penetration , and continue to release lubricant well within the body lumen , as described . an ordinary pin 32 ( see fig3 ) or a pin type object can be enclosed with the product , and can be used to prick the packet 20 to create a small seepage hole 30 a through which the lubricant can leak out , or the packet 20 can have one or more small pin holes that are covered by a small piece of tape or removable cover ( not shown ). the packet 20 may be sold as a separate item that is placed on the condom of the user &# 39 ; s choice , either before unfurling the condom or after the condom is placed on the penis . in this example , the packet 20 will include a multipurpose adhesive that can reliably affix to latex , lubricated , non - lubricated , natural materials such as sheep skin or the like . the adhesive should be safe and bio - compatible so as not to cause irritation or damage to the involved tissues . a vegetable gum might be an example of a safe biocompatible adhesive . moreover , the packet 20 can be filled with various lubricants that are known in the art . as shown in fig4 , the packet 20 creates a void as it emits the lubricant until the packet 20 is depleted . typically condoms include a reservoir tip 29 to collect semen that is ejaculated . the condom &# 39 ; s reservoir tip in the present invention can thus replace the void created by the empty packet once the lubricant is expelled therefrom . this exchange allows the condom 10 of the present invention to create virtually no more space than existing condoms while adding a unique and beneficial lubrication function . in this manner , the condom of the present invention is an advance in the art . the embodiments just described and depicted in the accompanying drawings are not intended to be limited , but rather exemplary of the modes and uses of the present invention . it is to be understood that various modifications and alternate uses are envisioned , and the present invention is intended to encompass all such modifications and alternate uses as would be understood by one of ordinary skill in the art .
a condom that includes a lubrication packet affixed thereto , the lubrication packet occupying a space that coincides with a fluid receptacle . the packet is filled with lubricant and the integrity of the packet is breached prior to intercourse , releasing the lubricant inside the body lumen over a period of time . once the packet is substantially depleted , a void created by the depleted packet can be used by the receptacle .