Antistatic record envelope

Claim 2

An antistatic phonograph record envelope of a flat shape comprising a pair of plastic layers made from extruded plastic film having a thickness between about 1 and 6 mils between the surfaces thereof; an internal antistatic agent extruded within the plastic film layers between the surfaces thereof; at least one seam between the plastic layers; the envelope having a closed end and closed sides at which the layers are connected; the envelope having an open end extending between the closed sides at a location opposite the closed end; the plastic layers having edges that extend alongside each other at the open end to form an elongated slit through which a phonograph record is inserted into the envelope for storage and pulled out of the envelope for use whereby the antistatic agent in the plastic film layers mitigates the buildup of static electricity on the record as the record is inserted into and pulled out of the envelope and also dissipates any accumulated static electricity on the record during storage within the envelope; and the edges of the plastic layers at the open end of the envelope including a seal having cooperable projections which can be interengaged with each other to seal the envelope and store the record or which can be disengaged from each other to remove the stored record or to insert the record into the envelope for storage.

Claim 3

An antistatic phonograph record envelope of a flat shape comprising a pair of plastic layers made from extruded plastic film having a thickness of about 2 mils between the surfaces thereof; an internal antistatic agent extruded within the plastic film layers between the surfaces thereof; at least one seam between the plastic layers; the envelope having a closed end and closed sides at which the layers are connected; the envelope having an open end extending between the closed sides at a location opposite the closed end; the plastic layers having edges that extend alongside each other at the open end to form an elongated slit through which a phonograph record is inserted into the envelope for storage and pulled out of the envelope for use whereby the antistatic agent in the plastic film layers mitigates the buildup of static electricity on the record as the record is inserted into and pulled out of the envelope and also dissipates any accumulated static electricity on the record during storage within the envelope; the edges of the plastic layers at the open end of the envelope including a seal having cooperable projections which can be snapped into engagement with each other to close the envelope and store the record and which can be disengaged from each other to remove the stored record or to insert the record into the envelope for storage; and the envelope having a slightly greater maximum dimension between the open and closed ends thereof than the distance between the sides thereof such that the open end of the envelope provides a flap which is exposed when the envelope and stored record are inserted into a square record jacket so that the flap can be manually grasped to facilitate removal of the envelope and the record stored therein from the jacket.

Claim 4

An antistatic phonograph record envelope of a flat shape comprising a pair of plastic layers made from extruded plastic film having a thickness of about 2 mils between the surfaces thereof; an internal antistatic agent extruded within the plastic film layers between the surfaces thereof; at least one seam between the plastic layers; the envelope having a closed end and closed sides at which the layers are connected; the envelope having an open end extending between the closed sides at a location opposite the closed end; the plastic layers having edges that extend alongside each other at the open end to form an elongated slit through which a phonograph record is inserted into the envelope for storage and pulled out of the envelope for use whereby the antistatic agent in the plastic film layers mitigates the buildup of static electricity on the record as the record is inserted into and pulled out of the envelope and also dissipates any accumulated static electricity on the record during storage within the envelope; the edges of the plastic layers at the open end of the envelope including a seal having cooperable projections which can be snapped into engagement with each other to close the envelope and store the record and which can be disengaged from each other to remove the stored record or to insert the record into the envelope for storage; and the envelope having a slightly greater maximum dimension between the open and closed ends thereof than the distance between the sides thereof such that the open end of the envelope provides a flap which is exposed when the envelope and stored record are inserted into a square record jacket so that the flap can be manually grasped to facilitate removal of the envelope and the record stored therein from the jacket.

Claim 5

An antistatic phonograph record envelope of a flat shape comprising a pair of plastic layers made from extruded plastic film having a thickness of about 2 mils between the surfaces thereof; an internal antistatic agent extruded within the plastic film layers between the surfaces thereof; at least one seam between the plastic layers; the envelope having a semicircular closed end and closed sides at which the layers are connected; the envelope having an open end extending between the sides at a location opposite the semicircular closed end; the plastic layers having edges that extend alongside each other at the open end to form an elongated slit through which a phonograph record is inserted into the envelope for storage and pulled out of the envelope for use whereby the antistatic agent in the plastic film layers mitigates the buildup of static electricity on the record as the record is inserted into and pulled out of the envelope and also dissipates any accumulated static electricity on the record during storage within the envelope; the edges of the plastic layers at the open end of the sleeve including a seal having cooperable projections which can be snapped into engagement with each other to close the envelope and store the record and which can be disengaged from each other to remove the stored record or to insert the record into the envelope for storage; and the envelope having a slightly greater maximum dimension between the semicircular closed end and the open end thereof than the distance between the sides thereof such that the open end of the envelope provides a flap which is exposed when the envelope and stored record are inserted into a square record jacket so that the flap can be manually grasped to facilitate removal of the envelope and the record stored therein from the jacket.

Claim 6

An antistatic phonograph record envelope of a flat shape comprising a pair of plastic layers made from extruded plastic film having a thickness of about 2 mils between the surfaces thereof; an internal antistatic agent extruded within the plastic film layers between the surfaces thereof; at least one seam between the plastic layers; the envelope having a semicircular closed end and closed sides at which the layers are connected; the envelope having an open end extending between the sides at a location opposite the semicircular closed end; the plastic layers having edges that extend alongside each other at the open end to form an elongated slit through which a phonograph record is inserted into the envelope for storage and pulled out of the envelope for use whereby the antistatic agent in the plastic film layers mitigates the buildup of static electricity on the record as the record is inserted into and pulled out of the envelope and also dissipates any accumulated static electricity on the record during storage within the envelope; the edges of the plastic layers at the open end of the sleeve including a seal having cooperable projections which can be snapped into engagement with each other to close the envelope and store the record and which can be disengaged from each other to remove the stored record or to insert the record into the envelope for storage; and the envelope having a slightly greater maximum dimension between the semicircular closed end and the open end thereof than the distance between the sides thereof such that the open end of the envelope provides a flap which is exposed when the envelope and stored record are inserted into a square record jacket so that the flap can be manually grasped to facilitate removal of the envelope and the record stored therein from the jacket.