Method and apparatus for applying an anesthetic and bactericide

• US 10,004,855 B2
• Filed: 04/08/2016
• Issued: 06/26/2018
• Est. Priority Date: 03/07/2006
• Status: Active Grant

• Current Assignee: Vapocoolshot Incorporated
• Original Assignee: Leibovici LLC
• Inventors: Leibovici, Jacob
• Primary Examiner(s): Eisenberg, Rebecca E
• Application Number:
  US15/094,754
• Publication Number:
  US 20160287813A1
• Time in Patent Office: 809 Days
• CPC Class Codes: A61M 2005/3139 Finger grips not integrally formed with the syringe barrel, e.g. using adapter with finger grips
• CPC Class Codes: A61M 5/2448 comprising means for injection of two or more media, e.g. by mixing
• CPC Class Codes: A61M 5/3137 Specially designed finger grip means, e.g. for easy manipulation of the syringe rod
• CPC Class Codes: A61M 5/422 Desensitising skin

Abstract

A method and an apparatus for applying an anesthetic includes a receptacle having an upper end, a substantially hollow interior, a lower end having a tube or nozzle extending therefrom, and an attachment for attaching to the barrel of a syringe or vice versa. The receptacle receives a container or canister containing an endothermic gas or vapor (propellant) that rapidly absorbs heat when released to the atmosphere. A depressible actuating member or trigger propels the gas or vapor through an outlet nozzle that is oriented to project a stream of gas or vapor along a delivery axis that intersects a delivery axis of the needle, therefore, the gas or vapor can be successively delivered to an injection site with minimal repositioning of the housing.

Claims

1. An autoinjector syringe and endothermic gas anesthetic assembly comprising:

a module which is removably attached to an autoinjector syringe barrel and which accommodates a canister having a pressurized gaseous anesthetizing composition, said module includes an elongated outlet nozzle for directing said gaseous anesthetizing composition to intersect with a delivery axis of a needle connected to said autoinjector syringe.

2. The autoinjector syringe and endothermic gas anesthetic assembly of claim 1 wherein said module includes an adjunct chamber frame, said adjunct chamber frame including attachment means for securing said adjunct chamber frame to said autoinjector syringe, an outlet nozzle for said gaseous anesthetizing composition, and a dispenser cap for dispensing said gaseous anesthetizing composition, said canister slidably secured within said adjunct chamber frame, said canister including a dispensing tube in mechanical cooperation with said dispenser cap so that sliding said canister within said adjunct chamber frame causes said gaseous anesthetizing composition to be directed from said canister through said outlet nozzle.

3. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said attachment means is a securable clip.

4. The autoinjector syringe and endothermic gas anesthetic assembly of claim 3 wherein said securable clip includes a pair of arcuate members, so that said arcuate members may be closed around an outer diameter of the autoinjector syringe and latched in place.

5. The autoinjector syringe and endothermic gas anesthetic assembly of claim 4 wherein said actuate members of said securable clip are secured together with a pin.

6. The autoinjector syringe and endothermic gas anesthetic assembly of claim 4 wherein said actuate members of said securable clip are secured together with a rotatable latch.

7. The autoinjector syringe and endothermic gas anesthetic assembly of claim 4 wherein orientation tabs are provided on a side surface of said autoinjector syringe to insure a preferred orientation between said autoinjector syringe and the module.

8. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said dispenser cap is used to close a distal end of said adjunct chamber frame and to cooperate with a valve assembly of said canister to cause the pressurized gaseous anesthetizing composition to be dispensed.

9. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said outlet nozzle includes a pocket sized to contain said dispenser cap.

10. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said outlet nozzle is tubular in construction having a distal end with an opening, said opening including a restrictor for insertion into said opening having a particularly configured passageway, to cause the anesthetic sprayed therefrom to spray in a desired pattern.

11. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said outlet nozzle is tubular in construction having a distal end with an opening, said opening including a venturi orifice for insertion into said opening having a particularly configured passageway, to cause the anesthetic sprayed therefrom to spray in a desired pattern.

12. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said nozzle is flexible and may be bent into a desired angulation to intersect with the distal end of a needle of the autoinjector syringe.

13. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said endothermic gas anesthetic is an aerosol propellant that decreases the temperature of a user'"'"'s skin to cause numbness.

14. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said endothermic gas anesthetic is a mixture of more than one aerosol propellants that decrease the temperature of a user'"'"'s skin to cause numbness.

15. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said endothermic gas anesthetic is an aerosol propellant that decreases the temperature of a user'"'"'s skin to cause numbness, said endothermic gas anesthetic including an anti-bacterial.

16. The autoinjector syringe and endothermic gas anesthetic assembly of claim 2 wherein said canister containing said endothermic gas anesthetic is a metal canister having a valve assembly crimped and sealed within an open end of said canister to create a sealed pressure canister, said valve assembly including a dispenser tube extending outwardly therefrom.

17. A method of using an autoinjector syringe with an attached endothermic gas anesthetic assembly comprising the steps of:

placing the autoinjector syringe against an injection site;

depressing a base portion of a canister containing compressed endothermic gas anesthetic, causing a valve assembly of said canister to be opened allowing the pressurized gaseous anesthetic to be directed through a nozzle to a skin injection site thereby numbing the skin injection site;

pressing a thumb pad of the autoinjector syringe causing a medicine within the autoinjector syringe to be injected subcutaneously into the skin injection site;

lifting the autoinjector syringe and the endothermic gas anesthetic assembly away from the injection site.