Modular filling device for an applicator

• US 9,155,680 B2
• Filed: 02/10/2011
• Issued: 10/13/2015
• Est. Priority Date: 03/10/2010
• Status: Expired due to Fees

• Current Assignee: Medmix Systems AG (Sulzer AG)
• Original Assignee: Medmix Systems AG (Sulzer AG)
• Inventors: Mathys, Beat, Kayser, Ralph Egon
• Primary Examiner(s): NIESZ, JASON KAROL
• Application Number:
  US13/583,451
• Publication Number:
  US 20120325367A1
• Time in Patent Office: 1,706 Days
• Field of Search: 141/2, 141/18, 141 21- 23, 141/27, 604/82, 604/86, 604/87, 604/191
• US Class Current: 1/1
• CPC Class Codes: A61B 17/8833 Osteosynthesis tools specially adapted for handling bone cement or fluid fillers; Means for supplying bone cement or fluid fillers to introducing tools, e.g. cartridge handling means
• CPC Class Codes: A61B 2017/00495 for two-component glue
• CPC Class Codes: A61J 1/2058 having multiple connecting ports
• CPC Class Codes: A61J 1/2096 Combination of a vial and a syringe for transferring or mixing their contents
• CPC Class Codes: A61M 5/1782 Devices aiding filling of syringes in situ combination of a vial and a syringe for transferring or mixing their contents A61J1/2096, filling of medical containers in general B65B3/003
• CPC Class Codes: B67B 7/92 by breaking, e.g. for ampoules

Abstract

A modular filling device for filling at least a first reservoir (111) of an applicator (100) with a fluid is proposed. The filling device comprises a container holder (310) with a holding area (320) on which a container (330) is held. The applicator is mounted along a securing direction on an applicator holder (200). In order to permit the greatest possible flexibility in the choice of the container, the container holder (310) can be connected to the applicator holder (200) along a connecting direction that runs transversely with respect to the securing direction for the applicator.

Claims

1. A filling device for filling at least a first reservoir of an applicator with fluid from at least a first container, the filling device comprising:

a first container holder with a first holding area which is designed to hold a first container on the first container holder, the first container holder having a first outlet opening and a fluid channel between the first holding area and the first outlet opening in order to remove a first fluid from the first container through the first outlet opening; and

an applicator holder with a fastening area which is designed for fastening an applicator to the applicator holder along a fastening direction, the applicator holder comprising a basic body with an upper side and an underside and having a first inlet opening and a first fluid connection between the first inlet opening and the fastening area in order to take up the first fluid into a first reservoir of the applicator through the first inlet opening, the fastening area being arranged on the underside of the basic body,

wherein the first container holder is configured to be connected to the applicator holder along a first connection direction in such a way that the first outlet opening and the first inlet opening are in communication with each other, the first connection direction being transverse to the fastening direction for the applicator,

wherein the first fluid connection has a first inlet section essentially extending along the first connection direction from the first inlet opening and connected thereto a first outlet section leading to the fastening area,

wherein the first outlet section runs at an angle to the first inlet section and extends toward the underside,

wherein the at the end of the first inlet section the basic body has a first inlet connection piece, extending in the first connection direction and forming the first inlet opening, the outlet opening of the first container holder being complementary to the first inlet connection piece, and the first inlet connection piece being configured to be pushed into the outlet opening of the first container holder in the first connection direction,

wherein at a distance from the first inlet connection piece the basic body has at least one first guide element, essentially extending parallel to the first inlet connection piece, and

wherein the first container holder has a complementary hollow connection section configured to be pushed onto the first guide element in order to connect the first container holder to the applicator holder in a defined orientation.

2. The filling device in accordance with claim 1, wherein the first container can be attached to the first container holder along a container guiding direction which runs transversely to the first connection direction and essentially runs antiparallel to the fastening direction for the applicator when the applicator holder and the first container holder are connected to each other.

3. The filling device in accordance with claim 1, wherein the first container holder is designed to hold a syringe, a tube, a vial with a closure that can be punctured, or an ampoule.

4. The filling device in accordance with claim 1, wherein the first container holder is configured to be pushed onto the basic body along the first connection direction in order to connect the first inlet opening to the first outlet opening.

5. The filling device in accordance with claim 1, wherein on the first inlet connection piece a circumferential shoulder is formed and wherein an O-ring is arranged on the first inlet connection piece so that the O-ring adjoins the shoulder.

6. The filling device in accordance with claim 1, wherein the fastening area of the applicator holder has a receiving element into which a distal end area of the applicator can be pushed and on which a catch structure is formed in order to bring about a releasable snap-type connection with a corresponding engaging element of the applicator.

7. A filling device for filling a first and a second reservoir of an applicator with fluid from a first and a second container, the filling device comprising:

a first container holder with a first holding area which is designed to hold a first container on the first container holder, the first container holder having a first outlet opening and a fluid channel between the first holding area and the first outlet opening in order to remove a first fluid from the first container through the first outlet opening;

a second container holder with a second holding area which is designed to hold a second container on the second container holder, the second container holder having a second outlet opening and a fluid channel between the second holding area and the second outlet opening in order to remove a second fluid from the second container through the second outlet opening,

an applicator holder with a fastening area which is designed for fastening an applicator to the applicator holder along a fastening direction, the applicator holder comprising a basic body with an upper side and an underside and having a first inlet opening, a first fluid connection between the first inlet opening and the fastening area in order to take up the first fluid into a first reservoir of the applicator through the first inlet opening, a second inlet opening, and a second fluid connection between the second inlet opening and the fastening area in order to take up the second fluid into a second reservoir of the applicator through the second inlet opening, the fastening area being arranged on the underside of the basic body,

wherein the first container holder is configured to be connected to the applicator holder along a first connection direction in such a way that the first outlet opening and the first inlet opening are in communication with each other, the first connection direction being transverse to the fastening direction for the applicator,

wherein the second container holder is configured to be connected to the applicator holder along a second connection direction in such a way that the second outlet opening and the second inlet opening are in communication with each other,

the second connection direction being transverse to the fastening direction for the applicator,

wherein the first fluid connection has a first inlet section in the basic body essentially extending along the first connection direction from the first inlet opening and connected thereto a first outlet section leading to the fastening area,

wherein the first outlet section runs at an angle to the first inlet section and extends toward the underside,

wherein the second fluid connection has a second inlet section in the basic body essentially extending along the second connection direction from the second inlet opening and connected thereto a second outlet section leading to the fastening area,

wherein the second outlet section runs at an angle to the second inlet section and extends toward the underside,

wherein the at the end of the first inlet section the basic body has a first inlet connection piece, extending in the first connection direction and forming the first inlet opening, the outlet opening of the first container holder being complementary to the first inlet connection piece, and the first inlet connection piece being configured to be pushed into the outlet opening of the first container holder in the first connection direction,

wherein the at the end of the second inlet section the basic body has a second inlet connection piece, extending in the second connection direction and forming the second inlet opening, the outlet opening of the second container holder being complementary to the second inlet connection piece, and the second inlet connection piece being configured to be pushed into the outlet opening of the second container holder in the second connection direction,

wherein at a distance from the first inlet connection piece the basic body has at least one first guide element, essentially extending parallel to the first inlet connection piece, and wherein the first container holder has a complementary hollow connection section configured to be pushed onto the first guide element in order to connect the first container holder to the applicator holder in a defined orientation,

wherein at a distance from the second inlet connection piece the basic body has at least one second guide element, essentially extending parallel to the second inlet connection piece, and

wherein the second container holder has a complementary hollow connection section configured to be pushed onto the second guide element in order to connect the second container holder to the applicator holder in a defined orientation.

8. The filling device in accordance with claim 7, wherein the second connection direction runs antiparallel to the first connection direction.

9. The filling device in accordance with claim 7,

wherein the first container holder is configured to be pushed onto the applicator holder along the first connection direction in order to connect the first inlet opening to the first outlet opening,

wherein the second container holder is configured to be pushed onto the applicator holder along the second connection direction in order to connect the second inlet opening to the second outlet opening,

and wherein complementary connection elements are formed on the first and second container holders in order to connect the first and the second container holders to each other in a mounted state.

10. The filling device in accordance with claim 9, wherein the second connection direction runs antiparallel to the first connection direction and wherein the first and the second container holders each have at least one engaging element which in the mounted state engages in the other container holder and brings about a snap-type connection between the first and the second container holder.

11. The filling device in accordance with claim 9, wherein the first and the second container holders in the mounted state essentially completely cover the application holder towards a side facing away from the fastening section.

13. The filling device in accordance with claim 7,

wherein the first container can be attached to the first container holder along a first container guiding direction which runs transversely to the first connection direction and essentially runs antiparallel to the fastening direction for the applicator when the applicator holder and the first container holder are connected to each other, and

wherein the second container can be attached to the second container holder along a second container guiding direction which essentially runs parallel to the first container guiding direction when the applicator holder and the second container holder are connected to each other.

14. The filling device in accordance with claim 7,

wherein on the first inlet connection piece a first circumferential shoulder is formed and wherein a first O-ring is arranged on the first inlet connection piece so that the first O-ring adjoins the first circumferential shoulder, and

wherein on the second inlet connection piece a second circumferential shoulder is formed and wherein a second O-ring is arranged on the second inlet connection piece so that the second O-ring adjoins the second circumferential shoulder.

12. A set comprising a filling device for filling at least a first reservoir of an applicator with fluid from at least a first container, the filling device comprising:

a first container holder with a first holding area which is designed to hold a first container on the first container holder, the first container holder having a first outlet opening and a fluid channel between the first holding area and the first outlet opening in order to remove a first fluid from the first container through the first outlet opening; and

an applicator holder with a fastening area which is designed for fastening an applicator to the applicator holder along a fastening direction, the applicator holder comprising a basic body with an upper side and an underside and having a first inlet opening and a first fluid connection between the first inlet opening and the fastening area in order to take up the first fluid into a first reservoir of the applicator through the first inlet opening, the fastening area being arranged on the underside of the basic body,

wherein the first container holder is configured to be connected to the applicator holder along a first connection direction in such a way that the first outlet opening and the first inlet opening are in communication with each other, the first connection direction being transverse to the fastening direction for the applicator,

wherein the first fluid connection has a first inlet section essentially extending along the first connection direction from the first inlet opening and connected thereto a first outlet section leading to the fastening area,

wherein the first outlet section runs at an angle to the first inlet section and extends toward the underside,

wherein the at the end of the first inlet section the basic body has a first inlet connection piece, extending in the first connection direction and forming the first inlet opening, the outlet opening of the first container holder being complementary to the first inlet connection piece, and the first inlet connection piece being configured to be pushed into the outlet opening of the first container holder in the first connection direction,

wherein at a distance from the first inlet connection piece the basic body has at least one first guide element, essentially extending parallel to the first inlet connection piece, and wherein the first container holder has a complementary hollow connection section configured to be pushed onto the first guide element in order to connect the first container holder to the applicator holder in a defined orientation,

the set further comprising at least one further container holder, wherein the further container holder is designed for holding a container designed differently from the first container.

15. A filling device for filling a first and a second reservoir of an applicator with fluid from a first and a second container, the filling device comprising:

a first container holder with a first holding area which is designed to hold a first container on the first container holder, the first container holder having a first outlet opening and a fluid channel between the first holding area and the first outlet opening in order to remove a first fluid from the first container through the first outlet opening;

a second container holder with a second holding area which is designed to hold a second container on the second container holder, the second container holder having a second outlet opening and a fluid channel between the second holding area and the second outlet opening in order to remove a second fluid from the second container through the second outlet opening;

an applicator holder with a fastening area which is designed for fastening an applicator to the applicator holder along a fastening direction, the applicator holder having a first inlet opening, a first fluid connection between the first inlet opening and the fastening area in order to take up the first fluid into a first reservoir of the applicator through the first inlet opening, a second inlet opening, and a second fluid connection between the second inlet opening and the fastening area in order to take up the second fluid into a second reservoir of the applicator through the second inlet opening,

wherein the first container holder is configured to be connected to the applicator holder along a first connection direction in such a way that the first outlet opening and the first inlet opening are in communication with each other, the first container holder being configured to be pushed onto the applicator holder along the first connection direction in order to connect the first inlet opening to the first outlet opening, the first connection direction being transverse to the fastening direction for the applicator,

wherein the second container holder is configured to be connected to the applicator holder along a second connection direction in such a way that the second outlet opening and the second inlet opening are in communication with each other, the second container holder being configured to be pushed onto the applicator holder along the second connection direction in order to connect the second inlet opening to the second outlet opening, the second connection direction being transverse to the fastening direction for the applicator, and

wherein complementary connection elements are formed on the first and second container holders in order to connect the first and the second container holders to each other in a mounted state.

16. The filling device in accordance with claim 15, wherein the second connection direction runs antiparallel to the first connection direction.

17. The filling device in accordance with claim 15, wherein the second connection direction runs antiparallel to the first connection direction and wherein the first and the second container holders each have at least one engaging element which in the mounted state engages in the other container holder and brings about a snap-type connection between the first and the second container holder.

18. The filling device in accordance with claim 15, wherein the first and the second container holders in the mounted state essentially completely cover the application holder towards a side facing away from the fastening section.