Glove dispenser supported on a rack

Abstract

Implementations of glove dispensers may include a sealed first end and a sealed second end opposite the sealed first end, a first plurality of openings extending through the first sealed end, a second plurality of openings extending through the second sealed end, and a first opening extending through a sidewall of the flexible bag. Implementations of glove dispensers may also include a first plurality of gloves included within the flexible bag. A cuff of a glove of the first plurality of gloves may be exposed through the first opening. The first plurality openings and the second plurality of openings may be configured to couple to a dispenser rack. The glove dispenser may be configured to stretch between the sealed first end and the sealed second end when coupled to the dispenser rack.

Claims

1. A glove dispenser comprising: a flexible bag comprising: a sealed first end and a sealed second end opposite the sealed first end; a first plurality of openings extending through the sealed first end; a second plurality of openings extending through the sealed second end; and a first opening extending through a sidewall of the flexible bag; and a first plurality of gloves comprised within the flexible bag, wherein a cuff of a glove of the first plurality of gloves is exposed through the first opening; wherein the first plurality of openings and the second plurality of openings are configured to couple to a dispenser rack; and wherein the glove dispenser is configured to stretch between the sealed first end and the sealed second end when coupled to the dispenser rack.

2. The glove dispenser of claim 1, further comprising a perforated slit formed in the sidewall of the flexible bag and extending from the first opening.

3. The glove dispenser of claim 1, wherein an interior of the flexible bag is coated with a biocide.

4. The glove dispenser of claim 1, further comprising a second opening extending through the sidewall of the flexible bag.

5. The glove dispenser of claim 4, further comprising a second plurality of gloves comprised within the flexible bag, wherein a cuff of a glove of the second plurality of gloves is accessible through the second opening.

6. A glove dispensing system comprising: a flexible bag comprising: a sealed first end and a sealed second end, the sealed first end opposite the sealed second end; and an opening extending through a sidewall of the flexible bag; a plurality of gloves comprised within the flexible bag, wherein a cuff of a glove of the plurality of gloves is accessible through the opening; and a dispenser rack coupled to the flexible bag; wherein the dispenser rack is configured to apply tension to the flexible bag between the sealed first end and the sealed second end; and wherein the dispenser rack stretches the flexible bag and compresses the plurality of gloves between two inner sidewalls of the flexible bag.

7. The glove dispensing system of claim 6, wherein the dispenser rack comprises a plurality of springs configured to stretch the flexible bag between the sealed first end and the sealed second end.

8. The glove dispensing system of claim 7, wherein the plurality of springs are coupled to the sealed first end.

9. The glove dispensing system of claim 7, wherein the plurality of springs are coupled to the sealed second end.

10. The glove dispenser system of claim 6, wherein the opening is closable.

11. A glove dispensing system comprising: a flexible bag comprising: a sealed first end and a sealed second end; a first opening extending through a sidewall of the flexible bag; and a second opening extending through the sidewall of the flexible bag; a first plurality of gloves comprised within the flexible bag, wherein a cuff of a glove of the first plurality of gloves is accessible through the first opening; a second plurality of gloves comprised within the flexible bag, wherein a cuff of a glove of the second plurality of gloves is accessible through the second opening; and a dispenser rack coupled to the flexible bag; wherein the dispenser rack is configured to apply tension to the flexible bag between the sealed first end and the sealed second end; and wherein the dispenser rack stretches the flexible bag and compresses the first plurality of gloves between two inner sidewalls of the flexible bag, thereby forming a first seal between a first inner sidewall of the two inner sidewalls of the flexible bag and the glove accessible through the first opening.

12. The glove dispenser system of claim 11, wherein an interior of the flexible bag is coated with a biocide.

13. The glove dispensing system of claim 11, wherein the dispenser rack comprises a plurality of springs configured to stretch the flexible bag between the sealed first end and the sealed second end.

14. The glove dispensing system of claim 13, wherein the plurality of springs are coupled to a plurality of openings comprised in the first sealed end.

15. The glove dispensing system of claim 13, wherein the plurality of springs are coupled to a plurality of openings comprised in the second sealed and.

16. The glove dispenser system of claim 11, wherein the dispenser rack stretches the flexible bag and compresses the second plurality of gloves between two inner sidewalls of the flexible bag, thereby forming a second seal between the first inner sidewall of the two inner sidewalls of the flexible bag and the glove accessible through the second opening.

17. The glove dispenser system of claim 11, wherein the first opening is closable and the second opening is closable.

18. The glove dispenser system of claim 11, wherein the first plurality of gloves comprise right-handed gloves and the second plurality of gloves comprise left-handed gloves.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) Implementations will hereinafter be described in conjunction with the appended drawings, where like designations denote like elements, and:

(2) FIG. 1 is a front view of a glove dispensing system;

(3) FIG. 2 is a side view of the glove dispensing system of FIG. 1;

(4) FIG. 3 is a side view of the glove dispensing system of FIG. 1 illustrating how a glove is dispensed;

(5) FIG. 4 is a front view of a dispenser rack of the glove dispensing system;

(6) FIG. 5 is a front view of the glove dispensing system of FIG. 1 having a first implementation of a perforated slit;

(7) FIG. 6 is a front view of the glove dispensing system of FIG. 1 having a second implementation of a perforated slit;

(8) FIG. 7 is a front view of a glove dispensing system configured to dispense multiple gloves at the same time;

(9) FIG. 8 is a side view of the glove dispensing system of FIG. 7 having a glove dispensed; and

(10) FIG. 9 is a front view of a non-collapsible dispenser rack.

DESCRIPTION

(11) This disclosure provides and shows that it is possible to develop a solution with less disadvantages of the systems known from the prior art and which can more easily accommodate automated mass production packaging.

(12) This new method of protecting disposable gloves against contamination is special and characterized in that at least one glove is placed in a container (which may be a flexible bag) of a waterproof material, preferably of a plastic, which then closes tightly and where the cuff of at least one glove is positioned near the opening for extracting gloves.

(13) The internal surface of the container may be coated with a biocidal substance.

(14) The container for at least one glove may be attached to a rack which may be tilted at an angle relative to the ground and the opening for extracting gloves may be oriented downwards and towards the ground.

(15) The container for disposable gloves according to this disclosure is special and characterized in that it has an opening for extracting gloves where the opening is protected with a tight closing seal mechanism and at least one glove is placed in the container in such a manner that its cuff is near of the opening used for extracting gloves.

(16) The area of the opening for extracting gloves may be coated with a biocidal substance and the inside of the container may be coated with a biocidal substance.

(17) The glove container may be made of a waterproof material. In various implementations, the material may be plastic.

(18) The container may be in the shape of a bag with seals at the top and bottom portions of the bag. In various implementations, the exterior portion of the seals are perforated to enable attaching the container to the rack.

(19) The dispensing system for disposable gloves according to this disclosure is special and characterized in that it comprises at least one container with at least one glove as well as a rack (which may also be referred to as a dispenser rack) for attaching the container. The container may be in the shape of a bag sealed at the top and bottom and may be attached to the rack where both the top part and the bottom part of the bag are attached to the rack such that the bag is stretched between the fixing points. The container has an opening configured to form a seal with the outermost glove ready to be dispensed from the bag. The cuff of the glove may be in the immediate proximity of the opening.

(20) The container attached to the rack may be tilted in relation to the ground at an angle less than 90 degrees horizontal to the ground. It may be advantageous when this angle is in the range between 30 and 50 degrees.

(21) In various implementations the opening for extracting the glove may be oriented downwards.

(22) The pulling of gloves from the container may not require inserting the hand inside the container and the force of gravity may facilitate extracting the glove and help prevent impurities and water from getting inside the container. In such implementations the risk of contaminating the gloves inside the container is reduced.

(23) In one container there can be one glove or there can be more than one glove. The cuff of each glove is placed in the immediate proximity of the opening for extracting gloves so that the user extracting a glove only grips the cuff and does not touch the other parts of the glove. The opening for extracting gloves is sealable. The closing mechanism can be any closing mechanism known, such as glue-covered film, enabling the hole to be opened and closed multiple times.

(24) The system can comprise more than one container stretched between the racks. The container may be inclined to the horizontal at an angle less than 90 degrees. It is most advantageous when the angle is between 30 and 50 degrees. Such an inclination is optimal as it facilitates the pulling of gloves from the container. In this system, all gloves can be pulled out one at a time in a manner that reduces the risk of the glove being contaminated. The person extracting a glove only touches it with a bare hand at the cuff and after donning it on they can extract another glove and done it on the other hand. Gloves should be packed in such a manner that the cuff of each one of them should be at the height of the opening for extracting them. For gloves that differ from each other depending on whether they are intended for the right or the left hand, they should be packed alternately, or separate containers for right-hand gloves and for left-hand gloves can be used.

(25) The container being made of plastic is designed to enable the coating of its internal surfaces, including the area of the opening, with biocidal substances, which additionally reduces the hazard of the gloves getting contaminated by microbes.

(26) The rack for attaching containers may include hooks on which to hang the containers. For this reason containers should have perforations where the hooks can be placed. It is also possible to use other types of attachments such as clips or clamps. The attachments (including hooks) are connected to the rack by means of a spring or another elastic connector. The rack for containers can be a rigid structure and can also be foldable.

(27) The rack can be mounted on a wall or on a special stand. The rack is attached in such a manner that the container should be at an angle less than 90 degrees relative to the ground.

(28) Implementations of the glove dispenser system disclosed herein may form a solution that enables safer dispensing of disposable gloves in a manner that helps protect them from contamination. In such implementations, the risk of hospital infections, and/or diagnostic errors, resulting from glove contamination may be reduced.

(29) The object of the invention is shown in example drawings where FIG. 1 presents the container for gloves, FIG. 2 presents the container for gloves attached to the rack, FIG. 3 presents the manner of extracting gloves from the container, and FIG. 4 presents a foldable rack for containers.

(30) Example, using FIG. 1 as reference:

(31) The container (1) for disposable gloves (2) is made of a waterproof material which is advantageously of a plastic. Inside the container there are disposable gloves (2). The top part, or first sealed end, of the container (1) is sealed by means of a permanent seal (3) and the bottom part, or second sealed end, of the container (1) is also sealed by means of a permanent seal (4). These permanent seals (3 and 4) may include perforations (5 and 6). In the top part of the container (1) there is an opening (7) for extracting the glove(s) (2). The external surface of the container (1), in the immediate proximity of the opening (7), may be coated with glue (8) where a film (9) covering and securing the opening (7) may be attached. Glue (8) is a type of glue which enables film (9) to be opened and closed multiple times. Vertical pillars (10) of the rack have the container (1) attached in such a manner that the ends of the poles are placed in the perforations (5). Container (1) may rest on the horizontal bracket (11). At the bottom part of the rack there is a horizontal bracket (12) connected to the pillars (10). There are hooks (13) attached to bracket (12) through springs (14). The hooks (13) pass through the perforations (6).

(32) At FIGS. 2 and 3, please see that the container (1) is attached to pillars (10) which are tilted at an angle (a) relative to the ground. In various implementations, the top part of the container (1) may be attached to the pillars (10) and the bottom part (of the container) may be attached to the bracket (12) by means of a system of hooks (13) with springs or elastic (14). The force of gravity (G) helps a glove to move freely downwards. The container is stretched on the rack and it is acted on by a force of tension (T). When a glove (2 FIG. 3) is pulled out of the container the container is additionally acted on by a force (F2 FIG. 2) and at the same time a force (F1) generated by the springs (14).

(33) At FIG. 4 please see that the rack for attaching containers consists of vertical poles (10) and horizontal brackets (11 and 12). The bottom horizontal bracket (12) has hooks (13) attached to it on springs or elastic (14). The rack is reinforced with diagonal brackets (15) which are connected to the poles (10) by means of hardware connectors (16).

(34) While the dispenser rack of FIG. 4 is illustrated as foldable or collapsible, in other implementations the dispenser rack may not be collapsible. Referring to FIG. 9, a front view of a non-collapsible dispenser rack is illustrated. In various implementations, the dispenser rack 62 may include two or more pillars 58 coupled between two brackets 60. In various implementations, the dispenser rack 62 may include a plurality of springs 64 coupled to each of the brackets. In other implementations, the dispenser rack may include a plurality of springs coupled to only one of the two brackets. In various implementations, and as illustrated by FIG. 9, the plurality of springs may include a spring positioned over each end of each pillar of the two or more pillars 58. In other implementations, the plurality of springs may include more or less springs than what is illustrated by FIG. 9.

(35) Referring to FIG. 5, a front view of the glove dispensing system of FIG. 1 having a first implementation of a perforated slit is illustrated. In various supplementations, the sidewall including the opening 7 of the container 1, or flexible bag, may also include a perforated slit 18 extending from the opening 7. As illustrated, the perforated slit 18 may extend parallel to the longest length of the container 1. In various implementations, and as illustrated by FIG. 5, sidewall 20 may include a second perforated slit 22 formed adjacent to an end of the perforated slit 18. In such implementations, the second perforated slit 22 may be substantially perpendicular to the first perforated slit 18. While FIG. 5 illustrates the second perforated slit 22 as curved with the concave portion of the slit facing the opening 7, in other implementations the concave portion of the perforated slit 22 may face away from the opening 7. In other implementations, as illustrated by FIG. 6, the sidewall 20 may include a second slit 24 perpendicular to a first slit 26 which is straight. In still other implementations, other designs and/or number of slits may be included in the sidewall 20 of the bag. While the implementations of the slits disclosed herein are perforated, in other implementations the slits may not be perforated but may be continuously open. In other implementations, the slits may be configured to facilitate the dispensing of a glove from the bag.

(36) Referring to FIG. 7, a front view of a glove dispensing system configured to dispense multiple gloves at the same time is illustrated, and referring to FIG. 8, a side view of the glove dispensing system of FIG. 7 having a glove dispensed is illustrated. The glove dispensing system 28 of FIG. 7 may include any elements of any other glove dispensing system disclosed herein. In various implementations, the glove dispensing system 28 is configured to dispense two gloves at the same time. In such implementations, the glove dispensing system 28 may include a flexible bag 30 having a sidewall 32. The sidewall 32 includes a first opening 34 and a second opening 36. The flexible bag 30 also includes a first plurality of gloves 38 and a second plurality of gloves 40. A cuff 42 of the outermost glove 44 of the first plurality of gloves 38 may be accessible through the opening 34. Similarly, a cuff 46 of the outermost glove 48 of the second plurality of gloves 40 may also be accessible through the second opening 36. In various implementations, a seal may be formed between the outermost glove 44 and the inner surface of the sidewall 32. A seal may also be formed between the outermost glove 48 and the inner surface of the sidewall 32. In such implementations, contaminants may be incapable of accessing the interior of the flexible bag 30 due to the seals formed. In various implementations, the seals may be formed through a tension applied to the flexible bag which stretches flexible bag 30 between the first and 50 and the second and 52 of the bag 30, and in turn, presses the outer most glove against an inner sidewall of the flexible bag.

(37) In various implementations the first plurality of gloves 32 may include right-handed gloves and the second plurality of gloves 40 may include left-handed gloves. In other implementations, the first plurality of gloves 32 may include left-handed gloves and the second plurality of gloves 40 may include right-handed gloves. In still other implementations, either of or both the first plurality of gloves 32 and the second plurality of gloves 40 may fit either a right or left hand.

(38) In various implementations, the fingers of the first plurality of gloves 32 may overlap the figures of the second plurality of gloves 40. In other implementations, the fingers of the first plurality of gloves may not overlap the fingers of the second plurality of gloves. As illustrated, the fingers of the first plurality of gloves may extend towards the second opening 36 and the fingers of the second plurality of gloves may extend towards the first opening 34. In other implementations, the glove may be arranged differently than what is illustrated by FIG. 7.

(39) In various implementations, the sidewall 30 may include a first perforated slit 54 extending from the first opening 34 and/or a second perforated slit 56 extending from the second opening 36. In other implementations, the sidewall 30 may include any other type of slit disclosed herein. In still other implementations, the sidewall 30 may not include a first perforated slit 54 and/or a second perforated slit 56.

(40) Any of the implementations disclosed herein may include an opening to access the gloves that is reclosable. In such implementations, the bag may include a cover for the opening. In other implementations, any of the implementations disclosed herein may not include a cover for the opening to access the gloves.

(41) In any of the implementations disclosed herein, the bag of the glove dispensing system may be configured to have a tension applied between the first end and the second end of the bag. This tension may be applied from a dispenser rack. The dispenser rack may be configured to couple directly to a first plurality of openings in a first end of the bag and/or a second plurality of openings in a second end of the bag. In other implementations, the first end of the bag may not include a first plurality of openings and the second of the bag may not include a second plurality of openings. In such implementations, the dispenser rack may be configured to couple to the first end of the bag and the second end of the bag through a clip, clasp, tie, or any other coupling mechanism. Due to this tension, pressure is applied between the inner sidewalls of the bag and the plurality of gloves stored within the bag. The pressure applied may result in a seal being formed between the outermost glove and an inner sidewall of the bag. This pressure may result in a seal preventing contaminants from entering the bag. The tension applied to the bag may result from, by non-limiting example, one or more springs, elastic properties of the bag, other elastic mechanisms coupled to the bag, manual tension applied to the bag by a user, or any other mechanism configured to apply tension between the first and the second end of the bag. This tension may also facilitate the retention of the gloves in a particular position and/or orientation within the bag and may help the cuffs of the plurality of gloves in bag made accessible through the opening in the sidewall of the bag.

(42) While this disclosure discloses various dispenser racks configured to apply tension to the flexible bag and couple to the flexible bag, it is understood that a flexible bag may be coupled to a dispenser racks in a manner that results in the flexible bag being horizontal, vertical, or at any other angle in relation to a floor and/or ground. In particular implementations, the dispenser rack may include magnets (which magnets may be coupled to a wall). In such implementations, the flexible bag may have corresponding magnets or metallic elements configured to couple to the magnets on the wall. In still other implementations, the bag may include magnetic elements configured to couple to metallic elements fixed to a wall.

(43) In various implementations, the dispenser rack may include hooks or other coupling mechanisms directly configured to directly couple to a wall or other surface. In such implementations, the dispenser rack may be configured to be used on a wall, in an ambulance, or any other place configured to have a plurality of hooks or other coupling mechanisms coupled thereto.

(44) In still other implementations, any of the containers or flexible bags disclosed herein may be configured to dispense bags without a dispenser rack. In such implementations, the bag may be freestanding and a user may access the gloves through the bag without the tension applied between the first sealed end and the second sealed end of the bag. In particular implementations, the bag may be laid flat and the force of gravity may facilitate the formation of a seal between the outermost glove and the sidewall of the bag as the sidewall of the bag rests upon the outermost glove within the bag.

(45) Any implementations of the flexible bags or containers disclosed herein may be configured to accommodate vacuum packaging of the plurality of gloves within the bag. In such implementations, the bags may be more compact and may save space during shipping and storage of the flexible bags.

(46) In places where the description above refers to particular implementations of glove dispensing systems and implementing components, sub-components, methods and sub-methods, it should be readily apparent that a number of modifications may be made without departing from the spirit thereof and that these implementations, implementing components, sub-components, methods and sub-methods may be applied to other glove dispensing systems.