JP2003064514A - Aloe vera gloves and method for producing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide low cost disposable gloves that can apply moisturizing and therapeutic substances to the hands during the glove use without leaving a greasy feel or look to the skin while at the same time retaining the characteristics and functions of conventional single layer gloves. SOLUTION: The disposable gloves are first treated with chlorine solution to wash off any powders, extract soluble substances in the composite material, and kill microorganisms. After drying, the gloves are turned inside out and dipped into a prepared Aloe Vera solution to saturate the outer surface. The gloves are then dried in a tumbling heater within a controlled narrow range of temperature between 45 deg.C and 65 deg.C and for a specific length of time. This causes water to evaporate and the Aloe Vera to evenly coat the glove surface. After cooling to room temperature, the gloves are inverted so that the side with Aloe Vera coating is facing inside.

Description

Detailed Description of the Invention

[0001]

[Cross Reference] Shared US patent application filed on July 3, 2001, which is a continuation application of US patent application No. 09 / 288,067 (now US patent 6,274,154) filed on April 7, 1999. It is a partial continuation application of No. 09 / 898,632. All of the prior applications are incorporated herein by reference for all purposes.

[0002]

2. Description of the Related Art Disposable examination gloves (examination g
BACKGROUND OF THE INVENTION Disposable gloves, such as love, are widely used as a protective means to insulate the hand from objects touched by the wearer of the glove. To make it easier to touch objects, disposable gloves are made of a thin, elastic material that minimizes the distance between the skin and the glove. Hand sweat is a common problem for glove wearers due to the lack of air due to its good insulation.
Wearing disposable gloves for an extended period of time creates a moist environment on the surface of the hand, which moistens the growth of viruses, bacteria, yeasts and fungus. It is often the case that wearing a long-time disposable examination glove causes itching.

Powders are often used on the surface of gloves to reduce sweating and make it easier to put on and take off gloves.
However, constant sweating simply renders the powder, which is usually applied to the surface of the glove, meaningless. In particular,
This happens when you need to wear gloves continuously and often. For example, dentists wear gloves continuously when performing dental surgery for 40 minutes or more. In addition, the hands must be washed after using the powdered gloves. Repeated hand washing to remove the powder also causes excessive skin dryness.

The need for disposable gloves that can prevent the adverse effects of widespread use is obvious. Various patents disclose gloves that use different types of lotions. While using the gloves, the lotion makes contact with the human skin and conditions the skin. For example, US Pat. No. 5,614,202 discloses a hydrating glove having an intermediate layer filled with lotion. The porous inner surface layer allows the lotion to constantly pass through and contact the skin. U.S. Pat.No. 4,186,44
Nos. 5 and 4,185,330 disclose gloves having an inner lining made of lotion absorbent material. Soaking the lotion in absorbent material allows the lotion to condition the hands while wearing gloves.

A common feature of the above disclosure is the use of multiple layers in a glove design. Complicated designs of gloves with multiple layers are more costly to manufacture than single layer disposable gloves. Most importantly, the layer thickness and the intricate construction of the glove impede the flexibility of the hand when the wearer grasps and manipulates the object. Such a multi-layer design is suitable for moisturizing the hand, but not for manipulating objects, especially for those who require fine and precise work .

Disposable gloves are generally made from three types of materials: natural rubber latex, acrylonitrile, polyvinyl chloride. Natural rubber latex is sensitive to oil-based substances. Prolonged contact of the latex with petroleum-derived materials can adversely affect the durability and flexibility of the latex material. The most commercially used lotions contain petroleum-derived substances. The use of lotions in the prior art would substantially shorten the shelf life of natural rubber gloves.

Therefore, moisture and the therapeutic substance (the therapeutic substance) can be maintained during use of the glove without losing the smooth feel and appearance of the skin.
There is a need for a low cost disposable glove that can provide a rapeutic substance) while at the same time retaining the features and functions of conventional single layer gloves.

[0008]

[Problems to be Solved by the Invention]

Embodiments of the present invention meet these needs. Embodiments of the present invention include a novel disposable glove in which aloe vera is integrally applied to the inner surface through a dehydration process, and a manufacturing method thereof.

One object of an embodiment of the present invention is to condition the hand and smooth the hand during glove use.

Another object of embodiments of the present invention is to provide a glove that is equivalent to a single layer glove in its ability to grab and manipulate objects.

[0012] Yet another object of embodiments of the present invention is to identify viruses, bacteria, yeasts, fungi that become more active in moist environments due to sweating from prolonged or frequent glove wear. It is to suppress proliferation.

A related object is to separate and release antimicrobial substances from the glove surface in response to hand humidity.

A further object is to maintain the activity of the substance by using natural non-petroleum derived substances to maintain the shelf life of the gloves and to keep the therapeutic substance dehydrated. That is.

[0015]

[Means and Actions for Solving the Problems]

The above objects are achieved, for example, by applying Aloe vera evenly to the inner surface of a disposable examination glove in a dehydrated state.

These objects are further achieved, for example, by a method for producing Aloe vera glove. Disposable gloves are first treated with a chlorine bath to wash away the powder, extract dissolved substances in the composite, and kill microorganisms. After drying, the glove is turned inside out and immersed in an aloe vera lysate solution prepared to soak the exterior surface. The gloves are then dried for a period of time in a rotary heater controlled in a narrow temperature range between 45 ° C and 65 ° C. This evaporates the water and evenly covers the aloe vera on the glove surface. After cooling to room temperature, the gloves are turned inside out with the Aloe Vera coating facing inwards.

One embodiment of the present invention is a method of making a protective glove. The method includes forming a glove on a mold, applying a solution containing aloe vera to the glove when the glove is on the mold, and a solution applied to the glove when the glove is on the mold. At least partially drying and removing the glove from the mold.

Another embodiment of the invention is a method of making a protective glove. The method comprises applying a lysate containing aloe vera to a plurality of gloves, rotating the plurality of gloves at least after the start of the application step to expose the surface area of the glove to more application of the lysate, Including a method of dehydrating the lysate applied to the gloves, the gloves are covered with a dry coating containing Aloe Vera.

[0020]

BEST MODE FOR CARRYING OUT THE INVENTION In the following, embodiments of the present invention, some other embodiments, and / or alternatives to the embodiments will be described in detail. However, the present invention is not limited to these examples. One of ordinary skill in the art will recognize many other embodiments.

[0021]

EXAMPLE One of the examples of the present invention is a disposable glove as shown in FIG. 1, in which the aloe vera 10 is evenly coated on the inner surface in a dry state as shown in FIG. This glove is simple, convenient to use, and retains the features of a disposable examination glove that allows the wearer to perform detailed and accurate work. Another embodiment of the present invention is a method of making a disposable glove which is improved by coating the inner surface of the glove with aloe vera. The glove is dehydrated by a well-controlled thermal process aloe
Bella 10 has a coating.

The disposable glove is made of various materials to form the layer 12. Resin materials such as vinyl and polymeric materials such as acrylonitrile are common choices. The three materials commonly used to make disposable gloves are natural rubber latex, acrylonitrile, and
It is polyvinyl chloride.

In one preferred embodiment, the glove is made from natural rubber latex. Grooves made from natural rubber latex should not be exposed to petroleum-derived materials because natural rubber latex is sensitive to petroleum-derived materials. In this example, Aloe Vera is used to coat the glove, and Aloe Vera contains no detectable petroleum-derived material. Gloves coated with aloe vera do not affect glove life. In another preferred embodiment, the glove is made of acrylonitrile polymer.

Aloe vera is an extract from natural plants and has a long history of human medical use. Aloe vera has been used for surgical treatment of wounds, burns, and skin inflammation, as well as medical treatment of various conditions. Aloe vera is a commonly used material in skin care products. It is a powerful non-inflammatory antibacterial means. Aloe vera is water soluble and contains no detectable petroleum components.

The Aloe Vera glove keeps the features of the disposable glove unchanged in appearance, making it easy and convenient to use. The affinity between aloe vera and the glove surface is due to the force imparted by the dehydration effect. Such affiliation is weakened when sweat dissolves aloe vera. The longer you wear your gloves, the more sweaty your hands become, and the more often Aloe Vera melts away, dissociates from the surface of your gloves and touches your hands. The active ingredient in Aloe Vera can condition the skin of the hands and prevent the growth of microorganisms in moist environments.

In one preferred embodiment, 100% Aloe Veragel is used to coat the glove. Aloe Vera is evenly and evenly applied to the inner surface of the glove at a thickness of about 0.01 mm. Aloe vera and surface binding (associa
tion is a non-covalent binding force (non-coupling force) provided by dehydration.
It is obtained by covalent force).

The method of manufacturing the glove includes the steps of removing residual powder, soluble substances and microorganisms from a commercially available disposable glove, inverting the glove, immersing it in an aloe vera solution, and evaporating water. Heating to heat.

[0028] Preferably, the glove is first exposed to a chlorine solution or chlorine gas. Chlorine solutions help disinfect gloves, wash away powder, and most importantly, for natural latex gloves, a potential residue that can trigger serious allergic reactions in repetitive users. Useful for dissolving proteins.
After the chlorine bath on the outer surface of the glove, the glove is turned over and the glove is again immersed in the chlorine solution. Residual chlorine is neutralized with ammonia and then the gloves are dried.

Next, an aloe vera solution is prepared. Aloe vera gel with a concentration of 100% is dissolved in distilled water to make an aloe vera solution. The preferred concentration of the lysate is 20%. Aloe vera lysate may be sprayed onto the glove surface to bind the aloe vera to the glove surface. Alternatively, the gloves can be soaked in Aloe vera lysate. The latter method is preferable because it enables complete and uniform application of the Aloe vera solution.

In one preferred embodiment, the dipping process is carried out in groups of many gloves in order to achieve high manufacturing efficiency. The gloves are soaked in the lysate for at least 10 minutes to ensure full absorption.

Aloe vera is attached to the glove surface through a controlled dehydration process. aloe·
The water in the Bella solution is evaporated by heating. High temperatures evaporate water quickly, but excessive heat can damage gloves. For example, 70 °
Gloves can become brownish and brittle when exposed to excessive heat above C. To reduce the time of exposure to heat, the heating oven is preheated to about 45 ° C before the glove is introduced. The oven has a temperature control mechanism for maintaining the maximum temperature. In the preferred embodiment, the maximum temperature is set to approximately 65 ° C and the heating step lasts about 35-40 minutes. The dehydration process imparts an affinity that allows Aloe vera to remain bound to the glove surface for extended periods of time.

The uniform distribution of aloe vera on the glove surface maximizes the therapeutic effect and minimizes contact between the skin and the glove mixture. Drying in a static state is not preferable because the Aloe vera solution may flow in the direction of gravity. In the preferred embodiment, the heating oven has a rotating mechanism to evenly distribute the aloe vera on the glove surface during the heating process to form a uniform coating.

Thereafter, the glove is cooled to room temperature.
The gloves are then turned inside out with the aloe vera side facing inward.

FIG. 3 is a flowchart illustrating a method 300, which is a method of making aloe vera glove according to an embodiment of the present invention, preferably using a spraying method. Application of Aloe Vera to gloves is preferably started with gloves that are clean and free of protein residues, powders or other surface impurities. Accordingly, method 300 preferably begins with a step 310 of cleaning the glove to remove such impurities. The Aloe Vera lysate is then applied to the gloves (step 312), preferably by spraying on a group of clean removed gloves that are prepared inside out.
In addition, the glove is rotated (step 314) to allow the glove to be exposed by application of the present or future Aloe Vera lysate. Preferably, after the step 312 of spraying the aloe vera lysate is stopped, the step 314 of rotating the glove occurs or continues to occur. Then, steps 312 and 314 are preferably repeated a predetermined number of iterations (illustrated by decision symbol 316 in FIG. 3). After the last iteration of step 312 of applying the Aloe Vera lysate, the gloves are dried (step 318, or step 3).
18 and the last iteration of step 314).

The optional (but preferred) step 310 of cleaning the glove to remove surface impurities can be performed using any suitable technique, including conventional techniques. For example,
A chlorine solution can be used as explained above, but the chlorine solution itself is preferably neutralized and washed off at the end of the washing step. Items such as surface impurities of gloves,
For example, cleaning with chlorine solutions is a well known technique and the characteristics of such cleaning are readily apparent by the particular cleaning equipment used. For example, in a commercial chlorine washing machine of sufficient size, for example, about 20 minutes to 1/30 cycle, for example, about 23 minutes using a conventional cycle, about 30 minutes.
A group of 00-4000 gloves can be washed. Optionally,
To ensure greater cleanliness, a group of gloves may be kept in water, preferably in a separate commercial laundry tub, for example first with hot water and then with cold water (e.g. room temperature), for a predetermined time. Further rinsing may be performed, for example, between about 20 minutes and 30 minutes or more. In the method 300, water is preferably well drained from the gloves. For example, the gloves can be spin dried in a conventional manner in a commercial laundry tub.

Preferably, steps 312, 314,
And 318 are all performed in a commercial heated rotary dryer, for example as follows. After the optional water bath at the end of optional washing step 310, the gloves are removed from the water bath and thrown into a heated rotary dryer. The dryer then begins to spin the gloves. Preferably, the rotation is accompanied by heating the glove with hot air and continues until the glove is dry or largely dry. After that, aloe
A spray nozzle configured to spray Bella Lysate as a fine mist begins to spray the Aloe Bella Lysate on the gloves in the dryer. While spraying, rotation continues, continues at a slower speed, or is stopped, and heating of air is continued, reduced, or stopped.
Due to the level of integration between the spray nozzle and the dryer, the dryer door opens for access to the spray nozzle during spraying. After a predetermined period of spraying, the spraying is stopped and the rotation is continued or resumed, preferably with reheating or continued heating of the air. The spraying and spinning is repeated in several iterations. After the last iteration of spraying, the glove is dried, preferably by rotating with heating until the glove is dry. The number and duration of repetitions and the amount of lysate used are such that at least the minimum and / or maximum predetermined thickness of dehydrated aloe vera on substantially all gloves is Should be selected to provide sufficient for individual dryer and spray nozzle configurations.

For example, in a group of about 3000 gloves, 2 kilograms of 20% aloe vera lysate gives about 4
Or 5 spray repetitions, with spray repetitions spaced about 2-5 minutes apart, each spray repetition having a spray duration of about 30-90 seconds, i.e. the oven described above (i.e. It may be sprayed in a dryer (preferably limited to a maximum temperature of about 65 ° C or less than about 80 ° C). Each spray iteration is preferably followed by a spin iteration as shown in FIG. The last iteration of rotation is
It should have sufficient duration to dry the gloves, and in particular should include heating. For example, the last iteration of rotation is
The total duration of rotation and heating of the glove with aloe vera over all steps can be selected to be about 30-40 minutes.

Preferably, the method 300 is performed and completed using only two or three holding vessels in which cleaning, spraying, or spinning is actually done. If two containers are used, the containers are a chlorine washer and a heated rotary dryer. If three containers are used, the containers are chlorine washer, water washer and heated rotary dryer.

FIG. 3 is also a flow chart of the above-described embodiment of the invention which is a method of using immersion (eg, dipping) to apply an Aloe vera lysate. If FIG. 3 is to be construed as describing a method of using immersion, then preferably decision symbol 316 is Immersion Repeat 1
Reflect only with steps (step 312), step 3
The symbol for 14 may be taken to relate to, for example, the agitation of the immersion tub according to the washing machine aspect. After immersion (eg, steps 312 and 314), step 318 relates to spin drying as described above. When FIG. 3 is used to describe the immersion method, an additional carrying vessel, ie an immersion tank containing the Aloe Vera solution, is preferably used. Therefore, if the method 300 is embodied to use immersion, the method 300 preferably uses only 3 or 4 holding vessels in which cleaning, immersion, or rotation is actually performed. Done and completed. When three containers are used, the containers are a chlorine washing machine, an immersion bath for aloe vera lysate, and a heated rotary dryer. If four containers are used, the containers are a chlorine washing machine, a water washing machine, an immersion bath for Aloe Vera solution, and a heating rotary dryer.

In another embodiment of the present invention, a method of making an Aloe Vera glove is integrated with and / or comprises the manufacture of the underlying Aloe Vera-free glove itself. This example is particularly preferred for efficiently producing large quantities of aloe vera glove.

FIG. 4 shows a conventional inspection glove (examinati
6 is a flow chart illustrating a method 400, which is a conventional method for manufacturing on-glove). At step 410, the globe is formed on the mold by conventional processes. Each mold is made at least by hand so that the formed glove fits the hand. The forming glove and the formed glove undergo conventional processing on the mold in step 410.
The gloves are then removed from the mold in step 412.

FIG. 5 illustrates a method 50 according to an embodiment of the invention.
It is a flowchart explaining 0. Method 500 is a method of making Aloe Vera gloves that is integrated with and includes the manufacture of the underlying Aloe Vera-free glove itself. Preferably, method 500 is fully automated within the manufacturing line. In step 510,
The gloves are formed on the mold using any suitable technique, for example, using the conventional process described in connection with FIG. The forming and formed gloves undergo the on-mold process in step 510 using, for example, conventional processes. In step 512, for example, an Aloe Vera lysate, such as the lysate described above, is applied to the glove when the glove is still on the mold. The application of the dissolution liquid includes, for example, spraying, immersion, pouring, overfilling,
Appropriate techniques such as dipping (not independent techniques) may be used. At step 514, the glove coating aloe vera lysate undergoes at least partial and preferably complete or at least substantial dehydration. Next, in step 516, the glove is removed from the mold. Preferably, after being removed from the mold, in step 518 the glove is further dried and heat cured.

In step 510, the gloves formed on the mold are preferably considered inside out so as to bring the interior of each glove that is subsequently worn on the hand out. The gloves are formed and processed using suitable techniques to produce gloves of the given material. A preferred material is natural rubber latex. After the glove is formed, the surface of the glove, which later points towards the hand when the glove is on the mold, has residual protein, due to later contact with the hand,
Preferably, the chemicals, etc. are rinsed with chlorine, for example, or by covering the surface with a thin insulating layer intended to insulate hands from contact with residual proteins, chemicals etc. while wearing gloves. Is designed to slip safely and / or easily when worn. Upon washing, the glove becomes smooth and easy to slip on the skin when worn, especially if the glove is made from natural rubber latex. Similarly, the insulating layer is preferably made from a material that is more slippery than the underlying glove. For example, even if the glove is a type of vinyl glove that is not too safe or slippery to be made by cleaning, the glove is coated with an insulating layer that increases slipperiness and thereby makes it easier to wear. sell. The insulating layer is, for example, a polymer layer such as silicone or polyurethane.

In step 512, the described Aloe Vera lysate is applied to the glove by dipping or spraying while the glove is still on the mold.
If a spray is used, the spray should be sufficiently complete to leave a volume of lysate on the inside-out surface of the glove, eg, a volume comparable to that obtained by dipping.

At step 514, the glove undergoes at least partial and preferably complete or at least substantial dehydration. For example, the heated air delivered may be blown across the globe on the mold. For natural rubber latex gloves, in particular, air is preferably below about 80 ° C, more preferably below about 65 ° C. Preferably, the Aloe Vera coating is sufficiently dry to provide sufficient adhesion between the Aloe Vera coating and the glove so that the coated glove can withstand the next step 516.

At step 516, the gloves are stripped from the mold.

In optional step 516, the removed glove is further cured and the glove's aloe vera coating is further dehydrated by heat, eg, in the dryer described above.

Forming and treating the gloves on the mold in step 510 may be performed, for example, on an automated manufacturing line,
Cleaning the porcelain molding tool (mold) using hot water (for example, about 40 ° C to 100 ° C) (for example, about 40 ° C to 100 ° C)
Drying the porcelain former with hot air, dipping the former into a coagulant (eg about 40 ° C. to 70 ° C.) (eg about 3 ° C.)
Drying the coagulant on the molding tool with hot air (5 ° C to 140 ° C),
A molding tool coated with a coagulant (for example, about 25 ° C to 45 ° C) is used.
Soaking in latex (eg, about 60 ° C to 1 ° C)
For curing of the latex on the former with hot air (at 40 ° C.), leaching the glove onto the former, edging of the glove on the former and then for subsequent contact with the hand as explained above. , To make the glove surface safe and easy to wear by cleaning or coating the surface. If cleaning is used in the steps to make it safer and easier to wear, the forming and treating may further include (eg, about 80
C.-140.degree. C.) further curing, rinsing with cold water (eg below room temperature), (eg below about 30.degree. C.)
Chlorination, preferably prior to further treatment by flushing with cold water (eg below room temperature), neutralization, further flushing (eg with hot water followed by cold water), dehydration, and further curing with hot air . Alternatively, if the coating is used in a step that is safe and easy to wear, the forming and treating may further include (eg, about 80 ° C.
Hot air drying (at 150 ° C.), coating with polymer (eg, less than about 45 ° C.), further drying, and curing with hot air (eg, about 80 ° C. to 150 ° C.).

In addition to the preferred natural rubber latex,
The present invention may be embodied as aloe vera coated gloves of acrylonitrile, polyvinyl chloride, polyurethane, chloroprene, neoprene, butadiene and the like and compositions thereof. Further, in addition to Aloe Vera, the present invention allows for drying inside the glove and is composed only of perspiration from the hands while wearing the gloves in a dried form and mixed with moisturizing hands. , Other skin smoothing or moisturizing substances or mixtures may be embodied for use in the alternative or in addition.

Although the present invention has been described in detail with particular reference to some preferred embodiments and alternatives, the invention is not limited to particular embodiments or alternatives.
Therefore, the scope of the present invention is not limited to one of the exemplary embodiments described above.

[Brief description of drawings]

FIG. 1 is a front view of an Aloe Vera glove manufactured according to the principles of the present invention.

FIG. 2 is a cross-sectional view corresponding to line 2-2 in FIG.

FIG. 3 is a flow chart illustrating a method of making Aloe vera glove according to an embodiment of the present invention, preferably using a spraying method.

FIG. 4 shows a conventional examination glove (examination g).
It is a flowchart explaining the conventional manufacturing method of (love).

FIG. 5 is a flow chart illustrating a method of making an aloe vera glove integrated with and including the manufacture of the underlying aloe vera-free glove itself according to an embodiment of the invention. Is.

[Explanation of symbols]

In the figure, BEGIN is a start, reference numeral 310 is preferably a step of washing the glove, 312 is a step of applying an aloe solution to the glove, 314 is a step of rotating the glove, and 316 is a judgment symbol for further repeating. , 31
8 is the step of dewatering the glove (eg, the end of the dewatering of the glove), DONE is the end, 410 is the step of forming and treating the glove on a former without applying a moistened coating, 412 Stripping the glove from the mold, 510 forming and treating the glove on the mold without applying a moist coating, and 512 covering the glove with the aloe solution when the glove is on the mold. 514 is a step of drying (at least partially) the aloe coating when the glove is on the mold, 516 is a step of stripping the glove from the mold, 518 is a step of further drying / curing the glove that has been removed. .

Claims (28)

[Claims] 1. A method of forming a glove on a mold, a step of applying a lysing solution containing aloe vera to the glove when the glove is on the mold, and a lysis applied to the glove when the glove is on the mold. A method for producing a protective glove, comprising the steps of at least partially drying the liquid and removing the glove from the mold. 2. The method of claim 1, wherein the forming step, the applying step, the at least partially drying step, and the removing step are performed on an automated manufacturing line. 3. The method of claim 1, wherein the step of at least partially drying comprises at least the step of substantially drying the lysate applied to the glove when the glove is on the mold. 4. The method of claim 1, further comprising the step of further drying the lysate applied to the glove after the glove is removed from the mold. 5. The step of drying the lysate further comprises:
The method of claim 4, comprising the step of rotating a plurality of removed gloves in the heat dryer. 6. The method of claim 1, wherein applying the lysate comprises spraying the lysate onto the glove when the glove is on the mold. 7. The glove on the mold is considered inside out so that the outward facing surface of the glove on the mold when the glove is worn is the surface facing the hand. the method of. 8. The method of claim 1, wherein applying the lysate while the glove is on the mold comprises immersing the glove in a predetermined amount of the lysate. 9. The method of claim 1, wherein the step of at least partially drying while the glove is on the mold comprises the step of directing heated air to the glove. 10. The method of claim 1, wherein the lysate comprises substantially only water and Aloe vera. 11. The method of claim 1, further comprising the step of further drying the lysate applied to the glove after the glove is removed from the mold, the method carried out on an automated manufacturing line. , The glove on the mold is considered to be inside out, as the outward facing surface of the glove on the mold when worn is the surface facing the hand, Only containing aloe vera, applying the lysate comprises spraying the lysate onto the glove when the glove is on the mold, at least to substantially dry the lysate applied to the glove. , The step of at least partially drying when the glove is on the mold comprises the step of sending heated air to the glove, and the step of further drying the lysate being heated and dried. A method comprising rotating a plurality of removed gloves in a dryer. 12. A protective glove manufactured according to the method of claim 11. 13. A protective glove manufactured according to the method of claim 1. 14. A protective glove according to claim 13, wherein the glove is made from natural rubber latex. 15. The method of claim 1, wherein forming the glove on the mold comprises covering the glove with an insulating layer that insulates the hand from the glove to at least some extent during wear. 16. The method of claim 15, wherein the insulating layer comprises a polymer layer. 17. The step of forming a glove on the mold comprises cleaning the surface of the glove to remove impurities,
The method of claim 1 comprising the step of thereby providing a safer contact between the surface and the back of the gloved hand. 18. A step of applying a lysing solution containing aloe vera to a plurality of gloves, a step of rotating the plurality of gloves after at least the start of the applying step, and a step of dehydrating the lysing solution applied to the plurality of gloves. And a plurality of gloves are covered with a dry film containing aloe vera, a method for producing protective gloves. 19. The method of claim 18, wherein the applying step ends before the rotating step, the rotating step operates to expose more surface area of the glove to the application of the lysate, and then the applying and rotating steps are repeated. Method. 20. The applying step comprises at least about 3
20. The method of claim 19, wherein the method is performed by repeating it 20 times. 21. Approximately 3 iterations of the applying step,
20. The method of claim 19, wherein each lasts at least about 30 seconds. 22. The plurality of gloves is at least 100.
20. The method of claim 19, comprising 0 independent gloves. 23. The applying, spinning and dewatering steps are all performed in a heating chamber having a tumbler.
8. The method according to 8. 24. The method of claim 18, wherein the applying step comprises spraying the lysing solution in a mist. 25. The applying, spinning and dewatering steps are all carried out in a heating chamber having a tumbler, the applying step comprising spraying the lysing solution in a mist, the applying step ending before the spinning step and the spinning step. 19. The steps act to expose more of the surface area of the glove to the application of the lysate, after which the applying step and the rotating step are repeated, wherein approximately 3 repetitions of the applying step each last for at least about 30 seconds. The method described. 26. A protective glove manufactured according to the method of claim 25. 27. A protective glove manufactured according to the method of claim 18. 28. The protective glove of claim 18, wherein the glove is made from natural rubber latex.