CN103635110B - Having can the gloves of insert of heat ductile forming - Google Patents

Abstract

Provide the gloves for game that can receive staff.These gloves comprise and are joined together to form forefinger sheath, middle finger sheath, the glove shell of nameless sheath and pinkie sheath and thumb sheath and gloves inside liner.Gloves burst is connected to thumb sheath and forefinger sheath and extends between thumb sheath and forefinger sheath.At least one intermediate layer is positioned between shell and inside liner.At least one can the insert of heat ductile forming embed in finger sheath or thumb sheath between glove shell and gloves inside liner.The insert of this embedding becomes temporarily submissive when being heated above threshold temperature, make described insert can be kept the shape of institute's molding when exceeding described threshold temperature by molding after described insert is cooled under described threshold temperature, the insert of this molding provides intended shape to described gloves.

Description

Gloves with thermoformable inserts

field of invention

The present invention relates to sports gloves. More specifically, the present invention relates to sports gloves having thermoplastic formable inserts.

Background of the invention

Various types of sports gloves are widely used in sports to enhance performance. In sports such as baseball and softball, players typically wear a glove on their non-throwing hand to catch fly balls, pitches, and straight fly balls and to defend against ground balls. Desired glove characteristics vary from player to player and from position to position. For example, outfielders tend to prefer longer gloves with deeper pockets to enhance their ability to catch fly balls. Similarly, infielders tend to prefer shorter gloves with shallower pockets to enhance their ability to quickly retrieve a caught ball from the glove pocket and throw it to the appropriate base.

Each player typically has additional preferences. Some players prefer that the finger sheath and thumb sheath of the glove flex together so that the glove naturally curls around the ball when the ball hits the pocket. Other players prefer flared gloves to provide a larger surface area for stopping and defending the ball. Still other athletes prefer a glove shape somewhere between an inwardly curved glove and an outwardly flared glove.

Gloves are typically made of leather and are usually shaped during a "breaking-in" process in which a softening substance is applied to the leather. During insertion, water, oil or other substances may be applied to the leather glove. The glove can then be strapped or otherwise held in place. Over time, the glove will dry and assume the desired shape.

The insertion process is typically done only once - when the glove is first purchased. It is difficult to make adjustments or immediate changes to inserting the glove. Additionally, forming a glove through the insertion process may require multiple attempts and extensive investigative time and work. Further, some gloves are made of synthetic materials and are more difficult to form.

Summary of the invention

This Summary is provided to introduce a selection of concepts in a simplified form that are further described below in the Detailed Description. This Summary is not intended to identify key features or substantive features of the claimed subject matter, nor is it intended to be used as an aid in determining the scope of the claimed subject matter.

A sports glove capable of receiving a human hand is provided. The glove includes a glove shell and an inner glove liner joined together to form index, middle, ring, and little finger sheaths, a thumb sheath, and an opening capable of receiving a human hand. The opening is located opposite the four finger sheaths and corresponds approximately to the user's wrist. A glove webbing is connected to and extends between the thumb sheath and the index finger sheath. At least one intermediate layer is positioned between the glove shell and the glove inner liner. At least one thermoplastically formable insert is embedded in the finger sheath or thumb sheath between the glove shell and the glove inner liner. The embedded insert becomes temporarily compliant when heated above a threshold temperature such that the insert can be molded above the threshold temperature and remain so after the insert cools below the threshold temperature. molded shape. The molded insert provides the desired shape to the glove.

According to one embodiment, wherein a thermoplastically formable insert can be inserted into said thumb sheath.

According to one embodiment, wherein a thermoplastically formable insert can be inserted into said little finger sheath.

According to one embodiment, a thermoplastic formable insert may be inserted into each finger sheath.

According to one embodiment, wherein the at least one intermediate layer can extend substantially along the length of each sheath enclosing the thermoplastic formable insert, and wherein each thermoplastic formable insert can be attached to the at least one intermediate layer .

According to one embodiment, wherein said one or more thermoplastically formable inserts can be sewn onto at least one intermediate layer.

According to one embodiment, wherein at least two intermediate layers may extend substantially along the length of each sheath enclosing a thermoplastic formable insert, and wherein each insert may be embedded between two intermediate layers.

According to one embodiment, wherein the one or more thermoplastically formable inserts can be made of plastic, and wherein the thickness of the inserts can be adjusted according to the desired amount of stiffness or the desired temperature at which the inserts become plastic to choose.

According to one embodiment, wherein said one or more thermoplastically formable inserts are removable by a user without having to disassemble said sports glove.

According to one embodiment, each thermoplastic formable insert may be substantially as long as the sheath into which it is inserted.

According to one embodiment, wherein said sports glove is formable by applying steam heat to said one or more thermoplastically formable inserts in said sports glove.

According to one embodiment, wherein the thermoplastically formable insert is designed to retain its shape under the temperature conditions encountered in normal use and storage.

According to one embodiment, wherein the length of each insert can be selected to enhance performance in the competitive position for which the athletic glove is designed.

According to one embodiment, the sports glove may be one of a baseball glove or a softball glove.

According to one embodiment, wherein the sports glove may be a fingerless glove, wherein the glove shell has a palm portion and a back portion, the palm portion has a palm portion, a four-finger portion, and a thumb portion, and wherein the The four finger portions of the palm portion of the glove shell are joined together to form a continuous piece.

The present invention also provides a sports glove capable of receiving a human hand, the sports glove comprising: a glove shell made of a durable material; a glove liner generally inside the glove shell and attached to the glove shell to form index finger sheaths, middle finger sheaths, ring finger sheaths and little finger sheaths, thumb sheaths, and openings capable of receiving human hands, said openings being positioned opposite the four finger sheaths and allowing the user's fingers extend within the four finger sheaths and the user's thumb approximately corresponds to the user's wrist when extended within the thumb sheath; glove segments connected to the thumb sheath and the index finger sheath and extending between said thumb sheath and said index finger sheath; an intermediate layer between said glove shell and said glove inner liner and generally along the line between said thumb sheath and said little finger sheath an extension in length; and a thermoplastic formable insert embedded in each of the thumb sheath and the little finger sheath between the glove shell and the glove inner liner , the embedded insert becomes temporarily compliant when heated above a threshold temperature, enabling the insert to be molded above the threshold temperature and to remain after the insert cools below the threshold temperature Shape molded, the molded insert provides the desired shape to the sports glove.

According to one embodiment, the sports glove may further include an additional intermediate layer between the glove shell and the glove inner liner, the additional intermediate layer may be generally along the thumb sheath and the The length of the little finger sheath extends, with each insert inserted between two intermediate layers.

According to an embodiment, wherein said sports glove can be formed by applying steam heat to said thermoplastic formable insert in said sports glove, and wherein said sports glove can be designed to be Retains its shape under the temperature conditions encountered in storage.

Furthermore, the present invention provides a method for forming a sports glove capable of receiving a human hand, the method comprising: providing a sports glove having at least one embedded thermoplastic formable insert; heating the at least one insert Exceeding a threshold temperature until the insert is temporarily compliant; molding at least one compliant insert into a first molded shape that provides the sports glove with a first desired shape; and cooling the insert to the threshold The temperature below the temperature is such that the cooled insert retains said first molded shape under normal use and storage conditions.

According to an embodiment, the method may further comprise: determining a second desired shape; heating at least one molded insert above said threshold temperature until said insert is temporarily compliant; remolding the compliant insert a second molded shape to provide the sports glove with the second desired shape; and recooling the insert to a temperature below the threshold temperature such that the recooled insert is stable under normal use and storage conditions The second molded shape is maintained.

Brief description of the drawings

The invention is described in detail below with reference to the accompanying drawings, in which:

1 is a perspective view of a sports glove with thermoplastic inserts embedded in thumb and pinky sheaths;

Figure 2 is a perspective view of the sports glove of Figure 1 formed with slightly inwardly curved thumb and pinkie sheaths;

3 is a perspective view of the sports glove of FIG. 1 formed with slightly flared thumb and pinkie sheaths;

Figure 4 is a front view of a thermoplastic formable insert;

Figure 5 is an exploded partial elevational view of the thermoplastic formable insert and shell, middle and inner layers;

Figure 6 is a front view of the middle layer with two thermoplastically formable inserts attached; and

7 is a flowchart of an exemplary method for constructing and forming a glove with a thermoplastic formable insert.

Detailed description of the invention

In conventional gloves used for baseball and softball, glove shaping is provided by an insertion process. The present invention provides athletic gloves having thermoplastic formable inserts that allow for improved and adjustable glove formation compared to conventional gloves, and methods for forming such athletic gloves. Embodiments of the invention are shown in Figures 1-7.

FIG. 1 shows a sports glove 100 . Glove 100 includes a glove shell 102 . Glove shell 102 is made of a durable material such as leather or synthetic leather. Glove outer liner 104 is generally inside glove shell 102 and is connected to glove shell 102 to form index finger sheath 106 , middle finger sheath 108 , ring finger sheath 110 , little finger sheath 112 , thumb sheath 114 , and opening 116 . Opening 116 is configured to receive a human hand and is positioned opposite finger sheaths 106 , 108 , 110 , and 112 .

Glove panel 118 connects index finger sheath 106 and thumb sheath 114 and extends between index finger sheath 106 and thumb sheath 114 . Glove panel 118 may include one or more pieces of material joined to be substantially solid, woven or otherwise interlocked or overlapped. Glove panels 118 create "pockets" in glove 100 for catching, defending, and or holding a ball.

Glove 100 is designed to receive the left hand. Gloves designed to receive the right hand are also contemplated and within the scope of the invention. In short, only gloves designed to receive the left hand are shown in the figures.

In some examples, inner glove liner 104 is made of thinner leather or synthetic leather than glove outer shell 102 . Glove inner liner 104 may be formed from multiple pieces of material and may include a substantial portion or all of the inner surface of glove 100 . The portion of finger sheaths 106, 108, 110, and 112 and thumb sheath 114 that are contacted by the user's fingers and thumb when the glove is donned may be part of glove inner liner 104. The inner glove liner 104 and the glove outer shell 102 may be joined along the opening 116, among other locations.

In some examples, glove 100 is a mitt such as a baseball or softball catcher's or first baseman's mitt. Gloves typically have finger sheaths, such as sheaths 106 , 108 , 110 and 112 , that are clearly visible as distinct finger sheaths and joined together at one or several points. For example, sheaths 106, 108, 110, and 112 are sewn together near the ends of the sheaths. The glove finger sheaths may not be joined together along the entire length of the finger sheaths. Although connected near the ends, for example, the finger sheaths 106, 108, 110, and 112 are not connected together along most of the length of each finger sheath.

In contrast, the finger sheaths of fingerless gloves typically do not clearly see the different finger sheaths when primarily the palm side portion of the glove shell is seen. The palm portion of the glove shell of a glove or fingerless glove is the side of the glove shell that corresponds to the user's palm when the glove is donned. The palm part includes a four-finger part, a palm part and a thumb part. The four-finger portion of the palmar portion is a portion of the palmar portion corresponding to the finger sheath.

The four finger portions of the palm side portion of the glove shell of a fingerless glove are typically joined together to form a continuous piece. If, for example, glove 100 is a first baseman's fingerless glove, the finger portions of the palm side portion of glove shell 102 will join together to form a continuous piece. The finger sheaths 106, 108, 110 and 112 will still be present, although not clearly visible as finger sheaths when primarily looking at the volar portion. The finger sheaths 106 , 108 , 110 and 112 will be visible as distinct sheaths when viewing the back portion of the glove shell 102 .

Glove 100 has one or more intermediate layers (not shown in FIG. 1 ) between glove shell 102 and glove inner liner 104 . The middle layer generally provides support and rigidity to glove 100 . In some examples, the middle layer is made of felt. In other examples, the middle layer is made of leather. If a particular thickness is desired, additional felt layers may be used to provide the desired thickness. A padded middle layer may be positioned in an area of the glove 100 corresponding to the palm of the user's hand to provide cushioning for catching or defending a ball. In some examples, glove shell 102 is thicker in the palm area to provide cushioning.

Thermoformable inserts 120 and 122 fit into thumb sheath 114 and pinky sheath 112, respectively. Although Figure 1 shows two thermoplastically formable inserts, examples with shaped inserts in any finger or thumb sheath or combination of finger and thumb sheaths are contemplated. In one example, one or more thermoplastically formable inserts are retained in glove panel 118 . In another example, glove 100 has insert 120 only. In yet other examples, the glove 100 has thermoplastic inserts in the thumb sheath 114 and each finger sheath.

Thermoformable inserts 120 and 122 can be made from a variety of materials. In one example, shaped inserts 120 and 122 are made of (plastic). Thermoformable inserts 120 and 122 are made plastic by adding a heat source. The amount of heat required to heat the shaped inserts 120 and 122 to a plastic state is determined by the properties of the material from which the inserts 120 and 122 are made. Inserts 120 and 122 can be designed to be malleable at various temperatures. In one example, shaped inserts 120 and 122 are heated to approximately (110) degrees Fahrenheit to become malleable. In further examples, the material from which the shaped inserts 120 and 122 are made is selected such that the inserts 120 and 122 do not become malleable at temperatures encountered in typical use and storage.

In some instances, a steam heat source is used. The steam provides the dual benefits of moisture to soften and condition the leather and heat that allows the shaped inserts 120 and 122 to be molded. In one particular example, a garment steamer or other steam heat source is used to heat inserts 120 and 122 to a threshold temperature at which they become pliable. In another example, a blower is used to heat the formed inserts 120 and 122 . In yet another example, a food steamer is used as a heat source. In yet other examples, the glove 100 is packed into a moisture-retaining bag or container and placed in or near a heat source, such as a stove or fireplace.

When thermoplastically formable inserts 120 and 122 are heated to a threshold temperature at which inserts 120 and 122 become compliant, thumb sheath 114 and pinky sheath 112 mold or bend in a desired manner. As discussed above, thumb sheath 114 and pinky sheath 112 become temporarily compliant when heated above a threshold temperature such that the sheaths are moldable above the threshold temperature and retain the molded shape after cooling below the threshold temperature. Thumb sheath 114 and pinky sheath 112 provide glove 100 with the desired shape after molding.

In some examples, the materials from which glove shell 102 and shaped inserts 120 and 122 are made can be selected to ensure that, immediately or shortly after increasing the temperature of shaped inserts 120 and 122 to the threshold temperature required for molding, , the corresponding sheath can be molded by empty hands without burning or otherwise damaging the hand. The time that the shaped inserts 120 and 122 will remain compliant after the threshold temperature is reached and the heat source is removed depends on the material and how much the inserts are heated above the threshold temperature. In one example, the shaped inserts 120 and 122 will remain compliant for approximately approximately (30 seconds) after the threshold temperature is reached and the heat source is removed. The shape of the glove 100 can be changed by reheating and remolding the glove 100 after its previous shape.

2 and 3 depict glove 100 shaped to enhance the performance of glove 100 worn by an athlete. In Figures 2 and 3, the thermoplastically formable inserts 120 and 122 have been heated until they are malleable. The pinkie sheath 112 and thumb sheath 114 are then formed. FIG. 2 shows glove 100 with slightly inwardly curved pinky sheath 112 and thumb sheath 114 . Shaping the glove 100 in a slightly inwardly curved form causes the glove 100 to naturally roll when defending or catching a ball. Some athletes prefer gloves with this property to help them keep the ball in the glove.

FIG. 3 shows glove 100 with slightly outwardly curved pinky sheath 112 and thumb sheath 114 . Shaping the glove 100 in a slightly outwardly curved (flared) form provides a wider mouth for defending the ball. Some athletes prefer a flared glove shape to enhance their defensive capabilities.

Figure 4 shows the thermoplastic formable insert 120 in more detail. The insert 120 is generally rectangular with rounded corners in the shape of a "popsicle stick". In some examples, insert 120 is rectangular. In other examples, insert 120 is generally oval-shaped. In yet other examples, insert 120 tapers from one end to the other. Insert 120 can be any shape that can be inserted into a finger or thumb sheath. The thickness of the insert 120 may be selected based on the desired amount of stiffness or the desired temperature at which the insert 120 becomes malleable.

As best seen in FIG. 1 , insert 120 is generally as long as thumb sheath 114 and insert 122 is as long as pinky sheath 112 . In some examples, the length of each shaped insert is substantially as long as the corresponding finger or thumb sheath. The length of insert 120 and any other thermoplastically formable insert embedded in glove 100 may also be selected to enhance performance in the athletic position for which the glove is designed. Shorter or longer gloves and shorter or longer shaped inserts can be selected according to the particular sporting position and/or individual needs.

In some examples, insert 120 has aperture 402 shown in FIG. 4 . Insert 120 may be inserted into thumb sheath 114 by sewing insert 120 through hole 402 to the middle layer. Insert 120 may also be attached directly to glove shell 102 or glove inner liner 104 . In some examples, at least one intermediate layer extends generally along the length of each sheath enclosing the thermoplastic-formable insert, and each insert is attached to the at least one intermediate layer. In other examples, at least two intermediate layers extend generally along the length of each sheath enclosing the thermoplastically formable insert, and each insert is embedded between two intermediate layers. This is shown in Figure 5 by "breaking down" the layers.

FIG. 5 shows glove shell 102 , middle layer 502 , thermoplastic formable insert 120 , middle layer 504 , and inner glove liner 104 . Glove 100 may include additional intermediate layers. The insert 120 is embedded between two intermediate layers 502 and 504 . In some examples, insert 120 is attached to two intermediate layers. In other examples, insert 120 is attached to only one intermediate layer. Only representative portions of glove shell 102 , intermediate layers 502 and 504 , and glove inner liner 104 are shown to show an example of how insert 120 may fit into thumb sheath 114 . Insert 120 may be inserted into the portion of thumb sheath 120 corresponding to the front, back, or either side of the user's thumb when the glove is on.

Thermoformable insert 120 may be sewn through aperture 402 to one or more intermediate layers. In other examples, insert 120 is placed between intermediate layers 502 and 504, and intermediate layers 502 and 504 are connected to each other such that insert 120 is held in place. For example, intermediate layers 502 and 504 may be sewn together around some or all of the perimeter of insert 120 . Any means of attaching the shaped insert 120 to the one or more intermediate layers, the glove shell 102, or the glove inner liner 104 may be used, including adhesives, lamination, stapling, and pressure fitting. The connection means are designed to withstand the application of heat required to make the insert 120 plastic.

Glove 100 may be manufactured by assembling layers. In one example, the layers of glove 100 are those shown in FIG. 5 . At least one thermoplastic formable insert is attachable to the intermediate layer. In some instances, the insert is sewn to the middle layer. Additional intermediate layers may be added. The intermediate layer is then attached to one or both of the glove shell or glove inner liner. In some examples, an intermediate layer with an attached insert is placed between the inner glove liner and the glove shell, and the shell and liner are sewn together or otherwise attached.

In some examples, one or more intermediate layers extend along substantially the entire sides of glove 100 . This is shown in FIG. 6 . Middle layer 504 includes portions 602 , 604 , 606 , 608 , 610 extending generally along the length of each finger and thumb sheath of glove 100 , as well as central portion 612 and panel portion 614 . Inserts 120 and 122 are attached to intermediate layer 504 positioned between glove shell 102 and glove inner liner 104 . The middle layer 504 may be positioned on the side of the glove corresponding to the back or palm of the user's hand.

FIG. 7 illustrates an exemplary method 700 for constructing and forming a glove with a thermoplastic insert. In step 702, glove layers are cut according to the design of the glove. The glove layers may include a glove shell, a glove liner, and at least one intermediate layer. Each layer may include multiple pieces of material. In step 704, at least one thermoplastically formable insert is formed. The formed shape of the at least one thermoplastic formable insert may be selected to correspond to the intended placement in the glove. In step 706, the glove layers are secured in the manner in which a glove is manufactured. The at least one thermoplastic formable insert is retained between the glove layers. In step 708, at least one insert is heated above a threshold temperature until the insert becomes temporarily compliant. The heat source may be steam heat produced by, for example, a garment steamer or other source, or radiant heat produced by, for example, a space heater, heat lamp, stove, hair dryer or other source. In step 710, the compliant insert is molded into a first molded shape that provides a first desired shape to the glove. In step 712 the insert is allowed to cool to a temperature below the threshold temperature. In step 714, the insert is allowed to retain its molded shape after cooling under typical use and storage conditions, giving the glove a first desired shape.

In some examples, a second desired shape is determined, and the molded insert is heated above a threshold temperature until the insert becomes compliant. The compliant insert is then remolded to a second molded shape that provides the glove with a second desired shape. After recooling the insert to a temperature below the threshold temperature, the cooled insert retains the second molded shape under normal use and storage conditions. In further examples, the insert may be remolded additional times to additional shapes.

Glove 100 may include a number of different layers joined in a number of different ways. Thermoformable inserts may be embedded in any one or combination of finger sheaths 106 , 108 , 110 , 112 or thumb sheath 114 . As noted above, the particular manner in which one or more inserts are embedded depends on the underlying structure.

In some examples, embedded thermoplastically formable inserts are removable by the user from inserting their finger or thumb sheaths without having to disassemble the glove. This may be accomplished, for example, through access slots or panels in the glove shell 102 .

The present invention includes baseball mitts, softball mitts, Leroy mitts and other gloves used to defend or catch objects. In some examples, gloves according to the present invention are sold with insulating shells designed to prevent accidental thermal contact with thermoplastic inserts embedded in the thumb and/or finger sheaths of the glove.

The present invention has been described with respect to the particular example, which is intended in all respects to be illustrative rather than restrictive. Alternative examples will be apparent to those skilled in the art to which the invention pertains without departing from the scope of the invention.

From the foregoing it will be seen that the present invention is well adapted to attain all of the ends and objects set forth above, together with other advantages which are obvious and inherent in the system and method. It will be understood that certain features and subcombinations are useful and can be employed without reference to other features and subcombinations. This is considered by and falls within the scope of the claims.

Claims (20)

1. can receive a gloves for game for staff, described gloves for game comprises: glove shell, and it is made up of durable material, gloves inside liner, it is substantially connected to described glove shell to form forefinger sheath, middle finger sheath, nameless sheath and pinkie sheath, thumb sheath and opening in the inside of described glove shell, described opening can receive staff, described opening and four finger sheaths relatively locate and when described gloves for game to be put on by user the finger of user is extended in four finger sheaths and the thumb of user extends in described thumb sheath time correspond to the wrist of user approx, gloves burst, it is connected to described thumb sheath and described forefinger sheath and extends between described thumb sheath and described forefinger sheath, at least one intermediate layer, described intermediate layer is between described glove shell and described gloves inside liner, and at least one can the insert of heat ductile forming, describedly can the insert of heat ductile forming embed in finger sheath or thumb sheath between described glove shell and described gloves inside liner, embedded insert becomes temporarily submissive when being heated above threshold temperature, make described insert can be kept the shape of institute's molding when exceeding described threshold temperature by molding after described insert is cooled under described threshold temperature, the insert of institute's molding provides intended shape to described gloves for game, wherein said can the insert of heat ductile forming be can molding and being embedded between two intermediate layers again.

2. gloves for game according to claim 1, wherein can the insert of heat ductile forming be embedded in described thumb sheath.

3. gloves for game according to claim 2, wherein can the insert of heat ductile forming be embedded in described pinkie sheath.

4. gloves for game according to claim 2, wherein can the insert of heat ductile forming be embedded in each finger sheath.

5. gloves for game according to claim 1, wherein at least one intermediate layer generally along and embeds and can the length of each sheath of insert of heat ductile forming extend, and wherein eachly the insert of heat ductile forming can be attached at least one intermediate layer.

6. gloves for game according to claim 5, wherein saidly one or morely can the insert of heat ductile forming to be sewn at least one intermediate layer.

7. gloves for game according to claim 1, wherein at least two intermediate layers generally along and embed and can the length of each sheath of insert of heat ductile forming extend.

8. gloves for game according to claim 1, wherein saidly one or morely can the insert of heat ductile forming to be made of plastics, and the preferred temperature that the thickness of wherein said insert becomes plastic according to the rigidity amount expected or described insert is selected.

9. gloves for game according to claim 1, wherein saidly one or morely the insert of heat ductile forming can be removed by user and need not dismantle described gloves for game.

10. gloves for game according to claim 1, wherein each can the same with the sheath embedded by it the in fact length of insert of heat ductile forming.

11. gloves for game according to claim 1, wherein said gloves for game can by the insert of heat ductile forming applying steam heat and being formed to described one or more in described gloves for game.

12. gloves for game according to claim 1, wherein saidly can the insert of heat ductile forming be designed to keep its shape under the temperature conditions usually used and run in storing.

13. gloves for game according to claim 1, wherein the length of each insert is selected to the performance strengthening the sports position that described gloves for game is designed to.

14. gloves for game according to claim 1, wherein said gloves for game is the one in baseball glove or mitt.

15. gloves for game according to claim 1, wherein said gloves for game is mitten, wherein said glove shell has palmar part and hand back part, described palmar part has palm portion, four fingers are divided and thumb part, and described four fingers of the described palmar part of wherein said glove shell are divided and are joined together to form continuous print part.

16. 1 kinds of gloves for game that can receive staff, described gloves for game comprises: glove shell, and it is made up of durable material, gloves inside liner, it is substantially connected to described glove shell to form forefinger sheath, middle finger sheath, nameless sheath and pinkie sheath, thumb sheath and opening in the inside of described glove shell, described opening can receive staff, described opening and four finger sheaths relatively locate and when described gloves for game to be put on by user the finger of user is extended in four finger sheaths and the thumb of user extends in described thumb sheath time correspond to the wrist of user approx, gloves burst, it is connected to described thumb sheath and described forefinger sheath and extends between described thumb sheath and described forefinger sheath, intermediate layer, described intermediate layer between described glove shell and described gloves inside liner and generally along described thumb sheath and described pinkie sheath length extend, and can the insert of heat ductile forming, described can the insert of heat ductile forming during to embed in described thumb sheath and described pinkie sheath between described glove shell and described gloves inside liner each, embedded insert becomes temporarily submissive when being heated above threshold temperature, make described insert can be kept the shape of institute's molding when exceeding described threshold temperature by molding after described insert is cooled under described threshold temperature, the insert of institute's molding provides intended shape to described gloves for game, wherein said can the insert of heat ductile forming be can molding and embedding between two intermediate layers again.

17. gloves for game according to claim 16, are also included in the other intermediate layer between described glove shell and described gloves inside liner, and the length that described other intermediate layer generally along described thumb sheath and described pinkie sheath extends.

18. gloves for game according to claim 16, wherein said gloves for game can by the insert of heat ductile forming applying steam heat and being formed described in described gloves for game, and wherein said gloves for game is designed to keep its shape under the temperature conditions usually used and run in storing.

19. 1 kinds of methods for the gloves for game that can receive staff that is shaped, described method comprises: provide have that at least one embeds can the gloves for game of insert of heat ductile forming; At least one insert described is heated beyond threshold temperature, until described insert is temporarily submissive; At least one submissive insert is molded as the first molded shape that the first intended shape is provided to described gloves for game; And make described insert be cooled to the temperature of below described threshold temperature to make cooled insert use normal and keep described first molded shape under storage condition, wherein said can the insert of heat ductile forming be can molding and embedding between two intermediate layers between the glove shell of described gloves for game and gloves inside liner again.

20. methods according to claim 19, also comprise: determine the second intended shape; The insert of at least one molding is heated beyond described threshold temperature, until described insert is temporarily submissive; Submissive insert is molded as again the second molded shape that described second intended shape is provided to described gloves for game; And make described insert be cooled to the temperature of below described threshold temperature to make again cooled insert use normal and keep described second molded shape under storage condition again.