JP2012513350A - Equipment for manually transporting luggage - Google Patents

Abstract

The present invention provides an apparatus that allows a user to carry a baggage provided with a handle, specifically, a plastic bag, a shopping bag, a packaging bottle, or the like. This device comprises a substantially annular body (1), said body (1) having a longitudinal seat (2; 202, 202 '), on which a load handle is arranged A possible outer surface (8) and an inner surface (7) provided with grooves (3, 3 '; 203, 203') formed to hold the user's finger. According to the present invention, the groove is provided on the inner surface (7) so as to constitute two different handgrips (3, 3 ′; 203, 203 ′) which are substantially opposed to each other, and the longitudinal sheet ( 2; 202, 202 ′) are provided on the outer surface (8) at a position corresponding at least to the handgrip.
[Selection] Figure 1

Description

  The present invention relates to the technical field of work or household accessories.

  In particular, the present invention generally relates to an innovative device that facilitates the manual transport of luggage with a handle, specifically shopping bags and bags.

  In general, it is well known that manual conveyance of luggage is not an easy task. In addition, even when these are properly packed and provided with a handle for lifting, it may be difficult to transport, and in the case of excessive weight, it may injure the hand. . It is not uncommon for a person to see a spectacle coming out of a supermarket with various bags full of goods. It is a common sight to see a person hurting or struggling while rushing to a car to get rid of the weight by putting the bag in the car as soon as possible.

  It is known how the handle of heavy luggage (not just plastic bags, but also bottles packed) leaves a deep mark on the hand, which causes blood circulation to be cut and cause cuts. In particular, in the case of plastic bags and packed water, it is known that the handle tends to taper or curl, making it easier to make cuts.

  Currently used solutions are either devices that are made improvised or devices that are ready for use at that time. The first solution consists of a simple cancellous body intended to protect the hands. It is clear that such a solution is practically inadequate because the cavernous body is not capable of effectively protecting the hand in the case of heavy loads, and moreover it is easily worn out. .

  In another example, the inconvenience problem has been overcome with a more or less rigid device that resembles a simple handle for placing and grasping a load handle. .

  For example, International Publication WO 03/032770, filed under the name of Caretta Augusto, discloses a closed ring conveying device that hangs a handle 1 and a load on it. And two hooks 3 formed as described above.

  Obviously, such a solution is not practical because the load suspended on the hook can cause the device itself to rotate when the load is not perfectly centered. In addition, suspended loads can cause vibrations and make transport uncomfortable. Furthermore, the handle transmits the load to the device through the hook at substantially only two contact points. Therefore, it can be easily imagined that when rubbed with the handle, the hook can cause a cut, thus causing the handle to taper and consequently break. Finally, such a shape is very weak to the load and structurally makes the hook a critical break point.

  Another solution is disclosed in US Pat. No. 5,527,076, filed Nov. 3, 1994 and named Randels Robert. This solution comprises a ring-like closable flexible element and is provided with a cylindrical sheet 8 for receiving a load handle. This element is deformed under the action of the load and is flexible so that the side 6 of the cylindrical seat 8 can be closed around the load handle. It is clear that this device is not practical enough for a predetermined purpose. In particular, the handle can be easily deformed under the load movement of the bag, so there is a risk of crushing the hand and creating the same physical harm as if the bag and hand were in direct contact There is. Furthermore, because of this flexibility, the handle has little control and no damping when the load is heavy. This implies that it is very difficult to carry and there is a risk of scratching the hand due to strong friction between the handle and the user's hand.

  International Publication WO 2006/122109, filed under the name of Erickson, includes, for example, a U-shaped device in which two handles 12 and 14 and a base 16 are provided, and a handle of a load is arranged. It is disclosed. The handles 12 and 14 can be connected one to the other using clip buttons in such a way as to allow the load to be suspended and transported.

  Such a device is uncomfortable in use because it first requires the baggage to be inserted into the base 16 and then the handles 12 and 14 to be closed. Furthermore, the closure button is damaged, mainly due to the luggage, preventing the device from being closed or used.

  Finally, U.S. Patent Publication No. US 2006/0163894, filed under the name of Mishek, discloses a simple handle with a seat for inserting a load handle.

  None of the devices described above are flexible when in use. These devices are difficult to adapt themselves to various hand dimensions as well as various hand dimensions.

  In that sense, such devices are less flexible and are not suitable for dimensional changes.

  Furthermore, they must be replaced frequently to easily wear out themselves.

  Accordingly, an object of the present invention is to provide an apparatus suitable for transporting a baggage provided with a handle, in particular, a plastic bag, a shopping bag, a packaging bottle, etc., which eliminates all the above-mentioned drawbacks. .

  Specifically, it is an object of the present invention to provide a device that distributes the load over a large surface, promotes blood circulation, and prevents the handle from making deep marks on the tissue of the hand.

  It is also an object of the present invention to provide a device that is stiff enough to hold a suspended load, avoids harmful bends experienced by the user, and avoids harmful bends that make transport difficult There is to do.

  It is also an object of the present invention to provide a device that is flexible and long lasting in use.

  These objects and other objects of the present invention are as described in claim 1, in which a user can remove a baggage provided with a handle, specifically, a plastic bag, a shopping bag or a packaging bottle. This is achieved by a device that allows transport.

  Specifically, the apparatus is provided with a substantially annular body (1) with an outer surface (8) and an inner surface (7). Corresponding to the outer surface (8), a longitudinal seat (2; 202, 202 ') on which a handle of the luggage is arranged is provided to hold the user's finger corresponding to the inner surface (7). The formed grooves (3, 3 ′; 203, 203 ′) are provided.

  By appropriately arranging the grooves on the inner surface (7), it is possible to realize two different handgrips (3, 3 '; 203, 203') which are substantially opposite each other. Accordingly, the longitudinal sheet (2; 202, 202 ') is disposed on the outer surface (8) so as to be disposed at a position corresponding to at least the two hand grips. In this way, the device is reversible on both sides, making it flexible. Thus, such devices can be used on one side or on multiple sides, reducing waste and preventing breakage.

  In the case of a simple vinyl shopping bag, inserting the handle into the selected sheet causes the handle to be in full contact with the sheet. Therefore, it is possible to lift the luggage at this stage. Specifically, the handle is forced to follow the outer circumference in the longitudinal direction of the ring-shaped body, and the ring-shaped body, due to its ring shape, can be made simple by refraction. Resist well. Thus, the user can grasp the device from the side of the selected handgrip to lift the load in a simple and painless manner without the device itself damaging the user's hand. In addition, the risk of the package itself being cut or torn off is sufficiently reduced since the annular shape completely eliminates the corner points present in the hook device disclosed in WO 03/032770.

Advantageously, the longitudinal sheet (2) may cover the entire circumference of the annular body.
In that case, the longitudinal sheet becomes one continuous sheet.

  According to such a solution, two expansion regions (2 ') facing each other can be provided in the seat (2) so as to promote the gentle extension of the handle toward the luggage body.

  This solution helps to secure the handle of the load in heavy conditions.

    Optionally, for each of the two handgrips (203, 203 ′), each longitudinal sheet (202, 202 ′) is positioned substantially opposite the associated handgrip and the length of the handgrip. It can be provided on the outer surface (8) with substantially the same length.

  Also in this case, for the same reason as described above, the two longitudinal sheets (202, 202 ') may each be provided with a gradual expansion region (213) so that the handle opens toward the luggage.

  Advantageously, the handgrips (3, 3 '; 203, 203') can be of different lengths.

  This solution is particularly advantageous as it gives the device flexibility and allows the device to be adapted to different sized hands.

  Optionally, the annular body may comprise a first part (4; 204) and a second part (5; 205) that are substantially matched according to a U-shape or C-shape.

Advantageously, said longitudinal sheet (2; 202, 202 ′)
A first side wall (11) and a second side wall (11) spaced apart from each other so as to define a range of the seat (2; 202, 202 ′) with respect to a luggage handle;
A first wall (12) and a second wall (12) arranged to form a containment edge of the handle at the top of the corresponding side wall.

  Advantageously, said longitudinal sheet can be engraved on the outer surface (8) along its entire circumference.

  Advantageously, the device described above can be formed in one piece by melting in a mold, for example by melting plastic material.

  For example, a pressure injection technique or a technique for vulcanizing around the inner core of a lightweight rigid material can be used.

  Alternatively, a method of shaping the material using a numerical controller can be used.

1 is an axonometric view of the present invention according to a first structure. FIG. FIG. 4 shows a part of the device for emphasizing a sheet for inserting a luggage handle. FIG. 4 shows a second preferred structure of the invention, in this example there are only two sheets of limited length on the back side of the two parts that form the two handles relative to the annular body. . FIG. 3 presents a first preferred structure presenting a tapered ring to facilitate the spread of the handle towards the body of the bag. FIG. 5 is an axonometric view of the third structure of the present invention. It is a front view of a 3rd structure. It is a side view of a 3rd structure.

Further features and advantages of the device according to the invention will become apparent from the description of one of its non-limiting embodiments, described below with reference to the accompanying drawings.

  FIG. 1 shows a first preferred form of the invention.

  Specifically, this device with body 1 is generally annular in shape and comprises an outer surface 8 and an inner surface 7. At a position corresponding to the outer surface 8, there is a longitudinal sheet 2 suitable for receiving a bag or baggage handle. Also, at a position corresponding to the inner surface 7, a series of lateral grooves 3 and 3 'are arranged in such a way as to realize two different hand grips (3, 3') or hand hold facing each other. Hold your finger. Thus, once the handle of the plastic bag is properly inserted into the seat 2, it is possible to lift the load simply by grasping the device from one part of the two handgrips.

  More particularly, according to this first preferred form, the annular body is essentially formed by two parts 4 and 5 (constituting an upper part and a lower part, respectively), which are It is matched with a substantially inverted U-shape or C-shape. Accordingly, these two hand grips 3 and 3 'are obtained at portions corresponding to the abdominal portions 6 and 6' of the related portions (U-shape or C-shape) in the two portions 4 and 5, respectively. According to such a configuration, the longitudinal sheet 2 is realized to be continuous along the entire circumferential length of the outer surface 8. Further, that portion of the seat 2 that actually supports the handle will substantially match the length of the abdomen 6, 6 '.

  Specifically, FIG. 1 shows an embodiment in which the two parts 4 and 5 have abdomen 6, 6 'with different longitudinal lengths. Thus, the lengths of the resulting grips 3, 3 'are different, guaranteeing two different sized hand grips with the same device.

  FIG. 4 shows a structural variant in which two extension regions 2 ′ which are diametrically opposite to each other are provided substantially at the junction of the two parts 4 and 5. The effect of this extended area is to facilitate the gradual spread of the plastic bag handle towards the body of the luggage itself, thus limiting the problem of rounding the handle.

  The second preferred structure of the present invention (see FIG. 3) instead comprises two different longitudinal sheets 202 and 202 ′, which are of limited length and substantially extend region 203 and This corresponds to the length of 203 ′. The structure of FIG. 3 is merely one example, and thus does not limit the present invention, shows two different lengths of handles 203 and 203 ', allowing it to be adapted to different sized hands. . As a result, according to such an embodiment, the sheets 202 and 202 'have different lengths and adapt themselves to different open hands. Specifically, each of the two sheets 202 and 202 ′ has two gently opposing expansion areas 213 (the areas described in the first embodiment) that allow a better fit to the handle of the baggage to be spread. End in a similar area).

  A third preferred embodiment of the present invention (see FIGS. 5, 6 and 7) comprises a single sheet 302 ending at a position corresponding to the base of the annular mold body and a single handle 303 opposite the base. An annular mold body provided; This structure (see FIG. 7) also has an extension 313 proximate the base to allow the handle of the poly bag to gradually expand toward the body of the bag itself.

  In spite of the structure described above, a feasible structural shape of the longitudinal sheet is also predicted (see FIG. 2). Specifically, the sheet 2 includes a side wall 11 that appears from the base of the sheet toward the top (which prevents the handle from coming out laterally and maintains the handle in the sheet), and an upper confinement wall 12. It has a portion carved on the outer surface 8.

  Of course, the term “annular” is a common method and need not necessarily be associated with a circle. Accordingly, shapes different from the circular body, such as squares, can be used for the purpose without departing from the concept of the present invention.

  Having described the device constructively, we will now describe how to use the device for purposes of clarity. Of course, the type of functionality does not change based on the preselected configuration, and for simplicity, only the first preferred configuration will be referenced in the following description.

  Depending on the size of the hand, a long handgrip 3 'or a short handgrip 3 can be selected. Based on such a selection, the bag, ie the baggage handle, is inserted into the sheet 2 obtained in the longitudinal direction. Thus, lifting the load using the device can be performed.

  It is clear how much this device is very useful to reduce the damage and trauma to the user's hand and allow the bag to be lifted and carried by hand.

  It is also clear how all of the predetermined objectives of the present invention have been achieved. In particular, it is clear how a significantly realized annular body limits the bending and breakage of the device itself and avoids damage that could be done to the user. In addition, it is possible to use two different dimensions with the same device, and the device can be easily applied to different sized users and / or packages.

Claims (10)

In particular, a device that allows a user to carry luggage with a handle such as a plastic bag, shopping bag, packaging bottle, etc.
A substantially annular body (1),
The body (1) is
An outer surface (8) having a longitudinal sheet (2; 202, 202 ') on which a handle of a load can be placed;
An inner surface (7) provided with grooves (3, 3 '; 203, 203') formed to hold a user's finger,
The groove is provided in the inner surface (7) so as to constitute two different handgrips (3, 3 ′; 203, 203 ′) which are substantially opposite each other;
Longitudinal sheet (2; 202, 202 ') is provided on said outer surface (8) at a position corresponding to at least two hand grips (3, 3'; 203, 203 ') . The conveying device according to claim 1, wherein the longitudinal groove (2) covers the entire outer periphery (8) of the annular mold body. The conveyance according to claim 2, characterized in that the sheet (2) is provided with two expansion regions (2 ') facing each other so as to promote the gently spreading of the handle toward the luggage body. Equipment. For each of the two hand grips (203, 203 '), each longitudinal sheet (202, 202') is substantially opposite the associated hand grip and is substantially the same as the length of the hand grip. The conveying device according to claim 1, characterized in that it is provided on the outer surface (8) in length. The conveyance according to claim 4, wherein each of the longitudinal sheets (202, 202 ') is provided with a gradual expansion region (213) so that a handle is opened toward a load attachment point. Equipment. The conveying device according to any one of claims 1 to 5, wherein the hand grips (3, 3 '; 203, 203') have different lengths. The annular body comprises a first part (4; 204) and a second part (5; 205) which are substantially aligned according to a U-shape or C-shape. The transfer apparatus according to any one of the above. The longitudinal sheet (2; 202, 202 ′)
A first side wall (11) and a second side wall (11) spaced apart from each other so as to define a range of the seat (2; 202, 202 ′) with respect to a luggage handle;
A first wall (12) and a second wall (12) arranged to form a confinement edge of a handle at the top of the corresponding side wall. The apparatus for conveyance as described in 2. The said longitudinal direction sheet | seat is engraved along the perimeter of a cyclic | annular type main body. The conveying apparatus as described in any one of Claims 1-8 characterized by the above-mentioned. It forms with one component by fuse | melting with a type | mold. The conveying apparatus as described in any one of Claims 1-9 characterized by the above-mentioned.

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