Artwork processing system

Abstract

An artwork handling system comprising: a cradle having a body configured to be attached to an artwork, the body having an aperture extending at least halfway therethrough; a handling tool, wherein one or more components forming the aperture are adapted to: transfer the weight of the artwork to the handling tool, the handling tool being inserted into the aperture from a side of the artwork, the side extending transversely to a front surface of an area of the artwork on display; and assist in holding the artwork with the handling tool.

Description

[0001] Related applications

[0002] This application is based on and claims priority to Australian Provisional Patent Application No. 2020903555, filed on 1 October 2020, the entire contents of which are incorporated herein by reference. Technical Field

[0003] This invention relates to an artwork processing system. In particular, this invention relates to (but is not limited to) a processing system for installing, displaying, and transporting artworks. This invention also relates to a method for processing artworks. Background Technology

[0004] References to background techniques in this article should not be interpreted as an admission that such techniques constitute common knowledge in Australia or elsewhere.

[0005] In 2018, global art sales reached $67 billion. The commercial art market spends over $5 billion annually on the protection and transport of artworks. However, despite the immense value of some pieces and the significant investment in their preservation and transport, fine art logistics remains an outdated industry. Artworks are still handled by hand during packaging, transport, and installation. This exposes them to high risks, as described below. This level of risk is exacerbated by: i) the fragility of artworks, which tend to deteriorate over time; ii) the cultural and monetary value of some artworks / crafts; and iii) the fact that most artworks, if damaged or destroyed, are irreplaceable.

[0006] Artwork conservators typically instruct art handlers to wear gloves during handling. Some artworks require powder-free nitrile (latex) gloves for safe handling, while others may require cotton gloves, a combination of both (i.e., nitrile under cotton), or other microfiber gloves. Handlers may become confused about which type of gloves to wear; for example, natural oils from the hands may seep through cotton gloves, transferring indelible marks (what conservators call "attachments") onto the artwork's surface. In other cases, handlers may use completely unsafe gloves (such as rubber-coated work gloves) or not wear gloves at all.

[0007] Another potential risk for art handlers is wearing unclean gloves. Gloves can pick up foreign objects during use, which can damage the artwork. For example, during the installation or handling of an artwork, art handlers may wipe their foreheads or hair with gloved hands, and any grease or particles they pick up can transfer to the artwork when they handle it again.

[0008] The nature of certain artworks also makes installation difficult and risky. For example, frameless artworks (such as paintings on canvas) often require securing the sides because the reverse side is essentially in direct contact with the wall during installation and display. The sides of an artwork are considered part of the artwork and are often painted, meaning direct pressure is applied, which can easily leave marks or deform the artwork. Pressure may also be applied to the surface of the artwork when handling the sides, and surfaces are particularly sensitive to damage. Grasping the bottom of the artwork during installation is also particularly common, similar to handling the sides, and can result in the palm, thumb, or fingers pressing against the surface during movement and rotation. Furthermore, grasping the back of the artwork is a major cause of damage, as fingers and knuckles can press against the canvas (for example) when gripping the supporting frame, causing cracks in the painted surface. Artwork handlers may also tilt their torso and head towards the front of the artwork when grasping the bottom, exposing it to extreme risks of being squeezed or impacted.

[0009] Furthermore, art handlers are not required to possess the same qualifications as custodians or exhibition producers. It is an unregulated industry, and the attention and skills required to safely handle these objects are currently difficult to assess, and their work is not always closely supervised. This further exacerbates the problems associated with the safe handling and installation of artworks.

[0010] Another problem with current handling practices is that artworks are often placed on foam blocks during packaging, installation, or movement. Museums, galleries, art shippers, and artist studios may use unsafe materials to construct these blocks, and they may also store them in uncontrolled environments where they accumulate dust and other particles, which then transfer to the artwork's surface. Artwork handlers also frequently "kick" the blocks under the artwork, transferring particles from their shoes onto the blocks before transferring them to the artwork.

[0011] Large museums sometimes use a "painting cart" (usually a wheeled steel A-frame platform) to hold paintings during movement and installation. The surface of the cart's base (where the paintings are placed) is typically padded with standard (non-archived) carpet. The cart can also accumulate dust and other particles, which can then transfer to the artwork.

[0012] The transport or delivery of artworks also presents further challenges. For example, frameless artworks are typically transported in wooden travel frames, usually housed in an additional (external) wooden crate, each custom-made to fit the artwork's dimensions. When the artwork is a painting (e.g., on a canvas, stretched around a wooden frame), the back of the frame is often fitted with several travel attachments (e.g., Oz). These extend from the artwork into the travel frame, ensuring the artwork is securely held within the frame and does not come into contact with the front or sides of the artwork.

[0013] However, current products available for handling and transporting artworks face certain limitations. For example, some designs rely on the limited strength of small “pins” that connect two brass components. These are prone to failure even under moderate artwork loads (especially during “tipping events” where the container falls “face-first” and the travel attachment is exposed to peak forces). Other “perforated rail” products rely on “fixing screws” attached to the artwork mounting module, which has threaded openings to receive the fastener. This reduces the available thickness of the rail and artwork mounting module, thus lowering its load-bearing capacity. It also increases the overall thickness of the attachment system, making it a conspicuous attachment that distracts the viewer and also prevents the artwork from being mounted flush with the wall. Similarly, while some clips can be rotated to hide behind the artwork after installation, theoretically meaning they don't need to be removed for mounting, they are made of thick-gauge brass, leaving a 1 / 4-inch (1 / 4”) gap between the artwork and the wall, clearly visible from the side. Because this creates an unpleasant visual effect when displaying artwork, artists or curators typically ensure the clips are removed before installation and then reinstalled when removing and packing the artwork. Repeated removal and reattachment of clips can cause wear at the screw points and may even lead to clip failure during shipping.

[0014] If frameless 2D artwork does not allow for the installation of such travel attachments, it needs to be secured to the travel frame or cargo box using foam blocks. These foam blocks are cut to the exact dimensions of the artwork's corners and sides, thus holding it in place within the travel frame during transport. Like the foam blocks used to hold the artwork, these foam blocks are not always made of the correct material. The foam blocks also exert pressure on the artwork, and because the travel frame is frequently subjected to impacts during transport, the foam blocks may leave permanent marks on the artwork. These marks may also appear during the artwork's journey, when it is lifted from the travel frame and when it is inserted back into it.

[0015] In view of the above, the inventors have developed an improved artwork processing system. Summary of the Invention

[0016] In one form, though not necessarily the only or most widespread form, the present invention relates to a support for an artwork handling system, the support comprising:

[0017] The body, configured to be attached to the artwork, has an opening extending at least halfway through it.

[0018] One or more components forming the opening are suitable for:

[0019] The weight of the artwork is transferred to a processing tool, which is inserted into an opening from the side of the artwork, the side extending laterally to the front surface of the area displaying the artwork; and

[0020] Use auxiliary processing tools to preserve artwork.

[0021] In one embodiment, the opening extends diagonally through the body.

[0022] In one embodiment, the opening is configured to releasably engage with the processing tool in a manner that allows the artwork to be held in place without the aid of a separate structure.

[0023] In one embodiment, the opening is configured to properly retain the processing tool without the aid of one or more fasteners, while preserving the artwork.

[0024] In one embodiment, the opening extends substantially through the lateral portion of the body.

[0025] In one embodiment, the opening extends through half the thickness of the body.

[0026] In one embodiment, the opening is in the form of a channel.

[0027] In one embodiment, the opening includes an open portion and a substantially closed portion opposite to the open portion.

[0028] In one embodiment, the closed portion is configured to be positioned close to the artwork, while the open portion is positioned further away from the artwork.

[0029] In one embodiment, the opening includes an opening for receiving a processing tool, the opening extending laterally to the opening portion and / or the substantially closed portion.

[0030] In one embodiment, the opening has an axis passing through it, the axis defining the sliding direction of the processing tool.

[0031] In one embodiment, one or more components forming the opening are substantially flat walls in a direction defined by an axis.

[0032] In one embodiment, the processing tool is configured to slide through the opening in a substantially linear manner.

[0033] In one embodiment, the opening is configured to receive a processing tool when the artwork is near a wall.

[0034] In one embodiment, the artwork includes a rear surface that extends laterally to the side.

[0035] In one embodiment, the back surface includes a portion of the exposed artwork frame.

[0036] In one embodiment, the artwork includes four sides extending laterally to the front and rear surfaces.

[0037] In one embodiment, the thickness of the body is less than about 4 mm.

[0038] In one embodiment, the thickness of the body is less than about 6 mm.

[0039] In one embodiment, the body color is matte.

[0040] In one embodiment, the body includes a security device to assist in retaining the processing tool.

[0041] In one embodiment, the safety device takes the form of a safety catch (safety stop, safety braking device).

[0042] In one embodiment, the safety device includes two safety devices located on both sides of the opening.

[0043] In one embodiment, the safety device forms an opening communicating with the aperture.

[0044] In one embodiment, the body includes a retaining component. In another embodiment, the retaining component is configured to be attached to a wall.

[0045] In one embodiment, the retaining component takes the form of a shackle.

[0046] In one embodiment, the body includes a transport attachment.

[0047] In one embodiment, the transport attachment is configured to connect to the transport fixture.

[0048] In one embodiment, the transport fixing device includes a hole for receiving a portion of the transport attachment.

[0049] In one embodiment, the body and the artwork frame are formed as one unit.

[0050] In one embodiment, the opening is located in the moving part.

[0051] In one embodiment, the moving part is configured to move from a first position to a second position to allow the processing tool to be received by the opening.

[0052] In one embodiment, the moving part is biased toward a first position.

[0053] In another form, the present invention relates to a processing tool for an artwork processing system, the processing tool comprising:

[0054] A joining portion, configured to engage with one or more portions forming an opening in a support, the support being attached to the artwork, the one or more portions being adapted to transfer the weight of the artwork to the joining portion; and

[0055] The retaining part, which connects to the joint, helps to hold the artwork.

[0056] The joining portion is configured to be inserted into the opening from the side of the artwork, the side extending laterally to the front surface of the area displaying the artwork.

[0057] In one embodiment, the retaining portion is configured to extend laterally away from the joining portion.

[0058] In one embodiment, the retaining portion is releasably connected to the engaging portion.

[0059] In one embodiment, the retaining portion includes a positioning portion that engages with a positioning component of the engaging portion to set its orientation.

[0060] In one embodiment, the positioning portion and positioning component include one or more splines.

[0061] In one embodiment, the retaining portion is configured to rotate relative to the engaging portion to one or more predetermined angles.

[0062] In one embodiment, the retaining portion includes a positioning lock that assists in locking the retaining portion to the engaging portion.

[0063] In one embodiment, the engagement portion includes a member defining an engagement axis, and the retaining portion is substantially located on one side of the engagement axis.

[0064] In one embodiment, the positioning of the portion helps prevent the user's hands from coming into contact with the wall when installing the artwork.

[0065] In one embodiment, the member has a front face and a rear face, and the retaining portion provides a gripping portion on one side of the front face.

[0066] In one embodiment, the retaining portion extends substantially perpendicular to the joining portion.

[0067] In one embodiment, the engagement axis is configured to substantially coincide with the central axis of the opening.

[0068] In one embodiment, the retaining portion forms a handle portion that allows a user's hand to extend through an opening to grip a portion of the retaining portion.

[0069] In one embodiment, the retaining portion includes a flat bottom to assist in placing the retaining portion on the ground.

[0070] In one embodiment, the retaining portion forms a block used to hold the artwork above the floor.

[0071] In one embodiment, the processing tool includes a safety mechanism that releasably engages the bracket to prevent accidental release of the engagement portion from the opening.

[0072] In one embodiment, the safety mechanism includes a safety release element that releases a portion of the safety mechanism from a safety latch associated with the bracket.

[0073] In one embodiment, the safety mechanism is spring-biased.

[0074] In one embodiment, the safety mechanism rotates about a pivot point.

[0075] In one embodiment, the safety mechanism includes a safety latch located on one side of the pivot point and a safety release located on the other side of the pivot point.

[0076] In one embodiment, the safety mechanism is formed as part of the component.

[0077] In one embodiment, the component is configured to rotate from a first position to a second position.

[0078] In one embodiment, the member in the first position is configured to engage with the opening.

[0079] In one embodiment, rotating the component to the second position allows the component to be further aligned with the retaining portion.

[0080] In another form, the present invention relates to an artwork processing system, comprising:

[0081] A support having a body configured to be attached to an artwork, the body having an opening extending at least halfway through it;

[0082] Processing tools

[0083] One or more components forming the opening are suitable for:

[0084] The weight of the artwork is transferred to a processing tool inserted into an opening from the side of the artwork, which extends laterally to the front surface of the area displaying the artwork; and

[0085] Use processing tools to help preserve artwork.

[0086] In the embodiments, the stent is as described herein.

[0087] In one embodiment, the processing tool is as described herein.

[0088] In one embodiment, the artwork handling system includes a mounting bracket to help mount the bracket onto a surface.

[0089] In one embodiment, the mounting bracket includes an elongated hole to help adjust the mounting bracket on the surface.

[0090] In one embodiment, the artwork handling system includes a transport anchoring device to assist in transporting the artwork.

[0091] In one embodiment, the transport fixing device moves from a first position to a second position to lock the bracket in place.

[0092] In one embodiment, the transport fixture includes a component configured as part of a receiving and processing tool for attaching it to a transport container.

[0093] In another form, the present invention relates to a method for processing artwork, the method comprising the following steps:

[0094] Move the processing tool from the side of the artwork into the opening of the bracket, which is attached to the artwork, and the side extends laterally to the front surface of the area displaying the artwork.

[0095] The weight of the artwork is transferred to the processing tool by forming one or more portions of the opening; and

[0096] Use processing tools to preserve artwork.

[0097] In one embodiment, the step of moving the processing tool into the opening includes sliding a portion of the processing tool obliquely through the support.

[0098] In one embodiment, the method further includes engaging a safety mechanism of the processing tool with a support to prevent accidental release of the processing tool from the opening.

[0099] In one embodiment, the step of transferring the weight of the artwork to the processing tool by forming one or more parts of the opening includes keeping the processing tool transverse to a portion of the engagement portion that engages with the opening.

[0100] In one embodiment, the step of holding the processing tool laterally to the part extending from the engagement portion includes moving the user's hand through an opening to grasp a portion of the holding portion.

[0101] In one embodiment, the step of holding the artwork with a processing tool includes placing the processing tool against a wall while installing the artwork.

[0102] In one embodiment, the method further includes suspending the artwork from the support.

[0103] In one embodiment, the step of holding the artwork with a processing tool includes positioning the artwork into a shipping container.

[0104] In one embodiment, the method further includes securing the artwork in the shipping container with the aid of a support frame.

[0105] In one embodiment, the method further includes rotating a portion of the processing tool from a first position to a second position to allow the processing tool to be removed from the shipping container.

[0106] In another embodiment, the method further includes attaching the processing tool to a shipping container for transport.

[0107] Further features and advantages of the invention will become apparent from the following detailed description. Attached Figure Description

[0108] By way of example only, preferred embodiments of the invention will be described more fully below with reference to the accompanying drawings, in which:

[0109] Figure 1 A perspective view of an artwork processing system according to an embodiment of the present invention is shown;

[0110] Figure 2 It shows Figure 1 Front view of the support frame for the artwork handling system shown;

[0111] Figure 3 It shows Figure 2 Rear view of the bracket shown;

[0112] Figure 4 It shows Figure 2 The side view of the bracket shown;

[0113] Figure 5 It shows Figure 1 The rear view of the artwork processing system shown;

[0114] Figure 6 It shows Figure 1 A top view of the artwork processing system shown;

[0115] Figure 7 It shows Figure 1 A three-dimensional diagram of the processing tools of the artwork processing system shown;

[0116] Figure 8 A front view of another artwork processing system according to an embodiment of the present invention is shown;

[0117] Figure 9 It shows Figure 8 A rear view of another artwork processing system shown;

[0118] Figure 10 A front view of another artwork processing system according to an embodiment of the present invention is shown;

[0119] Figure 11 It shows Figure 10 The rear view of the artwork processing system shown;

[0120] Figure 12 A rear view of a processing tool in a first configuration according to an embodiment of the present invention is shown;

[0121] Figure 13 The second configuration is shown. Figure 12 The rear view of the processing tool;

[0122] Figure 14 A side sectional view of a bracket in a first configuration according to an embodiment of the present invention is shown;

[0123] Figure 15 The second configuration is shown. Figure 14 A side sectional view of the support bracket engaged with the processing tool;

[0124] Figure 16 A rear view of another bracket according to an embodiment of the present invention is shown;

[0125] Figure 17 It shows Figure 16 A front view of another bracket shown;

[0126] Figure 18 It shows the relationship with Figure 16 Rear view of a separate processing tool engaged with another bracket in the process;

[0127] Figure 19 It shows the relationship with Figure 16 A side view of a separate processing tool attached to another bracket in the process;

[0128] Figure 20 Another processing tool in the form of a footing device according to an embodiment of the present invention is shown;

[0129] Figure 21 A rear view of the fixing bracket according to an embodiment of the present invention is shown;

[0130] Figure 22 It shows Figure 21 The front view of the fixed bracket shown;

[0131] Figure 23 A rear view of another fixing bracket according to an embodiment of the present invention is shown;

[0132] Figure 24 It shows Figure 23 The front view of another fixed bracket is shown;

[0133] Figure 25 A rear view of a keyhole bracket according to an embodiment of the present invention is shown;

[0134] Figure 26 It shows Figure 25 The front view of the keyhole bracket shown;

[0135] Figure 27 A rear view of a suspension bracket according to an embodiment of the present invention is shown;

[0136] Figure 28 It shows Figure 27 The front view of the suspension bracket shown;

[0137] Figure 29 A front view of the adjustable mounting component according to an embodiment of the present invention is shown;

[0138] Figure 30 It shows Figure 29 Side view of the adjustable mounting component shown;

[0139] Figure 31 A rear view of the mounting bracket according to an embodiment of the present invention is shown;

[0140] Figure 32 It shows Figure 31 Side view of the mounting bracket shown;

[0141] Figure 33 An embodiment of the present invention is shown with alignment with a transport fixing device. Figure 31 The mounting bracket shown;

[0142] Figure 34 It shows Figure 31 The mounting bracket and transport securing device shown are in the locked position;

[0143] Figure 35 An embodiment of the present invention is shown that is aligned with a linear transport fixing device. Figure 31 The mounting bracket shown;

[0144] Figure 36 The linear transport fixing device is shown in the locked position. Figure 31 The mounting bracket shown;

[0145] Figure 37 Another transport fixing device according to an embodiment of the present invention is shown;

[0146] Figures 38 to 41 The use of retaining fasteners according to embodiments of the present invention is illustrated;

[0147] Figure 42 A perspective view of another artwork processing system according to an embodiment of the present invention is shown;

[0148] Figure 43 It shows Figure 42 The bracket shown is a cross-sectional view and a separate side view;

[0149] Figure 44 It shows Figure 42 The front view of the retaining part is shown;

[0150] Figure 45 Showing Figure 42 Top cross-sectional view of the joint shown;

[0151] Figure 46 It shows Figure 42 A side sectional view of the joint shown;

[0152] Figure 47 A perspective view of an additional artwork processing system according to an embodiment of the present invention is shown;

[0153] Figure 48 It shows Figure 47 The cross-sectional view and individual top view of the bracket are shown;

[0154] Figure 49 It shows Figure 47 The front view of the retaining part is shown;

[0155] Figure 50 It shows Figure 47 Top cross-sectional view of the joint shown;

[0156] Figure 51 It shows Figure 47 A side sectional view of the joint shown;

[0157] Figures 52 to 54A cross-sectional view of a safety mechanism in use according to another embodiment of the present invention is shown;

[0158] Figures 55 to 58 A cross-sectional view of the joining portion in use is shown according to another embodiment of the invention; and

[0159] Figure 59 An artwork frame using an artwork processing system according to an embodiment of the present invention is shown. Detailed Implementation

[0160] Figure 1 An artwork processing system 10a according to an embodiment of the present invention is shown, comprising a stand 100a and a processing tool 200a. In this specification, the use of a reference numeral followed by a lowercase letter generally indicates alternative embodiments of the general element identified by that reference numeral. Thus, for example, stand 100a is similar to but not identical to stand 100b. Furthermore, references to elements identified solely by numbers refer to all embodiments of that element. Thus, for example, references to stand 100 are intended to include both stand 100a and stand 100b.

[0161] 100a bracket Figures 2 to 4 Further details are shown below. The support includes a body 110a. The body 110a is substantially rectangular. Furthermore, the body 110a has a lateral direction and a longitudinal direction. In this embodiment, the thickness of the body 110a is approximately 4 mm. This thickness allows the body 110a to be substantially inconspicuous when the artwork is displayed. The body 110a has a matte finish, preferably black. The body 110a is also made of titanium, but as those skilled in the art will understand, other materials (such as steel) can be used.

[0162] The body 110a includes an opening 120a. The opening 120a includes a central axis 121a. The opening 120a extends from one longitudinal side of the body 110a to the other longitudinal side. The opening 120a extends obliquely through the body 110a. In this respect, the axis 121a extends transversely to both the longitudinal and lateral sides of the body 110a. The opening 120a forms a channel across the body 110a and extends through half the thickness of the body 110a. Therefore, the opening 120a includes an open end 122a and a closed end 123a. The closed portion 123a forms part of a wall configured to connect to / adjaculate with an artwork. The opening 120a includes an opening 124a located at either end near the longitudinal side of the body 110a.

[0163] The other portions forming the opening include two sidewalls 125a. The sidewalls 125a are substantially flat and extend obliquely through the body 110a. The sidewalls 125a extend vertically from at least one side of the body 110a. A transverse wall 126a extends from the sidewalls 125a to partially close the opening portion 122a. The ends of the transverse walls 126a facilitate guidance to the processing tool 200a. For this purpose, as further outlined below, axis 121a provides a sliding direction for the processing tool 200a.

[0164] The bracket 100a also includes a safety device 130a. The safety device 130a helps retain the processing tool 200a. The safety device includes a stop 132a. Figure 3 As shown in further detail, the body includes two levers 132 to allow the bracket to be positioned on the upper or lower part of one side of the artwork. In a further embodiment, the bracket 100a can be designed to be located on the left or right side of the artwork.

[0165] The bracket 100a also includes an attachment portion 140a. In this embodiment, the attachment portion 140a includes a hole 142a. The hole 142a is configured to receive a fastener 144a. In this respect, from Figure 6 It can be further understood that fastener 144a can be attached to the rear surface of the artwork. Therefore, bracket 100a is typically positioned adjacent to the side of the artwork. To handle the artwork, handling tool 200a is thus inserted into opening 120a from the side of the artwork. That is, handling tool 200a is inserted from the side behind the artwork, where the side extends laterally (i.e., in a non-parallel manner) to the front surface of the area displaying the artwork. In other words, handling tool 200a moves through an imaginary plane extending perpendicular to the front of the artwork to allow it to engage with opening 120a. This will be described in more detail below. This design avoids touching the front or side of the artwork, meaning the user has no contact with the artwork.

[0166] Figures 5 to 7A processing tool 200a according to an embodiment of the present invention is shown. The processing tool 200a includes an engagement portion 210a. The engagement portion 210a is configured to engage with an opening 120a. That is, the engagement portion 210a includes a member 212a configured to slide into engagement with the opening 120a. The member 212a extends in an inclined manner relative to a horizontal plane. The angle of the member 212a (in particular) helps to: i) reduce the moment on the member 212a; ii) prevent the member 212a from accidentally releasing from the opening 120a due to the weight of the artwork on it when carrying the artwork; and iii) ensure that the artwork is secured in place during transport, including when the artwork is inverted (this is not necessarily the case for upright / vertical members). The member 212a is configured to extend laterally through one side of the opening 120a to the other side.

[0167] Component 212a includes a tapered edge 214a. The tapered edge 214a facilitates insertion of component 212a into opening 120a. Component 212a also includes a guide surface 215a. The guide surface 215a facilitates the formation of a ridge along component 212a. The guide surface 215a is configured to engage with an end of transverse wall 126a to help guide movement of engagement portion 210a within opening 120a. A portion of component 212a adjacent to guide surface 215a engages with transverse wall 126 to prevent component 212a from exiting opening through opening portion 126a. Engagement portion 210a moves along engagement axis 216a when engaged with opening 120a. In this respect, engagement axis 216a coincides with axis 121a as component 212a slides along one or more portions forming opening 120a.

[0168] The processing tool 200a also includes a safety mechanism 220a. The safety mechanism 220a is configured to releasably engage the safety device 130a to prevent the engaging portion 210a from accidentally releasing from the opening 130a. The safety mechanism 220a includes a safety latch 222a. The safety latch 222a is spring-biased, which helps to move the safety latch 222a into engagement with the safety stop 132a. That is, the spring causes the safety latch 222a to rotate toward a reserved position, thereby forcing the safety latch 222a into the reserved position in response to movement of the safety latch 222a across the safety stop 132a. To release the safety latch 222a from its reserved position, a safety release member 224a is engaged to allow the safety latch 222a to rotate to a released position. With the safety mechanism 220a in the released position, the engaging portion 210a can be removed from the opening 130a.

[0169] The 230a retainer helps users preserve artwork. For example... Figure 6As further shown, the retaining portion 230a extends along the extending axis 231a away from its connection with the engaging portion 210a. That is, the retaining portion 230a extends laterally away from the engaging portion 210a. This makes the retaining portion 230a substantially located on one side of the engaging axis 216. To further illustrate, the engaging member 212a includes a forward surface 217a and a rear surface 218a, and the retaining portion is located on one side of the forward surface 217a. This is in Figure 6 As shown more clearly below, and in fact, the joining portion 210a / retaining portion 230a forms an "L" shape. In other words, the joining portion 210a extends substantially perpendicular to the retaining portion 230a. As further outlined below, this shape helps users avoid: i) their hands coming into contact with / being pressed against the wall; ii) having to touch the artwork during handling; and iii) accidental or unintentional contact with the artwork.

[0170] like Figure 7 As further shown, the retaining portion 230a includes a gripping portion 232a. In this embodiment, the gripping portion 232a includes a rubber coating for ergonomic purposes. The gripping portion 232a is formed in a "D-shape" to allow the user's hand to extend through the opening 233a, thereby properly gripping the gripping portion 232a. The retaining portion 230a also includes a substantially flat base 234a. If desired, the base 234a can be placed on the ground during the handling of the artwork.

[0171] The retaining portion 230a also includes a mounting portion 236a. The mounting portion 236a includes holes. The mounting portion 236a is configured to connect to a transport container. In this respect, the handling tool 200a is adapted to assist in the transport of the artwork by providing a suitable connection between the artwork and the transport container. In a further embodiment, as described below, the handling tool can be removed for transport.

[0172] During use, fasteners 144a are used to attach bracket 100a to the rear surface of the artwork adjacent to the left and right sides of the artwork. Bracket 100a is configured for the right side of the artwork, but it should be understood that in a further embodiment, it can be applied to the left side. Opening 120a is positioned such that axis 121a converges toward the center of the artwork above it. With bracket 100a in place, member 212a can be inserted into opening 120a from the left / right side of the artwork to begin processing the artwork. As member 212a moves / slides through opening 120a, it is guided (in particular) by guide surface 215a of member 212a. At appropriate points, member 212a also includes a stop to prevent further insertion into opening 120a. After this, safety mechanism 220a engages with safety device 130a.

[0173] In light of the above, it will be understood that component 212a moves along opening 120a, during which the user typically holds the retaining portion 230a. There is no need to touch the artwork. Once component 212a engages with opening 120a at the appropriate point, the user can lift the artwork from both sides. Afterward, for example, the artwork can be mounted on a wall for display. Due to the structure of the retaining portion 230a relative to component 212a, the user can mount the artwork on the wall without their hands colliding with the wall, for example, while their hands are gripping the handling tool. This facilitates easier and safe installation of the artwork. Similarly, when the artwork is removed from the wall and placed (or removed) into a shipping container, the handling tool 200a can be appropriately used to avoid contact with the artwork while maintaining its safety and an ergonomic grip.

[0174] Figure 8 and Figure 9 Another artwork handling system 10b according to an embodiment of the present invention is shown. The additional artwork handling system 10b includes the same support 100a, but with some minor modifications to the handling tool 200b. Specifically, a safety mechanism 220b is formed together with the member 212b. The safety mechanism 220b includes a safety latch 222b. The safety latch 222b extends from a portion of the member 212b. A safety release member 224b extends from the safety latch 222b. It is understood that by pressing on the safety release member 224b, the safety latch 222b will resiliently bend to a position allowing it to be released from the safety lever 132a. This simplifies the safety mechanism 220b if desired.

[0175] Figure 10 and Figure 11 Another artwork handling system 10c according to an embodiment of the present invention is shown. The artwork handling system 10c includes a support 100a. A safety device 130a is configured to receive a safety latch 222c of a handling tool 200c. The safety latch 222c is a relatively thin member with elastic flexibility. The safety latch 222c may be made of, for example, (spring) steel. To release the safety latch 222c from the safety lever 132c, a safety release member 224c is pressed, which allows the safety latch 222c to rotate / bend to a position where it can be released from the safety lever 132.

[0176] Figure 12 and Figure 13Another artwork handling system 10d is shown, including a support 100a and various handling tools 200d. The handling tool 200d includes an engagement portion 210a that is movable relative to the handling portion 230d to adjust their relative angle. This allows the handling tool 200d to form a thinner profile, if desired, to aid in, for example, removal of the handling tool 200d from the support within the confines of a shipping container. To further illustrate, a member 212d can be rotated from a first position to a second position, in which the member 212d is configured to engage with an opening 120a of the support 100a (e.g., ...). Figure 12 As shown), in the second position, the component is substantially aligned with the retaining portion 230d. This allows the processing portion 230d to move a short linear distance to disengage the component 212d from the opening 120a.

[0177] Figure 14 and Figure 15 An artwork handling system 10e is shown, in which a support 100e is integrated into an artwork frame 2e. The support 100e is located on the back / side surface of the artwork frame 2e (or the artwork). The front surface of the artwork includes the artwork area. The artwork area includes visual art. When the artwork is displayed, the visual art forms the key area observed by the viewer.

[0178] The support 100e includes a movable member 128e housed within a housing. The movable member 128e can be biased toward one side of the housing / artwork frame 2e. The movable member 128e includes an opening (not shown) for receiving a member 212e of the processing tool 200e. For ease of illustration, other components of the processing tool (e.g., retaining portions) are not shown. Figure 15 As further shown, component 212e can move from the underside of the artwork through an opening in the support 100e, and remove the movable part 128e from the frame 2e. Figure 15 As shown, the processing tool 200e can be used to process the artwork for placement on a wall or in a shipping container. After removing component 212e from the opening, the moving part 128e can be moved back to its initial position, as... Figure 14 As shown. This allows for even lower profile brackets 100e, which can be mounted almost flush with the wall, meaning that brackets 100e are virtually invisible when the artwork is displayed. In further embodiments, it should also be understood that, for example, member 212e can be inserted through the side of frame 2e to engage with bracket 100e.

[0179] Figure 16 and Figure 17Another support 100f of the artwork handling system 10f is shown. Support 100f includes an opening 120f that extends vertically (i.e., not obliquely) on support 100f. Therefore, opening 120f includes a wall 125f that extends perpendicularly through support 100f relative to its longitudinal side. Support 100f is configured to connect to the back of artwork frame 2f (shown as substantially transparent) adjacent to the lower side of the artwork. That is, a handling tool 200f is inserted from the (lower) side 3f of the artwork, whereby side 3f extends laterally to the front surface of the artwork display area 4f. Artwork area 4f extends on frame 2f. This allows the artwork to be lifted from its bottom edge / partial, which is particularly helpful for large artworks that may require multiple people to move. For this purpose, as... Figure 17 As shown, the front surface of the bracket 100f abuts against the rear of the artwork frame 2f. The hole 142f in the attachment portion 140f is used to receive fasteners (e.g., countersunk screws) to secure the bracket 100f to the artwork frame. When the bracket 100f is attached to the artwork, the axis 121f of the opening extends vertically.

[0180] The bracket 100f also includes a safety device 130f. The safety device 130f is located on either side of the bracket 100f to allow the bracket 100f to be positioned in either orientation along the lower part of the artwork frame to receive the safety mechanism 220f of the handling tool 200f. The bracket 100f is designed to prevent user error in installing the bracket 100f in the wrong orientation. Compared to other safety devices, the safety device 130f includes a substantially straight wall parallel to axis 121f, which supports a safety latch 132f.

[0181] exist Figure 18 and Figure 19 The image also shows a processing tool 200f. The engaging member 212f of the processing tool 200f includes a radial edge 214f ​​forming a tapered portion. A safety latch 222f of the safety mechanism 220f extends laterally from member 212f to engage with safety latch 132f. A retaining portion 230f extends vertically (i.e., an example of a lateral angle) away from engaging member 212f in a plane, as shown... Figure 19 As shown, but aligned with the joining member 212f in another plane, as... Figure 18 As shown. Figure 19As clearly shown, this allows the member 230f (particularly the gripping portion 232f) to remain on one side of the engagement axis 216f. The handling tool 200f also includes a base 234f, which provides a foot for the artwork. This allows the artwork to be placed on the ground with the base 234f acting as a foot. The gripping portion 232f and / or the base 234f can be made of, for example, suitable rubber.

[0182] Figure 20 Another handling tool 200g is shown, in the form of a chock-type device, which helps to provide a foothold for supporting the artwork during handling, for example, near a wall. The holding device 200g includes an engaging portion 210g configured to engage with an opening 120f of a support 100f. Thus, the holding device 200g provides an engaging axis 216g. The holding portion 230g is positioned on one side of the engaging axis 216g. The holding portion 230g provides a suitable base 234g (e.g., a rubber stopper) that helps to hold the artwork above it. As will be understood, more than two holding devices 200g can be used to stabilize the artwork so that it is placed above the ground with the help of the base 234g. In a manner similar to the other holding device 200, the holding device 200g positions the artwork resting on the base 234g at a position at least 100mm above the ground. This helps to mitigate risks associated with flooding around the artwork.

[0183] Figure 21 and Figure 22 Another bracket 100h is shown, configured to be secured to an artwork. Bracket 100h includes features similar to bracket 100a (e.g., opening 120f, safety device 130f, etc.). However, unlike bracket 100a, bracket 100h does not include the attachment portion 140h involving a releasable fastener. Instead, as... Figure 22 As shown, the front surface of the bracket 100h is secured to the artwork with adhesive. The adhesive may include glue, solder, brazing, etc., to ensure that the bracket 100h is rigidly attached to the artwork. This is useful when fasteners cannot be installed to the artwork structure due to limitations such as base depth or material. In this regard, Figure 23 and Figure 24 A bracket 100i similar to bracket 100h is shown, but the opening 120i is similar to the opening 120f of bracket 100f. That is, the opening 120i extends vertically across bracket 100f from its longitudinal side. The attachment portion 140i is substantially the same as the attachment portion 140h, since a portion of the surface of bracket 100i is fixed to the artwork frame.

[0184] Figure 25 and Figure 26 A bracket 100j is shown that provides additional features compared to bracket 100a. Specifically, bracket 100j includes a retaining member 150j. The retaining member 150j is positioned at either end of bracket 100j to allow it to be biorientable on the right side of the artwork. In this embodiment, the retaining member 150j is in the form of a keyhole 152j. The keyhole 152j is configured to receive a pin with an enlarged end, as discussed further below.

[0185] Figure 27 and Figure 28 Another bracket 100k is shown, wherein the retaining member 150k is in the form of a ring 152k. As those skilled in the art will understand, the bracket 100k can be used for the right side of the artwork, but another embodiment can be configured for the left side of the artwork.

[0186] To mount the retaining component 150 on the wall (for example), such as Figure 29 and Figure 30 The mounting bracket 300 shown can be used as part of the artwork handling system 10. The mounting bracket 300 includes a retaining portion 310. The retaining portion 310 includes an enlarged end portion 312 that facilitates the retention of the holding member 150. The end portion 312 is supported by a pin 314. The holding member 150 can be properly engaged with the retaining portion 310 to suspend the artwork.

[0187] Mounting bracket 300 also includes an adjustment portion 320 in the form of serrated holes. When the mounting bracket is positioned on the wall, the adjustment portion 320 allows adjustment of the mounting bracket's position relative to the fasteners. This adjustment helps to properly hang artwork. Furthermore, this avoids the need to drill multiple holes in the wall, and the adjustment portion 320 provides finer adjustment increments compared to drilling holes adjacent to each other.

[0188] Figure 31 and Figure 32 An additional bracket 100l is shown. The additional bracket 100l includes several features similar to those of bracket 100a (i.e., opening 120l, safety device 130l, attachment portion 140l, etc.). However, bracket 100l also includes a transport attachment 160l. The transport attachment 160l includes a retaining member 162l supported by a support member 164l. The retaining member 162l is configured to interact with a transport fixing device, as further summarized below.

[0189] Figure 33 and Figure 34A retaining member 162 interacting with a transport securing device 400a is shown. The transport securing device 400a is configured to be installed in a transport container (not shown) and can form part of an artwork handling system 10. The transport securing device 400a includes a plate 410a configured to rotate. The plate 410a includes a keyhole-shaped hole 412a extending radially around the plate 410a. The hole 412a is configured to receive a retaining member 162l, such as... Figure 33 As shown. To secure the artwork to the shipping container, plate 410a rotates, trapping a portion of hole 412a between the retaining member 162l and another portion of bracket 100l (as shown). Figure 34 (As shown). After this, it becomes impossible to lift the artwork from the shipping container, thus securing it to the container. To release the artwork from the shipping container, plate 410a is rotated back to its initial position, as shown. Figure 33 As shown, in this initial position, the retaining component 162l can be released from the plate 410a.

[0190] Another transport fixture 400b, such as Figure 35 and Figure 36 As shown. The transport securing device 400b includes a generally rectangular plate 410b. The plate 410b includes a hole 412b in the form of a keyhole. The keyhole extends in a linear direction on the plate 410b. The transport securing device 400b is configured to... Figure 35 The first position shown is moved to Figure 36 The second position is shown. More specifically, the retaining part 162l of the bracket 100l is received in the larger portion of the hole 412b in the first position (e.g., Figure 35 (As shown). Slide plate 410b into the second position, as shown. Figure 36 As shown, the support 100l (and the artwork) are secured to the shipping container. It should be understood that the artwork is secured to the shipping container by locking the plate 410b between the retaining member 162l and the opposite side of the support 100l. To release the artwork from the container, the plate 410b is moved to a first position, and then the artwork can be lifted.

[0191] Figure 37Another transport securing device 400c is shown. Transport securing device 400c includes an elongated member 420c in the form of a bolt. The elongated member includes a base 422c configured to be secured to a transport container. The elongated member 420c is configured to attach to a mounting portion 236a of a handling tool 200a. This facilitates the mounting of the handling tool 200a within the transport container when it engages with a bracket 100a attached to the artwork. Specifically, the mounting portion 236a is positioned adjacent to the base 422c. Subsequently, a retaining fastener 430c moves on the member 420c to retain the mounting portion between the fastener 430c and the base 422c.

[0192] Figures 38 to 41 The use of fastener 430c is further described in detail. Specifically, fastener 430c includes an insertion portion 432c and a biasing portion 434c. The insertion portion 432c includes a hole 433c. The biasing portion 434c includes a spring 435c. In response to inserting the insertion portion 432c into a position aligned with the hole in the biasing portion 434c, fastener 430c can move on member 420c (e.g., ...). Figure 40 (As shown). When the fastener 430c is moved to the appropriate position to retain the mounting portion 236a, the pressure acting on the insertion portion 432c can be released, and the spring 435a will bias the insertion portion 432c against the member 420c. This prevents further movement of the fastener 430c until the insertion portion 432c is re-engaged, thereby allowing the fastener 430c to hold the mounting portion 236a in place.

[0193] Figure 42 Another artwork processing system 10m is shown. The artwork processing system 10m includes a support 100m and processing tools 200m. The support 100m is as follows... Figure 43 Further illustrated, the left side is a sectional view and the right side is a side view. The bracket 100m includes an opening 120m. The opening 120m extends along a straight line on the bracket 100m. That is, the sidewall 125m extends perpendicular to the outer longitudinal side of the bracket 100m. As further outlined below, this allows the bracket 100m to be positioned and used on any side of the artwork (e.g., the top, bottom, and lateral sides). In other words, it is not necessary to use a different bracket for each side—the bracket 100m can be appropriately used on any side of the artwork (remember that depending on its location, the retaining component 150m may or may not be required). As further detailed below, the bracket 100m located on either side also facilitates the transport of the artwork and, if necessary, helps to place the artwork on the ground, for example, during installation.

[0194] The support 100m includes two safety devices 130m. Having two safety devices 130m on both sides of the middle portion of the support 100m helps allow the support to be used on either side of the artwork. The safety device 130m includes a safety stop 132m. In this embodiment, the safety stop 132m includes a protrusion extending into the opening.

[0195] The bracket 100m also includes an attachment portion 140m, which facilitates attaching the bracket to the artwork. Each attachment portion 140m is formed with a hole. The retaining member 150m also facilitates attaching the artwork to, for example, a wall. In this embodiment, the retaining member 150m includes a D-shaped member.

[0196] Processing tool 200m further as Figures 44 to 46 As shown. The processing tool 200m includes an engaging portion 210m and a retaining portion 230m. The engaging portion 210m is releasably connected to the retaining portion 230m. The engaging portion 210m is further as shown... Figure 45 and Figure 46 As shown. The joining portion 210m includes a member 212m, which is configured to engage with the opening 120m to help hold the artwork. The member 212m is substantially rectangular.

[0197] The handling tool 200m includes two safety mechanisms 220m. Each safety mechanism 220m includes a safety latch 222m. The safety latches 222m are located on either side of the component 212m. Thus, the component 212m is centrally located between the safety latches 222m. The safety mechanisms 220m pivot about a point. On one side of this point is the safety latch 222m, which is configured to engage safety detents 132m respectively (to prevent the handling tool 200m from accidentally disengaging from the support 100m). On the other side of this point is a safety release element 224m. The safety release element 224m forms two lugs. The safety mechanisms 220m pivot in a plane substantially parallel to the front surface of the artwork.

[0198] The pivot point of the safety mechanism 220m is biased by the spring member 223m. The spring member 223m biases the safety latches 222m toward each other. In response to the movement of the safety latches 222m through the safety device 130m, the safety latches 222m are configured to rotate on the safety stop 132m and then pivot (return) to the position where they are locked in place by the safety stop 132m. To release the safety latches 222m, the lugs of the safety release member 224m move toward each other, allowing the safety latches 222m to move to a position where they are properly disengaged from the safety stop 132m and can be removed from the safety device 130m.

[0199] The joining portion 210m includes a mounting portion 236m, which can provide assistance, for example, during transportation. The mounting portion 236m forms two holes on both sides of the component 212m. The joining portion 210m also includes a positioning member 225m. As described in further detail below, the positioning member 225m is configured to receive the retaining portion 230m in a predetermined orientation. The positioning member 225m includes an opening. The opening includes multiple splines. The positioning member 225m also includes a locking portion. The retaining portion 230m can be released before transportation to accommodate packaging requirements. Furthermore, the joining portion 210m includes one or more bases 228m. The bases 228m can serve as supports, for example, for displaying artwork or resting artwork during installation. The bases 228m may include rubber (serving as rubber supports).

[0200] like Figure 44 As shown, the retaining portion 230m includes a gripping portion 232m and a base 234m. A key aspect of the retaining portion 230m is the positioning portion 237m. The positioning portion 237m includes multiple splines. The positioning portion 237m is configured to engage with the positioning member 225m. The interaction of the splines helps to set the relative angle between the engaging portion 210m and the retaining portion 230m. That is, various angles between the engaging portion 210m and the retaining portion 230m can be predetermined. This allows the retaining portion 230m to be used on either side of the artwork and facilitates dexterous operation with both hands. This also helps to ensure that the retaining portion 230m can be positioned to avoid contact with the artwork (side or face), especially where the artwork may have significant depth (e.g., setting the retaining portion 230m at an angle set outward from the artwork ensures that the gripping portion 232m can be gripped without the user's hand contacting the artwork). Furthermore, if necessary, the retaining portion 230m can be positioned in an upright position (perpendicular to the bracket opening 120m) during transport, where the cargo box clearance around the artwork is insufficient to allow it to be held at an outward angle. Additionally, the shape of the gripping portion 232m (which includes upper, lower, and side gripping portions) helps to hold the gripping portion 232 in various positions around different sides of the artwork.

[0201] To prevent the retaining portion 230m from accidentally releasing from the engaging portion 210m, the retaining portion 230m also includes a positioning lock 238m. The positioning lock 238m includes a ball release mechanism. When the positioning portion 237m reaches a specific position in the positioning member 225m, the ball engages with the locking portion in the positioning member 225m. To release the positioning lock 238m, the position release member 239m is pushed. This causes the ball to retract and allows the retaining portion 230m to be removed from the engaging portion 210m.

[0202] Figure 47An additional artwork processing system 10n is shown. The artwork processing system 10n includes a support 100n and a processing tool 200n. The support 100n is further as follows... Figure 48 As shown, the left side is a cross-sectional view and the right side is a top view. The support 100n includes an opening 120n. The opening 120n extends along a straight transverse direction on the support 100n. The opening 120n includes multiple sidewalls 125n and multiple transverse walls 126n. One of the transverse walls 126n includes a safety device 130n. Therefore, in this embodiment, the safety device 130n is in partial communication with the opening 120n. The safety device 130n is substantially in the form of a (square) hole. Considering the opening 120n and the safety device 130n, this allows the support 100n to be positioned and used on either side of the artwork. The retaining member 150n also helps to hold the artwork.

[0203] Figures 49 to 51 The processing tool 200n is further shown. Similar to the processing tool 200m, the processing tool 200n includes an engaging portion 210n and a retaining portion 230n. The engaging portion 210n is releasably connected to the retaining portion 230n. Figure 50 and Figure 51 The joining portion 210n is further shown. The joining portion 210n includes a member 212n, which is configured to engage with the opening 120n to help hold the artwork. The member 212n is substantially flat and forms a rectangle.

[0204] The handling tool 200n includes a safety mechanism 220n. The safety mechanism 220n extends along the central axis of the member 212n. The safety mechanism 220n pivots about a point biased by a spring 223n. This positions a safety latch 222n on one side of the pivot and a safety release 224n on the other side. The safety latch 222n includes a protrusion configured to extend beyond the surface of the member 212n. In this respect, when the member 212n is inserted into the opening 120n, the safety mechanism 220n will rotate in a first direction to allow the member 212n to be inserted into the opening 120n. In response to movement of the safety latch 222n on the safety device 130n, the safety latch 222n will rotate in a second direction such that the safety latch 222n latches with the safety device 130n. The spring 223n facilitates rotating the safety latch 222n into the safety device 130n (e.g., ...). Figure 51 (As shown).

[0205] When the safety latch 222n engages with the safety device 130n, this prevents the member 212n from accidentally disengaging from the opening 120n. When it is necessary to release the member 212n, the safety release member 224n is pressed. This will then rotate the safety latch 222n to a position where the member 212n can be removed from the opening 120n without the latch 222n substantially interfering.

[0206] The joining portion 210n includes a mounting portion 236n, which can provide assistance, for example, during transportation. The mounting portion 236n forms two holes on both sides of the member 212n. The retaining portion 230n is typically released during transportation. The joining portion 210n also includes a base 228n. The base 228n can be used as a support, for example, to display artwork or to hold artwork during installation. The base 228n may include an elastic material (such as rubber). Furthermore, the joining portion 210n includes a positioning member 225n. The positioning member 225n includes two openings. The openings include multiple splines. As further outlined below, the positioning member 225n is configured to receive the retaining portion 230n in one or more predetermined orientations.

[0207] like Figure 49 As shown, the retaining portion 230n includes a gripping portion 232n and a base 234n. A key aspect of the retaining portion 230n is the positioning portion 237n. The positioning portion 237n includes multiple splines. The positioning portions 237n are configured to engage with the positioning member 225n from one end. The interaction of the splines at either end helps to set the relative angle between the engaging portion 210n and the retaining portion 230n. This allows the retaining portion 230n to be used on either side of the artwork and facilitates dexterous operation (as well as other advantages mentioned regarding the retaining portion 230n). The positioning portion 237n takes the form of a captive plug that is movable to properly engage with the positioning member 225n. In a further embodiment, the positioning portion 237n may form a push-engage / push-release plug.

[0208] Figures 52 to 54 Another engagement portion 210p is shown. Engagement portion 210p can be used with, for example, a bracket 100n and a retaining portion 230n. Compared to engagement portion 210n, engagement portion 210p includes a safety latch 222p, a spring 223p, and a safety release member 224p in a different arrangement.

[0209] Figure 52 The engagement portion 210p is shown in the latched position. The spring 223p holds the safety latch 222p in the locked position. In this position, pressing the safety release member 224p will not cause any movement of the safety latch 222p due to the position of its external legs. Figure 53In the middle, the safety release element 224p is rotated to the unlocked position. If the pressure is released from the safety release element 224p at this time, the spring 223p will cause the safety release element 224p to return. Figure 53 The latch position is shown. To disengage the safety latch 222p (as shown in the image). Figure 54 As shown, a force is applied to the safety release member 224p towards the spring 223p. This causes the safety latch 222p to disengage from, for example, the safety device 130m. When the force is released from the safety release member 224p, the spring 223p returns the safety release member 224p to its initial position and allows the safety latch 222p to return to its original position. Figure 52 The location shown.

[0210] Figures 55 to 58 Another engagement portion 210q is shown. Engagement portion 210q can be used with, for example, retaining portion 230m and bracket 100q. Engagement portion 210q includes two members 212q configured to engage with openings 120q in bracket 100q. Members 212q help retain the artwork. In this embodiment, member 212q includes a safety latch 222q (or vice versa). Members 212q are biased away from each other by spring 223q.

[0211] like Figure 55 and Figure 56 As shown, when the tapered member 216q engages with the opening 120q, the members 212q are pressed together towards each other. This allows the member 212q to pass through the opening 120q together with the safety latch 222q. The stop member 227q initially prevents the member 212q from moving apart via the upright member. Figure 57 and Figure 58 As shown, when the safety latches 222q pass through the opening 120q, they are able to rotate and lock behind a portion of the bracket 100q. This occurs when the stop portion 227q interacts with the bracket 100q and is forced rearward, thereby allowing the safety latches 222q to... Figure 58 It opens as shown. In this position, component 212q is securely engaged with the sidewall of opening 120q, and the artwork can be lifted.

[0212] In response to the need to remove component 212q, safety release component 224q moves in a direction away from component 212q. After this, crank portion 226q can rotate inward. As crank portion 226q rotates inward, safety latch 222q rotates inward. This allows safety latch 222q to retract through opening 120q to facilitate the removal of component 212q.

[0213] Figure 59An artwork system 10r for use with an artwork frame 2r is shown. The artwork system 10r includes a support 100r and a processing tool 200r. The support 100r and processing tool 200r can be substantially the same as any of the supports 100a-q and tools 200a-q. The support 100r is attached to the rear surface of the frame 2r. The opposite (front) surface of the frame 2r includes the artwork area. Figure 59 As shown, the support 100r is positioned such that the handling tool 200r can access the support 100r from one side of the artwork. Along the lower and upper sides, the engagement portion 210r is shown as a foot / transport attachment, but may also include a holding portion for supporting the artwork.

[0214] As described above, the artwork processing system 10 offers many advantages, including:

[0215] i) A method and means by which artworks can be mounted, packaged, and transported without any contact with critical areas of the artwork (e.g., the front surface of the artwork and the sides of the artwork). This avoids irreparable damage and destruction that often occurs to artworks during handling, including: a) cracks, dents, or abrasions caused by the fingers, knuckles, or palms of the artwork handler pressing on the artwork surface; b) dust or grease transferred to the artwork by unclean or improper handling gloves; c) adhesion or abrasion caused by the handler's body contacting the artwork surface (especially for larger artworks / bottom gripping areas); and d) wear and tear during transport due to packaging materials contacting the artwork surface.

[0216] ii) Eliminate the environmental waste generated each year from the use of tens of millions of disposable gloves, as well as the waste generated from the use of foam “display” blocks;

[0217] iii) Superior ergonomics for art handlers, thereby reducing the chance of injury / repetitive stress injury (RSI);

[0218] iv) It has superior strength and performance when used as a transport attachment compared to other products on the market;

[0219] vv) Designs that meet the specific refined aesthetic requirements of the visual arts field: namely, thin bracket profiles to ensure that a) they are inconspicuous once installed, not distracting the viewer's attention from the artwork; b) the artwork can be mounted close enough to be flush with the wall (artists and curators typically want to minimize the gap between the wall and the artwork); and c) the brackets leave 100% of the artwork untouched.

[0220] The product also avoids the need for frequent installation and removal of the bracket 100;

[0221] vi) A suitable solution for placing the artwork by means of the processing tool 200 or the joint parts 210m, 210n, which avoids the need to use blocks that may be dirty and contaminate the artwork.

[0222] vii) System 10 requires only nominal training to use, making it suitable for a wide range of stakeholders; and

[0223] viii) No separate fasteners (such as screws) are required to connect the bracket 100 to the processing tool 200.

[0224] In this specification, adjectives such as first and second, left and right, top and bottom may be used only to distinguish one element or action from another, without necessarily requiring or implying any actual such relationship or order. Where the context permits, references to an entirety or component or step (or the like) should not be construed as limited to one of that entirety, component, or step, but may refer to one or more of that entirety, component, or step, etc.

[0225] The above description of various embodiments of the present invention is provided to those skilled in the art. It is not intended to be exhaustive or to limit the invention to a single disclosed embodiment. As mentioned above, many alternatives and variations of the invention will be apparent to those skilled in the art. Therefore, while some alternative embodiments have been specifically discussed, other embodiments will be apparent or relatively readily developed by those skilled in the art. The present invention is intended to include all alternatives, modifications, and variations of the invention discussed herein, as well as other embodiments falling within the concept and scope of the above-described invention.

[0226] In this specification, the terms “comprising,” “including,” “containing,” “having,” or similar terms are intended to indicate non-exclusive inclusion, such that a method, system, or apparatus that includes the list of elements may include not only those elements but also other elements not listed.

Claims

1. A processing tool for an artwork processing system, the processing tool comprising: A joining portion, the joining portion being configured to engage with one or more components forming an opening in a bracket connected to an artwork, the opening including an opening extending transversely to an open portion and / or a closed portion of the opening, the closed portion forming part of a wall configured to connect to / adjacent to the artwork, the one or more components being adapted to transfer the weight of the artwork to the joining portion when the artwork is mounted on a nearby wall; and A retaining portion, connected to the engaging portion, assists in retaining the artwork. Wherein: the joining portion is configured to insert from the side of the artwork into the opening, the side extending transversely to the front surface of the area displaying the artwork; and The processing tool includes a safety mechanism that releasably engages the bracket to prevent the engaging portion from accidentally dislodging from the opening. The safety mechanism includes a safety release element that is pressed to release a portion of the safety mechanism from a safety latch associated with the bracket.

2. The processing tool of claim 1, wherein, The retaining portion is configured to extend laterally away from the engaging portion.

3. The processing tool of claim 1 or 2, wherein, The retaining portion can be releasably connected to the engaging portion.

4. The processing tool according to claim 1 or 2, wherein, The retaining portion includes a positioning portion that engages with a positioning component of the engaging portion to set its orientation.

5. The processing tool according to claim 4, wherein, The positioning portion and the positioning component include one or more splines.

6. The processing tool according to claim 1 or 2, wherein, The retaining portion includes a positioning lock that assists in locking the retaining portion to the engaging portion.

7. The processing tool according to claim 1 or 2, wherein, The engagement portion includes a member defining an engagement axis, and the retaining portion is positioned on one side of the engagement axis.

8. The processing tool according to claim 1 or 2, wherein, The positional aid of the retaining element helps prevent the user's hands from contacting the wall when installing the artwork.

9. The processing tool according to claim 1 or 2, wherein, The safety mechanism is biased by a spring.

10. The processing tool according to claim 1 or 2, wherein, The safety mechanism rotates about the pivot point.

Images