TW201248367A - Portable computer support - Google Patents

Abstract

A support for a pad computer and the like includes a body support strap which may be placed around the neck or shoulders of a user, and a body propping unit that positions a computer outwardly from the torso of the user. The body support strap connects to the body propping member preferably at a location proximately aligned with the center of gravity of the combined mass of the computer and computer support when the body popping member is deployed in its stand-off position. In a preferred variant the body propping member is a U-shaped strut assembly with two arms joined by a bridge. The body support strap connects to the arms. The arms are hinged at the sides of the computer. The bridge may be swung from an in-use orientation spacing the computer outwardly from a user, to a parked position wherein the bridge lies adjacent to an opposite transverse edge of the computer in the plane of the computer.

Description

201248367. VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention is directed to a support system of a portable computer similar to a "tablet computer" type or the like, which has a user when sitting or standing upright Operate the computer's objects in one or two hands. Among other features, further features provide a support for positioning to be stored or converted to a tabletop operation. [Prior Art 3 [0002] The advent of small mobile computing devices utilizing a touch screen user interface has highlighted the need for improved means of carrying them while operating them. For example, in addition to its phone features, "smart phones" such as App i e iPhoneTM or HTC DesireTM include touch screens and graphical user interfaces. However, the original small size of the handset makes it difficult for the user to fully interact with the complex software functions of the device, especially for users who need to type on a virtual keyboard displayed on their compact touch screen. It is quite difficult to activate the keys on these small "virtual keyboards", and it is virtually impossible to quickly type and use them with both hands. 0 In order to operate such a smart phone, it must be held by one hand when it is operated by one hand, and its ergonomic constraints limit its use as a general-purpose mobile computer. In order to remedy the lack of ergonomic efficiency of smart phones, larger "tablet computers" have been introduced, examples of which are Apple iPadTM, Motorola XoomTM and Asus Eee PadTM. Such a tablet computer (hereinafter also referred to as P-C for short) has a touch screen that is substantially larger than a smart phone. This greatly facilitates both data entry and data visualization. The relatively large touch screen of a tablet computer is a rectangle whose size and aspect ratio are comparable to the size and aspect ratio of a typical printed page. In order to fully utilize the 1011171# single number AQ1Q1 ^ 5 I / ^ 142 I 1013306805-0 201248367 rectangular touch screen, the PC typically has a vertical orientation for measuring the touch screen and automatically reorients its display data to "straight orientation" (Portrait orientation) or "landscape orientation" is the internal accelerometer or gravity sensor that is correctly viewed. This display feature enables different software applications to automatically display data in the most appropriate upright orientation for the task at hand. For example, when reading an "e-book", the user can rotate their P-C so that the touch screen is vertically oriented (straight mode), so that the "page" is optimally displayed. If the user wishes to edit the text file, they can rotate their PC screen 90 degrees to the horizontal orientation (horizontal mode), and the tablet computer's word processing software will automatically display the large virtual keyboard along the bottom of the touch screen to promote jobs. The lateral virtual keyboard of the PC is typically large enough for the user to quickly type and touch using both hands, however in order to do so, the PC must first be supported for proper angle and positioning when in use; typically, The PC is supported on a horizontal surface (such as a table top), however the user's knees may also be sufficient as a support surface. Without such an external support surface and standing, the user is forced to type slowly with the other hand with one hand holding his P-C. A further obstacle to the use of P-C is that due to its smooth, flat shape, it poses a great risk of being difficult to hold tightly and not drop it without obscuring the displayed material. To solve these problems, various desktop computer supports (e.g., U.S. Patent No. 5,607, 1 35 to Yamada) can be used to provide the necessary desktop support for the P-C, making it more efficient to use. However, the use of such a bracket will still force the user to sit at the table during work, and this 101117121^^ A0101 Page 6 of 142 pages 1013306805-0 201248367 allows the use of such small size that would be more suitable for mobile use The purpose of the computer is frustrated. In order to achieve the two-hand operation of the pc touch screen and/or the real mobility during the hands-free viewing period, the user can "put on" it while walking, and its use will suspend the Ρ-C in the best position in front of their abdomen. Sling with direction. Some of the prior art slings are somewhat suitable for this mobile use mode. For example, Morde (US 1,542,163) provides a hands-free platform that mimics the desktop function as described above, and thus promotes optimal use of the tablet. . 〇 A similar sling platform configuration is made by Bourque (US 5, 667, 1 14 ),

Saner (US 5,938,096 ) >Lee (US 6,349,864 ) >

Maddali (US 6,381,127) and Baranoski (US 7,780, 049) disclose. In particular, Lee (us 6, 349, 864) provides a body-mounted component in the form of a neckband and a hinged su-shaped support unit for separating the engageable computer from the user's body, wherein the strap can be connected to the computer Or the arm of the support unit. However, apart from this, the support unit cannot be completely twisted _ the lateral edge of the computer, lacking means for supporting _ in multiple continuation directions, and the county provides for allowing the computer to withstand close balance and the sag direction (4) to be connected Sling. While the above references all provide wearable carriers for operating computers, these prior art devices may suffer from - or more of the following deficiencies. They may not be both wearable and supported in horizontal or direct orientation. Or when placed on a table (four) ergonomically touch the tablet with the proper angle of inclination. * The wearing of the f I's craftsmanship does not provide sufficient balance to resist the tendency of the tablet to rotate and hang vertically within its sling. 10111712 Order No. A〇101 帛7 pages/total 142 pages 1013306805-0 201248367 Previously crafted vehicles blocked the data and control channels set along the side of the p-c. Previously crafted vehicles were cumbersome and obvious interference, thereby detracting from the simple appearance and minimum weight of the P-C. The wearable harness of the prior art carrier cannot be conveniently and unobtrusively stored when not in use. - Previously crafted vehicles did not protect the tablet from accidental drops. It is an object of the present invention to provide a wearable P-C carrier that eliminates many of the above-mentioned deficiencies.

The invention will be described in its general form first, and its embodiments will be described in detail with reference to the accompanying drawings. These specific embodiments are intended to illustrate the principles of the invention and the manner in which it is implemented. The invention in its broadest and more specific form is further described and defined in the scope of each of the various claims. SUMMARY OF THE INVENTION [0003] The present invention provides a support for a portable electronic device to be operated by a user, and a support for a portable computer, preferably in the form of a "flat", including the upper body of the user. A body support member that carries the weight of the computer and a body support member for orienting the computer outward from the user's torso. The tablet of this document includes elements in a general planar form and on both surfaces - a @书阅读ϋ for display and a cell phone and other microelectronic devices. The computer supported by the present invention can also be mounted on the body (four) portable desktop as a writing or edge map. In all cases, the object being pushed is generally in the form of a straight, flat surface and carries a working surface on one of its two surfaces. 1013306805-0 201248367 The fork column assembly end can be deployed from the side of the storage position, ... a & 0 electrical material for engagement with the user's torso (en rope or the like (hereinafter referred to as "sling "))): Construction: Connect to these two separate arms to carry the weight of the computer. The ‘body's body parts are carried by the self-supporting branch to carry the weight of the computer. Light junction point of D. In another version of the invention, the body support member is positioned on the electrical side and connected to the computer via the permissible body support member toward the use of the computer back panel. In this configuration, the storage position of the single-pillar located under the computer is moved: two: = T the single pillar extends outwardly from the side of the lower lateral edge of the computer for use with the user Torso contact. This post can be hinged to swivel to position, or such a post can be slidably deployed. According to the ability of the gravity sensing tablet to reverse the display, by reversing the combined electric cuttings, when placed on the table, a column can be supported to support the computer. ❹ Section (4) Production Order No. The body support member of this deformation t is connected to the outer end of the computer backboard at the face-to-point to carry the weight of the computer. In order to establish a balanced balance, when the computer is to be supported by the smashing component, the body support is preferably combined with the body reading member that is connected to or close to the electric body. Go to the line of ~. In the case where the body A holding member can occupy the outside of the computer and the deployment position closer to the placement position of the computer, the condition of the balanced balance state is required when the member is supported. When placing the support member, it is preferable to use a pendulous 〇rientati〇n for the computer and its branch assembly. Therefore, it is necessary for the coupling point to be established correspondingly on page 9 of 142 pages 1013306805-0 201248367. When deploying the support member, positioning the coupling point to approximately align with the center of mass of the composition of the computer + body support member helps to minimize interaction of the weight of the composition via the computer with the support member with the body support member and the strut assembly Torque generated by contact with the body torso. This alignment, which is not as perfect as the body contacting portion of the body support member, provides a reverse torque via its frictional engagement with the user's body. When the frictional engagement is maintained by a minimal or acceptable body support member that is maintained in a tendency to slide under contact with the user's torso, it is sufficient to reduce this torque to a certain extent. To enhance this goal, the body contacting surface of the body support member can be provided as a non-slip paint. This may be in the form of a rubber bumper for frictionally engaging the user's torso. Preferably, the contact surface is curved for more intimate or more comfortable engagement with the user's torso. As a variant of the invention, the support support of the computer can be provided by two idle arms carried by the fixing member, which are formed at the side edges of the computer or connected to the outer end of the computer backboard. . The backing plate can carry such an arm via an edge mounting tube, rail or linear guide located on the side of the computer or back panel that allows the arm to slide along such side edges for storage. Alternatively, the idle arm can be rotationally coupled to a computer or backplane. Advantageously, the ability of the rotating arm to move out of alignment with the plane of the computer reveals a channel along the computer's edge. The backplane, when present, can carry a computer connection that allows the two movable arms to be coupled to a computer and indirectly to the point of attachment of the body support member to the support of the present invention. According to another variant, the two arms are connected via a connecting member or a "bridge adapter" at each of the first extensions of the respective first extension 1〇imi2, the order number A0101, the 10th page, the 142th page, the 1013306805-0201248367 extension. Connected outwards at the computer or backplane to provide a uniform 1|shaped body support member or "U_shaped support member" A "II swing arm". The other second ends of each arm are spaced apart and used to connect to the opposite side of the portable computer or backplane. This forms a ^-shaped sub-assembly that allows the computer to be supported forward by the user's central torso. In this variation, the bridge adapter can be deployed outwardly from the computer via a gliding action or via rotation. The bridge adapter can have a concave curved contact surface to provide a more snug or more comfortable engagement with the user's torso. This curved inner surface can be provided with an anti-slip paint. The angular connection between the arm and the bridge adapter may be resilient such that the arm is bent inwardly toward its second end in the absence of a computer 'but can be elastically separated to receive and grasp The computer in between. In addition, in addition to being provided by presenting the U-shaped strut assembly adjacent to its peripheral portion, the arm can be bent outwardly when the arm is brought into engagement with the bridge adapter to improve the elasticity of the sample and provide a drop to the computer. Extra protection. In the example of a D-pillar assembly, 'connecting to a computer system is preferably accomplished via a cover joint' that allows the arm to rotate relative to the computer body when the adapter is present. This allows the U-shaped strut assembly to be rotated from the operating state (where the strut assembly is bridged to the user's side of the computer) to the opposite side of the computer, and its bridge-shaped joint H is close to or adjacent to It is placed at the edge of the computer away from the user's body. This latter configuration, special! Tianqiao m device and the computer are coplanar, it is useful for storage purposes. For the purpose of the fork assembly, 丨久% from 7 genera This, sister, even the main electro-intestine ¥ 00 w 1 α system, located in the position related to the pivot joint, whereby the bridge 1013306805-0 10111712 fruit production number Α〇 101 page 11 / 142 pages 201248367 The adapter is closer to electricity when in the storage position than when in the operating position. In this storage position 'when the body supports (4), the computer and the support assembly should tend to form a vertical orientation. Correspondingly, when this component The composition will tend to be more versatile when the computer is connected to a separate arm along a line that will pass or approach the combined center of gravity of the support assembly, as indicated by the combination of the body support members. Close to equilibrium Balanced state. This will make the computer or the supporting table when used more stable in use. The frame adapter can also allow the arm and the bridge joint to be placed in the middle of the two coplanar ranges. The pivot joint may have a circumscribing arm and/or a bridge adapter that is non-releasably secured in these preferred positions to a number of dice, parts or other locking devices. 'Locking can be achieved by using friction or jaw connections, which can eliminate the tendency of the arm or the remainder to rotate in association with the computer when engaged. This will allow for a wide-angle locking orientation to be established. The locking structure is a key and a chute (fceyway), especially slippery

The slot is a cross configuration. This will provide a series of 9" interlocking orientations in the latter case. Q These locking devices allow the arm or strut assembly to be positioned and removably locked to an unobtrusive orientation associated with the computer. Fixing the arm or bridge adapter in the intermediate position can be used to support the computer on the support surface, allowing it to be tilted at an angle that is convenient for the user to view and/or operate. In use, the 'independent arm or u-strut assembly can be positioned at 180°' of the park position, but an accurate transfer angle of 18 〇 is not necessary. When in use, the computer can be positioned in-line with the arm or U-shaped swing arm, for example, using a friction or spline joint. However, by adjusting the extension of the body support member as further described below, as described in the following paragraphs, the numbering of the body support is as follows: 1048306805-0 10111712. As previously indicated, the point of stealing of the body cutting member or sling is preferably positioned along a transverse line across the width of the computer, when opened to its operational configuration, adjacent to the combined computer plus strut assembly. Heavy ^. The advantage of locating this hearing point associated with the center of gravity of the t-brain and (iv) sacral support assembly has been previously proposed. It is now proposed that these coupling points are related to the positioning of the pivot joint and the computer.

As long as there are supporting members and sufficient mismatching for the casting, these mating points can generally be located at any position on the side of the computer that is cut into the computer cutting assembly, preferably inside the lateral upper and lower ends of the computer or The age of the 驿 separation arm or u-strut assembly is preferably located at the position of each arm, which is to pivot or slide the computer connector away from the bridge joint 11 member. For this purpose, the extension or the end of the struts may be provided with a purer arm, with a 28- or end portion extending over the computer of the (4) of such an episode of the extendable end thief.

(4) When the W body support member is deployed for use, it has an improved balance at the lower end (4) or edge-to-edge of the computer edge. Such a strut extension or end portion is a computer connection that extends between the arm and the computer in an aligned extension w = far = the extension allows the end of each body cutting member to be connected to the = shaped joint The side of the computer is connected to the arm. When the computer is used with its =, connecting the body cutting member to the extension at this location still allows the bearing capacity of the neckband to be located close to the line providing the == cut-off material balance point. At the same time, when the arm __ production order reduction / arm is rotated to the parking position 1 this position is connected and automatically 13th / 142 pages 1013306805-0 201248367 to transfer the body to the close The position of the lateral edge of the computer. This provides a more stable, drooping, hanging orientation when the computer is suspended from the user's side.

The - deformation towel can be provided with an extension member to the arm in an upward or outward direction as the post extension member is linearly aligned with the arm to adjust the position between the body support member and the arm. . The upward extension of the extension extension can be aligned with the body support (four) piece/sling, which functions as the - part of the sling. Hinged or other expandable extensions that can be used can be operated to call the money and improve the use of the computer. Any extension of this type can also be considered as a forming portion of the arm. When the computer is supported on the table as described in the following paragraphs, the strut extensions can also provide advantageous support in orienting a computer.

The arm «shaped strut set can be provided by inserting a fastener into the hole of the side of the car: the engagement to the computer, whereby the respective arms are attached to the computer on both sides. This is a preferred configuration in which the computer is specially manufactured in advance to receive the computer support according to the present invention. Alternatively, this snapping can be accomplished by grasping the clamps on the upper and lower surfaces of the computer along the respective sides that enable the connection. In this case, the present invention can be applied to a standard computer that has not been pre-manufactured as with the use of the computer gifts described. In the latter case, the backplane can be extended and connected to the respective connectors. When present, such backsheets are sized and shaped to be positioned beneath the two surfaces of the computer. When the back side is made, it can carry the respective side edge clamps: it is engaged with the computer. Preferably, a soft contact (e.g., rubber) is provided between the edge clamps and the computer. The arm can be attached to the other end of the backplane to provide a full computer connection to the other part of the back panel of the computer connected to the m1171# single number A_ page 14 / total 142 κ 1013306805-0 201248367. In order to provide a fixed arm or u-shaped swing arm at various angles associated with the computer, a pivotal connection between the arm and the computer can be provided by a combination of key and chute joint assemblies or devices. When the items are placed between the arms, the arms are preferably a tool in the case of a u-strut assembly and are shaped and sized to be biased inwardly for closure to the backing plate or computer. The separation between the individual arms and the sides of the backplane or computer can be separated by a chute connection assembly between the sections. Conveniently, the presence of such a connector assembly provides a "gravable groove" or a gap of approximately one centimeter between the arm and the side of the computer between the arms. When the computer changes its orientation, this allows the computer to rotate the user's finger and hold the arm open. This also provides a grippable groove for picking up the computer with one of the arms. The resilient biasing of the arms together should preferably be sufficiently strong to maintain engagement of the chute connection during such operations. When the backboard is used, the backboard can carry a pair of chutes for engaging with complementary keys carried at the ends of the arms; or the back can carry keys that engage with a pair of chutes, the pair of chutes Preferably, it is fixed near (but not to be) the end of the arm providing the coupling point. The inward biasing of the arms, in the presence of the bridge adapter, will automatically assist in engaging the keys to their respective chutes when they are rotationally aligned. The arms can be elastically spread apart to release the keys from their slots and allow rotation of the computer within the u-strut assembly. Without a bridge adapter, elastic spring devices can be included in separate computer connections to achieve the same result. When multi-angle orientation can be provided via the use of chute coupling, the chute can preferably be in the shape of a cross to provide four fixed orientations of the arms. In this 10111712, the order number Α〇 101 page 15 / 142 pages 1013306805-0 201248367 two of these orientations, when the arm and bridge adapter are present, are coplanar with the computer; and in the other two In case the 'arm is perpendicular to the computer. The backing plate or computer may be present on the arm's chute to carry a cross; or the cross may be more preferably carried on the arm that engages the chute. In the latter case 'with the presence of the backing plate' the key can be supported via the backing plate support and placed adjacent to the side of the computer. In an alternative version, it relies on the computer itself to provide backplane functionality, and the backplane can be omitted. This is appropriate where the computer is pre-fabricated for coupling with the support of the present invention. In this case, the side of the computer can be used as a key for engaging the chute carried on the arm of the swing arm. Alternatively, in this integrated version, the edge of the computer can be made in a notch that provides a chute or to provide a protruding key. In the case of any version of the soil version, a single hole on the side of the computer can be used to support the rotational connection between the pendulum and the computer. This hole can be designed to receive a threaded fastener or a snap fastener (preferred). # Not only as a support for the computer to support the computer's torso (ndoff)' can also be folded into a support (pr〇p) for providing multiple pivotal positions on the desktop for the computer: shallow angle horizontal orientation The steep angle is horizontally oriented and straight, and the steep angle is straight. The post extensions are oriented at 90 from the plane of the computer. When the computer on the desktop is allowed to be used for the shallow branch of the hitch. When similarly oriented, the longer the length provides the upright branch of the computer for viewing. Rotating to the straight mode '--outward extension arm can also be used as a rule for vertical display in straight mode. However, when the vibrating arm is parked in its stowed position, an improved straight display can be obtained when the additional pedal is attached to one of the arms. Snap-down (4) plus pedal when in its coplanar, parked position 10111712^single number Α〇101 Page 16 of 142 201248367 Added stability for the direct orientation of the branch computer. The pedal has a horizontal alignment slit for receiving and engaging the arm, which is preferably in the form of a flat, strong strap. When the additional pedal is used to support the "direct view" with the arm of the computer plane, the pedal finances the arm and is used in the balance branch of the computer. In particular, when it is bent outwardly at its corners when the arms are joined to the bridge, the bridge joints on the u-shaped cutting assembly can be used to provide a wall-suspended 2-point branch. In connection with the features described above, the body support member can also be adjustable to raise or lower the right angle position of the ends of the harness for each end user. The body suspension support can be provided in two versions, such as a neckband and in the form of a harness.

According to a variant, the neckband can be made up of two linear materials... Parachute-quality ropes or the like (hereafter referred to as "slings"), ^When crossing (four), it is difficult to pass through each other and the user is hiding from the J side. termination. In this version, the end of each sling is connected to the computer for light points. The individual lengths of the composite strip can be sized to end through the neck of the user and terminate at the other end. Special end fittings close to the user's chest. These fittings are pressed into the shirt, which is driven by a compression drive, for example, ε龙内, 1〇111, 12_ early, Αοιοι, to achieve VI at each end of a composite sling. And the sliding/locking engagement between the other slings]° 卩 ' 'Adjust the vertical position of the two computer cut ends of the positioning sling portion of the end joint, the slings provided are allowed to slide as they pass through the neck of the user For the convenience of the user, the multiple sling portion can be included in the protective cover to the sand stalk along the length of the various parts of the user's neck, the length of the page 17 / total 142 pages 1013306805-0 201248367 degrees Section. The use of such a sleeve isolates any sliding action of the sling portion from rubbing against the body of the garment or wearer. When passing through the neck of the user, the neckband portion is contained within the sleeve. Preferably, The sleeve is open to provide two different channels within the neckband portion that can be independently slid. The surface of the channel can be a low level of anti-slip material. To further stabilize the computer continuation, especially when the user is extraordinarily active (eg When walking fast or suddenly, you can use a quick-attach belt. This belt can be placed around the height of the user's back around the waist, with its ends (for example, hook or 'he Means) Removably secured to the outer corner n of the U-open/strut assembly of the arm that connects the bridge adapter to the desired increased stability of the bridge adapter to the user's body (four) (four). As described, the computer provides a dry tooth through the sling of the user's neck. An auxiliary shoulder strap that relieves the user's neck sprain can be provided as an alternative to the squat support. This alternative support is substituted. It may be beneficial to carry the computer for a long time. In the alternative shoulder straps, the same two straps are provided in the configuration. 'Each strap is made according to the size ^ _ A1 乂 on the side The user's shoulders, across the back and then down and then forward. In this brother's brother, smashed under the user's armpit, and used for the computer's connection. On the 'four main belt ends can be used for computer connection. Alternative sling can Single-length generation in which the user's (four) 'continuous^ ring is lowered from the shoulder and near the end of the user's armpit and reattached to the two ports of the arm and/or strut extension when present. 1, to provide computer support. This allows Α0101 1013306805-0 word 'should minimize the benefits of torque and at least close to page 18 / 142 pages of 201248367 through the horizontal line of the center of gravity of the computer. Alternatively, the arm can be supported The extension member is attached at a coupling point used by the neckband. Conveniently, the neckband support can be left in place when the shoulder strap is installed or employed. This allows for a safe connection of the computer when the shoulder strap is in place. The computer support system is conveniently integrated with the computer storage bag and the support assembly. The bag has a corner cut that is folded along the flap to achieve a closed upper folded edge. This allows the use of a neckband to extend to the bag to which it is attached and to continue to support the computer placed in the storage bag. When the computer is used with the deployed body support member, the bag can continue to be tethered to the arm via a short stretch tether that can be hung from the arm at the extendable end of the arm or adjacent Slide between the position of the extendable end or the pivot point adjacent to the computer connection. The backplane supports a turntable that can carry a smaller computer (such as an iPhone, a microcomputer, or the like). Such a smaller computer can be secured to the backing plate by gripping fingers that extend outwardly from the back panel and curl around the edges of the smaller computer to hold it in place. Alternatively, such a computer can be adhesively attached to the backing plate for permanent configuration. The computer can be attached to the carousel instead of directly attaching the computer to the backplane, which in turn is rotatably coupled to the backplane. By providing such a turntable, in particular for a suitable tweezers or parts for positioning the turntable in a preferred orientation, the computer can be supported on the backing plate in a horizontal or straight orientation. The turntable, although preferably centrally located on the side associated with the back side, need not be centered on the backing plate associated with its upper and lower edges. Of course, the turntable can be located in the center of the midpoint extending from the backing plate, which is moved outwardly from the upper edge of the backing plate. This central extension of the backplane helps to adjust the balance between the combined microcomputer and the support assembly. For better ease of use, 1Qlim2 production order number A0101 Page 19 of 142 1013306805-0 201248367 This extension can also move the small tablet or iPhone away from the user upwards and outwards away from the user. This type of support may be particularly convenient for reclining persons. A further backplane-based version of the computer support of the present invention is particularly suitable for use with smaller microcomputers, iPhone type devices, book readers, and users wishing to use the support in a reclined state. use. The electronic device to be supported is carried by the backplane in the manner previously described, although it is not necessary to connect (to the extent possible) the pivotal connection to the backplane.

This deformation provides two optional free arms connected via a backing plate that spans between the two free arms to collectively serve as a body support member. The backing plates carry these free arms via edge-mounted tubes or the like on the sides of the backing plate as rails or guides and allow the arms to slide along such sides for storage.

This support of the microcomputer can have parallel arms. Alternatively, the arms may extend from the outer side of the lateral computer back panel toward the user's body at a divergent angle. For user comfort and for frictional engagement with the user's body, the arms preferably terminate in their extendable ends mounted with a spherical friction pad. The body support member in the form of a neck strap or strap is in close contact with the outer edge of the back panel at a point of coupling along such edge. In the case of smaller and lighter electronic devices, this coupling point is less important in relation to the position of the center of gravity of such devices and body support members, particularly when the side length is not large. Moreover, this connection need not be (although it may be possible) a pivotal connection. The flexible elastic link can be installed to connect the body of the body contact arm. 10111712 Order No. A0101 Page 20 of 142 1013306805-0 201248367 Touch extendable end section. Such links can be individually aligned. Extending between, and for improved friction, the body fit is removable and does not need to be a limiting body contact arm. The invention can be carried out in a laterally sized computer or back plate that is undesirably narrow in size. This may cause some manual access to the supported instruments, #

At ~ and (4) the sex of the holder when the wearer suddenly turns around with the vertical axis. When present by the side of the computer or backplane

The two cases can be improved by replacing the coupling point between the body supporting member and the computer or the backboard. . With the linearity of the strap coupling point (e.g., the slit at its outer end), this setting can be provided via the back of the computer, adjacent to or for the back panel portion. The function of the sling face joint provided by the dilator is to achieve a laterally outward path of the body support member from the side of the computer or back panel to provide improved passage and rotational stability. Since the linear ratio of the dilator member is desirably longer than the width of the backplate or computer, the dilator may be detachable over its length when such a dilator is used to receive the bag combination, such as via folding, Telescopic slide-disassemble the piece to two parts to reduce its size to the extent that it will conform to the storage bag. A similar function can be provided by employing an outwardly extendable end portion to the arm carrying the coupling point, these end portions can be hinged to the arm such that their ends can be configured outwardly and temporarily fixed so that they are either by computer or back The plates extend laterally in a manner similar to a dilator. 1013306805-0 In accordance with a further configuration of the present invention, which utilizes the advantages of the tablet's gravity sensing capability, the neckband is used as a body cutting member and the computer is worn with a bridge adapter of a u-strut assembly located in its parked position. . Use 10111712 order number A〇101 Page 21 of 142 page 201248367 Put the neckband on the shoulder, the collar through its head, the other shoulder and the arm: put the computer under the arm, it can be easily The ground is transferred to the user's buttock side or to the front part of the driver's stem, which is similar to wearing a lady's wallet. = In this mode, because the U-shaped (four) pieces are maintained in their parked position, this = is suspended spontaneously by the computer in the following vertical direction. In this position, the electricity is displayed in a straight-forward direction as a display. For continuous use, the computer can be placed in the right place of the user towards the computer without the bridge adapter being deployed to its extended position. 2 == upper part of the unit = = lightly connected to the computer, and the computer maintains its bridge-shaped adapter in the parked position === positioned in the body of the Wei, the computer is transferred from the sagging to the horizontal direction, not stolen The 18° degree is relatively heavy and is used for normal viewing and use. Because the bridge adapter carries-friction contact surface' when it is held by a user's hand portion, how can it be specifically removed. The body and its adjustability characteristics are expected to be covered. It is also possible to extend one of the two neckband sections to a longer one than the other. For longer lengths, the computer is used in this mode (supported by a horizontal (four) computer of this type, in which the power capability is automatically rotated so that the image is upright to the user, and the other is In the deformation, the computer support is a type of "poor" type consisting of a rigid or semi-rigid back plate, which is provided on the top of the cover (four) (PC). The c can be folded over the top opening with a piece of material, and the number is A11, page 22 of 142 pages*. In order to use pC or l〇l33ftftfin 201248367, in order to remove the pc from the set, it will be closed. The sheet is connected to the back panel along the hinge line. The valley 3 is folded over the screen of the PC for protective storage or unfolding to expose the PC. The body pillars can be spaced along the bottom The rim is detachably attached to the sleeve for engaging with the user's abdomen and thereby spacing the PC from the user's abdomen when worn. The neckband is provided for detachable connection at two separate points On the backplane. Deployable pillar structure on the desktop support sleeve This makes it easy to watch and lift the enclosed computer for viewing. The disclosure of the disclosure has been filed for a part of the application from the earlier patent application. Priorities for the Canadian application: CA 2, 736, 642, on April 11, 2011, CA 2, 740, 909, applied on May 17, 2011, and CA 2, filed on November 21, 2011 , 759, 096. The Applicant hereby incorporates herein in its entirety, if it is hereby incorporated by reference in its entirety in its entirety in Article 11(1) (1) All parts of the article (1) or (6) that are to be seen and explained, refer to the scope of application or the figure of Article 2(5) of the provisions under PCt The foregoing summary of the main features of the invention, as well as some aspects of the invention, may be further understood by the description of the preferred embodiments. Unless otherwise indicated or incompatible with such other variations, The secondary scope of the present invention is intended to be included within the scope of the present invention. When a feature is attributed to one or the other variation of the present invention, such features are convenient or compatible with 1013306805 unless otherwise indicated. 0 10111712Bill No. A〇m Page 23 of 142 201248367 Under these other variations, such features are intended to be applied to all other variations of the invention. [Embodiment] [0004] DESCRIPTION OF THE PREFERRED EMBODIMENTS

Fig. 1 illustrates an exploded view of a typical tablet computer 1 together with the present invention (P-C carrier assembly 2). The particular P-C shown in Figure 1 has the shape and size of the Apple iPadTM, however similar tablet computers from other manufacturers are equally suitable for use in the present invention. A typical tablet computer 1 has a rectangular shape, a plate shape, and a short side 6 and a long side 7, so that the data can be in a long "straight mode" or a wide "horizontal mode" on its touch screen 9 (tilted here) Displayed on the bottom view is not visible). The virtual keyboard 10 can be displayed (also invisible) along any of the four sides of the touch screen 9.

Multiple data 埠8 (such as data transfer connector, storage media slot, karaoke, octave, microphone, camera, headset jack, volume control, display mode switch, etc.) are arranged along the four sides of PC 1. And these data must not be blocked by any part of the carrier assembly 2. The axis of rotation 11 is present, which passes through the center of gravity of the P-C and is parallel to its longer "transverse mode" edge 7. When describing various configurations of the P-C carrier 2, this rotary shaft 11 is hereinafter referred to as a reference. The carrier 2 is composed of a swing arm assembly 4 and a neck belt assembly 5; each of which is rotatably mounted to the bottom plate 3. The bottom plate 3 is firmly fixed to the bottom surface of the tablet computer 1 by the double-sided adhesive film 12. Various industrial bonding products (such as "3M VHBTM" tape) can be used to provide the proper combination of P-C 1 and its carrier 2. "3M Ve 1 croTM" is another lightweight, unobtrusive adhesive film 12 that enables the carrier 2 to be operatively secured to the P-C 1 without blocking any of its data. 10111712Bill No. A_ Page 24 of 142 1013306805-0 201248367 Vehicle 2 consists of swing arm assembly 4 (also known as "body support member") and neck strap assembly 5 (also known as "body support member") It is composed; it is rotatably mounted to the bottom plate 3 each. The bottom plate 3 (also referred to as "bd plate" or "backing plate" is firmly fixed to the bottom surface of the tablet computer i by the double-sided adhesive film 12. Various industrial bonding products (such as "3M VHBTM" tape) can be used to provide the proper combination of p_c丄 and its carrier 2. "3MVelcr〇T1|" is another lightweight, unobtrusive adhesive film 12 that enables the carrier 2 to be operatively secured to the P-C 1 without blocking any of its data. The wire 3 is a rigid, thin rectangular plate having a length and a width substantially covering a half of the bottom surface of the tablet computer 1 adjacent to the long side 7. The bottom plate 3 is typically formed of high strength plastic, but metal can also be used. The specific P_c shown in Fig. 1 has a flat bottom, which indicates that the bottom plate 3 is also flat for the effective matching of the double-sided adhesive film 12. Other tablet computers may have a slightly curved bottom surface in which the outer casing base 3 is molded to conform to its shape for bonding, which effectively integrates the & bottom plate to the lower outer casing surface of the tablet computer. The hinge portion 13 projects from the lower surface of the exposed bottom plate 3 and is formed approximately midway along the leading edge (closest to the user) of the bottom plate. The hinge hole 14 is parallel to the shaft 11 and receives the hinge pin 26 to rotatably engage the swing arm assembly 4 to the carrier 2 via the bottom plate 3. The engaging surface 15 of the hinge portion 13 can be combined with a plurality of radial rib structures for increasing the rotational friction. The swing arm assembly 4 is composed of a swing arm 20 having a hinge portion 24 formed at one end of a hinge portion 13 for rotation that is frictionally coupled to the bottom plate 3. The abdomen contact rod 21 is attached to the distal end of the swing arm 20, and when deployed as shown, the abdominal contact rod 21 supports the p_c 1 away from the user. Abdominal Contact 1013306805-0 10111712 Manuscript No. Page 25 of 142 201248367 The rod 21 is curved for ergonomic contact with a typical user abdominal curve and may include friction ribs 22 to help avoid vertical sliding. Alternatively, the surface of the contact rod 21 may be covered by a dense foam which is comfortably gripped (see Fig. 6) and also sufficiently adhered to the user's clothing, thereby preventing unintentional movement of the vehicle direction when worn ( See Figure 8). An opening 23 adjacent the contact rod 21 can be provided on the cylinder 20 to provide a safe grip for the P-C finger-hole (see Figure 6). The opening 23 also allows the P-C to hang from the wall (see Figure 3).

The hinge portion 24 includes a hinge pin hole 25 that can be formed for convenience to accommodate a standard bolt 26 that serves as a hinge pin in the hole 14 of the bottom plate 3 and that is provided for snapping to the friction adjustment knob 3 The spiral end portion of the crucible. A decorative cap 27 can be used to hide the bolt head of the hinge bolt 26. Alternatively, a hinged toggle 26 can be directly molded onto the hinge 24 (not illustrated) during injection molding of the beam 2〇.

When the carrier 2 is assembled as explained in the following figures, the friction surface 15 of the bottom plate 3 is mated with its corresponding friction surface (10) on the hinge portion 24 (not visible in this figure), thereby allowing the swing arm 4 rotates around the hinge pin 26. The user locks or loosens the friction adjustment knob (10) and squeezes the hinge 424 with the limb portion 13 to lock the swing arm 4 at any angular position. The four swing arm angle positions enable the following modes: Swing arm position 1: The shell element is fully folded for flat storage on the table (see Figure 2) and is suspended from the wall (see Figure 3). Swing arm position 2: Lock the macro at the angle of the micro-expansion, #1甘贞疋 makes it realize the following three uses 1013306805-0 1) On the desktop, hit 1〇1 in landscape mode and #单号A Face Page 26 / Total 142 Stomach 201248367 Comfortable tilt to support pc, * 2) Support Ρ-C support with steep tilt for viewing in landscape mode on the desktop (see Figure 5), 3) Direct orientation Grab the Ρ-C (see Figure 6). Swing arm position 3: Locked to a slightly more unfolded angle such that it enables the end of the abdomen contact lever 21 to stably support the Ρ-C in a straight mode on the table top (see Figure 7). The swing arm position 4: ^ is locked at a fully deployed angle such that the abdominal contact rod 21 is presented towards the user for hands-free operation (see Figure 8). In the simplest embodiment of the swing arm assembly 4, the (optional) rubber washer 28 and the (optionally) thrust bearing 29 are omitted to allow the friction surface 39 to directly rub against Surface 15 is paired. This hinged configuration achieves a rigid angular lock when the swing arm portion 24 and the bottom plate portion 13 are pressed together by the threaded knob 30 (especially if the two mating surfaces provide radial forceps). A disadvantage of this simple lock mechanism is that the user needs to loosen and retighten the knob 30 each time he wishes to change the position of the swing arm to the other of the four use mode positions described above. Three hinged reinforcements can be provided to improve the efficiency of the swing arm locking mechanism: 1) Rubber washer 28 can be inserted between mating surface 15 and mating surface 39 to provide a smoother and more adjustable between the two hinged halves Friction. This makes it easier for the user to set resistance to the one that performs well at all four angular positions as described above. The disadvantage of this improved friction behavior is that when the swing arm is swung back and forth, the knob 30 will be loosened to the 1Qimi2 order number A0101 page 27/142 page 1013306805-0 201248367 to allow the user to 'require the friction The setting is invalid. 2) In order to prevent such inadvertent changes in the articulation friction, a low-friction thrust bearing 29 can be inserted between the hinge portion 13 and the adjustment knob 30, thereby rotating the threaded knob from the other possible rotations of the swing arm 20. And any loose or tight torque generated is detached. 3) To further facilitate control of the articulation friction, the knob 30 can include an asymmetric force arm that is radially ejected from the side (not illustrated), the knob being configured such that the user can move it with one finger and is easier Adjust the hinge friction (instead of holding the sides of the knob 3〇). The reinforcement of the other swing arm assembly 4 is within the scope of the invention and can be understood by those skilled in the art. • A reinforced example (not illustrated): the friction faces 15 and 39 may include a plurality of protrusions and recesses that positively engage each other with a predefined angle corresponding to the four angular conditions described above. For example: the dice can be twisted (fully folded), 20 degrees (for typing in landscape mode on the desktop), 70 degrees (for pushing in the straight display mode on the desktop), and 18 degrees (with Wear the fit in its action mode. • The second enhanced example (not illustrated): an axial spring in the form of a “wave wrap” can be placed on the sides of the tabs 24 and 13 The non-use of the bead 30 is used to compress the surfaces 15 and 39 for angular locking. The resulting spring force eliminates the need for the adjustment knob 30 and the riveted hinge pin 26 can be used in place of the threaded hinge pin. The resulting mechanism is efficient as above The angle hitter mentioned works because the user only needs to grab the swing arm 20 and use it to open the surfaces 15 and 39 until the engine is opened and then the arm is turned to its desired stomach. Pull back to the locked engagement state" 10111712^Single number A0101 Page 28/Total 142 page 1013306805-0 201248367

• A second enhanced example (not illustrated): The lock I can be positioned close to the opposite edge of the base plate 3 from the hinge portion 13, which is configured to snap lock onto the swing arm 2 。. This distal swing arm is locked. The summer gear has a greater geometric strength than a central access hole 14 to provide a more robust means of maintaining the arm in its fully folded position. This more powerful locking is useful when the vehicle 2 is used in the modes shown in Figures 3 and 6. The body has a fourth enhanced example (this can be seen in the figure): a post 49 that is pivoted by the floor sill boss 50 is provided for snapping to the post socket 51 (see & Figure 1 3 for details) 〇Adjustable neckband assembly 5 is rotated by left 拴32, left [rotary ring Μ, left neck strap 33, left rope length adjuster 34, neck pad (see Figure 8 〇, right weave length adjuster (See 38 of Figure 8), right neck strap weave 37, right L-shaped swivel loop 35, and right swivel bolt 36. Left and right swivel bolts 32_ are selectively engaged to the left and right swivel bolt holes of the bottom plate 3. 17 and 19, so that the user can wear the suspended tablet computer as shown in Fig. 8. The two joints between the bottom plates of the ◎ belt (four) carrier are called "coupling points". 19 is coaxial and parallel to the axis of rotation u. The bosses are positioned in relation to the user and the rotation (four) so that a good balance of PG 1 is achieved in various wear modes (see (8) diagram and figure). 32 and 36 are typically formed such that they have a slight press fit ( , reference f Η ) to their respective rotary mounting holes 17 and 19 Thereby preventing them from falling inadvertently during use. The press-fit sleeve also applies the torque to rotate in sequence, and this assists the user in configuring the folded carrier for comfort in its optimized orientation for comfort Move mum^^ A0101 Page 29 / 142 pages 1013306805-0 201248367 (see Figure 9). The 4-shaped rotating ring templates 31 and 35 are also very important, in order to provide a compact and elegant maintenance of the tablet computer 1 The proportion of the appearance of the neckband. This minimalist belt construction material secret in the Qianke heart __ component of the compact device configuration functional advantages (see Figure 14 can also use the traditional flat sling ribbon and non-custom The (off-the-shelf) sling length adjustment 2 installation is called configuration _5, so that the (four) into the end of the rotating ring (not illustrated) hangs in the = = description after the group 襄 and fixed to its flat Na Figure 1 is a view of the first embodiment of the invention. It is within the scope of the invention to cite the tumbler to the other reinforcements of the holes 17 and 19. For example: Figure 14 illustrates the use of a spring lever formed on 1 and 18 to Rotation in the rotating hole = 6 positive locking device, each lever that snaps into the retaining groove (retenti〇n long groove) is generated in the rotating ring close to its rotating jaw. Another example (not illustrated): The buttons on each L-shaped rotating ring of the inner positive engaging structure of the release are engaged to their respective rotating holes 17 and 19 = grooves (similar to the release structure of the common 2-part key chain). The neckband assembly 5 shown in Fig. 1 utilizes the small straight rear ropes of the slings 33 and 37 (in combination with a common button, 2 holes "with rope lock adjusters" 34 and 38)

Next, to form the sliding position of the shock absorbing material (see the force of Figure 14, broken under the hinge 13 and also provide a slip on the table 40. Page 30 / 142 pages 1013306805-0 201248367 rubber bumper 57) . The upper surface of P-c 1 has less impact protection than its lower surface f, but a transparent protective film (such as "3M Scotchguard" is available.

Pr〇tection Film") is applied to conform to the upper surface of P-C 1 to invisibly protect its touch screen 9 from wear. Adhesive rubber bumpers conforming to the Ρ-c shape can also be applied to each corner to further enhance the impact protection. Such an angular buffer g (not illustrated) also allows p_c to be placed face down with other surfaces that may damage the surface. The 0 帛 3 picture shows the p-c 1 and the fully folded carrier 2 housed on the wall 41 in the same manner as a common picture frame or picture. The carrier can be suspended from the wall via the opening 23 passing through the swing arm 2〇 in such a manner that the swing arm is suspended on the nail 42 protruding from the wall. In the illustrated example of the present invention (made in a size that conforms to the specific shape and size of the Apple iPad), the carrier 2 is proportionate so that when viewed in a room, it appears that the PC hides all of the lower decks. It has components to provide a visually appealing and space-efficient storage unit for the PC. The illustrative example of the carrier 2 uses a swing arm 20 that is completely hidden by p_c during wall sizing. However, when configured as a smaller p_c for a branch (for example, a 'substantially smaller Dell StreakTM or Blackberry Playbook), the swing arm 2 must be long enough that the abdominal contact rod 21 will protrude slightly from the PC. On the top edge of 1 (Fig. 8 illustrates the ergonomic requirements for the length of this swing arm). Although less visually appealing than the completely hidden wall mounting shown in Figure 3, the upwardly projecting contact bar 21 will still form an effective grip as shown in Figure 6. 1013306805-0 The security of this grip mode can be further configured by the above-mentioned "• Third Enhanced 10111712$Single Number A0101 Page 31 of 142 Pages 201248367 Example (not illustrated) And strengthen. P-c 1 can also be mounted upside down on the wall in the direction shown in Figure 3. To do so, the hinge lock 30 is released and the swing arm 20 is rotated 180 degrees to its fully deployed position (not illustrated). When the opening 23 is suspended from the nail 42, P_c: will be suspended like a pendulum with the arm of the carrier extending over it. Although less visually appealing than the completely hidden wall mounting shown in Figure 3, this wall mounting configuration provides a very fast way to accommodate ρ-C when appearance is not a priority. For example, the user shown in Figure 8 can quickly remove their Ρ-C from their neck and hang directly on the wall without first folding their swing arm. When the wall is installed at a suitable height, p_C 1 can also be activated and used to perform a variety of computing tasks. For example, its touch screen 9 can display a large wall clock or a pleasing video slideshow. Alternatively, the Ρ-C virtual keyboard 10 can be activated for text data input, or its microphone, speaker and camera can be used for VOIP long-distance communication over a wireless network connection. The wall mounting close to the power outlet also allows the p-c's internal battery to be conveniently charged. Figure 4 illustrates the carrier of Figure 2 with its arms 20 unfolded and locked at a shallow angle. When placed near the edge of the table top 40, the user can comfortably type on the virtual keyboard 10 of the P-C 1. This same tilting configuration can also be used to support the P-C 1 on the user's knee (not illustrated). Since the P-C 1 can generate a large moment by pressing the weight of the swing arm 20 at a shallow angle, an optimized support member can be provided to prevent the hinge from sliding or being damaged (see Fig. 13). Page 32 of 142

1013306805-0 Figure 5 illustrates Figure 4 -C and vehicle configuration after picking up, rotating 90 degrees, and putting it back on the table top 40. The touch screen 9 is thus rotated from a shallow angle to a steep angle that is most desirable for certain software applications (such as watching a movie) from the easy-to-find flat 10111Yl£^ early number A0101 page 32/142. The long side 7 of the P-C 1 is horizontal so that if the virtual keyboard 10 is activated, it will be wide enough for two-hand operation. However, since the keyboard is at a too steep angle for comfortable typing, an external wireless keyboard (not illustrated) is typically placed in front of the P-C on the desktop 40 for alphanumeric data input. A wireless mouse can also be used to increase the ergonomic efficiency of the graphical user interface of the touch screen. Typically, because the angle of inclination is quite complementary, there is no need to actuate or adjust the angle adjustment lock 30 when switching between the mode shown in Figure 4 and the mode shown in Figure 5. However, if the present invention is used to support a PC that is substantially smaller than the Apple iPadTM (for example, a substantially smaller Dell StreakTM or Blackberry PlaybookTM), then the swing arm 20 will be too long to allow display. The tabletop support geometry in Figure 5. In such cases, the desired steep display angle can still be achieved by merely increasing the locking angle of the swing arm 20. For example, the approximately 15 degree angle shown in Figure 4 can be changed to approximately 75 degrees to provide the same display geometry as shown in Figure 5. Fig. 6 illustrates that the P-C carrier configuration shown in Figs. 4 and 5 is firmly gripped by its user 43. The user's hand 44 grasps the abdomen contact rod 21 such that the middle or index finger passes through the same opening 23 for suspending the P-C on the nail (see Figure 3). Since the long side 7 of the PC is in the vertical direction, a smaller "straight mode" virtual keyboard 10 is displayed, and if the user reorients the carrier and grabs the contact lever 21 with his left hand instead of the right hand, the virtual The keyboard 10 will automatically be reoriented 180 degrees. Since the user has only one free hand at any given time, a smaller, straight-oriented virtual keyboard is sufficient for the action data entry. 1013306805-0 1Q1U712Production·Single Number A0101 Page 33 of 142 201248367 It is also possible to grasp the P-C 1 in a landscape mode. In order to do so, in addition to using the table top or its knees for support, the user configures the carrier 2 as shown in Figure 4, they only reach down and grab the contact bars 21, so that the hinge assemblies 30, 13 and 24 is supported on the inside of the wrist (not illustrated).

Figure 7 illustrates the carrier 2 with its swing arm 20 and abdomen contact lever 21 rotated to an angle that is most ideally oriented for supporting the P-C 1 on the table top 40. The length of the abdomen contact rod 21 is configured so that its two ends can support the P-C 1 at the short side 6 such that its touch screen 9 is inclined at an angle that provides both good data visibility and good physical stability. This configuration maintains the touch screen 9 in a "direct" orientation and is ideally suited for certain software applications (such as for reading e-books or for editing word processing files). Since the small "straight mode" virtual keyboard 10 is too steep and comfortable for typing, an external wireless keyboard can be placed on the desktop 40 for efficient alphanumeric data input (not illustrated). A wireless mouse can also be used to increase the ergonomic efficiency of the graphical user interface displayed on the touch screen 9. As shown by the wall mounting display shown in Fig. 3, the vehicle 2 is hidden by the user's line of sight, contributing to a pleasing and uncluttered working environment. Figure 8 illustrates the carrier 2 with its swing arm 20 fully deployed such that the curved body contact bar 21 is presented directly toward the abdomen of the user 43. The inner portion 22 of the contact bar is configured for typical user abdominal comfort and frictional adhesion (not actually formed in this CAD drawing). The neck band assembly 5 is fixed to the carrier 2 via its left and right end rotating rings 31, 35 inserted into the respective rotating bolt holes of the bottom plate of the carrier (see Figs. 1 and 14 for details). The left and right neckband portions 33 and 37 form an adjustable collar that passes through the neck pad 10111712 order number Α0101 page 34/142 page 13510805805-0 201248367 45. Viewed from the side, the sling, the carrier and the user form a support structure for the approximately triangular shape of the suspension PC 1 having its common axis: the common axis of the rotating rings 31, 35, the point of contact along the user's abdomen 22 and the three vertices of the sling contact points 58, 59. The swing arm 20 is long enough to separate the PC 1 away from the user. Gravity causes a positive pendulum force on the contact rod 21, which in turn generates sufficient friction against the user's abdomen to secure Stabilize all sides of the support triangle. The diagonal cords 33 and 37 provide unobstructed lateral access so that when walking around, the user can operate the virtual keyboard with the same degree of ergonomic efficiency that they will enjoy sitting at the table as shown in Figure 4. 10. The shaft 11 passes the central balance point of the P-C 1, however, when the carrier 2 is attached thereto and its swing arm 20 is deployed toward the user, the new balance point of the assembly becomes slightly offset toward the user. The pivot pins and the rotating rings 31 and 35 in their associated backplane socket are thus located closer to the user than the shaft 11 to provide a substantially neutral balance when suspended only by the neckband 5. This neutral balance feature is desirable because it improves the stability of the support triangle described above (ie, for the lever to securely maintain the PC 1 in its optimal position and orientation, it is only necessary to slightly rub the contact rod 21 against the user ). When supported as shown in Figure 8, the upper surface of the P-C 1 and its additional swing arm assembly 4 form a useful platform for the user to support the miscellaneous items. One useful item that can be placed on this mobile platform is a compact external keyboard, such as the Apple Wireless Keyboard (not illustrated). When placed on top of the virtual keyboard, the better tactile characteristics of the external keyboard improve user productivity. Such a compact keyboard is small enough to be transported in the accessory bag 46 shown in Figure 11. 1()1117121^单单 A0101 1013306805-0 Page 35 of 142 201248367 The best position and orientation of the Pc 1 is whether the user walks around, sits upright at the table, reclines on the sofa or lies in bed. change. To optimize the ergonomics of all posture scenarios, the user 43 places the c i i vertically by using the jigs % and 38 and adjusting the length of the neck band 5. They can also orient P_c by moving the contact rod 21 up and down with their torso to rotate P_c along the axis of the rotating rings 31,35. Further angular adjustment of the touch screen orientation can be affected by changing the angle of the hinged locking structure; in particular, 'When the invention is used in bed, (4) the swing arm over 18 () degrees will stably support the touch screen To the extent that it is more directly toward the user's head (not illustrated). 〇 Figure 9 illustrates the Ρ-c carrier configuration of Figure 8, however the user 43 has rotated the swing arm of the carrier to its fully deployed position (as shown in Figure 2). Since the weight of the swing arm has moved from above the P_c balance vehicle u to below it, the Ρ-C and the carrier assembly become heavy at the bottom and are thus inclined to hang relatively vertically from the neck belt rotating rings 31 and 35. Due to the eccentric position of the pivot pin of the rotating ring, there is a slight tendency for p_c] to tilt forward and away from the user's torso. To mitigate this effect, the rotating ring is pressed into the bottom plate of the carrier 2 and thus has considerable resistance to rotation, allowing the user to adjust the effective suspension point of the Ρ-C so that when transported to its next It hangs flat on their body when using the location. In order to further improve the vertical suspension characteristics of the carrier 2, the pivoting pinhole of the rotating bolt can be slightly raised to a position providing a neutral balance (ie, its suspension axis can be positioned closer to the user, so that instead of Rotating the swing arm downwards produces a slight deviation). Figure 10 illustrates a P-C carrier configuration having Figure 9 with its neckband 5 somewhat lengthened (using adjusters 34 and/or 38). When long-term unfolding of the folded μ 10111712 production 1 single number A01〇l page 36 / 142 pages 1013306805-0 201248367, p-c can be suspended over the shoulder for improved comfort. Figure 11 illustrates the Ρ-C carrier configuration of Figure 10 with an optional accessory storage bag 46 secured to the P-C touch screen (see Figure 14 for details of the fixation). Typically, the bag 46 is sewn from an extensible neoprene foam material that will assist in protecting its touch screen from impact damage during transport when it is fixedly attached to the P-C as shown. The bag 46 has a zip-closed upper opening 47 to allow the user 46 to carry miscellaneous items (e.g., a harness 5 or a folding wireless keyboard) for use when deployed on the table as shown in Figure 5 or Figure 7. The bag 46 may have the same dimensions as the Ρ-C it is placed on (the Ρ-C in the description is about 7.5" high X 9. 5" wide). The bag 46 can also be configured with a lower bag extensibility to increase the size of the item it can accommodate. For example, if the bag 46 is manufactured to be 12" high X 9.5" wide, letter-sized documents can be carried around to increase the overall utility of the present invention as a mobile office. This extended bag (not illustrated) can also carry other peripherals such as Apple Wireless

TM

Keyboard Figure 12 illustrates the carrier configuration of Figure 8 with an optional strap 48 that secures the body contacting rod 21 to the user's abdomen for a more secure fit during rapid motion. The strap 48 is a retractable "bungee cord" having an end hook that allows the user to tie the back strap around the back and secure the ends thereof to the opening 23 of the swing arm 20. When the swing arm of the carrier is folded as shown in Fig. 9, the strap 48 can also be used in this manner to better flatten the Ρ-C to the user's abdomen. When not in use, the optional harness 48 can be received in the accessory bag 46 described above. 1Q111712I^Single Number A0101 1013306805-0 Page 37 of 142 201248367 Figure 13 illustrates an alternative embodiment of the angular locking of the swing arm that provides additional support during use of the "Desktop Typing Mode" shown in Figure 4 . The auxiliary hinged support means is comprised of a post 49 that pivots about a pivot pin 52 of the backing plate projection 50. The lower end of the post 49 is configured for snapping onto the support socket 51 on the swing arm 20 and, when not in use, an internal hairpin spring (not visible) biases the base plate 3 against the post 49. If the user expects a heavy load when typing on p-C 1 in Fig. 3 and wishes to provide additional support, then the post 49 is swung down and snapped to the socket 51 as desired.

Alternatively, the illustrated spring biasing post 49 can be replaced by a simpler post which consists of only a truncated rod and is mounted to the socket 51 of the swing arm 20 as shown in the dome-shaped lower end, but has a similar The dome-shaped upper end socket is snapped into the socket of the bottom plate 3 (not illustrated). This detachable struts can be housed in the accessory bag 46 shown in Fig. 11 when ^' is not used.

In a preferred embodiment of the invention, the hinge and swing arms are configured to be robust such that such auxiliary swing arm support socking can be omitted. To facilitate a robust configuration, a soft friction washer 28 is provided between the hinged halves 24 and 13 to prevent hinge damage by allowing controlled hinged slip to occur if the user inadvertently applies excessive pressure to p-C}. The use of the washer 28 shown in Fig. 1 together with the thrust bearing 29 will also enable the friction knob 30 to be adjusted so that the user can reciprocate at the desired degree of friction between its full folding and full deployment. Rotating the swing arm 2〇, when greater hinge resistance is required, only the friction knob 30 needs to be tightened (i.e., when typing on the table as shown in Figure 4).

Fig. 14 illustrates a convenient device for exposing the side of the fixed accessory bag 46 shown in Fig. 11 on the P-C page 38/142 page 1013306805-0 201248367. The bag 46 includes four-corner pockets 54a, 54b, 54c, and 54d formed of an extensible new flat rubber cloth that allows the user to deform them beyond the four corners of the PC 1 to be as illustrated in FIG. Fix the bag. If a larger bag is desired to wrap an article that is larger than the surface size of the P-C 1, a portion of the bag that extends past the lower solid & pockets 54c and 54d (not illustrated) is provided. 〇

Also shown in Fig. 14 is a positive locking device for maintaining the neckband rotary pins 32 and 36 in their respective rotating ring holes 17 and 19 (rather than between each rotary pin and its pivot hole). Slightly press the friction of the fit). [The rotating rings 31 and 35 have annular locking grooves 553 and 55b close to their respective rotary pins which are formed to engage with the locking products 166a and 56b on the rotating ring bosses 16 and 18. When the user wishes to detach the neck band 5 from the bottom plate 3, the levers must be manually deformed large enough that they are disengaged from their respective locking grooves 55a and 55b. Other forward locking devices will be apparent to those skilled in the art. For example, the pegs 32 and 36 can extend far enough through their respective apertures 17 and 19 such that the user-actuated expansion spring at each end prevents the peg from being inadvertently pulled out (not shown) Description). Also shown in Fig. 14, when the swing arm opening 23 is suspended from the wall as shown in Fig. 3, the tight manner of hiding from the line of sight is used to accommodate the neck band or the "body support member" 5. Device. The neckband liner 45 is comprised of a sleeve that can be opened along its length with a Ve 1 cro closure velcro. The neckband liner (and sleeve) 45 can thus be used to accommodate the left and right neck strap portions 33 and 37 and their accompanying length adjusters 34 and 38 once they have been coiled together into a short bundle Thus, the sheathed neckband assembly can be received in the swing arm 2 when the swing arm 20 is folded and locked as shown. 1013306805-0 10111712. Order No. A〇1〇l Page 39 of 142, 201248367 . To further secure the received neckband 5, the rotary bolts 32 and 36 can be inserted into the ends of their respective rotating ring apertures 16 and 19 (not shown). The rotating rings 31 and 35 may be facing outward (for quick redeployment as a neck band) or inward (to be invisible when the P-C 1 is not visible when stored on the wall as shown in Fig. 3).

In another embodiment of a suitable neckband receiving device (not illustrated), the left and right neck strap portions 33 and 37 (and their accompanying length adjusters 34 and 38) are wrapped around the neckband. The outside of the liner (not wrapped in it). In order to achieve good winding, the two ends of the neckband liner 45 are notched for receiving the rope, and are accommodated as shown in the swing arm 20 as the user wraps the assembly to the maximum tightness. under.

Figure 15 illustrates the use of a wraparound base that grips the P-C instead of using tape to secure the carrier backplane to the P-C. Figures 1 through 14 illustrate the left side of the PC and the hinged pivoting projections 13 for securing the swing arm 4 and the left and right pivoting pivots 16 for mounting the neckband 5 and The bottom plate of 18. The adhesive film 12 forms a semi-permanent bond between the PC 1 and the carrier 2, however some users prefer vehicles that are easier to separate from their PC, even though different addenda cause a more confusing visual appearance of their PC. . In order to address their preferences, a specific embodiment of a non-adhesive carrier can be provided that utilizes a non-adhesive backing plate 100 to mount three necessary bosses under the PC 1 for receiving the swing arm assembly 4 With the neckband assembly 5. The non-adhesive backsheet 100 is typically formed of a semi-rigid plastic that includes a plurality of jaws 101 around its perimeter that can be deformed to bite the front surface of the PC 1 and thereby attach itself to the carrier 2 (as explained in the large scale illustration). A similar and even more invasively visible swing arm 4 and neck strap 5

10111712iW A0101 Page 40 of 142 1013306805-0 201248367 Attachment to p_c 1 (not illustrated) is to slide the entire pc to cover all sides of the Ρ-C, which have the required The opening 'which enables the user to use the touch screen and data of the p_c. Furthermore, the housing is functionally equivalent to the backing plate 100 of Figure 15 and the same pivoting boss is mounted below p_cJ to receive the swing arm 4 and the neckband assembly 5.

Figure 16 illustrates a specific embodiment of the carrier wherein the hinged pivoting projection and the neckband pivoting pivoting projection are integrally molded into the main outer shout of the tablet computer. Figures 1 through 15 illustrate a particular embodiment of the invention for refurbishing existing tablet computers. However, if Ρ-C is specifically designed and manufactured for the integration of the present invention into its core structure, improved functionality and appearance will be obtained. Fig. 16 illustrates a p-C200 of this type which, together with the swing arm 4 and the neckband 5, forms a wearable tablet which is functionally equivalent to the Ρ-C of Fig. 1. However, the bottom plate and the adhesive joint are not included in the P-C200 because the swing arm pivoting projection 2〇1, the right neckband pivoting projection 2〇2, and the left neckband pivoting projection 203 are all integrally molded. At the bottom of the outer casing 204 of the p_C2, providing a stronger and more efficient support structure. The P-C200 shown in Figure 16 does not need to look similar to the one shown in the first! The P-C 1 ' of the figure is because the distribution of its internal electronic components is under the full control of the manufacturer. It is therefore possible to make improvements that give the overall product a more space-efficient, more versatile and visually pleasing appearance. For example; in a modified embodiment of the P-C200 (not illustrated), the internal components of the outer casing 204 are rearranged such that the rotational pivoting projections 202 and 203 are eliminated, and their respective The rotating bolt holes 2〇6 and 205 are formed directly on the sides of the outer casing 204 (the internal structure of the holes may also be repositioned to accommodate 1013306805-0). When deployed as shown in Figure 8 or the 9th 〇lmi2 Production Order No. A0101, No. 142/2012, pp. 201248367, move the frame to the hole and move it into the core of the P_C200 to insert the neckband. Pivot checks 32 and 36 can be positioned at an optimal balance point closer to the suspended ρ-c (the balance point is similar to the compromise position between those requiring optimal performance in each of the two usage configurations; In this overall embodiment of the invention, the swing arm swivel projection 201 of the P-C 200 can be substantially integrated into the outer casing 204' to reduce its overall height and allow for a more streamlined and pleasing appearance. When aligned with 207 and the mating faces 3〇 and 208 are paired, the outer casing 204 of this version (not illustrated) typically places the swivel boss 201 near its leading edge 7 and may include an allowable swing arm 4 The flat seat 24 has a flatter recess for folding the lower surface thereof. To further allow the swing arm 4 to be smoothly integrated with the outer casing 204, the drum joint 24 can be asymmetrically formed 'and the bottom surface of the outer casing 204 can include Allows the swing arm 20 to be connected when fully folded The ground position corresponds to the concave position of the bottom surface (not illustrated). The hinge locking knob 30 can be configured as the lever actuation described above in Figure 1 so that it is integrated into its concave swing arm structure. The P-C200 can be configured such that the short side of its outer casing 204 is short enough to be associated with the length of the swing arm 20, which when the swing arm is fully folded about the outer casing, the abdomen contact rod 21 and the wall mounting suspension opening 23 protrudes from the opposite edge 209 of the outer casing to provide a convenient exposed grip and enables the invention to be implemented in a smaller size PC than the illustrative example shown. There is a somewhat simpler and less expensive flat panel. Computer type that lacks the means for automatically orienting its display image in landscape or direct mode when the user rotates it. These limited-function PCs are optimized for reading digital "e-books" and Therefore, it is only possible to direct the orientation 1013306805-0 10111712 order number A〇101 page 42 / 142 pages 201248367 n; two examples of such PCs are Amazon Kindle" and Barnes & Nob Le NookTM. These dedicated e-book readers still benefit from the present invention, however they do not require a fully functional rotatable swing arm assembly. Referring to Figure 8, the user 43 is standing, sitting or lying down. Configuring such a straight-oriented e-book reader with a fixed abdomen contact rod 21 along with the neckband assembly 5 and its associated rotating ring fixture will achieve its hands-free operation and thereby improve usability. The "e-book reader" embodiment (not illustrated) can be retrofitted (using the back-back adhesive backplane 3 as shown in Figure 1) or directly incorporated into the shell of the e-book reader (According to Figure 16). A semi-fixed, non-rotatable, generally "T-shaped" contact lever (not illustrated) is provided instead of a rotatable swing arm for presenting the abdominal contact rod 21 to the user. The base of the substantially T-shaped contact rod (composed of a straight portion that is joined to the middle of the curved abdomen contact rod) is fitted into the socket clamp provided at the position of the hinged projection 13 in Fig. 1. The socket clamp will preferably have a forward facing receptacle for operation of the abdominal contact lever and a rearward facing receptacle for receiving the Tau rod when u is not in use. Figure 17 illustrates an exploded view of a different embodiment of P-C 1 along with a carrier 2 for retrofitting existing p-c. The ρ-C carrier 2 is composed of a U-shaped swing arm assembly 60, a "P-C outer casing" assembly 61 and a neck belt assembly 62. The U-shaped swing arm assembly 60 includes a U-shaped swing arm 8〇, which is typically a curved metal strip that is engaged by the abdomen contact portion 63 (also referred to as a "bridge joint") via the manufacture of left and right The left and right arm portions 67a and 67b formed by the curved portions 65a and 65b are composed. The abdomen contact portion or the 1013306805-0 bridge-shaped 'bent' material is comfortably reduced to the typical user 101117121*·single number A0101 page 43 / 142 pages 201248367 and can be installed with a foam rubber friction enhancement The 64 is for increased comfort and a more robust mechanical lever for controlling the posture when the PC 1 is worn as shown in Fig. 24. The left and right arms 67a and 67b each linearly protrude from the left and The positions of the right swing arm pivot pins 7A and 7B are used. The cantilever extensions 68a and 68b are used to mount and position the neck band swivels 69a and 69b to various support geometries as described below. The left and right anti-rotation keys 71 a and 71 b protrude from the inner surfaces of the left and right arms when assembled, and each of the anti-rotation keys also follow their respective pivot pins along the side arms 7〇a and 70b extend forward and backward and are used to lock the rotation of the swing arm 60 to achieve the various modes of operation described below. To facilitate the manufacture of the swing arm 8〇, conventional metal forming techniques are used; the pivot pin 70 And the anti-rotation keys 71 can be formed together as The left and right insertion jigs 72a and 72b are then press-fitted into the left and right fixing slots 73a and 73b. Alternatively, the protruding portions of the inserts 72a and 72b may be formed monolithically on the swing arm 80 using plastic injection molding techniques ( See the general appearance of the assembled squat arm of Figure 28. The width of the swing arm portion 63, the length of the arm portions (67a and 67b) on both sides, and the length of the two cantilever extensions (68a and 68b) are associated with The size of the particular PC being carried (in this case the Apple iPad 2TM) is determined. The swing arm size is chosen such that: 1) the assembled device provides comfort between the user's abdomen and the closest edge of the PC 1. And ergonomic spacing. When worn as shown in Figure 8, the spacing between 5" and 7" provides sufficient clearance for the user 43 to operate easily without neckband interference. PC 1. 2) The assembled device enables the swing arm 80 to fully rotate around the PC 1 'so that its curved portion 63 clears the farthest edge of the PC 1 so that the swing arm mmi2 is numbered A0101. Page 44 of 142 Page 1013306805-0 201248367 Component 60 can be used in P- C1 is flatly folded for optimal tight accommodation 3) The assembled device positions the neckband swivels 69a and 69b such that when the swing arm is rotated and locked in parallel with the PC-1 when it is worn, the rotation The rings 84a and 84b are positioned along their own axis of rotation of the open assembly (i.e., positioned such that the PC will be as balanced as shown in Figure 24 and near horizontal). When the swing arm is rotated 180 degrees to its tight fit In position, the rotating rings 84a and 84b are swung around the cantilevered extensions 68a and 68b such that the folded device is optimally suspended, as shown in Figure 25, near the user's body for carrying. Since it is a device for fixing the "shell" of the swing arm assembly 60 and the neck band assembly 62 to P-C 1, the "P-C outer casing" 61 is named. In a specific embodiment, the fixture is comprised of an adhesive film and a large back panel (as shown in Figure 1). In another fixed embodiment, a bottom plate having a circumferential "grip finger" is provided (as shown in Figure 15). In another embodiment, a hybrid combination of the two gripping devices is provided (as shown in Figures 17 through 27). In yet another embodiment of the "PC outer casing" (not illustrated), when provided on its outer surface, a complete "sleeve" or "outer casing" is provided to cover the entire PC, requiring pivoting holes and The keyway structure properly mounts the swing arm 60 and the neck band 62 as described below. The specific embodiments of the "outer casing 61" are all functionally equivalent to the specific embodiment shown in Fig. 16 and "factory manufacturing" in Figs. 28 to 31 (here, the required pivoting and squatting) The rotary locking device is molded directly onto the PC housing during its manufacture). The hybrid "PC outer casing" 61 shown in Fig. 17 is fixed by a suitable ruler 1013306805-0 1 () 1117121^ single number A0101 page 45 / 142 page 201248367 inch double-sided adhesive film 75 The back plate of the lower surface of P_c; } is composed. In order to provide a larger bonding contact area to p_c i , the width of the backing plate ^ can be optionally increased with a flange projected backward as shown. The back plate 74 can be mounted with a swing arm 6'' providing left and right swing arm pivoting projections 76a and 76b extending outwardly and upwardly from the left and right ends of the backing plate. The left and right pivoting projections can be like The display unit is formed on the back plate or the component which is inspected by a three-part bolt (the two bosses are screwed and bolted to a back plate). If the bolt is used to fasten the back plate assembly (not shown) Illustratively, the left and right bosses are formed such that the gripping plates 82a and 82b are a single piece to the boss, and the backing plate forms a lower surface of the horizontal chutes f) and 78b as described below.

The pivoting protrusion includes left and right swing arm scanning holes 77a and 77b formed at a position between the two horizontal sliding grooves 78a and 78b and the two vertical sliding grooves 79a and 79b, the pivoting bolt hole and the The chute is configured to engage the corresponding pivot pins 70a and 70b and the corresponding anti-rotation keys 71a and nb, which are formed on the spring biasing arm 6〇 as described below. Figures 28 and 29 illustrate how the swing arm 6〇 is shaped such that the swivel seats 69a and 69b are closer together than the curved portions 65a and 65b 'to form a confluent 1/shaped spring U-spring' when forced to open and mounted on In the case of the PC outer casing 61, it will automatically offset the pivot pins 70a and 70b and the anti-rotation keys 7ia and 71b into their respective holes and slots. The shackle is ejected farther from the curved swing arm 8 than the anti-rotation key, thereby allowing the user to pull the arms 67a and 67b outward to release the key from the chute to maintain the The plug is pivoted into its respective pivot hole. This spring-biased pivoting and keying engagement system allows the swing arm assembly 6〇 to be selectively rotated and locked to four positions as desired. A0101 Page 46 of 142 is implemented as 1013306805-0 201248367 Various modes of use of the invention. The four possible positions are: 1) The swing arm is horizontally locked in its extended position for wear as shown in Figure 24. 2) As shown in Figure 18, the swing arm is rotated 18 degrees from position #1 and locked to its flat storage position. 3) As shown in Figure 20, the swing arm is rotated 9 degrees from position #2 and locked to its desktop keyboard position. 4) As shown in Figures 21 and 22, the swing arm is rotated 18 degrees from position #3 and locked to its tabletop viewing position. L In order to rotate the swing arm 60 assembly to any of the above four use configurations, the user simply pulls both sides of the spring-biased, U-shaped swing arm outwardly away from each other. The chute releases its two anti-rotation keys. If the swing arm is deployed at position #1, position #3 or position #4, then the chute release action will immediately cause gravity to rotate upward and toward both sides of the swing arm and p_c to facilitate folding to position #2. If the swing arm is already in position #2, then the chute release will cause the gravity-driven deployment to restart in the same direction of rotation toward either of the other three Γ. swing arm positions, and the user simply manipulates the side arm so that the user The spring bias of the swing arm automatically locks the key into the tongue and groove at the desired position. In Fig. 17, the anti-rotation key is shown for both the left and right arm portions of the curved swing arm 80. The left and right keys provide balanced locking symmetry, however a single anti-rotation key can be provided to the right or left arm only, resulting in a slightly simplified positional change. 1013306805-0 The slight extension of the side arms of the U-shaped swing arm will correctly pivot from its respective chute while maintaining the pivot pins 70a and 70b in their respective frame turns 77a and 77b simultaneously The bosses 76a and 76b release the anti-rotation keys 71a and 71b. However, applying a slightly greater expansion force to the side arm allows the pivoting 拴lonm2 to produce a single number A01 (n page 142 pages 201248367 complete exit from the holding hole) to allow the swing arm (4) Demolition and separation of the Ρ-C outer casing 61. In order to prevent inadvertent (potentially catastrophic) separation of the swing arm, the positive bolt positioning device (for example, standard positioning center and 91b) can be fixed close to The top end of the insertion and retraction. The reverse hole (C〇unter-b〇re) 90a and 90b are configured to drag the inspection hole and the claw for sufficient axial movement to allow the anti-rotation key 7ι as required Properly engaged and dismounted

Regardless of the reason 'if the user wishes to remove the swing arm (such a clip is quite difficult to remove)', the inadvertent separation of the swing arm 6〇 (and its additional neck strap 61) by the position clips 91a and 91b is problematic. To address this concern, a quick release version of the _bolt can be provided. For example, 'when and only if the rotating ring is oriented by _ to a specific angle, the "_key hole" device of the swivel (not illustrated) can be provided to make the "lock" The rotating bolt is withdrawn from the holding hole of its "keyhole". This same type of "positive snap and quick release" securing means can also be used to configure the pivot pins 87a and 87b to prevent inadvertent separation of the neck band assembly 62. In order to implement the preferred quick release of the swing arm as described above, the "keyhole flange" of each pivot pin should be oriented such that the pivoting arm of the swing arm can only be used for wear while the swing arm is oriented toward the user but Exited slightly above its horizontal locking position #1 (this will minimize inadvertent disassembly opportunities during normal folding and unfolding operations). In order to reinforce the adhesive attachment of the carriers 2 to P-C 1, the left and right pivoting projections 76 & and 76b include holes 81 for mounting the left and right gripping plates 82a and 82b using screws 83a and 83b. The grip plates 82a and 82b are configured to be positively engaged with the upper surface of the p-C 1 in a manner similar to that shown in Fig. 15 to more securely mount the bottom plate 75 and the swing arm 6 to the P-C 1. When A is like 101U712, the order is A_ m 48 ^ , u , 1013306805-0 , page 48 / 142 pages , 201248367 , which is shown in Figure 18 when it is placed in a flat position for the purpose of better supporting the c] The legs 89a and 89b are fixed to the lower side of the p_c. The neckband assembly 62 is composed of left and right neck straps _ ring body (... with correction), left and right neck strap ropes (85a and left and right rope length adjusters ((4) and 88b). The concentric rotary plugs 87a and 87b' are rotatably mounted to the left and right rotary seats 69a and 69b of the u-shaped curved swing arm 8A. For proper fixing to the swing arm seat, the top of the rotary bolt is relied upon • splicing suitably formed swivel mounts 69 & 691) to minimize volume and provide a smooth internal swing arm surface that facilitates other embodiments of other low voids of the present invention (see Figure 28). Use other rotatable fixtures of the rotating ring (such as a threaded end cap or "key and keyhole" quick release seat as described above). The left and right neck straps 85a and 85b are secured to their respective rotating ring bodies: a simple but effective fixture is passed through the cords via openings 86a and 86b and forms a knot or other end thickening Prevent it from exiting. In a preferred embodiment, "button, double hole rope" 88a and 88b are used to provide varying length of neckband 62 as provided by an adjuster that can be used to change the length of the flat neckband more commonly. A tighter and easier to adjust device. To utilize such uncustomized cords, each neck strap (for example 85a) passes through the lockable first hole (88a) of its nearest cord and via the second through its farthest cord buckle The hole (88b) is terminated. The cord is fixed to the cord to be made in the same manner as the cord is used to fix the cord to the rotating body 84. By releasing the two cords so that the two ropes run freely through the first hole, the user can easily change the total length of the neck strap via two ropes sliding behind the neck (refer to 1013306805-0 10111712 bill of lading) No. A〇1〇l Page 49 of 142, 201248367 See Figure 24). The conventional "slip" type of the neckband adjuster or the relatively bulky non-customized neckband made for the camera can also be used together with the appropriately configured rotating bodies 84a and 84b. Efficient neckband accommodation can be achieved by shortening the overall length of the neckband 60 and placing the cords 85a and 85b in the rope guides 66a and 66b such that the received neckband is wrapped around the outer circumference of the curved swing arm 80 (see Figure 18). Alternatively, if a quick release rotating ring is used, the neckband assembly 62 can be completely removed and independently received in the accessory bag shown in Figures 25 and 14. Figure 18 illustrates the P-C carrier 2 of Figure 7 when fully assembled and secured to p-c 1. The U-shaped swing arm or "body support member" 60 has been rotated to its fully folded storage position and then placed on the table top. Note that the overall height of the p-c carrier 2 is slightly greater than the height of P-C 1 . Thus the carrier 2 provides three important measures to protect the P-C: 1) The four corners of the P-C are effectively surrounded by the swing arm assembly 60. 2) The front lower surface of the P-C is protected and raised on the table top 40 (not visible) by the thickness of the backing plate 74. The posterior inferior surface of p-c is also typically elevated and protected (or not visible) by one or more adhesive rubber feet 89. 3) The upper surface of the P-C and the touch screen 9 can also be protected by attaching additional rubber feet to the upper surface (not illustrated). The caulking and slamming absorption provided by the footings 89 and the gripping plates 82a and 82b allows the user to place the folded components face down on the table top without contact between the two surfaces. The fear of damage. 4) If the width of the material used to make the U-shaped swing arm 60 is greater than the thickness of the PC 1 that is placed on the plant 2 (i.e., as shown in Figure 18 for the bearing only 10111712, the order number A〇101 50 pages/total 142 pages have 1013306805-0 201248367 0.35" thick Apple iPad approximately 0.5" wide), then the upper and lower edges of the swing arm will serve to protect the upper and lower surfaces of the PC while still allowing The tablet should be clearly visible in a clean style. Figure 19 illustrates the configuration of the P-C carrier 2 of Figure 18 after being suspended from the wall 41 in a manner similar to that shown in the specific embodiment of Figure 3. The left and right mounting nails 42a and 42b are driven into the wall to stably flush-mount the P-C 1 by suspending the nails of the curved portions 65a and 65b. In order to minimize the damage to the wall, a separate wall-mounted bracket (not illustrated) is provided with a central wall fixing hole and two hangings corresponding to the curved portions 65a. and 65b. The horizontal rod of the end claw is composed. Figure 20 illustrates a P-C carrier 2 having a swing arm 60 that rotates at right angles to the P-C 1 such that it enables the carrier to support the virtual keyboard 1 for its preferred orientation for typing on the table top 40. The left and right anti-rotation keys 71a and 71b are engaged to the left and right vertical chutes 79a and 79b, thereby locking the swing arm 6〇 such that its two (short) cantilever portions 68a and 68b serve to pair the PC 1 The user tilts the support strut at a flat angle, and

M J is efficient typing on the virtual keyboard 10. Figure 21 illustrates the P-C carrier of Figure 20 after being configured by rotating its swing arm assembly 60 over 18 degrees. The left and right anti-rotation keys 71a and 71b are re-engaged to the left and right vertical chutes 79a and 79b, thereby locking the swing arm 6'' such that its two side arm portions 67a and 67b are extremely steep on the table top 40. The angle supports the lower portion of the PC 1 in a horizontal orientation. When used in conjunction with an external keyboard placed on the front table (not illustrated), this steep viewing angle is appropriate for viewing images or videos or data entry.颜第51页/共142页1013306805-0 201248367 Figure 22 illustrates the same new orientation of the figure and puts it back on the desktop 4〇 after the p C carrier shown in 21 '篡# 5, so that the swing arm 60 can be used comfortably In a wide range of parts. From the perspective of the horizontal direction, the 23rd figure of the horizontal orientation cut W! illustrates that the y / 'jin orientation and juxtaposition back to the table top 4 显示 is displayed on the 21st support p 5 'the carrier' so that the swing arm 60 is fixed for use in Longitudinal directional shoot C1. In order to provide a right angle support for the p_c (, g〇nal supp0rt), the spacer block 92 is away from the lower side of the body 1 and protrudes from the eccentric volume of the carrier 2 below the side of the PC. When used (not illustrated in the figure), this direct orientation: it is useful to rely on certain display tasks (such as rewarding e-books or word processing). The figure 24 illustrates the P-C carrier 2 having the U-shaped pendulum '60 which is unfolded and locked to the above position #1, so that the user 43 can comfortably move around while operating with both hands. The user trims the length of the neckband assembly 62 and the length of the fresh 6() abdomen contact portion 64 to achieve a fit that is suitable for efficient ergonomic comfort during a mobile computing task. Note: the left and right rotating rings - and 84b are suspended near their balance axis (ie, slightly facing, so the swing arm only needs to provide a small righting moment ' to maintain the desired orientation of the user P_c j. Figure 25 illustrates the c-plant of Figure 24 after its swing arm 60 has been rotated and locked to position #2 (as shown in Figure 18). Note: 180 degrees by rotating the swing arm 'The left and right cantilever portions 84a and 84b become removed from the equilibrium point of the assembly' such that it hangs flatly and comfortably on the user's abdomen during transport. Thus the U-shaped swing arm embodiment provides a comparison No. A0101, page 52 / total I42 page 101117121 10133 201248367 A slightly more efficient weight redistribution provided by the τ-shaped embodiment illustrated in Figure 9. Figure 26 illustrates the PC carrier 2 of Figure 25, The neckband is lengthened for improved comfort when the PC 1 is carried over the shoulder of the user 43. Again, the position in which the rotating rings 84a and 84b are rotated upwards ensures that the p_c is comfortably suspended. Figure 27 illustrates the fixation On the touch screen of a PC The PC carrier of Figure 26 of the optional accessory storage bag 46 is configured to provide a protective cover and means for carrying miscellaneous items. The securing means for the storage bag 46 are shown in Figures 11 and 14. The figure illustrates two examples of a special-purpose tablet computer 93 (p - c 93a is shown on the left and PC 93b is shown on the right). This particular use of the PC embodiment of the present invention directly incorporates the U-shaped swing arm 60 Mounting device 结构 structure of the PC: directly mold the left and right swing arm seats 94a and 94b to the outer casing of the special-purpose P_C 93 (instead of using the outer casing to design the outer casing of the existing PC as described above) Refurbishment. PC 93a illustrates the special purpose PC as shown in Figures 19 and 25 with its swing arm assembly 60 and its neckband assembly 62 being installed and set for use (ie, The left and right keys 713 and 711:) are engaged to the left and right horizontal anti-rotation chutes 78a and 78b). The right handed example of this embodiment of the invention (P-C 93b of Fig. 28) is an exploded view of the swing arm assembly 60 and the neckband assembly 62 separated from the p_c 93b. The convergence of the left and right arm portions 67a and 67b which cause the pivoting pins 70a, 70b and the inner spring biasing of the anti-rotation keys 71a, 71b are noted. It is also noted that the molded swing arm seats 94a and 94b are formed by the same as the left and right swivel projections 76a and 76b shown in Fig. 17, 101117121^Single number A〇1〇l 53 S / 142 pages 1013306805 -0 201248367 consists of three notches (each swing arm seat consists of a swing arm pivot hole, a horizontal anti-rotation chute and a vertical anti-rotation chute). By directly molding the seat-recess to the left and right sides of the PC 93 housing of a special purpose, the need for the mounting style refurbished projections disappears (ie, the entire PC housing assembly 61 becomes redundant and therefore Disappears from this particular embodiment of the invention). Figure 29 illustrates the large scale detail of the p-c 93 shown in the exploded view of Figure 28. The right swing arm seat is composed of three notches molded to the right side of the P-C. The right swing arm pivot hole 77b receives the right swing arm pivot pin 7〇b. The right horizontal chute 78b and the right vertical chute 79b receive the right anti-rotation key as desired to configure the swing arm 60 to various modes of operation as described above. Note: This particular embodiment of the invention requires a special purpose PC. Internally configured to accommodate left and right seats 94a and 94b and for positioning of data 8 for unobstructed access. Figure 30 illustrates the use of a smaller PC (eg, handheld "Smart" 95) The present invention is a general embodiment of the present invention. The p_c carrier 2 is composed of three basic components as in the same manner as in Fig. 17: a squat arm anger member 6A, a ρ-' outer casing assembly 61, and a neckband assembly. 62. In order to fit: the size of the air-powered smart phone (for example, p_c Μ), the user interface, the outer casing 61 is composed of the platform 96a and is made of a plurality of sizes to allow the P_C 95 to be oriented horizontally. Or a straight orientation is provided with a typical 2 pressure suppressor 97 to be temporarily secured to its upper surface. The clip is oriented to be mounted to the turntable 96b, and the turntable 96b allows the user to selectively, from, and to C different tasks. For example: as shown on the 24th right user at the l4tm 'when walking around by the GPS mobile i 1〇111712 produced by the web browser, the order number A_ 'then they may choose to display the PC 95 as horizontal Page 54 of 142 pages 201248367 Orientation. If they then wish to use their p_c speaker function to make a call, they can rotate the turntable 96b by 90 degrees to take advantage of the user interface of the phone function. At any time, the user can quickly remove the P-C from the clamp 97 for conventional handheld use. The platform 96a includes the same special purpose left and right swing arm seats 94 & and 94b described above, thereby allowing the swing arm 6〇 and its additional neck strap 62 to be mounted to the outer hub body 61. This embodiment of the P-C carrier 2 thus enables a smart phone (e.g., the P-C 95) to be conveniently carried around or used in various table or wall hanging usage modes as described above. Figure 31 illustrates two examples of another embodiment of the carrier 2, such as the embodiment of Figure 28, which utilizes a special purpose p_c to eliminate the need for a PC housing assembly (the example on the left indicates P_c 93a and the example on the right indicate PC 93b). This particular embodiment of the pC for special purposes utilizes a U-shaped abdominal spacer 98a having left and right appendix protrusions 98d and 98e, and the left and right appendix protrusions are formed along the pair to form the left and right appendix of the special purpose PC 93a. The grooves 98b and 98c slide (shown on the left side of Fig. 31) instead of using a swing arm assembly that is rotatable to wear (as shown in the specific embodiment described above). The U-shaped abdominal spacer 98a mounts the left and right rotatable neckband rotating rings 848 and 841) for use with the neckband assembly 62 as in the previous specific embodiment described above. The left and right spring members 98f and 98g are engaged to the annular grooves ' on the rotating rings 84a and 84b to bias them to the left and right arms 67a and 67b formed through the U-shaped abdominal spacer 98a. Individual rotating holes. The left and right neckband rotating rings include elongated rotating pins 87a and 87b (not visible) that are journaled through the rotating aperture and that are also selectively snapped into the left and right dovetail grooves Left and right locking holes 98b and 98c 1013306805-0 10111712 Production order number A〇1〇l Page 55 of 142 pages 201248367 98h and 98i (also not visible), so that the elongated rotary bolt can be locked and The U-shaped abdominal spacer 98a is prevented from slipping relative to the PC 93a for special purposes. The locking holes 98h and 98i are positioned along their respective recesses 98b and 98c such that when the inwardly biased rotating rings 84a and 84b are snapped therein, the neckband assembly 62 suspends the PC 93a from its equilibrium point ( That is, it is like a suspension that is balanced by the PC shown in Fig. 24). When thereby locked, the side arms 67a and 67b are configured such that the curved abdominal portion 63 and the friction portion 64 separate the PC 93a from the user for a comfortable hands-free operation (as shown in Figure 24). . Shown to the right of Figure 31 is the P-C 93b (as shown in Figure 25) after the user has reconfigured the PC for special use carried by the neckband 62. In order to enable the U-shaped abdominal spacer 98a to slide to the carrying configuration, the user pulls outwardly on the rotating rings 84a and 84b, thereby withdrawing from their respective locking holes 98h and 98i formed at the balance points in the dovetail grooves 98b and 98c. The elongated pivot pins 87a and 87b. Once unlocked, the rotating rings 84a and 84b and the abdominal contact pad 64 will easily slide into the desired carrying configuration. Once the PC carrier 2 is closed for display as shown, the elongated shackles 87a and 87b will snap to their fully offset positions, thereby preventing the abdominal spacers 9 8 from slipping back to display on page 31. The extended PC 93a configuration on the left side of the figure. This sliding embodiment of the present invention can be suspended to the wall as shown in Figure 19 without the swing arm, and its other "support bracket" functions are lost. However, when the P-C is reconfigured between its use mode of Fig. 24 and its use mode of Fig. 25, it is easier to actuate the U-shaped abdominal spacer 98a into and out of the P-C 93 than to rotate the swing arm. This sliding, special-purpose embodiment of the present invention is therefore more suitable for use in the wearable 10111712 order number A_ page 56 / 142 page 1013306805-0 201248367 wearable Pc application, in which the user does not need temporary Desktop deployment (for example: truck drivers for transport or hospital staff for rounds).

Figure 32 illustrates various construction details of a preferred embodiment of the pc carrier. This exploded view clarifies minor changes to the various parts and components described above, and it makes this particular embodiment somewhat simpler and less expensive to manufacture than the functionally identical embodiments shown in Figure 17. The carrier 30 is frictionally gripped by the lower surface of the pC 301 by right and left friction pads 3〇7 and 3〇8, which are typically formed of a soft silicone material. The 塾307 and 308 are pressed against the PC 301 via the rectangular back plate 302, which is clamped to the PC 301 by fixing to the right base block 3〇3 and the left base block 304. The top surface of the PC 301 is grasped with the left clamp flanges 317 and 318. The back plate 3〇2 includes corner holes 309, 311, 313, and 315 such that the screws 310, 312, 314, and 316 can be secured by the corresponding pairing (invisible) of the threaded holes formed at the bottom of the base block. The back plate is to a bottom surface of the base block. The height of the base blocks 303 and 304 is such that the clamp assembly is frictionally engaged with the upper and lower surfaces of the PC 301 when secured to the backing plate 3〇2 to form an anchor structure for mounting the swing arm assembly 305. Each of the right and left base blocks 303, 304 includes outer flanges 319, 320 that define an upper surface for locking the swing arm 321 to the left and right horizontal chutes of the wear and table standing modes of reference above. The lower surfaces of the right and left chutes are formed by the upper surface of the back plate 302 at their left and right ends, thereby completing the horizontal chutes that require the latching keys 322 and 323 of the swing arm assembly 305 to be engaged. To form right and left vertical chutes that require locking of the swing arm 321 to its table standing mode, the base block includes vertical cuts 324 and 325 and the backing plate 3〇2 includes mating vertical cuts 326 and 327. 1013306805-0 Page 57 of 142 201248367 Comparing the vehicle configuration of Figure 34 with the vehicle configuration of Figure 17, it is apparent that the base blocks 303, 304 are assembled to the backplane 302 to grip the PC 301. Functionally equivalent to assembling the grip plate 82 to the pivoting projection 76 to grasp the PC 1. Both of these wearable PC carrier assemblies utilize the same cross-shaped chute configuration to selectively lock the U-shaped swing arms to their various modes of use. It is also apparent that when comparing Figures 1, 17, and 34, all three carriers are specific embodiments of the same inventive concept: the neckband and the configurable swing arm assembly grip the panel The computer is such that in one configuration, the PC can be operated while being worn, and in another configuration the pc can be conveniently supported on a desktop. Referring back to Fig. 34, once the backing plate and the base block are assembled to the PC 301, the cross-shaped chute formed by the structure is symmetrical about the threaded hinge holes 328 and 329 passing through the right and left base blocks 303, 304. The hinged pin holes receive the threaded ends of the hinge pins 330 and 331 to form a pivot for rotating the swing arm assembly 305. Each of the hinge bolts includes a cover portion 332 (for movement of the swing arm pivoting key as described below), a support portion 333 (supporting rotation of the latch key as described below), and Threaded portion 334 (for securing each peg to its respective base block apertures 328 and 329. Swing arm assembly 305 is comprised of U-shaped swing arms 321 which are generally shaped as previously described above. In the exploded view of Figure 32, the inwardly offset right and left arms 335 and 336 of the swing arm are shown to remain parallel for engagement to their respective base blocks, however when released, they will naturally The ground is tilted inward (as shown in Figure 28). The inward biasing of the side arms provides the required spring force to automatically mount the right and left latching keys 322 and 323 to the assembled Left and right cross-shaped chutes. In order to have 1013306805-0 10111712 order number A〇1〇l page 58 / 142 pages 201248367 efficiency manufacturing, the swing arm assembly is typically "10" formed to create a separate check lock The key 322 ' 323 is fixed to the u-shaped swing arm 321 . The abdomen contact portion of the swing arm is typical The ground is coated with high friction material to improve the wear stability = operational stability. The early arm swing arm produced by metal mechanical manufacturing or plastic injection is also a suitable manufacturing technology (not illustrated). For the sake of clarity Referring also to "detail c" in Fig. 32, each side arm 335, 336 of the u-shaped swing arm 321 has two spaced apart apertures μ, for use in the state; fixed right and left check as described above with reference to Figure 17 The lock key 322, as it is balanced, depends on (4) the preferred position. The axis (4) key, and the card: the horizontal or vertical channel to the above-mentioned ten-shaped chute. Each check includes close to each end __ The fixing device can be composed of a nut 34G that is engaged with the thread check 339 through the swing arm fixing holes 341, 342 and the latching key fixing hole, for example, milk. If the latching key is made of injection molded plastic, then The (four) insert can be replaced by the illustrated nut 340. The latching configuration on the bolt is easier to manufacture than the previously constructed swing arm configuration shown in Figure 17.

10111712^ Each of the side arms 335, 336 includes a pivot pin access hole m that is pierced midway between its key fixing holes 34b. The diameter of the inlet and outlet holes is large enough to allow the head portions of the yokes 33Q, 331 to pass freely. Each latch key 322, 323 also includes a pivot pin support aperture 338 through which the pivot pins 330, 331 pass during assembly of the carrier 300. The drag bearing aperture 338 has a small diameter portion (shown in detail c) and a large diameter portion (also numbered 338 on the left latch key 323). The _ inspection support hole 338 is also shown in hidden lines in the 4th and 41st views. The small diameter portion of the hole 338 is rotatably cut (4) the retracted support portion, and the large diameter portion is bored in reverse to allow the #inward bias A0101 page 59 / total U2 page The lateral arm 335, 336 of 1013306805-0 201248367 is pulled away by the user to release the swing arm 321 for rotation when the large diameter head portion 3 32 of the pivot pin blocks the depth of passage of the latch key. To relock the swing arm in either of its four orientations, the user only relaxes the tension to allow the inward biasing of the side arms to advance the latch key to the left and right cross-shaped chutes. Each of the orthogonal passages 〇, each of the side arms 335, 336 has a neckband fixing hole 343, 344 located near its front end. In its preferred embodiment, the neckband assembly 3〇6 is comprised of left and right neck straps 345, 346, each of which is secured to its respective side arm at one end via a fixing aperture, 34. And at the other end is fixed by C" to the right and left rope length adjustment clips 345, 346 (the left clip is not visible). As described above with reference to Figure 17, by loosening the adjuster, the left and right cords can adjust the effective neckband length to meet user needs. The cords 345, 346 are typically nylon "parachute" cords that are first melted through their respective body-fitted holes and then melted to form a rounded head 347 that prevents the end of the cord from being withdrawn as the rounded head 347 solidifies. On the other hand, if the neckband can also be used to wear the more traditional style of the carrier 300, the neckband portion Ms of

The 346 spans the back of the user's neck and typically passes through a soft sleeve 35〇, CJ to improve comfort and facilitate smooth operation as the rope slides to adjust the overall length. The neckband sleeve 350 can include separate inner cord passages to prevent the cords 345, 346 from rubbing against each other and more evenly distributing the load on the user's neck. Figure 33 illustrates the user 353 transporting the tablet computer (PC) 301 and the pC carrier 30 within the detachable weave bag assembly 354. The bag is composed of a main bag 6 which is a pair of i〇ose-fitting sleeves, which slides up and covers the pc, and is fixed to the 1 imi2 production order number A0101. Page 6/Total Page 1013306805-0 201248367 The cover 355 is closed on the opening of the main bag to enclose the generation in the protective bag. The cords 345, 346 are retracted from the bag so that the neckband assembly 306 can also act as a carrying strap for the bag during transport of the PC. The cover 355 uses a VelcroTM or other suitable magnetic or mechanical lock closure (not visible) to hold the cover closed at the front of the main bag 356. Since the cover is slightly wider than the distance between the neck straps 345, 346, the void slits 358 are typically cut to the cover to prevent the fabric from being folded together. A storage bag 357 is typically provided on the front of the main bag 356 to allow the user to carry accessories or miscellaneous items with their PC. The storage bag 357 may be half height (as illustrated) so that its contents are available without opening the lid 355. Alternatively, the storage bag 357 can be the same height as the main bag 356 (not illustrated), with the outer cover 355 being secured to the front side of the storage bag. Figure 34 illustrates the bag assembly 354 of Figure 33 after it has been partially reconfigured to enable the pc to be operated. The cover 355 has been removed from the front of the main bag 356 and folded back to allow the entire package component 354 to fall out of the carrier 300 and be suspended by the tether 359. A half-height accessory pouch 357 is displayed with the AppleTM Bluetooth keyboard 360 extending therefrom to facilitate desktop use on a PC (eg, Apple iPadTM). The left and right tethers 359 are fixed to the inner sides of the left and right sides of the main bag 356 and wrapped around the side arms of the U-shaped swing arm 321 to prevent the bag assembly from falling to the ground. The tether is typically formed from an elastic band that is easily slidable along the side arms. Each ring is easily secured or detached using riveted buttons, VelcroTM or similar closures. The openings of the rings are large enough that they can easily slide along the side arms of the swing arm and are long enough that the base blocks 303, 304 cannot prevent the carrier assembly from being fully inserted into 10111712 production order number surface 1 page 61 / total I42 page 10133 (201248367 in the bag (as shown in Figure 33). Figure 35 (d) in the vehicle 3GQ was turned away for the use of % thank you and The device 354 has been, subsequently, rotated from the left and right tethers 359 until they are adjacent to the base blocks 303, 304 and repositioned after a good balance. Figure 34: Note: If the user positions the swing arm, Tilting downward toward the user, the bag (5) of the reel will tend to slide towards the user's abdomen and make the _(4) out of balance. To prevent this kind of instability, the user can tether the tether The 359 is hung on the front of the "different side" 335, 336; thus preventing heavy bags

Sliding away from the base blocks 303, 304 toward the user. How the opening of the tether can be stretched to hang from the front end of the side arm. See Detail A of Figure 3 〇 'User 353 wants to put their Pc back into the bag 354 for transport when they are Only the above process is reversed to lift and slide the main bag over the stacked carrier 3GG and the closure cover 355. The wrapped and carrier can then be carried on the front as shown in Figure 33 or suspended from the shoulder as shown in Figure 27.

1013306805-0 / The quickest and most ergonomic method of turning the vehicle 3{)α on or off is as follows. In order to open the device from the configuration shown in Figure 34, the user first grabs the side arm of the arm with their fingertips and then tilts the PC forward so that the touch is facing the center. Orientation. This rotation continues through the horizontal plane until the pivoting of the swing arm (four) f is lower than the center of gravity of the PC, thereby storing the potential energy of the plate for rotating forward tilt. The user then pulls outwardly on both side arms to release the lock mechanism of the swing arm' so that gravity can rotate the PC through a (10) degree of rotation so that it can be locked to the fully open configuration shown in Figure 35 , 1〇_2 Production order number calendar page / total (4) page, 201248367 reposition for comfort. Once the gravity driven rotation has begun, the user releases the side pressure on the swing arm so that the latch key automatically re-engages into its respective chute when rotated to its 90 or 180 degree locked orientation. In order to close the carrier and return to its folded configuration, the user reverses the above sequence by tilting the carrier upwards such that the center of gravity of the PC is substantially higher than the axis of rotation of the swing arm. The user then releases the locking mechanism of the swing arm such that gravity rotates it back into the folded configuration shown in Figure 34. Figure 36 illustrates the use of an auxiliary shoulder harness that transfers weight from the user's neck to its shoulder for improved comfort during prolonged use. In order to properly understand the construction and operation of the sling, Figures 37, 38 and 39 should be viewed in conjunction with Figure 36. The shoulder harness 361 is similar to a length of rope used to form the neckband 306, the cord being formed to include a left shoulder collar 362 and a right shoulder collar 363, each joined together at one point to form a reference 37 as described below The figure generally has the shape of Fig. 8. If the weight of the PC 301 supported behind the neck becomes the right person, the user 353 can put on the support sling 361 'slightly as they wear a shirt (the left arm passes The left loop sleeve 362, and the right arm pass the right loop sleeve 363). Figure 38 shows the back of the user once the shoulder harness is worn. Detail A of Figure 36 illustrates how the left loop sleeve 3 6 2 is hung from the front end of the left side arm 3 3 6 (the right loop sleeve 363 is similarly hung from the front end of the right arm 335) so that the neck strap 306 and the cord will be The previously supported weight of 345, 346 is transferred forward to the shoulder harness 361 and the user's abdomen. To ensure proper weight transfer, the size of the collar 362 and the collar 363 are adjusted to be small enough that the load of the two-sided shape element is the total weight of the floor and causes the tapes 345, 346 to hang slightly loosely (the unloaded The neckband forms an elongated key shape 1013306805-0 10111712 production order number A0101 page 63 / 142 pages 201248367 (catenary, which is not visible in the drawing). Figure 37 illustrates a view when the shoulder strap of Figure 36 is laid flat (rather than worn on the shoulder and back of the user). The cord for assembling the book strip has a small knotted loop sleeve 3 6 4 ' at its midpoint to provide a means for adjusting the size of the sleeves 362, 363 to fit properly with the user. The left and right two-week full ring sleeves 365, 366 are formed via the central loop sleeve 364 such that the left and right length adjusters 367, 368 can be clamped at various positions on their respective large loop sleeves to Adjust its size. Figure 38 illustrates a rear view of the shoulder harness 361 of Figure 36 when worn. Since the load previously applied to the neck thereof via the neck band 350 is now transferred to their shoulders and back via the left and right sling loops 362, 363, the user enjoys improved comfort. Figure 39 illustrates a side view of the shoulder harness 361 of Figure 36 when worn. If the left and right sling loops 362, 363 are adjusted to be small enough to relieve all neckband pressures, then the neckband's rope will hang loosely (not shown). The user's hand can use PC 3〇1 by passing through or under the loops 362,363. The support geometry of the sling 361 improves comfort and greatly increases the stability of the side 1-3 of the PC 301 when the user makes a quick turn. Figure 40 is an exploded view of another embodiment of the invention or "integration" of the present invention similar to the embodiment shown in Figure 28. In two specific embodiments, the chute is directly bonded to the outer cover 372' of the specially constructed PC 369 rather than utilizing the cross-shaped chute that is clamped to the existing PC as shown in Figure 32, thereby Provides a simpler and visually more attractive device. The PC 369 includes a PC housing 372 having left and right coaxial frame bolt fixing holes 371, each of which is symmetrically placed at the center of the bottom of the left and right cross-shaped chutes 370, 1 〇m712 Production Order No. 1 Page 64 / 142 pages 1013306805-0 201248367 Recessed to the left and right sides of the cover. The pivot pin securing aperture receives the threaded portion 334 of the pivot pin 330 to provide the pivoting and locking means required to mount and operate the swing arm assembly 305. The swing arm assembly 305 is generally included and configured as described above with reference to Figure 32. However, in the absence of a clip-on base block that protrudes from the side of the PC, the swing arm is mounted to force its side arms 335, 336 to rotate too close to the edge of the outer cover 372, causing the user to be unable to grasp as described above. The side arms of the swing arm structure are operated. Therefore, in order to provide sufficient PC finger gap to be quickly opened and closed as described above, the OEM embodiment of Fig. 40

D i provides an extended latch key 373 having sufficient depth to snap into the cross-shaped chute 370 and also attaching its additional side arms 335, 336 from the outer casing during operation of the swing arm structure The edges of 372 are spaced apart by a finger gap of approximately JT. The OEM latch key 373 is an extended version of the shorter depth latch key 322 for use in the clipped embodiment of Figure 32. The central latch keyhole 338 includes a narrow diameter portion (a support portion 333 for supporting the pivot pin 330) and a wider diameter portion (the cold allows the head portion 332 of the pivot pin to be as shown in Fig. 32 above) The latching key travels). The latch key 373 includes threaded securing holes 351, 352 for securing the key to the side arm 335 using bolts 339 that conform to the securing holes 341, 342. The depth of the OEM latch key 373 is deep enough for the overall reversed bore portion containing the aperture 338 and therefore does not need to be shown in the side arm access aperture 337 of Figure 32. Mounting the swing arm assembly is accomplished by first securing the key 373 to the PC housing 372 by screwing the peg 330 into the aperture 371, and thereafter securing the side arm 335 to the key using bolts 339. The left arm 3 3 6 is similarly assembled to the left side (not visible) of the 1013306805-0 of the outer casing 3 7 2 . As in Fig. 32, the neck straps 345, 346 are 101117121^ single number A0101 page 65/142 pages 201248367 are fixed via holes 34, 344 located near the front ends of the side arms 33 5, 336. The OEM PC 369 and its detachable swing arm assembly 305 are independently adapted for sale. The user can first purchase a PC with strategically positioned side fixation holes for mounting the swing arms as described above and then use it as a conventional, handheld PC they will be. Its pc can then be upgraded with a swing arm 305 to provide wearability and desktop standing functionality. When used in a conventional, non-wearing PC, in order to provide a more conventional appearance, a suitably formed decorative plug' may be included and inserted to conceal the left and right chutes 370 and the swing arm fixing holes 371. Figure 41 illustrates another OEM embodiment that is similar to those shown in Figures 28 and 40 but better adapted to use very thin pcs. As PC technology progresses, the thickness of the outer casing 372 may become too small to allow the sufficiently strong cross-shaped chute 37 to be recessed to its left and right sides. The aesthetic reason also requires that the built-in swing arm seat of the OEM cover be invisible than the large chute shown in Figure 4. Thus, when inserted into a suitably formed chute, the PC 374 is configured with a thin rectangular edge profile outer cover 377 suitable for use as a latch key. The pc housing includes left and right mounting holes 378 (left holes are not visible) 'the holes are coaxial and located at the center of gravity associated with them such that their common axes can pivot the swing arms 3〇5 to their various balances as described above And unbalanced usage patterns. The left and right fixing holes 378 are typically threaded to receive the threaded portion 334 of the pivot pin 33, but may be secured using a "bay〇net m〇unt" to increase the available from the 阢374 The ease of installing or removing the swing arm 305. When the optional swing arm and neckband assembly has not been mounted to the pc housing 377, a decorative plug (not illustrated) can be inserted into the aperture 378 to provide a better appearance. 0 Page 66 of 142 1013306805-0 201248367 Swing arm assembly 305 includes left and right bolt-on chute blocks 375 (left chute block not visible) ^ Each chute block 375 includes a thin PC casing 377 formed for use at the edge The cross-shaped recess 376 of the horizontal and vertical channels of the locking engagement (see Figure 45 to view the chute block without hidden lines). Each chute block 375 includes threaded mounting holes 351, 352 for securing the block to the side arms 335, 336 using bolts 339 mounted through the fixing holes 341, 342. The chute block includes a narrow diameter portion (a support portion 333 for the pivot pivot pin 330) and a wider diameter portion (when the user pulls outwardly against the biased internal pressure of the side arm 335 to release When the swing arm is rotated, it enables the head portion 332 of the pivot pin to move axially and prevents outward travel of the block.) The central hole 338 of both the access hole 337 uses a screwdriver or Ai hex. A1 len key for easy installation or removal of the bobbin mo. By allowing the head 332 of the pivot pin to protrude through its side arm (see the figure), the access hole 337 also effectively lengthens the axial travel of the pivot pin 33 with respect to its chute block 375; Sufficient range of motion to completely disengage the cross-shaped chute 376 from the edge of the PC 377 before its action is prevented by the head 332 mounted to the bottom of the large diameter portion of the aperture 338. Figure 42 illustrates the carrier 3〇〇 and 1> (: 301) suspended in a horizontal orientation on the wall 379. The first and second wall hooks 380, 381 are spaced apart for engagement to the swing arm 321 The curved portion. Note that the hooks can be spaced closer together in the variant of the swing arm 321 and still allow the user to accurately orient the PC 301 to its landscape viewing mode. Figure 43 illustrates straight The carrier 3〇〇 and the -30-first-and second wall hooks 380, 381 that are directionally suspended from the wall 379 are spaced apart for engagement with the straight-arm portion of the swing arm 321. Note: The hooks can be spaced closer to each other than the displayed 10111712 product number A0101 page 67/142 page 1013306805-0 201248367, and still provide effective support for viewing the PC 301 in a straight view. Figure 44 illustrates the use of the accessory bracket 382. The carrier 300 is supported in a straight orientation on the table top. The straight bracket 382 is comprised of a generally rectangular platform that can optionally have a rear portion that is cut for lightness as shown. Thick enough to include a swing arm engagement slot 383 across its front surface, Manufactured and oriented in size such that either side arm of the swing arm 321 is tightly mounted to the slot for stable support on the table. Figure 45 illustrates when configured for integration with a smaller tablet computer The OEM embodiment of Figure 41. The previous illustration shows a larger PC with a 10" diagonal touch screen. The smaller PC 301 in Figure 45 has a 7" diagonal touch screen. And a correspondingly smaller outer casing 377. To avoid that the width of the swing arm 321 is too narrow for good ergonomics to conform to the user's abdomen, the right and left arms 335, 336 include an inwardly tapered arm portion 384 385, which enables the smaller PC to conform to the present invention while maintaining comfortable ergonomics. The specific embodiment shown in Figure 30 is also intended to achieve the wearability of a small PC. That particular embodiment uses a universal fixture to The small PC can be rotatably fixed to the swing arm and the neckband required for its wearability. The universal PC carrier platform of Fig. 30 can also be combined with the swing arm locking mechanism shown in Fig. 45 (not shown) Explanation) Figure 46 illustrates when used The integrated ("OEM") embodiment of Figure 45 when combined with a neckband expander to increase the usability of the touch screen. Mounting the carrier 300 to the small PC 301 will typically result in right and left neckbands. A very narrow distance between the cords 393 and 394, thus preventing the user's hand from easily accessing all areas of their touch screen, available and as 10111712 order number should be 01 page 68 / 142 pages 1013306805-0 201248367 display The dilator 386 is installed to effectively increase the width of the device and provide greater lateral space for hand movement. In its simplest embodiment, the expander 386 is comprised of a flat piece of material having right and left rope cuts 387 and 388. When greater touch screen usability is desired, the user places the dilator 386 on the back of the PC 301 and then horizontally passes the cord from its coupling points 40 5, 406 through its respective slits 387, 388. 393, 394 redirect the route so that when snapped into the slit, the distance between the ropes becomes sufficiently large that each hand can easily access all positions of the touch screen. For tight storage, the expander 386 can be hinged in the middle or in a socketed, two-part configuration (not shown). Figure 47 is an exploded view of a particular embodiment incorporating a turntable structure similar to that shown in Figure 30 and a telescopically retracted body-standoff structure similar to that shown at Figure 31. The pc 301 is a small smart phone that can be easily secured or released from the carrier 3 via a fitted, releasable bracket 389. The pc holder 389 is rotatably attached to the back plate 39A via a yoke stopper 391 attached through the mounting hole 407 and a spring biased by the "wave washer" 392, thereby allowing the user to reliably rotate The PC 301 is oriented in a straight or horizontal orientation with respect to the backing plate 39. The boss 390 is equipped with right and left body support bars 398 and 399 that are selectively slidable through the right and left leg slide tubes 4〇〇 and 4〇1. The levers 398 and 399 can lock the slide via a device such as a slit 404 that enables the right neck strap coupling point 406 to snap to the right slide tube 4 (the left bracket rod is similarly fully extended therein) The length of the bracket is lockable). It will be apparent to those skilled in the art from the use of friction to lock the rod to other lengths of any desired extension. For the 10111712 order number Α〇 101 page 69 / 142 pages 1013306805-0 201248367 provides a comfortable, highly frictional engagement on the user's torso, the foam feet 402, 403 cover the ends of the rods 398, 399. An adjustable neckband composed of the ropes 393, 394, the right and left length adjusters 395, 396, and the neck band 397 for completion of the carrier 300' is fixed to the rod at the coupling points 4〇5, 4〇6. In a preferred mode of use, the carrier 3' is sized and configured such that when the levers 398, 399 are locked with their most complete extension, their center of gravity (once the PC 301 is installed) falls along the edge The line segment between the coupling points 4〇5, 406, and in this configuration, the components are well balanced

And the PC is spaced from the user's abdomen for convenient use. As shown in Fig. 24, the configuration shown in Fig. 24 is well balanced. It is worth noting that the balanced state is such that the PC can be suspended at 90 degrees for the horizontal orientation shown and it is stably suspended in this straight orientation as required for certain software applications. When suspended in this straight orientation (not illustrated), since the straight edge of the carrier becomes the abdomen contact surface, the high frictional contact of the swing arm on the user's torso is greatly diminished. This balance feature is a noteworthy advantage of the invention' because of any lack of carrier balance suspension

The balanced torque will cause it to rotate to the left or right quickly, making it useless without the CJ method. Eight... Figure 48 illustrates an unbalanced wear pattern that can be used in some of the usage scenarios in place of the well balanced mode described above. Folding the 3-inch swing arm assembly into its tight but unbalanced stowed configuration, then hanging around the neck of its user 353 (similar to the neck strap orientation shown in Figure 25) except for the carrier system Use the PC's screen to face the user inward rather than in the opposite direction. When reversed, the folded carrier configuration can be grasped and rotated again, so that the swing arm 321 becomes horizontal as shown. 10111712. Order No. A〇1〇l Page 70 / 142 pages 1013306805-0 201248367 Enter the user's torso. As they tend to rotate toward the user (due to the slope of the neckband assembly 306), the sufficient frictional contact of the swing arms (or the foam balls 402, 403 in Fig. 47) is via the carriers 300 and Pc 3〇 The combined weight of 1 is maintained. When worn in this folded configuration, the pc can be used for fast, short-term tasks, such as in a restaurant where the waitress may want to use the PC as an electronic menu for ordering. When using this "Waitress Mode", care must be taken to maintain a position that produces sufficient frictional contact, otherwise the unbalanced torque of the vehicle will return the rotating PC to a vertical suspension. In the alternative, asymmetrical wear form of the "Waid Mode", the user places the neckband on the shoulder of the side with a loop around the face, the other side (four) and the arm (see Figure 26). ). This suspends the computer from underneath the 'arm' - it can be easily transferred to the back of the user's buttocks for tight, hands-free storage. For quick use, without the deployment of a bridge, the computer is transferred from the back of the user and placed against the front (four), partially toward the underside of the computer where it is stored. The body-cutting component is integrated into the computer in the usual way, and the computer maintains its bridge-shaped adapter in the parked configuration. Wearing an unfolded, well-balanced configuration shown in Figures 24, 25, and 26 requires more user interaction to deploy the swing arm for use, yet its ability to support the PC in a straight orientation and its more A good screen for typing with both hands makes it more comfortable to use than wearing a "waitress mode". The significant advantage of using the folded vehicle mode shown in Figures 24 and 26 is that the PC's touch screen is oriented outwards, making its touch-wise display clear to passers-by. This display feature enables the generation of mobile advertising + H (four) I when it is equipped with the appropriate product software i〇imi2 production number 1013306805-0 page 7 / 142 pages 201248367 (eg -u KeynGteTM): The clerk who wears the pc as in (4) is likely to perform his normal physical work, and at the same time, it will not promote the photo and price of the nearby potential customers to increase the sales revenue of the store. In a non-commercial context, this phase of the "Advertising Ads" feature may evoke a variety of personal information about the types of personal information that will be published on social media sites (such as Faceb00kTM). The simplicity of the group interaction. Figure 49 illustrates an alternative embodiment of the carrier 5QQ that achieves PC 5 (elevated positioning of the cymbal for improved viewing ergonomics when standing on the table. This embodiment is configurable , as a common "folio" or "sleeve" form of the casing, in which the PC 5〇1 is housed in a rigid or semi-rigid backboard sleeve 5〇2. The backboard sleeve 502 is A similar structure of the back cover ι of the gripping device 1 显示 shown in Fig. 15. In Fig. 49, the gripping device is further extended to provide protection around the lower side, the left side and the right side of the PC 501. In order to complete the split casing, the upper gripping device 5〇4 is extended and joined along the Qin wiring section so that it forms a panel that can be selectively folded on the screen of the PC 5〇1. For protective storage (similar to the screen cover shown in Figure n). The user can easily unfold the upper grip panel to use the pc, or turn on the top opening that moves the pc out of charge. The simple form of the set is useful for protecting %, however A lack of functional advantages of the above-described wearable carrier embodiment. To achieve and enhance the utility of the split sleeve 502, three components can be removably secured thereto: 1) The body stent spacer can be secured to the sleeve 502. Bottom edge to make 10111712

A0101 Page 72 of 142

1013S 201248367, this is enough to hold the user's lying dry, and the PC 501 is separated from the body when worn. The body support 503 can be formed in the sleeve 502 or /. The separation line is detachably fixed as if it were not visible. 2) The head, 5〇7, can be detachably fixed to the back cover (10) at the light junction 5〇9 (similar to the fixed points 16 and 18 shown in Figure 1). If both 503 and 507 are present then the carrier 500 becomes wearable in a manner similar to the waitress mode shown in Figure 48. 3) In order to enable the carrier 5 to function as a desktop stand as shown in Fig. 5 or Fig. 22, the left and right support members 5, 5, 506 can be fixed using a rotatable device as shown. Other detachable support fixtures, such as sockets, can also be used. When the backing plate 502 is supported on the table as shown, the body stand spacer lifts the PC 501 to a height closer to the user's eye&apos; to improve ergonomics. Conclusions The foregoing has been described as a description of specific embodiments of how the invention may be applied and used. These specific embodiments are merely exemplary. The broadest and more specific aspects of the invention are further described and defined in the following patent claims. The scope of the claims and the language used herein are to be understood in terms of the aspects of the invention. They are not intended to be limited to such variants, but are to be construed as encompassing the full scope of the invention, as set forth in the <RTIgt; It is understood that certain features of the present invention are described in the context of a separate specific embodiment and may be provided in a single embodiment. Conversely, various features of the invention are described in the context of a particular embodiment, and are provided as a separate sub-combination of any combination of A0101 page 73/142 page 1013306805-0 201248367. BRIEF DESCRIPTION OF THE DRAWINGS [0005] Figure 1 illustrates a tablet computer (P-C) along with an exploded view of the present invention; illustrates the main sub-components of the vehicle and its functional relationship. Fig. 2 illustrates the P-C carrier of Fig. 1 assembled and fixed to its tablet computer, and its swing arm having a position rotated to its fully folded position for supporting the computer to be laid flat on the table top.

Figure 3 illustrates the configuration of the P-C carrier of Figure 2 when suspended from the wall using the suspension provided by its swing arm. Figure 4 illustrates a P-C carrier having a swing arm that is rotated and locked at a flat angle for supporting the P-C, the P-C having a virtual keyboard that is displayed in landscape mode and positioned for typing efficiency on the desktop. Figure 5 illustrates the P-C carrier configuration of Figure 4, which is rotated and placed at a steep angle on the tabletop for optimal viewing of the P-C touch screen in landscape mode. Figure 6 illustrates the P-C carrier configuration of Figure 4, which is firmly gripped by its user for viewing the P-C touch screen in a straight orientation.

Figure 7 illustrates the P-C carrier with its swing arm rotated and locked at an optimal angle for supporting the P-C on the table in a straight orientation. Figure 8 illustrates the PC-loaded true arm with its swing arm deployed to present its body-contacting rod toward the user's abdomen and a neckband assembly that is secured to the balance point of the deployment assembly, thereby allowing the user to operate the tablet computer with both hands. Be able to move around comfortably. Figure 9 illustrates the P-C carrier configuration of Figure 8 with the swing arm and body contact lever fully folded to transfer the balance point of the assembly such that the compact tablet computer is suspended flatly from the user's abdomen during handling. Figure 10 illustrates the P-C carrier configuration of Figure 9, with the neckband being lengthened for use in 1Qln712l^single number A0101 1013306805-0 Page 74 of 142 201248367 Comfortably carrying p-c when crossing the shoulder of the user. Figure 11 illustrates the P-C carrier configuration of Figure 1 with a accessory storage pocket attached to the Ρ-C touch screen. Figure 12 illustrates the cutaway arrangement of Figure 8 with a fixed body contact bar for a more secure fit to the user during the event. Figure 13 illustrates the same as shown in Figure 4 An alternative embodiment of the corner lock of the arm of the extra strength strut is used when typing on the table. Fig. 14 illustrates how the attachment pocket of Fig. 11 can be attached to the P-C, the positive locking belt swivel, and the details of the device for unobtrusively accommodating the neckband when not in use. Figure 15 illustrates the use of a surrounding bottom plate or sleeve around the p-C, rather than using a film to secure the carrier assembly to the bottom surface of the P-C. Fig. 16 is a view showing a specially manufactured tablet computer in which the hinge pivot of the present invention and the neck belt swivel cymbal are integrally molded to the outer cover of the P_C. Figure 17 illustrates an exploded view of a tablet computer (P-C) in conjunction with a particular embodiment of the invention using a u-shaped swing arm and an abdomen contact rod. Figure 18 illustrates the assembly of Figure 17 and the P-C carrier attached to its tablet computer and its swing arm rotated to its stowed position. Figure 19 illustrates the p_c carrier configuration of Figure 18 when suspended from a wall. Fig. 20 illustrates a P-C carrier having a dome-shaped abdomen contact rod rotated for supporting the P-C' at a flat angle and a virtual keyboard having an optimum typing efficiency for display on the table in a landscape mode. Figure 21 illustrates the P-C carrier of Figure 20, which is reconfigured and placed at a steep angle on the table top for viewing the P_c touch screen in landscape mode. , which is rotated and is placed in the landscape mode with a steep angle of the PC carrier configuration 1〇111712 production order number A0101 page 75 / 142 pages 201248367 of the 21st figure illustrated in Fig. 21 Figure 23 of the pc touch screen illustrates the Fig. 21 -C carrier configuration, which is rotated for supporting the PC on the table in an upright orientation. Fig. 24 illustrates the P-C carrier with its U-shaped swing arm deployed to allow the user to walk around comfortably while operating the tablet computer with both hands. Figure 25 illustrates a Figure-B carrier configuration in which the abdomen contact lever is fully folded to transfer the balance point of the assembly such that the compact tablet assembly is suspended flatly on the user&apos;s abdomen during handling.

Fig. 26 is a view showing the configuration of the Ρ-C carrier in Fig. 25, the neck band of which is lengthened to comfortably carry the Ρ-C when it is carried over the shoulder of the user. Figure 27 illustrates the Ρ-C carrier configuration of Figure 26 with an optional accessory storage bag attached to the touch screen of the P-C. Figure 28 illustrates an exploded view of a tablet computer (Ρ-C) in conjunction with a particular embodiment of the invention using a U-shaped swing arm mechanism that is directly integrated into the newly manufactured Ρ-C housing instead of being fixed On the existing Ρ-C casing.

Figure 29 illustrates details of a particular embodiment shown in Figure 28. Figure 30 illustrates a specific embodiment of the general purpose of the present invention fixed to a smaller Ρ-C (e.g., "smart phone"). Figure 31 illustrates a particular embodiment of the invention that uses a sliding U-shaped handle to achieve the wear function of the swing arm. Figure 32 illustrates various construction details of a preferred embodiment of a PC carrier that is simply manufactured. Figure 33 illustrates the user wearing a tablet computer (PC) and the PC carrier of the present invention; the assembly is carried in a detachable, tethered bag. Figure 34 illustrates the bag assembly when it is partially reconfigured for operation of the PC. Figure 31117, 10111712, Cui No. A0101, page 76/142, pp. 1013306805-0 201248367. Figure 35 illustrates the assembly of Figure 34 after the vehicle has been opened for use by the PC. Figure 36 illustrates the use of an auxiliary shoulder strap that transfers weight from the user's neck to the shoulder. Figure 37 illustrates a plan view of the shoulder strap of Figure 36. Figure 38 illustrates a rear view of the shoulder strap of Figure 36 when worn. Figure 39 illustrates a side view of the shoulder strap of Figure 36 when worn. Figure 40 illustrates an OEM embodiment similar to that shown in Figure 28, in which the swing arm pivot is screwed into the outer casing of the PC. Figure 41 illustrates an embodiment of an OEM integrated into a tablet computer that is thinner than that shown in Figure 40. Figure 42 illustrates the carrier suspended in a horizontal orientation on the wall. Figure 43 illustrates the carrier suspended in a straight orientation on the wall. Figure 44 illustrates a carrier that is supported in a straight orientation on the table top using a fitting bracket that is clamped to its swing arm. Figure 45 illustrates an OEM embodiment of Figure 41 when integrated with a smaller tablet computer. Figure 46 illustrates an OEM embodiment of Figure 45 when used in conjunction with a neckband dilator to increase the accessibility of the touchscreen. Fig. 47 illustrates a specific embodiment incorporating a turntable similar to that shown in Fig. 30 and a body-standoff similar to that shown in Fig. 31. Figure 48 illustrates an alternative wear mode that requires less ergonomics for faster configuration. Figure 49 illustrates an alternative embodiment which, when standing on the table top, raises the position of the 1013306805-0 1{)111712_single number A0101 page 77 / 142 pages 201248367 pc and provides a detachable neckband, Removable body support and integrated screen protector. [Main component symbol description] [0006] 1 : Tablet computer 2: Vehicle assembly 3 ' 75 : Base plate 4, 305: Swing arm assembly 5 ' 62 ' 306 : Neck strap assembly 6 : Short side 7 : Long side 8: Complex data 埠9: touch screen 10: virtual keyboard 11: rotating shaft 12: adhesive film 13, 24: hinge portion 14: hinge hole 1 5: spray surface 16, 18: boss 17, 19, 207: hole 20, 321 : swing arm 21 : abdominal contact rod 22 : friction rib 23 , 86a , 86b : opening 25 : hinge bolt hole 26 : hinge bolt 10111712 production order number A0101 page 78 / 142 pages 1013306805-0 201248367 27 : Decorative cap 28: Rubber washer 2 9: Thrust bearing 30: Threaded knob 31, 35: L-shaped rotating ring 32 ' 36 : Rotating bolt 33, 37, 85a, 85b, 345, 346: Neck cord 34, 38, 367 368, 395, 396: length adjuster 39: friction surface 40: table top 41, 379: wall surface 42' nails 42a, 42b: mounting nails 43, 353: user 44: user's hand 45: neck pad 4 6: storage bag 4 7 : upper opening 48 : strap 49 : strut 50 : bottom plate boss 51 : post socket 52 : pivot pin 54a, 54b, 54c, 54d · four-corner pocket 55a, 55b: locking groove 56a, 56b : Locking lever 10111712 Production order number 1 Page 79 / 142 pages 1013306805-0 201248367 57 : Rubber bumpers 58, 59 : Strap contact points 60, 80 : U-shaped swing arm ' 61 : Outer casing 63 : Abdominal contact part Or bridge adapter 64: foam rubber friction enhancer 6 5 a, 6 5 b: bend

66a, 66b: rope guides 67a, 67b: side arms 68a, 68b: cantilever extensions 69a, 69b: neck belt rotation seats 70a, 70b: pivot pins 71a, 71b: anti-rotation keys 72a, 72b: clamps 73a, 73b : Fixed slot 74, 390: Backplane

76a, 76b, 201: swing arm pivoting projections 77a, 77b: swing arm pivoting bolt holes 78a, 78b: horizontal anti-rotation chutes 79a, 79b: vertical chutes 82a, 82b: gripping plates 83a, 83b, 310 312, 314, 316: Screws 84a, 84b: Rotating ring 87a, 87b: Concentric rotating bolts 88a, 88b: Rope length adjuster 89: Adhesive rubber foot 10111712 Production order number A〇101 Page 80 of 142 1013306805-0 201248367 89a : Rubber spacer feet 90a, 90b: counter bore L (counter — bore) 91a, 91b : locating clip 92: spacer block

93A, 93B, 95, 200: PC 94a, 94b: swing arm seat 96a: platform 96b: turntable 97: complex biasing jig 98a: U-shaped abdominal spacer 98b, 98c: dovetail groove 98d, 98e: dovetail protrusion 98f, 98g: spring member 98h, 98i: locking hole 100, 502: back plate cover 101: gripping device 202, 203: rotating swaying projection 204: housing 205, 206: rotating bolt hole 208: friction surface 209: opposite edge 300 , 500: Vehicle

301, 501, 369, 374: PC 3 02: rectangular back plates 303, 304: base blocks 307, 308: friction pads 1013306805-0 page 81 / 142 pages 201248367 309, 311, 313, 315: corner holes 317, 318: clamp flanges 319, 320: outer flanges 322, 323: latching keys 324, 325, 326, 327: vertical slits 328, 329: threaded hinge bolt holes 330, 331: hinge bolt 332: cover portion 333: support Portion 334: Threaded portion 335, 336: Side arm 337: 柩 进 进 338 338 : Pivot pin support hole 339 : Bolt 340 : Nut 341 , 342 : Key fixing hole 343 , 344 : Neck band fixing hole 347 : Round Head 350, 397: neck strap 351, 352: threaded fixing hole 354: woven bag assembly 355: closing cover 356: main bag 357: storage bag 358: gap slit 359: tether 10111712 order number button 01 page 82 / Total 142 pages 1013306805-0 201248367 360 : AppleTM Bluetooth keyboard 361 : Shoulder strap 362 : Left loop sleeve 363 : Right loop sleeve 364 : Knotted loop sleeve 365 , 366 : Adjusting loop sleeve 370 : Cross - shaped chute 371 : Pivot bolt fixing holes 372, 377: outer cover 373: OEM latch key 375: chute block 376: cross recess 378: fixing holes 380, 381: Face hook 382: accessory bracket 383: swing arm engagement slot 384, 385: tapered arm portion 386: expander 387, 388, 404: cut σ 389: bracket 391: stop bolt projection 392: corrugated washer 393, 394: rope 398, 399: cover rod 400, 401: pillar slide tube 402, 403: foam foot 10111712 production number Α _ 83 pages / 142 pages 1013306805-0 201248367 405, 406, 509: fit Point 407: mounting hole 503: body bracket 504: upper gripping device 505, 506: support member 507: neck strap

10111712^W A0101 Page 84 of 142 1013306805-0

Claims (1)

201248367 VII. Patent application scope: 1. A support for a tablet computer used by a user, comprising: a) a body support member, wherein the weight of the computer can be carried by a user's upper body; and b) a body support member for positioning the computer outwardly from a user's torso, the body support member including a second movable arm having a computer connection for engagement with a computer, wherein when presented toward an operational position Such an arm can be deployed by a stowage position along a side of a computer, wherein the respective extendable ends of the arm are positioned for being supported by a user's abdomen, and wherein the body support member is One or more slings in the form of coupling points of such arms or extensions or joints connected thereto to provide support for the respective two movable arms for carrying the weight of a computer when the body When the support member is in its operative position, the coupling point is positioned to the inside of the lateral edge of the computer if present. 2. A support for a tablet computer used by a user, comprising: U a) - a body support member, wherein the weight of the computer can be carried by a user's upper body; and b) - a body support member, Positioning the computer outwardly from a user's torso, the body support member including a second movable arm having a computer connection for engagement with a computer, wherein the arm is presented when facing an operational position The storage position can be deployed along a side of a computer, wherein the respective extendable ends of the arms are positioned for support by a user's abdomen, and wherein the body support member is in the form of one or more slings, The coupling point of the arm or extension or the connection thereto is provided by the 1Q111712f single number A0101 1013306805-0, the number of the coupling points of the joints connected thereto, for supporting the respective two movable arms, and for carrying The weight of a computer, wherein the point of convergence is associated with the computer connection and is individually positioned away from one of the extendable ends of the arm. 3. A support as claimed in claim 1 or 2, wherein the support is combined with a computer, wherein the coupling point is positioned along a transverse line segment spanning one of the widths of the computer, The width of the computer is close to or approximately aligned with the center of gravity of the combined computer plus the body support member. 4. A support according to claim 1 or 2, wherein the computer connection comprises a clamp, and when a computer is present, the clamp can be engaged along each side of the computer The upper and lower surfaces of the computer. 5. A support according to any one of claims 1 to 2, wherein the support is combined with a computer, wherein the computer connection corresponding to the body support member comprises In the respective side of the computer, the hole is combined with a fastener that engages with such a hole to connect the respective arm to the computer. A combination of a computer and a support as described in claim 5, wherein the opening is threaded to receive a threaded fastener. A combination of a computer and a support as described in claim 5, wherein the side arm of the opening is shaped to receive a click fastener. 8. A computer for engaging a support as described in claim 1 or 2, having an opening formed along each of its sides to provide a patent as claimed The connection of one of the supports described in item 1 or item 2. 9. A support as claimed in claim 1 or 2, wherein the computer connection of each of the arms allows the respective arms to be transferred from the storage position 10111712 strict single number A〇101 page 86 / Total 142 pages 1013306805-0 201248367 To this operating position, it is detachably fixed to one of these positions. 10. A support as claimed in claim 1 or 2, wherein the computer connection is a pivotal connection. 11. The support of claim 10, wherein the computer connection allows the respective arms to be rotated to one or more preferred orientations between the storage position and the operational position for passage via a locking device It is detachably fixed to such one or more orientations. 12. The support of claim 11, wherein the locking device achieves a friction or clamping engagement, the engagement of the friction or jaws when the card is engaged will eliminate the arm The tendency to rotate in association with the computer. 13. The support of claim 11, wherein the locking device comprises a key and chute connector composition. A support according to claim 13 which comprises a connecting member or a "bridge adapter" which interconnects the respective extendable ends of each arm, the other ends of each arm being They are spaced apart for attachment to the opposite side of a portable computer to be supported, wherein the arms are resiliently biased inwardly for engaging the key and chute connector composition. £\^15. A support as described in claim 13 or claim 14, wherein the chute is in the shape of a cross. The support of claim 13 or 14, wherein the chute is shaped to releasably secure the arm at an intermediate position between the receiving and operating positions, thereby The body support member can be used to support the computer on a support surface allowing it to be tilted at an angle that is convenient for viewing and/or manipulation by a user. 17. A support as claimed in claim 16, wherein the intermediate position is 90° of the plane of the computer carried by the support. 10111712Product No. A0101 Page 87 of 142 1013306805-0 201248367 18 . — as described in any of the 13th, 14th, 15th, 16th or 17th claims The support is combined with a computer, wherein the respective sides of the computer serve as the keys for engaging the chute. 19. A computer, wherein the side of the computer includes a slot for use in any of items 13, 14, 15, 15, or 17 of the scope of the patent application. a chute in which one of the supports is engaged. 20. A computer, wherein the side of the computer provides a key for engaging with a chute, such as item 13, item 14, item 15, item 16 of the patent application. Or a support according to any one of the preceding claims, wherein the support is connected to the computer connection when the arm is in its storage position, So that it is coplanar with a computer in existence. A support according to any one of the preceding claims, which comprises a connecting member or "bridge adapter" that interconnects the respective extendable ends of each arm, the other ends of each arm being spaced apart for connection to a portable computer to be supported side. A support as claimed in claim 22, wherein the arm is outwardly bent at the intersection of the arm and the bridge adapter. A support as claimed in claim 22, wherein the bridge connector comprises an abdomen conforming shape for achieving improved adhesion to a user's torso. A support according to claim 24, wherein the bridge adapter conforming to the surface of the abdomen comprises a friction surface for engaging with an improved friction of the torso of a user. 1011Π12Bill No. A_ Page 88 of 142 1013306805-0 201248367 26. A support as claimed in claim 22, the support being combined with a computer, wherein the computer connection is to allow a bridge adapter rotated from the operative position to a pivotal connection of the stowed position, wherein in the stowed position, the bridge adapter is placed adjacent the edge of the computer remote from a user's body, and the The bridge adapter is closer to the computer than at the operating position. The support of claim 26, wherein when the bridge adapter is placed adjacent to the edge of the computer in its stowed position, the bridge adapter and the computer are Coplanar. A support according to any one of the preceding claims, which is combined with a backing plate that spans between the arms. A support as claimed in claim 28, wherein the backing plate carries the arm via a guide mounted on an edge of the side of the backing plate, which allows the arm to be along such side Sliding for storage. 30. The support of claim 28, wherein the computer connection comprises a clamp carried by the backboard for engaging the respective sides of the computer when a computer is present The upper and lower surfaces of a computer. Q 31. A support as claimed in claim 28, comprising a rotationally adjustable turntable mounted on the backboard for carrying a computer, the turntable being included for holding a computer a fastener device in its position and further comprising an actuator for positioning the dial in a preferred orientation to permit a computer to be supported on the back panel in a horizontal or straight orientation. The support of claim 31, wherein the backing plate includes a midpoint extension that is outwardly removed from the upper edge of the backing plate to carry the turntable. 1 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 When the user carries it, a user is allowed to raise or lower the vertical position of the computer. A support according to claim 33, wherein the body support member comprises a neck band composed of two pieces of linear material, one end of the neck band of each of the individual members being connected to support The computer, and the neckband is sized to terminate by a rear of a user's neck, the other end being in a position adjacent to the compression brake of the user's chest and the locking end connection, in the respective A sliding, locking engagement is provided between the respective ends of the sling and one of the adjacent intermediate portions of the reverse sling to provide means for positioning the vertical position of the two computer support ends of the sling portion. 35. A support as claimed in claim 34, which comprises a protective cover for covering and allowing the sliding of the sling portion when they pass behind a neck of a user, thereby slinging the sling Partially isolating any sliding action on the garment or a wearer's body, wherein the sleeve is bifurcated to provide two separate passages within which the neckband portion can slide independently. 36. The support of claim 33, wherein the body support member comprises a shoulder strap that includes a sling portion on each side of the body, the sling portion being sized The side is connected to a computer through a user's shoulder, across the back, and then forwards through a user's armpit. 37. The support of claim 36, wherein the respective body side sling portions of the shoulder harness form a section that is suspended around the body support member with a descending collar The respective arms are returned from the shoulder 1011171# single number 1 page 90 / 142 pages 1013306805-0 201248367 down and under the squat of a user to provide support for the computer. 38 . 39 . . . . . . . . . . . . . . . . The waist fits around the back of a user and includes attachment means at the end of the waistband for engagement with the intersection between the respective arms. . A support according to any one of the preceding claims, wherein the support is combined with a computer storage bag, the storage bag comprising a closure cover for covering a person σ of the bag, the (four) cover having An angular recess along which the edge is folded, the cover is folded over to achieve sealing of the recess to allow the &quot;&quot;L to reach the population of 4&amp; which can be connected when placed in the storage bag And support a computer. - such as _ please the full-time (4) item, the towel contains the tether 'for the detachable engagement of each arm, when the branch is used by one' The extendable end of the arm is attachable or adjacent to the computer connection. a support as claimed in any of the above-mentioned patents, wherein the support pillars are combined for supporting a computer field on a table top at least - the arm is along the side of the computer While being placed in, the beta mast is in the form of a pedal having a horizontally aligned slot for receiving the arm with which the card is used to select the computer. A support according to any one of the preceding claims, wherein the support is combined with an expansion dam member having a click device at its outer end to provide access from the support The laterally outward coupling point 'and thus improves the manual use of a computer when present. A support according to claim 42 wherein the expander has a extendable portion extending outwardly from the side of the arm, the extendable portion of which is supported by 0101 ' 1013306805-0 201248367 The coupling point. 44. The support of claim 42, wherein the expander is a linear member that is foldable over its length to reduce its size until it conforms to a storage bag that is approximately the size of a computer. Degree. 45. A method of using a support as claimed in claim 22, the support being combined with a computer having a gravity sensor for presenting an upright image, comprising: 1) The storage location carries the computer with the bridge adapter and the computer is in a downward orientation η* 2) when the outward image on the computer is displayed outwardly, the computer is transferred to the front portion of the user; and 3) The computer is deployed from the depending orientation to a horizontal orientation by rotating the computer to cause the display to be reoriented 180 degrees, and the bridge adapter is placed on the front side of a user's torso for use. 46. A computer support comprising: 1) a backing plate carrying a surrounding gripping device to engage a side of a computer and providing a housing for the computer; ◎ 2) - top opening, located a computer that can be inserted or removed; 3) a cover at the top opening, the cover including a protective panel attached to the back panel along a hinge line to allow the panel to be folded over a computer The screen is used for protective storage of the computer, or deployed to expose the computer, and the top opening is used to remove the computer from the set; 4) a body pillar spacer detachably along the bottom edge thereof And being fixed to the outer casing for engaging with a user's torso to separate the computer from a user's torso when worn; 5) a neck strap for detachable at two spaced apart coupling points The ground is connected to the 1011Π12 order number A_ page 92/142 page 1013306805-0 201248367 the backplane; and 6) a deployable support structure that is coupled to the backplane to support the enclosure on a table top. 47. The computer support of claim 46, wherein the support structure is attached to the sleeve via a rotatable connection. 48. A computer support as described in claim 46 or 47, wherein the body post spacer is integrally formed in the sleeve. A computer support according to any one of claims 46, 47, or 48, wherein the support structure is attached to the sleeve via a rotatable connection. A computer support according to any one of claims 46, 47, or 48, wherein the body support spacer is detachably secured to the sleeve along a separation line. 51. A computer support according to claim 22, wherein the computer support is combined with a computer having a thickness, wherein the arm and the bridge are measured on the same plane of the thickness of the computer. The width of the adapter is greater than the thickness of the computer. 1〇nm2 Production Order No. A0101 Page 93 of 142 1013306805-0