Mobile device holder

Abstract

A mobile device holder (100) designed for a mobile device (116) includes a mobile device cradle (102) with a first device clip (104) to engage the first side edge (118) of the device, a second device clip (106) to engage the second side edge (120), and a third device clip (108) to engage the third side edge (122). The holder also includes a cord (112) that threads through the first (104), second (106), and third (108) device clips, and is arranged to hang the mobile device (116) from an object. The second device clip (106) is connected to the first device clip (104) via the cord (112), providing a secure and adjustable holding mechanism for the mobile device (116). The cord (112) is routed from the first device clip (104) to the second device clip (106) and returns to the first device clip (104), thereby forming a cord cross connecting portion (188) that biases the first and second device clips (104, 106) towards each other due to tension in the cord (112).

Description

[0001] P4620W000

[0002] Mobile device holder

[0003] Field

[0004] The technology pertains to the field of mobile device accessories, specifically those designed for the secure holding of mobile devices. It also relates to the field of ergonomic design, focusing on the ease of use and adaptability to various device sizes and orienta-tions.

[0005] Background

[0006] The use of mobile devices such as smartphones and tablets has become ubiquitous in modern society. These devices are often used for extended periods, especially during travel, for activities such as watching videos, reading, or browsing the internet. However, holding a mobile device for a long duration can lead to physical discomfort and strain. One common solution to this problem is the use of mobile device stands. However, these stands often lack sufficient adjustability in terms of height and angle, making it difficult for users to find a comfortable and ergonomic position. This limitation can lead to poor posture and physical strain over time.

[0007] Furthermore, many stands lack robust grip mechanisms to securely hold the device. This insecurity can cause the device to slip or fall, increasing the risk of damage. This problem is particularly pronounced when the user is travelling, as the movement of vehicles can easily destabilise the stand.

[0008] It is known to suspend a mobile device to address some of these issues. For example NL2020737B1 shows a mobile device holder that is attached to a separate frame in the form of a mobile shell with hooks. US2015331448 shows a hook device, but which also has a fixation to the mobile device which is specific to the shape of the mobile device. Accordingly a problem with existing mobile device holders is that these holders are bulky and not designed for easy transport, making them less suitable for use during travel. Addi-tionally, these stands typically require a flat surface for placement, which may not always be available, especially in vehicles like cars, trains, buses, or airplanes. Moreover, these mobile device holders are designed to fit specific models of devices that can be inconvenient for users who own multiple devices or who switch devices frequently.

[0009] Summary

[0010] According to a first aspect of the disclosure there is a mobile device holder for a mobile P4620W000

[0011] device according to claim 1. The mobile device holder has a first device side, a second device side opposite the first device side, and a third device side extending between the first device side and the second device side, the mobile device holder comprises a mobile device cradle having a first device clip arranged to engage the first device sides, a second device clip arranged to engage the second device sides, and a third device clip arranged to engage the third device sides, and a cord arranged to hang the mobile device from an object and threads through the first device clip, second device clip, and third device clip, wherein the second device clip is connected to the first device clip via the cord. The advantage of this is that it provides a secure and versatile way to hold and hang a mobile device from various objects, ensuring stability and ease of use.

[0012] Optionally in some examples, the first device clip is arranged to engage the middle of the first device side and the second device clip is arranged to engage the middle of the second device side. The advantage of this is that it ensures a balanced and centred hold on the mobile device, preventing it from tilting or slipping out of the holder.

[0013] Optionally in some examples, the first device clip comprises a first cord channel that facilitates threading of the cord onto the first device clip, the second device clip comprises a second cord channel that facilitates threading of the cord onto the second device clip, and the third device clip comprises a fourth cord channel that facilitates threading of the cord onto the third device clip. The advantage of this is that it simplifies the process of threading the cord through the clips, making it easier and quicker to set up the mobile device holder.

[0014] Optionally in some examples, the first device clip comprises a third cord channel and the second device clip comprises a sixth cord channel for routing the cord.

[0015] Optionally in some examples, the first cord channel(s), the second cord channel(s), and the third cord channel(s) respectively have an enlarged channel opening that facilitates easy insertion of the cord. The advantage of this is that it makes it even easier to insert the cord into the channels, reducing the effort and time required to set up the mobile device holder.

[0016] Optionally in some examples, the second device clip is arranged to exert a force in a direction towards the first device clip. The advantage of this is that it ensures a tight and secure grip on the mobile device, preventing it from moving or falling out of the holder. Optionally in some examples, the third device clip is arranged to engage a first device corner between the first device side and the third device side. The advantage of this is that it provides additional stability and security by engaging a corner of the mobile device, P4620W000

[0017] further preventing it from slipping out of the holder.

[0018] Optionally in some examples, the mobile device cradle comprises a fourth device clip arranged to engage the third device side. The advantage of this is that it offers an alternative or additional clip for engaging the third device side, providing more options for securing the mobile device and accommodating different device sizes and shapes.

[0019] Optionally in some examples, the fourth device clip is arranged to engage a second device corner between the third device side and the second device side. The advantage of this is that it enhances the stability and security of the mobile device holder by engaging another corner of the mobile device, ensuring that it remains firmly in place.

[0020] Optionally in some examples, the fourth device clip comprises a fifth cord channel that facilitates threading of the cord onto the fourth device clip. The advantage of this is that it provides a straightforward method for threading the cord through the fourth device clip, making the setup process more efficient and user-friendly.

[0021] Optionally in some examples, the cord is sequentially threaded through the first cord chan-nel, second cord channel, third cord channel, fourth cord channel, fifth cord channel, and sixth cord channel. The advantage of this is that it ensures a systematic and organised threading of the cord through all the necessary channels, maintaining the integrity and functionality of the mobile device holder.

[0022] Optionally in some examples, the first device clip(s), the second device clip(s), and the third device clips respectively comprise a first directional indicator, a second directional indicator, and a third directional indicator that indicates the threading direction of the cord. The advantage of this is that it provides clear guidance for the user on how to correctly thread the cord, reducing the likelihood of errors and ensuring proper setup.

[0023] Optionally in some examples, the first device clip(s), the second device clip(s), and the third device clips are moveable with respect to each other on the cord. The advantage of this is that it allows for adjustable positioning of the clips, enabling the mobile device holder to accommodate various device sizes and orientations, whether in landscape or portrait mode.

[0024] Optionally in some examples, the cord is a single length of cord. The advantage of this is that it simplifies the design and construction of the mobile device holder, making it easier to manufacture and use.

[0025] Optionally in some examples, the cord is elastic. The advantage of this is that it provides flexibility and adaptability, allowing the cord to stretch and accommodate different device P4620W000

[0026] sizes while maintaining a secure hold.

[0027] Optionally in some examples, the mobile device holder further comprises a cord lock that secures the cord at a fixed position. The advantage of this is that it ensures the cord remains securely in place, preventing it from slipping or loosening, and maintaining the stability of the mobile device holder.

[0028] Optionally in some examples, the cord lock defines at least one cord loop for suspension by locking the cord first free end and the cord second free end to the cord. The advantage of this is that it provides a reliable method for creating a loop in the cord, allowing the mobile device to be suspended securely from various objects.

[0029] Optionally in some examples, the second device clip comprises a second cord loop connecting between the second device clip and the cord. The advantage of this is that it offers an additional connection point for the cord, enhancing the stability and security of the mobile device holder.

[0030] Optionally in some examples, the first device clip is connected to the second device clip via a cord cross connecting portion. The advantage of this is that it provides a direct and secure connection between the first and second device clip, ensuring that the mobile device is held firmly in place.

[0031] Optionally in some examples, the cord cross connecting portion is tensioned via a cross cord lock. The advantage of this is that it maintains the tension in the cord cross connecting portion, ensuring that the mobile device holder remains stable and secure during use. According to a second aspect of the invention, there is provided a mobile device holder for a mobile device having a first device side and a second device side opposite the first device side, the mobile device holder comprising: a mobile device cradle having: a first device clip arranged to engage the first device side; a second device clip arranged to engage the second device side and a cord arranged to hang the mobile device from an object and threads through the first device clip and second device clip; wherein the second device clip is connected to the first device clip via the cord.

[0032] Optionally, in some examples there are a plurality of device clips arranged to engage the first device side and the second device side.

[0033] Brief Description of the Drawings

[0034] Examples are described in more detail below with reference to the appended drawings. Figure 1 is a perspective view of a mobile device holder with a mobile device cradle, first P4620W000

[0035] device clip, second device clip, third device clip, fourth device clip, cord, at least one cord loop, cord first free end, cord second free end, and cord lock according to some examples. Figure 2 is a cross section of a mobile device holder with a mobile device cradle, first device clip(s), enlarged channel opening(s), third cord channel, second device clip, second 5 cord channel, enlarged channel opening, sixth cord channel, third device clip, fourth cord channel, fourth device clip, fifth cord channel, and cord according to some examples. Figure 3 is a cross section of a first device clip, first cord channel, enlarged channel opening, first clip rear wall, first recess, first clip front wall, first directional indicator, and cord according to some examples.

[0036] .10 Figure 4 is another cross section of a first device clip with a first clip front wall, first clip rear wall, first recess, first directional indicator, third cord channel, and cord according to some examples.

[0037] Figure 5 is a perspective view of a third device clip with a third clip front wall, third clip rear wall(s), third recess, third directional indicator(s), fourth cord channel, enlarged channel 15 opening, and cord according to some examples.

[0038] Figure 6 is a perspective view of the cord of the mobile device holder without the mobile device cradle having at least one cord loop, cord first free end, cord second free end, and cord cross connecting portion according to some examples.

[0039] Figures 7 to 12 show a perspective view of a cord lock with a locking channel, cord lock 20 through channel according to various examples.

[0040] Figure 13 is a perspective view of a mobile device holder in a different configuration with a mobile device cradle, first device clip, second device clip, third device clip, fourth device clip, cord, cord cross connecting portion, at least one cord loop, cord first free end, cord second free end, and cord lock according to some examples.

[0041] 25 Figure 14 is a perspective view of a mobile device holder with a mobile device cradle, first device clip, second device clip, third device clip, fourth device clip, cord, cord cross connecting portion, at least one cord loop, cord first free end, cord second free end, and cord lock, second cord loop according to some examples.

[0042] Figure 15 is a close up perspective view of a mobile device holder with a mobile device erase die, first device clip, second device clip, third device clip, cord, and cord cross connecting portion according to some examples.

[0043] Figure 16 is a perspective view of a mobile device with a mobile device front surface, P4620W000

[0044] mobile device rear surface, first device side, second device side, third device side, first device corner, and second device corner according to some examples.

[0045] Figures 17 to 19 are additional perspective views of the mobile device holder according to yet further examples.

[0046] Figure 20 shows a top view of the first device clip according to some examples.

[0047] Figures 21 and 22 respectively show a schematic view of the mobile device holder with a thick mobile device(s) and a thin mobile device(s).

[0048] Figures 23 and 24 show a close up perspective view of a mobile device holder with a mobile device cradle, a first device clip and a second device clip according to some examples. Figure 25 shows a close up perspective view of a mobile device holder with a mobile device cradle, a first device clip and a second device clip, and a third device clip according to some examples.

[0049] Figure 26 shows a close up perspective view of a mobile device holder with a mobile device cradle, a first device clip and a second device clip according to yet another example. Detailed Description

[0050] The detailed description set forth below provides information and examples of the disclosed technology with sufficient detail to enable those skilled in the art to practise the disclosure.

[0051] Figure 1 provides a perspective view of the mobile device holder 100. This view show-cases the arrangement of various components, including the mobile device cradle 102, the cord 112, and the cord lock 114. The figure also illustrates at least one cord loop 182 and a cord first free end 184 and a cord second free end 186 of the cord 112. This overall arrangement is designed to securely hold a mobile device 116 while allowing for flexible positioning and convenient hanging.

[0052] The mobile device holder 100 addresses the need for secure and ergonomic placement of mobile device 116, particularly during travel. It offers improved posture and reduced strain by holding the device at a comfortable viewing height. The holder's design accommodates various mobile devices 116 sizes and orientations, ensuring compatibility with a wide range of phones and tablets. The use of environmentally friendly materials, such as recycled plastic, further enhances the holder's appeal.

[0053] The cord 112 is threaded through the mobile device cradle 102 as discussed to secure P4620W000

[0054] the mobile device 116. The cord lock 114 allows the user to adjust the length of the cord 112, providing flexibility in hanging the device from various objects. The at least one cord loop 182 is formed by the cord 112 and the cord lock 114 as shown in Figure 1. A plurality of cord locks 114 are used to form the at least one cord loop 182.

[0055] The mobile device holder 100 improves posture and reduces physical strain and discomfort. It also holds phones and tablets at an ergonomic height for comfortable viewing while travelling, addressing the issue of insecure device placement. The holder includes a mobile device cradle 102 and a cord 112. It may also include a cord lock 114. The mobile device holder 100 may be manufactured using environmentally friendly materials, such as recycled plastic.

[0056] The mobile device holder 100 includes a mobile device cradle 102. The mobile device cradles 102 may have a first device clip 104, a second device clip 106, and a third device clip 108 that are movable with respect to each other on the cord 112. The arrangement with the first device clip 104, the second device clip 106 and the third device clip 108 is shown in Figure 15 as discussed below. This movability allows the mobile device cradle 102 to fit various mobile devices 116 sizes and orientations (landscape and portrait). In some other examples, the mobile device cradle 102 comprises more than three clips. For example the mobile device cradle 102 comprises a first device clip 104, a second device clip 106, a third device clip 108 and a fourth device clip 110. This is shown in e.g. Figure 1 etc. In other examples, the mobile device cradle 102 can comprise more than four clips e.g. five clips, six clips or any suitable number of device clips.

[0057] The mobile device cradle 102 includes a first device clip 104. The first device clip 104 engages the first device side 118. This engagement involves contacting both the mobile device front surface 128 and the mobile device rear surface 130 on the first device side 118, effectively extending around it. The first device clip 104 may engage the middle of the first device side 118. In some instances, both the first device clip 104 and the second device clip 106 may engage the mobile device 116 e.g. as shown in Figure 1. The first device clips 104 may also include a first cord channel 132, a third cord channel 144, a first clip rear wall 138, a first recess 140, a first clip front wall 136, and a first directional indicator 134, which are discussed in more detail below.

[0058] The mobile device cradle 102 includes a second device clip 106. The second device clip 106 engages the second device side 120, contacting both the mobile device front surface 128 and the mobile device rear surface 130. The second device clip 106 may engage the middle of the second device side 120. The second device clip 106 is connected to the first device clip 104 via the cord 112. The cord 112 may exert a force in a direction towards the P4620W000

[0059] first device clip 104, potentially due to tension from an elastic portion or user interaction. The cord 112 may be connected directly between the first device clip 104 and the second device clip 106. The second device clip 106 may slide along the cord 112. The second device clips 106 may also include a second cord channel 156, a sixth cord channel 160, a second recess 168, a second clip rear wall 164, a second clip front wall 166, a second directional indicator 176, and a second cord loop 194, which are discussed in more detail below.

[0060] The mobile device cradle 102 includes a third device clip 108. The third device clip 108 engages the third device side 122, contacting both the mobile device front surface 128 and the mobile device rear surface 130. It also engages the first device corner 124 between the first device side 118 and the third device side 122 (e.g. as shown in Figure 1). Alternatively, it may engage the middle of the third device side 122 (e.g. as shown in Figure 15). The third device clip 108 may slide along the cord 112. The mobile device cradle 102 uses either single third device clip 108 to engage the third device side 122. Alternatively, the mobile device cradle 102 uses two separate device clips (e.g. the third device clip(s) 108 and the fourth device clip 110) to engage the third device side 122. The third device clip 108 may also include a fourth cord channel 146, a third clip front wall 150, a third clip rear wall 152, a third recess 154, and a third directional indicator 178, which will be discussed in more detail below.

[0061] The mobile device cradle 102 may include a fourth device clip 110. The fourth device clip 110 engages the third device side 122, contacting both the mobile device front surface 128 and the mobile device rear surface 130. It also engages the second device corner 126 between the third device side 122 and the second device side 120. The fourth device clip 110 may slide along the cord 112. It may also include a fifth cord channel 158, a fourth clip front wall 170, a fourth clip rear wall 172, a fourth recess 174, and a fourth directional indicator 180 which will be discussed in more detail below.

[0062] The mobile device holder 100 includes a cord 112. The cord 112 is designed to hang the mobile device 116 from an object, such as a hook, headrest, chair, folding table, or any other suitable object. The cord 112 threads through the first device clip 104, second device clip 106, and third device clip 108. This threading may be achieved with a single piece of cord 112 or with two separate pieces or indeed a plurality of separate pieces of cord 112. If two pieces are used, the first piece connects the first device clip 104 and second device clip 106 together, and the second piece connects the first device clip 104, third device clip 108, fourth device clip 110, and second device clip 106 together. In the configurations as shown in Figures 1 etc. the cord 112 connects between the first device clip 104 and the P4620W000

[0063] second device clip 106 via a cord cross connecting portion 188. In some examples, the cord cross connecting portion 188 is integral with the cord 112. e.g. the cord 112 is a single piece of cord 112 and also forms the cord cross connecting portion 188. In some other examples, e.g. as shown in Figure 18 the cord cross connecting portion 188 is a separate piece. In this way the cord cross connecting portion 188 is connected to the cord 112 but is a different element. In some examples, the cord cross connecting portion 188 can be any number of different pieces of cord 112 or material connecting the first device clip 104 and the second device clip 106 together. The cord 112 may also thread through the fourth device clip 110. The cord 112 allows for flexibility and adaptability to different device sizes. It may be threaded through various cord channels and may be made of elastic or non-elastic material.

[0064] The mobile device holder 100 may include a cord lock 114. The cord lock 114 maintains the desired length for hanging the mobile device 116 from an object. It defines at least one cord loop 182 for suspension by locking the cord first free end 184 and cord second free end 186 to the cord 112. The cord lock 114 may be attachable to the cord first free end 184 and the cord second free end 186 of the cord 112. However, the cord lock 114 is optional and in this case alternatively, a cord knot may be used to create a loop for hanging the device by tying the cord first free end 184 and / or cord second free end 186. The cord knot may be tied at the free ends of the cord 112. The cord lock 114 may include a cord lock through channel 192 and a locking channel 190 as shown in Figures 7 to 12.

[0065] The first device clip 104 may include a first directional indicator 134. The first directional indicator 134 indicates the threading direction of the cord 112 on the first device clip 104. This feature makes it easier for the user to thread the cord 112 correctly.

[0066] The first device clip 104 may have a first clip front wall 136. The first clip front wall 136 may be arranged to engage the mobile device front surface 128.

[0067] The first device clip 104 may include a first clip rear wall 138. The first clip rear wall 138 prevents the device from moving or falling out. It may also be arranged to engage the mobile device rear surface 130.

[0068] The first device clip 104 may include a first recess 140. The first recess 140 receives the first device side 118. It is defined by the first clip front wall 136 and the first clip rear wall 138.

[0069] The third device clip 108 may include a third clip front wall 150. The third clip front wall 150 may be arranged to engage the mobile device front surface 128. P4620W000

[0070] The third device clip 108 may include a third clip rear wall 152. The third clip rear wall 152 may be arranged to engage the mobile device rear surface 130.

[0071] The third device clip 108 may include a third recess 154. The third recess 154 receives the first device corner 124. It is defined by the third clip front wall 150 and the third clip rear wall 152.

[0072] The second device clip 106 may include a second clip rear wall 164. The second clip rear wall 164 prevents the device from moving or falling out. It may also be arranged to engage the mobile device rear surface 130.

[0073] The second device clip 106 may include a second clip front wall 166. The second clip front wall 166 may be arranged to engage the mobile device front surface 128.

[0074] The second device clip 106 may include a second recess 168. The second recess 168 receives the second device side 120. It is defined by the second clip front wall 166 and the second clip rear wall 164.

[0075] The fourth device clip 110 may include a fourth clip front wall 170. The fourth clip front wall 170 may be arranged to engage the mobile device front surface 128.

[0076] The fourth device clip 110 may include a fourth clip rear wall 172. The fourth clip rear wall 172 may be arranged to engage the mobile device rear surface 130.

[0077] The fourth device clip 110 may include a fourth recess 174. The fourth recess 174 receives the first device corner 124 or the second device corner 126. It is defined by the fourth clip front wall 170 and the fourth clip rear wall 172.

[0078] Similar to the first device clip 104, the second device clip 106 may include a second directional indicator 176. The second directional indicator 176 indicates the threading direction of the cord 112 on the second device clip 106. This feature makes it easier for the user to thread the cord 112 correctly. In addition, the first directional indicator(s) 134, the sec-ond directional indicator(s) 176, the third directional indicator 178 also indicate in which direction the cord 112 can be pulled. In other words the first directional indicator(s) 134, the second directional indicator(s) 176 and the third directional indicator 178 show which direction the first device clip 104, the second device clip 106 and the third device clip 108 can be moved, when adjusting the size of the mobile device cradle 102. This is because the diameter of the cord 112 is slightly bigger than the diameter of the channels in the device clips. Accordingly, the clips are moveable on the cords 112 but the clips are retained in the same place on the cord 112 due to friction between the cord 112 and the channels. P4620W000

[0079] The third device clip 108 may include a third directional indicator 178. The third directional indicator 178 indicates the threading direction of the cord 112 on the third device clip 108, making it easier for the user to thread the cord 112 correctly.

[0080] The fourth device clip 110 may include a fourth directional indicator 180. The fourth direc-tional indicator 180 indicates the threading direction of the cord 112 on the fourth device clip 110. This makes it easier for the user to thread the cord 112 correctly. In this way, all of the first directional indicator 134, the second directional indicator 176, the third directional indicator 178 and the fourth directional indicator 180 indicates a cord path along which the cord 112 is sequentially threaded. This is particularly useful for the first device clip 104 and the second device clip 106 which have a plurality of channels each. The first directional indicator 134, the second directional indicator 176, the third directional indicator 178 and the fourth directional indicator 180 can have an arrow as shown in the Figures. Additionally or alternatively, the arrows can be replaced with a numeric sequence indicating the order in which the channels are threaded.

[0081] The cord 112 may include at least one cord loop 182. The at least one cord loop 182 suspends the device from an object. The at least one cord loop 182 may consist of two loops of cord 112. Alternatively, the cord 112 could be folded into two loops, where the cord lock 114 locks the cord first free end 184 to the cord 112 coming out from the second device clip 106, and simultaneously locks the cord second free end 186 to the cord 112 coming out from the first device clip 104. Figure 1 shows a plurality of cord loops 182. Multiple cord loops 182 can help attach the mobile device holder 100 to an object.

[0082] The cord 112 may have a cord first free end 184. The cord first free end 184 may be connected to the cord lock 114.

[0083] The cord 112 may have a cord second free end 186. The cord second free end 186 may be connected to the cord lock 114. Since the cord first free end 184 and the cord second free end(s) 186 are releasable from the cord lock 114, the user is able to wrap the cord 112 around an object and fix the cord 112 in place with the cord lock 114. This means that the user can thread the cord lock 114 through handles, holes and other features of objects to better secure the cord 112.

[0084] The mobile device holder 100 is configured to secure a mobile device 116 as shown in Figure 16. The mobile device 116 is typically a smart phone or a tablet and generally has a rectangular or square shape. However, the mobile device holder 100 is not limited to securing rectangular or square devices and other shapes can be secured by the mobile device holder 100. As shown in Figure 16, the mobile device 116 has a first device side P4620W000

[0085] 118, a second device side 120, and a third device side 122. The first device side 118 and the second device side 120 as shown in Figure 16 is a long side of the mobile device 116. Accordingly third device side 122 is a short side of the mobile device 116. However, this is exemplary and the first device side 118 and the second device side 120 can be a short side of the mobile device 116. Likewise, the third device side 122 can be a long side of the mobile device 116. Examples of mobile devices 116 include phones and tablets. The mobile device 116 also has a mobile device front surface 128, a mobile device rear surface 130, a first device corner 124, and a second device corner 126 as discussed in more detail with reference to Figure 16 below.

[0086] Figure 2 presents a cross-sectional view of the mobile device holder 100, revealing the internal arrangement of the cord 112 within the mobile device cradle 102. This view clarifies how the cord 112 interacts with the various device clips. That is how the cord 112 threads through the first device clip 104, second device clip 106, third device clip 108, and fourth device clip 110. The cross-section also shows how each channel comprises enlarged channel openings 142, 148, 162 that facilitate easy insertion of the cord 112. This figure illustrates the path of the cord 112 as it threads through the different components of the mobile device cradle 102. The cord 112 first passes through the first cord channel 132 of the first device clip 104, then through the second cord channel 156 of the second device clip 106. The cord 112 returns from the second cord channel 156 back to a third cord channel 144 of the first device clip 104. From the third cord channel 144 the cord 112 continues through the fourth cord channel 146 of the third device clip 108 and the fifth cord channel 158 of the fourth device clip 110 before returning to the sixth cord channel 160 of second device clip 106. This intricate threading pattern creates a secure and adjustable cradle for the mobile device 116.

[0087] As mentioned, the cord 112 first passes through the first cord channel 132 of the first device clip 104, then through the second cord channel 156 of the second device clip 106 and then returns from the second cord channel 156 back to a third cord channel 144 of the first device clip 104. This means that the first and second device clips 104, 106 are directly connected together. This creates a cord cross connecting portion 188 and allows the first device clip 104 and the second device clip 106 to exert a force towards each other and towards the first device side 118 and the second device side 120. The cord cross connecting portion 188 is discussed in more detail below.

[0088] The enlarged channel openings 142, 148, 162, serves a practical purpose in the design of the mobile device holder 100. These enlarged channel openings 142, 148, 162 are located within respective cord channels, such as the first cord channel 132, the second P4620W000

[0089] cord channel 156 , the third cord channel 144, the fourth cord channel 146, the fifth cord channel 158, and the sixth cord channel 160. Each end of the cord channels can have an enlarged channel opening 142, 148, 162. Not every enlarged channel opening 142 has been labelled in the Figures for the purposes of clarity. A function of the enlarged channel opening 142, 148, 162 is to simplify the process of inserting and / or removing the cord 112, such as cord 112, into or out of the associated cord channel. The increased diameter of the enlarged channel opening 142, 148, 162 relative to the cord channel itself creates a wider access point. This wider access point accommodates easier manipulation of the cord 112, reducing the precision required during insertion or removal and minimising the risk of damage to the cord 112. The placement and dimensions of the enlarged channel opening 142, 148, 162 is carefully considered to balance ease of cord 112 management with the secure retention of the cord 112 within the channel during normal use of the mobile device holder 100.

[0090] It should be noted that the enlarged channel openings 142, 148, 162 has a larger diameter than the cord 112 to facilitate easy insertion, whereas the remainder of the cord channel has a diameter slightly smaller than the cord 112 to provide frictional retention of the clips on the cord. In this way, the enlarged opening acts as an entry funnel while the channel body provides secure positioning.

[0091] The first device clip 104 may include a third cord channel 144. The third cord channel 144 facilitates threading of the cord 112 onto the first device clip 104. The third cord channel 144 may guide the cord 112 from the first device clip 104 to the third device clip 108. The second device clip 106 may have a second cord channel 156. The second cord channel 156 facilitates threading of the cord 112 onto the second device clip 106. The second cord channel 156 may guide the cord 112 from the first device clip 104, through the second device clip 106, and then back towards the first device clip 104.

[0092] The second device clip 106 may incorporate a sixth cord channel 160. The purpose of the sixth cord channel 160 is to facilitate threading of the cord 112 onto the second device clip 106. The sixth cord channel 160 may guide the cord 112 from the fourth device clip 110. Alternatively, the sixth cord channel 160 may guide the cord 112 from the third device clip 108 in the case where the mobile device cradle 102 comprises only the first device clip 104, the second device clip 106 and the third device clip 108.

[0093] The third device clip 108 may include a fourth cord channel 146. The function of the fourth cord channel 146 is to facilitate threading of the cord 112 onto the third device clip 108. The fourth cord channel 146 may guide the cord 112 from the first device clip 104 to the P4620W000

[0094] fourth device clip 110. Alternatively, the fourth cord channel 146 may guide the cord 112 to the second device clip 106 in the case where the mobile device cradle 102 comprises only the first device clip 104, the second device clip 106, and the third device clip 108. The fourth device clip 110 may have a fifth cord channel 158. This fifth cord channel 158 facilitates threading of the cord 112 onto the fourth device clip 110. The fifth cord channel 158 may guide the cord 112 from the third device clip 108 to the second device clip 106. Figure 3 provides a cross-sectional view of the first device clip 104, illustrating its internal structure and the arrangement of the first cord channel 132. This view clarifies how the cord 112 interacts with the first device clip 104 and the enlarged channel opening 142. The cross-section also shows the first clip rear wall 138, the first recess 140, the first clip front wall 136, and the first directional indicator 134.

[0095] This figure details how the first cord channel 132 facilitates threading of the cord 112 onto the first device clip 104. The enlarged channel opening 142 simplifies the insertion of the cord 112 into the first cord channel 132, enhancing the user-friendliness of the device. The first clip rear wall 138 and first clip front wall(s) 136 define the first recess 140, which receives the first device side 118 of the mobile device 116. The first directional indicator 134 guides the user in correctly threading the cord 112 through the first device clip 104. The first device clip 104 secures the mobile device 116 within the mobile device holder 100 together with the second device second device clip 106. Its design ensures a firm grip on the first device side 118, preventing the device from moving or falling out.

[0096] The first device clip 104 may incorporate a first cord channel 132. The first cord channel 132 facilitates threading of the cord 112 onto the first device clip 104. In some configurations, the first cord channel 132 guides the cord 112 to the second device clip 106.

[0097] Figure 4 presents another cross-sectional view of the first device clip 104, offering a dif-ferent perspective on its internal structure and interaction with the cord 112. This view highlights the arrangement of the third cord channel 144 and its relationship to the first clip front wall 136, the first clip rear wall 138, the first recess 140, and the first directional indicator 134.

[0098] This figure emphasises the path of the cord 112 as it passes through the third cord channel 144 of the first device clip 104.

[0099] Figure 5 offers a perspective view of the third device clip 108 together with the cord 112. This view showcases the third clip front wall 150, third clip rear wall 152, third recess 154, third directional indicator 178, fourth cord channel 146, and enlarged channel opening P4620W000

[0100] 142. The third device clip 108 secures the mobile device 116 within the mobile device holder 100. Its design ensures a secure engagement on the third device side 122 and the first device corner 124, preventing the device from moving or falling out.

[0101] The third clip front wall 150 and third clip rear wall(s) 152 form the third recess 154, which securely accommodates the first device corner 124 of the mobile device 116. The fourth cord channel 146 facilitates the threading of the cord 112 through the third device clip 108. This combination of features contributes to a secure, user-friendly, and adaptable mobile device 116 holding solution. The third device clip 108 as shown in Figure 5 is arranged to engage the first device corner 124. In this arrangement, the mobile device cradle 102 also comprises the fourth device clip 110 which is arranged to engage the second device corner 126. The third device clip 108 is a mirror image of the fourth device clip 110 and engage the cord 112 and the mobile device 116 in the same way. In some examples the third device clip 108 is identical to the fourth device clip 110.

[0102] Figure 6 provides a perspective view of the cord 112 without the mobile device cradle 102. This isolated view focuses on the structure and configuration of the cord 112, particularly the at least one cord loop 182, the cord first free end 184, the cord second free end 186, and the cord cross connecting portion 188. This view clarifies the path of the cord 112 and how the cord 112 interacts with other components of the mobile device holder 100. The path shown in Figure 6 is exemplary and an illustration of one path that the cord 112 can take between the first device clip 104, the second device clip 106, the third device clip 108, and the fourth device clip 110. However, the mobile device cradle 102 can be connected together by the cord 112 with a different cord path.

[0103] This figure illustrates the cord 112 in a free state, emphasising its flexibility and adaptability. The at least one cord loop 182 is formed by the cords 112 and arranged to suspend the mobile device holder 100 from an object. The cord cross connecting portion 188 is a segment of the cord 112 that connects the first device clip 104 and the second device clip 106, contributing to the holder's adjustability and secure grip.

[0104] The cord cross connecting portion 188 joins the first device clip 104 and the second device clip 106. In some examples the cord cross connecting portion 188 is optionally elastic or partially elastic. In some designs, the cord 112 includes the cord cross connecting portion 188. The cord cross connecting portion 188 may extend parallel between the first device clip 104 and the second device clip 106. Alternatively, it may be twisted or overlapping between the clips e.g. as shown in Figure 17. Across cord lock 196 may also be included in the cord cross connecting portion 188 e..g as shown in Figure 18. When the first device P4620W000

[0105] clip 104 engages the first device side 118 and the second device clip 106 engages the second device side 120, the cord cross connecting portion 188 may be under tension. Figures 7 to 12 respectively show a plurality of perspective views of a cord lock 114. Each of Figures 7 to 12 show a different example of a cord lock 114. The cord lock 114 comprises a cord lock through channel 192 and a locking channel 190.

[0106] The cord lock through channel 192 allows the cord 112 to pass through the cord lock 114, while the locking channel 190 secures the cord 112 at a fixed position. This mechanism enables users to adjust the length of the cord 112 and maintain the desired hanging position for their mobile device 116. The cord lock through channel 192 allows the relative position of the cord lock 114 on the cord 112 to be adjusted. At the same time the cord lock through channel 192 retains the cord lock 114 on the cord 112. The locking channel 190 fixes the cord 112 with respect to the cord lock 114 and thereby fixing the cord first free end 184 or the cord second free end 186. The locking channel 190 uses friction to retain the cord 112. This can be achieved with a labyrinthine pathway, a narrowing of the locking channel 190 or any other suitable means for retaining the cord 112 with friction. The cord lock 114 provides a simple yet effective means of adjusting the length of the cord 112, allowing users to customise the hanging position of their mobile device 116. The locking channel 190 ensures that the cord 112 remains securely in place once adjusted, preventing accidental slippage or changes in length. This feature enhances the stability and reliability of the mobile device holder 100, providing users with a secure and adaptable solution for holding and positioning their mobile device 116.

[0107] The cord lock 114 may incorporate a cord lock through channel 192. The cord lock through channel 192 allows secure passage of cord 112 through the channel 192.

[0108] The cord lock 114 may have a locking channel 190. This locking channel 190 secures the cord first free end 184 or the cord second free end 186 at a fixed position.

[0109] Figure 13 presents a perspective view of the mobile device holder 100 in a different configuration. This view showcases an alternative arrangement of the mobile device cradle 102, the various device clips (first device clip 104, second device clip 106, third device clip 108, and fourth device clip 110), the cord 112, and the cord lock 114.

[0110] In this arrangement, the mobile device cradle 102 has been reconfigured and the first device clip 104, the second device clip 106, the third device clip 108, and the fourth device clips 110 have been moved with respect to the cord 112. For example, the user has slid one or more clips along the cord 112. This alternative arrangement demonstrates the P4620W000

[0111] adaptability of the mobile device holder 100 to accommodate different user preferences and mobile device 116 sizes. It can be seen from Figure 13 that the first device clip(s) 104 and the second device clip(s) 106 are now closer together.

[0112] In this configuration, the cord cross connecting portion 188 has been shortened by moving the clips with respect to the cord 112.

[0113] The mobile device holder 100, in this configuration, addresses the need for secure and ergonomic placement of mobile device 116, particularly during travel. The cord cross connecting portion 188 adds an extra layer of stability, ensuring a firm grip on the device. The adjustable nature of the cord 112 and the cord lock 114 allows for flexible positioning and convenient hanging. The cord loop 182, formed by the cord 112 and the cord lock 114, facilitates easy suspension from various objects. The free ends of the cords 112 (cord first free end 184(s) 184 and cord second free end 186) are secured by the cord lock 114, ensuring a stable and reliable hanging mechanism.

[0114] Figure 14 provides a perspective view of the mobile device holder 100 with a different configuration of the cord 112.

[0115] This configuration, similar to the one shown in Figure 13, features the cord cross connecting portion 188, which connects the first device clip 104 and the second device clip 106. In addition, the mobile device cradle 102 comprises a second cord loop 194. The second cord loop 194 connects the second device clip 106 to the cord cross connecting portion 188. This loop can be elastic, providing additional flexibility and adaptability to different mobile device 116 sizes.

[0116] The second cord loop 194 connects the second device clip 106 to the cord cross connecting portion 188. In some configurations, the second device clip 106 may include the second cord loop 194. The second cord loop 194 may be elastic. In this arrangement the second cord loop 194 can provide tension to the cord cross connecting portion 188. Accordingly the second cord loop 194 can be elastic whilst the rest of the cord 112 can be an inextensible material in a direction along the length of the cord 112.

[0117] Figure 15 provides a close-up perspective view of the mobile device holder 100, focusing on the interaction between the mobile device cradle 102 and the mobile device 116. This view highlights the arrangement of the first device clip 104, second device clip 106, third device clip 108, and the cord 112, particularly the cord cross connecting portion 188. This detailed view clarifies how these components work together to securely grip and hold the mobile device 116. P4620W000

[0118] This close-up perspective emphasises the cord cross connecting portion 188 and its role in connecting the first device clip 104 and the second device clip 106. The cord cross connecting portion 188 can be optionally made of elastic material, allowing for flexibility and adaptability to different mobile device 116 sizes. The first device clip 104 engages the first device side 118 of the mobile device 116, while the second device clip 106 engages the second device side 120. The third device clip 108 engages the third device side 122, providing additional stability and preventing the device from rotating or shifting. Here the third device clip 108 engages the middle of the third device side 122. In this way, the form of the third device clip 108 is similar to the first device clip 104 and the second device clip 106.

[0119] The cord 112 threads through these clips, creating a secure and adjustable cradle for the mobile device 116. The cord cross connecting portion 188 enhances the grip on the device by providing a direct connection between the first device clip 104 and the second device clip 106.

[0120] Figure 16 provides a perspective view of a mobile device 116, illustrating its various sides and corners. The figure labels the mobile device front surface 128, mobile device rear surface 130, first device side 118, second device side 120, third device side 122, first device corner 124, and second device corner 126. These labels correspond to the points of contact and engagement between the mobile device 116 and the various clips of the mobile device holder 100.

[0121] The purpose of Figure 16 is to define the terminology used to describe the different surfaces and edges of the mobile device 116. By clearly identifying the first device side 118, second device side 120, and third device side 122, the patent clarifies how the mobile device holder 100 interacts with the mobile device 116. The identification of the first device corner 124 and second device corner 126 further specifies the points of engagement for the clips of the mobile device holder 100.

[0122] This figure also helps to illustrate the versatility of the mobile device holder 100. The holder is designed to accommodate various mobile devices 116 sizes and orientations, ensuring compatibility with a wide range of phones and tablets. The clear labelling of the mobile device 116 's features in Figure 16 aids in understanding how the holder's clips engage with these features to provide a secure and stable hold. This visual representation clarifies the invention's scope and applicability, demonstrating its ability to accommodate diverse mobile device 116 designs.

[0123] The mobile device 116 may include a front surface. The mobile device front surface 128 P4620W000

[0124] may have a screen. The mobile device front surface 128 may also have a bezel.

[0125] The mobile device 116 may have a rear surface. The mobile device rear surface 130 may be positioned opposite the mobile device front surface 128.

[0126] The mobile device 116 includes a first device side 118. The first device side 118 can be either a long side or a short side of the mobile device 116.

[0127] The mobile device 116 includes a second device side 120. The second device side 120 may be opposite the first device side 118 on the mobile device 116. The second device side 120 can be a long side or a short side of the mobile device 116.

[0128] The mobile device 116 includes a third device side 122. The third device side 122 may extend between the first device side 118 and the second device side 120. The third device side 122 can be either a long side or a short side of the mobile device 116.

[0129] The mobile device 116 may have a first device corner 124. The first device corner 124 may connect the first device side 118 and the third device side 122.

[0130] The mobile device 116 may include a second device corner 126. The second device corner 126 may connect the second device side 120 and the third device side 122.

[0131] Figure 17 offers an additional perspective view of the mobile device holder 100, showcasing its application with a mobile device 116. This view illustrates how the various components of the holder interact with the mobile device 116 to provide a secure and stable grip. The figure highlights the arrangement of the device clips (first device clip(s) 104, second device clip 106, third device clip 108, and fourth device clip 110) and the cord 112, demonstrating how they work together to hold the mobile device 116 in place.

[0132] The mobile device holder 100, as depicted in Figure 17, addresses the need for a reliable and adaptable solution for holding and positioning mobile device 116. Its design ensures a firm grip on the device, preventing movement or accidental dislodgement.

[0133] In particular, the thread path of the cord 112 as shown in Figure 17 is different from previously discussed. The cord 112 extends from the first cord channel 132 in the first device clip 104 to the second cord channel 156 of the second device clip 106. The second cord channel 156 guides the cord 112 from the second device clip 106 to the fifth cord channel 158 of the fourth device clip 110. The cord 112 extends from the fifth cord channel 158 to the fourth cord channel 146 of the third device clip 108. The cord 112 then extends from the fourth cord channel 146 to the third cord channel 144 of the first device clip 104. The cord 112 finally extends to the sixth cord channel 160 of the second device clip 106. P4620W000

[0134] The mobile device holder 100 and the mobile device cradle 102 is the same as previously discussed.

[0135] Figure 18 offers a perspective view of the mobile device holder 100 with a focus on the cord cross connecting portion 188 and the cross cord lock 196. This view illustrates how the cord cross connecting portion 188 connects the first device clip 104 and the second device clip 106, and how the cross cord lock 196 secures and tensions the cord cross connecting portion 188. This arrangement enhances the stability and adjustability of the holder, allowing for a secure grip on the mobile device 116.

[0136] This figure highlights the interaction between the cord cross connecting portion 188 and the cross cord lock 196. The cord cross connecting portion 188 is a segment of the cord 112 that directly connects the first device clip 104 and the second device clip 106. The cross cord lock 196 is a mechanism used to secure and tension the cord cross connecting portion 188. By adjusting the cross cord lock 196, users can fine-tune the tension on the cord cross connecting portion 188, ensuring a secure and customised fit for various mobile devices 116 sizes.

[0137] The cross cord lock 196 can be any suitable mechanism that allows for adjusting and securing the tension on the cord cross connecting portion 188. Examples include a sliding lock, a spring-loaded clamp, or a cinch mechanism. Alternatively, the cross cord lock 196 is the same as the cord lock 114 as discussed in reference to Figures 7 to 12. The specific design of the cross cord lock 196 can vary depending on the desired functionality and aesthetics of the mobile device holder 100. The use of a cross cord lock 196 enhances the adjustability and stability of the holder, providing a secure and adaptable solution for holding and positioning mobile device 116. This feature allows users to customise the fit of the holder to their specific device, ensuring a secure grip and preventing accidental slippage or drops. The tension provided by the cross cord lock 196 also contributes to the overall stability of the holder, enhancing its ability to securely support the mobile device 116 in various orientations and during movement.

[0138] The cross cord lock 196 may secure the cord cross connecting portion 188.

[0139] The cord cross connecting portion 188 is held together under tension by the cross cord lock 196.

[0140] When the first device clip 104 engages the first device side 118 and the second device clip 106 engages the second device side 120, the cord cross connecting portion 188 may be under tension. This tension biases the first and second device clips 104, 106 towards each other, ensuring a secure grip on the mobile device 116. The tension can be achieved P4620W000

[0141] in several ways. In some examples, the cord 112 is elastic, and the inherent elasticity of the cord material provides the tension. In other examples, the cord 112 is non-elastic, and tension is achieved through the frictional engagement between the cord 112 and the channels of the device clips as previously described. As the clips are pulled apart by the thickness of the mobile device 116, the cord cross connecting portion 188 resists this separation due to the friction between the cord and the clip channels, thereby creating tension and the biasing force. In further examples, a cross cord lock 196 may be used to adjust or enhance the tension in the cord cross connecting portion 188.

[0142] Figure 18 also shows a different thread path for the cord 112. The cord 112 extends through the first cord channel 132 in the first device side 118 to the fourth cord channel 146 in the third device clip 108. The cord 112 then extends from the third device clip 108 to the fifth cord channel 158 in the fourth device clip 110. From the fourth device clip 110 the cord 112 extends through the sixth cord channel 160 in the second device clip 106. A difference is that the cord cross connecting portion 188 extends from the third cord channel 144 in the first device clip 104 to the second cord channel 156 in the second device clip 106 back to the third cord channel 144. In this way the cord cross connecting portion 188 forms a separate loop from the cord 112 in the other channels.

[0143] Figure 19 provides another perspective view of the mobile device holder 100 with a mobile device 116 positioned within the cradle. This view showcases the interaction between the mobile device 116 and the various components of the holder, including the first device clip 104, second device clip 106, third device clip 108, and fourth device clip 110. The cord 112 is shown threading through these clips, securing the mobile device 116 within the cradle. Figure 19 shows the cord cross connecting portion 188 being connected to the second device clip 106 via a second cord loop 194. However, in contrast to Figure 14, the second cord loop 194 is part of the cord 112. In this way, the cord 112 loops through itself as part of the cord cross connecting portion 188. This further demonstrates that the cord 112 can be threaded between the different clips in the mobile device cradle 102 along different paths.

[0144] In particular Figure 19, the thread of the cord 112 as shown in Figure 19 is different from previously discussed. The cord 112 extends from the first cord channel 132 from the first device clip 104 and loops back to the third cord channel 144. The cord 112 then extends to the fourth cord channel 146 and the fifth cord channel 158 as previously discussed, reference to e.g. Figure 1. The cord 112 extends from the second cord channel 156 to and loops back to the sixth cord channel 160. The cord 112 forms the cord cross connecting portion 188 by looping through itself as shown in Figure 19. P4620W000

[0145] Turning to Figure 20, the first device clip 104 and the second device clip 106 will be discussed in more detail. Figure 20 shows a top view of the first device clip 104. This is also the same cross-sectional shape for the second device clip 106 and the third device clip 108 (as shown in Figure 15). As mentioned above, the first device clip 104 comprises a first clip front wall 136 and a first clip rear wall 138. In between the first clip front wall 136 and the first clip rear wall(s) 138 a first recess 140 is located. The first recess 140 is spaced to accommodate different thicknesses of mobile device 116. In some examples the distance between the first clip front wall 136 and the first clip rear wall 138 is between 10mm - 15mm. In some examples the distance is 13mm. This means that the shape of the first device clip 104 can accommodate a mobile device 116 having a thickness of between 6mm to 13mm. In some examples, the clips are arranged to receive and engage a mobile device 116 with a mobile phone cover. The first device clip 104 and the second device clip 106 cannot hold a mobile device 116 thicker than the distance between first clip front wall 136 and first clip rear wall 138. However, the mobile device holder 100 can securely hold a mobile device 116 having a range of thicknesses e.g. 6mm to 13mm. The internal surfaces first clip front wall(s) 136, the first clip rear wall 138 and the first clip side wall 198 are angled with respect to each other. As shown in Figure 20 the internal surface of the first clip side wall 198 has an angle with the first clip rear wall 138 of less than 90 degrees. The internal surface of the first clip side wall 198 with the first clip front wall 136 is 90 degrees. The second device clip 106 has a similar structure to the first device clip 104.

[0146] As shown in Figure 21 the first device clip(s) 104 and the second device clip(s) 106 are holding a thick mobile device 116. Here the internal surface of the first clip rear wall(s) 138 and the second clip rear wall(s) 164 are parallel with the mobile device rear surface 130. As shown in Figure 22 the first device clip 104 and the second device clip 106 are holding a thin mobile device 116. Here the internal surface of the first clip front wall 136 and the second clip front wall 166 are parallel with the mobile device front surface 128. At the same time the first clip side wall 198 and the second clip side wall 200 are parallel with the edge of the mobile device 116.

[0147] This means that the thin mobile device 116 is locked securely by the device clips 104, 106. This achieved even though the distance between the first clip front wall 136 and the first clip rear wall 138 is 13mm.

[0148] In some examples, the internal surface of the first clip front wall 136 is inclined towards the first clip rear wall 138. This means that the first clip front wall 136 engages the mobile P4620W000

[0149] device front surface 128 when the mobilde device 116 is thin as shown in Figure 22. The shape and angle of the first clip front wall 136 and the internal surface of the first clip side wall 198 that make the first device clip 104 better engage with the mobile device 116 on the first device side 118, the second device side 120, and the third device side 122. Furthermore the first cord channel 132 (and the sixth cord channel 160 on the second device clip 106) is positioned closer to the first clip front wall 136 than the first clip rear wall 138. This is shown in Figure 20. Accordingly, this causes the mobile device 116 to tilt towards the object when suspended by the cord 112 on an object. This means that the mobile device 116 is tilted towards the user's head which improves the ergonomics of using the mobile device 116 with the mobile device holder 100.

[0150] In another example the mobile device cradle 102 can have another device clip (not shown) that engages a side opposite the third device side 122 on the mobile device 116. Such a device clip will engage the mobile device 116 in the same way as previously discussed with respect to the other device clips.

[0151] Some additional examples will now be described in reference to Figures 23 to 26.

[0152] Figure 23 shows a close up perspective view of the mobile device holder 100. In this example, the mobile device cradle 102 only comprises a first device clip 104 and a second device clip 106. In this case, the mobile device holder 100 is simpler because it has fewer clips and a simple threading route for the cord 112. The first device clip 104 is arranged to engage the first device side 118 and the second device clip 106 is arranged to engage the second second device sides 120. The arrangement as shown in Figure 23 illustrates the first device clip 104 and the second device clip 106 engaging the long side e.g. the first device side 118 and the second device side 120. This means that the mobile device 116 can be suspended by the cord 112 in a landscape orientation. However, in other examples, a first device clip 104 and a second device clip 106 are arranged to engage the short sides of the mobile device 116 e.g. the third device side 122 and the fourth device side (not labelled in Figure 23). A first device clip 104 and a second device clip 106 as shown in Figure 23 engage in the middle of a first device side 118 and a second device side 120 respectively. By engaging the middle of the first device side 118 and the second device side 120, the mobile device 116 remains level and less prone to twisting around the cord 112.

[0153] The cord 112 threads between the first device clip 104 and the second device clip 106 in a similar way to previously discussed examples. However, since there are only a first device clip 104 and a second device clip 106 in the mobile device cradle 102, the threading route P4620W000

[0154] of the cord 112 is simpler. For example, the cord 112 extends from the first cord channel 132 in the first device clip 104 to a second cord channel 156 in the second device clip 106. The cord 112 then extends back to the first device clip 104 and extends through the third cord channel 144. The second second device clips 106 as shown in Figure 23 only needs a single channel. The arrangement as shown in any of Figures 23 to 26 can comprise any of the modifications as shown in the other Figures as well. For example, the cord cross connecting portion 188 can be a separate loop from the cord 112 e.g. as shown in Figure 18. The cord cross connecting portion 188 can be elastic or non-elastic as required. The cord 112 extends from the first device clip 104 and forms the at least one cord loop 182 as previously discussed. For example one or more cord locks 114 (not shown in Figures 23 to 26) are used to form the at least one cord loop 182.

[0155] The first first device clips 104 and the second device clip(s) 106 as shown in Figure 23 have a similar dimension to that shown in the other Figures. However, in some alternative examples, the first device clip 104 and the second device clip 106 can have a different width. That is, the first device clip 104 and the second device clip 106 can engage a longer portion of the first device side 118 and the second second device sides 120 respectively. Indeed, the first device clip 104 and the second device clip 106 can extend and engage along more than 50% of the first device side 118 and second device side 120 respectively. One such example is shown in Figure 24.

[0156] The arrangement as shown in Figure 24 is the same as shown in Figure 23 except that the width of a first device clip 104 and a second device clip 106are different. Here the first device clip 104 is longer in length that the second device clip 106. For example, the length of the first device clip 104 is at least twice the length of second device clip 106. The increased width of the first device clip 104 means that the mobile device cradle(s) 102 and mobile device(s) 116 are less likely to twist around the cord 112.

[0157] The arrangement in Figure 25 is similar to that as shown in Figure 24 except that the first device clip 104 has been replaced with a first device clip 104 and a third device clip 108. In the arrangement as shown in Figure 25, the cord 112 routes in the same way as shown in Figure 24.

[0158] Another arrangement is shown in Figure 26. Here a first device clip 104 engages a first device side 118 and a second device clip 106 engages a second device side 120. In this case, the mobile device cradle 102 only comprises a first device clip 104 and a second device clip 106. In contrast to the previous examples, a first device clip 104 and a second device clip 106 do not engage underneath the mobile device 116. That is, there is no P4620W000

[0159] device clip engaged on a side of the mobile device 116 opposite the at least one cord loop 182. Instead the mobile device cradle 102 only grips the vertical sides of the mobile device 116 in use. As shown in Figure 26, the cord 112 extends from the first device clip 104 to the second device clip 106 several times. Indeed, the cord 112 extends between the first device clip 104 and the second device clip 106 three times. Accordingly, a first first device clips 104 and a second device clip 106 engage and secure the mobile device 116 using frictional forces only.

[0160] As mentioned above the cord cross connecting portion 188 can be elastic to exert a force between the first device clip 104 and second device clip 106. In some other examples another way to achieve elasticity is that at least one of the device clips is elastic. The first device clip 104, second device clip 106, or third device clip 108 can be elastic either by finding softness that would balance stiff enough to hold the edges of the mobile device 116 but at the same time soft enough to provide elasticity. Alternatively, the device clips could be a made of two materials. In this way, the device clips are formed from a 2K injection mold process.

[0161] Example 1. A mobile device holder 100 for a mobile device 116 having a first device side 118, a second device side 120 opposite the first device side 118, and a third device side 122 extending between the first device side 118 and the second device side 120, the mobile device holder 100 comprising:

[0162] a mobile device cradle 102 having:

[0163] a first device clip 104 arranged to engage the first device side 118;

[0164] a second device clip 106 arranged to engage the second device side 120; and a third device clip 108 arranged to engage the third device side 122; and

[0165] a cord 112 arranged to hang the mobile device 116 from an object and threads through the first device clip 104, second device clip 106, and third device clip 108;

[0166] wherein the second device clip 106 is connected to the first device clip 104 via the cord 112.

[0167] Example 2. The mobile device holder 100 according to example 1, wherein the first device clip 104 is arranged to engage the middle of the first device side 118 and the second device clip 106 is arranged to engage the middle of the second device side 120.

[0168] Example 3. The mobile device holder 100 according to any of examples 1 or 2, wherein the first device clip 104 comprises a first cord channel 132 that facilitates threading of the P4620W000

[0169] cord 112 onto the first device clip 104, the second device clip 106 comprises a second cord channel 156 that facilitates threading of the cord 112 onto the second device clip 106 and the third device clip 108 comprises a fourth cord channel 146 that facilitates threading of the cord 112 onto the third device clip 108.

[0170] Example 4. The mobile device holder 100 according to example 3 wherein the first device clip 104 comprises a third cord channel 144 and the second device clip 106 comprises a sixth cord channel 160 for routing the cord 112.

[0171] Example 5. The mobile device holder 100 according to example 3, wherein the first cord channel 132, the second cord channel 156 and the third cord channel 144 respectively has an enlarged channel opening 142 that facilitates easy insertion of the cord 112. Example 6. The mobile device holder 100 according to examples 1 to 5, wherein the second device clip 106 is arranged to exert a force in a direction towards the first device clip 104.

[0172] Example 7. The mobile device holder 100 according to any of examples 1 to 6, wherein the third device clip 108 is arranged to engage a first device corner 124 between the first device side 118 and the third device side 122.

[0173] Example 8. The mobile device holder 100 according to any of examples 1 to 7, wherein mobile device cradle 102 comprises a fourth device clip 110 arranged to engage the third device side 122.

[0174] Example 9. The mobile device holder 100 according to example 8, wherein the fourth device clip 110 is arranged to engage a second device corner 126 between the third device side 122 and the second device side 120.

[0175] Example 10. The mobile device holder 100 according to examples 8 or 9, wherein the fourth device clip 110 comprises a fifth cord channel 158 that facilitates threading of the cord 112 onto the fourth device clip 110.

[0176] Example 11. The mobile device holder 100 according to example 10, wherein the cord 112 is sequentially threaded through the first cord channel 132, second cord channel 156, third cord channel 144, fourth cord channel 146, fifth cord channel 158, and sixth cord channel 160.

[0177] Example 12. The mobile device holder 100 according to any of examples 1 to 11, wherein the first device clip 104, the second device clip 106 and the third device clip 108 respectively comprises a first directional indicator 134, a second directional indicator 176, and a P4620W000

[0178] third directional indicator 178 that indicates the threading direction of the cord 112.

[0179] Example 13. The mobile device holder 100 according to any of examples 1 to 11, wherein the first device clip 104, the second device clip 106, and the third device clip 108 is moveable with respect to each other on the cord 112.

[0180] Example 14. The mobile device holder 100 according to any of examples 1 to 13, wherein the cord 112 is a single length of cord 112.

[0181] Example 15. The mobile device holder 100 according to any of examples 1 to 14, wherein the cord 112 is elastic.

[0182] Example 16. The mobile device holder 100 according to any of examples 1 to 15, further comprising a cord lock 114 that secures the cord 112 at a fixed position.

[0183] Example 17. The mobile device holder 100 according to example 16, wherein the cord lock 114 defines at least one cord loop 182 for suspension by locking the cord first free end 184 and the cord second free end 186 to the cord 112.

[0184] Example 18. The mobile device holder 100 according to any of the examples 1 to 17 wherein the second device clip 106 comprises a second cord loop 194 connecting between the second device clip 106 and the cord 112.

[0185] Example 19. The mobile device holder 100 according to any of the example 1 to 18 wherein the first device clip 104 is connected to the second device clip 106 via a cord cross connecting portion 188.

[0186] Example 20. The mobile device holder 100 according to example 19 wherein the cord cross connecting portion 188 is tensioned via a cross cord lock 196.

[0187] The terminology used herein is for the purpose of describing particular aspects only and is not intended to be limiting of the disclosure. As used herein, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. As used herein, the term "and / or" includes any and all combinations of one or more of the associated listed items. It will be further understood that the terms "comprises," "comprising," "includes," and / or "including" when used herein specify the presence of stated features, integers, actions, steps, operations, elements, and / or components, but do not preclude the presence or addition of one or more other features, integers, actions, steps, operations, elements, components, and / or groups thereof.

[0188] It will be understood that, although the terms first, second, etc., may be used herein to describe various elements, these elements should not be limited by these terms. These P4620W000

[0189] terms are only used to distinguish one element from another. For example, a first element could be termed a second element, and, similarly, a second element could be termed a first element without departing from the scope of the present disclosure.

[0190] Relative terms such as "below" or "above" or "upper" or "lower" or "horizontal" or "vertical" may be used herein to describe a relationship of one element to another element as illustrated in the Figures. It will be understood that these terms and those discussed above are intended to encompass different orientations of the device in addition to the orientation depicted in the Figures. It will be understood that when an element is referred to as being "connected" or "coupled" to another element, it can be directly connected or coupled to the other element, or intervening elements may be present. In contrast, when an element is referred to as being "directly connected" or "directly coupled" to another element, there are no intervening elements present.

[0191] Unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this disclosure belongs. It will be further understood that terms used herein should be interpreted as having a meaning consistent with their meaning in the context of this specification and the relevant art and will not be interpreted in an idealized or overly formal sense unless expressly so defined herein.

[0192] It is to be understood that the present disclosure is not limited to the aspects described above and illustrated in the drawings; rather, the skilled person will recognize that many changes and modifications may be made within the scope of the present disclosure and appended claims. In the drawings and specification, there have been disclosed aspects for purposes of illustration only and not for purposes of limitation, the scope of the disclosure being set forth in the following claims.

Claims

P4620W0001. A mobile device holder (100) for a mobile device (116) having a first device side edge (118), a second device side edge (120) opposite the first device side edge (118), and a third device side edge (122) extending between the first device side edge (118) and the second device side edge (120), the mobile device holder (100) comprising:a mobile device cradle (102) having:a first device clip (104) arranged to engage the first device side edge (118); a second device clip (106) arranged to engage the second device side edge (120); anda third device clip (108) arranged to engage the third device side edge (122); anda cord (112) arranged to hang the mobile device (116) from an object and threads through the first device clip (104), second device clip (106), and third device clip (108);wherein in that the cord (112) is routed from the first device clip (104) to the second device clip (106) and returns to the first device clip (104), thereby forming a cord cross connecting portion (188) that biases the first and second device clips (104, 106) towards each other due to tension in the cord (112).

2. The mobile device holder (100) according to claim 1, wherein the first device clip (104) is arranged to engage the middle of the first device side edge (118) and the second device clip (106) is arranged to engage the middle of the second device side edge (120).

3. The mobile device holder (100) according to any of claims 1 or 2, wherein the first device clip (104) comprises a first cord channel (132) that facilitates threading of the cord (112) onto the first device clip (104), the second device clip (106) comprises a second cord channel (156) that facilitates threading of the cord (112) onto the second device clip (106) and the third device clip (108) comprises a fourth cord channel (146) that facilitates threading of the cord (112) onto the third device clip (108).

4. The mobile device holder (100) according to claim 3 wherein the first device clip (104) comprises a third cord channel (144) and the second device clip (106) comprises a sixth cord channel (160) for routing the cord (112).

5. The mobile device holder (100) according to claim 4, wherein the first cord channel (132), the second cord channel (156) and the fourth cord channel (146) respectively has an enlarged channel opening (142, 162, 148) having a greater diameter than the diameter of the cord (112) that facilitates insertion of the cord (112).P4620W0006. The mobile device holder (100) according to any of claims 1 to 5, wherein the third device clip (108) is arranged to engage a first device corner (124) between the first device side edge (118) and the third device side edge (122).

7. The mobile device holder (100) according to any of claims 1 to 6, wherein mobile device cradle (102) comprises a fourth device clip (110) arranged to engage the third device side edge (122).

8. The mobile device holder (100) according to any of claims 1 to 7, wherein the first device clip (104), the second device clip (106) and the third device clip(108) respectively comprises a first directional indicator (134), a second directional indicator (176), and a third directional indicator (178) that indicates the threading direction of the cord (112).

9. The mobile device holder (100) according to any of claims 1 to 8, wherein the first device clip (104), the second device clip (106), and the third device clip (108) is moveable with respect to each other on the cord (112).

10. A mobile device holder (100) for a mobile device (116) having a first device side edge (118), a second device side edge (120) opposite the first device side edge (118) the mobile device holder (100) comprising:a mobile device cradle (102) having:a first device clip (104) arranged to engage the first device side edge (118); a second device clip (106) arranged to engage the second device side edge (120); anda cord (112) arranged to hang the mobile device (116) from an object and threads through the first device clip (104), second device clip (106); wherein the cord (112) is routed from the first device clip (104) to the second device clip (106) and returns to the first device clip (104), thereby forming a cord cross connecting portion (188) that biases the first and second device clips (104, 106) towards each other due to tension in the cord (112).

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