The present invention relates to a finger grip for a smart device, including: a bonding sheet having a bonding surface attached to one side of an outer surface of the smart device; a guide sheet coupled to one side surface of the bonding sheet and having a guide slot formed on one side thereof and a coupling groove formed on the other side thereof; a variable sheet laminated on one side surface of the guide sheet and having a fusion portion formed correspondingly to the coupling groove and a slide pin formed protrudingly therefrom to pass through the guide slot; a fixing rivet coupled to the slide pin of the variable sheet to prevent the slide pin from escaping from the guide slot; and a printed film coupled to one side surface of the variable sheet.

This present invention relates to a case or package carrier for holding consumer goods, such as bottles of water, juice, or other beverages or drinks, and enables a user to easily carry and lift the case carrier. The case or package carrier comes with either an integrated handle or a standalone handle, which may be applied by the user to the carrier. Additionally, the handle of the case carrier is made of a durable collapsible plastic which allows the user to save space while storing the cases, as the user can easily stack the cases one on top of the other. The case carrier helps to reduce the strain on the user's back and body due to lifting of the cases.

This present invention relates to a consumer convenience accessory that enables an individual to comfortably yet manually transport a large number of items, such as carry bags, from one place to another. The accessory is a hand carrying device that is comprised of a handle portion and a lower arm and/or hooks that extend downwardly therefrom to support a plurality of carry bags each having a handle. In one embodiment, the carrying device may further comprise one or more repositionable arms to further secure the carry bags during transport and/or a hand sanitizer dispensing mechanism.

A tool box has a box body and a handle. The box body has a mounting portion mounted at the box body. The mounting portion has an upper positioning recess and a lower positioning recess. The handle has a holding portion, a connecting portion, and a marking portion. The holding portion is an elongated board and is engaged with the lower positioning recess, a cross section of the holding portion being U-shaped with an opening facing upward. The connecting portion is formed at an inner end of the holding portion and is an upright board. The marking portion is formed at a top portion of the connecting portion and is an elongated board and is engaged with the upper positioning recess, a cross section of the marking portion being U-shaped with an opening facing downward.

A tool box has a box body and a handle. The box body has a mounting portion mounted at the box body. The mounting portion has an upper positioning recess and a lower positioning recess. The handle has a holding portion, a connecting portion, and a marking portion. The holding portion is an elongated board and is engaged with the lower positioning recess, a cross section of the holding portion being U-shaped with an opening facing upward. The connecting portion is formed at an inner end of the holding portion and is an upright board. The marking portion is formed at a top portion of the connecting portion and is an elongated board and is engaged with the upper positioning recess, a cross section of the marking portion being U-shaped with an opening facing downward.

A flexible, stretchable, and adjustable strap that is designed to be used with most commercially available smartphone cases to assist the user in holding and using their smartphone is provided. This strap is easily installed on and removed from such cases in minutes, without adhesive, modifications to the case, or any structure permanently attaching the strap to the case, allowing the user to use the same strap on a different case or to change straps without the need to purchase a new case. The strap, consisting of a stretchy/elastic material with hook and loop fasteners on each end that enable connection to form a loop through the existing ports on the case, is positioned to lie flat and tight against the back of the case and may be stretched from this resting position to accommodate the user's fingers, hand or other objects to steadily hold the cased smartphone. In addition to the improved functionality provided for smartphone use, the strap is designed so that logos remain visibly identifiable/recognizable and only minimally or not at all deform upon stretching the strap during use and non-use, which provides a new medium for personal expression and unprecedented promotional and advertising value to companies and organizations to connect with their customers or members and to reach potential customers and members by using the strap to identify their name, brand, message or other logo that they seek to promote.

The present invention relates to a finger grip for a smart device, including: a bonding sheet having a bonding surface attached to one side of an outer surface of the smart device; a guide sheet coupled to one side surface of the bonding sheet and having a guide slot formed on one side thereof and a coupling groove formed on the other side thereof; a variable sheet laminated on one side surface of the guide sheet and having a fusion portion formed correspondingly to the coupling groove and a slide pin formed protrudingly therefrom to pass through the guide slot; a fixing rivet coupled to the slide pin of the variable sheet to prevent the slide pin from escaping from the guide slot; and a printed film coupled to one side surface of the variable sheet.

A finger grip for a smart device, including: a bonding sheet having a bonding surface attached to one side of an outer surface of the smart device; a guide sheet coupled to one side surface of the bonding sheet and having a guide slot formed on one side thereof and a coupling groove formed on the other side thereof; a variable sheet laminated on one side surface of the guide sheet and having a fusion portion formed correspondingly to the coupling groove and a slide pin formed protrudingly therefrom to pass through the guide slot; a fixing rivet coupled to the slide pin of the variable sheet to prevent the slide pin from escaping from the guide slot; and a printed film coupled to one side surface of the variable sheet.

A device (100) for distributing the weight of a hand-held load, the device (100) comprising a first portion (1) arranged for attachment to the wrist, arm or hand of a user of the device (100); and a second portion (2) arranged to support, at least in part, the weight of the hand-held load; wherein the first and second portions (1,2) are formed from a single piece of material.

The present invention relates to a finger grip for a smart device, including: a bonding sheet having a bonding surface attached to one side of an outer surface of the smart device; a guide sheet coupled to one side surface of the bonding sheet and having a guide slot formed on one side thereof and a coupling groove formed on the other side thereof; a variable sheet laminated on one side surface of the guide sheet and having a fusion portion formed correspondingly to the coupling groove and a slide pin formed protrudingly therefrom to pass through the guide slot; a fixing rivet coupled to the slide pin of the variable sheet to prevent the slide pin from escaping from the guide slot; and a printed film coupled to one side surface of the variable sheet.