Abstract: A network-based communication system that includes a dynamic attribution platform using Artificial Intelligence (AI), for identifying a state of a user, at a given moment, while the user is engaged in a product transaction or search journey. Based on analysis provided by the Artificial Intelligence, the system provides a series of gesture driven prompts to the user to capture the specific information from the user to allow for the product transaction to occur or journey to continue.

Abstract: A network-based communication system that includes a dynamic attribution platform using Artificial Intelligence (AI), for identifying a state of a user, at a given moment, while the user is engaged in a product transaction or search journey. Based on analysis provided by the Artificial Intelligence, the system provides a series of gesture driven prompts to the user to capture the specific information from the user to allow for the product transaction to occur or journey to continue.

Abstract: The invention relates to a data processing method and system for advancing in consumer insights analysis, useful in association with at least one store. In one embodiment, this is accomplished by receiving item related data, modeling data, visual representation data of a product/service and their quality or feature information along with benefits. Segmenting each representation data into a plurality of statistical segments based on one or more attributes, the attributes include a set of primary attributes and a set of secondary attributes which are based on product category-specific information and associated image information. Receiving one or more inputs from target profiles to test positive and negative favourability of the segmented attributes by leveraging a geosocial networking application which allows anonymously to swipe to like or dislike or select from a scalar or independent set of response options the segmented data as inputs.

Abstract: A business-consumer communication method in a dynamic attribution platform using Artificial Intelligence (AI), for identifying the consumer at a given moment in the product or search journey and providing a series of gesture driven prompts to the consumer to capture the specific information from the consumer to allow for the product transaction to occur or journey to continue. To make the communication process more relevant and enjoyable to the users.

Abstract: Disclosed herein is an exercise apparatus comprising a conveyor mechanism comprising a continuous track and a plurality of bars movable along the continuous track in a closed loop path. The plurality of bars extend lengthwise in a lateral direction across a width of the conveyor mechanism. The conveyor mechanism has a front side and a back side, opposite the front side. The plurality of bars move in a downward direction along the front side of the conveyor mechanism and in an upward direction along the back side of the conveyor mechanism. The upward direction and the downward direction are perpendicular to the lateral direction. The conveyor mechanism also comprises a plurality of carriage components movable along the plurality of bars in the lateral direction. The conveyor mechanism additionally comprises at least one hold coupled to each carriage component of the plurality of carriage components.

Abstract: Disclosed herein is an exercise apparatus comprising a conveyor mechanism comprising a continuous track and a plurality of bars movable along the continuous track in a closed loop path. The plurality of bars extend lengthwise in a lateral direction across a width of the conveyor mechanism. The conveyor mechanism has a front side and a back side, opposite the front side. The plurality of bars move in a downward direction along the front side of the conveyor mechanism and in an upward direction along the back side of the conveyor mechanism. The upward direction and the downward direction are perpendicular to the lateral direction. The conveyor mechanism also comprises a plurality of carriage components movable along the plurality of bars in the lateral direction. The conveyor mechanism additionally comprises at least one hold coupled to each carriage component of the plurality of carriage components.

Abstract: Techniques are provided for managing a digital wallet on behalf of a user. A user causes one or more value-ascertainable items (such as gift cards) to be reflected in the user's digital wallet. Once a value-ascertainable item is reflected in the digital wallet, the user may access the digital wallet and use the value-ascertainable item to make a purchase from a merchant that is capable of redeeming the value-ascertainable item. Alternatively, an exchange service that maintains the digital wallet allows the user to exchange the value-ascertainable item for another value-ascertainable item, whether of the same type item or a different type of item. The exchanged-for item may be used to make a purchase from a merchant that is capable of redeeming the exchanged-for item.

Abstract: Techniques are provided for allowing a merchant to process third party closed-loop instruments (such as gift cards) as if the closed-loop instruments were open-loop instruments. A customer provides card data of a third party gift card to a merchant, e.g., online or in a merchant store, for the purchase of one or more items provided by the merchant. The merchant sends the gift card data to an intermediary that deducts at least a portion of the balance of the gift card. The intermediary sends an offer for the gift card to the customer. If the customer accepts the offer, then the merchant applies the offer towards the total purchase price of the one or more items.

Abstract: Techniques are provided for providing value to a user in exchange for the user's value-ascertainable item. In one technique, the user, while in a merchant's store, uses a mobile device to scan a QR code that triggers a browser application to send a request to an exchange service over a network. The request includes data that is associated with the merchant. The user provides card data of a particular gift card to the exchange service. The exchange service checks the balance of the card and sends an offer for the card to the user. If the user accepts, then the exchange service sends account information and/or a bar code to the user's mobile device. The account information or bar code can be used immediately by the user to purchase one or more items at the store.

Abstract: Techniques are provided for allowing a merchant to process third party closed-loop instruments (such as gift cards) as if the closed-loop instruments were open-loop instruments. A customer provides card data of a third party gift card to a merchant, e.g., online or in a merchant store, for the purchase of one or more items provided by the merchant. The merchant sends the gift card data to an intermediary that deducts at least a portion of the balance of the gift card. The intermediary sends an offer for the gift card to the customer. If the customer accepts the offer, then the merchant applies the offer towards the total purchase price of the one or more items.

Abstract: Techniques are provided for allowing a merchant to process third party closed-loop instruments (such as gift cards) as if the closed-loop instruments were open-loop instruments. A customer provides card data of a third party gift card to a merchant, e.g., online or in a merchant store, for the purchase of one or more items provided by the merchant. The merchant sends the gift card data to an intermediary that deducts at least a portion of the balance of the gift card. The intermediary sends an offer for the gift card to the customer. If the customer accepts the offer, then the merchant applies the offer towards the total purchase price of the one or more items.

Abstract: Techniques are provided for allowing a merchant to process third party closed-loop instruments (such as gift cards) as if the closed-loop instruments were open-loop instruments. A customer provides card data of a third party gift card to a merchant, e.g., online or in a merchant store, for the purchase of one or more items provided by the merchant. The merchant sends the gift card data to an intermediary that deducts at least a portion of the balance of the gift card. The intermediary sends an offer for the gift card to the customer. If the customer accepts the offer, then the merchant applies the offer towards the total purchase price of the one or more items.

Abstract: Techniques are provided for allowing a merchant to process third party closed-loop instruments (such as gift cards) as if the closed-loop instruments were open-loop instruments. A customer provides card data of a third party gift card to a merchant, e.g., online or in a merchant store, for the purchase of one or more items provided by the merchant. The merchant sends the gift card data to an intermediary that deducts at least a portion of the balance of the gift card. The intermediary sends an offer for the gift card to the customer. If the customer accepts the offer, then the merchant applies the offer towards the total purchase price of the one or more items.

Abstract: Techniques are provided for allowing a merchant to process third party closed-loop instruments (such as gift cards) as if the closed-loop instruments were open-loop instruments. A customer provides card data of a third party gift card to a merchant, e.g., online or in a merchant store, for the purchase of one or more items provided by the merchant. The merchant sends the gift card data to an intermediary that deducts at least a portion of the balance of the gift card. The intermediary sends an offer for the gift card to the customer. If the customer accepts the offer, then the merchant applies the offer towards the total purchase price of the one or more items.

Abstract: The present invention is for a golf training aid designed to teach a golfer the correct path to swing a golf club from the set up position to the top of the swing to impact and follow through. Specifically, this invention includes a golf training aid in the form of a tubular frame with adjustable poles, preferably made of light weight aluminum or PVC (polyvinyl chloride). The golf training aid trains a golfer by using a swing board which is set up at the correct shaft angle plane which guides the shaft of the club back approximately 18 inches. As a result of the slight friction between the swing board and the golf club shaft, the golfer will feel the correct path of their swing going back. Two shaft plane guides are provided at the waist height of the golfer. The shaft plane guides are adjustable and permit the golfer to identify their correct backswing and downswing.

Abstract: The present invention is for a golf training aid designed to teach a golfer the correct path to swing a golf club from the set up position to the top of the swing to impact and follow through. Specifically, this invention includes a golf training aid in the form of a tubular frame with adjustable poles, preferably made of light weight aluminum or PVC (polyvinyl chloride). The golf training aid trains a golfer by using a swing board which is set up at the correct shaft angle plane which guides the shaft of the club back approximately 18 inches. As a result of the slight friction between the swing board and the golf club shaft, the golfer will feel the correct path of their swing going back. Two shaft plane guides are provided at the waist height of the golfer. The shaft plane guides are adjustable and permit the golfer to identify their correct backswing and downswing.

Abstract: An isolator mount with shock and vibration applications is presented. Specifically, the invention is comprised of an energy dissipating material disposed between deflectable elements. The invention is capable of damping small disturbance excitations and mitigating large shocks. The invention transfers mechanical energy to the dissipating materials via device structure and matrix. Materials dissipate shock and vibration either as heat or magnet energy. The invention includes a semi-passive mode for harsh environments and an active mode for benign environments. A snap-together modular embodiment with quasi-static adjustability enables two or more isolators to address a wide variety of conditions and to respond to changing conditions.

Abstract: An isolator mount for the active dissipation of shocks and vibrations is presented. The invention includes at least one energy dissipating layer and deflectable elements so as to provide soft damping for small disturbance excitations, yet remaining sufficiently stiff to mitigate large shocks. The mount transfers mechanical energy to the dissipating layers via the device structure. Dissipating layers convert shock and vibration energies to either heat or magnetic energy.

Abstract: An isolator mount capable of dissipating shocks and vibrations is presented. The present invention includes a mount which is load bearing and capable of withstanding repeated deflections and strains, at least two damping layers composed of an energy damping viscoelastic polymer, and at least two constraining layers composed of an energy damping alloy. Each layer of energy damping viscoelastic polymer is separately disposed and bonded to the exterior of the mount. One constraining layer is bonded to and substantially covers each damping layer. Damping and constraining layers minimize the stiffness change to the mount.

Abstract: A passive isolator mount capable of dissipating shocks and vibrations as either heat or magnetic energy is presented. The passive isolator includes a pair of L-shaped or C-shaped brackets capable of withstanding repeated deflections and strains, energy dissipating layers disposed along each bracket, and a bond layer. The energy dissipating layers are composed of a rare earth element or alloy, a ferromagnetic shape alloy, a magnetic shape memory alloy, a magnetostrictive alloy, a magneto-mechanical alloy, a super-elastic alloy, or a combination thereof. The bond layer is disposed between and adheres one energy dissipating layer along a first bracket to an energy dissipating layer along a second bracket so that the resultant passive isolator is C-shaped. Energy dissipating and bond layers completely bisect the passive isolator either widthwise through the thickness of the L-shaped brackets or lengthwise through the thickness of the C-shaped brackets.