Abstract: Methods and systems for an electronic package for a vehicle are provided. In one example, the electronic package includes a chassis having a plurality of bent tabs forming a plurality of respective vent openings in the chassis, and a circuit board coupled to the chassis, wherein the bent tabs directly contact the circuit board.

Abstract: An electronic device having at least one circuit board. The circuit board has a predetermined pattern of solder bumps facilitating a ground connection with a first enclosure member and/or a second enclosure member. The at least one circuit board is sandwiched between the first and second enclosure members, each of the first and second enclosure members has a surface facing the circuit board and the surface facing the circuit board has a bead extending therefrom contacting the predetermined pattern of solder bumps to complete the ground connection.

Abstract: An electronic device having at least one circuit board. The circuit board has a predetermined pattern of solder bumps facilitating a ground connection with a first enclosure member and/or a second enclosure member. The at least one circuit board is sandwiched between the first and second enclosure members, each of the first and second enclosure members has a surface facing the circuit board and the surface facing the circuit board has a bead extending therefrom contacting the predetermined pattern of solder bumps to complete the ground connection.

Abstract: A display assembly for a vehicle includes a support chassis having a recess, and a display module at least partially received within the recess, the display module having a front side and a back side. A cover lens is attached to the front side of the display module with a bonding material and coupled to the support chassis in a floating mounting arrangement using a flexible adhesive.

Abstract: A network outage and redundancy module which provides improved security, platform independence and continuity in information between financial hardware and enterprise applications.

Abstract: An electronic device having at least one circuit board. The circuit board has a predetermined pattern of solder bumps facilitating a ground connection with a first enclosure member and/or a second enclosure member. The at least one circuit board is sandwiched between the first and second enclosure members, each of the first and second enclosure members has a surface facing the circuit board and the surface facing the circuit board has a bead extending therefrom contacting the predetermined pattern of solder bumps to complete the ground connection.

Abstract: An electronic device having at least one circuit board. The circuit board has a predetermined pattern of solder bumps facilitating a ground connection with a first enclosure member and/or a second enclosure member. The at least one circuit board is sandwiched between the first and second enclosure members, each of the first and second enclosure members has a surface facing the circuit board and the surface facing the circuit board has a bead extending therefrom contacting the predetermined pattern of solder bumps to complete the ground connection.

Abstract: A network outage and redundancy module which provides improved security, platform independence and continuity in information between financial hardware and enterprise applications.

Abstract: A network outage and redundancy module which provides improved security, platform independence and continuity in information between financial hardware and enterprise applications.

Abstract: A system for efficient allocation of resources in a financial services branch includes a branch computer system and a remote solutions server which are in communication with a core banking server. The branch computer system includes various computer, network devices and equipment for branch operations. A plurality of customer devices, such as smartphones and tablet computers, can be connected to a remote solutions server. Each such device can be pre-configured with a remote banking application (“app”) allowing a respective customer to use the device to communicate with the remote solutions server to perform the remote banking. The remote solutions server facilitates remote banking wherein transactions can be completed using in-branch banking equipment. Additionally, the banking customer may schedule time with banking personnel using this application, wherein the meeting can take place at the same branch where the transaction will be completed.

Abstract: The present disclosure relates to a system that includes at least one information kiosk, a server connected to the at least one information kiosk, a local network, and a plurality of browser-enabled computing devices connected to the server via the local network; wherein, the server is configured to alert one or more of the browser-enabled computing devices regarding a user of the information kiosk. The information kiosk is navigable, preferably by touch using a touch screen. In an embodiment, the touch screen includes at least one help widget that a user can select so as to be provided with assistance in real time. Browser-enabled computing device users have the opportunity to review assistance requests in the customer alert queue, and either accept or reject the assistance requests. In another embodiment, the system can generate strategic alerts without an express request for assistance from the user of the information kiosk.

Abstract: A network outage and redundancy module which provides improved security, platform independence and continuity in information between financial hardware and enterprise applications.

Abstract: A network outage and redundancy module which provides improved security, platform independence and continuity in information between financial hardware and enterprise applications.

Abstract: A system for efficient allocation of resources in a financial services branch includes a branch computer system and a remote solutions server which are in communication with a core banking server. The branch computer system includes various computer, network devices and equipment for branch operations. A plurality of customer devices, such as smartphones and tablet computers, can be connected to a remote solutions server. Each such device can be pre-configured with a remote banking application (“app”) allowing a respective customer to use the device to communicate with the remote solutions server to perform the remote banking. The remote solutions server facilitates remote banking wherein transactions can be completed using in-branch banking equipment. Additionally, the banking customer may schedule time with banking personnel using this application, wherein the meeting can take place at the same branch where the transaction will be completed.

Abstract: A system for efficient allocation of resources in a financial services branch includes a branch computer system and a remote solutions server which are in communication with a core banking server. The branch computer system includes various computer, network devices and equipment for branch operations. A plurality of customer devices, such as smartphones and tablet computers, can be connected to a remote solutions server. Each such device can be pre-configured with a remote banking application (“app”) allowing a respective customer to use the device to communicate with the remote solutions server to perform the remote banking. The remote solutions server facilitates remote banking wherein transactions can be completed using in-branch banking equipment. Additionally, the banking customer may schedule time with banking personnel using this application, wherein the meeting can take place at the same branch where the transaction will be completed.

Abstract: A network outage and redundancy module which provides improved security, platform independence and continuity in information between financial hardware and enterprise applications.

Abstract: An improved alternator system for replacing an OEM Ford IAR alternator system. The improved alternator system includes a rectifier with increased heat dissipation qualities and decreased heat generation qualities and configured to maintain secure electrical connections. The alternator system is further configured to provide optimum electrical output by providing the rotor and the stator with additional turns or windings of heavier gauge wire whereby the alternator is capable of inducing a stabilized output current of at least about 52 amperes of current at about 1600 revolutions per minute of the rotor.

Abstract: A portable generator assembly comprising an alternator installable in a vehicle, and a power converter. The alternator includes an AC output port electrically connected to the stator windings of the alternator for receiving the AC output signal, and providing access to the AC output signal such that the AC output signal can provide AC power at a location outside of the alternator's housing. The power converter is provided with a transformer, a frequency changer, and an electrical outlet. The transformer receives the AC output signal from the AC output port and increases the voltage of the AC output signal to at least about 120 V. The frequency changer receives the AC output signal having the increased voltage, and converts the frequency of the AC output signal to a frequency between about 45 to about 65 Hz. The electrical outlet receives the AC output signal having the increased voltage and converted frequency.

Abstract: The present invention relates to a replacement alternator constructed to replace an existing CS-130 alternator in a vehicle where the CS-130 alternator was disposed in a predetermined alternator space within the vehicle. The alternator space has a predetermined length, width and height. The alternator comprises a housing defining an alternator interior space. The housing is sized to fit within the predetermined alternator space. A rotor coil having a plurality of wire windings wound thereabout is disposed in the alternator interior space of the housing and rotatably supported by the housing. The wire windings of the rotor coil have an electrical current flowing therethrough for generating a rotating magnetic field as the rotor coil rotates. Means are provided for selectively rotating the rotor coil at a speed of at least 1600 revolutions per minute. The alternator includes a stator positioned in the rotating magnetic field generated by the rotor coil and supported by the housing.

Abstract: An improved alternator system for replacing an OEM Ford IAR alternator system. The improved alternator system includes a rectifier with increased heat dissipation qualities and decreased heat generation qualities and configured to maintain secure electrical connections. The alternator system is further configured to provide optimum electrical output by providing the rotor and the stator with additional turns or windings of heavier gauge wire whereby the alternator is capable of inducing a stabilized output current of at least about 52 amperes of current at about 1600 revolutions per minute of the rotor.