Abstract: Described herein is a custom filtering computer system for enabling custom filtering and management of tabular data does not require any computer language or similar training for the user. The custom filtering computer system configured to: receive filter criteria from a user computer device; retrieve filtered data by querying one or more databases based on the filter criteria, the filtered data including tabular data that matches the filter criteria; receive operations criteria from the user computer device; generate processed data, the processed data comprising the filtered data and operation outputs, by performing the operations defined in the operations criteria and storing the operation outputs with the filtered data; receive display criteria from a user computer device; generate a data display by applying the display criteria to the processed data; and display the data display on an output module of the user computer device.

Abstract: Socks including targeted cushioning zones include various knitted materials disposed within areas of the foot which experience specific conditions during running. Areas of the sock which include cushioning pods correspond to areas of the foot which experience pressure loading. Areas of the sock which include mesh correspond to areas of the foot which produce sweat. Areas of the sock which include ribbing and/or cushioning pods correspond to areas of the foot which have sensitive skin.

Abstract: Socks or stockings including integrated gripping systems include gripping material disposed on external surfaces of a sole of the sock and gripping material disposed on internal surfaces of the sock. In some examples, the integrated gripping systems comprise a first set of gripping dots comprising gripping material applied to external surfaces of the sole of the sock and a second set of gripping dots comprising gripping material applied to internal surfaces of the sole of the sock. In some examples, the integrated gripping systems comprise a knitted fabric including gripping yarn, which includes knitted gripping portions disposed on internal surfaces of the sock and external surfaces of the sock.

Abstract: Socks including targeted cushioning zones include various knitted materials disposed within areas of the foot which experience specific conditions during running. Areas of the sock which include cushioning pods correspond to areas of the foot which experience pressure loading. Areas of the sock which include mesh correspond to areas of the foot which produce sweat. Areas of the sock which include ribbing and/or cushioning pods correspond to areas of the foot which have sensitive skin.

Abstract: Socks or stockings including integrated gripping systems include gripping material disposed on external surfaces of a sole of the sock and gripping material disposed on internal surfaces of the sock. In some examples, the integrated gripping systems comprise a first set of gripping dots comprising gripping material applied to external surfaces of the sole of the sock and a second set of gripping dots comprising gripping material applied to internal surfaces of the sole of the sock. In some examples, the integrated gripping systems comprise a knitted fabric including gripping yarn, which includes knitted gripping portions disposed on internal surfaces of the sock and external surfaces of the sock.

Abstract: Systems and methods that facilitate identifying and controlling the systems and subsystems in a vehicle to enable autonomous operation of the vehicle are disclosed. An autonomous vehicle interface (AVI) (the “AVI control system”) can interface with and control the system of the vehicle, thereby enabling control of the vehicle as a whole. Electronic control units may be associated with each of the systems and subsystems in the vehicle, and the AVI may interface with and control these electronic control units over a shared data bus. In order to control particular electronic control units, the systems and methods provide for sampling data packets transmitted by the electronic control units on the shared data bus, measuring the impedance of the shared data bus when data packets are being transmitted, and identifying particular electronic control units based on the measured impedance.

Abstract: A masking package (100) for blind testing of materials stored in a syringe, the masking package (100) comprising: an opaque housing (110) defining a syringe chamber (111) adapted to substantially surround a plunger and at least a portion of a barrel of a syringe; and a plunger extender (130) slidably receivable in the syringe chamber (111) and comprising a coupler (132) adapted to couple to the plunger of a syringe received in the syringe chamber (111), wherein movement of the plunger extender (130) relative to the opaque housing (110) moves the plunger of a syringe received in the syringe chamber (111) relative to the barrel of the syringe; and a masking package (200) for blind testing of materials stored in a vial, the masking package (200) comprising an opaque housing (210) defining a chamber (211) for receiving and surrounding a vial, the housing (210) having a length between an upper end and a lower end and comprising a first housing part (212) and a second housing part (214), the first and second housin

Abstract: Systems and methods that facilitate identifying and controlling the systems and subsystems in a vehicle to enable autonomous operation of the vehicle are disclosed. An autonomous vehicle interface (AVI) (the “AVI control system”) can interface with and control the system of the vehicle, thereby enabling control of the vehicle as a whole. Electronic control units may be associated with each of the systems and subsystems in the vehicle, and the AVI may interface with and control these electronic control units over a shared data bus. In order to control particular electronic control units, the systems and methods provide for sampling data packets transmitted by the electronic control units on the shared data bus, measuring the impedance of the shared data bus when data packets are being transmitted, and identifying particular electronic control units based on the measured impedance.

Abstract: A masking package (100) for blind testing of materials stored in a syringe, the masking package (100) comprising: an opaque housing (110) defining a syringe chamber (111) adapted to substantially surround a plunger and at least a portion of a barrel of a syringe; and a plunger extender (130) slidably receivable in the syringe chamber (111) and comprising a coupler (132) adapted to couple to the plunger of a syringe received in the syringe chamber (111), wherein movement of the plunger extender (130) relative to the opaque housing (110) moves the plunger of a syringe received in the syringe chamber (111) relative to the barrel of the syringe; and a masking package (200) for blind testing of materials stored in a vial, the masking package (200) comprising an opaque housing (210) defining a chamber (211) for receiving and surrounding a vial, the housing (210) having a length between an upper end and a lower end and comprising a first housing part (212) and a second housing part (214), the first and second housin

Abstract: A mobile chair apparatus is described that comprises a drive assembly that preferably includes one or more moveable foot pedals, and drive wheels which rotate in response to rotation of the foot pedals by the mobile chair occupant, and a steering assembly which comprises two steering wheels and at least one tiller, configured such that forward and backward movement of said tiller will translate into movement of both steering wheels, wherein the drive assembly and the steering assembly concurrently enable the mobile chair occupant to propel and steer the mobile chair apparatus without assistance from another person.

Abstract: Systems and methods that facilitate identifying and controlling the systems and subsystems in a vehicle to enable autonomous operation of the vehicle are disclosed. An autonomous vehicle interface (AVI) (the “AVI control system”) can interface with and control the system of the vehicle, thereby enabling control of the vehicle as a whole. Electronic control units may be associated with each of the systems and subsystems in the vehicle, and the AVI may interface with and control these electronic control units over a shared data bus. In order to control particular electronic control units, the systems and methods provide for sampling data packets transmitted by the electronic control units on the shared data bus, measuring the impedance of the shared data bus when data packets are being transmitted, and identifying particular electronic control units based on the measured impedance.

Abstract: Computer bypass systems and methods using a customer portal of a core account computer system to bypass a core account provider computer system are disclosed. One method comprises receiving at a loan computer system a loan request from an electronic client device and obtaining core account access information comprising a core account provider identifier and core account authentication credentials of the client for a customer portal of the core account computer system. The loan computer system can use the core account authentication credentials to access the core account customer portal and obtain a core account balance and a maximum allowable loan limit. The loan computer system can provide machine readable instructions to render a graphical user interface indicating the maximum allowable loan limit and can receive a requested loan amount, which is used to transfer funds from the core fund to create a loan fund.

Abstract: A mobile chair apparatus is described that comprises a drive assembly that preferably includes one or more moveable foot pedals, and drive wheels which rotate in response to rotation of the foot pedals by the mobile chair occupant, and a steering assembly which comprises two steering wheels and at least one tiller, configured such that forward and backward movement of said tiller will translate into movement of both steering wheels, wherein the drive assembly and the steering assembly concurrently enable the mobile chair occupant to propel and steer the mobile chair apparatus without assistance from another person.

Abstract: A mobile chair apparatus is described that comprises a drive assembly that preferably includes one or more moveable foot pedals, and drive wheels which rotate in response to rotation of the foot pedals by the mobile chair occupant, and a steering assembly which comprises two steering wheels and at least one tiller, configured such that forward and backward movement of said tiller will translate into movement of both steering wheels, wherein the drive assembly and the steering assembly concurrently enable the mobile chair occupant to propel and steer the mobile chair apparatus without assistance from another person.

Abstract: A mobile chair apparatus is described that comprises a drive assembly that preferably includes one or more moveable foot pedals, and drive wheels which rotate in response to rotation of the foot pedals by the mobile chair occupant, and a steering assembly which comprises two steering wheels and at least one tiller, configured such that forward and backward movement of said tiller will translate into movement of both steering wheels, wherein the drive assembly and the steering assembly concurrently enable the mobile chair occupant to propel and steer the mobile chair apparatus without assistance from another person.

Abstract: According to one embodiment, a CNG dispenser is provided that includes a user-actuatable button for allowing selection of a pressure to which to fill a vehicle tank with CNG, and a controller for opening a high pressure fill valve to dispense high pressure CNG into the vehicle tank while monitoring the pressure of the vehicle tank until the pressure reaches the user-selected pressure. According to another embodiment, the controller is operable in a selected one of two modes of operation. The two modes of operation include a one-pressure bank operation mode in which only the input of a high pressure fill valve is coupled to a CNG supply line, and a three-pressure bank operation mode in which the inputs of each of three fill valves are coupled to respective CNG supply lines. A graphic fuel gage may be provided on the dispenser payment terminal screen.

Abstract: An apparatus comprising a steering assembly, a drive assembly and a seat, the steering assembly comprises a first armrest connected to a first link arm, and a second armrest connected to a second link arm; a first tie rod connected to the first link arm and a second tie rod connected to the second link arm; a first steering block connected to the first tie rod and a second steering block connected to the second tie rod; a third tie rod interconnecting the first and second steering blocks; and a first and second steering wheel, and/or the drive assembly comprises a first and second drive wheel connected to an axle; a support shaft; foot pedals connected to a crank; a first chain connecting the crank to a gear hub; and a second chain connecting the gear hub to the axles or connecting components of the gear hub.

Abstract: A mobile chair apparatus is described that comprises a drive assembly that preferably includes one or more moveable foot pedals, and drive wheels which rotate in response to rotation of the foot pedals by the mobile chair occupant, and a steering assembly which comprises two steering wheels and two armrests, wherein movement of just one armrest will translate into movement of both steering wheels, and wherein the drive assembly and the steering assembly concurrently enable the mobile chair occupant to propel and steer the mobile chair apparatus without assistance from another person.

Abstract: A mobile chair apparatus is described that comprises a drive assembly that preferably includes one or more moveable foot pedals, and drive wheels which rotate in response to rotation of the foot pedals by the mobile chair occupant, and a steering assembly which comprises two steering wheels and two armrests, wherein movement of just one armrest will translate into movement of both steering wheels, and wherein the drive assembly and the steering assembly concurrently enable the mobile chair occupant to propel and steer the mobile chair apparatus without assistance from another person.

Abstract: An apparatus comprising a steering assembly, a drive assembly and a seat, the steering assembly comprises a first armrest connected to a first link arm, and a second armrest connected to a second link arm; a first tie rod connected to the first link arm and a second tie rod connected to the second link arm; a first steering block connected to the first tie rod and a second steering block connected to the second tie rod; a third tie rod interconnecting the first and second steering blocks; and a first and second steering wheel, and/or the drive assembly comprises a first and second drive wheel connected to an axle; a support shaft; foot pedals connected to a crank; a first chain connecting the crank to a gear hub; and a second chain connecting the gear hub to the axles or connecting components of the gear hub.