Abstract: Described in detail herein are systems, methods for storing a physical object in a temperature-controlled storage unit disposed on a shopping cart. One or more physical objects can be stored and held within the interior volume via an interior volume of the storage unit operatively coupled to the shopping cart. The temperature of the interior volume of the storage unit can be controlled via a temperature controlling device operatively coupled to the storage unit. Sensors disposed within the interior volume of the storage unit can detect a the temperature of the interior volume. The sensors can encode the temperature into electrical signals and transmit the electrical signals from the plurality of sensors to a computing system. The computing system can determine whether the temperature is within a specified threshold and control the temperature-controlling device to adjust the first temperature to a third temperature.

Abstract: A time record system for automatically determining a status of an employee is discussed. The time record system includes multiple image sensing devices to detect a visual indicator that uniquely identifies an employee. The time record system also includes a processing device to create and store an event and a timestamp in response to detection of the visual indicator. A second event is created and stored along with a timestamp in response to occurrence of a second detection of the visual indicator by the image sensing devices. The status of the employee is determined based on the stored events and a signal is transmitted to a wearable device associated with the employee.

Abstract: Methods and systems are provided for evaluating shopping cart wheels using a sensor module or one or more microphones engaged with the shopping cart. The microphones can be used to detect sounds generated by the wheels of the shopping cart. A sound signature can be determined from the detected sound and compared to sound signatures in a database. If the detected sound indicates that a wheel of the shopping cart is failing, an alert can be generated using an associate alert system.

Abstract: The 5V Safety Light is a low voltage lamp. This submission is a combination of different technologies together to make a product which is intrinsically safe and gives the versatility to be used internationally (USB compatible). These lamps work form 5 volt DC supply via USB x 1 watt this means no matter what happens, even the wire is cut, this lamp is totally safe and cannot give you an electrical shock.

Abstract: A sterilization mechanism for a shopping cart is described. The shopping cart includes a frame, a basket portion mounted to the frame, and a handle portion mounted to the frame and including a top and bottom section. The shopping cart includes a cleanliness sensor configured to detect a cleanliness level of the handle portion. The shopping cart includes a sterilization mechanism for killing microorganisms on the handle portion detachably mounted to the handle portion. The sterilization mechanism includes an ultraviolet light source disposed within the body of the sterilization mechanism and configured to be actuated into a light-emitting position when the cleanliness level is detected to be equal to or above a predetermined cleanliness threshold. In the light-emitting position, the ultraviolet light source is configured to emit ultraviolet light onto the handle portion to sterilize both the top and bottom sections of the handle portion from a mounted position.

Abstract: An example shopping cart is described. The example shopping cart includes a frame, a basket portion mounted to the frame, two or more wheels mounted to the frame for transporting the shopping cart within a geographic area, and an assistance unit mounted to the frame. The assistance unit includes a radio-frequency identification tag configured to transmit a signal for receipt by a radio-frequency identification reader. The assistance unit includes an actuator configured to be selectively actuated between a first position that prevents the radio-frequency identification tag from transmitting the signal from the assistance unit and a second position that facilitates transmissions of the signal from the assistance unit.

Abstract: A technique for detecting spills is disclosed. A number of electrodes within a portion of a surface are connected to a resistance meter. The resistance meter detects a spill by measuring a change in resistance between two or more electrodes when a fluid is spilled over the two or more of the electrodes. The location of the spill can also be determined based on a known location for each of the electrodes. The size of the spill can further be determined based on a number of electrodes which measured a change in resistance due to the spilled fluid.

Abstract: A technique for detecting spills is described. A number of audio sensors detect a sound potentially associated with an object spilling on a surface and the audio data from the sensors is analyzed in order to generate an acoustical analysis of the sound. The analysis of the sound detected by the audio sensors is compared against a database of known sounds corresponding to a number of types of spill incidents. Based on a match detected between the analysis of the sound and a type of spill incident in the database of known sounds, the identity of the object spilled can be determined. The location of the spilled object can also be calculated by triangulating the sensor data from the audio sensors.

Abstract: An example dry eraser and associated systems and methods are described. The example dry eraser includes a body with a top wall, a bottom wall, a front wall, a rear wall, and first and second side walls. The body includes a hollow interior configured and dimensioned to receive therein a plurality of individual wipes. The top wall of the body includes an opening configured and dimensioned to dispense therefrom the plurality of individual wipes. The dry eraser includes an erasure material disposed on at least a portion of the bottom wall of the body.

Abstract: An example dry eraser and associated systems and methods are described. The example dry eraser includes a body including a top wall, a bottom wall, a front wall, a rear wall, and first and second side walls. The body includes a first hollow inner compartment configured and dimensioned to receive therein a cleaning fluid that is configured to be dispensed from the first hollow inner compartment via a nozzle disposed proximate to the front or rear wall of the body. The dry eraser includes an erasure material disposed on at least a portion of the bottom wall of the body.

Abstract: Examples of the disclosure provide a system and method for determining item viability based upon profiles as items are moved in inventory environments. The system receives sensor data, identifies possible candidate items corresponding to the sensor data, determines if any of the candidate items is a match to the profile of the sensor data, and executes a protocol based upon the match.

Abstract: Described in detail herein are methods and systems for detecting moisture dissipated from perishable foods. Perishable foods can be disposed in shelving units and moisture sensors can be disposed with respects to the to the perishable foods. The moisture sensor can detect moisture dissipated by the perishable foods within range of the moisture sensor. The moisture sensors can transmit the amount of moisture detected to the computing system. The computing system can determine whether at least one perishable food item within the range of the moisture sensors is damaged or decomposing based on the amount of moisture detected.

Abstract: A tool for stripping and crimping a wire includes a housing. The tool also includes a wire holding system defining a wire holding area and comprising a set of teeth configured to hold the wire as the wire is stripped and crimped. At least a portion of the wire holding system is contained within the housing. The tool further includes a wire stripping system defining a wire stripping area and comprising at least one stripping member configured to penetrate at least a portion of the wire. At least a portion of the wire stripping system is contained within the housing. The wire stripping area is adjacent to the wire holding area. Additionally, the tool includes a lug retainer system configured to position a lug on the wire in the wire stripping area.

Abstract: Systems, methods, and machine readable medium are provided for improving access to electronic data. An application is provided that generates a graphical user interface on a first client device requesting the server-based application via a web browser on the first client device. Credentials from a user of the first client device. After authorization of the user credentials, input from the user is received via the graphical user interface indicating an URL for a website, a file path for a document, and text. The entered input is stored in a local browser cache on the first client device and in a remotely-located database as being associated with the user credentials. Subsequently, a display is generated on the first client device, by the application, of electronic data related to the entered input.

Abstract: A charitable giving method is disclosed that uses a social media platform to bring together individuals, businesses, and charitable causes. The use of the social media platform incentivizes individuals and businesses to increase their financial support to charitable causes. The individuals register certain demographic and psychographic information on the social media platform, and that information is used by the businesses and charitable causes in conjunction with directing charitable giving. The individuals and businesses gain recognition for their charitable donations through a visual representation on the charitable social media platform as well as on other social media platforms where the information is shared. The visual representation may be graphical symbols, numerical values of charitable impact, or name/pictures shown in lists displayed on the social profiles of the individuals or businesses that contribute or someone else's profile pages.

Abstract: A system and device to prevent damage during over-speed condition in a turbo-machine. In one embodiment, the system includes a fluid circuit with a header, which couples to the turbo-machine, and a hydraulic circuit through which fluid evacuates the header to a drain during the over-speed condition. The hydraulic circuit includes a trip header manifold with a pilot element in flow connection with a drain valve element having an actuator to regulate flow of fluid from the header. For example, the pilot element uses a pair of solenoid valves to change pressure of a fluid in the drain valve element and maintains the actuator in a first position to prevent fluid evacuation during normal operating conditions. When over-speed condition is detected, the solenoid valves change state, reducing the pressure of the fluid, permitting the actuator to move to a second position placing the header in flow connection with the drain.

Abstract: A tool for stripping and crimping a wire includes a housing. The tool also includes a wire holding system defining a wire holding area and comprising a set of teeth configured to hold the wire as the wire is stripped and crimped. At least a portion of the wire holding system is contained within the housing. The tool further includes a wire stripping system defining a wire stripping area and comprising at least one stripping member configured to penetrate at least a portion of the wire. At least a portion of the wire stripping system is contained within the housing. The wire stripping area is adjacent to the wire holding area. Additionally, the tool includes a lug retainer system configured to position a lug on the wire in the wire stripping area.

Abstract: A system and device to prevent damage during over-speed condition in a turbo-machine. In one embodiment, the system includes a fluid circuit with a header, which couples to the turbo-machine, and a hydraulic circuit through which fluid evacuates the header to a drain during the over-speed condition. The hydraulic circuit includes a trip header manifold with a pilot element in flow connection with a drain valve element having an actuator to regulate flow of fluid from the header. For example, the pilot element uses a pair of solenoid valves to change pressure of a fluid in the drain valve element and maintains the actuator in a first position to prevent fluid evacuation during normal operating conditions. When over-speed condition is detected, the solenoid valves change state, reducing the pressure of the fluid, permitting the actuator to move to a second position placing the header in flow connection with the drain.

Abstract: This disclosure describes embodiments of a system and device to prevent damage that can occur during an over-speed condition in a turbo-machine. The embodiment includes a fluid circuit with a header, which couples to the turbo-machine, and a hydraulic circuit through which fluid can evacuate the header to a drain. The hydraulic circuit includes a trip header manifold with a pilot element in flow connection with a drain valve element that has an actuator to regulate the flow of fluid from the header. In one example, the pilot element uses solenoid valves to change the pressure of a fluid in the drain valve element and, in particular, maintains the actuator in a first position to prevent fluid to evacuate during normal operating conditions at the turbo-machine. When the over-speed condition occurs the actuator moves to a second position to place the header in flow connection with the drain.

Abstract: A charitable giving method is disclosed that uses a social media platform to bring together individuals, businesses, and charitable causes. The use of the social media platform incentivizes individuals and businesses to increase their financial support to charitable causes. The individuals register certain demographic and psychographic information on the social media platform, and that information is used by the businesses and charitable causes in conjunction with directing charitable giving. The individuals and businesses gain recognition for their charitable donations through a visual representation on the charitable social media platform as well as on other social media platforms where the information is shared. The charitable causes receive an increase in donations and promotion of their charitable missions.