Abstract: A server performs a method for automatically provisioning an electronic device installed at an installation location. The server receives (e.g., from a mobile application) information relating to installation of the electronic device at the installation location. The installation information includes at least one image captured at the installation location. The server determines whether location information for the electronic device was received from the electronic device after the device was installed. Responsive to determining that location information for the electronic device was not so received, the server determines whether the at least one image includes geolocation metadata. When the at least one image includes geolocation metadata, the server determines the geolocation of the electronic device based on the geolocation metadata.

Abstract: The present invention relates to an electronic system (100) for a drug delivery device (1), in which a first member (20) performs a specific movement relative to a second member (11) during a dosing operation. The electronic system (100) comprises a sensor arrangement (120), which is operable to provide sensor data describing the specific movement and is configured to operate the sensor arrangement (120) during at least one part of the dosing operation to provide sensor data. In order to protect the users from relying on incorrectly measured dose sizes and a need to reduce the risk that an injection is painful for the patient, the electronic system (100) is configured to determine, based on the sensor data, if a speed of the specific movement during the at least one part of the dosing operation breaches a first speed threshold.

Abstract: Measurement system for a drug delivery device, drug delivery device with such a measurement system and method for measuring the dose dispensed and/or dose set of a drug delivery device. Proposed is a measurement system for a drug delivery device, a drug delivery device comprising such a system and a related method, the measurement system comprising—a dose control member configured to move in accordance with a dose dispense operation and/or a dose set operation, e.g.

Abstract: An electronics device provided for a drug delivery device or a drug delivery add-on device is disclosed, wherein the drug delivery device or the drug delivery add-on device comprises a dose measurement function and a data transmission function. The electronics device comprises at least one first controller unit being provided for controlling dose related functions of the drug delivery device or drug delivery add-on device and for data processing functions comprising one or more first numerical calculations with dose related data, and at least one second controller unit being provided for data processing functions comprising one or more second numerical calculations with dose related data having a higher complexity than the first numerical calculations and communication functions, wherein the at least one first controller unit is designed for using less power than the at least one second controller unit.

Abstract: An electronic system for a drug delivery device comprises a dose setting and drive mechanism, which is configured to perform a dose setting operation and a dose delivery operation for delivering a set dose. The electronic system comprises a sensor arrangement for generating measurement data related to a size of the dose set by the dose setting operation and/or delivered by the dose delivery operation, a microcontroller system connected to the sensor arrangement, the microcontroller system comprising at least one microcontroller, and a memory. The microcontroller system operates the sensor arrangement during the dose setting operation and/or during the dose delivery operation and stores a dose record in the memory. For providing data regarding dose delivery operations in an easy, flexible and yet reliable and energy-efficient manner, the microcontroller system is configured to set at least one flag and/or a specific purpose value in the dose record under pre-defined circumstances.

Abstract: A grill rack system includes at least one grill rack, a left-hand grill bracket, and a right-hand grill bracket. In one embodiment, the grill brackets each include only one set bolt. In an alternative embodiment, each of the grill brackets includes at least one rack track guide defining a rack track guide opening. In an alternative embodiment, the grill rack includes at least one rear crossmember alignment tab. The grill brackets each include at least one rack track guide each defining rack track guide opening and each including the at least one alignment tab disposed in the at least one rack track guide.

Abstract: A mobile device, such as a smartphone, tablet computer, or other handheld electronic device, includes a display, a camera, a memory, and a processor. The memory may store operating instructions for the processor. Such operating instructions may be in the form of preinstalled operating system software or firmware, or a downloaded mobile application. The mobile device processor is operable in accordance with the operating instructions to determine whether the mobile device has moved repeatedly (e.g., has been shaken) within a motion detection time period and, if so, activate the camera; present on the display a live image stream captured by the camera; start a timer to count down time for a countdown time period; upon expiration of the countdown time period, automatically control the camera to capture an image from the live image stream; and store an image file including the captured image in the memory.

Abstract: A server performs a method for automatically provisioning an electronic device installed at an installation location. The server receives (e.g., from a mobile application) information relating to installation of the electronic device at the installation location. The installation information includes at least one image captured at the installation location. The server determines whether location information for the electronic device was received from the electronic device after the device was installed. Responsive to determining that location information for the electronic device was not so received, the server determines whether the at least one image includes geolocation metadata. When the at least one image includes geolocation metadata, the server determines the geolocation of the electronic device based on the geolocation metadata.

Abstract: A manual food shredding device for shredding of a food item includes a base, an upright bowl, and an inverted bowl. The base is positionable on a substantially horizontal surface, such as a countertop. A food item can be positioned in the upright bowl, which is attached to an upper face of the base. A plurality of first spikes is attached to and extends from a bottom toward a top of the upright bowl. The inverted bowl is circumferentially larger than the upright bowl so that the upright bowl is selectively insertable into the inverted bowl. A plurality of second spikes is attached to and extends from an upper end toward a lower end of the inverted bowl. The inverted bowl can be grasped in a hand of a user and rotated by a user, thereby causing the first spikes and the second spikes to shred the food item.

Abstract: A gas piston according to various aspects of the present technology comprises a helical groove disposed along an exterior surface. The helical groove may comprise curved edges at transitions between a crest and root of the helical groove. The helical groove allows for easier movement of the gas piston within its operating cylinder, provides enhanced resistance to particulate build up, and improves firing accuracy.

Abstract: A gas piston according to various aspects of the present technology comprises a helical groove disposed along an exterior surface. The helical groove may comprise curved edges at transitions between a crest and root of the helical groove. The helical groove allows for easier movement of the gas piston within its operating cylinder, provides enhanced resistance to particulate build up, and improves firing accuracy.

Abstract: This invention is a portable beverage cooler that dispenses two kinds of beverages within the same cooler. This is possible by dividing the cooler in the middle with a single partition to separate the two beverages. Both sides have a separate and detachable lid for adding the desired beverage. It is designed as a tall rectangle shape with handles to make it easy to carry to a location and transport from a vehicle. Durable plastic for the product material is used to keep the container weight light enough to carry. The beverage cooler is propped up at waist high onto a table for easy access. Each side of the cooler has a valve to dispense the beverage. A cup is placed below the valve to release the desired beverage into the cup. Lids can be removed separately to confine the beverage to the section, when more beverage is added to the cooler and for easy access.

Abstract: Described herein are apparatus, methods, and systems for detecting the presence of a targeted substance. The apparatus comprises a detection layer comprising an indicator that is configured to display a signal upon the detection of an interaction with the targeted substance. In some examples, the apparatus can include a top layer coupled to a top surface of the detection layer and a bottom layer coupled to a bottom surface of the detection layer.

Abstract: Mechanical optics for mode mixing may be used to homogenize different modes in an optical fiber used for surgical illumination. A mechanical optical element, such as a rotating prism or a mirror membrane, may impart motion to an incident beam entering the optical fiber to generate a homogeneous illumination field from a coherent light source.

Abstract: Pixelated array optics for mode mixing may be used to homogenize different modes in an optical fiber used for surgical illumination. A pixelated phase array, such as a digital micromirror device or an LCD phase plate, may impart motion to an incident beam entering the optical fiber to generate a homogeneous illumination field from a coherent light source.

Abstract: Focusing optics for mode mixing may be used to homogenize different modes in an optical fiber used for surgical illumination. A vibration stage may impart mechanical motion to a condenser lens to generate a homogeneous illumination field from a coherent light source.

Abstract: Fiber-based mode mixing techniques may be used to homogenize different modes in an optical fiber used for surgical illumination. A vibrating fiber mechanism may impart mechanical motion to a portion of the optical fiber to generate a homogeneous illumination field from a coherent light source.

Abstract: The present disclosure provides a vitreous visualization system including a vitreous illuminator including a vitreous visualization light source and a vitreous visualization tool that transmits lights from the vitreous visualization light source into an eye having vitreous, a pupil, and a vitreous-pupil axis. The vitreous visualization system further includes a general illuminator, which may include a general light source and a general illumination tool that transmits light from the general light source into the eye. The present disclosure further provided a vitreous visualization system including only a vitreous illuminator that transmits light from the vitreous visualization light source into an eye having vitreous, a pupil, a vitreous-pupil axis, and a retina at an angle B with the vitreous-pupil axis of the eye such that the brightness of vitreous in the eye is higher than the brightness of the retina of the eye.