Abstract: A precision bore guide and precision bore guide tool is presented that together comprise a main tube, a front stop, a movable stop, and a hollowed-out rifle round, a spring and a guide bolt knob which is inserted into the receiver of a firearm and a rod is inserted into the guide through the main tube and into the hollowed-out round and through the barrel of a rifle firearm.

Abstract: A three-dimensional printing kit includes a build material composition and a dielectric agent. The build material composition includes a fluorinated polymeric material having an effective relative permittivity (?r) value ranging from >3 to ?10,000. The dielectric agent includes a dielectric material having an effective relative permittivity (?r) value ranging from ?1.1 to about ?10,000.

Abstract: One example of a device includes an antenna, a memristor code comparator, and a controller. The antenna is to receive a wake up signal. The memristor code comparator is to compare the wake up signal to a reference signal. The controller is to provide a trigger signal to wake up the device in response to the wake up signal matching the reference signal.

Abstract: Managing aggregated node group power states. A reflected energy device may transmit energy to one of multiple aggregated node groups. Each aggregated node group includes multiple device nodes. The aggregated node group may be moved from one location to another. The transmitted energy is reflected to detect occurrence of a state change condition. A communication device such as the reflected energy device or an anchor node then instructs device node(s) of the aggregated node group to enter a high power state and to enter a low power state.

Abstract: An example receiver device to be wirelessly charged in motion includes a power receiver to receive a power beam to charge a power supply and a modulating reflector. The modulating reflector is to reflect a portion of the power beam as a reflected signal, modulate the reflected signal, and vary a direction of the reflected signal to scan an area for an example power beam transmitter device. The power beam transmitter device is to track motion of the receiver device based on modulation of the reflected signal and to cooperate with other power beam transmitter devices to prioritize distribution of power among a plurality of receiver devices. An example system for wireless charging of devices in motion includes a plurality of power beam transmitter devices to coordinate transmission of power beams to a receiver device based on the motion of the receiver device.

Abstract: In example implementations, a method is provided. The method may be executed by a processor of a security system. The method includes detecting a robot. The robot may then be validated. The response of the security system may be modified in response to the robot that is detected and validated.

Abstract: One example of a device includes an antenna, a memristor code comparator, and a controller. The antenna is to receive a wake up signal. The memristor code comparator is to compare the wake up signal to a reference signal. The controller is to provide a trigger signal to wake up the device in response to the wake up signal matching the reference signal.

Abstract: In some examples, a micro light-emitting diode (?LED) panel may include a ?LED including at least two electrodes (or bond pads), and a ferromagnetic material included in the at least two electrodes (or bond pads) and/or disposed on the at least two electrodes (or bond pads). The ?LED panel may further include a panel substrate including ferromagnetic material selectively disposed at least at two locations corresponding to locations of the at least two electrodes (or bond pads) to align a plurality of ?LEDs including the ?LED onto the panel substrate.

Abstract: In one example, a computer system for customized order fulfillment includes modules in a computer readable medium that a processor executes. An order module accepts an order for an object from a customer with a set of options, a set of preferences, and a representation of the customer. A unique ID module associates a unique ID with the object. A binding module physically binds the unique ID as an appurtenance of the object. A display module displays the representation of the customer in a vicinity of the of the appurtenance for the object after fulfillment of the order.

Abstract: In example implementations, a method is provided. The method may be executed by a processor of a security system. The method includes detecting a robot. The robot may then be validated. The response of the security system may be modified in response to the robot that is detected and validated.

Abstract: An integrated solar lens and lens system that may be active, a hybrid, or a self-powered system. A solar lens is fabricated and configured to concentrate received solar energy onto a solar sensor material, whereby a medium is provided between the lens and the solar sensor material, such as a fluid and a fluid including micro or nano components including transparent microemulsion balls, and ionized particles. Such balls and particles improve the transducing of the solar energy to heat, and which heated fluid can be circulated throughout a system.

Abstract: An integrated solar lens and lens system that may be active, a hybrid, or a self-powered system. A solar lens is fabricated and configured to concentrate received solar energy onto a solar sensor material, whereby a medium is provided between the lens and the solar sensor material, such as a fluid and a fluid including micro or nano components including transparent microemulsion balls, and ionized particles. Such balls and particles improve the transducing of the solar energy to heat, and which heated fluid can be circulated throughout a system.

Abstract: An integrated circuit is joined to a liquid container. The integrated circuit includes a passivation layer. A resistor is used as a heater to heat fluid in a liquid container. A mesa structure is formed over the passivation layer. The mesa structure is in contact with the resistor and is used to more effectively deliver heat from the resistor to the liquid container.

Abstract: A switching element includes a bubble chamber, a heater and a heat conductor. The bubble chamber holds fluid. The bubble chamber includes a trench within a planar light circuit and includes a trench within an integrated circuit attached to the planar light circuit. The heater is located under the trench within the integrated circuit. The heat conductor is attached to the integrated circuit. The heat conductor is located within the trench within the integrated circuit. A portion of the heat conductor is in close proximity to the heater. The heat conductor is more heat conductive than the fluid within the bubble chamber.

Abstract: An integrated circuit is joined to a liquid container. The integrated circuit includes a passivation layer. A resistor is used as a heater to heat fluid in a liquid container. A mesa structure is formed over the passivation layer. The mesa structure is in contact with the resistor and is used to more effectively deliver heat from the resistor to the liquid container.

Abstract: An integrated circuit is joined to a liquid container. The integrated circuit includes a passivation layer. A resistor is used as a heater to heat fluid in a liquid container. A mesa structure is formed over the passivation layer. The mesa structure is in contact with the resistor and is used to more effectively deliver heat from the resistor to the liquid container.

Abstract: A switching element includes a bubble chamber, a heater and a heat conductor. The bubble chamber holds fluid. The bubble chamber includes a trench within a planar light circuit and includes a trench within an integrated circuit attached to the planar light circuit. The heater is located under the trench within the integrated circuit. The heat conductor is attached to the integrated circuit. The heat conductor is located within the trench within the integrated circuit. A portion of the heat conductor is in close proximity to the heater. The heat conductor is more heat conductive than the fluid within the bubble chamber.

Abstract: A switching element includes a bubble chamber, a heater and a heat conductor. The bubble chamber holds fluid. The bubble chamber includes a trench within a planar light circuit and includes a trench within an integrated circuit attached to the planar light circuit. The heater is located under the trench within the integrated circuit. The heat conductor is attached to the integrated circuit. The heat conductor is located within the trench within the integrated circuit. A portion of the heat conductor is in close proximity to the heater. The heat conductor is more heat conductive than the fluid within the bubble chamber.

Abstract: Sound signals are detected. Light signals are generated that pass through a membrane of a bubble within a trench. The sound signals cause deformations within the membrane of the bubble. The light signals are detected after the light signals have passed through the membrane. The sound signals are reconstructed from the light signals detected by the optical detector.

Abstract: Fluid within a reflection optical switch system is purified. Gettering structures are placed within a chamber within the reflection optical switch system. The gettering structures includes heating components which when actuated attract impurities. The heating components within the gettering structures are turned on to getter out impurities from fluid within the chamber.