183results about How to "Proper disposal" patented technology

An apparatus for loading cartridges into a firearm magazine, including a hopper for intake of one or more cartridges, a hopper slide attached to the hopper, a cassette attached to the hopper slide, and a frame for fixturing the apparatus.

An airbag apparatus for an automobile includes an airbag case for accommodating an airbag, a fracture-opening section of the surface panel, and a reinforcement frame member having a frame portion, at least one fracture-section reinforcement portion, and an edge reinforcement potion. The frame portion has an engagement portion to which the airbag case is connected. The fracture-section reinforcement portion is joined to the inside surface of the surface panel to cover and reinforce the fracture-opening section. The edge reinforcement portion is joined to the inside surface of the surface panel to cover and reinforce a surface panel portion surrounding the fracture-opening section.

There is an automatic pet food dispensing apparatus can intermittently serve wet or dry food to an animal or pet. Additionally, there is a methodology described for dispensing pet food in accordance with the automatic pet food dispensing apparatus. The apparatus has multiple input arrays for pet food containers and serving dishes. Upon prompting, by wired or wireless means, the apparatus opens a container of pet food, extracts the food to a serving dish, and then disposes of the empty container in a pet food container disposing area. The serving dish makes it way through the apparatus and out a pivoting door to the waiting pet. The apparatus has mechanical mechanisms that allow for wet pet food to be safely stored under a hermetical seal until ready for use thus preserving the health and safety of the pet, as well as preventing costly spoilage.

Apparatus and method for filling containers with liquid utilizing apparatus of the type having a tubular filling lance operatively connected to a source of liquid and being vertically movable between raised and lowered positions, raising and lowering of the lance being controlled so that the lower emission end of the lance is disposed just below the surface of liquid in the container as the container is being filled through the lance. The apparatus comprises: first and second control valves, each having actuators, providing fluid communication between the source of liquid and the tubular filling lance; a weight measuring device for real time measurement of the weight of liquids placed in a container through the tubular filling lance; and controls operatively connected to the weight measuring device and each actuator of the first and second control valves for controlling the movement of the first and second control valves and the flow of liquids through the tubular filling lance into the container in response to predetermined weight of liquids in the container.

Divided cores 11, 12 includes left and right leg portions and a yoke portion and formed by molding a yoke portion side core material within resin. The leg portions of the divided core are formed by tubular core mounting portions 41, 42. I-shaped leg portion side core materials 51-53 and spacers 6 are mounted in the tubular core mounting portions. A ring-shaped molded core 1 is formed by abutting and integrating the respective leg portions of two divided cores, and a coil 100 is wound around the molded core.

A vapor deposition apparatus capable of forming an organic thin film having a good film quality is provided. In the vapor deposition apparatus of the present invention, a tray is disposed in an evaporation chamber, and a feed device feeds a vapor deposition material onto the tray. The tray is placed on a mass meter, which measures the mass of the vapor deposition material disposed on the tray, and a controller compares the measured value with a reference value in order to make the feed device feed the vapor deposition material in a necessary amount. Since the vapor deposition material is replenished when needed, the vapor deposition material does not run short during the film formation, or a large amount of the vapor deposition material is not heated for a long time. Thus, the vapor deposition material does not change in quality.

A temperature sensing device and method of using the same, for detecting breathing of a patient. The temperature sensing device comprises a sensor body contour for supporting the temperature sensing device on an upper lip of a patient and preventing undesired movement thereof and at least one temperature sensor being supported by the sensor body. The sensor body spaces the temperature sensor(s) from the skin of a patient, during use, so that a remote end of the at least one temperature sensor can be positioned adjacent at least one of a nasal cavity and a mouth of the patient for detecting breathing of the patient. The sensor body is preferably curved both upwardly and rearwardly with respect to planes extending through the sensor body.

A power circuit section including a plurality of bus bars is disposed through an insulation layer on a circuit arrangement surface of a heat radiation member. An end of each of the bus bars is folded up from the circuit arrangement surface to form an external connection terminal. An enclosure wall member that surrounds the power circuit section including the external connection terminal is disposed on the heat radiation member. A connector housing contains an external connection connector that comprises a bottom portion provided with terminal, a through-hole into which the external connection terminal is inserted, and a hood that surrounds the external connection terminal. The external connection connector can be coupled to another connector together with the external connection terminal. A waterproof layer is formed within the enclosure wall member so that at least a part of the power circuit section is sealed and the terminal through-hole is sealed.

A liquid-cooled-type cooling device includes a casing which has a cooling-liquid inlet formed at a rear end portion of the casing and a cooling-liquid outlet formed at a front end portion of the casing. A corrugated fin for forming a plurality of flow channels through which a cooling liquid flows from the rear side toward the front side is disposed within the casing to be located between the cooling-liquid inlet and the cooling-liquid outlet. A heat-generating-body mounting region is provided on an outer surface of a top wall of the casing. Projections which come into contact with front and rear end portions of the corrugated fin to thereby position the corrugated fin in the front-rear direction are provided on an inner surface of the bottom wall of the casing at positions shifted, in the left-right direction, from an inner surface region corresponding to the heat-generating-body mounting region.

A tracking system for medical devices which may include a closure and a container and a method for implementation the tracking system. Packaging removably retains the closure therein and a label is connected to the closure in an at least initially reduced orientation within the packaging. The packaging is structured for receipt of at least a portion of the container to establish an attached relation to the closure, whereupon the attached closure and container are concurrently removed from the packaging. The label is disposed in an expanded orientation and connected to both the closure and the container and includes a coded identifier having at least first and second coded segments. The coded identifier, including the first and second coded segments, include coded indicia may be machine readable and structured to define an identifying, matching relation of the closure and the container.

An actuator includes a drive screw (32), an external tube (34), a stretchable tube (35), and a buffer structure (50). The external tube (34) is sleeved around the drive screw (32) externally. The stretchable tube (35) is passed through and connected to the external tube (34), wherein the stretchable tube (35) has a nut (351) screwed to and driven by the drive screw (32). The buffer structure (50) comprises a positioning member (51) and a buffer unit (52). The positioning member (51) is fixed to the drive screw (32). The buffer unit (52) is sleeved around the drive screw (32) and between the nut (351) and the positioning member (51). Therefore, the impact force generated during the fast falling of the stretchable tube (35) can be absorbed.

A suspension board with circuit includes a circuit board, and an optical waveguide formed on the circuit board. The circuit board is provided with a pedestal for supporting a slider. The pedestal allows the optical waveguide to be disposed so as to overlap the slider in a thickness direction of the circuit board.

A container holder includes a holder body, a supporting member, an actuator, and a switch. The supporting member is disposed movably to the holder body. The holder body demarcates an accommodation space for accommodating or holding a container therein partially. The actuator includes a first actuating unit, being made of a ferromagnet, and a second actuating unit, being made of an electromagnet. Moreover, one of the actuator's first actuating unit and second actuating unit is fixed to the holder body, and the other one of the actuator's first actuating unit and second actuating unit is fixed to the supporting member. The switch turns on and off the actuator's second actuating unit to have the electromagnet produce and lose an electromagnetic force. The resulting electromagnetic force moves the supporting member to come in and/or come out of the holder body's accommodation space.

A capacitive touch display panel including a display panel and a capacitive touch device is provided. The capacitive touch device is disposed on a display surface of the display panel. The capacitive touch device includes at least one opaque bridge line and at least one low reflection pattern layer. The opaque bridge line has a first linewidth and two first main borders. The low reflection pattern layer is disposed on a side of the opaque bridge that is opposite to the display panel. The low reflection pattern layer has a second linewidth and two second main borders. The low reflection pattern layer overlaps the opaque bridge line in a vertical projection direction. The first line width is substantially equal to the second line width, and the first main borders are substantial aligned to the second main borders. A capacitive touch panel and a manufacturing method thereof are provided, too.

The invention relates to an expressway integrated incident processing and emergency scheduling system which comprises a data center, four systems and fourteen subsystems, wherein the four systems comprise a traffic incident management system, an information release system, a resource scheduling system and a decision support system respectively; the traffic incident management system is an incident management system based on web and consists of the two subsystems namely an area time management system and a provincial-level incident management system, and information between two platforms can be intercommunicated and shared in real time; the information release system comprises a public travel service system, an operation management system and a leading mobile terminal; the resource scheduling system comprises five subsystems namely an integrated emergency disposal system, an outfield mobile terminal, an expressway administration indoor platform, a maintenance indoor platform and a charging indoor platform; the decision support system comprises an accident operation evaluation module, a travel time prediction module, an incident impact prediction module and an incident situation prediction module. According to the system provided by the invention, the visualized, flattened and planned command and scheduling of major accidents, traffic services and emergent incidents are realized, and quick response and proper disposal are achieved.

An apparatus (20) may comprise a fuel tank (10), a cover (22), a fuel discharging unit (30), a control unit (26), and a heat sink (28). The cover (22) closes an opening (12) in an upper portion of the fuel tank (10). The fuel discharging unit (30) is disposed within the fuel tank (10), and the fuel discharging unit (30) draws fuel into the fuel tank and discharges the drawn fuel outside the fuel tank. A biasing member (25) may be disposed between the fuel discharging unit (30) and the cover (22), and bias the fuel discharging unit (30) toward the bottom surface of the fuel tank (10). The control unit (26) controls the fuel discharging unit (30). The heat sink (28) is thermally connected to the control unit (26), and dissipates heat from the control unit (26). The heat sink (28) may include an extended portion (28b) extending in an up-down direction in the fuel tank (10). The fuel discharging unit (30) may be slidably supported by the extended portion (28b).

A reliable, private and sanitary device is provided for capturing human waste in the wilderness. A small double ended bag contains a roll of toilet paper in one end and an extendable padded strap in the other. A user pulls the padded strap from the bag, loops it around a tree and around the user's body, and attaches its end to the other end of the strap after extending that end of the strap from the other end of the bag. Then the user can lean back against the padded strap, and deposit bodily waste in a collection bag. The device is light, portable, reusable, and suitable for use by hikers, rafters, and other outdoor enthusiasts in areas where human waste is carried out rather than left behind.

An electroluminescent display apparatus includes a substrate including a display area and a non-display area which surrounds the display area, a crack detecting unit on the substrate in the non-display area, an interlayer insulating layer disposed so as to cover the crack detecting unit, a power supply electrode which is located on the interlayer insulating layer and is disposed between the crack detecting unit and the display area, a protective layer disposed so as to cover the power supply electrode; a planarizing layer which is located on the protective layer and is disposed so as to overlap the crack detecting unit, and an alignment reference unit which is located on the planarizing layer and overlaps the crack detecting unit.

A removal device (121, 221) for removing and disposing of a pen needle (113, 213) connectable to a drug delivery device (111, 211) includes a body (123, 223) having a cavity (141, 241) for receiving the pen needle of the drug delivery device such that a patient end (116, 216) of a needle (115, 215) of the pen needle is covered by the body. An ejector (151, 251) is movably connected to the body (123, 223) for engaging the received pen needle (113, 213) and selectively ejecting the engaged pen needle from the body. The pen needle (113, 213) is securely retained within the removal device (121, 221) without exposing the needle (115, 215) of the pen needle until the pen needle (113, 213) can be properly disposed of, such as in a sharps container, thereby substantially preventing an accidental needle stick.

The invention discloses a method for recovering gallium from waste gallium nitride-based LEDs (Light Emitting Diodes). The method comprises the following steps: performing pyrolysis, crushing-screening and grinding-screening on the waste gallium nitride-based LEDs, so as to obtain a chip concentrate of waste gallium nitride-based LEDs; performing the vacuum metallurgy separation on the gallium-containing chip concentrate to recover the elemental gallium. The method for recovering gallium from waste gallium nitride-based LEDs does not only effectively recover gallium in the waste gallium nitride-based LEDs, but also performs resourceful treatment on non-metallic components and other common metals during recovery. The method for recovering gallium from waste gallium nitride-based LEDs has prominent advantages in the reduction of environmental pollution and the improvement of resource utilization, and has characteristics of low cost, high efficiency, no pollution and the like.

An angled hitting stand apparatus for training users to hit baseballs or softballs. Telescoping elongated members, e.g., posts, cylindrical tubes, or solid rods, provide support for the ball and are adjustable for accommodating the height and arm length of a user. The elongated members can be pivoted, i.e., moved back and forth, for arm or hand dominance, e.g., right-handed, left-handed, or ambidextrous hitters, to at various angles. The elongated members or posts are secured to an adapter, e.g., a cylindrical, pre-cut housing, that fits into a cap. The cap is secured to a base which is capable of supporting the apparatus. The angled presentation of the ball on the apparatus provides a proper swinging condition to the user by ergonomically encouraging the user to be properly disposed in relation to a swing slot region in order to make a correct swing without casting the user's hands during the swing.