226results about How to "Avoid external damage" patented technology

Disclosed is a charging cradle for a headset device, which includes a housing with a surface providing a mounting depression, and a cover with a transparent surface pivotably connected to the housing so as to open and close the mounting depression. The headset device is mounted in the mounting depression so as to charge an internal battery pack provided in the headset device. The cradle protects the headset device under charging, enabling the user to observe the charging state without opening it. An earphone cover for a headset device includes a projected semi-circular fixing ring for preventing the earphone from being removed from the ear. The earphone cover is provided in various sizes to fit a user's ear size, and may be rotated to change the rotational position of the fixing ring so as to enable the user to put the headset device selectively on the right or left ear.

A cellular phone case accessory device is disclosed. The case is attached to a cell phone and includes an upper section and a lower section sized to correspond with a cellular phone and to receive the phone in one of the sections. The upper section and lower section are attached by a hinge that enables pivotal movement of the upper and lower sections with respect to each other. Situated within the space defined between the upper and lower sections is a pocket or storage compartment where credit cards, cash, ID and other items may be stored safely. A mirror is also disposed between the upper and lower sections and usable when the upper and lower sections are pivotally disposed in an open position. Another embodiment includes a cell phone holding compartment comprised of two portions removably attached to one another for inserting and retaining a cell phone therein.

A sensor system for protecting a door of a vehicle from damage includes an electronic sensor operable to detect when an object external to the vehicle is within close proximity to the door of the vehicle. The sensor system provides a signal indicative of the proximity of the external object. The sensor system also includes a blocking hinge mechanism coupled with the signal. The hinge mechanism blocks the opening of the door beyond a distance wherein the vehicle door would strike the object.

A remote entry device for use in a keyless entry system, such as that used for a vehicle, includes a remote entry component combined with an accessible memory storage component. The memory storage component is located in a common housing with the remote entry component whereby it is convenient to use. Preferably, the memory contains any of a wide variety of information useful to the user of the vehicle, which can be modified or updated electronically. The memory is accessible through an interface port, such as a USB port.

In an apparatus for determining loads on fiber composite components (1), especially of vehicle and aircraft parts, strain gages (3) are integrated in the components (1) for determining strains. The strain gages (3) are connected with an evaluating apparatus (4), for monitoring and determining loads that tend to cause damage. The strain gages (3) are preferably integrated into the fiber composite component (1) such that the measuring grids (5) thereof are laid between individual fiber layers (2) and are guided out of the component (1) ready for connection via special connecting pins (8) to the associated evaluating apparatus (4) via loose cable connections (12).

A semiconductor package and a manufacturing method thereof are provided. A carrier having an adhesion layer is provided. A plurality of chips are disposed on the adhesion layer, wherein an active surface of each chip faces the adhesion layer. A molding compound is formed for encapsulating the chips to form a chip-redistribution encapsulant having a first surface and a second surface, wherein the first surface has a chip area and a peripheral area. The carrier and the adhesion layer are removed, so that the chip-redistribution encapsulant exposes the active surface of each chip. A plurality of solder balls are uniformly formed in the chip area and the peripheral area. The second surface of the chip-redistribution encapsulant is grinded to reduce the thickness of the chip-redistribution encapsulant, wherein the solder balls provide the chip-redistribution encapsulant with a uniform support. The chip-redistribution encapsulant is sawn to form a plurality of packages.

Applicant's preferred embodiment utilizes municipal wastewater effluent to replenish a depleted geothermal field. Condensate produced by expanding steam produced in the geothermal field through a steam turbine-generator may be pooled with cooked water collected from said field, and then directed through a penstock from a higher elevation to a lower elevation where further energy is extracted through a traditional hydroelectric turbine-generator. The cooked water and condensate may be treated to produce potable water and/or distributed for public consumption either before or after being directed to the hydroelectric turbine-generator. The effluent is pumped up to the geothermal field during off-peak periods of electric consumption, and the hydroelectric generation is accomplished during periods of peak electric demand. A fraction of the effluent may be used as cooling water for the steam turbine-generator and its associated condenser before injection into the geothermal field. At least a portion of the pipeline to transport the wastewater effluent is preferably routed along an undisturbed riverbed and/or through an excavated tunnel.

A lamp assembly includes a lamp and a lamp driving device. The lamp includes a body and first and second electrodes. The body converts invisible ray generated by a discharge into visible ray, and the electrodes are disposed on the body. The lamp driving device provides the first and second electrodes with first and second driving voltages, respectively, to generate the discharge. The first driving voltage is less than a first critical voltage at which a corona discharge occurs at the first and second electrodes. When the first electrode is electrically connected to a ground, the first critical voltage may be about 1,200 volts. When the second driving voltage has an inverted phase with respect to the first driving voltage, the first critical voltage is about 2,400 volts. An ozone gas may not be generated at the first and second electrodes to prevent the damage of the electrodes.

The invention discloses a self-service terminal remote intelligent management system which comprises a room body. A room body control module, a value-adding control module and a digital video recorder are arranged in the room body which is provided with an automatic door. A card swiping machine, an input displaying module, a loudspeaker, a card issuing machine and a printer are connected to the value-adding control module. A monitoring camera is connected to the digital video recorder. The value-adding control module obtains storage card consumption information and printing paper consumption information and feeds the storage card consumption information and the printing paper consumption information back to the room body control module. The room body control module and the digital video recorder are connected to a remote monitoring center through a wide area network. The value-adding control module is in communication with the monitoring center through the wide area network. According to the self-service terminal remote intelligent management system, the monitoring center monitors and controls a remote self-service terminal, the room body control module serves as main control and is combined with the value-adding control module and the digital video recorder to integrate equipment detection control, the value-adding service and security monitoring. Intelligent management and multifunctional experience of the self-service terminal are achieved.

In a light source apparatus, a method of manufacturing the light source and a backlight assembly having the same, a light guide plate (LGP) includes an upper surface and a lower surface facing each other and a first side surface and a second side surface. The light source is placed in the LGP adjacent to the first side surface and emits light toward the second side surface. The power supply unit is electrically connected to the light source and partially placed in the LGP. The light source may include a lamp or a light-emitting diode (LED). The power supply unit may include a wire or a power supply substrate. The light source apparatus may be formed by an injection molding process using lower and upper mold frames. Therefore, backlight assembly size, the number of parts and manufacturing steps may be decreased, and the illumination quality may be improved.

The invention provides a protection cover plate for a cable. The protection cover plate for the cable comprises a cover plate body which is of a square shape, wherein two opposite side edges of the cover plate body are respectively provided with a bent part, and a concave structure used for accommodating the cable is formed by the two bent parts and the cover plate body. The overall structure of the protection cover plate for the cable is of a concave shape; when the protection cover plate for the cable is used, an opening of the protection cover plate for the cable faces downwards so that the cable can be accommodated in the concave opening, therefore, the protection cover plate for the cable can protect the cable from the upper side and lateral sides, and the cable is prevented from damage caused by external force such as mechanical force or human strength.

The invention discloses a damping working table device used for board machining and a using method of the damping working table device used for board machining. The damping working table device comprises a conveying supporting device fixedly connected with a rack, a locking driving motor (4) fixedly connected with the rack, a driving screw rod (41) in power connection with the locking driving motor (4) and a locking assembly driven by threads on the driving screw rod (41). A damping cushion block (12) is arranged between the locking driving motor (4) and the rack and used for reducing vibration power generated during running of the locking driving motor (4) so as to ensure stability of running conveying of the locking driving motor (4). The locking assembly (100) is used for carrying out positioning locking on the side, close to the locking assembly (100), of a board (300) under driving of the locking driving motor (4).

A multi layered packaging material (10) comprises a first inner layer C and a second outer layer A. The inner layer has a line of weakness 34 extending there along while the second outer layer A is substantially intact along the line of weakness. In the packaging material 10, the line of weakness is formed by two pieces of material C1, C2 with their edges in substantial abutment, the abutted edges creating the line of weakness. Bags 20, 30, 40, 60, 70, 80, 90, 100, 130, 140, 150 may be formed from the packaging material. However, the bags so formed are not limited to having the line of weakness created by abutting edges in the inner layer C.

The invention discloses a parking space charging pile, and belongs to the technical field of automobile charging. The parking space charging pile comprises a charging box arranged underground a parking space, the upper portion of the charging box is provided with a box cover device used for opening and closing the charging box, the inner wall of the charging box is provided with a control unit, the lower portion of the charging box is provided with a driving device, the driving device is connected with a charging pile head, the charging pile head is provided with a lifting mechanism, and the box cover device, the driving device and the charging pile head are electrically connected with the control unit. After an automobile is parked in the parking space, the charging pile head can extend out of the ground to charge the automobile provided with a matched vehicle-mounted charging interface, convenience and rapidness are achieved, excessive ground space is not occupied, and the whole charging pile is good in rainproof performance and capable of preventing external damage; intelligent equipment is remotely controlled, and the automation degree is high; conductors on the charging head are arranged downwards and are distributed on the circumference, so that the insulating property and the rainproof property are good, and fool-proof design optimization is facilitated; a limiting switch is arranged on a parking space wheel catch device, and safe use is guaranteed.

The invention belongs to the field of 3D printing, and in particular relates to a 3D printing make-up mask and a manufacturing method thereof. The mask is reserved with contour gaps of eye sockets, nostrils and mouth, and includes a contact layer closely attached to the skin, and the contact layer is consistent with the contour of the face ; The contact layer is provided with a makeup layer, the makeup layer is provided with a reinforcement layer for fixing the makeup layer, and the reinforcement layer is transparent or translucent. This makeup mask uses 3D printing technology to complete the processing and preparation of the mask, and the prepared mask is easy to use. All the operations need to be done after the contact layer of the mask is closely attached to the facial skin. It is comfortable to use, has a natural expression, and can save a lot of time at the same time , and reduce the damage of cosmetics to the skin, isolate the external environment from stimulating the skin, and delay aging.

The invention provides a sputtering target packaging box, which comprises an enclosed box, a protection body positioned in an accommodating space, a bottom plate and a cover plate, wherein the enclosed box comprises side plates which are connected end to end and are integrally molded; the accommodating space is defined by the side plates; two sides of the protection body are supported on the side plates; the bottom plate is arranged on the protection body and is positioned in the enclosed box; the cover plate is arranged on the top of the enclosed box and has a shape of a frame; each frame of the cover plate is provided with a locking hole or a buckle; and the side plates are correspondingly provided with buckles or locking holes which are matched with the locking holes or the buckles of the cover plate. The sputtering target packaging box does not deform due to external force, and the target damage rate is reduced; the packaging box can be repeatedly detached and mounted multiple times and is convenient to carry and flexible to use; and the bearing capacity is high, the packaging box can be laminated in multiple layers, and the storage space of a target is saved.