1208results about How to "Reduced risk of breakage" patented technology

The invention provides a two-part package and method of use for a pre-attached medical implant and delivery tool system. The package includes a wet compartment and a dry compartment and allows a pre-attached implant and delivery tool system to be at least partially stored immersed in a fluid in the wet compartment and at least partially stored in the dry compartment. In one embodiment the implant comprises a replacement heart valve, and the heart valve is stored inside the wet compartment while the heart valve delivery tool remains dry in the dry compartment.

The embodiment of the invention discloses a barrier film, a manufacturing method thereof and a display device. The barrier film comprises a first organic film layer and a second organic film layer, a first groove is formed in the first organic film layer, at least one inorganic film layer is arranged on the first organic film layer, the first groove is filled with the inorganic film layer, and the thickness of the inorganic film layer is smaller than or equal to the depth of the first groove; the second organic film layer is arranged on the inorganic film layer and is a flattened layer. Due to the fact that the thickness of the inorganic film layer is smaller than or equal to the depth of the first groove, an inorganic layer is discontinuous and does not located in the same layer, the phenomenon of stress concentration can be avoided in the bending process, and the risk that the inorganic layer is cracked is lowered.

A method and an apparatus (1) serve to place tablets (2) into pockets (3) of thermoformed bottom foil (4). The tablets (2) are accumulated as they are located in their flat position. The tablets (2) are rotated in an erecting station (9) such that they reach an approximately upright position. A plurality of lines of approximately upright tablets (2) is formed. The approximately upright tablets (2) are rotated back into their flat position by a transfer unit (24) including a plurality of channels (28). The tablets (2) are then placed into the pockets (3) of the bottom foil (4) by the transfer unit (24).

The teachings provided herein are directed to an impact-resistant casing for breakable containers, and a system comprising the impact-resistant casing and a breakable container, such as a glass container. Very useful systems incorporating these components could include, of course, a glass baby bottle, a toddler sippy-cup, or an adult drinking glass, for example. These and other embodiments will be apparent to one of skill upon a review of the teachings provided herein.

The method for fabricating an optical fiber comprises the steps of inserting a primary optical fiber preform (11) having a first primary axis (x1) and an outer surface (111) into an overcladding tube (12) having a second primary axis (x2) and an inner surface (120), so that said outer surface and inner surface define an interior space (15); holding the primary preform (11) in a centrally inserted position within the overcladding tube (12) with said first and second primary axes (x1, x2) in substantial alignment with each other; supplying overcladding grain (13) into the interior space (15) that is limited at the lower end of the overcladding tube (12) by means of a closure (125); generating a condition of reduced pressure within the interior space (15) that is limited at the upper end of the overcladding tube (12) by means of an adjoiner (3), which holds the primary optical fiber preform (11) and the overcladding tube (12) in position; and heating the unprocessed secondary preform (1), that consists of the primary preform (11), the overcladding tube (12) and the overcladding grain (13), at its lower end to a softened state and simultaneously or subsequently drawing an optical fiber therefrom.

Light emitting members or illuminators in the form of a light guide which may comprise one or more flat optical fibers having a pattern of U shaped notches or grooves in at least one side to cause conducted light to be emitted therefrom. A laser may be used to cut any desired pattern of notches or grooves in the light guide.

The collet, which can be made in a single piece and at the same time as the balance-spring, is formed by a plate (1) which includes an aperture (3) for attachment to a balance staff (5) and has an asymmetrical contour (9) which follows at a substantially constant distance d the contour of the first coil (11) of the inner terminal curve. The plate can further include recesses (13) for repositioning the centre of gravity g on the balance staff (5).

The invention discloses a LED rotary type built-in power source lamp, comprising a lamp tube (1), a power source component (5), a lamp panel component (4), two upper tube holders (3) and two lower tube holders (2); each upper tube holder (3) is provided with lamp pins (9), the power source component (5) and lamp panel component (4) are located in the lamp tube (1) ; two lower tube holders (2) are respectively sleeved on both ends of the lamp tube (1), the outer side of each lower tube holder (2) is nested with an upper tube holder (3) ; a pin header (6) is provided between the power source component (5) and the lamp panel component (4) for electrically connecting the power source component (5) with the lamp panel component (4), pins (61) are provided on the pin header (6) ; the power source component (5) and the lamp panel component (4) are all provided with jacks (45) welded with the pins (61) and all conducted with the corresponding electric connecting circuit; open ends of the two upper tube holders (3) are all provided with at least a position-adjusting boss (32) and a limit boss (31), the two lower tube holders (2) are all provided with clapboards (24); the joint part between the clapboards (24) and the inner walls of the lower tube holders (2) are provided with at least a position-adjusting stop (22) and limit stop (21). The invention has advantages of excellent connection stability and high electrical property, and can adjust the illuminating angles.

A bottled beverage holding luggage (1) having a core (14), a vertical wall (13) located within the core and a plurality of horizontal walls (12) located within the core (14). The horizontal walls (12) intersect with the vertical wall (13) to form a plurality of openings (10) for the acceptance of bottles (9), which may be bottled beverages. Shock-absorbent sleeves (11) having at least one aperture (15) may be inserted into the openings (10). Thus, the bottles (9) are placed within the sleeves (11) and the sleeves (11) are ultimately placed within the openings (10) in the core (14) to protect the bottles (9) from breakage during transit. Alternatively, the core (14) may include removable horizontal and vertical shelves (17 and 22) which form the openings (10) or include a plurality of foldable dividers (27) which form the openings (10) for acceptance of the bottles (9). The core (14) may be removable from a luggage case (30), built into a luggage case (30) or have wheels (8), a handle (5) and a rigid exterior shell (41) so as to be its own luggage case (30).

The present application relates to a method for fabricating a vehicle interior trim part. The proposed method comprises the step of providing a glass panel (1) with a backside (5) and a first and a second region. In a further step, a first stiffener (6, 7, 8) is attached to the first region of the glass panel (1). Thereby, a stiffened region (11, 12, 13) of the glass panel (1) is formed. The method further comprises the step of bending the second region of the glass panel (1) by cold forming so that a bent region (14, 15) of the glass panel (1) is formed in a region adjacent to the stiffened region (11, 12, 13). The method further comprises the step of holding the glass panel (1) in shape using a means of fixation.