31results about How to "Damage to part" patented technology

The present invention relates to a motor vehicle rear seat with a seat part (2), having an upper side (4), and a seat back (6), having a rear side (12), which faces a clearance behind said motor vehicle rear seat. Said seat back (6) has at least one seat back section (8). According to the invention, said seat back section (8) is designed, such that it can be pivoted from a normal position to a first position, in which the rear side (12) of the seat back section (8) is oriented upwards and, with the upwards-oriented rear side (12), to a second position in the clearance behind the motor vehicle rear seat, such that the upper side (4) of the seat part (2) and the rear side (12) of the seat back section (8) form a loading area. Preferably, a loading plate (18), hinged on said seat back section (8), can be pivoted onto the upper side (4) of the seat part (2) in the second position of the seat back section (8).

A passively cooled computer includes two or more components arranged in a housing frame 41, wherein each of these components is associated with a cooling body for dissipating waste heat of the component when the component is in operation. The cooling bodies each include a cooling surface, and these cooling surfaces are arranged to oppose one another with their cooling surfaces and thereby define an air channel leading vertically through the inside of the housing frame. The cooling bodies substantially separate the air channel from the remaining volume inside the housing frame.

A method for manufacturing a physical quantity detector is for a physical quantity detector including a flat frame-like base part, a flat plate-like moving part which is arranged inside the base part and has one end thereof connected to the base part via a joint part, and a physical quantity detection element laid on the base part and the moving part. The method includes: integrally forming the base part, the joint part, the moving part, and a connecting part which is provided on a free end side of the moving part and connects the base part and the moving part to each other; laying and fixing the physical quantity detection element on the base part and the moving part; and cutting off the connecting part.

The present invention is a dermal incisor for use in cutting a section from the skin of an individual for examination. The incisor has a housing in which an endless, flexible blade is disposed. The blade is connected to a handle that is rotatable with regard to the housing. Upon rotation of the handle, the blade also rotates in order to cut into the skin. The handle is also slidable with regard to the housing, such that the handle can be used to urge the blade into the skin while being rotated. The housing includes a pair of apertures engaged with a stop pin on the handle to limit the movement of the handle and the blade with respect to the housing in both the horizontal and vertical directions. The housing also includes a lower surface including a number of teeth thereon that securely engages the housing with the skin to prevent slippage of the skin while being cut to provide a smooth incision with few irregularities.

An image forming apparatus includes: a developer container to contain a developer therein and a developer supply port; an image forming unit to form an image with the developer from the developer container and including a developer intake port; an openable/closable upper cover configured to cover an upper part of the developer container in a closed state and take out the developer container in an open state; an openable/closable retention cover to hold the developer container and configured to allow the image forming unit to be removed when the retention cover is opened; a coupling device to secure a coupled state of the developer supply port of the developer container with the developer intake port of the image forming unit when the upper cover is in a closed state; and a disconnection preventer to prevent the developer container from disconnecting from the retention cover when the upper cover is opened.

A color inkjet recording apparatus includes a plurality of multi-nozzle inkjet recording heads ejecting inks of respective colors, an electrical system unit controlling the operation of the color inkjet recording apparatus, an ink container connected to the multi-nozzle inkjet recording heads, and a holding part. The ink container includes a plurality of independent ink containers containing the respective color inks, and is provided below the multi-nozzle inkjet recording heads and the electrical system unit. The holding part holds the independent ink containers, and includes a plurality of separation parts. The separation parts prevent ink from contaminating one of the independent ink containers which is caused by ink spilling or overflowing from one of the adjacent independent ink containers.

A DC current is supplied to the write coil of a GMR head 1 equipped with a completed HGA (Head Gimbal Assembly). The element part of the GMR head 1 is thereby thermally deformed. Thus deformed, the element part protrudes, abutting on a rotating laser-bump disk 2 that, above which the HGA is floating. When the element part abuts on the disk 2, a magnetic field (2470 gauss) that extends in a direction opposite to the magnetization direction of the fixed layer of the GMR head 1 is applied to the top of a core slider 5.

A collapsible air freight container (10) also known as a unit load device, comprises a standard base (12), commonly used on unit load devices, a side panel (16) slideably hinged to the base and a back panel (18) which is hinged to the base which interlocks with the side panel. There is a side extension (20) which is generally trapezoidal to roughly conform to the shape of a side wall of a plane's cargo hold. The side extension (20) includes a frame which (22) is hinged to the base and two trapezoidal (front and rear) panel extensions (24, 26) hinged to the frame. The side extension (20) is completed by a lid (28) and side wall panel (32) connected together by a hinge (34) with the lid (28) being hinged to a top of the frame, and by a sloping bottom panel (36) and relatively short side wall panel (40) hingedly connected to each other with the bottom panel (36) also being hinged to a bottom member of the frame. A lid is slideably mounted on top of the container so that it can be slid relative to the back panel. The lid is arranged so that when fully retracted to the back of the container relative to the back panel, it may pivot to overlay the back panel. As is typical of unit load devices the front of the container is open but may be covered by a flexible curtain or the like. The container may be collapsed by retracting and pivoting the lid to overly the back panel (18), folding the side extension (20) within the frame (22), folding and sliding the side panel (16) into the base (12) and lowering the folded side extension (20) and then the back panel (18) and lid (40) into the base.

The culvert with the deformation zone consists of prefabricated components arranged in the road ditch (1). The culvert includes at least one fixed basic component and at least one deformation component sliding in the basic component in the direction of the longitudinal ditch axis (1) and covered by a deformable decking or also by backfilling or other cover. The substance of the invention lies in the fact the basic component consists of a set of prefabricated concrete or reinforced concrete beds (2) formed in “V”-shape and placed one after another on the concrete base (3) in the road ditch (1) so that the shoulders (2a, 2b) of the beds (2) abut the ditch walls (1). Both shoulders (2a, 2b) of each bed (2) are fitted with opposite guiding recess (4) in the upper part for placement of deformation components formed by a set of at least two lateral rigid girders (5) installed with the possibility of the sliding movement in the direction of the longitudinal ditch axis (1). There are deformation gaps (6) between each lateral girder (5) and at least one front of the culvert contains at least one further deformation component in the recesses (4) with possibility of sliding movement that forms the front component (7) fitted with soft layer (14) from soft and resilient deformable material on at least its front part.

A paint for highly corrosion-resistant zinc-alloy coated steels containing zinc-alloy powder at not less than 60 mass %, characterized in that said powder contains aluminum at not less than 10 mass % and less than 30 mass % and the remainder comprising zinc and unavoidable impurities, the shape of powder particles is spherical or oval and the ratio between the maximum and minimum diameters (maximum diameter/minimum diameter) is 1 to 1.5, and a steel structure having coated films produced by using said paint.

Improvements in an expanding arrowhead where the initial launching thrust of launching an arrow keeps the blades retracted within the head of the arrow. The blades remain retracted because the center of mass of the blades is on the opposite side of the rotational pivoting axis of the blades. When the blades contact a target a wing tip on the blades pull the blades open. There are two or three blades that can be retained within the head of the arrow. The blades are loosely retained in a retracted orientation for transportation. The retention is sufficient to overcome the forces or gravity yet release with slight force on then ends of the blades. When the arrow is pulled through the wound track the blades fold back into the head or body.

A semiconductor device includes a lower electrode, an upper electrode, and a fuse element that connects the lower electrode and the upper electrode. Between the lower electrode and the upper electrode, insulating films stacked in this order exist. Out of the insulating films, the insulating film located in the middle has absorptivity of light larger than those of the other insulating films. Thus, in the present invention, a fuse element that is vertically long and penetrates an insulating film of which the absorptivity of light is large in the central portion is used, so that it is possible to effectively absorb energy of a laser beam. Further, it is possible to cut the fuse element using an optical system having a small depth of focus, so that it is possible to cut the fuse element without destructing a passivation layer.

A clamp device is for repairing a damaged part of a pipe section. The clamp device has a patch member and a support structure having a clamp body supporting the patch member. The clamp device has a first engagement member configured to engage with a first part of the pipe section and a second engagement member configured to engage with a second part of the pipe section. The clamping device has a first mechanism configured to engage the first engagement member with the first part and compress the patch member at the damaged part, and a second mechanism configured to engage the second engagement member with the second part and induce a compressive force between the first engagement member and the second engagement member.