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A caliper assembly comprising: a brake pad comprising a carrier plate having two opposing faces and a top edge a bottom edge and two opposing side edges, wherein on one face is friction material and on the opposing face is a projection adapted to seat in a matched hole or recess in a caliper body, the two opposing side edges each having an ear which is adapted to seat in pad locator indentations in a support structure; a support structure comprising a recess for housing at least one brake pad and at least two pad locator indentations adapted for receiving the ears located on the two opposing sides of the brake pad and at least two caliper body locator indentations for seating two ears defined by the caliper body; and a caliper body having a hole or recess adapted for seating the projection on the opposing face of the brake pad and having two ears on each opposing side which are adapted to seat in the caliper body locator indentations of the support structure; wherein the ears of the brake pad are seated in the pad locator indentations of the support structure, the projection on the opposing face of the brake pad is seated in the hole or recess located in the caliper body, and a clip which engages the opposing face of the brake pad and the caliper body and holds the brake pad in position with respect to the caliper body and the ears of the caliper body are seated in the caliper body locator indentations in the support structure.

The present invention provides effective new methods and materials for maxillofacial bone augmentation, particularly alveolar ridge augmentation, that are free of problems associated with prior art methods. In one embodiment, these materials include human recombinant platelet derived growth factor (rhPDGF-BB) and a biocompatible matrix. In another embodiment, these materials include rhPDGF-BB, a deproteinized bone block or calcium phosphate, and a bioresorbable membrane. The use of these materials in the present method is effective in regenerating maxillofacial bones and facilitating achievement of stable osseointegrated implants. The mandible and maxilla are preferred bones for augmentation, and enhancement of the alveolar ridge is a preferred embodiment of the present invention.

The present application relates to a blade of a rectifier of a low pressure compressor of an axial turbomachine. The blade can also be a rotor and/or turbine blade. The blade includes a composite material with a matrix and a reinforcement comprising a mesh with rods. The rods of the reinforcement are connected to each other and are distributed throughout the volume between the pressure side surface and the suction side surface of the blade. The mesh forms a three-dimensional structure extending over the majority of the thickness of the blade between the pressure side surface and the suction side surface and/or the majority of the length of the blade between the leading edge and the trailing edge. The present application also relates to an iterative method for manufacturing a blade composite where the reinforcement is formed by additive layer manufacturing based on titanium powder and then placed in an injection mold.

The invention refers to a valve device for a combustion engine which includes a combustion chamber (1) and at least one channel (5) for communication between the combustion chamber (1) and an external space. The valve device includes a rotatable valve body (13), which is provided in said channel (5) and includes a passage (14) extending in a direction through said valve body (13). The valve body (13), which is rotatable around an axis of rotation forming an angle to the direction (p) of said passage (14), is arranged to open and close, respectively, said channel (5) by means of said passage (14) by rotation, a rotary motor (16) separated from the combustion engine is provided.

A procedure for increasing the readiness of crossover gearshifts in an automatic transmission which, with the switching command or immediately thereafter, a motor fueling is provided through which a snatch operation of the disengaging switching element and/or an increase of the rotational speed gradient (turbine revolution speed) is achieved.

The invention discloses an internet online identification and reading file anti-theft and downloading system and a method thereof. The internet online identification and reading file anti-theft and downloading system mainly comprises a file uploading module, a format conversion module, a data separation module, an editing and distributing module, an encryption and authorization module, a reader module and a file downloading module, wherein the file uploading module is used for uploading file resources with various formats; the format conversion module is used for uniformly converting the file resources with the various formats uploaded by a file owner to display files with Flash formats; the data separation module is used for carrying out file cutting on the display files, extracting and saving a part of data into a database and realizing the data separation of the display files; the editing and distributing module is used for editing and distributing the uploaded files; the encryption and authorization module is used for carrying out encryption and authorization operation on downloaded files; the reader module is used for realizing the self protection of a reader and the online display and presentation of the file resources; and the file downloading module is used for being called by the reader module, downloading the files and the like. By adopting the internet online identification and reading file anti-theft and downloading system, the illegitimate replication and the illegitimate diffusion of protected files can be effectively controlled.

Method for making a semiconductor device, comprising:

• • a) making of a stack of crystalline semiconductor layers comprising a first layer and a second layer capable of being selectively etched in relation to the first layer,
  • b) etching of part of the stack, a portion of the first layer forms a nanowire (132) arranged on the second layer,
  • c) selective etching of second layer,
  • d) making, beneath the nanowire, of a sacrificial portion which has an etching selectivity which is greater than that of the second layer,
  • e) making of a sacrificial gate and of an external spacer surrounding the sacrificial gate,
  • f) etching of the stack, revealing ends of the nanowire and of the sacrificial portion aligned with the external spacer,
  • g) selective etching of parts of the sacrificial portion, from its ends, forming aligned cavities beneath the external spacer,
  • h) making of an internal spacer within the cavities.

The invention relates to a combined type tasking time-driven chronic disease preventing control and health managing method. The method is designed for a health managing project for a chronic disease preventing control and health managing service, planning an execution time rhythm of the health managing project in different managing stages for the chronic disease risk and risk grade, establishing a time-driven tasking health managing project group, and assembling, combining and forming a productized chronic disease preventing control and health managing service. According to the requirement of chronic disease management, the health managing service is matched and started for a managed object; the health information is collected and analyzed; the health state is assessed; PDCA cycle operation is performed in a time-driven health managing task sequence on the basis of health standard according to an energy balancing and psychological stress managing principle; a health managing technology is applied in a systematic, standard and processed form; a managing scheme is made; a health managing target is refined; the track is approached step by step; the intervening execution is enhanced; the health state is improved; the risk factor is controlled; and the purpose of chronic disease preventing control and health managing is achieved.

The present invention includes a three-dimensional base body (40) having a curved surface allowing definition of a circular orbital band (B), an electroacoustic transducer (21) arranged on the orbital band (B) of the three-dimensional base body (40) and configured to excite surface acoustic wave to perform multiple roundtrips along the orbital band (B), and a sensitive film (25) formed on at least a part of the orbital band (B) of the three-dimensional base body (40) and configured to react with a specific gas molecule. The surface acoustic wave experienced the multiple roundtrips along the orbital band (B) is then converted into a high frequency electric signal again by an interdigital transducer (21). The resulting high frequency electric signal is transferred to a detection/output unit (24) via a switching unit (23) and then detected by the detection/output unit (24).

A method of operating an user input device relative to a projection screen includes: displaying a user interface via a projector in the A/V device; receiving a captured image from a camera tracking a two-dimensional (2D) coordinate of a light source from images of the capture image; displaying a cursor over the user interface via the projector in the A/V device based on the 2D coordinate; detecting an optical pattern from the light source; and activating a click interaction on the user interface at the 2D coordinate based on the optical pattern received.