1042 results about "Size change" patented technology

An iron golf club head having a thin (less than 0.12 inches) first section that has an expanded unsupported front face region. The first section including a central portion forming part of a leading edge and wrapping around a sole section of the club, to create an increase the coefficient of restitution of the club head to greater than 0.8. The club head utilizes a rear insert that in addition to providing support for the front face, also allows for the fine tuning of swing weights with no change in geometry or size of the club head. This is accomplished this by the utilization of weight adjustment inserts that impregnate tungsten loaded plastic into sheets of carbon graphite and epoxy. The percentage of tungsten creating a weight range without any size change in the sheets.

A computer system modifies digital images of the human form as well as other objects. The computer system provides intuitive means for accessing warp, smooth, stretch, copy, and paste tools for image modification; undo, toggle and restore tools for change management; and zoom, fit, and full tools for image display sizing. The computer system is controlled by a program that uses a combination of novel approaches to make image manipulation fast and easy. Buttons are displayed only when they are actually available for use, based on the current system operating mode. The image sizing tools enable an image size change to accomodate the tool size without a required change to the cursor state or to the edit mode state. When regions are defined by the user, the cursor shape changes to indicate whether the cursor is located inside a region, outside the region, and on the region bounding box; allowing a user to perform different operations depending upon cursor location rather than depending upon, and requiring, user executed button pushing as a specific operation. The computer system uses display contexts and bitmap masks that enhance operation speed. Operations are always performed on the full image resolution rather than a displayed image resolution.

The invention provides a compression garment (50) for clothing a body part, such as a lower torso and the legs. The body part includes a muscle ridge, such as a lateral edge of the gluteus maximus (49). Compression garment (50) has first and second panels of stretchable material joined by a seam (32). At least part of the seam (32) is adapted to correspond to at least part of the muscle ridge, being at the edge of the gluteus maximus (49). The invention also provides a method of manufacturing a compression garment, using an algorithm to calculate size changes to produce desired compression.

Camera sections pick up divided images obtained by dividing a panorama image to generate image data at a high resolution. Image data processing sections perform compression encoding on the image data at the high resolution through encoder to obtain first compressed image data. The image data processing sections perform size change to obtain image data at a low resolution and perform compression encoding on the image data through another encoder to obtain second compressed image data. A data transfer section transmits the first and second compressed image data through a network to an image display apparatus.

The invention relates to an articulated flexible manipulator which belongs to the technical field of the robots and the electromechanical integration. The manipulator is provided with three skillful fingers which are respectively arranged on three jaws of a three-jaw chuck, and the three skillful fingers produce chucking force by the function of fluid driving expansion muscle; each skillful fingeris provided with single artificial expansion muscle and a plurality of articulations with single degree of freedom, the artificial expansion muscle is flexible, axially-expandable, each smart fingeris assembled with a hinge framework or flexible hinge framework through the expansion muscle, the smart finger comprising a plurality of articulations with single degree of freedom is designed; the flexibility of the single expansion muscle and the structure of the articulations can realize the flexibility of the degree of freedom and the buffer of the chucking force, the skillful fingers have thecharacteristics of degree flexibility of freedom and chucking force buffer; and the manipulator is applied to chuck breakable brittle bodies and special bodies with shape and size change.

A self-adjusting magnetic therapeutic band device, assembly, system and method of use is disclosed for use on, or in interaction with, a living penile organ of a human or animal. The invention is provided with differentially elastic layers and like fabricated or elastic layerings in embodiments of the invention as part of a securement or band-like piece, for securement, pocketing, and various spacings between, positioned magnetic groupings and magnetic components of embodiments of the invention, utilizing their opposing and like magnetic polar charges, to position the invention in contact with, and adjustment to, the changing sizes of a flaccid or erectile penile organ. The invention also contemporaneously provides a therapeutic magnetic field to tissue and anatomy adjacent or proximate to a pre-selected installation site on a penile organ. The invention utilizes various coupling systems or assemblies for such installation, achieving snug, contact-friendly interaction with a penile organ, while providing snug self-adjustment of the invention's layered band-like piece to various perimeter and size changes of the organ.

To provide a polymer electrolyte membrane having excellent size stability and excellent mechanical strength that can sufficiently prevent the size change due to the swelling condition, the displacement of the polymer electrolyte membrane and the formation of wrinkles during the production of the polymer electrolyte fuel cell, and can prevent damage during the production and operation of the polymer electrolyte fuel cell. In a composite electrolyte membrane including a porous reinforcement layer made of a resin and an electrolyte layer made of a polymer electrolyte and laminated at least one main surface of the reinforcement layer, the direction having a high tensile modulus of elasticity in the reinforcement layer is substantially corresponded with the direction having a high rate of size change in the electrolyte layer.

A technique is described to change the codec or MAC (message authentication code) size in a packet security unit for PacketCable communications during realtime voice transmissions is described. An algorithm that provides fast RC4 key advancing to prevent MIPS (millions of instruction cycles per second) overflow is used to perform codec or MAC size changes. The invention is performed without changing the keying material, where the sender and receiver must continue the RC4 encryption process from its state prior to the codec or MAC size change. A sender needs to preserve continuity of the timestamp across a codec change, since the timestamp reflects realtime. Changing the codec or MAC size is likely to change the frame parameters. To preserve continuity of the RC4 state and the timestamp across the codec/MAC size change, the sender TX and receiver RX generates a new frame number. The new frame number is applied to the first frame generated by the new codec or MAC size.

A bandwidth control apparatus in an IP network such as the Internet eliminates a packet discard for each user, and equally assigns bandwidths to the user. A bandwidth measuring portion measures a total bandwidth of a single or a plurality of TCP sessions for each user, and a window size changing portion reduces a window size of a TCP session ACK packet of a user whose total bandwidth value exceeds a maximum bandwidth preset. Alternatively, an ACK time changing portion delays a TCP session ACK packet of a user whose total bandwidth exceeds the maximum bandwidth value preset.

A vent device for a respiratory device, comprising one or a plurality of vents configured with a variable aperture size for communicating a flow of breathable gas. Said vent device being configured so that the cross section profile exposed to the flow of breathable gas communicating through the vent does not change as the aperture size changes. A vent device may comprise of a plurality of the said vents, wherein the aperture size of each vent may be controlled independently or together, and may be controlled according to one or more input signals from one or more sensors. Examples of suitable input signals include flow, pressure, noise, accelerometer outputs, orientation of a patient or presence of any obstructions. A patient interface or a patient conduit may comprise the vent device, or the vent device may be configured to connect with a patient interface or a patient conduit.

There is described an image processing apparatus, which makes it possible not only to eliminate the deterioration of the perceptibility, but also to determine the pages being suitable for applying the predetermined image processing. The control section determines specific pages, being suitable for applying a predetermined image processing, based on the attributes detected by the detecting section, so as to apply the predetermined image processing to the specific pages. On the other hand, the control section applies image processing, including a variable power processing, to both the partial image area and the partial character area by employing different magnification factors, so as to generate a size-changed partial image area and a size-changed partial character area, and to arrange both of them into a predetermined imaginary area being smaller than an area of the original image, so as to accommodate them within the predetermined imaginary area.

The invention discloses a heat forming method for an aluminum alloy sheet metal part after solid solution and water quenching, relates to a heat forming method for a heat-treatable strengthening aluminum alloy sheet metal part and aims at solving the technical problems that existing heat-treatable strengthening aluminum alloy is large in shape and size change in the process of heat treatment after the heat-treatable strengthening aluminum alloy is formed first, heat melting forming and cold mold quenching technique requires transfer locating and forming to be fast, in an aluminum alloy sheet metal part cold-hot compound mold forming method, control on temperature of an aluminum alloy slab is difficult, in-mold cooling and quenching speed after forming is slow and not beneficial for obtaining a supersaturated solid solution, requirements for forming equipment are high, and the like. The forming method includes the flowing steps: carrying out the solid solution and the water quenching to the aluminum alloy slab, then, placing the aluminum alloy slab in a hot-state mold to carry out secondary heating, and carrying out aging treatment after pressing forming. According to the heat forming method for the aluminum alloy sheet metal part after the solid solution and the water quenching, the requirements for the forming equipment are not high, precision of shape and size of the aluminum alloy sheet metal part is high, strength is greatly improved, and the heat forming method for the aluminum alloy sheet metal part after the solid solution and the water quenching is suitable for the heat-treatable strengthening aluminum alloy such as 2000 series aluminum alloy, 6000 series aluminum alloy and 7000 series aluminum alloy.

Provided are a polarization plate which has a high mechanical strength, which does not impair a visibility even under a high temperature and high humidity, which is excellent in flexibility and abrasion resistance, and which reduces a visible disturbance such as color unevenness due to a size change, as well as a liquid crystal display device using the polarization plate. A film composed of a plurality of layers composed mainly of thermoplastic resins is used as a first protection film used for a visible side of the polarization plate, and at least one surface layer of this first protection film is composed mainly of an acrylic resin. Furthermore, a second protection film having a specific property is disposed at a side of a liquid crystal cell.

Disclosed is a reducer of an electric power steering apparatus, which can prevent the steering feeling of a driver, and the performance from being reduced by minimizing an increase in the torque, caused by moisture absorption of a worm wheel, and a size change due to the moisture absorption, and also can eliminate the playing caused by wearing of a worm and the worm wheel, and inhibit the occurring of a rattle noise caused by a backlash and a reversely input load.

The invention relates to a dual-motor drive cooperatively-controlled under-actuated manipulator. The dual-motor drive cooperatively-controlled under-actuated manipulator is composed of a driving component and two under-actuated finger components. Each finger component is composed of a finger root joint, a middle finger joint and a fingertip joint. Two stepper motors convert rotational motion into linear motion through a leading screw and nut mechanism and push the finger root joints and the middle finger joints of the two finger components. The fingertip joints overcome the torsion spring action by adopting the under-actuated principle. The dual-motor drive cooperatively-controlled under-actuated manipulator is optimally designed according to the characteristics of to-be-grabbed objects which are inconsistent in shape and size or loose, soft, hard and brittle in material and is applied to the occasions where the shape and size change needs to be met, the grabbing force needs to be strictly controlled, and reliable grabbing of the objects needs to be ensured; and the under-actuated manipulator belongs to the technical field of robot and mechanical and electrical integration application and is connected with a robot body and especially suitable for grabbing, sorting and the like of food, agricultural products and light industrial products in the production and logistics fields.

An information processing device includes a shooting lens assembly, a photoelectric conversion element, a memory, a display screen, a zoom designation device and an image size changing device (e.g., a controller). The photoelectric conversion element receives light from an object that is collected by the shooting lens assembly and converts the collected light into electrical signals representative of the object. The memory stores image data that is representative of objects. The display screen displays images of the object corresponding to the electrical signal converted by the photoelectric conversion element or images corresponding to the image data stored in the memory. The image size changing device magnifies or reduces an image size of the image displayed on the display screen regardless of whether the image is being supplied from the photoelectric conversion element or the memory.

A 3D printing device integrating material supplying, fluxing and crystal leveling assistance comprises a support, a material bin, a first forced feeding mechanism, a second forced feeding mechanism, an auxiliary heating head and a crystal leveling assistance vibrating head, wherein the material bin, the first forced feeding mechanism, the second forced feeding mechanism, the auxiliary heating head and the crystal leveling assistance vibrating head are all mounted on the support. The material bin, the first forced feeding mechanism and the second forced feeding mechanism are sequentially connected. A nozzle is connected to a discharging outlet of the second forced feeding mechanism, and a heating device is arranged at the discharging outlet. The auxiliary heating head and the crystal leveling assistance vibrating head are arranged at the bottom of the support and located in front of and behind the nozzle respectively. The device is easy to operate, stable, reliable and convenient to maintain; the compactness of formed workpieces in the 3D printing process is improved, interlayer bonding of the formed workpieces is good, and the cost is low; through material selection, size changes and process adjustment of corresponding components, the device can be suitable for fused deposition of powder materials of different types.

A return-on-investment (ROI) modeling system and method of the present invention calculates a return-on-investment for various scenarios in a semiconductor or data storage fabrication facility ("fab"). The ROI system and method of the present invention calculates the ROI based upon having fab operational details entered. The ROI calculation may be performed for an entire fab or a particular fab processing line. The present invention compares the ROI of a current operation with a contemplated change or set of changes. A complete set of pertinent factors having a relevant or significant impact on an accurate ROI calculation is taken into consideration. Further, the present invention determines costs associated with, for example, the installation of a new tool, downtime costs, short-loop test runs, split-lot testing, design-rule shrinks, and wafer-size changes. If a fab is not currently operating at maximum capacity, an embodiment of the invention calculates an increased capacity capability.