107results about How to "Improve design" patented technology

A turbine airfoil includes sidewalls extending between leading and trailing edges, with an internal cooling circuit therein. A row of venturi slots commences inside the airfoil at the cooling circuit and terminates near the trailing edge. Each of the venturi slots includes an inlet, converging portion, throat, diverging portion, and outlet in serial flow communication from the cooling circuit. The converging portion is comparable in chordal length with the throat.

The present invention is a three dimensional insect trap, for capturing, numerating, determining population levels and controlling insects by physical trapping, mass trapping and mating disruption. The trap is comprised of a bottom piece, a top piece, a device for hanging pheromones, kairomones or other attractants and an area for either a replaceable component used for mating disruption via auto-dissemination, an adhesive-coated grid-marked floor or a capture reservoir for holding soapy water or oil. The trap can be hung within the insect environment by a device on the top piece or by attachment to a vertical stake or pole by use of support brackets.

A thin organic light emitting device that can be used in thin devices like mobile phones and personal digital assistants. An organic light emitting display (OLED) includes a layer that blocks UV rays so that the diode and the transistor are shielded from UV rays during and after production. In order to prevent breakage during production, two substrates are bonded together and the devices are formed on each of the two substrates, providing a thicker structure that is less apt to break. The substrates are separated after production is complete.

A nailer includes a nailer body and a spacer actuator design. The spacer actuator design has a container tube and a flexible propelling unit. A liftable cover is screwed into the top of a container tube. In the case of a closing state of the cover, the hollow trough cover can be connected to the open-top hollow tube of the container tube. A L-shape guide trough is mounted at one side wall of the hollow trough and a wedge groove is placed at the end of L-shape guide trough, where a vertical guide trough is provided at one side wall of the container tube's hollow tube. In the case of a closing state of the cover, the top end of the vertical guide trough will be connected to L-shape guide trough. A propelling unit includes a propelling block, a spring and a control board, of which the spring is mounted between the control board and inner wall of hollow trough to push down the propelling block flexibly. The outer face of the control board is provided with a toggle switch that protrudes from L-shape guide trough.

The present invention relates to the field of aiding ground maintenance of an aircraft. More particularly, the invention consists of a portable access terminal intended to aid maintenance, commonly designated by the acronym PMAT for Portable Maintenance Access Terminal.

The invention exhibits the advantage of allowing the consideration of human factors in the design of maintenance strategies and procedures in the field of aeronautics. The implementation of portable access terminals according to the invention in the heart of a system for aiding maintenance is aimed at limiting the risks of human errors within the framework of aircraft maintenance operations and, optionally, the adaptation of the maintenance strategies and procedures to particular profiles of maintenance personnel.

The present invention provides a knitted fabric with a pocket which is superior in appearance to the prior art and a knitting method therefor. The knitted fabric (1) with a pocket includes: a base knitted fabric portion (2); a pocket knitted fabric portion (3) having a side pocket portion (3F) and a side pocket portion (3B) connected in a bag shape and connected to the middle of the course direction of the base knitted fabric portion (2); and an opening edge portion (4) of the pocket knitted fabric portion (3), which is formed by the one side pocket portion (3F) and the edge (23) of the base knitted fabric portion (2). In the knitted fabric (1) with a pocket, at least a portion of the opening edge portion (4) is located at a leading end (4b) with respect to the opening edge portion (4) andat a position staggered from the coil longitudinal direction and the coil transverse direction of the base knitted fabric portion (2). The side pocket portion (3B) and the base knitted fabric portion(2) are continuously weaved without a seam in the coil transverse direction.

A flat display panel comprises a light guide plate, a prism sheet, a LCD panel, and at least one fixing mechanism. The fixing mechanism comprises a top fixing surface, a bottom fixing surface, and a fixing sidewall forming a fixing cavity for positioning the light guide plate and the prism sheet. The fixing mechanism further comprises a panel-fixing fragment for fixing the flat display panel.

An improved pellet mill is shown which has an annular die of the kind having a multiplicity of radial bores through which raw material is extruded to form pellets. The annular body of the die has an inner circumferential surface which defines a compression side of the die, and an outer circumferential surface which defines a discharge side of the die. The compression side and discharge side of the body are separated by a thickness therebetween with the radial bores extending through the thickness from the compression side to the discharge side thereof. Each die hole begins as a countersink region on the compression side of the die body. The countersink region leads to a compression hole which communicates with the discharge side of the die body. Each of the compression holes has an internal diameter and a length. The ratio of the internal diameter to length of each compression hole is at least about 16:1.

This safety system includes:

• • a toothed wheel, connected rotationally with respect to at least one rotating member to be braked,
  • a worm driven rotationally by a motor upon rotation of the rotating member and permanently in mesh with the toothed wheel,
  • a housing forming:
    • a longitudinal wall located on the side of the worm diametrically opposed to the toothed wheel, and extending along the worm at a distance of the latter ranging between 0.001 and 0.01 times the diameter of the worm, and
    • a first end wall integral with the longitudinal wall, located opposite a first longitudinal end of the worm; and
    • energy absorption/dissipation elements interposed between the first end wall and the first longitudinal end of the worm, the worm being slidingly mounted in the housing such that the first longitudinal end of the worm comes closer to the first end wall when the worm slides in the housing.

A drying device comprises a roller dryer which has a warm air supply channel, a warm air supply section inside the channel to generate warm air and an air condensation section, and a cupboard dryer which has a receiving section inside to join the upper side of the roller dryer with a warm air intake channel and a warm air exhaust channel. It can make the circulation of air inside the drying device for any kind of internal installation to avoid its effect to the indoor environment.

A probe structure for an ear thermometer includes a housing, a sleeve component, a sensor unit and a holding component. The housing has a first containing room to contain the sleeve component having a second containing room. The sleeve component has a front end formed with a reflective surface. The sensor unit is placed inside the second containing room and has a window, via which the sensor unit detects heat radiation. The sleeve component is used to lower heat radiation impact upon the sensor unit and prevent inexact measurements by the sensor unit caused by detecting objects other than the measured object. The sleeve component helps to reflect heat radiation from the measured object to the infrared sensor. This sensor unit functions well even though it is not disposed at the front most end of the probe. The holding component has one end against the bottom of the sensor unit.

Methods are disclosed to create efficient model-based Sub-Resolution Assist Features (MB-SRAF). An SRAF guidance map is created, where each design target edge location votes for a given field point on whether a single-pixel SRAF placed on this field point would improve or degrade the aerial image over the process window. In one embodiment, the SRAF guidance map is used to determine SRAF placement rules and/or to fine-tune already-placed SRAFs. The SRAF guidance map can be used directly to place SRAFs in a mask layout. Mask layout data including SRAFs may be generated, wherein the SRAFs are placed according to the SRAF guidance map. The SRAF guidance map can comprise an image in which each pixel value indicates whether the pixel would contribute positively to edge behavior of features in the mask layout if the pixel is included as part of a sub-resolution assist feature.

A plasma display panel minimizing the presence of electrodes outside the display area. In forming the display electrodes across the display, the electrodes extend to only one of the right or left side of the display area. In forming the address electrodes, the electrodes extend to only one of a top or a bottom side of the display area. By so limiting the amount of electrodes outside the display area, less electrode paste is consumed thus reducing expenses and the size of the glass substrate is reduced thus resulting in a more compact display. All of this can be achieved without reducing the display area of the display.

A coating film that upon transfer, excels in adherence and image clarity, being free from appearance defects, such as grain defect, surface rupture, pattern break and distortion. There is provided a method of transferring, comprising the steps of floating transfer sheet (101) on the water surface of transfer bath (11), applying activator (14) onto the transfer sheet (101), dipping transfer recipient (15) in the transfer bath from above the transfer sheet (101) to thereby effect transferring of the transfer sheet (101), further washing away substrate (102) with water, drying the transfer recipient (15) with coating film (105) transferred, and hardening the coating film (105), wherein in the step of applying the activator (14) onto the transfer sheet (101) to thereby attain activation, the activator is emitted through nozzle head (3) equipped with multiple nozzles to which a pressure of 0.008 to 0.040 MPa is applied, and the nozzle head (3) is traveled above the transfer sheet (101).

Aerodynamic element having a cross section in an airflow direction with a suction side surface, a pressure side surface, and a trailing edge extending between the suction side surface and the pressure side surface. The aerodynamic element further comprises an extension body attached to the trailing edge near the suction side surface of the aerodynamic element. A top surface of the extension body is flush with the suction side surface. The aerodynamic element (10) is e.g. applied in a rotor blade for a wind turbine.

[Problem] To provide, in a cosmetic device furnished with a light-irradiating depilatory mechanism configured such that the cosmetic device is equipped with a cooling means for cooling the skin surface, a technology for continuously performing cooling and light irradiation during use and efficiently cooling the cooling means and the light-emitting unit. [Solution] Provided is a cosmetic device (1) furnished with a light-irradiating depilatory mechanism for performing hair removal treatment on a skin surface by irradiating light from a light-emitting unit (15) on the skin surface, the cosmetic device: having a grip section (2) that the user grasps and a skin guiding surface (12) to be brought into contact with the area to be treated while the device is grasped; and, in a configuration in which the irradiation window (14) through which light from the light-emitting unit (13) is irradiated and the cooling means (13) for cooling the skin surface are disposed on the same surface on said skin guiding surface (12), being provided with a fan (16) for simultaneously generating an air stream for heat dissipation from the cooling means (13) and an air stream for air-cooling the light-emitting unit (15).

The invention relates to an air intake apparatus for a vehicle motor which having a structure of loading an engine and a transmission in an engine chamber in the front of the vehicle along a horizontal direction thereof. A fan baffle has a cylinder portion surrounding the out circumference of a radiator fan. The axis centre of the cylinder portion relatively passes a horzontal line of the center of the radiator core, while side deflecting a core upwards and downwards along a vertical direction, simultaneously, a concave for housing the fan baffle is provided on the bottom of an air filter housing configured as an air filter, which overlaps with the upper of the cylinder portion along a vertical direction and provided inside corresponding to a side member on a horizontal direction of the vehicle. Thereby, air intake system members are provided efficiently, while degree of freedom of a headlamp modelling is increased and originality is improved.

The invention relates to an electrooptical distance measuring device comprising a transmitter that emits optical radiation for lighting an object to be measured, an optical transmitting system which is rigidly mounted in relation to the transmitter and a light collector. A support element is positioned with a measurement receiver and a receiving electronics in relation to the light collector. The support element is rigidly linked with the measurement receiver with regard to at least two directions of movement.

The invention is to provide a riding type vehicle, wherein the legibility of an outline marking light bulb is guaranteed, and a head light unit is small. In a light unit (50), a bulb (65L) is provided under the bulb (63L), a bulb (65R) is arranged under the bulb (63R), and a reflector (66) is near to a reflector (64). A space portion (106L) is arranged at the left of a lens portion (72L), and a space portion (106R) is arranged at the right of a lens portion (72R). Thereby compared to the mode that the bulbs (65L, R) are arranged at side of the bulbs (63L, R), the light unit (50) is smaller. Once the reflector (66) is near to the reflector (64), the height of the light unit (50) is smaller. Once the space portions (106L, R) are provided, extension portions (73L, R) are exposed, although the bulbs (65L, R) are lower than the bulbs (63L, R), the light of the bulbs (65L, R) can be identified above the vehicle.

The invention provides a preparation method of a display substrate and a display device, and relates to the technical field of display, and oxidization of a conductive structure prepared from copper by an oxide insulating layer can be lowered or avoided. The preparation method comprises the following steps that a conductive structure is formed above a substrate, wherein the conductive structure comprises at least one layer in the thickness direction, wherein a layer of the conductive structure which is farthest from the substrate is made of copper; the substrate with the conductive structure is not preheated, or, the time for carrying out pre-heating treatment on the substrate with the conductive structure is 5 seconds or less; and the oxygen-containing reaction gas and the reaction gas containing a preset element are subjected to a chemical vapor deposition reaction, and an oxide insulating layer for covering the conductive structure is formed, wherein the reaction temperature of thechemical vapor deposition reaction is 200-280 DEG C, and the ratio of oxygen atoms to atoms of the preset element in the oxygen-containing reaction gas and the reaction gas containing the preset element is 40:1 to 60:1.

The invention discloses a headlight for a two-wheeled motor vehicle and its installation structure. In the headlight for a motorcycle composed of the bulb 51, the reflector 62 and the lens 53, a protruding portion 63 is formed on the edge 62a of the reflector 62, a mark 64 is provided on the protruding portion 63, and the lens 53 is integrally formed. The protrusion 63 and the logo 64 are covered. This can reduce the number of parts and improve the appearance design effect of the headlight for a two-wheeled vehicle.

A surrogate RPG includes a warhead with an outer conductive portion and an inner conductive portion spaced from the outer conductive portion. A sabot includes an electrical circuit configured to monitor conductivity between the inner and outer conductive portions. The surrogate RPG can be used to test the effectiveness of various RPG defeat technologies.

A spacer structure (204; 205) for a saw disc assembly of a sawing machine (4), comprises a hub device (220) having a central axis and being adapted to be coaxially arranged between a pair of axially peripheral saw discs. According to the invention, said hub device (220) is configured and adapted to detachably or non-detachably receive a proximal portion (231) of an elongated spacer means (230) in a substantially radial manner in relation to said hub device, said elongated spacer means (230) being adapted to be arranged between said pair of saw discs, a distal portion (235) of said elongated spacer means (230) being constituted and adapted to detachably or non-detachably connect to said pair of peripheral saw discs.

A photoelectric transformation device is provided to obtain photoelectric transformation efficiency and stability equal to a device utilizing a conventional iodine-based oxidation-reduction pair by using an oxidation-reduction pair in a photoelectric transformation device like a dye-sensitized solar cell. A photoelectric transformation device(10) includes a semiconductor electrode, a counter electrode(9) and an electrolyte layer(5) between the semiconductor electrode and the counter electrode. The electrolyte layer is an oxidation-reduction pair and includes a compound indicated by the following reaction formula 1. A-S^ M^+ A-S-S-A (reaction formula 1). In the reaction formula1, M^+ is an organic or inorganic positive ion and A is an aromatic, non-aromatic, complex aromatic or a complex non-aromatic annular compound. The counter electrode contains a conductive polymer catalyst having catalyst activity with respect to the oxidation-reduction pair.

To enhance flexibility in design of door panel and door grip, and to enhance external appearance around a door. In this door structure, a surface on a cabin side in the door panel 70 of the door 10 for a vehicle is covered with a door lining 20, and the door lining 20 is provided with an inside handle unit 40 for opening/closing the door and a door grip 30. The door lining 20 includes an opening part 21 for a handle to mount the inside handle unit 40. The door grip is mounted on the door panel via a grip mounting bracket 100. The grip mounting bracket 100 is arranged between the door panel and the door lining 20. A mounting position of the grip mounting bracket 100 on the door panel is arranged at a position mountable through the opening part for the handle.

A slider for a slide fastener, provided with a slider body, a clamper, a lock pin, and a cover. The slider is configured so as to be able to be assembled automatically in order that the slider can be mass produced, and the slider is configured in such a manner that a pull tab can be removably mounted to the slider. A slider (10) for a slide fastener is provided mainly with a slider body (11), a clamper (20), and a pull tab (40). A link section (21) of the clamper (20) is mounted to the slider body (11), and the pull tab (40) is mounted to a mounting section (22) of the clamper (20). A projection (25) projecting in the plate thickness direction is formed between the link section (21) and the mounting section (22). When the pull tab (40) is mounted to the clamper (20), the projection (25) is contained in a projection containing section (46) of the pull tab (40).

An interactive pet toy is provide having a housing body in the form of a thread spool or plastic egg configuration having a cylindrical center forming a containment volume in which an interactive sound element may be contained. The outer surface of the cylindrical center may be covered with a tactile sleeve formed of carpet, fabric, sisal, corrugated cardboard, jute, sea grass, cork, or similar material known to function as claw scratcher elements. Catnip or similar attractant may further be incorporated into the sleeve as a composite material. A sound unit is secured to the housing. The sound unit sounds a noise when the toy is manipulated by the user. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.