222results about How to "Simple arrangement" patented technology

An index extraction unit detects indices from a sensed image sensed by a sensing unit which senses an image of a physical space on which a plurality of indices is laid out. A convergence arithmetic unit calculates position and orientation information of the sensing unit based on the detected indices. A CG rendering unit generates a virtual space image based on the position and orientation information. A sensed image clipping unit extracts, as a display image, an image in a display target region from the sensed image. An image composition unit generates a composite image by compositing the extracted display image and the generated virtual space image. A display unit displays the composite image.

An improved scroll bar arrangement for a window (canvas) displayed on a computer screen includes a computer display canvas comprised of a wire frame and a scroll button (fader cap) at a side edge and/or bottom edge of the canvas. The fader cap is a rectangular box having a transparent center, so that onscreen objects behind the canvas are visualizable therethrough. The fader cap may be dragged along its respective side of the canvas to move the document through the canvas in typical scrolling fashion. The position of the fader cap along its edge is related to a ratio of the position of the portion of the document being displayed, to the total length (or width) of the document. Navigation aids include marker bars and lassoing marker bars to select document portions therebetween.

A vehicle-mounted surveillance device which includes at least one camera and a device body equipped with a clock, wherein an image taken by the camera is electrically converted into image data, time data is generated based on a time obtained by the clock, and the time data is embedded in the image data so that record data is generated and sequentially recorded on an external recording medium, the device further including a time correction unit which is located on the device body and includes a time signal receiving circuit which receives a radio wave embedded with time information, the time correction unit automatically correcting the time of the clock based on the periodically received time information.

A pumping station for pumping a cooling and lubricating fluid containing particulate matter such as machining chips has a compact structure with a relatively low total structural height, while still assuring that the chips are conveyed with the fluid to the pump suction inlet, without settling-out or accumulating in the apparatus. The pumping station (1) includes a collecting container (5) with at least one pump (6) arranged therein, a chip breaker (7) and a supply conduit arrangement. The supply conduit arrangement includes a supply line (2) through which the cooling and lubricating fluid containing the machining chips is received from a machining tool or transfer station. Furthermore, two branch lines (3) and (4) are interposed and connected between the supply line (2) and the collecting container (5). A first branch line (3) conveys the fluid, from which the chips have been removed, with a slight downward slope toward the collecting container (5). The second branch line (4) conveys the chips that have been removed from the fluid flow. A scraper conveyor or the like conveys the chips upward through the second branch line (4), and the outlet end of the branch line (4) is arranged directly above the chip breaker (7), which in turn is arranged above the outlet end of the fluid conveying branch line (3). The comminuted chips thus fall from the breaker (7) directly into the flow of fluid, in which the chips are then entrained and carried along into the sump (13) of the collecting container (5), where the chips and fluid are sucked and pumped away by the pump (6).

An electric vacuum cleaner including a vacuum cleaner main body, a suction tool main body connected to the vacuum cleaner main body and having an suction inlet which is open at a lower surface thereof, a dust box connected to the vacuum cleaner main body, and a grip portion for operating the vacuum cleaner main body. The suction tool main body, an interior of the vacuum cleaner main body, the grip portion and the dust box are directly connected in this order such that circulation of air is permitted. The interior of the vacuum cleaner main body and the grip portion are connected in a freely attachable and detachable manner.

The invention discloses a 3D electric capacitance tomography sensor. The 3D electric capacitance tomography sensor is used for fluid parameter measurement. The 3D electric capacitance tomography sensor comprises radical electrodes which are arranged on a pipe wall for fluid flowing, extend along a pipe axial direction and are arranged at equal intervals, a measuring electrode array which comprises multiple measuring electrodes which are arranged on the pipe wall at intervals, form multiple helical structures, are arranged in the intervals formed by the radical electrodes and are uniformly distributed on the pipe wall along a radial direction and an axial direction, and a shielding cover which electrically isolatedly covers the outer wall of the pipe.

An arrangement structure is provided for a canister of a saddle type vehicle wherein a canister can be arranged closely to a fuel tank to simplify a pipe arrangement structure. A fuel tank disposed forward of an engine is structured such that a tank upper half and a tank lower half of a concave shape formed by pressing are joined together at joining flanges. The joining flanges are disposed on a vehicle body such that a front portion thereof is positioned on the upper side. A rear inclined wall, which is inclined toward a rear upper direction such that it forms a substantially right angle to the joining flange, is provided at a rear portion of the tank lower half. A canister is disposed in a dead space below the rear inclined wall.

A center distance between heating rollers for suspending an external heating belt is fixed, and a peripheral length of the external heating belt is set so that a tension is not exerted to the external heating belt when the external heating belt is not pressed against the fixing roller and the tension is exerted to the external heating belt when the external heating belt is pressed against the fixing roller. As a result, it is possible to provide an external belt heating type fixing apparatus, having a simple arrangement, which is excellent in a thermal efficiency and can suppress snaking of the belt.

An arrangement of a sensor device with at least one sensor for a contactless activation of at least one moving part of a vehicle, especially a vehicle hatch, the sensor being arranged on at least one support element on the vehicle, in order to permit a detection of an object in at least one detection range adjacent to the vehicle, so that activation of the hatch can be activated via the detection, where the sensor is arranged in shape-mated and/or force-fit fashion on support element.

A vibration-type driving device comprises a vibration element including a driving member and an electro-mechanical energy conversion element having an electrode and arranged to displace the driving member with a driving signal supplied to the electrode, and a driven element that is kept in contact with the driving member of the vibration element. According to the driving signal supplied to the electrode of the electro-mechanical energy conversion element, the vibration element excites vibrations in two flexural vibration modes in which a direction of generation of a node in one mode is perpendicular to that in the other mode. With the use of the two flexural vibration modes, the natural vibration frequency of the vibration element can be prevented from increasing, and the position of a node occurring in one flexural vibration mode and the position of an antinode occurring in the other flexural vibration mode can be made to coincide with each other, so that the amount of displacement of the driving member can be made large.

A cap-like head backing cover includes a plurality of types of cover components. The plurality of types of cover components include cover main body portions, and connecting means capable of separably connecting and combining the cover main body portions of one of the cover components to and with the cover main body portions of another at least one of the cover components. The cover main body portions of the plurality of types of cover components are connected to and combined with each other by the connecting means, to form the cap-like head backing cover which includes the plurality of types of cover components and is independent. With the helmet having this arrangement, even when a helmet wearer whose head shape is different from that of an average human head is to wear the helmet, the helmet can be matched to the head of the helmet wearer substantially optimally. The helmet size can be not only partially decreased but also partially increased. The cover component at an arbitrary portion of the cap-like head backing cover can be exchanged with a comparatively simple operation. Also, head backing cover can be attached to an impact-on-the-head absorbing liner or the like comparatively easily.

The invention discloses a telescopic support leg device of engineering machinery, which comprises a fixed leg and a movable leg, wherein the movable leg is connected with the fixed leg through a horizontal unfolding cylinder, the tail end of the movable leg (11) is provided with a support cylinder (3), a telescopic rod of the unfolding cylinder (2) is provided with a fluid passage, a rodless cavity of the support cylinder (3) is communicated with an external fluid pipeline of the fixed leg through a rodless cavity of the unfolding cylinder (2) and thea fluid passage (211), in addition, an elastic element extending and retracting in the vertical direction is arranged in the support cylinder (3), one end of the elastic element is connected with the top wall or the bottom wall of the support cylinder (3), and the other end of the elastic element is connected with a support rod (32) of the support cylinder (3). The telescopic support leg device has the advantages that the arrangement of work pipelines of the support cylinder is very simple, the installation and the maintenance are more convenient, in addition, when the arrangement mode is adopted, the friction damage between a support leg and the work pipeline of the support cylinderleg when the support leg extends and retracts is avoided, and the work reliability of the support cylinder is enhanced. In addition, the invention also discloses the engineering machinery comprising the telescopic support leg device.

The invention relates to a high-pressure roller selective comminuting and magnetic separating method for lean magnetite ore. According to the method, ultrafine crushing is conducted on raw magnetite with a grade of 28.59% by means of a high-pressure grinding roller, and three times of ore grinding, two-section dewatering and three-section magnetic separation are conducted on the crushed product to obtain concentrate with a grade of 68.23% and metal recovery rate of 82.35%. The method has the advantages that the recovery rate of the final concentrate can be increased, and efficient recovery and utilization of resources are achieved; the dissociation degree of the product is high, excessive grinding degree is low, follow-up magnetic separation effect is good, and the separation precision of equipment is improved; on the premise that the quality of the concentrate is guaranteed, concentrate recovery rate can be increased, iron ore resources can be recovered and utilized fully and reasonably, and resource waste is reduced.

A valve timing control apparatus includes a locking mechanism having a locking member disposed in an accommodating portion formed in one of a drive-side rotor and a driven-side rotor and projectable into and retractable from the other rotor than the one rotor having the accommodating portion and a locking groove defined in the other rotor for receiving and retaining the locking member projecting therein, the locking mechanism for restraining a relative rotational phase when the locking member is retained within the locking groove. The apparatus further includes a restricting mechanism having a restricting member disposed within the accommodating portion and projectable into and retractable from the other rotor to be movable relative to and together with the locking member in a projecting/retracting direction of the locking member and a restricting groove defined in the form of an elongate slot in the other rotor for receiving the restricting member projecting therein, the restricting mechanism restricting the relative rotational phase within a predetermined range when the restricting member projects into the restricting groove.

According to one embodiment, a power-efficient, low noise photoplethysmographic (PPG) sensor module is provided herein comprising at least one light emitting diode (LED) and at least one photodetector. The LED is generally configured for emitting light, and is positioned on the PPG sensor module for transmitting the emitted light into biological tissue. The photodetector is generally configured for detecting a portion of the light that is transmitted by the LED into the biological tissue and reflected back to the photodetector. The photodetector is an elongated photodetector having a longer dimension that is at least 1.5 times larger than a shorter dimension of the elongated photodetector. By positioning the elongated photodetector on the PPG sensor module, such that the longer dimension is facing towards the first LED, the elongated photodetector is configured to collect substantially more of the reflected light, thereby increasing the signal-to-noise ratio of the detected signal.

The invention relates to a generating method for a printing path used for light three-dimensional model printing and belongs to the technical field of forming. The method comprises the following steps that 1, a minimum bounding box of a model is determined according to the size of the model; 2, the bounding box is sliced to form multiple same slice layers; 3, a rectangular coordinate system is set up on the same plane of the slice layers; 4, with a minimal value point of the rectangular coordinate system where the slice layers are located as a starting point, the rectangular coordinate system is filled with multiple cellular path units with the side length being 1 and the gap between the cellular path units being d until the whole slice layers are covered; 5, the slice layers are tailored according to actual filling areas of all the slice layers to obtain the printing path of the slice layers. The filling path for light three-dimensional printing is generated, by filling the slice layers with the complete cellular path units, the problem of multi-end-point piling caused by repeated wiring is avoided, and the problem that the printing structure is irregular is avoided.

The invention provides composite lithium-calcium-based lubricating grease and a preparation method. The composite lithium-calcium-based lubricating grease consists of lubricating grease base oil, a composite lithium-calcium-based thickener and a surfactant in a mass part ratio of (449-1,722): (69.6-304.8): (2-10), wherein the lubricating grease base oil is at least one of vacuum cut 2 base oil, vacuum cut 3 base oil and vacuum cut 4 base oil; and the composite lithium-calcium-based thickener is a composite thickener consisting of calcium C12 to C24 fatty acid salt, a lithium C2 to C12 fatty diacid salt and lithium borate in mass part ratio of (53.2-238.6):(13.2-53.2):(3.2-13). The invention also provides a method for preparing the composite lithium-calcium-based lubricating grease. The surfactant is added into the composite lithium-calcium-based lubricating grease to produce a synergistic effect with soap molecules for improving the arrangement mode base oil immobilizing capacity of the soap molecules, and thus the dropping point of the lubricating grease is improved.

An undulation inspection device of the present invention includes: illumination means (line light source 2) that subjects, to illumination, an object to be inspected; light intensity acquisition means (area sensor 3) that acquires light intensity distribution of light that comes, in response to the illumination, from a surface of the object to be inspected; image capturing means (line sensor 4) that obtains only predetermined light out of light that comes from the surface of the object to be inspected; adjustment means (image processing section 20 and light source drive controlling section 21) that adjusts the illumination means (line light source 2), based on the light intensity distribution that is obtained from the light intensity acquisition means; and determination means (defect determination processing means 23) that determines a state of undulation that is formed on the surface of the object to be inspected, based on a result of capturing an image by the image capturing means after adjustment of the illumination means. This makes it possible to provide an undulation inspection device capable of inspecting simply and at a high precision a state of undulation (a difference in film thickness) on a surface of a large substrate (e.g., color filter substrate).

A mover such as a vehicle acquires the information, which has been updated by broadcasting/communication during an engine stall or in an unreceivable state, after the engine start or the recovery of reception. The engine stall period and the unreceivable state continuation period of the mover are monitored and are notified after the engine start from a communication device to an information center and a mounted device. In response to this notification, the information center extracts the information, which has been updated during the engine stall period and the unreceivable state continuation period, and transmits the information to the communication device of the mover. As a result, the mover can always hold the latest information of a broadcast receiving device, the communication device and an information service device.

Embodiments of the invention disclose a motor winding and a motor stator. The motor winding includes at least one first segmented coil assembly; Each of the first segmented coil assemblies includes Nfirst segmented coil units, and any of the first segmented coil units includes M first hairpin coils having different groove pitches; any of the first hairpin coils includes a first groove outer end portion, a first groove inner portion, a first groove outer turning portion, a second groove inner portion, and a second groove outer end portion which are sequentially connected, the first groove outer end portion and the second groove outer end portion oppositely extend in the circumferential direction, and the M first hairpin coils are arranged concentrically; and the N first segmented coil units of each of the first segmented coil assemblies are sequentially arranged in the circumferential direction, and portions in N*M grooves are distributed in two layers in the radial direction. According to the technical scheme of the embodiments of the invention, the complexity degree of a production process can be reduced, the production cost is reduced, and the processing efficiency is improved.

An embodiment of the invention discloses an array substrate of a thin film transistor (TFT)-liquid crystal display (LCD) and a manufacture method thereof, which relate to the technical field of liquid crystal displays and can reduce storage capacity when aligning accuracy is not high. The array substrate comprises a substrate, grid lines and data lines, wherein the grid lines and the data lines are arranged on the substrate. Each grid line and each data line intersect to define a pixel unit which comprises the TFT, a pubic electrode, a first pixel electrode layer and a second pixel electrode layer, wherein the first pixel electrode layer and the second pixel electrode layer are separated by an insulation layer. The first pixel electrode layer is connected with the pubic electrode and comprises a plurality of first pixel electrodes separated by first pixel electrode layer openings. The second pixel electrode layer is connected with a drain electrode of the TFT and comprises a plurality of second pixel electrodes separated by second pixel electrode layer openings. The second pixel electrode comprises overlaying-position pixel electrodes completely overlaid on the first pixel electrodes and opening-position pixel electrodes with edges completely in the first pixel electrode layer openings.

The embodiment of the invention discloses a picture or information sticky method and device and a mobile terminal. The method comprises following steps: obtaining to-be-stuck pictures or information; detecting a press operation of a user pressing the to-be-stuck pictures or information; if the duration of the press operation reaches a preset duration, determining that the press operation is a sticky operation, and carrying out sticky sorting to the to-be-stuck pictures or information according to a sticky operation sequence. According to the method, the device and the mobile terminal of the invention, the problem that the user needs to view the pre-stored pictures or information for a relatively long time is solved.