82 results about "Lateral angle" patented technology

A spinal implant provides support for desired parts of the spine. The implant can provide support in fusion situations. The spinal implant includes a pair of elongated members and a variable length cross-link. A variable length cross-link apparatus may couple to the first and second elongated members. Each variable length cross-link device may include a fixed portion having a receiver portion for attachment to a first elongated member. Each variable length cross-link may include a transverse portion. Each variable length cross-link may include an adjustable portion having a receiver portion for attachment to a second elongated member and a transverse portion engaging member. Inserting the transverse portion of the fixed portion into the engaging portion of the adjustable portion may form a cross-link for stabilizing motion between two elongated members. Engaging the adjustable portion at a selected point on the transverse portion establishes a length selected by the surgeon. The surgical procedure may use minimally invasive surgery or non-minimally invasive surgery, as desired. Components of the system may be inserted through sleeves attached to various coupling devices, or may be inserted and guided along wires at more lateral angles.

A rotary cone rock bit includes one or more hole cleaning nozzles and one or more bit cleaning nozzles. The hole cleaning nozzles of one drill bit define a projected fluid path disposed at a lateral angle of less than six degrees in order to achieve a large impingement pressure on the hole bottom. The bit cleaning nozzles of the same drill bit define a projected fluid path disposed at a lateral angle of at least six degrees in order to pass within 0.5 inches of the teeth on leading edge of the lagging roller cone. This results in a drill bit that both cleans the bottom hole and cleans cone inserts.

A display device has a light blocking arrangement for selectively blocking light which has or would be emitted at large lateral angles. The display can be configured so that light reaching these elements is either allowed to reach the viewer or is blocked from reaching the viewer. This means that a public viewing mode can be chosen or a private viewing mode. The light blocking elements are controlled optically in order to simplify the construction and control.

A storage device for compactly storing elongate tools includes a plurality of receptacles arranged in a support in at least front and rear substantially linear rows. Each receptacle includes at least a lower receiving port and an upper receiving aperture in which a tool can be held when disposed through the upper receiving aperture and into the lower receiving port. The receptacles of the front row are forwardly splayed at a forward angle with respect to vertical greater than the receptacles of the rear row. The receptacles within each row are laterally splayed with respect to vertical, with receptacles within each row being oriented at progressively increasing lateral angles with respect to vertical from receptacles at a center to receptacles at lateral ends of each row.

Interlaced-to-progressive conversion with (1) 3-2 pulldown detection, (2) pre-filtering for field motion detection, (3) field motion detection with feedback, (4) field edge detection including direction angle detection by comparison of pixel differences with sets of more than pairs of pixels and a lateral edge detection probability by a lack of non-lateral angle detection, and (5) blending moving pixel interpolation and still pixel interpolation using field uniformity.

An image processing system, including: a first detecting system for detecting lateral angle points of both eyes in a facial image; a second detecting section for detecting oral angle points; and a constructing section for constructing a rectangle which is formed of a line segment made by a side that passes through the lateral angle points of both eyes detected by the first detecting section, and an opposed line segment that passes through both oral angle points detected by the second detecting section.

A fire guidance device for a hand fired weapon is suitable for day and night deployment for large caliber and slow flying ammunition or missiles, such as, for example, 40 mm grenade throwers and anti tank weapons. The fire guidance device also serves to determine and automatically adjust a set-up angle for adjustment of ballistics, and a lateral angle for spin correction. The fire guidance device is attached to the weapon so it can be tilted automatically or manually and twisting is thereby dependent upon a required set-up angle of the weapon so that direct view, by the operator, to the target is preserved. For spin correction, a defined angle in horizontal orientation is adjusted between axes of the fire guidance device and the weapon. Alternatively, the fire guidance device is mounted vertically and a required cant (tilt) is then indicated in a display, followed by tilt adjustment.

A pair of windshield eyeglasses (101) comprises: lenses (106) and a frame (102) for holding the lenses. Each of the lenses or the frame includes an edge formed with a windshield (107) for sealing a gap between the edge and a face of a user. The windshield extends from the edge and ranges from laterally inward side of the face to an upper intermediate portion and to a lower intermediate portion of the frame.

By providing the windshield, the airflow along the user's face is changed to flow along the outside of the windshield. Therefore, the airflow along the face is prevented from entering between the eyeglass inner surface and the user's face. In particular, the airflow is effectively prevented from affecting the eyes from medial angles of eyes toward lateral angles of eyes. This eliminates interference with the natural flow of tears on the eye surface, making it possible to effectively prevent drying and inflammation in the eyes, or prevent foreign materials from coming into the eyes.

An adjustable humeral cutting guide for defining a cutting plane for a saw in a bone in which a positioning structure is located includes a clamp, a saw guide, and an orientable coupling. The clamp is configured to be secured to the positioning structure. The saw guide includes a slot formed therein sized to receive a saw and limit the saw to cutting in a specific plane. The orientable coupling is mounted to the clamp and the saw guide. The orientable coupling is configured to adjust the saw guide at a selectable anterior/posterior angle and a selected medial/lateral angle.

A display supporting device comprises a supporting sleeve, a pivotable head, a first fastener, a second fastener, and a third fastener. The supporting sleeve has a circular hollow cross-section and a penetrating hole on the side wall thereof The pivotable head has a head portion and a neck portion. The neck portion has two stopping sections and is adapted to rotatably couple the supporting sleeve to enable lateral angle adjustment. The first fastener is arranged in the pivotable head for coupling a display unit. The second fastener has an attaching hole correspondingly aligns the penetrating hole, enabling horizontal rotation of the pivotable head about the second fastener. The third fastener passes through the penetrating hole of the supporting sleeve and the attaching hole of the second fastener. The horizontal rotation of the pivotable head is restricted through the contact between the stopping sections thereof and the third fastener.

The invention discloses a rapid cultivation method for Chinese rose landscape modelling. The method includes the steps of planting grafted seedlings or cutting seedlings in a cultivation container, and managing water and fertilizers in an initial planting stage; binding and sizing a modelling support on the top of the cultivation container after rust prevention of the modelling support; binding the main branches of limbing roses from bottom to top along the base of the modelling support, and according to 30-70 degrees of a lateral angle on the main branches, binding the main branches at the outer side of the modelling support; binding first-grade branches uniformly on the modelling support by a lateral angle of 30-70 degrees, and binding second-grade branches in the same 30-70 degree lateral mode; when the main braches, the first-grade branches and the second-grade branches of the limbing roses grow and are bound until the modelling support cannot be seen, obtaining the modelled Chinese rose landscape modelling. The method can promote bud germination, growth and flowering, not only the leaf coverage rate is high, the landscape modelling is complete, the seedling-planted rose modelling culture period is short, and the modelling can be formed in the current year, but also the formed modelling can be moved.

A vehicle seating assembly includes a seat frame seat frame having a longitudinal centerline and a seat H-point along the centerline. A first extendable member is disposed on a forward portion of the seat frame along a first side of the centerline and is operable between extended and retracted positions. A second extendable member adjacent to and independent of the first extendable member is disposed on the forward portion of the seat frame along a second, opposite side of centerline and is operable between extended and retracted positions. The first and the second extendable members extend forwardly from the seat H-point at a lateral angle of between 5 to 10 degrees relative the centerline, respectively.

An elongated beam assembly for a tracked suspension includes an inverted “U” shaped member having a first upper surface disposed at an outwardly descending lateral angle; and a plurality of track wheels coupled to the bottom of the member and disposed inside the member. In another arrangement the assembly includes a curved plate disposed between and fixed to both an inner wall and outer wall of the “U” shaped member, with the free edge of the curved plate extending outward over the top edge of the outer wall.

The invention provides an 8-domain design method and a system for improving the visual angle performance of the skin color of a colored race. The method comprises the following steps of: obtaining XYZof WRGB of 4-domain main region pixels under each preset visual angle under 256 preset voltages respectively; Setting an area ratio and a voltage ratio for the 4-domain main region pixel and the 4-domain sub-region pixel. The RGB gray value of the skin color feature of the colored race is obtained, the XYZ of the preset view angle of the RGB of the skin color feature of the colored race is calculated according to the RGB gray value of the skin color feature of the colored race, and the Yxy of the preset view angle of the RGB of the skin color feature of the colored race is further calculated.The difference between RGB emmetropia angle Yxy and lateral angle Yxy is calculated. According to the relation between the difference value and the preset threshold value, the area ratio and the voltage dividing ratio of the pixels in the 4-domain primary region and the pixels in the 4-domain secondary region are adjusted. As that area ratio and the voltage ratio of the 4-domain main region pixeland the 4-domain partition pixels are set for the 8-domain pixel non-colored skin color RGB, the problem of poor viewing angle performance of the non-colored skin color RGB in the prior art is solved.

A wearable device may be configured to detect and alert wearers to improper movements at a body joint based on a comparison of a lateral angle and a bend angle of the body joint and/or based on measurements customized for an individual wearer of the wearable device. For example, a wearable device may determine a bend angle and a corresponding lateral angle of the knee. The wearable device may compare the determined bend angle and lateral angle with stored thresholds customized for the wearer. The wearable device may select a threshold from the stored thresholds with a bend angle that matches the determined bend angle. The wearable device may then determine whether the determined lateral angle matches and/or exceeds one or more lateral angles associated with the bend angle of the threshold. The wearable device may provide feedback responsive to a determination that the threshold was exceeded.

The invention discloses a wheel rim of a heavy-load engineering vehicle and a production method for the wheel rim of the heavy-load engineering vehicle, which belong to the technical field of engineering vehicle wheels. The wheel rim of the heavy-load engineering vehicle comprises an inner rim, a retainer ring, a lock ring, a lock groove ring and a tube, which are integrally assembled. One end of the tube is connected with the inner rim while the other end of the tube is connected with the retainer ring, the cross section of the inner rim is L shaped and comprises a vertical rectangular section, one lateral angle of the upper end of the vertical rectangular section is arc shaped, the lower portion of the vertical rectangular section extends to one side of the arc-shaped lateral angle to form a horizontal rectangular section, and the upper end face of the horizontal rectangular section is a slope. The cross section of the retainer ring is irregularly rectangular and consists of a similar rectangular section and a right-angled trapezoidal section which is integrally connected with the lower side of the similar rectangular section, and a lateral angle of the upper side of the similar rectangular section is arc shaped. Compared with the prior art, the wheel rim of the heavy-load engineering vehicle has the advantages that strength is improved by about three times, production energy consumption is reduced by 10-15%, the problems of breakage of the rim root and deformation of the wheel rim of the heavy-load engineering vehicle are thoroughly solved, and accordingly running safety of the heavy-load engineering vehicle is guaranteed.

The invention discloses a mini-size package lead frame structure and a processing method thereof. The mini-size package lead frame structure comprises a chip welding area and a lead wire inner frame, the lead wire inner frame is provided with an outer pin, an inner pin mold locking structure and an inner pin welding wire area, the reverse of the chip welding area is provided with an exposed radiating disk, the lead wire inner frame is further provided with an outer pin mold locking structure, and the outer pin mold locking structure is a groove arranged at two lateral angles of the outer pin. The processing method of the mini-size package lead frame comprises the following steps: performing die-cutting and molding on a base material to form outer contours of an inner pin, the outer pin and the chip welding area; performing deep stamping to form the inner pin, the outer pin, the exposed radiating disk and the chip welding area, and initially forming the shape and the structure of the inner pin welding wire area; performing the deep stamping to form the outer pin mold locking structure; and bending and molding to form the inner pin welding wire area and the inner pin mold locking structure. The invention has low cost and high reliability, realizes the plastic package of a chip with higher power on the mini-size package and provides a development platform for the mini-size package of the exposed radiating disk.