WO/2016/159895 INNER REAR FENDER STRUCTURE FOR A MOTORCYCLE||WO||06.10.2016|
||PCT/TH2015/000023||HONDA MOTOR CO., LTD||KWAMCHOB, Suriya|
An inner rear fender structure for a motorcycle mounted to the swing arm covering a front portion of the rear tire. The inner fender structure comprises a swing arm shape portion designed to take a shape of the swing arm as if it forms part of the swing arm, an inner fender portion mounted close to outer surface of the front portion of said rear tire, and a groove portion disposed between said swing arm shape portion and said inner rear fender portion.
WO/2016/159896 LIGHTWEIGHT EXTERIOR WALL||WO||06.10.2016|
||PCT/TH2015/000061||PHOTJANAPORNPUN, Prasert||PHOTJANAPORNPUN, Prasert|
A lightweight exterior wall comprises a set of bars fixed to the wall placement section wherein at least one set of flat board, such as a fiber cement board, and lightweight composite sheet are fixed to said bars. The method of installing said lightweight exterior wall comprises the steps of determining the wall placement edge and fixing at least one set of vertical bar and an equal angle metal plate to wherein the vertical bar preferably has a T-shaped cross section. The lightweight exterior wall can be lifted and fixed to the wall placement section quicker and easier than the conventional method. In addition, the composite sheet can enhance the appearance of the wall without further requirement for surfacing, painting, or maintenance of the wall surface.
WO/2016/159891 SEAT SPRING STRUCTURE FOR MOTORCYCLE||WO||06.10.2016|
||PCT/TH2015/000019||HONDA MOTOR CO., LTD.||MAEDA, Yasuyuki|
Provided is a seat spring structure for a motorcycle, the structure including both an open-seat retainer spring and a closing-seat damper spring. The structure can be easily assembled and disassembled and have few spatial limitations. A seat spring structure for a motorcycle includes: a seat hinge structure openably retaining a seat 1, on which a driver can sit, to a vehicle body with at least a hinge shaft; an open-seat retainer structure included in the seat hinge structure and including a seat opening spring 5 capable of retaining the seat 1 at a seat open position in an open state and applying biasing force to a cam structure 6 and a cam 7; and a closing-seat damper spring 8 included in the seat hinge structure and applying biasing force in a seat opening direction. The open-seat retainer structure is provided to one side of the hinge shaft in an axial direction thereof. The closing-seat damper spring 8 is provided, separately from the hinge shaft, to another side of the hinge shaft in the axial direction thereof and is fitted to a spring stay 9 that is attachable to and detachable from the seat hinge structure.
WO/2016/159893 LIGHTING DEVICE STRUCTURE INCLUDING AUXILIARY ILLUMINATION||WO||06.10.2016|
||PCT/TH2015/000021||HONDA MOTOR CO., LTD.||SRIVIRAT, Kunakorn|
The present invention disclosed a lighting device structure (15) comprising lighting sources configured to provide lighting illumination, a reflector (302) configured to reflect lighting illumination from the lighting sources as the LED elements (503,505), an inner lens (305) mounted to the reflector (302). The lighting sources, the reflector (302), the inner lens (305) are housed within a housing (304), and an outer lens (306) assembled to the housing (304). The inner lens (305) is mounted to a front end of the reflector (302) and comprises an overlapping portion (308) positions between an outline wall of the reflector (302) and the inner lens (305). The overlapping portion (308) of the inner lens (305) induces lighting illumination and illuminates the inner lens (305). Additionally, the additional structure, the inner lens is mounted to the front end portion (333) of the reflector (302) that does not much obstruct to the certain lighting illumination, and comprises a pair of arms (305bL,R) which extended closely to the lighting source, such that the inner lens can induce and illuminate itself structure like as the auxiliary or accessory light.
WO/2016/159894 SIDE COVER STRUCTURE FOR MOTORCYCLE||WO||06.10.2016|
||PCT/TH2015/000022||HONDA MOTOR CO., LTD||JANYAPANICH, Nattapat|
A side cover structure for a motorcycle, which is to be arranged for covering a lateral side of the motorcycle at a position between a fuel tank and an engine, comprising a side cover that covers a lateral side of an air cleaner above the engine and includes a window for allowing vision therethrough. The side cover is provided with a side lower cover, which covers below the side cover and includes a surface portion for attaching from inside of the window of the side cover, and a garnish, which is made attachable/detachable to/from the outside of the window. The surface portion of the side lower cover carries a design shape thereon for being seen when the garnish is taken off from the side cover at the window. Due to the garnish being able to attach/detach to/from the outside of the window, which enables the design shape to be seen, it provides the user to change the appearance of side cover structure of the motorcycle, thereby providing various styles of the side cover structure by the user preference.
WO/2016/159892 ARRANGEMENT STRUCTURE FOR MOTORCYCLE CONTROL UNIT||WO||06.10.2016|
||PCT/TH2015/000020||HONDA MOTOR CO., LTD||SARAVICHAI, Rungroj|
Provided is an arrangement structure for a motorcycle control unit enabling the effective use of a narrow space in a vehicle. The arrangement structure for a motorcycle control unit includes: a pair of right and left seat frame parts B supporting a seat Y, on which a rider can sit; and an ECU 1 disposed between the pair of right and left seat frame parts B, in which the ECU 1 is arranged to direct, out of outer surfaces of the ECU 1, the largest outer surfaces a and β to a vehicle-body width direction and tilted inward in this state at an upper part thereof in the vehicle-body width direction, and a lower part of the ECU 1 is located under one of the pair of right and left seat frame parts B and overlaps with the one seat frame part B in a top view.
WO/2016/148660 THE CASSAVA CUTTING MACHINE WITH A CENTRIFUGAL FORCE TWO BLADE SYSTEM||WO||22.09.2016|
||PCT/TH2016/000024||KOSONSITTIWIT, Phakorn||KOSONSITTIWIT, Phakorn|
The cassava cutting machine with a centrifugal force two blade system, which has a special aspect comprising of a frame, a container which is set on the upper frame for contained cassava tubers, a discharge pipe for cassava chips, a receiver and a cassava tuber cutting part setting under the container, which consists of the housing, a centrifugal tank, the cutting blade sets and the shearing blade sets. The blade can cut cassava tubers into lines and square bars, long or short, large or small and thick or thin as needed.
WO/2016/144269 HEADLIGHT GUARD STRUCTURE FOR MOTORCYCLE||WO||15.09.2016|
||PCT/TH2015/000017||HONDA MOTOR CO., LTD.||TONGDEE, Athayuth|
Provided is a headlight guard structure for a motorcycle that has minimized lengths of a left-right extending portion and side extending portions of the headlight guard, steering mass without an excessive increase, and improved appearance and design. The headlight guard structure for a motorcycle includes a pair of headlight side covers 3 provided on right and left sides of a headlight 1. A headlight guard 2 has a left-right extending portion 2a extending in a left-to-right direction at the front bottom of the headlight 1 and a pair of right and left side extending portions 2b extending from the left-right extending portion 2a to side surfaces of the headlight 1. End portions of the side extending portions 2b are inserted in a pair of right and left opening parts 3 a provided in the headlight side covers 3, and vehicle body fitted portions of the headlight guard 2 are arranged between the headlight side covers 3 and the headlight 1.
WO/2016/137404 AERIAL CAMERA GIMBAL APPARATUS AND ASSOCIATED METHOD THEREOF||WO||01.09.2016|
||PCT/TH2015/000011||WONGKAMCHANG, Prasatporn||WONGKAMCHANG, Prasatporn|
An aerial camera gimbal apparatus may include a magnet mounting arranged at a vertical mid-plane of a camera mounting frame. A first magnet may be fixedly mated onto the magnet mounting. An attachment structure may be fixedly mated to the rear portion of the inner joint. A second magnet may be mated to the attachment structure. The first magnet and the second magnet are positioned in a proximal non-contact relationship with each other to provide a magnetizing effect on each other. The camera mounting frame when mounted with a camera is arranged so that the centre of gravity of the assembly is situated at an intersection of a tilt axis provided by an inner joint and an azimuth axis provided by an outer joint of a two-axis gimbal system. The apparatus reduces errors caused by vibrations from an aircraft on the line of sight of the aerial camera.
WO/2016/137405 A COMMUNICATIVE SYSTEM BY MONITORING PATIENTS' EYE BLINKING||WO||01.09.2016|
||PCT/TH2015/000012||MEDITECH SOLUTION COMPANY LIMITED||BUNKHOMRAT, Piyasak|
The communicative system by monitoring patients' eye blinking is composed of a computer (22) with a processing unit (23) serving to interpret the blinking twice (40) as a dot with brightness higher than standard as a confirmation command, a computer monitor (20) which is connected to the processing unit (23) serving to display data, an eye monitoring device (21) composed of a video camera (14) which is connected to the processing unit (23) serving to catch the eye's image (13) in order to set value of the eye's area (12) as a point of reference. The system's special features are composed of a certain number of symbolic images and statements (30). The system will identify data on a number of images and statements (30) in an automatic rotation manner, and the patient (10) will select a unit of data by blinking twice (40) as a confirmation command for data selection.