112 results about "Cup position" patented technology

In one embodiment, the invention is a light emitting diode module with improved light distribution uniformity. One embodiment of a signal head includes a light emitting diode and a reflector cup positioned to reflect light emitted by the light emitting diode, the reflector cup having a non-symmetrical curvature.

A computer implemented system for adjusting the placement of an implant in a patient through the use of a dimensioned grid template placed relative to patient anatomy on a fluoroscopic machine and a method to digitally quantify alignment parameters is provided. This system can be used for determining: 1) leg length, offset, and cup position during arthroplasty replacement surgery; 2) fracture reduction/correction position during trauma procedures and 3) an apparatus to be used for deformity correction planning is provided; 4) placement and positioning of instruments and implants relative to bone and anatomical architecture; 5) bone anatomy boundary parameter identification relative to reaming and cutting landmarks of bone.

The invention provides a handheld dust collector which comprises a host machine, an air inlet, an air outlet, and a cyclone separation device connected with the host machine, wherein an air channel is formed between the air inlet and the air outlet; the cyclone separation device is vertically arranged, comprises a dust cup positioned at the lower part, and is used for separating dust and sundries in air flow flowing through the air channel; a plurality of convex columns are arranged at the bottom of the dust cup, so that the dust cup can be protected and is difficult to abrade. The handheld dust collector disclosed by the invention is simple and more compact in structure, and occupies a small space; the convex columns at the bottom of the dust cup can protect the dust cup and are difficult to abrade; the handheld dust collector is safer to use and has a good application prospect.

A system for measuring substrate concentricity includes a substrate support member adapted to rotate a substrate around a substantially vertical axis. The substrate includes a mounting surface and a process surface. The system also includes a spin cup positioned below the substrate and a translatable arm mounted a predetermined distance above the process surface of the substrate. The translatable arm is adapted to translate along a radius of the substrate. The system further includes an optical emitter mounted on the translatable arm and an optical detector mounted on the translatable arm.

The invention discloses a full-automatic drink making robot. A stirring device is mounted at the tail end of one arm of a dual-arm robot, and a mechanical hand is arranged on the other arm of the dual-arm robot. An automatic cup discharging device separates a pile of paper cups, the paper cups are conveyed to preset grabbing positions, and the mechanical hand grabs the paper cups from the grabbingpositions. A self-service ordering system provides an ordering interface, customers select drink formulas from the ordering interface, a centralized control system acquires the drink formulas and carries out analysis, the tail ends of the corresponding mechanical arms of the dual-arm robot are controlled to be arranged on corresponding discharging points of a quantitative discharging cabinet sequentially according to the receiving sequence and the ingredient positions, and the quantitative discharging cabinet is controlled to carry out discharging according to the ingredient quantity. The stirring device stirs ingredients. The mechanical hand of the dual-arm robot is controlled to grab the paper cups from the preset positions, and the ingredients which do not need to be stirred are received. After the stirring device carries out stirring for preset stop time, drink is poured into the paper cups, the mechanical hand puts the paper cups at the preset positions on an automatic delivery device, and the automatic delivery device rotates to-be-delivered cup positions to the positions where the customers take the cups.

Relating to testing devices for liquid metal fluidity and testing methods based on the devices, the invention provides a visual testing device for liquid metal fluidity and a testing method based on the device. The device and method provides a solution to the problem of low testing accuracy caused by invisible pouring speed and pouring temperature in present methods. The device comprises: a CCD camera arranged below a high temperature resistant quartz glass plate, an insulating pouring cup positioned over a clay sand cope flask, with the pouring gate of at the bottom of the insulating pouringcup in correspondence with the upper part of the clay sand cope flask. The testing method consists of: pouring a liquid metal into a fluidity testing cavity, and measuring the temperature; shooting an image with the CCD camera below the high temperature resistant quartz glass, and conducting computer analysis so as to obtain a test result. The device and method provided in the invention is suitable for testing liquid metal fluidity.

A dispensing device for beverage cup lid which prevents excessive human contact with the lid prior to insertion upon the beverage cup, the device providing a central stationary lid retaining rod suspended from a lid cabinet upon which a stacked plurality of lids are retained through a central bore, the lids urged downward by a traveling press plate engaging a rotating threaded shaft, the threaded shaft moving the press plate against the uppermost lid on the retaining rod pressing the stacked plurality of lids down along the retaining rod in increments programmed to release only the lowermost lid from the end of the retaining rod onto the top of a beverage cup positioned below the retaining rod. The device is operated by the activation of a presence sensor, either a beverage cup or a clean hand, which causes the incremental dispensing of a single lid.

A quickly attachable electric generator system for producing electric power from hot or cold surfaces of magnetic materials. The system includes at least one permanent magnet for providing a magnetic attractive force to hold a surface of a thermoelectric module against the hot or cold surfaces. In a preferred embodiment, useful for attaching to the tail pipe or muffler of a motor vehicle, a thin flexible high heat conducting copper disk is braised to a thin bottom portion of a copper pedestal that has a wider flat upper portion. The wider flat upper portion is the heat source of a thermoelectric module that is compressed between it and an aluminum fin unit functioning as a heat sink. Insulating wafers on both the hot and cold sides to the thermoelectric module provide electrical insulation of the module from the copper pedestal and the finned heat sink. Heat conducting grease is used to improve thermal conductivity. In this preferred embodiment 24 small cylindrical magnets are positioned around a mid section of the pedestal in 12 aluminum bottomless cups positioned between the thin copper disk and the wide flat portion of the pedestal. When in use the thin flexible disk conforms to the surface shape of the steel (or other iron containing material) to which it is attached, and the disk along with the rest of the thermoelectric generator is held in place by the magnetic force of the 24 magnets. When attached to a tail pipe heat flows from the hot surface of the tail pipe through the thin flexible copper disk, through the pedestal to provide a heat source at a temperature in the range of about 450 degrees F. for the thermoelectric module. The fin unit provides the heat sink transferring heat to the atmosphere to provide a cold surface at about 85 degrees for a temperature difference of about 365 degrees F. In this preferred embodiment the module is utilized to provide electric power to power a transmitter to transmit information regarding the location of the motor vehicle to which it is attached. Standard thermoelectric modules available on the market can be utilized.

The invention discloses a total hip replacement preoperative planning method and device based on deep learning and X rays. The method comprises the steps of obtaining an X-ray image of the hip joint,wherein the X-ray image of the hip joint comprises an image of a reference object, and the reference object is a reference object with the known size; restoring the size of the X-ray image of the hipjoint according to the image size of the reference object and the proportion of the actual size of the reference object; identifying the restored X-ray image of the hip joint based on a deep learningmodel, and determining a leg length difference, an acetabular cup position and a specification model of a femoral stem prosthesis; and determining the position of an osteotomy line according to a rotation center of the femoral stem prosthesis and a rotation center of the acetabular cup determined in the X-ray image identifying process of the hip joint. The invention aims to provide a more convenient and accurate preoperative planning mode for providing better preoperative support for a total hip replacement surgery.

The invention discloses a reflection type LED lamp and a head lamp for vehicles using the reflection type LED lamp, wherein the reflection type LED lamp comprises a housing with a lamp socket surrounded by a base and a reflection cup positioned above the base, and an LED light source positioned on the base; the reflection cup reflects the light rays of the LED light source out of the lamp socket to form illumination light rays; the reflection face of the reflection cup is composed of a parabolic cylindrical surface at the middle part and a paraboloid positioned at both sides of parabolic cylinder; a reflection mirror facing to the LED light source is installed between the LED light source and the lamp socket; a plane mirror reflects the incident light rays of the LED light source to the reflection face of the reflection cup, and then the light rays are reflected out of the lamp socket by the reflection face. The reflection type LED lamp in the invention shares a reflection cup by using parabolic reflector, plane reflector and a plurality of LEDs according to non-imaging optical theory, thereby realizing the maximization of optical energy utilization rate of unit caliber of LED of reflection cup, improving the illumination of the integral lamp and also reducing the structure size.

The invention discloses an automatic beverage making robot based on a network and a control method. The control method comprises the steps that a stack of containers are separated through an automaticcup outlet device and conveyed to preset grabbing positions, and a manipulator grabs paper cups/plastic cups from the grabbing positions; when a self-service ordering system initially works, a beverage menu is downloaded from a cloud server, and the downloaded menu is displayed in the mode of being convenient for man-machine interaction; customers place orders through a man-machine interaction interface, the self-service ordering system generates order information according to input of the customers, and the order information is sequentially sent to a centralized control system of a corresponding shop; and the centralized control system analyzes the order information in sequence and generates control instructions according to analyzing results, the double-arm robot is controlled to grab the paper cups/plastic cups according to the preset sequence, take materials from a quantitative discharging cabinet and conduct stirring, order beverages are obtained and put at preset positions of anautomatic delivery device, and the to-be-delivered cup positions are rotated to the cup taking positions for the customers through the automatic delivery device.