17 results about "Device placement" patented technology

An apparatus and a method for testing an electronic device are provided. The apparatus comprises: a test board having a device placement region, a test region, and at least one signaling route; a test socket operably mounted on the test board, wherein the test socket comprises a socket body, and contact pins vertically extending through the socket body and movable vertically relative to the socket body; a calibration socket lid for mounting the test socket on the test board to press the plurality of contact pins against the test board but expose at least one target contact pin, such that a measurement result is generated by measuring an electrical characteristic associated with one of the at least one signaling route; and a device socket lid for mounting the test socket on the test board to press the contact pins against the test board.

The invention relates to an equipment transport system, comprising a carrier trolley (10) and equipment having different dimensions, namely a first piece of equipment (40, 50) and a second piece of equipment (60), the second piece of equipment (60) comprising a receptacle adapted to house the first piece of equipment (40, 50), the carrier trolley (10) comprising a chassis (14) provided with a securing element (24), the first piece of equipment (40, 50) and the second piece of equipment (60) being provided respectively with a first positioning element (42, 54) and a second positioning element (66) each configured to cooperate with the securing element (24) by engagement by complementary shapes;the carrier trolley (10) being thus configured to transport, selectively, the first piece of equipment (40, 50), the second piece of equipment (60), as well as the first piece of equipment (40, 50) and the second piece of equipment (60) when the first piece of equipment (40, 50) is housed in the receptacle of the second piece of equipment (60). Figure for the abbreviation: Figure 1;

The invention belongs to the technical field of placing racks, and discloses a diagnosis and treatment equipment placing rack for a sickbed, the diagnosis and treatment equipment placing rack comprises an electrically-driven moving trolley, a vertical frame is fixed on the top of the moving trolley, a transverse frame for placing an ultrasonic instrument main body is fixed on the top of the vertical frame, and a storage mechanism is arranged on the transverse frame; the probe assembly comprises a probe, a connecting line and a plug connected with a power supply slot in the ultrasonic instrument body in an inserted mode, and the two ends of the connecting line are fixed to the probe and the plug respectively and are in circuit connection with the probe and the plug. The device can be moved to the position in front of a sickbed of a patient needing diagnosis and treatment by operating the moving trolley, then the corresponding probe assemblies are inserted into the inserting grooves in the ultrasonic instrument, diagnosis and treatment operation can be conducted on the patient, and due to the fact that the different probe assemblies are separately placed through the storage mechanism, the situation that in the prior art, multiple probe assemblies are stacked and placed, and operation is inconvenient is avoided. And therefore, unnecessary time waste can be reduced.

The present application belongs to the technical field of electrocardiogram monitoring equipment, and specifically discloses a multi-axis adjustable electrocardiogram monitoring equipment support arm, which comprises a support assembly and an electrocardiogram monitoring equipment, and the inside of the support assembly is provided with an adjusting assembly and a storage assembly; the adjusting assembly comprises a hinged adjusting piece and a rotating adjusting piece; the support assembly is connected with the adjusting assembly, and the support assembly is connected with the storage assembly; the rotating adjusting piece comprises a hinged rod, a limiting block, an insertion strip, an insertion strip groove and a second spring; the adjusting assembly is used for assisting medical staff to rotate and adjust and fix the support arm; and the storage assembly is used for assisting medical staff to store the lines of the electrocardiogram monitoring equipment. Through the arrangement of the adjusting assembly, medical staff can conveniently adjust and lock the support arm, the flexibility of the medical staff in adjusting the position of the electrocardiogram monitoring equipment is improved, and the placement position of the electrocardiogram monitoring equipment can be adjusted according to the layout of a room.

An apparatus and a method for testing an electronic device are provided. The apparatus comprises: a socket board having a device placement region, a test region, and a signaling route extending between a device contact pad and a socket board pad; a lower socket unit mounted on the device placement region, wherein the lower socket comprises a plurality of contact pins including a target contact pin aligned with the device contact pad; a calibration board removably mounted on the lower socket unit, wherein the calibration board comprises a test trace extending between a test pad and a connection pad electrically connectable with the target contact pin, such that a measurement result is generated by measuring an electrical characteristic associated with a testing path between the test pad and the socket board pad; and an upper socket unit mounted on the lower socket unit.

The invention provides an apparatus and method for testing an electronic device. The equipment comprises a test board which is provided with a device placing area, a test area and at least one signal circuit; a test socket operably mounted on the test board, where the test socket includes a socket body and contact posts, the plurality of contact posts vertically extending through the socket body and being vertically movable relative to the socket body; a calibration socket cover for mounting the test socket on the test board to press the plurality of contact posts against the test board but expose at least one target contact post such that a measurement result is generated by measuring an electrical characteristic associated with one of the at least one signal line; and a device socket cover used for installing the test socket on the test board so as to press the plurality of contact columns against the test board.

The utility model discloses a reward ejection device for training, including support casing and support base, support casing sets up at support base top, is provided with fixed component to support base bottom, is provided with ejection assembly in support casing, is provided with the joint assembly on support casing. In the utility model, support base bottom is provided with fixed component, can fix support base in wall surface, ground even wood board etc. place through the switching of fixed component, and support casing can adjust angle, like this let support base can install in the place of different angle, can let support casing still normal use through angle adjustment, like this can let equipment can be conveniently used in the outdoor indoor, and equipment can install in the place of different angle, and timely equipment inclination still can use through adjusting the angle of support casing, even can place equipment in the high place to train police dog, improved the use range of equipment.

The utility model discloses a kind of type-c USB's adapter, including device ontology, the inside of device ontology is equipped with cavity, and the inside of cavity is fixed with fixed column, the surface of fixed column is slidably connected with conversion circuit board, the upper surface of device ontology is provided with hollow seat, and hollow seat is connected with type-c interface by hollow shaft connection.This utility model, by limiting hinge seat connecting support, make adapter have interface conversion and equipment support function, realize "adapter+support" integration, in travel, commuting and the like scene, user can place mobile phone or tablet on device ontology, and expand support, cooperate video output interface to watch drama, without extra carrying support, simplify use process, improve portability and space utilization, while the setting of first antiskid pad, increase the friction between and the friction of the plane, prevent device sliding, guarantee the stability of equipment placement.

The utility model discloses a kind of clamping mechanisms of small translation equipment, it is related to translation equipment technical field.The utility model includes protective shell, equipment placing area is opened in the protective shell, the four corners of the protective shell are fixedly installed with anti-falling air bag, and silica gel strip is installed on the edge of equipment placing area of the protective shell on.The utility model when needing to take off equipment from hanging rope, user only needs to press the two elastic press mechanisms of symmetry installation on the protective shell simultaneously, elastic press mechanism is pressed when being subjected to external force, will drive the clamping mechanism connected, make the two clamping mechanism clamping place move to the direction of mutual far away, since two clamping mechanism originally is to clamping mechanism and is fixed, when they move to two sides, will release the clamping state to clamping mechanism, at this moment, user can easily take off equipment with protective shell and clamping mechanism, realize the purpose of quick equipment.

The utility model provides a kind of agitator pipeline support protection mechanism, it is related to glass agitator pipeline support technical field. Including fixed mechanism and mobile support mechanism, the mobile support mechanism includes support seat, the fixed mechanism is installed in the lower fixed block of support seat top, the upper fixed block is installed in the top of lower fixed block, the lower fixed block and upper fixed block mutually close side face are all set with V-shaped clamping groove. By being placed between the V-shaped clamping groove of lower fixed block and upper fixed block to the fixed pipeline is clamped and fixed, make mobile support mechanism to support pipeline, reduce the friction between pipeline and ground, play the role of protecting pipeline, can greatly reduce abrasion condition, avoid the occurrence of production safety accident, and by driving mechanism to drive two groups of swing rods to turn inwards, make two groups of universal wheel to the two side faces of support seat, support by the bottom of support seat, improve the stability in the process of device placement.

The present invention describes a shoulder rehabilitation device with rotary movement that can be placed on either the right or left shoulder of any person, regardless of arm and shoulder size. The device consists of three main parts: a frame, a forearm frame, and a movement mechanism. The two frames are placed on the shoulder and forearm of the shoulder to be rehabilitated, and the movement mechanism connects them, allowing the user's arm and shoulder to move. This movement mechanism is mounted on a prismatic cube-shaped base and is made up of bands that allow movement along the X, Y, and Z axes.The structure has protrusions that allow it to be attached to adjustment straps that help to place the device on either shoulder, to then start the type of therapy or movement which is programmed by means of a smart device that is linked to the device that is the subject of the present invention by means of a wireless communication module that is located in a control module.

Systems for medical imaging enable real-time visualization of patient vasculature using augmented reality that includes a wearable device positioned on a patient's target body region and incorporates ultrasound transducers and Doppler sensors configured to acquire subsurface vascular structure data and blood flow characteristics. Sensor data is transmitted to a head-worn augmented reality visualization device used by a caregiver. The visualization device includes a camera configured to scan the target body region prior to placement of the wearable device, a display for presenting augmented reality content, and a processor configured to reconstruct a 3D representation of the anatomical surface from the camera data. The processor further fuses the subsurface vascular data with the reconstructed surface representation to generate a real-time, 3D vascular map. The vascular map is rendered as an augmented reality overlay aligned with the patient's body, thereby assisting caregivers with accurate visualization and guidance during vascular access procedures.

This application discloses an electronic device placement device, belonging to the technical field of electronic device support. The electronic device placement device includes a base, a folding assembly, a placement component, and a vacuum pump assembly. The folding assembly is rotatably connected to the base; the placement component is rotatably connected to the end of the folding assembly away from the base, and the placement component is used to place electronic devices; the vacuum pump assembly is disposed within the base, and a vacuum suction component is disposed at the end of the base away from the folding assembly. The base has a first vent hole, and the vacuum suction component has a second vent hole. The first vent hole communicates with both the second vent hole and the vacuum pump assembly. The electronic device placement device provided by this application improves the installation stability of the electronic device placement device, thereby improving the service life of the electronic device and the user experience.

This application provides a mobile device for non-destructive testing of pressure vessels, including a mobile pusher assembly, a testing equipment placement assembly, and a lifting assembly. The mobile pusher assembly includes a fixed frame, a telescopic frame, and a mobile assembly. The fixed frame is located on top of the telescopic frame, and the mobile assembly is located on the bottom of the telescopic frame. The testing equipment placement assembly includes an equipment receiving section, an accessory receiving section, and an equipment placement platform. The equipment receiving section is located on top of the fixed frame and has a flip-up section at its top, which is movably connected to the equipment receiving section. A connecting section is provided on the side of the flip-up section facing the inside of the equipment receiving section, which can connect to the testing equipment. The accessory receiving section is movably linearly connected to the fixed frame. The equipment placement platform is located on the bottom of the fixed frame. The lifting assembly is located on the bottom of the fixed frame, and the telescopic frame can extend or retract as the lifting assembly rises or falls. This application can safely transport various non-destructive testing equipment and improve the efficiency of flaw detection operations.

The utility model provides a kind of cleaning device for detecting equipment, it is related to health food cleaning technical field, and it includes: support mechanism includes support frame, two the support frame between being provided with connecting frame, electric gear is provided on the connecting frame, the side of the support frame is provided with buckle frame.The utility model, through the equipment needing to be cleaned and placed on fixed frame, then staff starts rotation by electric gear, then electric gear is engaged on adjusting tooth and is lifted to adjust to drive adjusting frame and the fixed frame of adjusting frame one end to lift and adjust, and detecting equipment is placed on the placing frame on fixed frame, and fixed frame is lifted to adjust in the process of being adjusted on support frame, and let inlay frame be lifted to adjust in buckle frame, so that it can be more stably lifted to adjust in actual use process, so that its stability in actual use process has improved.