158 results about "Ring device" patented technology

A smart ring device, including: a housing including an outer ring, an inner ring, and an accommodation space located between the outer ring and the inner ring; at least one electronic component, arranged in the accommodation space; and a first electrode and a second electrode, spaced apart alogn a circumferential direction of the inner surface of the housing and electrically connected to the at least one electronic component; a locating component at least partially arranged within the accommodation space; and a circuit board, wherein the circuit board includes a locating aperture adapted to the locating component, a first end of the locating component being connected to the outer ring, and a second end of the locating component being connected to the first electrode or the second electrode through the locating aperture on the circuit board.

This patent application relates to wearable ring device (101) to perform communication operation in wireless network. The wearable ring device comprises control unit (107), static component (105) and rotatable interface (103). The control unit comprises microcontroller, haptic controller and power source. Static component placed over control unit. The static component includes sensing element placed over outer surface of static component. Rotatable interface is mounted over static component and is rotatable over axis of static component. The rotatable interface includes notch, where notch is provided at inner surface of rotatable component. Further, when rotatable interface is rotated over static component, conductive notch comes in contact with sensing element. Microcontroller determines change in level of electric or magnetic or optical parameter of sensing element when rotatable interface is in contact with static component and performs communication operation based on change in level of electric or magnetic or optical parameter of sensing element.

The application discloses a finned plate radiator gluing ring device and a use method thereof, and belongs to the technical field of finned plate radiator production equipment.

Methods, systems, and devices for manufacturing wearable ring devices (104) are described. A printed circuit board (PCB) including one or more sensors is disposed on or within an inner ring-shaped housing (105). A molding procedure is performed using a moldable material (115) to couple the PCB with the inner ring-shaped housing. Together the inner ring-shaped housing, the PCB, and the moldable material form a ring assembly, where the ring assembly includes a first passage configured to receive a finger of the user along a first axis. Then an outer ring-shaped housing (125) associated with a second passage and second axis is placed around the ring assembly such that the second axis of the outer ring-shaped housing is perpendicular to the first axis of the ring assembly. Then the outer ring-shaped housing may be rotated relative to the ring assembly to align the first axis and the second axis.

The application provides a wearable ring device, which comprises an interactive body and a watchband. The interactive body comprises a control module, a display module and a battery module. The watchband is connected to the interactive body. The watchband comprises a photoelectric conversion module, a barrier body and a piezoelectric module. One side of the barrier body is connected to the photoelectric conversion module, and the other side of the barrier body is connected to the piezoelectric module. The photoelectric conversion module is used for converting light energy into electric energy and transmitting the electric energy to the control module. The piezoelectric module generates a vibration prompt or ultrasonic wave according to the electric signal transmitted by the control module, receives the reflected ultrasonic wave, generates a wearing state sensing signal, and transmits the wearing state sensing signal to the control module. The application can reduce the power supply burden of the battery module and prolong the power supply time of the battery module.

The application discloses a zirconium alloy mouth ring device for a centrifugal pump and an assembling method, and relates to the field of centrifugal pumps. The zirconium alloy mouth ring device for the centrifugal pump comprises a first mouth ring and a second mouth ring. The outer wall of the first mouth ring is matched with a mounting hole of a pump body or a pump cover, and the outer wall is sequentially provided with a first interference fit part and a first transition fit part in the axial direction; the inner hole surface of the second mouth ring is matched with a mounting shaft journal of an impeller, and the inner hole surface is sequentially provided with a second interference fit part and a second transition fit part in the axial direction. The ratio of the axial length of the first interference fit part to the first transition fit part and the ratio of the axial length of the second interference fit part to the second transition fit part are both 1:1.5 to 1:2.5. The application corrects the deformation of the mouth ring through interference fit and absorbs the assembling error through transition fit, solves the assembling precision control problem caused by the fact that the zirconium alloy mouth ring cannot be precisely machined after heat treatment, and ensures the uniformity and stability of the running gap of the mouth ring.

The utility model discloses a kind of conductor shielding terminal annular array ground structure, the utility model relates to electrical engineering technical field, the utility model, comprising: connecting end, the outer wall of the connecting end is slidably connected with annular device, the annular device is locked by rotating mode, the bottom of the annular device is fixedly connected with grounding device, the annular device includes receiving end;By setting the cooperation of annular device and grounding device, the contact of the circumferential array arrangement in receiving end inner wall is slidably connected with connecting end, forms 360 ° full circumferential conductive passage, compared with traditional single-point grounding mode, contact area is improved by more than 3 times, lock ring is rotated 30 ° by dialing dial piece, the locking of connecting end and annular device can be completed, main sharp cone cooperates bulldozing block design, soil resistance is reduced, can directly penetrate clay layer with greater hardness;Sub sharp cone is automatically unfolded in soil extrusion during soil entering, forms umbrella-like grounding network, the purpose of equivalent grounding area expansion.

The present invention relates to a smart ring device for electrocardiography. The smart ring device comprises: a first electrode which is in contact with a finger of a user while worn on the finger; an insulating spacer surrounding the first electrode; a circuit board which is disposed outside the insulating spacer and connected to the first electrode; an arc-shaped insulating cover covering the circuit board; a second electrode which is exposed to the outside of the insulating cover while connected to the circuit board and can come into contact with the body of the user; a third electrode which is coupled to the outside of the insulating spacer and connected to the circuit board, and can come into contact with the body; and a signal processing unit which is mounted on the circuit board and processes biosignals transmitted from the first, second, and third electrodes. The smart ring device for electrocardiography of the present invention having the above configuration is in the form of a ring and thus very convenient to carry, and in particular, can simultaneously collect electrical signals from three different parts of the body through the three electrodes, and thus is able to obtain more accurate electrocardiography data.

The utility model belongs to the technical field of shock absorber parts, and relates to a shock absorber piston rod stop ring spot welding device which comprises a cabinet body, a working disc, a stepping type driving mechanism, a positioning mechanism, a pressing mechanism, a multi-point welding mechanism and a detection mechanism, and the working disc, the stepping type driving mechanism, the positioning mechanism, the pressing mechanism, the multi-point welding mechanism and the detection mechanism are arranged in the cabinet body. The working disc is provided with a plurality of feeding stations which are evenly distributed in the circumferential direction, and each feeding station is provided with a positioning mechanism. The stepping driving mechanism is in transmission connection with the working disc and is used for driving the working disc to do stepping rotation; the pressing mechanism is arranged on the multi-point welding mechanism, and the detection mechanism comprises a pre-welding detection mechanism and a post-welding detection mechanism which are arranged on the front side and the rear side of the welding mechanism. The automatic spot welding check ring device can solve the technical problems that in the prior art, an automatic spot welding check ring device for a shock absorber is low in welding efficiency, and welding quality is not easy to guarantee.

The invention relates to an elastic annular device. The elastic annular device is provided with a slit penetrating in the radial direction. The slit is configured such that: when an external force is applied to separate its opposite edges, the width of the slit increases, thereby allowing one of a plurality of coils of a coil spring of a vehicle suspension system to enter the central opening of the elastic annular device; the elastic annular device is configured to change at least one characteristic of the coil spring by interacting with the coil spring so that the coil spring cannot reach its maximum amount of compression. The invention also relates to an application method of the elastic annular device in a vehicle suspension system, comprising: applying a force to a slit extending radially through the elastic annular device, separating opposite edges of the slit, passing one of a plurality of coils of a coil spring through the slit and into a central opening of the elastic annular device; the applied force is removed, restoring the opposite edges of the slit to the original position, thereby transitioning the resilient annular device from the open state to the closed state.

The application provides a pipe joint type anchor rod processing system and a processing technology, which comprises a stepped rod lifting device, a linkage device, a sleeve ring device, a welding auxiliary device and a stacking device. The stepped rod lifting device is sequentially fed through stepped fixed plates and movable plates, and the top end is provided with a weighing sensor and a reversible blanking plate to realize automatic diversion of qualified and unqualified products. The linkage device comprises a conveying mechanism, a pipe joint adjusting assembly, a location and diameter reducing assembly and a sliding frame, the sliding frame is provided with first and second lifting assemblies at intervals, and synchronous step transfer of the rod body between the pipe joint adjusting, sleeve ring diameter reducing and welding stations is realized. The sleeve ring device is one of an upper ring correcting device, an automatic ring punching device or a feeding device. The welding auxiliary device pushes the blocking ring to the preset welding position through a sleeve ring positioning assembly and a pushing and ejecting assembly. The system can realize ordered screening and feeding of the rod body, stable posture transfer and automatic positioning of the sleeve ring welding, and can avoid problems such as abnormal materials, pipe joint deviation and inconsistent sleeve ring positions.

Methods, systems, and devices for ring-shaped housing alignment features are described. The wearable ring device may include an inner shell and a printed circuit board. The inner shell may include a plurality of apertures, a first set of alignment features including planar regions that are formed into an arcuate ridge of the inner shell, and a second set of alignment features. The plurality of apertures may be aligned within the planar regions. The printed circuit board may include optoelectronic components and rigid regions. The rigid regions are configured to engage with the first set of alignment features to align the optoelectronic components in a first direction, and one or more features of the printed circuit board are configured to engage with the second set of alignment features to align the optoelectronic components in other directions such that the optoelectronic components are aligned with the plurality of apertures.

The application discloses a focusing device of a petal-free lens module, which comprises a cabinet, a transposition mechanism arranged in the cabinet and used for driving transposition of the lens module, a focusing mechanism arranged beside the transposition mechanism and used for focusing the lens module, a dispensing and fixing mechanism arranged beside the focusing mechanism and used for dispensing and fixing the focused lens module, and a curing module arranged beside the dispensing and fixing mechanism and used for curing the glue. The focusing mechanism comprises a first rotating disc rotatably arranged on a first supporting plate, three centering clamping jaw devices equally arranged around the first rotating disc and used for clamping the lens module, an opening ring device arranged below the first rotating disc and used for opening the centering clamping jaw devices, a lens device arranged above the first rotating disc and used for focusing the lens module, and a first driving device used for driving the first rotating disc to rotate the centering clamping jaw devices to focus the lens module.

The utility model provides a seaborne large-diameter bored pile reinforcement cage lowering snap ring device which comprises a plurality of sets of hanging frames evenly arranged in the circumferential direction of the upper middle portion of a reinforcement cage, each set of hanging frame comprises two adjacent U-shaped snap rings, U-shaped openings of the U-shaped snap rings face downwards, and the center lines of the U-shaped openings are arranged in the radial direction of the reinforcement cage. By the adoption of the structure, the reinforcement cage can be temporarily hung on the lowering platform, the problems that the reinforcement cage of an offshore large-diameter pile is usually large in dead weight and prone to deformation are solved, the reinforcement cage can be hoisted and placed, the shape of the reinforcement cage is not damaged, lowering can be simply and reliably suspended, and it is guaranteed that the construction process is smoothly and reliably conducted.

The disclosure relates to an annular component for an aircraft gas turbine, having a front flange structure in the direction of flight, a rear flange structure in the axial direction and an annulus structure arranged between the flange structures in the axial direction, wherein the annulus structure has a variable cross-sectional form and / or a variable material arrangement in the circumferential direction and / or perpendicularly to the circumferential direction and at least one of the flange structures has at least two annular portions in the circumferential direction, which are each arranged at a different angle relative to the annulus structure. The disclosure furthermore relates to an aircraft gas turbine having an annular component and a method for producing the annular component.

The utility model provides a two-side device capable of assisting in wearing a mask, a head ring device and a cap. The two-side device comprises a pair of arched components with groove structures; each arched part comprises an inner vertical sheet and an outer vertical sheet with arched side surfaces, and the bottoms of the inner vertical sheets and the bottoms of the outer vertical sheets are connected to form a groove structure; row holes are formed in the upper sections of the inner vertical sheets; when the mask is worn, the hanging ropes on the two sides of the mask are hung in the groove structures of the arch-shaped components respectively. According to the technical scheme, when the mask is worn in an auxiliary mode, burden and discomfort brought to ears by mask hanging ropes can be removed, the protection effect of the mask can be improved, operation is convenient, multiple using methods are provided, and material taking and manufacturing are convenient.

The utility model discloses an electromagnetic heating water dispenser which is characterized in that a shell cavity is formed in a shell, a kettle container opening is formed in the top of a non-magnetized inner container, and a kettle shell opening is formed in the top of the shell; the non-magnetized inner container is fixedly installed in an inner shell cavity of the shell, and the wall body of a kettle container opening and the wall body of a kettle shell opening are tightly connected and fixed. The kettle cover can cover the kettle shell opening and / or the kettle liner opening in an openable manner; a master control circuit board is fixed at the inner bottom of the shell cavity; the electromagnetic heating generation device is fixed to the lower section of the exterior of the non-magnetized inner container in a surrounding mode. An inner container magnetized ring device is arranged on the inner lower section wall of the non-magnetized inner container; a function operation controller is fixed to the outer wall of the shell in a protruding mode, an electric water outlet device is connected between the function operation controller and the bottom of the non-magnetized inner container, and a water outlet nozzle of the electric water outlet device is located at the bottom of the function operation controller. The product has the advantages of wide heating area, high water heating efficiency, no scorching and dry burning phenomena, no adhesion and precipitation of scale, convenience in arrangement of a water outlet nozzle structure and reduction of the complexity of structural design.

The invention discloses a medium-speed coal mill impeller device, and relates to a coal mill impeller device. The medium-speed coal mill impeller device comprises a moving ring device and a static ring device. The moving ring device comprises moving ring blocks. The moving ring blocks are assembled in a circumferential direction. A guide port is arranged in the moving ring blocks and penetrates the moving ring blocks. The guide port is an outwardly-inverted asymmetric hyperbolic structure in a longitudinal section. A guide vane is arranged in the guide port and is in a spiral shape. The static ring device comprises static ring blocks. The static ring blocks are provided with a guide angle β. The static ring blocks are assembled in a circumferential direction. The upper surfaces of the circumferentially-assembled static ring blocks are in an inverted conical frustum structure. The static ring device is located above the moving ring device. The static ring blocks are adjacent to the upper sides of the guide ports. The impeller device can ensure the original wind and powder guiding effect, and can omit the original three sets of guiding devices of the medium-speed coal mill, so that the wear of the original guiding devices can be avoided.

The invention relates to a collecting ring device and a generator, the collecting ring device comprises a rotor assembly and a brush holder assembly, the rotor assembly comprises a rotating shaft, slip rings, a fan and a wind shield, the slip rings and the fan sleeve the rotating shaft, the two slip rings are located at two sides of the fan, and the wind shield is in a volute shape and covers the fan. The brush carrier assembly comprises brush boxes and electric brushes, the multiple brush boxes surround the periphery of the sliding ring in the circumferential direction and form a group, the two sides of the wind shield are each provided with two groups of brush boxes in the axial direction of the rotating shaft, the electric brushes are arranged in the brush boxes and make contact with the sliding ring, and an air outlet of the wind shield faces the contact face of the electric brushes and the sliding ring. The air flow is guided by the volute type wind shield, so that cold air is distributed more uniformly and dispersedly, local air flow dead angles are avoided, and the heat dissipation effect of the cold air is improved. And moreover, cold air exhausted by the wind shield sequentially flows through the two groups of brush boxes, so that the airflow continuously exchanges heat in the axial flowing process, and the heat exchange path is prolonged.

A stinging sound bracelet (100) has a band (102) and a plurality of bells (104a-c) at spaced apart locations (112a-c). The belt (102) forms a continuous loop. Each bell (104a-c) has a bell frame (114), a bell housing (116), and a ringing device (118). The bell frame (114) has two opposite ends (120) defining a slot (122) through which the strap (102) passes, and the bell frame (114) further defines an aperture (128) between the two opposite ends (120). A bell housing (116) is secured to the bell frame (114) and disposed within the aperture (128). A ringing device (118) is disposed within the bell housing (116), and the ringing device (118) is free to move everywhere to strike the bell housing (116) when the bite sound bracelet (100) is shaken. The bell housing (116) is oval-shaped with a maximum lateral dimension (146) aligned with the aperture (128) and a minimum lateral dimension (148) oriented perpendicular to the aperture (128).

A finger-worn wearable ring device may include a ring-shaped housing, a printed circuit board, and a sensor module that includes one or more light-emitting components and one or more light-receiving components. The wearable ring device may further include a communication module configured to wirelessly communicate with an application executable on a user device.

The invention discloses a control method and system for improving the transient support capability of a flexible loop closing device, and the method comprises the steps: enabling an active output P < e > of a self-synchronizing voltage source to output a phase theta through active / frequency control, enabling a reactive power Q < e > outputted by the self-synchronizing voltage source to output a reference voltage E < m > through reactive / voltage control, the reference voltage E < m > and the phase theta are combined to obtain an alternating-current voltage reference signal e < abc >, the voltage difference formed by the alternating-current voltage reference signal e < abc > and the actual output voltage v < abc > acts on virtual impedance to obtain an inductive current reference signal i < Ldq > * through Park change, the inductive current reference signal i < Ldq > * and an actual inductive current signal i < Ldq > are subjected to PI control to generate a modulation signal v < dq > *, and a driving signal of a switching tube is generated through SVPWM; the method has the advantages that the control strategy of the flexible loop closing device does not need to be switched in different operation modes, and transient stability of the system is facilitated.

Methods, systems, and devices related to a portable charging case are described. For example, a portable charging case is described that may convert a ring size-specific charger for a wearable ring device into a portable charger. The portable charging case may include a housing with a bottom portion that houses a battery and related circuitry, a top portion, and a retaining bracket that may hold the ring size-specific charger in a cavity within the bottom portion. The portable charging case may include a power providing component that may transfer charge from the battery to the ring size-specific charger. A user may accordingly place the ring size-specific charger within the cavity such that a power-receiving component of the ring size-specific charger is coupled to the power providing component of the portable charging case, which may enable the user to charge the wearable device without use of a wall outlet.

To provide a suspension ring device that can reliably prevent damage and noise caused by swinging of the suspension part. [Solution] The suspension ring device comprises a case 10, an opening 11, a suspension plate 12, an annular suspension part 13, and a fastening part 14. The bottom surface 10a of the case is embedded in the wall surface W of the building, and the opening is formed at the upper end 10b1 of the inner surface 10b of the case. The suspension plate has one end 12a inserted through the opening and fixed to the wall surface, and a suspension hole 12c is formed at the other end 12b. The annular suspension part has one end 13a inserted through the suspension hole and welded to the other end 13b. The fastening part is detachably provided on the inner surface of the case to a part 13c of the suspension part when it is stationary.

The invention provides a magnetic control capsule endoscope robot with a puncture biopsy taking function. Comprising a biopsy puncture needle module located at the front end, a capsule shell module, a fixing leg located at the tail end, a waterproof plug, a cam, a height-variable rotating ring device, an internal magnet, a camera module, a positioning pin, a positioning pin, a spring, a rotating table device and an external magnet. A traditional enteroscopy mode is replaced, and the workload of enteroscopy doctors and the pain degree of patient examination are reduced.

Methods, systems, and devices for operating a wearable device are described. A wearable device may include a first portion that has one or more electrical contacts and at least one sensor configured to measure one or more physiological parameters of a user. The first portion may also include one or more detachment features configured to detachably couple a removable battery with the first portion. The removal battery may be coupled with one or more electrical contacts for the removable battery. The removable battery may also be coupled with one or more counterpart detachment features that are configured to interface with the one or more detachment features of the first portion such that the one or more electrical contacts for the removable battery connect with the one or more electrical contacts of the first portion when the removable battery is detachably coupled with the first portion.

This invention provides a switchable conductive slip ring device with extended lifespan, comprising a housing, a conductive ring, a switchable control assembly, and a sliding contact. The conductive ring is sleeved on a first positioning shaft and rotates around it; the sliding contact is rotatably connected to a second positioning shaft, the two positioning shafts being parallel and offset. The sliding contact is located outside the conductive ring and extends radially along the second positioning shaft to form a first contact and a second contact. The switchable control assembly includes a compression spring and a top block, the top block having an inclined surface facing the conductive ring and slidingly engaging with the sliding contact. The sliding contact has two operating states: in the first state, the compression spring causes the first contact to abut against the conductive ring, and the second contact separates; in the second state, the top block moves, driving the sliding contact to rotate, the second contact abuts against the conductive ring, and the first contact separates. This application has the advantage of enabling long-term continuous and stable operation with only a single rapid switch, thus extending the lifespan of the conductive slip ring.

This utility model provides a riveting device for car seat covers, including an L-shaped mounting base. A fixing block is horizontally arranged at the top of the mounting base. A cylinder is arranged downwards on the fixing block. A riveting rod is provided at the end of the piston rod of the cylinder. A stabilizing platform is horizontally arranged on the mounting base below the fixing block. A riveting post that cooperates with the riveting rod is arranged on the stabilizing platform. A positioning laser light is rotatably and adjustablely arranged on the fixing block. The advantage of this utility model is that the positioning laser light illuminates the upper surface of the car seat cover, thereby positioning the part to be riveted.

The invention relates to the technical field of power system maintenance, and particularly provides an automatic lifting type electricity testing grounding ring device and a control system thereof, and the device comprises a suspension structure and a control module disposed at the bottom of the suspension structure. The hanging structure comprises a supporting plate, the inner side of the supporting plate is fixedly connected with a top cap, the interior of the top cap is in lap joint with an electric telescopic rod, the back face of the supporting plate is fixedly connected with a grounding rod, the bottom of the grounding rod is fixedly provided with a grounding wire, the top of the top cap is fixedly connected with a top rod, and the top of the top rod is provided with a fixing shell. The exterior of the toothed plate is meshed with a sector gear, and one end of the sector gear is fixedly connected with a torsional spring; the other end of the torsion spring is connected with a clamping assembly used for clamping an overhead conductor. The control module is located on the outer side of the bottom of the electric telescopic rod and is in signal connection with the interior of the electric telescopic rod. According to the technical scheme provided by the invention, the efficiency of electricity testing and grounding operation can be improved, and meanwhile, multiple safety protections are also provided.