54 results about "Contact depth" patented technology

The invention provides a depth measurement method based on binocular three-dimensional vision, comprising the following steps of: (1) respectively acquiring a left image and a right image of each object through two cameras and acquiring characteristic points of a plurality of objects; (2) establishing a BP (Back Propagation) neural network model; (3) extracting left image coordinates and right image coordinates of the characteristic point on the bottom plane of each object, acquiring three-dimensional world coordinates by BP neural network model training, and establishing a three-dimensional plane function of the bottom surface of each object; (4) extracting left image coordinates and right image coordinates of one characteristic point on the top plane of each object, and acquiring three-dimensional world coordinates by BP neural network model training; and (5) acquiring the depth value of each object according to the three-dimensional plane function of the bottom surface of the object and one characteristic point on the top surface of the object. The invention can realize non-contact depth measurement on the objects and has the advantages of high measurement precision, low cost, and the like.

The invention relates to an electrolytic milling-grinding machining tool cathode with efficiency and precision and an electrolytic milling-grinding method, and belongs to the field of electrolytic milling-grinding composite machining. According to the electrolytic milling-grinding machining tool cathode and the electrolytic milling-grinding method, a plurality of arc-shaped grooves at equal intervals are formed in the lower end of the side wall of the tool cathode, the side walls of the grooves are insulated, and diamond abrasive particles are inlaid in the wall surfaces of the portions, except for the grooves, of the side wall of a cathode base body through a resin binder, so that electrochemical anodic dissolution only exists in the surfaces of the portions, opposite to the grooves, of aworkpiece, at the moment, the depths of the grooves become a part of a machining gap, accordingly the contact depth between the diamond abrasive particles in the portions, except for the grooves, ofthe side wall of the cathode base body and the machining surface of the workpiece is increased, then the grinding effect of the diamond abrasive particles on the workpiece in the electrolytic milling-grinding process is enhanced, and the precision and the surface quality of the electrolytic milling-grinding machining can be improved; and moreover, compared with the electrolytic milling-grinding finish machining under the low current density in the past, the tool cathode can adopt higher current density, and the machining efficiency can be improved.

The invention relates to a wheel leg drawing-type plane curtain washing robot. Wherein, three suckers of wheel leg passive adsorb device are independently controlled by the flexible cylinders at two sides of suckers, which can be synchronously or alternatively adsorbed on the wall; the opening of sucker is surrounded by sealing rubber strips; the invention can watch the wall when the gas of sucker leaks little, and clean the water mark along with the downward sliding of sucker; the differential driving wheels at the outer side surfaces of upper and lower suckers form the attitude adjuster; the follow roller at the outer side of middle sucker can limit the contact depth between the rubber strip and the wall, to reduce the abrasion of rubber strip; the washing device comprises a washing rolling brush, a motor and a water recycle device, which are compactly arranged at the middle sucker; the obstacle detector is formed by three groups of mechanical point sensors at the bottom of three suckers, to detect the obstacles protruded from the wall. The invention can move from up to down that drawn by the windlass at the top of building, to effectively clean the plane glass curtain, which can reliably overcome the obstacle.

The invention discloses a method for measuring microscopic mechanical property parameter of a press-fitting material. The method comprises the following steps: S1, executing a nanoindentation test; S2, according to a load-displacement curve obtained by the nanoindentation test, calculating a contact depth hc and a contact area Aop of a pressure head; S3, according to a following formula, calculating the practical contact area Ature of the pressure head, wherein, k1 is the indentation deformation coefficient during an unloading process, k1 is 1.1-1.2, k2 is a deviation factor of the practical pressure head and an ideal pressure head, k2 is 61-62, f(P) is the size effect symptom coefficient during a nanoindentation process, f(P) is 0.30-0.01 P, P is maximum load, and the unit is mN; and S4, calculating young modulus E and hardness H of the press-fitting material based on Ature. The method can accurately and rapidly obtain the practical contact area of the pressure head of the press-fitting material, extra expensive equipment is not required, and the cost is low.

The invention belongs to the technical field of fracture toughness test and provides a method for calculating fracture toughness through an indentation method. The method comprises the following steps: 1) obtaining relationship between depth and load during material pressing-in and unloading stages; 2) obtaining plastic residual depth and contact depth state parameters according to a load-displacement curve during material unloading; 3) predicting a radial displacement correction factor and a Berkovich pressing head non-axisymmetric correction factor of the material under the function of a pressing head by utilizing finite element software; 4) carrying out material uniaxial tension experiment to obtain material elasticity modulus, and obtaining critical hole rate of the material based on the GTN theory with the help of the finite element software; and 5) associating indentation work with fracture energy and carrying out equivalence with strain energy density to obtain a fracture toughness equation characterized by the critical plastic residual depth. The fracture toughness test method can quickly obtain the elastic modulus and the fracture toughness value of the material at low loss through a small-range indentation experiment of the material.

The invention discloses multi-point touch equipment based on a depth camera. The equipment comprises an image acquisition module, a contact processing module and a projection display module, wherein the image acquisition module is used for acquiring color image information and hand contact depth image information and transmitting the color image information and the hand contact depth image information to the contact processing module; the contact processing module is used for processing the received information to obtain the image information of a projection plane, and further, the contact information of fingers is obtained; contact coordinates on the projection plane are transformed into graphical interface coordinates; the contact information is converted into operating information, and the operating information is transmitted into an application program; and the projection display module is used for projecting the received information onto a specified plane. By adopting the equipment, damage cannot be caused to a human body; the operating dynamics of a user can be accurately captured; and the touch-control reducibility of an image is high. Moreover, the multi-point touch equipment based on the depth camera can be easily carried, and therefore, the interactive experience of the user during an application process is enhanced.

The invention relates to a test device for simulating a rotor rubbing fault, belonging to the technical field of rotor rubbing tests. The test device aims to solve the problems that an existing test device cannot adjust the contact depth between a rubbing contact part and a rotor, cannot simulate a rubbing fault weak to be serious and cannot perform one-way simulation of the rubbing fault. A motorand a rubbing device are fixed on a working platform, center lines of the motor and the rubbing device are located on the same straight line, the output end of the motor is connected with one end ofa rotating shaft through a coupler, the other end of the rotating shaft sequentially passes through a first bearing block, the rubbing device, a disc and a second bearing block, and the first bearingblock and the second bearing block are fixedly mounted on the working platform. The test device for simulating the rotor rubbing fault can adjust the rubbing contact part through a plurality of adjusting bolts, so that rotor rubbing faults of different depths in multi-local face contact are simulated precisely.

The invention discloses a tool for measuring the contact depth of contacts of a switch cabinet handcart, which comprises a fixed member, a sliding member and a digital display measuring tape, wherein the fixed member is installed at the outer surface of static contact, the sliding member is installed at the outer surface of a moving contact and arranged opposite to the fixed member, and the digital display measuring tape can read automatically. The digital display measuring tape comprises a shell, a measuring tape, a barcode scanner and a display screen, wherein the shell is installed at the inner side of a panel of a switch cabinet handcart body, the measuring tape is arranged in the shell, the barcode scanner is used for carrying out reading on the measuring tape, and the display screen is connected with the barcode scanner and used for displaying the reading; and the measuring tape is provided with a barcode with the adjacent distance being zero. One end of the fixed member is fixed at the tail end of the static contact, the other end of the fixed member is flush with the front end of the static contact, one end of the sliding member is flush with the front end of a plum-blossom-shaped contact, the other end of the sliding contact is connected with an initial end of the measuring tape, the extension length of the measuring tape is at least the axial length of the plum-blossom-shaped contact, and the extension direction of the measuring tape is identical to the axial direction of the sliding member. The tool disclosed by the invention realizes accurate and reliable contact, and the travel of the measuring device can be read, so that the insertion depth of a plum-blossom-shaped contact finger can be judged accurately.

The invention relates to the field of ground exploration, in particular to a non-contact depth measurement device for static sounding and an application method thereof. The non-contact depth measurement device is characterized by at least comprising a distance measurement instrument, a fixed support and a signal processor, wherein the distance measurement instrument is connected and fixed to a static sounding machine through the fixed support, and the signal processor receives and processes distance measurement signals of the distance measurement instrument. The device and the application method thereof have the advantages that the penetration depth of a static sounding probe can be measured in a non-contact mode, the reliability and the accuracy are high, the structure is simple, installation is convenient, the cost is low and popularization is convenient.

A magnetic memory device includes a magnetic memory stack including a bottom electrode and having a hard mask formed thereon. An encapsulation layer is formed over sides of the magnetic memory stack and has a thickness adjacent to the sides formed on the bottom electrode. A dielectric material is formed over the encapsulation layer and is removed from over the hard mask and gapped apart from the encapsulation layer on the sides of the magnetic memory stack to form trenches between the dielectric material and the encapsulation layer at the sides of the magnetic memory stack. A top electrode is formed over the hard mask and in the trenches such that the top electrode is spaced apart from the bottom electrode by at least the thickness.

The invention discloses a method for identifying the anisotropic plasticity parameters of a plate based on single-cone indentation, used in the technical field of nondestructive testing and in-situ testing of anisotropic materials. The method comprises the following steps: establishing a numerical model for correlating the indentation response parameters and the plasticity parameters of an anisotropic material by using a dimensionless function; analyzing the material response of a single-cone indentation experiment to obtain the anisotropic plasticity parameters of a metal plate, and obtainingthe load-displacement relation curve of a test piece; testing the unloaded residual indentation morphology by a three-dimensional confocal microscopic device, and extracting the contact depth valuesof the residual indentation contour in two orthogonal directions of transverse and longitudinal lines of the tested material; and substituting the material response information extracted in the indentation experiment into the established dimensionless function model, and carrying out reverse calculation to obtain the anisotropic plastic parameters of the metal plate. The anisotropic plasticity mechanical parameters reversely calculated by the method are unique and have a high accuracy.

Disclosed is a wall cement mortar plastering and rendering machine. By means of the air pressure energy in an air pump, the impact force can be formed onto the cement mortar in a tube, the cement mortar is sprayed to a wall, a rotary trowel is driven by a motor to rotate, the contacting depth of rotary wings contacting with the surface of the cement mortar is grasped when the rotary trowel contacts with the wall cement mortar under the manual external force, and the surface of the wall cement mortar is floated and compacted to form a plane. The wall cement mortar plastering and rendering machine is a novel one.

The present invention provides an integrated circuit including a field effect transistor formed in an active area segment of a semiconductor substrate, the transistor comprising:

• • a first and a second source/drain contact region; and
  • a channel region arranged in a groove formed in the active area segment and extending to a groove depth larger than a lower first contact depth,

wherein the second source/drain contact region is arranged at a vertical extension above the extension of the first source/drain contact region and a corresponding manufacturing method.

The invention provides a method and equipment for processing exhaust gases of volatile organic compounds. In the method, the processes of compression-direct cooling-adsorption are integrated, and the method can be used for processing exhaust gases, with a plurality of concentrations, of the volatile organic compounds. According to the method, a direct-contact depth cooling device adopting gas-liquid direct contact is adopted in the direct cooling condensation process; and cooling liquid waste is utilized as refrigerant liquid, so that the cost is reduced, and the efficiency is improved.

The invention discloses a rainwater monitoring device arranged on roof. The rainwater monitoring device comprises a water quality detection platform, water quality detection heads, a plurality of signal receiving emitters and a support; the water quality detection platform is provided with a chamber structure inside, and a plurality of diversion grooves with tilt angles are arranged equidistantly on the outer periphery of the water quality detection platform and around the center of the same; a height adjustment mechanisms are arranged inside the diversion grooves, the water quality detection heads are mounted on the height adjustment mechanisms, and the height adjustment mechanisms can make probes of the water quality detection heads and rainwater to change in contact depth; the signal receiving emitters are equidistantly arranged on the upper end face of the water quality detection platform. The diversion grooves are arranged on the outer side of the water quality detection platform, automatic discharge of the rainwater is realized, influence of substances accumulated in the water quality detection platform in the long term is further reduced, and accuracy in detection data is improved; meanwhile, a protective sleeve is arranged on the outer side of each water quality detection head, damage of the water quality detection heads is avoided, and service life of the water quality detection heads is prolonged.

The present invention provides a semiconductor device that permits free setting of characteristics of individual semiconductor elements which are mixedly mounted and have different characteristics, and is free of steps between formed semiconductor elements, and a manufacturing method for the same. In the semiconductor device, an n-type silicon layer is deposited on a p-type silicon substrate by epitaxial growth, and then an SOI layer is deposited thereon through the intermediary of a BOX layer. A junction transistor using a part of the n-type silicon layer as a channel region and a MOS transistor using the SOI layer are produced. The semiconductor device ensures uniform resist, control of contact depths, wire processability, etc., making the semiconductor device ideally suited for microminiaturization.

A method includes providing a device structure having an isolation structure, a fin adjacent the isolation structure and taller than the isolation structure, and gate structures over the fin and the isolation structure. The isolation structure, the fin, and the gate structures define a first trench over the fin and a second trench over the isolation structure. The method further includes forming a first contact etch stop layer (CESL) over the gate structures, the fin, and the isolation structure; depositing a first inter-layer dielectric (ILD) layer over the first CESL and filling in the first and second trenches; and recessing the first ILD layer such that the first ILD layer in the first trench is removed and the first ILD layer in the second trench is recessed to a level that is about even with a top surface of the fin.

The invention relates to a scab grinding device. The scab grinding device consists of an outer shell, a power supply, a water bag, a motor, a connecting mechanism, a protection cover and a scab grinding sand tray. The scab grinding device has the advantages that the scab grinding device is provided with the adjustable protection cover, so that the scab grinding depth can be controlled. The scab grinding device can be powered on or off according to the contact depth between the scab grinding sand tray and the skin of a patient. By arranging the water bag and a water outlet passage, when the scab grinding sand tray begins to work, a switch of the water outlet passage is switched on, and the water outlet volume is controlled by adjusting a grip of the scab grinding device by virtue of a holding force. The outer shell is provided with scales, so that a water level in the water bag can be observed.

The invention discloses a sewage station sewage temperature rise device, which comprises a sewage pool, wherein the whole of the sewage pool is in a cuboid structure; in addition, a first C-shaped rail and a second C-shaped rail are respectively welded to the inner walls of the two opposite sides of the sewage pool; a T-shaped slide block is glidingly connected into each of the slide grooves of the first C-shaped rail and the second C-shaped rail; in addition, the same tapered roller bearing is welded between the outer walls of the two T-shaped slide blocks; an arch-shaped support fixing rod is fixed on the upper surface of the outer ring of the tapered roller bearing through a screw bolt; a fixed clamp ring is welded in the middle of the arch-shaped support fixing rod; a fixing frame is fixed on the upper surface of one end, near the first C-shaped rail, of the arch-shaped fixing rod through a screw bolt; a driving motor is clamped and connected with the middle of the fixing frame. The temperature of sewage to be heated can be monitored in real time, so that the contact depth of sewage and a heat conduction pipe and the heating gear of an electric heater can be regulated accordingto the requirements so as to accelerate the heating speed.

The invention discloses a connecting rod experimental device for simulating rotor rub-impact faults, belongs to the technical field of rotor rub-impact experiments, and aims to solve the problems thatan existing experimental device cannot adjust contact depth of a rub-impact contact piece and rotor and cannot simulate the rub-impact faults from weakness to severity. A direct current dynamo and aconnecting rod rub-impact device are both fixed to a working platform, center lines of the direct current dynamo and connecting rod rub-impact device are in the same straight line, and a speed measuring motor is arranged on the direct current dynamo; the direct current dynamo is electrically connected with a control cabinet, the output end of the direct current dynamo is connected with one end ofa rotary shaft, and the other end of the rotary shaft successively penetrates through a first baring pedestal, a turnplate and a second bearing pedestal; the first bearing pedestal and the second bearing pedestal are fixedly arranged on the working platform, the turnplate is located inside the connecting rod rub-impact device, and a mounting gap is reserved between the turnplate and the connectingrod rub-impact device. The connecting rod experimental device for simulating rotor rub-impact faults can accurately simulate rotor rub-impact faults of different depths and local face contact.