43results about How to "Low overall dimension" patented technology

A bone reamer has an ablation device for forming cavities in body tissue, the ablation device is movable with respect to a head of the reamer, and is capable of protruding at least partially beyond a surface of the head. The amount of protrusion the ablation device protrudes beyond the surface of the head has a variable geometry and the geometry is remotely modifiable. More particularly, the amount the ablation device extends beyond the outer surface of a reamer head body can be varied by an actuator located on the reamer outside the body.

In the manufacturing method of a GOLD structured TFT having a gate electrode of double-layered structure, in which, compared to a second layer gate electrode, the first layer gate electrode is thinner in film thickness and longer in dimension of the channel direction, by controlling the density of the photo-absorbent contained in a positive type resist, which contains a photo-absorbent of diazonaphthoquinone (DNQ)-novolac resin series, the taper angle of the side wall is controlled to a desired angle range so that the angle thereof becomes smaller. Owing to this, it is possible to control the retreat amount of the resist when carrying out dry etching and the dimension of Lov area to a desired dimensional range so that the dimension thereof becomes larger.

The invention provides a time sequence anomaly detection method and device, a server and a storage medium. The method comprises: extracting original features of a time sequence; processing the original features of the time sequence to obtain abstract features of the time sequence; performing anomaly detection on the abstract features of the time sequence based on a target anomaly detection model to obtain an anomaly detection result of the time sequence, wherein the target abnormity detection model is obtained through training in a supervised learning mode. The time sequence detection method and device are more universal in time sequence detection and higher in accuracy.

A sealing assembly insertable between a stationary outer ring and a rotating inner ring of a bearing or hub bearing unit, having a first C-shaped shield supported by the inner ring and a second L-shaped shield supported by the outer ring. The first shield has a first annular sealing element having a first annular lip that extends axially cantilevered from the flange portion of the second shield in a position facing a radially outer sleeve shaped portion of the first shield and a second annular lip, elastically deformable, arranged radially on the inside of the first lip and which cooperates in contact with a radially inner sleeve shaped portion of the first shield, which carries a second sealing element having a third annular lip, which extends axially cantilevered from the first shield and towards the second shield and which is radially interposed between the first and the second lip.

The invention relates to a length-adjustable con rod (1) for a reciprocating piston engine, particularly an internal combustion engine, having at least a first and a second rod part (2, 4), wherein the two rod parts (2, 4) can be pushed together and/or inside one another in a telescoping manner, wherein the second rod part (4) forms a guide cylinder (4a) and the first rod part (2) a piston element (3) which can be pushed longitudinally in the guide cylinder (4a), wherein a high-pressure chamber (4b), into which at least one oil channel (10) opens, is clamped between the first and the second rod parts (2, 4). To enable the compression ratio to be adjusted in the simplest and most reliable manner possible, according to the invention the two rod parts (2, 4) can be fixed, by a locking device (32), relative to one another in at least one position, preferably corresponding to a minimum length of the con rod (1).

The invention presents a sound dampening flow channel device defining at least one flow channel having an inlet opening and an outlet opening, the flow channel being at least partly delimited by at least one acoustic energy dissipative wall. The outlet opening of the flow channel cannot be seen from the inlet opening and vice versa. Preferably, the acoustic energy dissipative wall presents, in relation to the interior of the flow channel, a smooth curvature.

A synthesizer is disclosed in which a speech waveform is synthesized by selecting a synthetic starting waveform segment and then generating a sequence of further segments. The further waveform segments are generated based jointly upon the value of the immediately-preceding segment and upon a model of the dynamics of an actual sound similar to that being generated. In particular, a method is disclosed of a voiced speech sound comprising calculating each new output value from the previous output value using data modeling the evolution, over a short time interval, of the voiced speech sound to be synthesized. This sequential generation of waveform segments enables a synthesized sequence of speech waveforms to be generated of any duration. In addition, a low-dimensional state space representation of speech signals are used in which successive pitch pulse cycles are superimposed to estimate the progression of the cyclic speech signal within each cycle.

The invention relates to a gerotor fuel pump (2) comprising ribs (18, 19), which are located in channels (16, 17) that are configured as inlets and outlets and that are situated in housing parts (8, 9). The ribs (18, 19) are positioned transversely to the maximal extension of the cross-sections of the channels (16, 17), producing a high degree of stability in the channels (16, 17). The housing parts (8, 9) are composed of plastic.

To provide a method of manufacturing a solid oxide fuel cell, capable of obtaining a uniform film thickness. The present invention is a method of manufacturing fuel cells (16), including a support body-forming step (S1) for forming a porous support body (97), a film deposition step for laminating functional layers constituting electricity generating elements on a support body; and a sintering step (S14, S16) for sintering the support body on which functional layers are formed; whereby the film deposition step includes surface deposition steps (S5, S11), in which a masking layer is formed in parts not requiring film deposition, and electricity generating elements first functional layers are simultaneously formed, and a dot deposition step (S15), in which slurry dots are formed by placing a slurry into a liquid droplet state and jetting it, and a second functional layer is formed by the agglomeration of these dots.

An apparatus for and a method of producing particles of a foodstuff is provided. A liquid form of a sterilized or pasteurized foodstuff is deposited in the form of a film or a strip on a surface of a rotating cooling roller or cooling be1t. The foodstuff is then detached in an at least partly hardened form from the surface of the cooling roller or belt for comminution to the desired particle size. In order to maintain the production of sterilized or pasteurized foodstuff particles, charging and at least partly the hardening of the sterilized or pasteurized foodstuff occurs within an enclosed sterilizable or pasteurizable vessel, and the surface of and the gas surrounding the cooling roller or the cooling belt in the zone of the charging of the foodstuff is lower than 0 ° C.

This invention relates to a method of non-contact detection and identification of the type of different substances and mixtures as well as determining their characteristics as concentration, hardness, etc. The method comprises irradiation of the inspected object by a wave pulse or a series of such pulses; reception (1), amplification (2) and analogue-to-digital conversion (3) of the signal, formation of output detailing wavelet coefficients and output approximating wavelet coefficients by means of fast discrete wavelet transformation of the digitized signal, by means of Mallat's pyramidal algorithm and orthogonal base functions, filtering (7) of the output approximating and detailing wavelet coefficients up to preselected ones, comparison of the filtered approximating and/or detailing wavelet coefficients, in the capacity of recognition attributes with preselected respective reference coefficients by the classifying device (8), and according to the comparison result the presence and type is determined and/or the studied characteristics of the inspected object is determined.

A method for making semi-conductor nanocrystals, including at least the steps of:

• • forming solid carbon chemical species on a semi-conductor thin layer provided on at least one dielectric layer, the dimensions and the density of the carbon chemical species formed on the semi-conductor thin layer being a function of the desired dimensions and density of the semi-conductor nanocrystals;
  • annealing the semi-conductor thin layer, performing a dewetting of the semi-conductor and forming, on the dielectric layer, the semi-conductor nanocrystals.

An evaporator is disclosed for a cooling circuit. The evaporator includes a housing having at least one wall for contacting a heat emitting device. A channel, the cross section of which is small enough to allow convection boiling, and a separation volume are located in the evaporator. The separation volume is located at a vapor exiting port of the channel. The evaporator can include a liquid reservoir.

Transmission torque of a shift progress side engagement device is set based on engine power, shift progressing power, and battery power such that MG1 torque and MG2 torque are limited due to the limitation of the battery power when shifting a stepped transmission is suppressed. The stepped transmission is shifted with the transmission torque which takes into account the input-output balance of the respective powers.

Multi-speed transmission comprising four planetary gear sets, eight rotatable shafts and six shifting elements, the sun gear of the first planetary gear set is connected to the third shaft, which is selectively coupleable or detachably connectable to the input shaft through a first clutch and is attachable to the transmission housing through a first brake, whereas the input shaft is, through a second clutch, selectively coupleable or detachably connectable to the fourth shaft connected to the bar of the third planetary gear set, which is attachable to the bar of the first planetary gear set through a second brake, which is coupled to the transmission housing, whereas the input shaft is connected to the sun gear of the fourth planetary gear set, whereas the eighth shaft is connected to the ring gear of the first planetary gear set, the sun gear of the second planetary gear set and the sun gear of the third planetary gear set, and the fifth shaft is connected to the bar of the second planetary gear set, the ring gear of the third planetary gear set and the ring gear of the fourth planetary gear set, whereas the sixth shaft is connected to the ring gear of the second planetary gear set and is, through a fourth clutch, selectively coupleable or detachably connectable to the output shaft of the transmission, which is, through a third clutch, selectively coupleable or detachably connectable to the seventh shaft connected to the bar of the fourth planetary gear set.