61results about How to "Will not complicate" patented technology

The invention relates to the field of electric bicycles, in particular to a multi-functional anti-theft alarm battery and an electric bicycle using the battery. Each battery unit has a unique identification code; the battery unit, a vibration sensor module A, a voice speaker module, a charge and discharge control module, a power switch and a bus instrument system control module are all connected to a state information acquisition and processing module; and positive electrodes of serially connected battery units are connected to a positive electrode of a power interface to provide power externally through the charge and discharge control module and the power switch in sequence. According to the electric bicycle provided by the invention, the position variation of the anti-theft battery can be detected; a warning can also be sent out continuously even though the power is cut off in case of theft; each battery unit has the unique identification code, can be self-locked to stop power supply of the battery when the identification code is inconsistent, and cannot be used on other electric vehicles even though the battery is stolen successfully; the problem of easiness in stealing of the battery is solved; a wiring harness is simplified; and the production efficiency is increased.

The invention relates to a laser scribing method and device. The method comprises the following steps: enabling a plurality of light beam spots, which are arranged in the scribing direction, to form on a workpiece in a separate state; and enabling the light beam spots to move in the scribing direction, thereby forming a linear scribed groove in the workpiece. The light beam spots are obtained from a single laser beam. The invention can be used for forming a deeper scribed groove with lower energy, or increasing the scribing speed on the premise of not complicating the structure of the device.

Provided is a vehicle seat which, when subjected to a complex input load during a rear collision, can stably deform at a specific portion thereof to efficiently absorb impact energy in the rear collision. A vehicle seat (S) is provided with: frame's side sections (15a, 17a) located at the left and right sides of a seat back frame (1) and extending in the vertical direction; and frame's extension sections (17b, 18) extending from the frame's side sections (15a, 17a) toward the inner side in the left-right direction. Deformable sections (17k) which deform when an impact load is applied are formed at connection sections (17x) connecting the frame's side sections (15a, 17a) and the frame's extension sections (17b, 18). The deformable sections (17k) are formed adjacent to other deformable sections (17m, 17e) having different degrees of susceptibility to deformation.

The invention provides a clamping device for connection. Through a stop member (8), the fastening force of a fastening belt (3) to a fastening part (2) can be maintained consistent. Through the rotation of a bolt (5), another end side (3B) of the fastening belt conducts relative sliding on the upper surface of one end side (3A), but the sliding amount of another end side (3B) is limited by the stop member (8). With the adoption of a fastening tool having fastening torque, a certain fastening force can be applied to the fastening belt (3). Accordingly, the fastening force of a fastening belt (3) to a fastening part (2) can be maintained consistent, high quality of a clamping device for connection (1) can be ensured, and production efficiency can be improved.

The intake duct 4 of an internal combustion engine forms an air passage 10 having a bent passage part 10b allowing an air current from an inlet 10a where the outside air flows to bend to be directed toward an outlet 10d. A counter wall 34 forming the bent passage part 10b is opposite to the inlet 10a in the inflow direction A1 of the air from the inlet 10a in plan view. The drip hole 40 for draining the water entering from the inlet 10a to the outside is provided to be positioned between the inlet 10a and the counter wall 34 in a position overlapping the bent passage part 10b in a plan view. In this way, it can improve drain performance after holding down increase in ventilation resistance in draining water entering the intake duct from a drip hole.

To provide laminated type semiconductor memory devices that can improve the yield of chips without complicating wirings and components. There are provided a plurality of laminated semiconductor chip layers, and chip selection pads provided on each of the chip layers, which are mutually connected across the chip layers, respectively, such that a chip selection signal for selecting each of the chip layers is commonly inputted in each of the chip layers. Each of the chip layers is equipped with program circuits each of which is capable of programming an output signal, and a chip selection judging circuit that judges a chip selection based on the chip selection signal and an output signal of the program circuit. As a result, address information can be set afterwards by the program circuit, such that one kind of chips may suffice in the chip manufacturing stage. Because the chip selection signal is inputted in the common chip selection pads, independent wirings for the respective chips are not required.

The present invention provides a rice polisher with a simple structure and provided with an improved rice polishing capability. A rice bran removal cylinder 44 to be used in a dry type rice polisher is composed of a metal net 64 having rice bran removal holes 68 and projections 66 welded in its inner circumferential face. Each projection 66 comprises a plurality of slant projections 72 and a plurality of parallel projections 74 extended vertically. Accordingly, the rice polishing function is improved since a stirring function by the parallel projections 74 is obtained in addition to a transportation function of the slant projections 72 for rice grains.

The invention discloses a control method of a chemical process intelligent pump, which belongs to a pump control technology, a technological process device for realizing energy conservation of a chemical process pump in the prior art is complicated, and the control method comprises the following steps: writing startup rotational speed N0, writing a flow rate-power performance chart of energy conservation and setting target flow rate Q0 through an initialization module; leading the pump to be started up according to the startup rotational speed N0 and measuring actual power P when the pump operates at a certain rotational speed N1 by a power measuring module; using a control module to compare the measured actual power P with the flow rate-power performance chart to obtain actual flow rate Q when the pump operates at the rotational speed N1, and calculate through a formula that Q0/Q equals N/N1 to obtain rotational speed N when the pump achieves the target flow rate Q0; and using an output module to output the rotational speed N when achieving the target flow rate Q0 to a motor for driving the pump. The control method does not need to increase any sensing device in the technological process device and can carry out self-parameter detection and operation control on the pump to achieve the desired operation parameters of the pump, thereby improving the energy efficiency and being conductive to transformation of the existing device.

According to a method for constructing a cover layer S on a planum M by using a paving screed B the elevation of the paving screed B above the planum M is measured using a reference RZ on the planum M by at least one elevation sensors H and/or the lateral inclination of the paving screed B with respect to the planum M is measured by at least one lateral inclination sensor N. Upon occurrence of a deviation from the target elevation pulling points P of pulling bars 6 of the paving screed B are displaced vertically at a road paver F by levelling cylinders Z. Each levelling cylinder Z is exclusively adjusted over an absolute stroke starting from a selected zero point NP. The absolute stroke is calculated from a measuring result of a reference measurement and by consideration of a construction ratio factor. A new adjustment position of the levelling cylinder Z resulting from the adjustment over the absolute stroke in a self-learning fashion automatically is selected as the new zero point NP for a subsequent regulation cycle.

The invention provides an induction heating cooking device. A strip heater (42) of a tabular heating body (22) emits heat owing to being electrified. The heating-cooking apparatus arranged at a roof (13), such as a pot (17) etc., can be heated directly by the tabular heating body (22). The major part of the heater (42) winded to the insulated substrate does not contact with the substrate (41) except a winding part of the heater (47). Therefore, the heat generated by the electricity does not make interaction between the substrate (41) of different thermal expansion coefficient and the heater (42) even if the heat takes the dimensional change in the heater (42). That is to say, the stress generated in the substrate (41) reduces even if the size of the heater (42) changes owing to the heat. As a result, the damage in the substrate (41), such as crack etc., does not generate owing to the heating of the heater (42) even if the difference of the coefficient between the substrate (41) and the heater (42) is big.

A self-propelled cleaner is provided with: a flat disk-shaped housing; and a dust collection section and an electric blower, which are provided within the housing. The housing has: a suction opening provided in the bottom of the housing; a first air discharge opening; and a second air discharge opening provided in the outer peripheral section of the housing. Within the housing, there are formed: a second air discharge duct located between the second air discharge opening and the electric blower and extending along the inner surface of the outer peripheral section of the housing; and a first air discharge duct located between the first air discharge opening and the electric blower. The self-propelled cleaner is characterized by being configured such that the second air discharge opening is formed in the left side section and/or the right side section of the outer peripheral section of the housing, is open forward, and discharges forward an air flow coming from the second air discharge duct.

The invention provides a molded motor which solves the following problem of a large motor used for a washing machine: in installing a position sensor on an end surface of a stator by screwing, screwing can be performed only on the yoke side and mounting strength is not sufficient. The molded motor, in which the stator 1 of the motor is covered with resin except a tooth tip thereof and the portion covered with resin is cylindrical, is configured so that a protrusion 6 is integrally formed at a resin frame 3 of the stator 1 and the vicinities of both ends in the peripheral direction of a storage portion 13 of a sensor holder 11 are latched by the protrusion 6.

The invention provides a cutting-off knife whose knife blade do not fall of from a sliding device surprisingly at the time of replacement for the knife blade. The cutting-off knife (10) includes: a knife shell (12) extending in front and rear directions, the knife blade (14) contained within the knife shell, the sliding device (15) holding the knife blade (14) to move in the front and rear directions. The sliding device (15) comprises: a sliding device main body (42) which can be located in a hole (14A) of the knife blade (14) and takes a projection 41 as a temporary holding part, and a pressing component (43) which can be joltily connected to the sliding device main body (42); and rear part of the knife blade (14) is clamped between the sliding device main body (42) and the pressing component (43).

To provide a battery pack temperature control/power feed system in which a battery cell can be heated or cooled in a planar configuration, said system having highly exceptional heating efficiency andcooling efficiency, stable battery performance, a small number of components, and an uncomplicated structure, while making it possible to reduce the size and thickness as well as cost. A battery packtemperature control/power feed system 10 provided with: a battery part 22, which is formed by laminating a plurality of battery cells 12 and a plate-shaped vapor chamber 16 interposed between the battery cells 12; a thermoelectric element 24 positioned so as to adhere tightly to the end surface of one end of the vapor chamber 16 (lateral vapor chamber 18); and a heat sink part 26 equipped with a plurality of fins 30 that are formed extending at a predetermined spacing from each other, the end surface of the heat sink part 26 adhering tightly to the thermoelectric element 24; and a fan part 32positioned facing the fins 30 of the heat sink part 26.

A process for the production of an inductor device comprising the steps of forming a green sheet to form an insulating layer; forming a plurality of conductive coil pattern units on the surface of the green sheet in order that a plurality of unit sections each including a single coil pattern unit are arranged on the surface of the green sheet and each two coil pattern units adjoining in the substantially perpendicular direction to the longitudinal direction of the unit sections are arranged centro-symmetrically with respect to a center point of a boundary line of adjoining unit sections; stacking a plurality of green sheets formed with the plurality of coil pattern units arranged in centro-symmetry and connecting the upper and lower coil pattern units separated by the green sheets to form a coil shape; and sintering the stacked green sheets. It is possible to obtain an inductor device able to suppress the stack deviation without complicating the production process even if the device is made small in size.

An FFT circuit (11) performs fast Fourier transform of a receiving signal at MRQ points, where M is the over sampling rate, Q is the chip repetition unit, and R is the chip repetition rate of the receiving signal. A weight multiplier (12) multiplies the frequency component having a frequency component number equal to integer times of R by a weighting factor for equalizing transmission line out of MRQ frequency components outputted from a fast Fourier transform circuit, and multiplies other frequency components by 0. A fast inverse Fourier transform circuit (13) receives the output from the weight multiplier (12) and performs fast inverse Fourier transform of the frequency component having a frequency component number equal to integer times of R.