mhurhangee/ep-ind-claims huggingface dataset:
A method of using a dust-removing apparatus wherein a dust-removed face (Wa) of a work is disposed within a transitional area formed on a downstream side to an end of a potential core of jet from a nozzle portion; a slit width dimension of a jetting slit of the nozzle portion is S, a parting dimension between an outlet portion of the jetting slit and the dust-removed face (Wa) is H, and S is set as to fulfill a formula 1 below to dispose the dust-removed face (Wa) within the transitional area; H / 9 ≦ S < H / 6 and, maximum value of time average velocity of the jet in jetting direction at the dust-removed face (Wa) is Umax, maximum root mean square value of velocity in the jetting direction of the jet is V' max, and they fulfill formula 2 and formula 3 below. 110 < Umax < 150 unit: m / s 6.0 ≦ V ′ max / Umax × 100 ≦ 12
A cathode active material for a lithium ion secondary battery, which comprises particles having a covering layer comprising a metal oxide containing the metal element Al, and a compound containing Li and the non-metal element S, on the surface of a lithium-containing composite oxide comprising lithium and a transition metal element, wherein the atomic ratio, measured by X-ray photoelectron spectroscopic analysis, of the non-metal element to the metal element contained within 5 nm of the surface layer of the particles is from 0.10 to 0.25.
A beauty apparatus comprising: a case unit comprising an upper case for accommodating powder and a lower case detachably attached to the upper case; a guide mounted to the lower case between the upper case and the lower case; a magnetic field generating unit mounted to an inside of the lower case between the guide and the lower case, for generating a time-varying magnetic field; a magnetic body coupling part moving through the guide within the lower case according to a change of a magnetic field; a movable plate mounted to the magnetic body coupling part passing through a guide hole formed in the guide, for restricting movement of the magnetic body coupling part; and a puff pad enclosing the guide to vibrate according to movement of the movable plate, characterized in that a space securing boss protrudes from a bottom surface of the guide within the puff pad for maintaining a space in an interior of the puff pad even when the movable plate moves and contacts a bottom surface of the guide, and in that the movable plate has a boss through-groove through which the space securing boss passes. a case unit comprising an upper case for accommodating powder and a lower case detachably attached to the upper case; a guide mounted to the lower case between the upper case and the lower case; a magnetic field generating unit mounted to an inside of the lower case between the guide and the lower case, for generating a time-varying magnetic field; a magnetic body coupling part moving through the guide within the lower case according to a change of a magnetic field; a movable plate mounted to the magnetic body coupling part passing through a guide hole formed in the guide, for restricting movement of the magnetic body coupling part; and a puff pad enclosing the guide to vibrate according to movement of the movable plate, characterized in that a space securing boss protrudes from a bottom surface of the guide within the puff pad for maintaining a space in an interior of the puff pad even when the movable plate moves and contacts a bottom surface of the guide, and in that the movable plate has a boss through-groove through which the space securing boss passes.
A device for preparing a hot beverage comprising an electrically operated heating device provided in a housing and serving to heat water supplied from a clean-water connection of the housing or from a water tank provided in the housing by means of electrically operated pump means and a brewing unit which is disposed downstream of the heating device and in which heated water can be blended with a beverage raw material and be discharged from the housing via outlet means, the heating device being assigned control means (29, 32, 36) for controlling a water contact area and/or a water temperature of the heated water to at least one target temperature, mains voltage detector means being assigned to a mains voltage connection of the preparation device, said mains voltage connection being connected for the electrical operation of the heating device, characterized in that no means for the measurement and/or detection of a water flow rate and/or a supplied amount of water are provided between the water tank and the heating device, in particular between the water tank and the pumping means, and in that operation control means are assigned to the pumping means in such a manner that in response to an activation of the preparation device for producing a serving of the hot beverage, said activation preferably being carried out via a manually operable operating unit on the housing, the pumping means are electrically actuated for their activation and operated at a drive voltage curve and/or a drive power curve which is set up so as to continuously rise for a predetermined starting period and is in particular linear and/or ramp-shaped over time until a subsequent target power pumping operation is reached, the mains voltage detector means being assigned in such a manner that in response to a detector signal which depends on a currently detected mains voltage, a control functionality of the control means can be electronically influenced, in particular an electrical power contribution of a mains voltage difference that deviates from a target mains voltage to the heating device can be considered or compensated, the starting period being equal to or longer than a control time constant of a control function realized by the control means.
Method for operating an electric motor, comprising the steps of: (a) detecting zero crossings and phase angles of applied phase-shifted sinusoidal voltage phases of a multi-phase voltage supply network; and (b) connecting half-waves of the applied sinusoidal voltage phases through by means of semiconductor switches, in accordance with switching patterns which are applied to the semiconductor switches and which are synchronised with the detected phase angles and zero crossings, to generate phase-shifted sinusoid-like voltage phases (L') which are applied directly to the electric motor, the frequency (f) of the sinusoid-like voltage phases (L') being shifted upwards incrementally, for starting up the electric motor, by changing over the switching pattern applied to the semiconductor switch, until the network frequency (f 0) of the voltage supply network is reached, the electric motor being supplied directly by the voltage supply network, via mechanical contacts connected in parallel with the semiconductor switches, after the network frequency (f 0) of the voltage supply network is reached. (a) detecting zero crossings and phase angles of applied phase-shifted sinusoidal voltage phases of a multi-phase voltage supply network; and (b) connecting half-waves of the applied sinusoidal voltage phases through by means of semiconductor switches, in accordance with switching patterns which are applied to the semiconductor switches and which are synchronised with the detected phase angles and zero crossings, to generate phase-shifted sinusoid-like voltage phases (L') which are applied directly to the electric motor, the frequency (f) of the sinusoid-like voltage phases (L') being shifted upwards incrementally, for starting up the electric motor, by changing over the switching pattern applied to the semiconductor switch, until the network frequency (f 0) of the voltage supply network is reached, the electric motor being supplied directly by the voltage supply network, via mechanical contacts connected in parallel with the semiconductor switches, after the network frequency (f 0) of the voltage supply network is reached.
An exoskeleton comprising: a first compression member configured to be coupled to a wearer of the exoskeleton; a second compression member (110,165) configured to be coupled to the wearer; a tensegrity joint (100,200,300,400,170) connecting the first compression member to the second compression member, the joint including a tensile member (140,235,330,445) having a first end and a second end, wherein the first end is coupled to the first compression member on a first side of the joint, and the second end is coupled to the first compression member on a second side of the joint opposite the first side, such that the joint can tilt along any axis and/or rotate. a first compression member configured to be coupled to a wearer of the exoskeleton; a second compression member (110,165) configured to be coupled to the wearer; a tensegrity joint (100,200,300,400,170) connecting the first compression member to the second compression member, the joint including a tensile member (140,235,330,445) having a first end and a second end, wherein the first end is coupled to the first compression member on a first side of the joint, and the second end is coupled to the first compression member on a second side of the joint opposite the first side, such that the joint can tilt along any axis and/or rotate.
A modular uninterruptible power supply system comprising a system rack for receiving at least one module (104, 108, 118) with a functional unit of the uninterruptible power supply system, whereby the at least one module (104, 108, 118) comprises a housing (120, 148), and the at least one module (104, 108, 118) is one out of a power module, energy storage device, and a distribution assembly, wherein the at least one module (104, 108, 118) comprises at least one component (170, 172), which is removably connected within the housing (120, 148) of the respective module (104, 108, 118), the housing (120, 148) has at least one service opening, and the at least one service opening is arranged to remove and/or insert the at least one component (170, 172) through the at least one service opening characterized in that the at least one component (170, 172) and/or the at least one service opening comprise detection means, which are adapted to detect an electrical and/or mechanical connection of the at least one component (170, 172) in the at least one service opening in a pre-defined way, and in that the modular uninterruptible power supply system is adapted to changing into a safe system state upon a detection of the detection means of an electrical and/or mechanical connection of the at least one component (170, 172) in the at least one service opening different than in the pre-defined way. the at least one module (104, 108, 118) comprises a housing (120, 148), and the at least one module (104, 108, 118) is one out of a power module, energy storage device, and a distribution assembly, a power module, energy storage device, and a distribution assembly, wherein the at least one module (104, 108, 118) comprises at least one component (170, 172), which is removably connected within the housing (120, 148) of the respective module (104, 108, 118), the housing (120, 148) has at least one service opening, and the at least one service opening is arranged to remove and/or insert the at least one component (170, 172) through the at least one service opening characterized in that the at least one component (170, 172) and/or the at least one service opening comprise detection means, which are adapted to detect an electrical and/or mechanical connection of the at least one component (170, 172) in the at least one service opening in a pre-defined way, and in that the modular uninterruptible power supply system is adapted to changing into a safe system state upon a detection of the detection means of an electrical and/or mechanical connection of the at least one component (170, 172) in the at least one service opening different than in the pre-defined way.
A method for synthesizing nanodiamond using an explosive body, said explosive body comprising an explosive main body, the explosive main body including a frustum part including an upper bottom surface including an open end of a triggering unit receiving hole and an angled side surface forming an imaginary apex angle (θ) on the upper bottom surface side, and a columnar part formed contiguous with the frustum part on an opposite side of the frustum part to the upper bottom surface thereof and extending in a direction away from the upper bottom surface. a frustum part including an upper bottom surface including an open end of a triggering unit receiving hole and an angled side surface forming an imaginary apex angle (θ) on the upper bottom surface side, and a columnar part formed contiguous with the frustum part on an opposite side of the frustum part to the upper bottom surface thereof and extending in a direction away from the upper bottom surface.
A document verification apparatus, comprising a device for exciting at least one electroluminescent pigment in a document of value or security document, wherein the device has a plurality of electrodes, wherein each of the electrodes is designed in such a way that the electric flux density changes in a cross-sectional plane oriented perpendicularly to the predetermined radiation direction of the electrode, wherein the radiation direction is oriented parallel to a central longitudinal axis of the electrode and away from a free end of the electrode, characterised in that the excitation is performed contactlessly, and in that all electrodes have a common radiation direction.
A process for the preparation of a compound of Formula A wherein R 1 is a C 1 -C 3 alkyl; from a compound of Formula B which comprises the following steps: a) creating a first mixture containing an alkali metal alkoxide of Formula C MOR 1 C wherein M is Na or K, and R 1 is C 1 -C 3 alkyl; and the compound of Formula B and heating the first mixture; b) creating a second mixture by adding water, a strong base, and zinc metal to the first mixture; c) heating the second mixture; and d) isolating the compound of Formula A. a) creating a first mixture containing an alkali metal alkoxide of Formula C MOR 1 C wherein M is Na or K, and R 1 is C 1 -C 3 alkyl; and the compound of Formula B and heating the first mixture; MOR 1 C b) creating a second mixture by adding water, a strong base, and zinc metal to the first mixture; c) heating the second mixture; and d) isolating the compound of Formula A.
A teat for milk bottles, wherein the teat has a receiving head made of a dimensionally stable material, and a suction body made of a rubber-elastic material, wherein the receiving head is designed as the core of the teat, and the suction body can be pushed on over the receiving head, wherein the suction body has a mouthpiece and, extending within the latter, an outlet channel for milk, such that, when an underpressure is generated in the mouthpiece, milk can flow from the milk bottle into the outlet channel, wherein the suction body, in an initial position, bears elastically and sealingly with an inner surface on at least one portion of an outer surface of the receiving head, characterized in that, in the contact area between the suction body and the receiving head, capillary milk channels are present which lead toward the outlet channel in the mouthpiece such that, when an underpressure is generated in the mouthpiece, milk can flow from the milk bottle through the milk channels into the outlet channel, the suction body being able to return to its initial position and the flow of milk being interrupted when there is no underpressure.
A rotor (100;200;300) for a turbomachine comprising: a rim (120;220;320) defining a base of a rotor (100;200;300); an airfoil shaped blade (110;210;310) extending from said rim (120;220;320) and defining a chord line (112;212;312); and a bore (130;230;330) extending from said rim (120;220;320) opposite said airfoil shaped blade (110;210;310); wherein the rim (120;220;320) further includes at least one rail (140;240,260;340,360) extending away from said airfoil shaped blade (110;210;310), the bore (130;230;330) extending from said rim (120;220;320) further radially inward than the at least one rail (140;240,260;340,360), and the at least one rail (140;240,260;340,360) is operable to stiffen said rim (120;220;320) at said rail (140;240,260;340,360); characterized in that said at least one rail (140;240,260;340,360) extends beyond a self-sustaining radius (102;202;302) of the rotor (100;200;300). a rim (120;220;320) defining a base of a rotor (100;200;300); an airfoil shaped blade (110;210;310) extending from said rim (120;220;320) and defining a chord line (112;212;312); and a bore (130;230;330) extending from said rim (120;220;320) opposite said airfoil shaped blade (110;210;310); wherein the rim (120;220;320) further includes at least one rail (140;240,260;340,360) extending away from said airfoil shaped blade (110;210;310), the bore (130;230;330) extending from said rim (120;220;320) further radially inward than the at least one rail (140;240,260;340,360), and the at least one rail (140;240,260;340,360) is operable to stiffen said rim (120;220;320) at said rail (140;240,260;340,360); characterized in that said at least one rail (140;240,260;340,360) extends beyond a self-sustaining radius (102;202;302) of the rotor (100;200;300).
A computer implemented method for determining an area of interest based on geolocation data, wherein the method comprises: gridding an area on a map to be processed; for each block in the gridded area, counting a block value within a preset duration, the block value being a quantity of users that report geolocation data in the corresponding block; selecting block values greater than a preset threshold from the counted block values; determining anchor points according to the blocks corresponding to the selected block values; calculating, according to the anchor points and based on a preset algorithm, a curve encompassing all of the anchor points; determining an area in the curve as an area of interest; and obtaining point of information, POIs, in the area on the map after the anchor points are determined in the blocks corresponding to the selected block values, wherein the calculating, according to the anchor points and based on a preset algorithm, a curve encompassing all of the anchor points specifically comprises: calculating, according to the POIs and the anchor points and based on the preset algorithm, the curve encompassing all of the anchor points and POIs. gridding an area on a map to be processed; for each block in the gridded area, counting a block value within a preset duration, the block value being a quantity of users that report geolocation data in the corresponding block; selecting block values greater than a preset threshold from the counted block values; determining anchor points according to the blocks corresponding to the selected block values; calculating, according to the anchor points and based on a preset algorithm, a curve encompassing all of the anchor points; determining an area in the curve as an area of interest; and obtaining point of information, POIs, in the area on the map after the anchor points are determined in the blocks corresponding to the selected block values, wherein the calculating, according to the anchor points and based on a preset algorithm, a curve encompassing all of the anchor points specifically comprises: calculating, according to the POIs and the anchor points and based on the preset algorithm, the curve encompassing all of the anchor points and POIs.
A caster wheel assembly of a pickup for an agricultural machine, comprising a wheel (11, 21) on a carrier shaft (14, 24) mounted rotatably within a bushing (13, 23) of a pickup arm (10, 20), the wheel (11, 21) being biased by a spring (16, 26) to be oriented in a predetermined direction relative to the pickup arm (10, 20), characterized in that the spring (16, 26) is mounted over the pickup arm (10, 20) between a first arm (15, 25) fixed to the carrier shaft (14, 24) and a second arm (18, 28) fixed to the pickup arm (10, 20).
A shape sensing enabled instrument (150, 210, 310) comprising: a flexible longitudinal body including an outer surface which encapsulates an optical fiber lumen (152, 212, 312) in which one or more optical fibers for optical shape sensing are received; wherein the lumen is formed by a hollow support rod (154, 214) or a pull wire respectively extending longitudinally down the inside of the body, the hollow support rod or pull wire being configured to permit rotation and translation of the one or more optical fibers within the lumen and to protect the one or more optical fibers including resisting pinching and kinking thereof. a flexible longitudinal body including an outer surface which encapsulates an optical fiber lumen (152, 212, 312) in which one or more optical fibers for optical shape sensing are received; wherein the lumen is formed by a hollow support rod (154, 214) or a pull wire respectively extending longitudinally down the inside of the body, the hollow support rod or pull wire being configured to permit rotation and translation of the one or more optical fibers within the lumen and to protect the one or more optical fibers including resisting pinching and kinking thereof.
A radio device, comprising a receiving unit, which is configured to receive radio signals in communication with a network node of a radio access network, and comprising an application scheduling unit, which is configured to initiate a radio network access for a transmission of application output data in communication with the radio access network in accordance with a predetermined application transmission schedule determining at least one allowed time, which is a time span or a point in time and defined in terms of a week, a day or a time of day, for the communication of the application output data, wherein the allowed time depends on at least one parameter value of a set of at least one parameter by means of the application transmission schedule being determined by calculating the at least one allowed time according to a predetermined schedule-calculation rule that uses said at least one parameter value, wherein the parameter value is allocated to the radio device and that is suitable for distinguishing the radio device from at least one other radio device of a group of radio devices to which the radio device belongs, wherein the set of at least one parameter comprises a mathematical or physical quantity allowing an unambiguous identification of the radio device, and comprising a communication unit, which is configured to either transmit or receive the application output data in communication with the radio access network in the form of radio signals and at a time that is in accordance with the predetermined application transmission schedule characterizing in that the receiving unit is configured to receive from the network node the predetermined schedule-calculation rule, and the application scheduling unit is configured to determine the application transmission schedule by calculating the at least one allowed time according to said schedule-calculation rule that uses the parameter value of the at least one parameter allocated to the radio device as a calculation input parameter and to control the radio device for transmission of the application output data at the at least one calculated allowed time.
A turbocharger kinematic component comprising, at least as a part of its constituency, an austenitic stainless steel alloy, comprising, by weight: 23% to 27% chromium, 18% to 22% nickel, 0.5% to 2.0% manganese, 1.2% to 1.4% carbon, 1.6% to 1.8% silicon, 0% to 0.5% molybdenum, and a balance of iron, and other inevitable/unavoidable impurities that are present in trace amounts. 23% to 27% chromium, 18% to 22% nickel, 0.5% to 2.0% manganese, 1.2% to 1.4% carbon, 1.6% to 1.8% silicon, 0% to 0.5% molybdenum, and a balance of iron, and other inevitable/unavoidable impurities that are present in trace amounts.