mhurhangee/patent-ind-claim-en huggingface dataset:
A method for machining a tooth edge formed between a tooth flank and an end face of a workpiece toothing , by means of a tool toothing , wherein the toothings rotate about their respective toothing rotational axes (C, B) in mutual rolling coupling, wherein the two toothing rotational axes (C, B) are substantially parallel to each other; characterized in that the machining is carried out over a plurality of workpiece rotations, wherein a first relative movement (Z) between the workpiece toothing and the tool toothing , parallel to the workpiece rotational axis, is carried out, and, by means of a second relative movement (V), which is in particular varied according to the movement state of the first relative movement, the position of the envelope of the tool tooth rolling positions is shifted relative to the engagement position of said envelope with the tooth flank of the workpiece toothing in the plane (X-Y) orthogonal to the workpiece rotational axis (C), transversely to the profile of the workpiece toothing.
A method of inserting a secondary stream of digital frames into a primary stream of digital frames without transcoding any of the streams, where the primary stream is encoded according to a first format; the method including: receiving a requested splice-out point in the primary stream; determining an optimal splice-out point in the primary stream in dependence upon the requested splice-out point; receiving a requested splice-in point in the primary stream; determining an optimal splice-in point in the primary stream in dependence upon the requested splice-in point; and replacing the section of the primary stream between the optimal splice-out point and the optimal splice-in point with the secondary stream; characterized in that : the secondary stream is encoded according to a second format where each frame is independent of a succeeding frame; and the second format comprises a Group of Pictures, GOP, structure consisting of I-frames and P-frames only. receiving a requested splice-out point in the primary stream; determining an optimal splice-out point in the primary stream in dependence upon the requested splice-out point; receiving a requested splice-in point in the primary stream; determining an optimal splice-in point in the primary stream in dependence upon the requested splice-in point; and replacing the section of the primary stream between the optimal splice-out point and the optimal splice-in point with the secondary stream; characterized in that : the secondary stream is encoded according to a second format where each frame is independent of a succeeding frame; and the second format comprises a Group of Pictures, GOP, structure consisting of I-frames and P-frames only. the secondary stream is encoded according to a second format where each frame is independent of a succeeding frame; and the second format comprises a Group of Pictures, GOP, structure consisting of I-frames and P-frames only.
A dust cup (B12) for a cleaner having a negative pressure device , comprising: a base (B121) and a cup casing (B122), characterized in that the cup casing (B122) has a non-closed annular cross section with an opening so as to define a dust collecting chamber (B103) the cup casing (B122) is disposed at a top of the base (B121), a mounting space (B107) located outside the dust collecting chamber (B103) is defined between an inner-ring wall face of the cup casing (B122) and a top wall of the base (B121), a top of the mounting space (B107) is directly opened, and a side of the mounting space (B107) has an opened portion, wherein the dust cup (B12) is configured for the negative pressure device to be mounted to the mounting space via an opened portion of the mounting space (B107). a base (B121) and a cup casing (B122), characterized in that the cup casing (B122) has a non-closed annular cross section with an opening so as to define a dust collecting chamber (B103) the cup casing (B122) is disposed at a top of the base (B121), a mounting space (B107) located outside the dust collecting chamber (B103) is defined between an inner-ring wall face of the cup casing (B122) and a top wall of the base (B121), a top of the mounting space (B107) is directly opened, and a side of the mounting space (B107) has an opened portion, wherein the dust cup (B12) is configured for the negative pressure device to be mounted to the mounting space via an opened portion of the mounting space (B107).
A positioning method, applied to a terminal in wireless network, comprising: acquiring , by the terminal, positioning information of the terminal; wherein the positioning information comprises a sub-frame or sub-frame set index, and time advance amount information of positioning signal received by the terminal from each of cooperative transmission nodes for terminal positioning; wherein the sub-frame or sub-frame set index comprises: index information of a sub-frame or sub-frame set for which a strongest positioning signal is detected by the terminal from a plurality of sub-frames or sub-frame sets on which the positioning signal is transmitted from each of the cooperative transmission nodes in respective transmission modes; and at least one of following transmission parameters is different in different transmission modes: a transmission port, a beam direction and a precoding mode, and each of the transmission port and the precoding mode corresponds to the beam direction; and sending , by the terminal, the acquired positioning information to a transmission node. acquiring , by the terminal, positioning information of the terminal; wherein the positioning information comprises a sub-frame or sub-frame set index, and time advance amount information of positioning signal received by the terminal from each of cooperative transmission nodes for terminal positioning; wherein the sub-frame or sub-frame set index comprises: index information of a sub-frame or sub-frame set for which a strongest positioning signal is detected by the terminal from a plurality of sub-frames or sub-frame sets on which the positioning signal is transmitted from each of the cooperative transmission nodes in respective transmission modes; and at least one of following transmission parameters is different in different transmission modes: a transmission port, a beam direction and a precoding mode, and each of the transmission port and the precoding mode corresponds to the beam direction; and sending , by the terminal, the acquired positioning information to a transmission node.
A monolithic refractory, wherein, in terms of a proportion in 100 mass% of a refractory raw material having a grain size of 8 mm or smaller, an amount of Ca X Sr 1-X Al 2 O 4 (where, 0≤X≤0.5) is 0.5 mass% or more and 10 mass% or less, and an amount of a polyvalent metal salt of oxycarboxylic acid is 0.05 mass% or more and 1.0 mass% or less.
Refrigerator and/or freezer comprising at least one body and comprising at least one cooled interior, which is surrounded by the body, and comprising at least one closure element, by means of which the cooled interior can be closed, wherein at least one space is located between the cooled interior and the outer wall of the appliance, in which at least one vacuum insulation body is arranged which comprises a covering which defines a vacuum region, characterised in that a Peltier element and thermally conductive bodies that are in contact therewith on either side are arranged inside the vacuum region of the vacuum insulation body , wherein the Peltier element is designed to generate a temperature difference between two opposing regions on the outside of the covering , and the thermally conductive bodies are in thermally conductive contact with the Peltier element and the covering .
A damper ring (52; 152) for use in a bearing assembly extending between a rotor and a housing and having a plurality of bearing rolling elements mounted for rotation within a bearing ring , and an oil damper cavity between the bearing ring and the housing , the damper ring (52; 152) having: a radially inner edge configured to be received in a corresponding annular groove formed in a radially outer surface of the bearing ring ; and a radially outer edge (62; 162) having at least one arc portion configured to extend radially outwardly relative to the radially inner edge and engage a housing of a bearing assembly , and at least one controlled leakage portion (70; 170) radially recessed from a circular projection of the at least one arc portion and configured to form a leakage path leading axially out from an oil damper cavity of a bearing assembly , characterised in that : the controlled leakage portion is provided in the form of a planar portion of the outer edge , the planar portion of the outer edge being normal to the radial orientation. a radially inner edge configured to be received in a corresponding annular groove formed in a radially outer surface of the bearing ring ; and a radially outer edge (62; 162) having at least one arc portion configured to extend radially outwardly relative to the radially inner edge and engage a housing of a bearing assembly , and at least one controlled leakage portion (70; 170) radially recessed from a circular projection of the at least one arc portion and configured to form a leakage path leading axially out from an oil damper cavity of a bearing assembly ,
Fastener for the disconnectable fitting of a panel to a structure, wherein the fastener , - has a first connector for connecting the fastener with the structure, - has a second connector for connecting the fastener with the panel, wherein the second connector can be disconnectably fitted to the first connector in the normal operating condition of the fastener , and - a retention band is connected with the first connector with its first end and with the second connector with its second end , wherein at least a part of the retention band has a curved shape in the normal operating condition of the fastener , characterised in that a distancer is arranged between the first connector and the second connector and a protrusion of the distancer protrudes into the space inside the curve-shaped part of the retention band in the normal operating condition of the fastener . - has a first connector for connecting the fastener with the structure, - has a second connector for connecting the fastener with the panel, wherein the second connector can be disconnectably fitted to the first connector in the normal operating condition of the fastener , and - a retention band is connected with the first connector with its first end and with the second connector with its second end , wherein at least a part of the retention band has a curved shape in the normal operating condition of the fastener ,
Sealing tape roll of a sealing tape made of soft, compressible foam with a plurality of internal barrier layers ; wherein the sealing tape has a top side , a bottom side and two side flanks , connecting the top side and the bottom side , and has a longitudinal direction (L) which is oriented parallel to the bottom side and to the side flanks ; wherein the sealing tape is wound up about an axis , which extends transversely with respect to the longitudinal direction (L) of the sealing tape , to form the sealing tape roll in such a manner that the top side of a winding bears against the bottom side of an adjacent winding of the sealing tape roll and the side flanks of the sealing tape form end faces of the sealing tape roll , wherein a width of the sealing tape roll is defined as the distance of an end face from the opposite end face of the sealing tape roll ; characterized in that the sealing tape has a plurality of sealing tape portions which are arranged one behind another in the longitudinal direction (L) in an unwound state of the sealing tape , wherein a barrier layer of the plurality of barrier layers is arranged between respectively two mutually adjacent sealing tape portions of the plurality of sealing tape portions ; and the plurality of barrier layers extends over at least 50% of the width of the sealing tape roll between the end faces which lie opposite one another of the sealing tape roll .
A microfluidic device comprising one or more fiber optic probes and one or more fluidic tubes, wherein the one or more fiber optic probes are designed to enable spectroscopic measurements of a particle-containing sample in a vessel , and wherein the one or more fluidic tubes consist of a sampling tube configured to introduce the particle-containing sample into the vessel and enable movement of particles of the particle-containing sample in front of the optic fiber probes in the vessel.
A rare earth magnet comprising: a main phase ; a grain boundary phase present around the main phase ; and an intermediate phase interposed between the main phase and the grain boundary phase , wherein the rare earth magnet has an overall composition represented by ((Ce (1-x) La x ) (1-y) R 1 y ) p T( 100-p-q-r) B q M 1 r ·(R 2 1-z M 2 z ) s , where R 1 and R 2 are rare earth elements other than Ce and La, T is at least one selected from among Fe, Ni, and Co, M 1 is at least one selected from among Ti, Ga, Zn, Si, Al, Nb, Zr, Mn, V, W, Ta, Ge, Cu, Cr, Hf, Mo, P, C, Mg, Hg, Ag, and Au, and first inevitable impurities, M 2 is (i) an alloy element for which a melting point of R 2 1-z M 2 z is lower than a melting point of R 2 when M 2 is alloyed with R 2 and (ii) second inevitable impurities, and p, q, r, s, x, y, and z satisfy 12.0≤p≤20.0, 5.0≤q≤20.0, 0≤r≤3.0, 1.0≤s≤11.0, 0.1≤x≤0.5, 0≤y≤0.1, and 0.1≤z≤0.5, wherein a total concentration of Ce and La is higher in the main phase than in the intermediate phase , and wherein a concentration of R 2 is higher in the intermediate phase than in the main phase , and a concentration of La is higher in the grain boundary phase than in the intermediate phase . a main phase ; a grain boundary phase present around the main phase ; and an intermediate phase interposed between the main phase and the grain boundary phase , wherein the rare earth magnet has an overall composition represented by ((Ce (1-x) La x ) (1-y) R 1 y ) p T( 100-p-q-r) B q M 1 r ·(R 2 1-z M 2 z ) s , where R 1 and R 2 are rare earth elements other than Ce and La, T is at least one selected from among Fe, Ni, and Co, M 1 is at least one selected from among Ti, Ga, Zn, Si, Al, Nb, Zr, Mn, V, W, Ta, Ge, Cu, Cr, Hf, Mo, P, C, Mg, Hg, Ag, and Au, and first inevitable impurities, M 2 is (i) an alloy element for which a melting point of R 2 1-z M 2 z is lower than a melting point of R 2 when M 2 is alloyed with R 2 and (ii) second inevitable impurities, and p, q, r, s, x, y, and z satisfy 12.0≤p≤20.0, 5.0≤q≤20.0, 0≤r≤3.0, 1.0≤s≤11.0, 0.1≤x≤0.5, 0≤y≤0.1, and 0.1≤z≤0.5, wherein a total concentration of Ce and La is higher in the main phase than in the intermediate phase , and wherein a concentration of R 2 is higher in the intermediate phase than in the main phase , and a concentration of La is higher in the grain boundary phase than in the intermediate phase .
A bio-electrochemical system (BES) comprising - an aqueous cathode compartment comprising a first cathode and a second cathode, - an aqueous anode compartment comprising an anode at least partly covered in biofilm, wherein the first cathode is connected to a first circuit and the second cathode is connected to a second circuit, wherein the first and the second circuit are connected to the system by an external switch. - an aqueous cathode compartment comprising a first cathode and a second cathode, - an aqueous anode compartment comprising an anode at least partly covered in biofilm,
A converter provided between a power supply and a load (R), the converter comprising a front stage circuit and a rear stage circuit each having a function of performing switching so as to alternately invert a polarity of output relative to input, the converter configured to step down a voltage of the power supply to apply to the load (R) when the power supply is coupled to the front stage circuit and configured to step up the voltage of the power supply to apply to the load (R) when the power supply is coupled to the rear stage circuit , the converter including: a series unit provided in at least one of the front stage circuit and the rear stage circuit , the series unit being composed of a pair of reactance elements (L,L or C,C) connected in series to each other via a connection point; and a switch device configured to, with both ends of the series unit serving as a first port, cause a part between one end of the series unit and the connection point, and a part between the other end of the series unit and the connection point, to serve as a second port alternately through switching while inverting a polarity, and execute one of power transmission from the first port to the second port, and power transmission from the second port to the first port. a series unit provided in at least one of the front stage circuit and the rear stage circuit , the series unit being composed of a pair of reactance elements (L,L or C,C) connected in series to each other via a connection point; and a switch device configured to, with both ends of the series unit serving as a first port, cause a part between one end of the series unit and the connection point, and a part between the other end of the series unit and the connection point, to serve as a second port alternately through switching while inverting a polarity, and execute one of power transmission from the first port to the second port, and power transmission from the second port to the first port.
A method of protecting hair, preferably the internal protein of hair, from damage caused by ultraviolet light, comprising the step of applying, to the hair, a hair treatment composition comprising a lactone, a disaccharide, an inorganic salt and an organic acid or salt thereof, having a pH in the range of from 3 to 6.5, prior to the application of ultraviolet light to the hair.
A capacitive level sensor for measuring the level of a medium in a container having a probe for immersion into the medium that has at least one measurement electrode for a capacitance measurement and having a measurement and evaluation unit configured to determine a capacitance at the measurement electrode and to calculate a level from that, wherein the probe has at least one reference electrode for a capacitance measurement independent of the level to thus compensate environmental influences on the capacitance measurement at the measurement electrode , characterized in that the probe is tubular and the reference electrode is arranged in the interior of the probe , and in that the probe has a plurality of consecutive segments (24 1 -24 n ) in a longitudinal direction that each have at least one measurement electrode and at least one reference electrode .
An abnormality detection device comprising: a first temperature detector configured to detect a temperature of a semiconductor device (Q1) that is mounted on a mounting surface of a substrate and that generates heat when energized; a second temperature detector configured to detect a temperature of a heat dissipation unit that is provided on a side opposite to the mounting surface side of the substrate and that is configured to dissipate the heat generated in the semiconductor device (Q1); a power consumption calculator configured to obtain a power consumption of the semiconductor device (Q1) on the basis of a voltage drop across the semiconductor device (Q1) and a current flowing through the semiconductor device (Q1); and an abnormality determination unit configured to calculate a thermal resistance of a heat dissipation path (P) between the semiconductor device (Q1) and the heat dissipation unit based on the temperature (T1) detected by the first temperature detector , the temperature (T2) detected by the second temperature detector , and the power consumption obtained by the power consumption calculator , and to determine an abnormality in the heat dissipation path (P) based on the calculated thermal resistance. a first temperature detector configured to detect a temperature of a semiconductor device (Q1) that is mounted on a mounting surface of a substrate and that generates heat when energized; a second temperature detector configured to detect a temperature of a heat dissipation unit that is provided on a side opposite to the mounting surface side of the substrate and that is configured to dissipate the heat generated in the semiconductor device (Q1); a power consumption calculator configured to obtain a power consumption of the semiconductor device (Q1) on the basis of a voltage drop across the semiconductor device (Q1) and a current flowing through the semiconductor device (Q1); and an abnormality determination unit configured to calculate a thermal resistance of a heat dissipation path (P) between the semiconductor device (Q1) and the heat dissipation unit based on the temperature (T1) detected by the first temperature detector , the temperature (T2) detected by the second temperature detector , and the power consumption obtained by the power consumption calculator , and to determine an abnormality in the heat dissipation path (P) based on the calculated thermal resistance.
A foil for a negative electrode collector of a secondary battery, comprising: a Cu-coated foil including an iron-based alloy layer made of precipitation hardened stainless steel containing 15 mass% or more and 19 mass% or less of Cr, 6 mass% or more and 9 mass% or less of Ni, 0.5 mass% or more and 2.0 mass% or less of Al, 0.01 mass% or more and 0.3 mass% or less of C, 0.01 mass% or more and 0.3 mass% or less of N, a balance Fe, and inevitable impurities, and a pair of Cu layers respectively disposed on opposite surfaces of the iron-based alloy layer and made of Cu or a Cu-based alloy contains 99 mass% or more of Cu, the thickness ratio between the Cu layer , the iron-based alloy layer and the Cu layer being in the range from 1:8:1 to 3:4:3, characterised in that the foil for a negative electrode collector of a secondary battery having a thickness of 20 μm or less, a volume resistivity of 7 μΩ·cm or less measured in compliance with JIS-C2525:1999 and an elastic limit stress σ 0.01 of 700 MPa or more. a Cu-coated foil including an iron-based alloy layer made of precipitation hardened stainless steel containing 15 mass% or more and 19 mass% or less of Cr, 6 mass% or more and 9 mass% or less of Ni, 0.5 mass% or more and 2.0 mass% or less of Al, 0.01 mass% or more and 0.3 mass% or less of C, 0.01 mass% or more and 0.3 mass% or less of N, a balance Fe, and inevitable impurities, and a pair of Cu layers respectively disposed on opposite surfaces of the iron-based alloy layer and made of Cu or a Cu-based alloy contains 99 mass% or more of Cu, the thickness ratio between the Cu layer , the iron-based alloy layer and the Cu layer being in the range from 1:8:1 to 3:4:3, characterised in that the foil for a negative electrode collector of a secondary battery having a thickness of 20 μm or less, a volume resistivity of 7 μΩ·cm or less measured in compliance with JIS-C2525:1999 and an elastic limit stress σ 0.01 of 700 MPa or more.
A dosage form of glucose which is a drinkable gel for use in an oral glucose tolerance or challenge test comprising: a. water; b. a primary gelling agent, which is an agar; and c. a pH adjuster present such that the pH is between 4 and 6; which are present in amounts which ensure proper hydration and the formation of a firm gel with a bloom grade of at least 100, which can be sheared to make it more fluid, such that it is a drinkable gel. a. water; b. a primary gelling agent, which is an agar; and c. a pH adjuster present such that the pH is between 4 and 6;