mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-implemented method for determining a Gaussian integer congruent to a given Gaussian integer modulo a Gaussian integer modulus, wherein - A Gaussian integer base raised to an integer exponent having a norm smaller than or equal to that of the Gaussian integer modulus and larger than the norm of the difference of the Gaussian integer base raised to the integer exponent and the Gaussian integer modulus is considered, and wherein a variable value candidate for the Gaussian integer congruent is considered that is - first initialized with the given Gaussian integer and - then iteratively decremented by a product of the Gaussian integer modulus and a component-wisely down rounded quotient of the current value of the variable value candidate for the Gaussian integer congruent and the Gaussian integer base raised to the integer exponent, as long as the quotient is not vanishing, whereafter the resulting variable value candidate for the Gaussian integer congruent is determined as the Gaussian integer congruent. - A Gaussian integer base raised to an integer exponent having a norm smaller than or equal to that of the Gaussian integer modulus and larger than the norm of the difference of the Gaussian integer base raised to the integer exponent and the Gaussian integer modulus is considered, and wherein a variable value candidate for the Gaussian integer congruent is considered that is - first initialized with the given Gaussian integer and - then iteratively decremented by a product of the Gaussian integer modulus and a component-wisely down rounded quotient of the current value of the variable value candidate for the Gaussian integer congruent and the Gaussian integer base raised to the integer exponent, as long as the quotient is not vanishing,
An induction heating and wireless power transferring device , comprising: a first working coil unit (AWC) comprising first and second working coils (AWC1, AWC2) connected in parallel; a rectification unit configured to rectify alternating current (AC) power supplied from a power supply unit to direct current (DC) power; a first inverter unit (IV1) configured to receive the rectified DC power from the rectification unit , to perform a switching operation to convert the DC power into a resonant current, and to apply the resonant current to at least one of the first and second working coils (AWC1, AWC2); a first semiconductor switch (AS1) that is connected to the first working coil (AWC1) to turn on or off the first working coil (AWC1); a second semiconductor switch (AS2) that is connected to the second working coil (AWC2) to turn on or off the second working coil (AWC2); characterised in that a control unit configured to control respective operations of the first inverter unit (IV1) and the first and second semiconductor switches (AS1, AS2) to detect a working coil with a target object located thereon among the first and second working coils (AWC1, AWC2) at a time point when the resonant current becomes zero wherein the control unit is configured to supply N pulses, wherein N is any one of 1, 2 and 3, to the first inverter unit (IV1) at each time point when the resonant current becomes zero, and the control unit is configured to turn on and off the first and second semiconductor switches (AS1, AS2) sequentially and repeatedly in line with the N pulses before a location of the target object is detected. a first working coil unit (AWC) comprising first and second working coils (AWC1, AWC2) connected in parallel; a rectification unit configured to rectify alternating current (AC) power supplied from a power supply unit to direct current (DC) power; a first inverter unit (IV1) configured to receive the rectified DC power from the rectification unit , to perform a switching operation to convert the DC power into a resonant current, and to apply the resonant current to at least one of the first and second working coils (AWC1, AWC2); a first semiconductor switch (AS1) that is connected to the first working coil (AWC1) to turn on or off the first working coil (AWC1); a second semiconductor switch (AS2) that is connected to the second working coil (AWC2) to turn on or off the second working coil (AWC2); characterised in that a control unit configured to control respective operations of the first inverter unit (IV1) and the first and second semiconductor switches (AS1, AS2) to detect a working coil with a target object located thereon among the first and second working coils (AWC1, AWC2) at a time point when the resonant current becomes zero wherein the control unit is configured to supply N pulses, wherein N is any one of 1, 2 and 3, to the first inverter unit (IV1) at each time point when the resonant current becomes zero, and the control unit is configured to turn on and off the first and second semiconductor switches (AS1, AS2) sequentially and repeatedly in line with the N pulses before a location of the target object is detected.
An illumination device , comprising: a housing including an opening portion ; a light source which emits a laser beam (LB1); a wavelength converting component which is disposed inside the housing and radiates wavelength-converted light (LC2) after the laser beam (LB1) enters the wavelength converting component , the wavelength-converted light (LC2) having a different wavelength from a wavelength of the laser beam (LB1); an optical film which covers the opening portion , the optical film having optical properties such that a transmittance for the wavelength-converted light (LC2) is 80% or more and a transmittance for the laser beam (LB1) at a peak wavelength is 80% or less of a transmittance for the wavelength-converted light (LC2) at a peak wavelength, wherein the optical film has optical properties so as to reflect part of the laser beam (LB1) entering the optical film and transmit another part of the laser beam (LB1), wherein half or more of the laser beam (LB1) entering the optical film is transmitted and half or less of the laser beam (LB1) entering the optical film is reflected; and a light diffusing structure which is disposed on at least part of an inner wall of the housing and diffusely reflects a part of the laser beam (LB1) that is reflected by the wavelength converting component and is further reflected by the optical film , wherein the light diffusing structure is disposed on an inner surface of a bottom portion of the housing and an inner surface of a side wall portion of the housing . a housing including an opening portion ; a light source which emits a laser beam (LB1); a wavelength converting component which is disposed inside the housing and radiates wavelength-converted light (LC2) after the laser beam (LB1) enters the wavelength converting component , the wavelength-converted light (LC2) having a different wavelength from a wavelength of the laser beam (LB1); an optical film which covers the opening portion , the optical film having optical properties such that a transmittance for the wavelength-converted light (LC2) is 80% or more and a transmittance for the laser beam (LB1) at a peak wavelength is 80% or less of a transmittance for the wavelength-converted light (LC2) at a peak wavelength, wherein the optical film has optical properties so as to reflect part of the laser beam (LB1) entering the optical film and transmit another part of the laser beam (LB1), wherein half or more of the laser beam (LB1) entering the optical film is transmitted and half or less of the laser beam (LB1) entering the optical film is reflected; and a light diffusing structure which is disposed on at least part of an inner wall of the housing and diffusely reflects a part of the laser beam (LB1) that is reflected by the wavelength converting component and is further reflected by the optical film , wherein the light diffusing structure is disposed on an inner surface of a bottom portion of the housing and an inner surface of a side wall portion of the housing .
Pharmaceutical or nutraceutical composition comprising: (i) a binary mixture of myo-inositol and D-chiro-inositol and b) trans-resveratrol supported on magnesium hydroxide.
A cochleate composition, the composition comprising a plurality of cochleates comprising at least one negatively charged phospholipid, a multivalent cation, a pharmacologically active agent, and a size-regulating agent selected from the group consisting of a lipid-anchored polynucleotide, a lipid-anchored sugar, and a lipid-anchored polypeptide.
A shovel comprising: an upper swing structure ; a cab mounted on the upper swing structure ; an operator seat provided in the cab ; two operating levers provided in the cab , one on each side of the operator seat ; two console boxes , one installed on each side of the operator seat ; and two boots (BT), one arranged at each of the console boxes , wherein each operating lever includes a lever part (LV) to which a grip part (GR) is fixed, a holder part (HD) to which the lever part (LV) is connected, and a joint part (JT) connecting the lever part (LV) and the holder part (HD) and positioned outside the console box , the lever part (LV) is configured to be attachable to and detachable from the holder part (HD) in a tool-free manner with a predetermined manual operation on the joint part (JT), and the joint part (JT) is covered by one of the boots (BT). an upper swing structure ; a cab mounted on the upper swing structure ; an operator seat provided in the cab ; two operating levers provided in the cab , one on each side of the operator seat ; two console boxes , one installed on each side of the operator seat ; and two boots (BT), one arranged at each of the console boxes , wherein each operating lever includes a lever part (LV) to which a grip part (GR) is fixed, a holder part (HD) to which the lever part (LV) is connected, and a joint part (JT) connecting the lever part (LV) and the holder part (HD) and positioned outside the console box , a lever part (LV) to which a grip part (GR) is fixed, a holder part (HD) to which the lever part (LV) is connected, and a joint part (JT) connecting the lever part (LV) and the holder part (HD) and positioned outside the console box , the lever part (LV) is configured to be attachable to and detachable from the holder part (HD) in a tool-free manner with a predetermined manual operation on the joint part (JT), and the joint part (JT) is covered by one of the boots (BT).
A plastic can arrangement which is with low weight and high resistance to be used in the packaging industry and comprises a plastic can body including a plastic can carriage surface , plastic can shoulders located around mentioned plastic can carriage surface and carrier radiuses located on the edges of mentioned plastic can body starting from mentioned plastic can shoulders downwardly and providing the resistance in these portions, plastic can support surfaces formed by the said carrier radiuses on the edges of the body, a plastic can bottom surface , a handle and handle connection points attaching the handle part to the top of the body, wherein mentioned plastic can support surfaces are in a sinuous form in where the load starts from wide radiuses on top of the plastic can support surfaces , is transmitted through the sinuous surfaces, and ends on the wide surfaces of mentioned plastic can bottom surface , thus enable the loads to be transmitted independently from the wall thickness by enhancing the resistance of the plastic can for bigger loads by allowing the load shared on the walls of the plastic can to be easily transmitted without focusing on any point, and characterized by comprising handle connection support surfaces of a concave structure which connect the said handle and said handle connection points to each other and allow the surfaces to support each other against the weight.
A support for radiant plates, comprising an upright provided with a means for fastening to a radiant plate, said fastening means comprising a first jaw element that is integral with said upright and a second jaw element that is hinged to said first jaw element about a hinge axis, a screw locking means, acting transversely to said hinge axis, being provided in order to lock at least one convection blade of said radiant plate between said first and second jaw elements, said support further comprising a stop means which cooperates with said locking means and is adapted to limit the relative movement between said radiant plate and said first and second jaw elements; said support being characterized in that said stop means comprises a plurality of projections formed on at least one of said first and second jaw elements, said projections being adapted to be inserted in corresponding recesses formed on the other one of said first and second jaw elements.
A private part washing nozzle comprising: a nozzle head including a plurality of types of spray ports each spraying washing water; and a head support body including a plurality of flow passages delivering the washing water to the respective plurality of types of spray ports , the head support body including a connection portion provided at a distal end side of the head support body , the connection portion being connected to the nozzle head ; wherein a central axis (L1) of the nozzle head and a central axis of the head support body coincide with each other; characterized in that the connection portion being provided at a position in such a manner that, in a direction being orthogonal to both a direction in which the central axis (L1) of the nozzle head extends and a direction in which a washing water is sprayed through the spray ports , a central axis (L2) of the connection portion is eccentric relative to the central axis (L1) of the nozzle head ; in that the connection portion includes a multilayer pipe structure in which a plurality of pipe portions are arranged to overlap with each other in a radial direction; and in that a space portion formed inside the pipe portion arranged most inwardly in the radial direction corresponds to a part of the flow passage delivering the washing water to one of the plurality of types of spray ports , and a space portion formed between the plurality of pipe portions corresponds to a part of the flow passage delivering the washing water to another of the plurality of types of spray ports . a nozzle head including a plurality of types of spray ports each spraying washing water; and a head support body including a plurality of flow passages delivering the washing water to the respective plurality of types of spray ports , the head support body including a connection portion provided at a distal end side of the head support body , the connection portion being connected to the nozzle head ; wherein a central axis (L1) of the nozzle head and a central axis of the head support body coincide with each other; characterized in that the connection portion being provided at a position in such a manner that, in a direction being orthogonal to both a direction in which the central axis (L1) of the nozzle head extends and a direction in which a washing water is sprayed through the spray ports , a central axis (L2) of the connection portion is eccentric relative to the central axis (L1) of the nozzle head ; in that the connection portion includes a multilayer pipe structure in which a plurality of pipe portions are arranged to overlap with each other in a radial direction; and in that a space portion formed inside the pipe portion arranged most inwardly in the radial direction corresponds to a part of the flow passage delivering the washing water to one of the plurality of types of spray ports , and a space portion formed between the plurality of pipe portions corresponds to a part of the flow passage delivering the washing water to another of the plurality of types of spray ports .
A functional building material for a door or a window, the functional building material including a transparent substrate and a low-emissivity coating formed on one face of the transparent substrate, wherein the low-emissivity coating includes a sequential stack of a first dielectric layer, a second dielectric layer, a third dielectric layer, a first low-emissivity protective layer, a low-emissivity layer, a second low-emissivity protective layer, a fourth dielectric layer, a fifth dielectric layer, and a sixth dielectric layer in this order on the transparent substrate, wherein each of a refractive index of the first dielectric layer and a refractive index of the third dielectric layer is lower than a refractive index of the second dielectric layer, wherein each of a refractive index of the fourth dielectric layer and a refractive index of the sixth dielectric layer is lower than a refractive index of the fifth dielectric layer, wherein each of the first dielectric layer, the third dielectric layer, the fourth dielectric layer, and the sixth dielectric layer includes silicon aluminum nitride, and wherein each of the second dielectric layer and the fifth dielectric layer includes an oxide, an oxynitride or both of one selected from a group consisting of Ti, Zr, Nb, Ta and combinations thereof. wherein the low-emissivity coating includes a sequential stack of a first dielectric layer, a second dielectric layer, a third dielectric layer, a first low-emissivity protective layer, a low-emissivity layer, a second low-emissivity protective layer, a fourth dielectric layer, a fifth dielectric layer, and a sixth dielectric layer in this order on the transparent substrate, wherein each of a refractive index of the first dielectric layer and a refractive index of the third dielectric layer is lower than a refractive index of the second dielectric layer, wherein each of a refractive index of the fourth dielectric layer and a refractive index of the sixth dielectric layer is lower than a refractive index of the fifth dielectric layer, wherein each of the first dielectric layer, the third dielectric layer, the fourth dielectric layer, and the sixth dielectric layer includes silicon aluminum nitride, and wherein each of the second dielectric layer and the fifth dielectric layer includes an oxide, an oxynitride or both of one selected from a group consisting of Ti, Zr, Nb, Ta and combinations thereof.
A traction tower assembly , comprising: a tower assembly comprising a tower connected to a base plate with a first slot and a second slot extending partially therethrough; and a strap comprising a length of material attached to a first adjustment mechanism and a second adjustment mechanism to tighten the strap , characterized in that the first adjustment mechanism is slidable within the first slot of the base plate and the second adjustment mechanism is slidable within the second slot of the base plate so that the first and second adjustment mechanisms are movable towards a center of the base plate . a tower assembly comprising a tower connected to a base plate with a first slot and a second slot extending partially therethrough; and a strap comprising a length of material attached to a first adjustment mechanism and a second adjustment mechanism to tighten the strap , characterized in that the first adjustment mechanism is slidable within the first slot of the base plate and the second adjustment mechanism is slidable within the second slot of the base plate so that the first and second adjustment mechanisms are movable towards a center of the base plate .
A method for producing a printed wiring board having a circuit pattern on an electrically insulating substrate, the method comprising: step 1, forming a silver-particle layer (M1) in a range of 0.01 to 0.5 g/m 2 on an electrically insulating substrate (A); step 2, forming a patterned resist on the silver-particle layer (M1), the patterned resist being a resist patterned by removing a portion thereof in an area in which a circuit is to be formed; step 3, forming a conductor-circuit layer (M2) by electroless plating, or a combination of electroless and electrolytic plating, and the primary metal used to form the conductor-circuit layer (M2) is copper; and step 4, peeling away the patterned resist and removing, using an etchant, the silver-particle layer (M1) in an area in which no circuit has been formed, wherein the etchant contains a carboxylic acid and hydrogen peroxide as active ingredients and the proportions between the carboxylic acid and hydrogen peroxide in the mixture are in a range of 2 to 100 moles of hydrogen peroxide per mole of the carboxylic acid. step 1, forming a silver-particle layer (M1) in a range of 0.01 to 0.5 g/m 2 on an electrically insulating substrate (A); step 2, forming a patterned resist on the silver-particle layer (M1), the patterned resist being a resist patterned by removing a portion thereof in an area in which a circuit is to be formed; step 3, forming a conductor-circuit layer (M2) by electroless plating, or a combination of electroless and electrolytic plating, and the primary metal used to form the conductor-circuit layer (M2) is copper; and step 4, peeling away the patterned resist and removing, using an etchant, the silver-particle layer (M1) in an area in which no circuit has been formed, wherein the etchant contains a carboxylic acid and hydrogen peroxide as active ingredients and the proportions between the carboxylic acid and hydrogen peroxide in the mixture are in a range of 2 to 100 moles of hydrogen peroxide per mole of the carboxylic acid.
Retaining part for connecting two visible profiles , having a base plate which forms at least one support surface (3, 4 or 54) for each of the two visible profiles and has at least one mounting opening for fastening means for mounting the retaining part , and having a first web (8 or 58) projecting from the base plate, which is provided between the first support surface for the first visible profile which can be fastened to the retaining part and the second support surface (4 or 54) for the second visible profile which can be placed loosely on the retaining part, and which first web (8 or 58) forms a stop for a longitudinal side of the first visible profile, wherein the mounting opening , as viewed from the first support surface , is provided after the first web (8 or 58) in the base plate , wherein the retaining part comprises a second web which projects from the base plate and is designed such that it can engage in a base-side groove on the broad side of the first visible profile and, together with the first web (8 or 58), which is designed to be engageable in a longitudinal-side groove on the longitudinal side of the first visible profile , forms a snap connection for fastening the first visible profile to the retaining part , characterized in that the first web projects at its head in its web width from a longitudinal edge , more particularly from both longitudinal edges , of the base plate , and in that the web width of the first web increases towards its head .
Improved glenoid anchor for a shoulder joint prosthesis, in particular a convertible prosthesis, of the type intended to be fixed to a glenoid cavity of a shoulder blade and comprising: - a structurally independent pin , with an internally hollow and essentially thimble-like conical sleeve , which has a tapered distal end and an open proximal end ; - an annular recess formed inside an internal cavity of the pin , for receiving by means of mechanical interference a conical lug of a prosthesis component (9, 9', 9"), substantially locking the lug inside the internal cavity , wherein a conical coupling with controlled mechanical interference is provided between the conical lug of a bearing flange and the internal cavity of the pin ; the outer surface of the sleeve of said pin having an irregular or trabecular structure for favouring osteogenesis and bone integration. - a structurally independent pin , with an internally hollow and essentially thimble-like conical sleeve , which has a tapered distal end and an open proximal end ; - an annular recess formed inside an internal cavity of the pin , for receiving by means of mechanical interference a conical lug of a prosthesis component (9, 9', 9"), substantially locking the lug inside the internal cavity , wherein a conical coupling with controlled mechanical interference is provided between the conical lug of a bearing flange and the internal cavity of the pin ;