mhurhangee/patent-ind-claim-en huggingface dataset:
Rotary clothes dryer having support arms which are hingedly arranged on a slide sleeve which can be relocated along a mast and can be moved selectively into a resting position and into an expanded position, wherein a first latching means into which the slide sleeve latches in the expanded position is assigned to the mast , wherein a second latching means for latching is assigned to the slide sleeve , wherein the second latching means has at least one pawl for expanding the support arms , wherein the pawl automatically latches into the first latching means in such a manner that an automatic movement of the slide sleeve from the expanded position into the resting position is prevented, wherein a ratchet lever is assigned to the slide sleeve , which is arranged on the slide sleeve so as to be tiltable between a resting position and an operating position, wherein the ratchet lever has a grip section and a projection , projection latches into the first latching means when the ratchet lever moves into the operating position and the slide sleeve moves towards the expanded position by the leverage of the ratchet lever ., characterized in that the ratchet lever together with the grip section and the projection is formed as one piece.
A rotor for a rotary electric machine, comprising: a rotor core having a generally annular shape, the rotor core having a shaft hole at a center, the rotor core having a plurality of magnet holes arranged in a circumferential direction, the rotor core including at least one reduced-rigidity portion where rigidity of the rotor core is locally reduced; a plurality of magnets disposed in the respective magnet holes ; a rotary shaft mounted in the shaft hole and fixedly attached to the rotor core ; a washer contacting at least one end surface, in an axial direction, of the rotor core ; and a nut screwed on the rotary shaft such that it holds the washer forcibly against the rotor core , wherein an outer circumferential end of the washer is disposed further inward radially than the magnet holes , the washer has an outer circumferential shape with recesses and projections in which a distance from a rotation center to the outer circumferential end of the washer periodically varies, a minimum distance (D1) from the outer circumferential end of the washer to a reduced-rigidity portion is greater than a minimum distance (D2) from the outer circumferential end of the washer to a magnet hole that is closest to said reduced-rigidity portion , and the at least one reduced-rigidity portion includes at least one bridge or space , wherein each bridge or space forms a space provided between magnet holes adjacent to each other in the circumferential direction. a rotor core having a generally annular shape, the rotor core having a shaft hole at a center, the rotor core having a plurality of magnet holes arranged in a circumferential direction, the rotor core including at least one reduced-rigidity portion where rigidity of the rotor core is locally reduced; a plurality of magnets disposed in the respective magnet holes ; a rotary shaft mounted in the shaft hole and fixedly attached to the rotor core ; a washer contacting at least one end surface, in an axial direction, of the rotor core ; and a nut screwed on the rotary shaft such that it holds the washer forcibly against the rotor core , wherein an outer circumferential end of the washer is disposed further inward radially than the magnet holes , the washer has an outer circumferential shape with recesses and projections in which a distance from a rotation center to the outer circumferential end of the washer periodically varies, a minimum distance (D1) from the outer circumferential end of the washer to a reduced-rigidity portion is greater than a minimum distance (D2) from the outer circumferential end of the washer to a magnet hole that is closest to said reduced-rigidity portion , and the at least one reduced-rigidity portion includes at least one bridge or space , wherein each bridge or space forms a space provided between magnet holes adjacent to each other in the circumferential direction.
An implant screw for an implant, particularly for a dental implant , with a ceramic head part , with a non-ceramic base thread (111, 111', 111", 211, 311) that can be screwed into a base body of a dental implant , and a holding thread , characterized in that between the head part and the holding thread , a cavity is formed as an annular groove , which can be filled or is filled with an adhesive , in order to connect the head part to the holding thread by an adhesive connection. with a ceramic head part , with a non-ceramic base thread (111, 111', 111", 211, 311) that can be screwed into a base body of a dental implant , and a holding thread , characterized in that between the head part and the holding thread , a cavity is formed as an annular groove , which can be filled or is filled with an adhesive , in order to connect the head part to the holding thread by an adhesive connection.
A balanced armature receiver (100, 200, 300, 400, 500, 600, 600', 600", 600"', 700, 800, 900, 900', 900") comprising: a housing ; an acoustic pathway within the housing through which an acoustic signal travels; an acoustic valve within the acoustic pathway; an armature assembly within the housing, the armature assembly comprising a first deflectable armature portion , characterized in that the armature assembly further comprises a second deflectable armature portion ; the first armature portion and the second armature portion being operated such that the second armature portion is substantially unstable relative to the first armature portion; a drive rod coupling the second deflectable armature portion to the acoustic valve such that the acoustic valve is either substantially open or substantially closed during operation. a housing ; an acoustic pathway within the housing through which an acoustic signal travels; an acoustic valve within the acoustic pathway; an armature assembly within the housing, the armature assembly comprising a first deflectable armature portion , characterized in that the armature assembly further comprises a second deflectable armature portion ; the first armature portion and the second armature portion being operated such that the second armature portion is substantially unstable relative to the first armature portion; a drive rod coupling the second deflectable armature portion to the acoustic valve such that the acoustic valve is either substantially open or substantially closed during operation.
A steel for carbonitrided bearing, comprising a chemical composition consisting of, in mass%, C: 0.25 to 0.45%, Si: not more than 0.50%, Mn: 0.40 to 1.50%, P: not more than 0.015%, S: not more than 0.005%, Cr: 0.30 to 2.0%, Mo: 0.10 to 0.35%, V: 0.20 to 0.40%, Al: 0.005 to 0.10%, N: not more than 0.030%, O: not more than 0.0015%, B: 0 to 0.0050%, Nb: 0 to 0.10%, and Ti: 0 to 0.10%, with the balance being Fe and impurities, and satisfies Formulae and : 1.20 < 0.4 ⁢ Cr + 0.4 ⁢ Mo + 4.5 ⁢ V < 2.60 2.7 ⁢ C + 0.4 ⁢ Si + Mn + 0.8 ⁢ Cr + Mo + V > 2.20 where each symbol of element in Formulae and is substituted by a content (mass%) of a corresponding element.
A method for estimating the number of cells, the method comprising: estimating (S102, S201) a concentration of a cell-consumed substance contained in a culture medium in which certain cells are cultured, using a spectroscopy or electrochemical system, the spectroscopy and electrochemical system being capable of obtaining a value corresponding to a concentration of a cellular metabolite contained in a culture medium; estimating (S104, S203), when the estimated concentration of the cell-consumed substance is equal to or higher than a threshold, the number of the certain cells by applying the estimated concentration of the cell-consumed substance to previously obtained first relationship information indicating a relationship between a concentration of the cell-consumed substance and the number of the certain cells; estimating (S106, S205), when the estimated concentration of the cell-consumed substance is lower than the threshold, a concentration of a cell-produced substance contained in the culture medium, using the spectroscopy or electrochemical system; and estimating (S107, S206) the number of the certain cells by applying the estimated concentration of the cell-produced substance to previously obtained second relationship information indicating a relationship between a concentration of the cell-produced substance and the number of the certain cells. estimating (S102, S201) a concentration of a cell-consumed substance contained in a culture medium in which certain cells are cultured, using a spectroscopy or electrochemical system, the spectroscopy and electrochemical system being capable of obtaining a value corresponding to a concentration of a cellular metabolite contained in a culture medium; estimating (S104, S203), when the estimated concentration of the cell-consumed substance is equal to or higher than a threshold, the number of the certain cells by applying the estimated concentration of the cell-consumed substance to previously obtained first relationship information indicating a relationship between a concentration of the cell-consumed substance and the number of the certain cells; estimating (S106, S205), when the estimated concentration of the cell-consumed substance is lower than the threshold, a concentration of a cell-produced substance contained in the culture medium, using the spectroscopy or electrochemical system; and estimating (S107, S206) the number of the certain cells by applying the estimated concentration of the cell-produced substance to previously obtained second relationship information indicating a relationship between a concentration of the cell-produced substance and the number of the certain cells.
A memory system , comprising: a first memory ; a second memory ; a memory controller circuit configured to: apply a memory address (SRAM_addr) to both the first and second memories, write error correction code ECC checkbits to said memory address in both the first and second memories , write application data (app_data) to said memory address in only the first memory and read ECC checkbits from only the first memory at said memory address; and a comparator circuit configured to: obtain ECC checkbits from said memory address in the first and second memories and perform a bit-by-bit comparison of the ECC checkbits received from both the first and second memories to generate a signal (SRAM_OK) indicating that there is a malfunction of one or more of the first and second memories if the bit-by-bit comparison of the ECC checkbits fails. a first memory ; a second memory ; a memory controller circuit configured to: apply a memory address (SRAM_addr) to both the first and second memories, write error correction code ECC checkbits to said memory address in both the first and second memories , write application data (app_data) to said memory address in only the first memory and read ECC checkbits from only the first memory at said memory address; and a comparator circuit configured to: obtain ECC checkbits from said memory address in the first and second memories and perform a bit-by-bit comparison of the ECC checkbits received from both the first and second memories to generate a signal (SRAM_OK) indicating that there is a malfunction of one or more of the first and second memories if the bit-by-bit comparison of the ECC checkbits fails.
A drawer arrangement, comprising: - a drawer sidewall having a locking device , the locking device of the drawer sidewall including a locking lever pre-stressed by at least one spring , - a wall element configured to be transversely connected to the drawer sidewall , wherein the wall element , in a connected condition with the drawer sidewall , has a fastening surface facing towards the drawer sidewall and a bearing surface facing away from the fastening surface , - at least one furniture fitting separate from the wall element for connecting the wall element to the drawer sidewall , wherein the at least one furniture fitting is configured to be releasably locked to the locking lever of the locking device of the drawer sidewall , - wherein the at least one furniture fitting , in the connected condition of the wall element with the drawer sidewall , bears at least partially against the bearing surface of the wall element , so that the wall element is held on the drawer sidewall by the locking of the furniture fitting with the locking device of the drawer sidewall , characterized in that the furniture fitting includes at least one laterally projecting wing which, in the connected condition of the wall element with the drawer sidewall , bears against the bearing surface of the wall element , wherein the bearing surface of the wall element and the wing of the furniture fitting extend flush to one another, so that there is no disturbing abutting edge formed between the bearing surface and the furniture fitting . - a drawer sidewall having a locking device , the locking device of the drawer sidewall including a locking lever pre-stressed by at least one spring , - a wall element configured to be transversely connected to the drawer sidewall , wherein the wall element , in a connected condition with the drawer sidewall , has a fastening surface facing towards the drawer sidewall and a bearing surface facing away from the fastening surface , - at least one furniture fitting separate from the wall element for connecting the wall element to the drawer sidewall , wherein the at least one furniture fitting is configured to be releasably locked to the locking lever of the locking device of the drawer sidewall , - wherein the at least one furniture fitting , in the connected condition of the wall element with the drawer sidewall , bears at least partially against the bearing surface of the wall element , so that the wall element is held on the drawer sidewall by the locking of the furniture fitting with the locking device of the drawer sidewall ,
A sensing assembly comprising: a wellbore tubular string; a wellbore component disposed in a wellbore tubular string ; at least one gauge , wherein the at least one gauge is disposed at a first location along the wellbore tubular string; and at least one sensing link coupled to the at least one gauge, wherein the sensing link is configured to provide communication of at least one parameter from a sensing point at a second location to the first location, wherein the sensing point is radially adjacent the wellbore component; the at least one gauge being configured to sense the at least one parameter; wherein the wellbore component is a filter element , wherein the first location and the second location are longitudinally separated, and the sensing link comprises a fluid communication line. a wellbore tubular string; a wellbore component disposed in a wellbore tubular string ; at least one gauge , wherein the at least one gauge is disposed at a first location along the wellbore tubular string; and at least one sensing link coupled to the at least one gauge, wherein the sensing link is configured to provide communication of at least one parameter from a sensing point at a second location to the first location, wherein the sensing point is radially adjacent the wellbore component; the at least one gauge being configured to sense the at least one parameter; wherein the wellbore component is a filter element , wherein the first location and the second location are longitudinally separated, and the sensing link comprises a fluid communication line.
A propeller fan comprising: a hub having a side surface about a center axis (O); and a plurality of blades provided on the side surface of the hub, wherein each blade includes an inner peripheral portion positioned closer to a base portion (12A-11a, 12A-12a, 12B-11a, 12B-12a) of the each blade connected to the hub, and an outer peripheral portion positioned closer to an outer edge of the each blade, a ratio r/R between a radius r as a distance from the center axis to a boundary between the inner peripheral portion and the outer peripheral portion and a radius R as a distance from the center axis to the outer edge of each blade is equal to or lower than 0.4, a relational expression of V1 < V2 × 1.3 is satisfied, where an air velocity at the outer peripheral portion is V1 and an air velocity at the inner peripheral portion is V2, the outer peripheral portion is formed as a single blade surface, and the inner peripheral portion includes a plurality of blade elements (12A-11, 12A-12, 12B-11, 12B-12) disposed at a predetermined interval such that the base portions (12A-11a, 12A-12a) of each of a pair of said blade elements form an axial hole (12A-21) in the inner peripheral portion , characterized in that the blade elements of each of a pair among said blade elements are positioned on an upstream and downstream side in a rotation direction of the hub , respectively, and connected to the same height position of the hub in its center axis direction. a hub having a side surface about a center axis (O); and a plurality of blades provided on the side surface of the hub, wherein each blade includes an inner peripheral portion positioned closer to a base portion (12A-11a, 12A-12a, 12B-11a, 12B-12a) of the each blade connected to the hub, and an outer peripheral portion positioned closer to an outer edge of the each blade, an inner peripheral portion positioned closer to a base portion (12A-11a, 12A-12a, 12B-11a, 12B-12a) of the each blade connected to the hub, and an outer peripheral portion positioned closer to an outer edge of the each blade, a ratio r/R between a radius r as a distance from the center axis to a boundary between the inner peripheral portion and the outer peripheral portion and a radius R as a distance from the center axis to the outer edge of each blade is equal to or lower than 0.4, a relational expression of V1 < V2 × 1.3 is satisfied, where an air velocity at the outer peripheral portion is V1 and an air velocity at the inner peripheral portion is V2, the outer peripheral portion is formed as a single blade surface, and the inner peripheral portion includes a plurality of blade elements (12A-11, 12A-12, 12B-11, 12B-12) disposed at a predetermined interval such that the base portions (12A-11a, 12A-12a) of each of a pair of said blade elements form an axial hole (12A-21) in the inner peripheral portion , characterized in that the blade elements of each of a pair among said blade elements are positioned on an upstream and downstream side in a rotation direction of the hub , respectively, and connected to the same height position of the hub in its center axis direction.
A method of refining a depth image , the method comprising: extracting shading information of color pixels from a color image , wherein the shading information corresponds to a vector dot product between a direction of a light source and a surface normal of an object surface; and refining a depth image corresponding to the color image based on surface normal information of an object included in the shading information, characterized in that the refining of the depth image comprises: - distinguishing between a noise region and an edge region in the depth image based on a characteristic of a surface normal distribution represented in the color image -applying filters comprising different filter characteristics to the noise region and the edge region respectively to reduce a noise component while maintaining an edge characteristic substantially unchanged. extracting shading information of color pixels from a color image , wherein the shading information corresponds to a vector dot product between a direction of a light source and a surface normal of an object surface; and refining a depth image corresponding to the color image based on surface normal information of an object included in the shading information, characterized in that the refining of the depth image comprises: - distinguishing between a noise region and an edge region in the depth image based on a characteristic of a surface normal distribution represented in the color image -applying filters comprising different filter characteristics to the noise region and the edge region respectively to reduce a noise component while maintaining an edge characteristic substantially unchanged. - distinguishing between a noise region and an edge region in the depth image based on a characteristic of a surface normal distribution represented in the color image -applying filters comprising different filter characteristics to the noise region and the edge region respectively to reduce a noise component while maintaining an edge characteristic substantially unchanged.
Air purge device for an airless liquid product dispenser comprising a container equipped with means for sampling the product , said device comprising a bleed ring that comprises a deformable lip seal accommodated inside a protective part designed to be inserted inside the container and to ensure the sealing of said container , the deformation of the lip when mounting the air purge device in the container causing the air to be purged from the container , said protective part is made up of a disc , a peripheral skirt seal connected to the external edge of the disc and an annular return or a second skirt extending in a direction opposite to said skirt seal .
A method of additive manufacturing a workpiece with a directionally solidified microstructure, the method comprising the steps of: providing a seed for propagating grain microstructure growth; covering the seed with a plurality of layers of a powder bed of a material capable of grain structure growth; heating a build surface of the seed or the slice to a predetermined temperature being one hundred degrees Fahrenheit (38 degrees Celsius) below melting temperature with a heating source and before covering the seed or the slice with the next successive layer ; melting at least in-part each successive layer of the plurality of layers utilizing an energy gun , wherein the seed and each slice includes the build surface and the step of melting each successive layer includes melting a meltback region of the build surface ; controlling a solidification rate of each melted successive layer utilizing a cooling source located below the layer , wherein the cooling source has cooling channels in the seed for flowing a coolant; controlling a thermal gradient across each successive layer at least in part by a heating source disposed above the powder bed ; forming a solidified slice of the workpiece and such that a grain structure of the seed propagates through the solidified slice ; and proceeding to the next successive layer , wherein the workpiece is a turbine blade, characterised in that the seed is a cast manufactured fir tree of the turbine blade and the cooling source utilizes cooling channels in the fir tree. providing a seed for propagating grain microstructure growth; covering the seed with a plurality of layers of a powder bed of a material capable of grain structure growth; heating a build surface of the seed or the slice to a predetermined temperature being one hundred degrees Fahrenheit (38 degrees Celsius) below melting temperature with a heating source and before covering the seed or the slice with the next successive layer ; melting at least in-part each successive layer of the plurality of layers utilizing an energy gun , wherein the seed and each slice includes the build surface and the step of melting each successive layer includes melting a meltback region of the build surface ; controlling a solidification rate of each melted successive layer utilizing a cooling source located below the layer , wherein the cooling source has cooling channels in the seed for flowing a coolant; controlling a thermal gradient across each successive layer at least in part by a heating source disposed above the powder bed ; forming a solidified slice of the workpiece and such that a grain structure of the seed propagates through the solidified slice ; and proceeding to the next successive layer ,