mhurhangee/patent-ind-claim-en huggingface dataset:
Winding tooth for a stator of an electrical machine having a T-shaped tooth head , arranged on a tooth neck , having a tooth head front side , wherein the tooth head has two projections for reducing the motor ripple, which extend laterally away from the tooth neck , wherein an insulation layer is provided along the tooth neck and a respective lateral surface of the respective projection of the tooth head , characterized in that the respective insulation layer forms a projection in the region of each of the projections of the tooth head , which extends laterally away from the tooth head , wherein the respective projection of the insulation layer is formed at the outermost lateral end section of the winding tooth and directly adjacent to the respective corner (Ea, Eb) of the winding tooth , which is located at the transition from the respective lateral surface on the projections of the tooth head to the tooth head front side , and wherein the insulation layer has a corrugated or grooved surface structure for positioning a winding wire (W) at least on the respective lateral surface of the respective projections of the tooth head . wherein the tooth head has two projections for reducing the motor ripple, which extend laterally away from the tooth neck , wherein an insulation layer is provided along the tooth neck and a respective lateral surface of the respective projection of the tooth head , characterized in that the respective insulation layer forms a projection in the region of each of the projections of the tooth head , which extends laterally away from the tooth head , wherein the respective projection of the insulation layer is formed at the outermost lateral end section of the winding tooth and directly adjacent to the respective corner (Ea, Eb) of the winding tooth , which is located at the transition from the respective lateral surface on the projections of the tooth head to the tooth head front side , and wherein the insulation layer has a corrugated or grooved surface structure for positioning a winding wire (W) at least on the respective lateral surface of the respective projections of the tooth head .
A threaded connection for a steel pipe, which connects a first pipe and a second pipe , the threaded connection comprising: a box which is an opening end of the second pipe ; and a truncated cone shaped pin which is an end of the first pipe and is inserted into the box , wherein the pin includes a male thread portion which is a tapered thread, and a seal portion which includes a tapered surface, and the box includes a female thread portion which is a tapered thread, and a seal portion which includes a tapered surface, and wherein the pin and the box are configured such that, when the male thread portion and the female thread portion are made-up by screwing, a root of the male thread portion and a crest of the female thread portion come into contact with each other after the seal portion of the pin and the seal portion of the box come into contact with each other, in a process of the make-up, and in a state before the make-up, a minimum diameter of the tapered surface of the pin is smaller than a maximum diameter of the tapered surface of the box . a box which is an opening end of the second pipe ; and a truncated cone shaped pin which is an end of the first pipe and is inserted into the box , wherein the pin includes a male thread portion which is a tapered thread, and a seal portion which includes a tapered surface, and the box includes a female thread portion which is a tapered thread, and a seal portion which includes a tapered surface, and wherein the pin and the box are configured such that, when the male thread portion and the female thread portion are made-up by screwing, a root of the male thread portion and a crest of the female thread portion come into contact with each other after the seal portion of the pin and the seal portion of the box come into contact with each other, in a process of the make-up, and in a state before the make-up, a minimum diameter of the tapered surface of the pin is smaller than a maximum diameter of the tapered surface of the box .
An electromagnetic valve device having a valve outer casing , electromagnetic positioning means, a fluid inlet port , which is formed in a valve casing , for fluid to be switched, in particular pneumatic fluid, a working port , which is formed in the valve casing, for the fluid, and locking means , which are movably guided in the valve casing along an axial direction and are formed for interacting with a valve seat formed in the valve casing and opening a fluid flow path between the fluid inlet port and the working port and which are realized so as to be movable via a fluid switched by means of the electromagnetic positioning means, an axially directed drive force of the positioning means counteracting a return force acting on the locking means, in particular via spring means , the valve seat being formed axially bilaterally such that a first opening area is exposed in a first axial displacement position of the locking means relative to the valve casing and a second opening area, which is arranged opposite to the first opening area, is exposed in an opposing second axial displacement position, characterized in that the module-like valve casing is used and received in the valve outer casing having external ports, which align with the fluid inlet port as well as the working port, such that when the positioning means are not activated, the return force closes the fluid flow path in the valve outer casing at least partially surrounding the valve casing when in a first receiving position of the valve casing (NC, Fig. 1), and when the positioning means are not activated, the return force keeping the fluid flow path open in a second receiving position of the valve casing in the valve outer casing (NO, Fig. 3), in contrast to the first receiving position, the second receiving position intending a changed mounting and relative position of the valve casing in the valve outer casing, in particular tilted by 180° in the valve outer casing in a plane extending perpendicular to the axial direction.
A rotating electrical machine comprising: a housing having a first part providing an enclosure for a rotor therein and a second part providing an enclosure for a silencer therein; an air flow path passing from the first part of the housing to and through the silencer to an exhaust , the silencer comprising a part of the air flow path disposed adjacent at least one sound absorbing column , the at least one sound absorbing column comprising a first portion closest to the rotor having a first, porous, sound absorbing material therein and a second portion further from the rotor , the second portion having a microperforated panel (MPP) adjacent to a downstream end of the first portion and a resonator cavity downstream of the MPP , the air flow path extending along the axial length of the rotor and passing along the first portion , the MPP and then the resonator cavity of the at least one sound absorbing column in a direction away from the rotor axis. a housing having a first part providing an enclosure for a rotor therein and a second part providing an enclosure for a silencer therein; an air flow path passing from the first part of the housing to and through the silencer to an exhaust , the silencer comprising a part of the air flow path disposed adjacent at least one sound absorbing column , the at least one sound absorbing column comprising a first portion closest to the rotor having a first, porous, sound absorbing material therein and a second portion further from the rotor , the second portion having a microperforated panel (MPP) adjacent to a downstream end of the first portion and a resonator cavity downstream of the MPP , the air flow path extending along the axial length of the rotor and passing along the first portion , the MPP and then the resonator cavity of the at least one sound absorbing column in a direction away from the rotor axis.
An integrated circuit device configured to encrypt and decrypt data comprising: registers each including two or more bit storages; a shuffler configured to receive an address indicating one of the registers and data bits from a processor core, to select target bit storages, at which the data bits are to be stored, from among bit storages of the registers depending on a shuffle configuration and the address, to store the data bits into the target bit storages, and to transfer the data bits from the target bit storages depending on the shuffle configuration; and a logic unit configured to receive the data bits transferred from the shuffler and to encrypt or decrypt the data using the received data bits as a key, wherein the shuffler is configured to adjust the shuffle configuration when a reset operation is performed. registers each including two or more bit storages; a shuffler configured to receive an address indicating one of the registers and data bits from a processor core, to select target bit storages, at which the data bits are to be stored, from among bit storages of the registers depending on a shuffle configuration and the address, to store the data bits into the target bit storages, and to transfer the data bits from the target bit storages depending on the shuffle configuration; and a logic unit configured to receive the data bits transferred from the shuffler and to encrypt or decrypt the data using the received data bits as a key, wherein the shuffler is configured to adjust the shuffle configuration when a reset operation is performed.
A lens driving device, comprising: a housing ; a bobbin disposed at an inner side of the housing ; a support member coupled to the bobbin and the housing ; and a sensor sensing a position of at least one of the bobbin and the housing , wherein the support member includes a first support unit , and a second support unit disposed not parallel to the first support unit , characterized in that the sensor is disposed more adjacent to the first support unit than to the second support unit , and wherein an elastic modulus of the fist support unit is lower than an elastic modulus of the second support unit in order to reduce the possibility of oscillations of the bobbin . a housing ; a bobbin disposed at an inner side of the housing ; a support member coupled to the bobbin and the housing ; and a sensor sensing a position of at least one of the bobbin and the housing , wherein the support member includes a first support unit , and a second support unit disposed not parallel to the first support unit , characterized in that the sensor is disposed more adjacent to the first support unit than to the second support unit , and wherein an elastic modulus of the fist support unit is lower than an elastic modulus of the second support unit in order to reduce the possibility of oscillations of the bobbin .
A chocolate composition comprising cocoa butter, anhydrous milk fat and an emulsifier, characterized in that : - the cocoa butter comprises white cocoa butter having a Lovibond red value of maximum 2, and a Lovibond yellow value of maximum 15; - the anhydrous milk fat comprises white anhydrous milk fat having a yellowness index of from 0.3 to 5; and - the emulsifier is selected from ammonium phosphatide, polyglycerol polyricinoleate (PGPR), lecithin (bleached or not bleached), sugar esters, emulsifying waxes, polyglycerol fatty acid esters, polysorbates, sorban tristearates (STSs), monoglycerides, diglycerides and combinations of two or more thereof. - the cocoa butter comprises white cocoa butter having a Lovibond red value of maximum 2, and a Lovibond yellow value of maximum 15; - the anhydrous milk fat comprises white anhydrous milk fat having a yellowness index of from 0.3 to 5; and - the emulsifier is selected from ammonium phosphatide, polyglycerol polyricinoleate (PGPR), lecithin (bleached or not bleached), sugar esters, emulsifying waxes, polyglycerol fatty acid esters, polysorbates, sorban tristearates (STSs), monoglycerides, diglycerides and combinations of two or more thereof.
A method comprising: scheduling user equipment, UE, for full duplex time periods over a communication channel with a base station as a function of allocated base station beam indices for the UE, received UE capabilities, and at least one of received UE measured channel conditions or received UE positional information wherein scheduling comprises: determining an uplink power control status of served UEs served by the base station; receiving, from the served UEs, reports of channel measurements from a non-full duplex transmission mode, the channel measurements comprising measurements of reference signal received powers, RSRP, of the served UEs, receiving, from each served UE, its capability to perform beamforming, and constructing a list of pairings of those served UEs which have beamforming capability for full duplex time period using the reported channel measurements, the allocated base station beam indices, and the determined uplink power control statuses; and assigning full duplex time periods in a frame structure to each served UE on the list such that UE-to-UE interference is avoided and wherein the method further comprises: uplink/downlink co-scheduling of a first UE and a second UE served by diagonally opposite beams at the base station and having beamforming capability, for full duplex time periods only if: the first UE does not have uplink power control applied and a sum of the RSRP for the first UE and the RSRP for the second UE is less than a first predetermined threshold that has been determined to result in reliable full-duplex communication; or, the first UE and the second UE have uplink power control applied and the RSRP for the second UE is less than a second predetermined threshold that has been determined to result in reliable full-duplex communication. the first UE does not have uplink power control applied and a sum of the RSRP for the first UE and the RSRP for the second UE is less than a first predetermined threshold that has been determined to result in reliable full-duplex communication; or, the first UE and the second UE have uplink power control applied and the RSRP for the second UE is less than a second predetermined threshold that has been determined to result in reliable full-duplex communication.
Sectional rack gear of a screen-printing machine carousel, comprising a plurality of gear sections , characterized in that each gear section is flat and in annular sector shape, wherein each gear section comprises side fittings for engaging with neighboring sections such that said gear sections , when engaged, form a circumferentially complete gear .
An inverter system comprising: an inverter configured to receive utility AC power and step it up to a high-voltage power necessary for operation of a motor and supply the high-voltage power to the motor ; a switch connected between the inverter and the motor and configured to be turned on and off such that an output voltage from the inverter is supplied to the motor or interrupted; and a current detector configured to detect an output current from the inverter ; characterized by a controller configured to: determine that the switch is erroneously turned off if an output current value detected by the current detector is smaller than a predetermined reference current value for more than a predetermined reference duration, wherein the predetermined reference current value is set to an unloaded current value of the motor ; and respond to determining that the switch is erroneously turned off when the output current value detected by the current detector is smaller than the predetermined reference current value for more than the predetermined reference duration, by interrupting the inverter and, wherein after the inverter is interrupted, the controller configured to resume the inverter if the switch is turned on. an inverter configured to receive utility AC power and step it up to a high-voltage power necessary for operation of a motor and supply the high-voltage power to the motor ; a switch connected between the inverter and the motor and configured to be turned on and off such that an output voltage from the inverter is supplied to the motor or interrupted; and a current detector configured to detect an output current from the inverter ; characterized by a controller configured to: determine that the switch is erroneously turned off if an output current value detected by the current detector is smaller than a predetermined reference current value for more than a predetermined reference duration, wherein the predetermined reference current value is set to an unloaded current value of the motor ; and respond to determining that the switch is erroneously turned off when the output current value detected by the current detector is smaller than the predetermined reference current value for more than the predetermined reference duration, by interrupting the inverter and, wherein after the inverter is interrupted, the controller configured to resume the inverter if the switch is turned on. determine that the switch is erroneously turned off if an output current value detected by the current detector is smaller than a predetermined reference current value for more than a predetermined reference duration, wherein the predetermined reference current value is set to an unloaded current value of the motor ; and respond to determining that the switch is erroneously turned off when the output current value detected by the current detector is smaller than the predetermined reference current value for more than the predetermined reference duration, by interrupting the inverter and, wherein after the inverter is interrupted, the controller configured to resume the inverter if the switch is turned on.
An electron generation apparatus, comprising: a discharge pin module provided with a support plate , discharge pins coupled to the support plate , and an elastic connection element electrically connecting a group of discharge pins with each other including at least two adjacent discharge pins from the discharge pins and coupled to the support plate ; a discharge plate placed facing the discharge pins ; a support structure provided with a coupling plate positioned at an opposite side to the discharge plate with the support plate interposed between, wherein the discharge pin module and the discharge plate are detachably coupled to the coupling plate ; and a circuit module provided with a main board positioned apart from the coupling plate at an opposite side to the discharge pin module with the coupling plate interposed between, and distribution processing boards connected to the main board such that individual high-voltage high-frequency pulsed power can be applied to the group of discharge pins by a corresponding distribution processing board , wherein the coupling plate is provided with connection protrusions each electrically connected to the distribution processing boards , and an end of the elastic connection element comes into contact with the connection protrusion . a discharge pin module provided with a support plate , discharge pins coupled to the support plate , and an elastic connection element electrically connecting a group of discharge pins with each other including at least two adjacent discharge pins from the discharge pins and coupled to the support plate ; a discharge plate placed facing the discharge pins ; a support structure provided with a coupling plate positioned at an opposite side to the discharge plate with the support plate interposed between, wherein the discharge pin module and the discharge plate are detachably coupled to the coupling plate ; and a circuit module provided with a main board positioned apart from the coupling plate at an opposite side to the discharge pin module with the coupling plate interposed between, and distribution processing boards connected to the main board such that individual high-voltage high-frequency pulsed power can be applied to the group of discharge pins by a corresponding distribution processing board , wherein the coupling plate is provided with connection protrusions each electrically connected to the distribution processing boards , and an end of the elastic connection element comes into contact with the connection protrusion .
A power tool comprising: a rotatable support arrangement for supporting at least one cutting disc and being configured to be rotatably driven by an electric motor; a shroud for restricting the path of debris generated in use and defining a shroud outlet opening through which debris can be sucked by a vacuum device; a sub-volume defined within the shroud by a conduit having an inlet to the sub-volume and an outlet from the sub-volume, the outlet from the sub-volume in fluid communication with the shroud outlet opening and the inlet to the sub-volume distal to the shroud outlet opening in fluid communication with remaining volume in the shroud; wherein the inlet to the sub-volume and the outlet from the sub-volume extend along first and second axes in different planes and the conduit defining the sub-volume is configured so debris sucked through the sub-volume between the inlet to the sub-volume and the outlet from the sub-volume undergoes a change in direction by riding along a curved wall of the conduit providing that debris exits the sub-volume travelling along a direction substantially parallel with the second axis. a rotatable support arrangement for supporting at least one cutting disc and being configured to be rotatably driven by an electric motor; a shroud for restricting the path of debris generated in use and defining a shroud outlet opening through which debris can be sucked by a vacuum device; a sub-volume defined within the shroud by a conduit having an inlet to the sub-volume and an outlet from the sub-volume, the outlet from the sub-volume in fluid communication with the shroud outlet opening and the inlet to the sub-volume distal to the shroud outlet opening in fluid communication with remaining volume in the shroud; wherein the inlet to the sub-volume and the outlet from the sub-volume extend along first and second axes in different planes and the conduit defining the sub-volume is configured so debris sucked through the sub-volume between the inlet to the sub-volume and the outlet from the sub-volume undergoes a change in direction by riding along a curved wall of the conduit providing that debris exits the sub-volume travelling along a direction substantially parallel with the second axis.
A coating for the surface of a household article comprising a decoration (a) comprising a BiVO 4 pigment compound having a ΔE* in said coating greater than or equal to 11 between ambient temperature and 150°C, wherein ΔE* is defined by the CIE1976 formula in the CIELAB colorimetric space: Δ E * = L 2 * − L 1 * 2 + a 2 * − a 1 * 2 + b 2 * − b 1 * 2 L 1 *, a 1 * and b 1 * characterising the L*a*b* values of said compound at ambient temperature, L 2 *, a 2 * and b 2 * characterising the L*a*b* values of said compound at 150°C.