mhurhangee/patent-ind-claim-en huggingface dataset:
A switched reluctance motor control system comprising: a switched reluctance motor including a stator having a plurality of salient poles , a rotor having a plurality of salient poles whose number is different from the number of the salient poles of the stator , and a coil wound around the salient poles of the stator ; a driver circuit having a switch element for adjusting an energization timing to the coil ; and an energization control part that controls ON/OFF of the switching element , wherein the switched reluctance motor has a supply mode in which the coil is energized and a regenerative mode in which electromotive force generated in the coil is recovered, characterised in that the energization control part has a synchronous rectification part that determines an end time of the regenerative mode based on a map set with at least one of an advance angle, an energization angle, and a rotation speed of the SR motor as a parameter. a switched reluctance motor including a stator having a plurality of salient poles , a rotor having a plurality of salient poles whose number is different from the number of the salient poles of the stator , and a coil wound around the salient poles of the stator ; a driver circuit having a switch element for adjusting an energization timing to the coil ; and an energization control part that controls ON/OFF of the switching element , wherein the switched reluctance motor has a supply mode in which the coil is energized and a regenerative mode in which electromotive force generated in the coil is recovered, characterised in that the energization control part has a synchronous rectification part that determines an end time of the regenerative mode based on a map set with at least one of an advance angle, an energization angle, and a rotation speed of the SR motor as a parameter.
A drawer rear wall for a drawer , comprising a first fastening portion for fixing the drawer rear wall to a first sidewall of the drawer and a second fastening portion for fixing the drawer rear wall to a second sidewall of the drawer , wherein the two fastening portions of the drawer rear wall are mutually spaced from each other in a longitudinal direction (L) of the drawer rear wall by a middle portion , wherein a first wall thickness (W1) of at least one of the two fastening portions , preferably of both fastening portions , is larger than a second wall thickness (W2) of the middle portion , characterized in that - the drawer rear wall has an integral one-piece configuration, wherein at least one of the two fastening portions , preferably both fastening portions , is or are at least partially formed by at least one foldover of an edge of the middle portion , or wherein - the middle portion and at least one of the two fastening portions , preferably both fastening portions , are configured as components separate from each other, wherein the middle portion includes at least one mounting limb for connecting the middle portion to one of the two fastening portions , the mounting limb being connected to the middle portion via a step , wherein by virtue of the step , it is ensured that the transition region between the middle portion and the fastening portion is flush and, therefore, is configured visually attractive. - the drawer rear wall has an integral one-piece configuration, wherein at least one of the two fastening portions , preferably both fastening portions , is or are at least partially formed by at least one foldover of an edge of the middle portion , or wherein - the middle portion and at least one of the two fastening portions , preferably both fastening portions , are configured as components separate from each other, wherein the middle portion includes at least one mounting limb for connecting the middle portion to one of the two fastening portions , the mounting limb being connected to the middle portion via a step , wherein by virtue of the step , it is ensured that the transition region between the middle portion and the fastening portion is flush and, therefore, is configured visually attractive.
A method for determining the overall memory size (MaxF) of an overall memory area (MF) to be allocated in a memory (MV) intended to store input data (M1) and output data (M2) of each layer (L) of a neural network (RN), the method comprising, for each layer (L), a determination of an elementary memory size of an elementary memory area (ZA) intended to store input data (M1) and output data (M2) of said layer (L), characterised in that said elementary size being comprised between the memory size of the input (M1) or output (M2) data of said layer (L) and a size equal to the sum of the memory size of the input data (M1) and the memory size of the output data (M2) of said layer (L), the determination of said elementary memory size and the placement of the input data (M1) and the output data (M2) depending at least on the type of the layer (L), such that - for at least one type of layer (L), at least one portion of the output data (M2) is stored in the elementary memory area (ZA) in place of at least one portion of the input data (M1), the elementary memory area including an additional memory area allowing avoiding overwriting useful data in the elementary memory area, - for at least one other type of layer (L), the output data (M2) and the input data (M1) are juxtaposed in the corresponding memory area, the overall memory size (MaxF) being determined from the elementary memory sizes (ZA) associated with said layers (L), the overall memory area (MF) containing all elementary memory areas (ZA). - for at least one type of layer (L), at least one portion of the output data (M2) is stored in the elementary memory area (ZA) in place of at least one portion of the input data (M1), the elementary memory area including an additional memory area allowing avoiding overwriting useful data in the elementary memory area, - for at least one other type of layer (L), the output data (M2) and the input data (M1) are juxtaposed in the corresponding memory area,
Anti-unscrewing device of a manual manoeuvre adjustment of bicycles or motorcycles functionally associated with the device, comprising: a first element in threaded coupling with a second element and rotating with respect to the latter with a screwing/unscrewing movement in response to the manual activation of a control to perform an adjustment movement of said manoeuvre adjustment, a magnetic stabilizing element associated with said first and second element , and mobile with respect thereto, characterized in that the magnetic stabilizing element , is normally held in contact by magnetic attraction against a surface of the first element in a stable adjustment configuration of the device, while during the screwing/unscrewing of said first and second element of the device the magnetic stabilizing element is forced by said contact with the surface to move in opposition to said magnetic attraction against both the screwing and the unscrewing movement. a first element in threaded coupling with a second element and rotating with respect to the latter with a screwing/unscrewing movement in response to the manual activation of a control to perform an adjustment movement of said manoeuvre adjustment, a magnetic stabilizing element associated with said first and second element , and mobile with respect thereto, characterized in that the magnetic stabilizing element , is normally held in contact by magnetic attraction against a surface of the first element in a stable adjustment configuration of the device, while during the screwing/unscrewing of said first and second element of the device the magnetic stabilizing element is forced by said contact with the surface to move in opposition to said magnetic attraction against both the screwing and the unscrewing movement.
A method for cleaning and coating a metal strip comprising the steps of: - cleaning the metal strip prior to applying a coating, - generating a coating vapour by heating a material in a vapour chamber, - applying the coating vapour in a deposition chamber via a vapour distribution section connected to the vapour chamber on the metal strip , and - wherein the coating is applied in a heated enclosure, - wherein the metal strip is cleaned in a cleaning chamber connected to the deposition chamber and wherein the pressure in the cleaning chamber is kept in the range of 0.01 - 100 mbar and the pressure in the deposition chamber in the range of 0.01 - 10 mbar - wherein a gas stream is maintained through the cleaning chamber to remove residues resulting from the cleaning of the metal strip before the metal strip enters the deposition chamber , - wherein the gas stream is maintained by supplying gas into the cleaning chamber while removing the supplied gas with vacuum pump means and by using a gas bearing lock between the cleaning chamber and the deposition chamber . - cleaning the metal strip prior to applying a coating, - generating a coating vapour by heating a material in a vapour chamber, - applying the coating vapour in a deposition chamber via a vapour distribution section connected to the vapour chamber on the metal strip , and - wherein the coating is applied in a heated enclosure, - wherein the metal strip is cleaned in a cleaning chamber connected to the deposition chamber and wherein the pressure in the cleaning chamber is kept in the range of 0.01 - 100 mbar and the pressure in the deposition chamber in the range of 0.01 - 10 mbar - wherein a gas stream is maintained through the cleaning chamber to remove residues resulting from the cleaning of the metal strip before the metal strip enters the deposition chamber , - wherein the gas stream is maintained by supplying gas into the cleaning chamber while removing the supplied gas with vacuum pump means and by using a gas bearing lock between the cleaning chamber and the deposition chamber .
A polycarbonate resin comprising: a structure represented by a formula , wherein the polycarbonate resin in a solid form has a yellow index (YI), measured using a spectrophotometric colorimeter in a reflection mode in accordance with ASTM E-313, of 30 or less, a structure represented by a formula , wherein the polycarbonate resin in a solid form has a yellow index (YI), measured using a spectrophotometric colorimeter in a reflection mode in accordance with ASTM E-313, of 30 or less,
A reactor comprising an upper portion and a lower portion wherein the upper portion contains: an inlet nozzle ; a rough liquid distribution tray ; a vapour liquid distribution tray ; and a scale collection device ; wherein the scale collection device is constructed with a perforated cylindrical side wall and a packed bed support plate that is spaced above the rough liquid distribution tray , and wherein filtering material fills the space above the packed bed support plate and inside the cylindrical side wall to provide the filtering zone ; wherein the vapor-liquid distribution tray is located below the rough liquid distribution tray ; wherein the liquid out of the scale collection device is intercepted by the rough liquid distribution tray for redistribution to the vapour liquid distribution tray ; and wherein the packed bed support plate has a middle portion having no openings, and an outer ring adjacent to the cylindrical side wall, that has openings for liquid flow. an inlet nozzle ; a rough liquid distribution tray ; a vapour liquid distribution tray ; and a scale collection device ; wherein the scale collection device is constructed with a perforated cylindrical side wall and a packed bed support plate that is spaced above the rough liquid distribution tray , and wherein filtering material fills the space above the packed bed support plate and inside the cylindrical side wall to provide the filtering zone ; wherein the vapor-liquid distribution tray is located below the rough liquid distribution tray ; wherein the liquid out of the scale collection device is intercepted by the rough liquid distribution tray for redistribution to the vapour liquid distribution tray ; and wherein the packed bed support plate has a middle portion having no openings, and an outer ring adjacent to the cylindrical side wall, that has openings for liquid flow.
Luminaire driver system , adapted for providing driving signals for a light emitting device of a luminaire , in particular for an LED, comprising: - a housing comprising a first connector comprising first connections adapted to be connected to a power supply and a second connector comprising second connections adapted to be connected to the light emitting device ; - a predetermined set of circuits (200, 210; 200, 210, 230) arranged in said housing , wherein the predetermined set of circuits is adapted to realize a basic driving functionality of the light emitting device , said basic driving functionality including providing on/off driving signals to the light emitting device ; - a receiving means adapted to receive, in a removable way, a pluggable module comprising one or more further circuits, such that said luminaire driver system is modular and is adapted to change signals available on at least some of said second connections so as to realize one or more driving functionalities different from said basic driving functionality depending on the presence and/or the type of the one or more further circuits; characterized in that said luminaire driver system further comprises a separate connector provided on the housing , said separate connector comprising further connections whose driving functionality changes depending on the presence and/or the type of the one or more further circuits, said separate connector being arranged to allow a user access to the pluggable module , when the pluggable module is plugged in the receiving means . - a housing comprising a first connector comprising first connections adapted to be connected to a power supply and a second connector comprising second connections adapted to be connected to the light emitting device ; - a predetermined set of circuits (200, 210; 200, 210, 230) arranged in said housing , wherein the predetermined set of circuits is adapted to realize a basic driving functionality of the light emitting device , said basic driving functionality including providing on/off driving signals to the light emitting device ; - a receiving means adapted to receive, in a removable way, a pluggable module comprising one or more further circuits, such that said luminaire driver system is modular and is adapted to change signals available on at least some of said second connections so as to realize one or more driving functionalities different from said basic driving functionality depending on the presence and/or the type of the one or more further circuits;
A current transducer comprising at least one conductive coil shaped to define a plurality of turns and shaped to form a loop, said loop having at least one corner section comprising a plurality of non-parallel turns, characterised in that for each turn there is a substantially constant ratio between respective portions of the area defined by the respective turn and a respective effective turns pitch at a corresponding point of a respective line of integration normal to the respective portion of said turn, wherein said at least one corner section comprises at least one notional band running parallel with a respective notional line around said loop and substantially normal to each of the respective portions of said turns that it intersects, and wherein said turns are shaped and dimensioned such that the ratio of the transverse area of the intersection between a respective turn and said at least one notional band to a respective effective pitch between said turn and an adjacent turn taken as an average across the width of said notional band at said intersection is substantially constant.
A method of call handling when multiple namespaces are present for a call of a priority call type or emergency call type initiated by a subscriber of a wireless network, comprising: storing, by an originating Proxy Call Session Control Function, P-CSCF, , in a subscriber's Registration Context multiple namespaces supported by the originating P-CSCF, wherein a predetermined precedence order for the namespaces is defined; obtaining from the subscriber's Registration Context, by the originating P-CSCF, said predetermined precedence order for the multiple namespaces; retrieving, by the originating P-CSCF, each namespace and associated priority from the subscriber's Registration Context; inserting in an INVITE request received from a User Equipment, UE, of the subscriber towards an IMS Core network , by the originating P-CSCF, a Session Initiation Protocol, SIP, Resource-Priority header for each namespace and associated priority; and inserting in the INVITE request, by the originating P-CSCF, an additional SIP Resource-Priority header with an additional specified namespace and priority value identifying the predetermined precedence order for the multiple namespaces. storing, by an originating Proxy Call Session Control Function, P-CSCF, , in a subscriber's Registration Context multiple namespaces supported by the originating P-CSCF, wherein a predetermined precedence order for the namespaces is defined; obtaining from the subscriber's Registration Context, by the originating P-CSCF, said predetermined precedence order for the multiple namespaces; retrieving, by the originating P-CSCF, each namespace and associated priority from the subscriber's Registration Context; inserting in an INVITE request received from a User Equipment, UE, of the subscriber towards an IMS Core network , by the originating P-CSCF, a Session Initiation Protocol, SIP, Resource-Priority header for each namespace and associated priority; and inserting in the INVITE request, by the originating P-CSCF, an additional SIP Resource-Priority header with an additional specified namespace and priority value identifying the predetermined precedence order for the multiple namespaces.
Method for charging an electric vehicle during travel of the electric vehicle , having the following steps: - providing a mobile charging device ; - arranging the mobile charging device under a travelling electric vehicle ; - fastening the mobile charging device to an underside of the electric vehicle ; - transferring electrical energy from the mobile charging device to the electric vehicle ; - detaching the mobile charging device from the underside of the electric vehicle ; - providing the mobile charging device again, characterised in that the electrical energy from a battery of a further electric vehicle is transferred by means of a further mobile charging device fastened to the further electric vehicle via at least one further magnetic induction path, wherein the electric vehicle and the further electric vehicle form a travelling convoy and travel, during the transfer of the electrical energy, at a predetermined distance behind one another in such a manner that the further magnetic induction path is formed between the two mobile charging devices . - providing a mobile charging device ; - arranging the mobile charging device under a travelling electric vehicle ; - fastening the mobile charging device to an underside of the electric vehicle ; - transferring electrical energy from the mobile charging device to the electric vehicle ; - detaching the mobile charging device from the underside of the electric vehicle ; - providing the mobile charging device again,
A method for manufacturing a bimetal screw , in particular a concrete screw, which comprises a first shank part and a second shank part which are arranged one behind the other in the direction of a longitudinal axis (L) of the bimetal screw and are welded to one another at a weld , wherein the first shank part is produced from a first blank made of a first steel and the second shank part is produced from a second blank made of a second steel whose carbon concentration is lower than the carbon concentration of the first steel, the two blanks being welded together to form a base body of the bimetal screw , the blank of the first shank part having a first section whose diameter (DA1) is smaller than the maximum diameter (D1) of the blank of the first shank part , characterized in that the first section borders, in the direction of the longitudinal axis (L), on both sides on sections of the blank of the first shank part , the diameter (DA2, DA3) of which is greater than the diameter (DA1) of the first section . wherein the first shank part is produced from a first blank made of a first steel and the second shank part is produced from a second blank made of a second steel whose carbon concentration is lower than the carbon concentration of the first steel, the two blanks being welded together to form a base body of the bimetal screw , the blank of the first shank part having a first section whose diameter (DA1) is smaller than the maximum diameter (D1) of the blank of the first shank part , characterized in that the first section borders, in the direction of the longitudinal axis (L), on both sides on sections of the blank of the first shank part , the diameter (DA2, DA3) of which is greater than the diameter (DA1) of the first section .
Unit comprising : - a mould rotating around an axis (A), for centrifuge casting, - and a TiAl metal alloy poured thereinto, the mould including: - receiving recesses made of soft steel, steel, metal alloy and/or ceramic, adapted to receive the centrifuge casting of the said molten TiAl metal alloy, the said recesses extending radially (B) around the axis (A), and - liners defining all the said recesses and which are housed in at least one hollow soft steel, steel or metal alloy exoskeleton , and at the location of a plurality of section planes (P1, P2, P3, etc.) each passing through the mould and the poured metal alloy, the mould having a surface heat capacity (C1, Ci) less than that (C1 ',Ci') of the poured metal alloy, characterised in that : - the exoskeleton or exoskeletons is/are open-worked, or - an empty space exists around the periphery between each liner and the exoskeleton that surrounds it, or - an alveolar structure exists around the periphery between each liner and the exoskeleton that surrounds it. - a mould rotating around an axis (A), for centrifuge casting, - and a TiAl metal alloy poured thereinto, - receiving recesses made of soft steel, steel, metal alloy and/or ceramic, adapted to receive the centrifuge casting of the said molten TiAl metal alloy, the said recesses extending radially (B) around the axis (A), and - liners defining all the said recesses and which are housed in at least one hollow soft steel, steel or metal alloy exoskeleton , and at the location of a plurality of section planes (P1, P2, P3, etc.) each passing through the mould and the poured metal alloy, the mould having a surface heat capacity (C1, Ci) less than that (C1 ',Ci') of the poured metal alloy, characterised in that : - the exoskeleton or exoskeletons is/are open-worked, or - an empty space exists around the periphery between each liner and the exoskeleton that surrounds it, or - an alveolar structure exists around the periphery between each liner and the exoskeleton that surrounds it. at the location of a plurality of section planes (P1, P2, P3, etc.) each passing through the mould and the poured metal alloy, the mould having a surface heat capacity (C1, Ci) less than that (C1 ',Ci') of the poured metal alloy, characterised in that : - the exoskeleton or exoskeletons is/are open-worked, or - an empty space exists around the periphery between each liner and the exoskeleton that surrounds it, or - an alveolar structure exists around the periphery between each liner and the exoskeleton that surrounds it. - the exoskeleton or exoskeletons is/are open-worked, or - an empty space exists around the periphery between each liner and the exoskeleton that surrounds it, or - an alveolar structure exists around the periphery between each liner and the exoskeleton that surrounds it.