mhurhangee/patent-ind-claim-en huggingface dataset:
A bearing device (J) with a cooling structure, the bearing device (J) comprising: a plurality of axially juxtaposed rolling bearings (1; 1A-1D), each of the rolling bearings having an inner ring mounted on a main shaft and an outer ring accommodated in a housing ; an inner ring spacer (5; 5L, 5M, 5R) interposed between the inner rings of the neighboring rolling bearings (1; 1A-1D) and mounted on the main shaft ; and an outer ring spacer (4; 4L, 4M, 4R) interposed between the outer rings of the neighboring rolling bearings (1; 1A-1D) and accommodated in the housing , which cooling structure comprises: a nozzle (12; 12A-12D; 12L, 12M, 12R) provided in the outer ring spacer (4; 4L, 4M, 4R) and configured to supply a cooling fluid to the rolling bearings (1; 1A-1D) by blowing the cooling fluid to an outer peripheral surface of the inner ring spacer , the cooling fluid including a mixture of air and oil (AO) or only oil , the nozzle (12; 12A-12D; 12L, 12M, 12R) having a single discharge port side that is inclined forwardly with respect to a direction of rotation (LA, L1) of the main shaft , and the outer peripheral surface of the inner ring spacer (5; 5L, 5M, 5R) is so shaped as to guide the cooling fluid, discharged from the nozzle (12; 12A-12D; 12L, 12M, 12R), towards the neighboring rolling bearings (1; 1A-1D) on both sides, characterized in that the outer peripheral surface of the inner ring spacer is inclined such that a minimum outer diameter, of the outer peripheral surface where the cooling fluid discharged from the nozzle is blown is set to be the smallest of all, and the outer diameter gradually increases towards the rolling bearing , and the outer diameter (B) at an axial end of the outer peripheral surface of the inner ring spacer is equal to or larger than the outer diameter of an inner ring spacer side end (C) in the inner ring of the rolling bearing . a nozzle (12; 12A-12D; 12L, 12M, 12R) provided in the outer ring spacer (4; 4L, 4M, 4R) and configured to supply a cooling fluid to the rolling bearings (1; 1A-1D) by blowing the cooling fluid to an outer peripheral surface of the inner ring spacer , the cooling fluid including a mixture of air and oil (AO) or only oil , the nozzle (12; 12A-12D; 12L, 12M, 12R) having a single discharge port side that is inclined forwardly with respect to a direction of rotation (LA, L1) of the main shaft , and the outer peripheral surface of the inner ring spacer (5; 5L, 5M, 5R) is so shaped as to guide the cooling fluid, discharged from the nozzle (12; 12A-12D; 12L, 12M, 12R), towards the neighboring rolling bearings (1; 1A-1D) on both sides, characterized in that the outer peripheral surface of the inner ring spacer is inclined such that a minimum outer diameter, of the outer peripheral surface where the cooling fluid discharged from the nozzle is blown is set to be the smallest of all, and the outer diameter gradually increases towards the rolling bearing , and the outer diameter (B) at an axial end of the outer peripheral surface of the inner ring spacer is equal to or larger than the outer diameter of an inner ring spacer side end (C) in the inner ring of the rolling bearing .
An acid milk beverage, comprising an acid milk beverage base and a pectin which has an intrinsic viscosity of 5.9 to 8.5, a degree of esterification of 74 to 80, and a calcium reactivity of 230 or less.
An anti-arrhythmic pharmaceutical composition, comprising: an active ingredient, comprising 1-(3-methanesulfonamido benzyl)-6-methoxy, 7-benzyloxy-1,2,3,4-tetrahydroisoquinoline or a pharmaceutically acceptable salt thereof; and auxiliary materials, comprising lactose, microcrystalline cellulose and a pre-gelatinized starch, which account for 30% to 80% of a total weight of the composition. an active ingredient, comprising 1-(3-methanesulfonamido benzyl)-6-methoxy, 7-benzyloxy-1,2,3,4-tetrahydroisoquinoline or a pharmaceutically acceptable salt thereof; and auxiliary materials, comprising lactose, microcrystalline cellulose and a pre-gelatinized starch, which account for 30% to 80% of a total weight of the composition.
A device comprising: a communication processing unit configured to perform communication of a cellular system in a frequency band shared between the cellular system and a wireless LAN, characterized in that the communication processing unit is further configured to perform said communication within a first period and to stop said communication in the frequency band within a second period, wherein the first period is one or more subframes including a subframe in which a synchronization signal of the cellular system is transmitted, and the second period is one or more other subframes not including the subframe in which the synchronization signal is transmitted. a communication processing unit configured to perform communication of a cellular system in a frequency band shared between the cellular system and a wireless LAN, characterized in that the communication processing unit is further configured to perform said communication within a first period and to stop said communication in the frequency band within a second period, wherein the first period is one or more subframes including a subframe in which a synchronization signal of the cellular system is transmitted, and the second period is one or more other subframes not including the subframe in which the synchronization signal is transmitted.
Method for operating at least one load module comprising at least one electrical load (19, 20; 19.1, 20.1) and a drive unit for activating the at least one electrical load (19, 20; 19.1, 20.1) by means of a control module (SM) via two supply lines and a data line, wherein the load module is decoupled from a drive of its at least one electrical load (19, 20; 19.1, 20.1) by the control module (SM) by means of a local sensor system, with which the at least one electrical load (19, 20; 19.1, 20.1) of the load module , if activated, can be driven, and the at least one electrical load (19, 20; 19.1, 20.1) is subsequently actuated via the drive unit of the electrical load module by the local sensor system, wherein the local sensor system is located on the load module and the decoupling of the drive by the local sensor system of the at least one electrical load of the load module is terminated by or via the control module (SM) if a change of the setpoint value exceeding a predetermined parameter is detected at a control module data input of the drive unit , characterized by the fact that - the load module with its at least one electrical load (19, 20; 19.1, 20.1) is supplied with constant voltage via the interface of a converter and receives control data, - a drive signal is applied to the input of the converter , - a control signal received by the converter is converted into a digital setpoint value which is standardized independently of the type of the at least one electrical load of the load module , which setpoint value is provided at a contact (8.2) of the interface for tapping by the load module , and - the at least one electrical load (19, 20; 19.1, 20.1) of the load module is controlled accordingly by the drive unit with the setpoint value applied to the contact (8.2). - the load module with its at least one electrical load (19, 20; 19.1, 20.1) is supplied with constant voltage via the interface of a converter and receives control data, - a drive signal is applied to the input of the converter , - a control signal received by the converter is converted into a digital setpoint value which is standardized independently of the type of the at least one electrical load of the load module , which setpoint value is provided at a contact (8.2) of the interface for tapping by the load module , and - the at least one electrical load (19, 20; 19.1, 20.1) of the load module is controlled accordingly by the drive unit with the setpoint value applied to the contact (8.2).
A grate bar for forming a plank of a conveyor grate for transporting bulk material by arranging a number of grate bars one in front of the other, comprising at least: - an up facing surface for supporting the bulk material, - a down facing surface for supporting the grate bar on at least one grate bar rest , - a front end side , a rear end side , - a first profiled narrow side and a second profiled narrow side , wherein the first profiled narrow side is complementary to the second profiled narrow side for forming a moving gap there between if the first profiled narrow side of the grate bar is positioned adjacent to the second profiled narrow side of a further grate bar , the further grate bar being identical to said grate bar at least with respect to the profile of the second profiled narrow side , wherein - the front end side and the rear end side each comprise a surface being a cylinder segment surface, - the cylinder surfaces being the basis for the cylinder segment surfaces have congruent directing curves characterized in that - a translation parallel to the longitudinal direction of the grate bar is sufficient to map the cylinder surface segment of the rear end side onto the cylinder surface segment of the front end side . - an up facing surface for supporting the bulk material, - a down facing surface for supporting the grate bar on at least one grate bar rest , - a front end side , a rear end side , - a first profiled narrow side and a second profiled narrow side , wherein the first profiled narrow side is complementary to the second profiled narrow side for forming a moving gap there between if the first profiled narrow side of the grate bar is positioned adjacent to the second profiled narrow side of a further grate bar , the further grate bar being identical to said grate bar at least with respect to the profile of the second profiled narrow side , - the front end side and the rear end side each comprise a surface being a cylinder segment surface, - the cylinder surfaces being the basis for the cylinder segment surfaces have congruent directing curves - a translation parallel to the longitudinal direction of the grate bar is sufficient to map the cylinder surface segment of the rear end side onto the cylinder surface segment of the front end side .
An article , comprising: a substrate containing silicon; and an environmental barrier layer applied to said substrate , said environmental barrier layer comprising a rare earth (RE) composition, wherein said environmental barrier layer comprises an apatite comprising M I 4 M II 6 (SiO 4 ) 6 X 2 in which M I are seven-fold coordinated cation sites and M II are nine-fold coordinated cation sites, and X are anion sites that are distinct from the oxygen within the silica tetrahedral, wherein said apatite further comprises Mg and Fe additions, and wherein said apatite comprises Ca 2-x-y Mg x Fe y where 0>x>1 and 0>y>1. a substrate containing silicon; and an environmental barrier layer applied to said substrate , said environmental barrier layer comprising a rare earth (RE) composition, wherein said environmental barrier layer comprises an apatite comprising M I 4 M II 6 (SiO 4 ) 6 X 2 in which M I are seven-fold coordinated cation sites and M II are nine-fold coordinated cation sites, and X are anion sites that are distinct from the oxygen within the silica tetrahedral, wherein said apatite further comprises Mg and Fe additions, and wherein said apatite comprises Ca 2-x-y Mg x Fe y where 0>x>1 and 0>y>1.
A vacuum cleaner filter bag comprising a bag wall and a holding plate connected to the bag wall, the bag wall including a film area in which a plastic film is disposed, wherein the film area comprising a first subarea, in which the bag wall is formed exclusively by the plastic film, the film area comprising a second subarea in which the plastic film is overlapped by a nonwoven element , wherein the holding plate is bonded, in particular welded, to the plastic film and the nonwoven element , wherein the nonwoven member includes a through hole disposed concentric to a through hole in the plastic film and a through hole in the holding plate ; characterized in that the nonwoven element includes an annular region surrounding the through hole and being connected via at least one leg of the nonwoven element to the part of the bag wall surrounding the film area, and in that the holding plate is connected to the nonwoven element in the annular region . in which the bag wall is formed exclusively by the plastic film, the film area comprising a second subarea in which the plastic film is overlapped by a nonwoven element , wherein the holding plate is bonded, in particular welded, to the plastic film and the nonwoven element , wherein the nonwoven member includes a through hole disposed concentric to a through hole in the plastic film and a through hole in the holding plate ; characterized in that the nonwoven element includes an annular region surrounding the through hole and being connected via at least one leg of the nonwoven element to the part of the bag wall surrounding the film area, and in that the holding plate is connected to the nonwoven element in the annular region .
A cryptographic integrated circuit adapted to manage operations on an information stream, comprising: a transform key generator configured to derive a transform key from a temporary copy of a user passphrase ; a one-time programmable memory configured to store the transform key using programming pulses from external circuitry, with the transform key inaccessible from outside the cryptographic integrated circuit after being stored; a first one-way function, OWF, circuit block configured to generate a hash of an input message ; a programmable transformation function circuit block configured to be customized by the transform key and to perform a customized transformation function comprising at least one of bit inversion and bit transposition, to transform the hash of the input message into a transformed hash ; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result , wherein the information stream is a blockchain. a transform key generator configured to derive a transform key from a temporary copy of a user passphrase ; a one-time programmable memory configured to store the transform key using programming pulses from external circuitry, with the transform key inaccessible from outside the cryptographic integrated circuit after being stored; a first one-way function, OWF, circuit block configured to generate a hash of an input message ; a programmable transformation function circuit block configured to be customized by the transform key and to perform a customized transformation function comprising at least one of bit inversion and bit transposition, to transform the hash of the input message into a transformed hash ; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result , wherein the information stream is a blockchain.
A tape cartridge (C) mounted to a tape printer having a printing head , comprising: a cartridge case ; a platen roller that is housed in the cartridge case and feeds an ink ribbon (R) and a printing tape (T) pressed between the platen roller and the printing head ; a tape delivery port that is provided in the cartridge case and feeds the printing tape (T), which is fed by the platen roller and separated from the ink ribbon (R), to outside of the cartridge case ; and a delivery guide that has a first guide section at a side of the printing head and a second guide section at a side of the platen roller , which extend from edges of the tape delivery port to inside of the cartridge case while spreading apart from each other, and guides a distal end of the printing tape (T) moved to a tape pressing position between the printing head and the platen roller by rotation of the platen roller in a counterclockwise direction into the tape delivery port , wherein the first guide section of the delivery guide has a guide surface which is formed such that a separation distance from a virtual line (A) is long at a leading-end section of the first guide section as compared with a base end section of the first guide section , the virtual line (A) passing through a tape pressing position and a center of the tape delivery port , and wherein the second guide section of the delivery guide has a guide surface which is formed such that the separation distance from the virtual line (A) is long at a leading-end section of the second guide section as compared with a base end section of the second guide section . a cartridge case ; a platen roller that is housed in the cartridge case and feeds an ink ribbon (R) and a printing tape (T) pressed between the platen roller and the printing head ; a tape delivery port that is provided in the cartridge case and feeds the printing tape (T), which is fed by the platen roller and separated from the ink ribbon (R), to outside of the cartridge case ; and a delivery guide that has a first guide section at a side of the printing head and a second guide section at a side of the platen roller , which extend from edges of the tape delivery port to inside of the cartridge case while spreading apart from each other, and guides a distal end of the printing tape (T) moved to a tape pressing position between the printing head and the platen roller by rotation of the platen roller in a counterclockwise direction into the tape delivery port , wherein the first guide section of the delivery guide has a guide surface which is formed such that a separation distance from a virtual line (A) is long at a leading-end section of the first guide section as compared with a base end section of the first guide section , the virtual line (A) passing through a tape pressing position and a center of the tape delivery port , and wherein the second guide section of the delivery guide has a guide surface which is formed such that the separation distance from the virtual line (A) is long at a leading-end section of the second guide section as compared with a base end section of the second guide section .
A cooking appliance, comprising: a pot body assembly , a pot cover assembly and a valve body mounted on the pot cover assembly , the pot cover assembly covering the pot body assembly in an openable and closable manner, a first control panel working in a cover-open state and corresponding to a cooking function in the cover-open state, and a second control panel working in a cover-closed state and corresponding to a cooking function in the cover-closed state, wherein the pot cover assembly covers the first control panel in the cover-closed state, wherein; the cooking appliance further comprises a detection component configured to detect that a working state of the cooking appliance is the cover-closed state or the cover-open state, and transmit the detected working state to a controller, wherein; the controller comprises a first control circuit and a second control circuit, the first control panel being connected to the controller by the first control circuit, and the second control panel being connected to the controller by the second control circuit, and wherein; the controller controls to connect the first control circuit and disconnect the second control circuit when the cooking appliance is in the cover-open state; the controller controls to connect the second control circuit and disconnect the first control circuit when the cooking appliance is in the cover-closed state. a pot body assembly , a pot cover assembly and a valve body mounted on the pot cover assembly , the pot cover assembly covering the pot body assembly in an openable and closable manner, a first control panel working in a cover-open state and corresponding to a cooking function in the cover-open state, and a second control panel working in a cover-closed state and corresponding to a cooking function in the cover-closed state, wherein the pot cover assembly covers the first control panel in the cover-closed state, wherein; the cooking appliance further comprises a detection component configured to detect that a working state of the cooking appliance is the cover-closed state or the cover-open state, and transmit the detected working state to a controller, wherein; the controller comprises a first control circuit and a second control circuit, the first control panel being connected to the controller by the first control circuit, and the second control panel being connected to the controller by the second control circuit, and wherein; the controller controls to connect the first control circuit and disconnect the second control circuit when the cooking appliance is in the cover-open state; the controller controls to connect the second control circuit and disconnect the first control circuit when the cooking appliance is in the cover-closed state.
A method of determining a position of a device using a signal received from a reference emitter being a satellite of a satellite positioning system (SPS), the method comprising: receiving , with a receiver of the device, the signal from the reference emitter; determining a state of a first filter based on the signal, wherein the state of the first filter includes a first carrier phase ambiguity estimate comprising a floating value; determining a state of a second filter based on the signal, wherein the state of the second filter includes a second carrier phase ambiguity estimate comprising a fixed integer value the method characterised by further comprising: determining whether the state of the second filter is consistent with the state of the first filter; maintaining the state of the second filter in response to the device determining that the state of the second filter is consistent with the state of the first filter; changing the state of the second filter to the state of the first filter in response to the device determining that the state of the second filter is not consistent with the state of the first filter; and determining the position of the device based on the state of the second filter. receiving , with a receiver of the device, the signal from the reference emitter; determining a state of a first filter based on the signal, wherein the state of the first filter includes a first carrier phase ambiguity estimate comprising a floating value; determining a state of a second filter based on the signal, wherein the state of the second filter includes a second carrier phase ambiguity estimate comprising a fixed integer value the method characterised by further comprising: determining whether the state of the second filter is consistent with the state of the first filter; maintaining the state of the second filter in response to the device determining that the state of the second filter is consistent with the state of the first filter; changing the state of the second filter to the state of the first filter in response to the device determining that the state of the second filter is not consistent with the state of the first filter; and determining the position of the device based on the state of the second filter. determining whether the state of the second filter is consistent with the state of the first filter; maintaining the state of the second filter in response to the device determining that the state of the second filter is consistent with the state of the first filter; changing the state of the second filter to the state of the first filter in response to the device determining that the state of the second filter is not consistent with the state of the first filter; and determining the position of the device based on the state of the second filter.