mhurhangee/patent-ind-claim-en huggingface dataset:
A pig trap fluid injector assembly comprising: a longitudinally extending pipe including an inlet end , an outlet end , and at least one bend located in between said ends at an oblique angle a relative to horizontal; a flat-profile flange located at the inlet end and including a plurality of bolt holes , the flat-profile flange including at least one port configured to provide a fluid leak path through said flat-profile flange ; a curved-profile flange located at the outlet end and including an opening ; a nozzle located at least partly in the opening ; and a kicker line or housing containing the nozzle and forming an annular space between the kicker line or housing and an outside annular surface of the nozzle , wherein when the pig trap fluid injector assembly is installed in a sidewall opening of a pig trap, the nozzle is oriented to deliver a jet of fluid in a downstream direction and a fluid leak path is formed between opposing portions of the sidewall opening and the curved-profile flange , wherein the leak path allows the annular space to fill with fluid and pressurise around the outside annular surface of the nozzle assembly . a longitudinally extending pipe including an inlet end , an outlet end , and at least one bend located in between said ends at an oblique angle a relative to horizontal; a flat-profile flange located at the inlet end and including a plurality of bolt holes , the flat-profile flange including at least one port configured to provide a fluid leak path through said flat-profile flange ; a curved-profile flange located at the outlet end and including an opening ; a nozzle located at least partly in the opening ; and a kicker line or housing containing the nozzle and forming an annular space between the kicker line or housing and an outside annular surface of the nozzle , wherein when the pig trap fluid injector assembly is installed in a sidewall opening of a pig trap, the nozzle is oriented to deliver a jet of fluid in a downstream direction and a fluid leak path is formed between opposing portions of the sidewall opening and the curved-profile flange , wherein the leak path allows the annular space to fill with fluid and pressurise around the outside annular surface of the nozzle assembly .
A method for clock source device selecting and switching, comprising: when a clock slave device receives an announce message from a clock source device, sending, by the clock slave device, a link detection message to the clock source device (S102); when the clock slave device receives a detection feedback message fed back by the clock source device according to the link detection message, determining, by the clock slave device, that the clock source device is a valid clock source device (S104); determining, by the clock slave device, whether the valid clock source device is a stable clock source device (S105), and when it is determined that the valid clock source device is stable, adding, by the clock slave device, the valid clock source device into a list of backup clock source devices (S107); and when the clock slave device needs to switch to a new clock source device, selecting, by the clock slave device, the new clock source device from the list of backup clock source devices (S108); wherein the clock source device uses a Precision Time Protocol, and the clock slave device uses the Precision Time Protocol. when a clock slave device receives an announce message from a clock source device, sending, by the clock slave device, a link detection message to the clock source device (S102); when the clock slave device receives a detection feedback message fed back by the clock source device according to the link detection message, determining, by the clock slave device, that the clock source device is a valid clock source device (S104); determining, by the clock slave device, whether the valid clock source device is a stable clock source device (S105), and when it is determined that the valid clock source device is stable, adding, by the clock slave device, the valid clock source device into a list of backup clock source devices (S107); and when the clock slave device needs to switch to a new clock source device, selecting, by the clock slave device, the new clock source device from the list of backup clock source devices (S108); wherein the clock source device uses a Precision Time Protocol, and the clock slave device uses the Precision Time Protocol.
An injection valve for use in internal combustion engines and having at least one control chamber , at least one center axis (a) extending at the center of said control chamber in the direction of its height, and at least one inlet channel in order to provide fuel entry into the control chamber , whereby the inlet axis (b) of the inlet channel defined in the extension direction of the inlet channel is positioned in a manner not intersecting the center axis (a), the inlet axis (b) extending in an orthogonal manner with respect to the center axis (a), characterized in that a plurality of inlet channels is provided around the center axis (a) such that an equal distance is provided in between.
A driver for inserting an intraosseous needle assembly into a bone and associated bone marrow, the driver comprising: a housing having a distal end and a proximal end ; a motor disposed in the housing; a driveshaft extending outward from the distal end of the housing in a direction away from the proximal end; a gearbox coupled to the motor and to the driveshaft such that activation of the motor causes the driveshaft to rotate; and a power source configured to power the motor; characterised by a guard member pivotably connected to the housing and movable between a protective position and a non-protective position, wherein the guard member is configured to cover the intraosseous needle assembly in the protective position and to expose the intraosseous needle assembly in the non-protective position; and a biasing member configured to urge the guard member toward the non-protective position. a housing having a distal end and a proximal end ; a motor disposed in the housing; a driveshaft extending outward from the distal end of the housing in a direction away from the proximal end; a gearbox coupled to the motor and to the driveshaft such that activation of the motor causes the driveshaft to rotate; and a power source configured to power the motor; characterised by a guard member pivotably connected to the housing and movable between a protective position and a non-protective position, wherein the guard member is configured to cover the intraosseous needle assembly in the protective position and to expose the intraosseous needle assembly in the non-protective position; and a biasing member configured to urge the guard member toward the non-protective position.
A walking training system comprising: a treadmill on which a walking trainee walks; a walking assistance apparatus that is mounted on a leg part of the walking trainee and assists walking of the walking trainee; and control means for controlling an operation of the walking assistance apparatus , wherein the control means controls the operation of the walking assistance apparatus in such a way as to cause the walking trainee to approach a reference position when the walking trainee is spaced apart from the reference position of the treadmill by a predetermined distance or more in a walking front/back direction while the walking trainee is walking on the treadmill , and the control means increases the predetermined distance when at least one of a walking training amount of the walking trainee, a walking training level of the walking trainee set in the walking training system , and the speed of the treadmill is larger/higher/greater than a predetermined amount, level and speed. a treadmill on which a walking trainee walks; a walking assistance apparatus that is mounted on a leg part of the walking trainee and assists walking of the walking trainee; and control means for controlling an operation of the walking assistance apparatus , wherein the control means controls the operation of the walking assistance apparatus in such a way as to cause the walking trainee to approach a reference position when the walking trainee is spaced apart from the reference position of the treadmill by a predetermined distance or more in a walking front/back direction while the walking trainee is walking on the treadmill , and the control means increases the predetermined distance when at least one of a walking training amount of the walking trainee, a walking training level of the walking trainee set in the walking training system , and the speed of the treadmill is larger/higher/greater than a predetermined amount, level and speed.
A computer program comprising instructions which, when executed by a network node, cause the network node being arranged for decoding of contention based uplink transmissions of data in a cell served by the network node , to: - register a wireless device for contention based uplink transmissions of data on a radio resource reserved for contention based uplink transmissions of data, and - send an acknowledgement to the wireless device indicating that the wireless device is registered for contention based uplink transmissions of data on the radio resource in the cell, wherein the acknowledgement comprises an identifier, and - perform blind decoding of contention based uplink transmissions on the radio resource by considering the identifier and wireless devices being registered for contention based uplink transmissions of data on the radio resource in the cell. - register a wireless device for contention based uplink transmissions of data on a radio resource reserved for contention based uplink transmissions of data, and - send an acknowledgement to the wireless device indicating that the wireless device is registered for contention based uplink transmissions of data on the radio resource in the cell, wherein the acknowledgement comprises an identifier, and - perform blind decoding of contention based uplink transmissions on the radio resource by considering the identifier and wireless devices being registered for contention based uplink transmissions of data on the radio resource in the cell.
A computer-implemented process for managing a plurality of mix designs within the mix design catalog of a concrete producer, comprising: collecting slump curve data obtained during monitoring of individual concrete loads made from a plurality of various mix designs, characterized in that each mix design is identified by a different identification code regardless of whether the mix components are different or are identical, the process further comprises: clustering slump curve data having same movement characteristics into at least two slump curve data clusters; associating each mix design within the slump curve data cluster to an assigned strength value; and selecting a mix design to produce, from among the two or more individual mix designs within the same slump curve data cluster, the selection being based on same assigned strength value and on at least one selection factor chosen from cost, performance, physical aspect, quality, or combination thereof, wherein in the selecting step , the concrete mix design is selected from a cluster of slump curve data for an assigned strength by operation of a computer processor, the computer processor being programmed to select the concrete mix design and to instruct that a concrete mix is generated according to the selected mix design, and the computer processor being programmed to initiate this function without further inputs from a human operator. clustering slump curve data having same movement characteristics into at least two slump curve data clusters; associating each mix design within the slump curve data cluster to an assigned strength value; and selecting a mix design to produce, from among the two or more individual mix designs within the same slump curve data cluster, the selection being based on same assigned strength value and on at least one selection factor chosen from cost, performance, physical aspect, quality, or combination thereof, wherein in the selecting step , the concrete mix design is selected from a cluster of slump curve data for an assigned strength by operation of a computer processor, the computer processor being programmed to select the concrete mix design and to instruct that a concrete mix is generated according to the selected mix design, and the computer processor being programmed to initiate this function without further inputs from a human operator.
A method of making a foamed cementitious board comprising: (a) blending a first amount of a first foaming agent, a second amount of a second foaming agent, and a third amount of a fatty alcohol to form an aqueous blended stream, wherein the first, second, and third amounts are in a first weight ratio, and wherein the aqueous blended stream consists of at least one alkyl sulfate, at least one alkyl ether sulfate, a fatty alcohol, and water; (b) controllably changing the first, second, and/or third amounts to form a second weight ratio, which is different than the first weight ratio; (c) inserting air into the blended stream to form foam; (d) mixing at least water, cementitious material, and the foam to form a slurry; (e) disposing the slurry between a first cover sheet and a second cover sheet to form a board precursor; (f) cutting the board precursor into a board; and (g) drying the board. (a) blending a first amount of a first foaming agent, a second amount of a second foaming agent, and a third amount of a fatty alcohol to form an aqueous blended stream, wherein the first, second, and third amounts are in a first weight ratio, and wherein the aqueous blended stream consists of at least one alkyl sulfate, at least one alkyl ether sulfate, a fatty alcohol, and water; (b) controllably changing the first, second, and/or third amounts to form a second weight ratio, which is different than the first weight ratio; (c) inserting air into the blended stream to form foam; (d) mixing at least water, cementitious material, and the foam to form a slurry; (e) disposing the slurry between a first cover sheet and a second cover sheet to form a board precursor; (f) cutting the board precursor into a board; and (g) drying the board.
Thermostat unit comprising provided on or in a housing - a temperature sensor, - a temperature controller, - at least one light sensor , - a data processing unit, - and at least one motion sensor comprising at least two different detection fields , wherein a temperature control based on at least one sensor signal is provided, characterised in that the detection fields are separated by a separation plane , the position of the detection fields on the motion sensor is adjustable and the separation plane is provided substantially horizontally aligned relative to the housing. - a temperature sensor, - a temperature controller, - at least one light sensor , - a data processing unit, - and at least one motion sensor comprising at least two different detection fields , wherein a temperature control based on at least one sensor signal is provided, characterised in that the detection fields are separated by a separation plane , the position of the detection fields on the motion sensor is adjustable and the separation plane is provided substantially horizontally aligned relative to the housing.
A method comprising: receiving , by a container platform, a container for running an application, wherein the container has a metadata record that specifies an application type of the application; receiving , by the container platform, a data structure specifying a set of system call policies for a set of application types; querying , by the container platform, the data structure to determine a policy of the set of system call policies to apply to the container based on the application type in the metadata record; and implementing , by a kernel, the policy for the container to allow or deny permission for a system call by the application running in the container based on a comparison of the system call to the policy. receiving , by a container platform, a container for running an application, wherein the container has a metadata record that specifies an application type of the application; receiving , by the container platform, a data structure specifying a set of system call policies for a set of application types; querying , by the container platform, the data structure to determine a policy of the set of system call policies to apply to the container based on the application type in the metadata record; and implementing , by a kernel, the policy for the container to allow or deny permission for a system call by the application running in the container based on a comparison of the system call to the policy.
Shackle for processing hanging poultry comprising: - a poultry catching element ; - a suspension rod ; and - a fastening hook ; wherein one side of the suspension rod is pivotably connected with a pivotable connection with the fastening hook and the opposite side of the suspension rod is moveably coupled with the poultry catching element by a moveable coupling, which moveable coupling of the suspension rod and the poultry catching element is pivotable parallel to a first hinge axis of the pivotable connection of the suspension rod and fastening hook, and which moveable coupling of the suspension rod and the poultry catching element is also pivotable around a second hinge axis which second hinge axis is perpendicular to both the first hinge axis and the longitudinal direction of the suspension rod, characterized in that the moveable coupling of the suspension rod and the poultry catching element is pivotable around the second hinge axis over only a limited angle, wherein said limited angle is maximum 20°. - a poultry catching element ; - a suspension rod ; and - a fastening hook ; wherein one side of the suspension rod is pivotably connected with a pivotable connection with the fastening hook and the opposite side of the suspension rod is moveably coupled with the poultry catching element by a moveable coupling, which moveable coupling of the suspension rod and the poultry catching element is pivotable parallel to a first hinge axis of the pivotable connection of the suspension rod and fastening hook, and which moveable coupling of the suspension rod and the poultry catching element is also pivotable around a second hinge axis which second hinge axis is perpendicular to both the first hinge axis and the longitudinal direction of the suspension rod, characterized in that the moveable coupling of the suspension rod and the poultry catching element is pivotable around the second hinge axis over only a limited angle, wherein said limited angle is maximum 20°.
A fuselage comprising: a wide-body fuselage section; a first structural element and a second structural element , wherein each of the first structural element and the second structural element is arranged to traverse a longitudinal length of the wide-body fuselage section; and characterized in that a plurality of vertical tension-only members are arranged to manage tension between the first structural element and the second structural element , wherein each of the plurality of vertical tension-only members comprises a cable bundle comprising a plurality of strands . a wide-body fuselage section; a first structural element and a second structural element , wherein each of the first structural element and the second structural element is arranged to traverse a longitudinal length of the wide-body fuselage section; and characterized in that a plurality of vertical tension-only members are arranged to manage tension between the first structural element and the second structural element , wherein each of the plurality of vertical tension-only members comprises a cable bundle comprising a plurality of strands .
A power transmission mechanism comprising left and right drive shafts that transmit rotational torque from a drive source (M) to drive wheels (W) provided on left and right sides of a vehicle , wherein the left and right drive shafts include an intermediate shaft , a fixed type constant velocity universal joint connected to an end of the intermediate shaft on a drive wheel side, and a plunging type constant velocity universal joint connected to an end of the intermediate shaft on a side opposite to the drive wheel side, the plunging type constant velocity universal joint includes an outer joint member in which a track groove is formed on an inner peripheral surface, a rolling element rollably arranged in the track groove , and an inner joint member that transmits rotational torque through the rolling element while allowing angular displacement and axial displacement with respect to the outer joint member , the fixed type constant velocity universal joint includes an outer joint member in which a track groove is formed on an inner peripheral surface, an inner joint member in which a track groove is formed on an outer peripheral surface, a rolling element that is arranged between the track groove of the outer joint member and the track groove of the inner joint member and transmits rotational torque, and a cage that holds the rolling element rollably, and in the left and right drive shafts , numbers of the rolling elements included in the respective plunging type constant velocity universal joints are different from each other, characterized in that in the left and right drive shafts , numbers of the rolling elements included in the respective fixed type constant velocity universal joints are different from each other. the left and right drive shafts include an intermediate shaft , a fixed type constant velocity universal joint connected to an end of the intermediate shaft on a drive wheel side, and a plunging type constant velocity universal joint connected to an end of the intermediate shaft on a side opposite to the drive wheel side, the plunging type constant velocity universal joint includes an outer joint member in which a track groove is formed on an inner peripheral surface, a rolling element rollably arranged in the track groove , and an inner joint member that transmits rotational torque through the rolling element while allowing angular displacement and axial displacement with respect to the outer joint member , the fixed type constant velocity universal joint includes an outer joint member in which a track groove is formed on an inner peripheral surface, an inner joint member in which a track groove is formed on an outer peripheral surface, a rolling element that is arranged between the track groove of the outer joint member and the track groove of the inner joint member and transmits rotational torque, and a cage that holds the rolling element rollably, and in the left and right drive shafts , numbers of the rolling elements included in the respective plunging type constant velocity universal joints are different from each other,