mhurhangee/ep-ind-claims huggingface dataset:
A radiant burner for treating an effluent gas stream from a manufacturing processing tool, characterised by: a porous sleeve comprising electrically conductive material at least partially defining a treatment chamber and through which treatment materials pass for introduction into said treatment chamber; and an electrical energy device coupled with said porous sleeve and operable to inductively heat said porous sleeve which heats said treatment materials as they pass through said porous sleeve into said treatment chamber. a porous sleeve comprising electrically conductive material at least partially defining a treatment chamber and through which treatment materials pass for introduction into said treatment chamber; and an electrical energy device coupled with said porous sleeve and operable to inductively heat said porous sleeve which heats said treatment materials as they pass through said porous sleeve into said treatment chamber.
A power distribution system comprising: a first distribution section configured to receive power from at least one power source, wherein a first rectifier unit of the first distribution section is configured to adjust a characteristic of the received power and is coupled to a first power bus of the first distribution section; a second distribution section that is separate from the first distribution section and that is configured to receive power from at least one power source, wherein a second rectifier unit of the second distribution section is configured to adjust a characteristic of the received power and is coupled to a second power bus of the second distribution section; wherein the first and second power buses are respective first and second ring buses; and a first swing rectifier connected to the first distribution section and connected to the second distribution section via the first and second ring buses respectively, wherein each of the first and second ring buses comprises a plurality of sectors, and wherein each sector is coupled to receive a power signal from a respective additional rectifier unit of the respective distribution section, wherein the first swing rectifier is configured to provide power to the first power bus and to provide power to the second power bus, wherein the first swing rectifier is further configured to dynamically adjust the power capacity of the first distribution section that is available to one or more loads, and dynamically adjust the power capacity of the second distribution section that is available to one or more loads. a first distribution section configured to receive power from at least one power source, wherein a first rectifier unit of the first distribution section is configured to adjust a characteristic of the received power and is coupled to a first power bus of the first distribution section; a second distribution section that is separate from the first distribution section and that is configured to receive power from at least one power source, wherein a second rectifier unit of the second distribution section is configured to adjust a characteristic of the received power and is coupled to a second power bus of the second distribution section; wherein the first and second power buses are respective first and second ring buses; and a first swing rectifier connected to the first distribution section and connected to the second distribution section via the first and second ring buses respectively, wherein each of the first and second ring buses comprises a plurality of sectors, and wherein each sector is coupled to receive a power signal from a respective additional rectifier unit of the respective distribution section, wherein the first swing rectifier is configured to provide power to the first power bus and to provide power to the second power bus, wherein the first swing rectifier is further configured to dynamically adjust the power capacity of the first distribution section that is available to one or more loads, and dynamically adjust the power capacity of the second distribution section that is available to one or more loads.
A vehicle lamp comprising: a first light guide including a first light guiding portion having a first light emitting surface formed thereon and a first light incident surface formed at at least one end in a light guide direction; a second light guide including a second light guiding portion having a second light emitting surface formed thereon and a second light incident surface formed at at least one end in the light guide direction; and a first reflector characterized in that the first reflector is configured to reflect a part of light emitted from the first light emitting surface, wherein the first light guiding portion and a part of the second light guiding portion are disposed on opposite sides in a light emitting direction across the first reflector, the first light guiding portion is positioned on the light emitting direction side of the second light guiding portion, and a part of the second light guiding portion is positioned outside the first light guiding portion in the light guide direction, such that light can be emitted by the second light guiding portion without being shielded by the first reflector. a first light guide including a first light guiding portion having a first light emitting surface formed thereon and a first light incident surface formed at at least one end in a light guide direction; a second light guide including a second light guiding portion having a second light emitting surface formed thereon and a second light incident surface formed at at least one end in the light guide direction; and a first reflector characterized in that the first reflector is configured to reflect a part of light emitted from the first light emitting surface, wherein the first light guiding portion and a part of the second light guiding portion are disposed on opposite sides in a light emitting direction across the first reflector, the first light guiding portion is positioned on the light emitting direction side of the second light guiding portion, and a part of the second light guiding portion is positioned outside the first light guiding portion in the light guide direction, such that light can be emitted by the second light guiding portion without being shielded by the first reflector.
A data transmission method for an LTE system operating in an unlicensed frequency band based on Time Division Duplex, TDD, mode, which is applicable to a device with base station function, and comprises: arranging a channel monitoring sub-frame used for periodically detecting downlink channel state in a frame structure of TDD mode; and within any period, during the channel monitoring sub-frame, it is detected that the channel is in idle state, transmitting downlink data via a downlink sub-frame located within the any period in the frame structure; otherwise, not transmitting downlink data within the any period; characterized in that the method further comprises: setting a period of the channel monitoring sub-frame according to the number of downlink sub-frames included in each switch point period in the frame structure, wherein the period of the channel monitoring sub-frame is M ∗ 10ms for Configuration 0, Configuration 3, and Configuration 6 of the frame structure, wherein M is a positive integer; and the period of the channel monitoring sub-frame is N ∗ 5ms for Configuration 1, Configuration 2, Configuration 4, and Configuration 5 of the frame structure, wherein N is 1 or a positive even number; wherein Configurations 0-6 are different sub-frame configuration modes of the frame structure. arranging a channel monitoring sub-frame used for periodically detecting downlink channel state in a frame structure of TDD mode; and within any period, during the channel monitoring sub-frame, it is detected that the channel is in idle state, transmitting downlink data via a downlink sub-frame located within the any period in the frame structure; otherwise, not transmitting downlink data within the any period; characterized in that the method further comprises: setting a period of the channel monitoring sub-frame according to the number of downlink sub-frames included in each switch point period in the frame structure, wherein the period of the channel monitoring sub-frame is M ∗ 10ms for Configuration 0, Configuration 3, and Configuration 6 of the frame structure, wherein M is a positive integer; and the period of the channel monitoring sub-frame is N ∗ 5ms for Configuration 1, Configuration 2, Configuration 4, and Configuration 5 of the frame structure, wherein N is 1 or a positive even number; wherein Configurations 0-6 are different sub-frame configuration modes of the frame structure.
An exterior light control system for controlling headlamps of a controlled vehicle, comprising: an imaging system configured to image a scene external and forward of the controlled vehicle and to generate image data corresponding to the acquired images; and a controller configured to receive and analyze the image data and for generating an exterior light control signal that is used to control the headlamps in response to analysis of the image data, wherein said controller is further configured to analyze the image data to detect an oncoming semi-truck, wherein said controller detects the oncoming semi-truck by detecting groups of lights of the oncoming semi-truck other than headlamps, and wherein, when the oncoming semi-truck is detected, said controller generates an exterior light control signal that indicates the detection of the oncoming semi-truck. an imaging system configured to image a scene external and forward of the controlled vehicle and to generate image data corresponding to the acquired images; and a controller configured to receive and analyze the image data and for generating an exterior light control signal that is used to control the headlamps in response to analysis of the image data, wherein said controller is further configured to analyze the image data to detect an oncoming semi-truck, wherein said controller detects the oncoming semi-truck by detecting groups of lights of the oncoming semi-truck other than headlamps, and wherein, when the oncoming semi-truck is detected, said controller generates an exterior light control signal that indicates the detection of the oncoming semi-truck.
A vaginal speculum including: - a first rod, provided with a first rack system,supporting: - a first arm slidable along the first rod via the first rack system, a first valve being attached to the first arm, a first means being able to lock the sliding of the first arm along the first rod; - a second arm, a second valve being attached to the second arm; - a second rod, provided with a second rack system, supporting: - a third arm slidable along the second rod via the second rack system, a third valve being attached to the third arm, a second means being able to lock the sliding of the third arm along the second rod; - a fourth arm, a fourth valve being attached to the fourth arm; the first rod and the second rod being integral with each other. - a first rod, provided with a first rack system,supporting: - a first arm slidable along the first rod via the first rack system, a first valve being attached to the first arm, a first means being able to lock the sliding of the first arm along the first rod; - a second arm, a second valve being attached to the second arm; - a first arm slidable along the first rod via the first rack system, a first valve being attached to the first arm, a first means being able to lock the sliding of the first arm along the first rod; - a second arm, a second valve being attached to the second arm; - a second rod, provided with a second rack system, supporting: - a third arm slidable along the second rod via the second rack system, a third valve being attached to the third arm, a second means being able to lock the sliding of the third arm along the second rod; - a fourth arm, a fourth valve being attached to the fourth arm; - a third arm slidable along the second rod via the second rack system, a third valve being attached to the third arm, a second means being able to lock the sliding of the third arm along the second rod; - a fourth arm, a fourth valve being attached to the fourth arm;
A latch system (506, 600) comprising: a first fixed lock receptor (512, 602) comprising a first opening; a moveable lock receptor (510, 604) comprising a further opening (122, 518); an actuator; a lock configured to be translatable through the first and second openings and comprising a cap; and a gland around the actuator for providing a seal between the actuator and the lock; a structure fitted within the first opening and configured to inhibit wear of the gland, wherein the structure comprises a first translation guide (526, 610) and the lock comprises an interior chamber configured to hold an actuator fluid and the actuator, characterized in that the ratio, of the length of the first translation guide to the outer diameter of the lock, exceeds 0.500:1, and in that the ratio, of the length of the first translation guide to a stroke distance of the lock, exceeds 0.559:1, wherein the stroke distance is the distance from the location of the cap of the lock when the lock is in a fully retracted position to the location of the cap of the lock when the lock is in a fully extended position. a first fixed lock receptor (512, 602) comprising a first opening; a moveable lock receptor (510, 604) comprising a further opening (122, 518); an actuator; a lock configured to be translatable through the first and second openings and comprising a cap; and a gland around the actuator for providing a seal between the actuator and the lock; a structure fitted within the first opening and configured to inhibit wear of the gland, wherein the structure comprises a first translation guide (526, 610) and the lock comprises an interior chamber configured to hold an actuator fluid and the actuator, characterized in that the ratio, of the length of the first translation guide to the outer diameter of the lock, exceeds 0.500:1, and in that the ratio, of the length of the first translation guide to a stroke distance of the lock, exceeds 0.559:1, wherein the stroke distance is the distance from the location of the cap of the lock when the lock is in a fully retracted position to the location of the cap of the lock when the lock is in a fully extended position.
A guidance device, comprising: a base member (12; 112) including a hole extending therethrough; a handle (14; 114) coupled to the base member (12; 112); and a driver positioned within the base member (12; 112) and coupled to a shaft (28; 128) extending between the base member (12; 112) and the handle (14; 114), wherein the base member (12; 112) is positioned at a first end of the handle (14; 114), wherein the handle (14; 114) extends proximally from the base member (12; 112), wherein the shaft (28; 128) extends proximally from the driver and through at least a portion of the handle (14; 114), and the shaft (28; 128) is configured to rotate about a longitudinal axis of the shaft (28; 128) to actuate the driver. a base member (12; 112) including a hole extending therethrough; a handle (14; 114) coupled to the base member (12; 112); and a driver positioned within the base member (12; 112) and coupled to a shaft (28; 128) extending between the base member (12; 112) and the handle (14; 114), wherein the base member (12; 112) is positioned at a first end of the handle (14; 114), wherein the handle (14; 114) extends proximally from the base member (12; 112), wherein the shaft (28; 128) extends proximally from the driver and through at least a portion of the handle (14; 114), and the shaft (28; 128) is configured to rotate about a longitudinal axis of the shaft (28; 128) to actuate the driver.
A double walled stator housing for an attritable engine, the housing comprising: a first stator housing wall; a second stator housing wall located radially outward from the first stator housing wall; an air gap located between the first and the second stator housing walls (114, 116); and a plurality of support structures attached to the first stator housing wall and the second stator housing wall, spanning the air gap, characterized in that: the plurality of support structures comprises a lattice network formed of a repeating network of spar assemblies and each of the plurality of support structures has a discrete axial location within the air gap to minimize heat transfer between the first stator housing wall and the stator housing second wall. a first stator housing wall; a second stator housing wall located radially outward from the first stator housing wall; an air gap located between the first and the second stator housing walls (114, 116); and a plurality of support structures attached to the first stator housing wall and the second stator housing wall, spanning the air gap,
An apparatus for near-field magnetic induction (NFMI) based robustness, comprising: a first wireless device (202, 402, 502, 602, 702, 802) including a first wireless signal interface and a first NFMI signal interface; wherein the first wireless signal interface is configured to receive a data set from a third wireless device (206, 406, 506, 606, 706, 806); wherein the first NFMI signal interface is configured to communicate with a second wireless device (204, 404, 504, 604, 704, 804) through a second NFMI signal interface; and wherein the first wireless device is configured to detect an error in the data set received from the third wireless device and in response to detecting the error configure the first NFMI signal interface to receive the data set from the second wireless device through the second NFMI signal interface. a first wireless device (202, 402, 502, 602, 702, 802) including a first wireless signal interface and a first NFMI signal interface; wherein the first wireless signal interface is configured to receive a data set from a third wireless device (206, 406, 506, 606, 706, 806); wherein the first NFMI signal interface is configured to communicate with a second wireless device (204, 404, 504, 604, 704, 804) through a second NFMI signal interface; and wherein the first wireless device is configured to detect an error in the data set received from the third wireless device and in response to detecting the error configure the first NFMI signal interface to receive the data set from the second wireless device through the second NFMI signal interface.
Machine for the production of portions of a food product, in particular meatballs, comprising - an extrusion device suitable for delivering, preferably continuously, a continuous strand in a vertical direction, - a portioning device comprising at least one cutting system (3, 103), said cutting system comprising cutting elements (30, 130) suitable for being moved transversally to said vertical direction between an open position wherein the strand passes between said cutting elements and a closed position for cutting the strand and forming portions of the food product, each cutting system further comprising ejection means (5, 105) suitable for ejecting the portions downwards from said cutting elements, characterised in that the ejection means comprise at least one lower channel (5, 105) formed in the body of a cutting element (30, 130), said channel opening via a lower orifice (51, 151) onto a lower surface (32a, 132a) of said cutting element, and in that the said at least one lower channel (5, 105) is suitable for fluidic connection with a compressed fluid, for injecting compressed fluid. - an extrusion device suitable for delivering, preferably continuously, a continuous strand in a vertical direction, - a portioning device comprising at least one cutting system (3, 103), said cutting system comprising cutting elements (30, 130) suitable for being moved transversally to said vertical direction between an open position wherein the strand passes between said cutting elements and a closed position for cutting the strand and forming portions of the food product,
An electromagnetically actuatable brake arrangement for braking a shaft, having - a magnetic body, - a coil received in the magnetic body, - a spring element, - an armature plate connected to the magnetic body in a rotationally-fixed manner, yet arranged in an axially movable manner, - a brake lining carrier connectable to the shaft in a rotationally-fixed manner yet arranged in an axially movable manner and - a friction plate, wherein the armature plate is arranged axially between the coil and the brake lining carrier, wherein the brake lining carrier is arranged between the friction plate and the brake lining carrier, wherein the friction plate has radially outwards projecting lug regions which engage a ring groove of the magnetic body, in particular wherein the ring axis of the ring groove is oriented axially, the friction plate is connected to the magnetic body by means of a bayonet fastening, wherein the armature plate, the brake lining carrier and the coil are arranged in the spatial region surrounded by the friction plate together with the magnetic body, wherein a damping plate is arranged between armature plate and magnetic body, which damping plate has protrusions to dampen a respective impact of the armature plate on the magnetic body, characterised in that at that side of the magnetic body remote from the friction plate there is formed an elevation, in the form of a support or pivot, which acts as a pivot bearing for a release lever, wherein a return spring element, supported on the magnetic body, presses onto the release lever, wherein the release lever limits the axial stroke of the armature plate. - a magnetic body, - a coil received in the magnetic body, - a spring element, - an armature plate connected to the magnetic body in a rotationally-fixed manner, yet arranged in an axially movable manner, - a brake lining carrier connectable to the shaft in a rotationally-fixed manner yet arranged in an axially movable manner and - a friction plate, wherein the armature plate is arranged axially between the coil and the brake lining carrier, wherein the brake lining carrier is arranged between the friction plate and the brake lining carrier, wherein the friction plate has radially outwards projecting lug regions which engage a ring groove of the magnetic body, in particular wherein the ring axis of the ring groove is oriented axially, the friction plate is connected to the magnetic body by means of a bayonet fastening, wherein the armature plate, the brake lining carrier and the coil are arranged in the spatial region surrounded by the friction plate together with the magnetic body, wherein a damping plate is arranged between armature plate and magnetic body, which damping plate has protrusions to dampen a respective impact of the armature plate on the magnetic body, characterised in that at that side of the magnetic body remote from the friction plate there is formed an elevation, in the form of a support or pivot, which acts as a pivot bearing for a release lever, wherein a return spring element, supported on the magnetic body, presses onto the release lever, wherein the release lever limits the axial stroke of the armature plate.