mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: accessing, by a first process, a first page of the first process in a first tier of a non-uniform memory access memory; and locking, by a first thread, the first page against demotion, characterized in that the first thread is a tier-management thread of the first process, the locking of the first page is based on a service level of the first process, and the service level is a set of one or more requirements affecting the performance of a process running in a computing system. accessing, by a first process, a first page of the first process in a first tier of a non-uniform memory access memory; and locking, by a first thread, the first page against demotion, characterized in that the first thread is a tier-management thread of the first process, the locking of the first page is based on a service level of the first process, and the service level is a set of one or more requirements affecting the performance of a process running in a computing system.
A hand-held dermaplaning device comprising; a main housing (304, 306) for carrying the respective components, said housing (304, 306) formed with spaced apart rails for receiving a blade assembly; said blade assembly carried by said main housing, said blade assembly formed with a blade, a safety cage juxtaposed over said blade and configured to limit the depth that said blade can penetrate the skin and a blade housing that is formed with longitudinal slots along its length; said longitudinal slots being adapted to cooperated with said spaced apart rails formed in said main housing to allow said blade assembly to slide in and out of said main housing; a subsonic vibration generator mechanically coupled to said blade assembly for generating vibrations of said assembly, a power supply for powering the vibration generator; a switch (406, 407) for selectively connecting said power supply to said vibration generator: characterised in that: said blade assembly includes an extending tab that is breakable, said blade assembly being further formed with a mechanical interlock that allows a blade assembly to be used only one time to avoid reuse of a blade assembly once it has been removed from the device, wherein said interlock includes a spring loaded pivotally mounted knife blade and a cooperating first micro-switch wherein said pivotally mounted knife blade is configured to allow the blade assembly to be inserted without breaking said extending tab and breaks the tab when the blade assembly is removed, said first micro-switch including an electrical contact that is normally open and closes when said blade assembly is fully inserted and engaged with said extending tab, wherein said device further includes a second micro-switch that is activated when the blade assembly is fully inserted in the device, said second micro-switch including an electrical contact in series with said power supply, wherein said electrical contact is normally open and closes when said blade assembly is fully inserted into the device. a main housing (304, 306) for carrying the respective components, said housing (304, 306) formed with spaced apart rails for receiving a blade assembly; said blade assembly carried by said main housing, said blade assembly formed with a blade, a safety cage juxtaposed over said blade and configured to limit the depth that said blade can penetrate the skin and a blade housing that is formed with longitudinal slots along its length; said longitudinal slots being adapted to cooperated with said spaced apart rails formed in said main housing to allow said blade assembly to slide in and out of said main housing; a subsonic vibration generator mechanically coupled to said blade assembly for generating vibrations of said assembly, a power supply for powering the vibration generator; a switch (406, 407) for selectively connecting said power supply to said vibration generator:
An embedded subscriber identity module (eUICC1) suitable for co-operating with a communications terminal, wherein the embedded subscriber identity module comprises: - a plurality of secondary secure domains (ISD-P), each being suitable for containing a communication profile, each active communication profile allowing the communications terminal to communicate with a mobile telephone network associated with said communication profile; - a privileged secure domain (ISD-R) configured to control an active or inactive state of each communication profile, the privileged secure domain being suitable for maintaining a plurality of communication profiles simultaneously in the active state, - wherein said privileged secure domain (ISD-R) is configured, on receiving an activation request to activate a communication profile or on receiving a deactivation request to deactivate a communication profile, to maintain in the active state any other communication profile that is already active in said embedded subscriber identity module. - a plurality of secondary secure domains (ISD-P), each being suitable for containing a communication profile, each active communication profile allowing the communications terminal to communicate with a mobile telephone network associated with said communication profile; - a privileged secure domain (ISD-R) configured to control an active or inactive state of each communication profile, the privileged secure domain being suitable for maintaining a plurality of communication profiles simultaneously in the active state, - wherein said privileged secure domain (ISD-R) is configured, on receiving an activation request to activate a communication profile or on receiving a deactivation request to deactivate a communication profile, to maintain in the active state any other communication profile that is already active in said embedded subscriber identity module.
Method for producing a key with a key bow and a with a key blade projecting freely from the key bow, wherein the key has key electronics which transmit a coded opening signal to a lock cylinder and also has a generator which supplies the key electronics and/or lock cylinder electronics with electrical power, characterised in that the generator and the key electronics are each configured as a structural unit and the generator is placed on the key electronics, or the key electronics are placed on the generator, wherein as a result of this placement, the generator is electrically conductively connected to the key electronics.
A method of detecting beam misalignment in a beam injector, the method comprising: obtaining at least one current measurement from at least one magnetic element of the beam injector and at least one voltage measurement from at least one biased component of the beam injector; and determining that a beam propagating through the beam injector is misaligned when one or more of the at least one current measurement obtained from at least one magnetic element of the beam injector deviates from an alignment current range or at least one voltage measurement obtained from at least one biased component of the beam injector deviates from an alignment voltage range. obtaining at least one current measurement from at least one magnetic element of the beam injector and at least one voltage measurement from at least one biased component of the beam injector; and determining that a beam propagating through the beam injector is misaligned when one or more of the at least one current measurement obtained from at least one magnetic element of the beam injector deviates from an alignment current range or at least one voltage measurement obtained from at least one biased component of the beam injector deviates from an alignment voltage range.
Feed system for moving an underground winning machine, in particular a shearer loader, the feed system comprising: a machine-side travel drive with a drive sprocket having symmetrically profiled teeth arranged in a uniformly distributed manner over the circumference of the drive sprocket, each tooth including two convexly arched tooth surfaces that form a crown transversely to the direction of movement; and rack bars, which each consist of a supporting strip, a guide strip and a plurality of rack teeth (2; 20), the rack teeth (2; 20) being fixedly arranged between the supporting strip and the guide strip with a predetermined pitch dimension relative to one another, the rack teeth (2; 20) comprising tooth flanks (14; 24) and a tooth tip (13;23), the tooth flanks (14; 24) of each rack tooth (2; 20) being steeply inclined in the direction of movement, being concavely arched, forming a rising trough towards the tooth tip (13; 23) between the guide strip and the supporting strip transversely to the direction of movement, and diverging relative to one another towards the tooth tip (13; 23) for the interaction of a tooth profile of the rack teeth (2; 20) with the tooth surfaces of the teeth, wherein the rack bars include, at both ends of the rack bar, end teeth, each end tooth being formed symmetrically to an end tooth centre plane (M') and having an end tooth tip that lies lower than the tooth tips of the other rack teeth of the same rack bar. a machine-side travel drive with a drive sprocket having symmetrically profiled teeth arranged in a uniformly distributed manner over the circumference of the drive sprocket, each tooth including two convexly arched tooth surfaces that form a crown transversely to the direction of movement; and rack bars, which each consist of a supporting strip, a guide strip and a plurality of rack teeth (2; 20),
A tunnel configuration method, wherein the method comprises: sending, by an access point, AP, device, a data tunnel support capability of the AP device to an access point controller, AC, device, wherein the data tunnel support capability is used to indicate a type of at least one data tunnel supported by the AP device, and the type of the at least one data tunnel comprises a virtual extensible local area network, VXLAN; receiving, by the AP device, configuration information that is of a VXLAN tunnel and that is sent by the AC device, wherein a local device of the VXLAN tunnel is the AP device, and the configuration information of the VXLAN tunnel comprises an internet protocol, IP, address of at least one peer device of the VXLAN tunnel and virtual network index, VNI, information of the VXLAN tunnel; and generating, by the AP device, tunnel encapsulation information and routing information based on the IP address of the at least one peer device of the VXLAN tunnel and the VNI information, wherein the tunnel encapsulation information comprises an IP address of the AP device, the IP address of the at least one peer device of the VXLAN tunnel, and a VNI, characterized in that the VNI information comprises a VNI mapping relationship, the VNI mapping relationship is used to obtain the VNI, and the VNI mapping relationship comprises at least one of a mapping relationship between a service set identifier, SSID, and a VNI, a mapping relationship between a virtual local area network, VLAN, and a VNI, and a mapping relationship between a VLAN pool and a VNI. sending, by an access point, AP, device, a data tunnel support capability of the AP device to an access point controller, AC, device, wherein the data tunnel support capability is used to indicate a type of at least one data tunnel supported by the AP device, and the type of the at least one data tunnel comprises a virtual extensible local area network, VXLAN; receiving, by the AP device, configuration information that is of a VXLAN tunnel and that is sent by the AC device, wherein a local device of the VXLAN tunnel is the AP device, and the configuration information of the VXLAN tunnel comprises an internet protocol, IP, address of at least one peer device of the VXLAN tunnel and virtual network index, VNI, information of the VXLAN tunnel; and generating, by the AP device, tunnel encapsulation information and routing information based on the IP address of the at least one peer device of the VXLAN tunnel and the VNI information, wherein the tunnel encapsulation information comprises an IP address of the AP device, the IP address of the at least one peer device of the VXLAN tunnel, and a VNI, characterized in that the VNI information comprises a VNI mapping relationship, the VNI mapping relationship is used to obtain the VNI, and the VNI mapping relationship comprises at least one of a mapping relationship between a service set identifier, SSID, and a VNI, a mapping relationship between a virtual local area network, VLAN, and a VNI, and a mapping relationship between a VLAN pool and a VNI.
A motor drive system, comprising: a modular power subassembly controllable to provide controlled frequency alternating current, AC, power to an electric motor; and a modular control subassembly separable from the power subassembly and that, in operation, applies control signals to the power subassembly for controlling the provided power via a first mating connector of the modular power subassembly connected to a second mating connector of the modular control subassembly, characterized in that: the motor drive system further comprises an add-on communication subassembly only physically coupled and electrically coupled to the control subassembly for providing communication between the control subassembly and at least one external device, wherein the add-on communication subassembly is configured to fit around the mated first and second mating connectors when the modular control subassembly and the modular power subassembly are attached so that the add-on communication subassembly is positioned between the modular control subassembly and the modular power subassembly. a modular power subassembly controllable to provide controlled frequency alternating current, AC, power to an electric motor; and a modular control subassembly separable from the power subassembly and that, in operation, applies control signals to the power subassembly for controlling the provided power via a first mating connector of the modular power subassembly connected to a second mating connector of the modular control subassembly, the motor drive system further comprises an add-on communication subassembly only physically coupled and electrically coupled to the control subassembly for providing communication between the control subassembly and at least one external device, wherein the add-on communication subassembly is configured to fit around the mated first and second mating connectors when the modular control subassembly and the modular power subassembly are attached so that the add-on communication subassembly is positioned between the modular control subassembly and the modular power subassembly.
An imaging unit comprising: a separation optical element configured to separate light from an object by transmitting or reflecting the light according to wavelengths, an edge shift width of the separation optical element having a predetermined width, the edge shift width being a width of a wavelength band in which a transmittance and a reflectance change according to a change in wavelength; a reflection optical element configured to reflect one part of light either transmitted or reflected by the separation optical element; an imaging portion configured to photograph the other part of the light transmitted or reflected by the separation optical element Z in a first imaging region and photograph light reflected by the reflection optical element in a second imaging region different from the first imaging region; and a processing unit Z configured to correct images photographed in the first imaging region and the second imaging region based on optical characteristics related to the change in transmittance and reflectance with respect to a wavelength in the separation optical element in the edge shift width. a separation optical element configured to separate light from an object by transmitting or reflecting the light according to wavelengths, an edge shift width of the separation optical element having a predetermined width, the edge shift width being a width of a wavelength band in which a transmittance and a reflectance change according to a change in wavelength; a reflection optical element configured to reflect one part of light either transmitted or reflected by the separation optical element; an imaging portion configured to photograph the other part of the light transmitted or reflected by the separation optical element Z in a first imaging region and photograph light reflected by the reflection optical element in a second imaging region different from the first imaging region; and a processing unit Z configured to correct images photographed in the first imaging region and the second imaging region based on optical characteristics related to the change in transmittance and reflectance with respect to a wavelength in the separation optical element in the edge shift width.
A switch actuator device for ATV and like devices operating in robust environments, comprising: a switch housing having means for mounting on a vehicle, said housing including an open back side and a front side having a central opening, and at least one slot (29, 31) extending from said central opening for receiving flange of a switch actuator (17, 19); at least one switch actuator (17, 19) for mounting in said housing, each actuator (17, 19) having a forward extending switch (11, 13) and a flange (37, 39) sized to engage one of said slots (29, 31) in said housing; and a central housing insert for mounting in said housing proximate said at least one actuator (17, 19), said insert being sized to substantially close off the front side of said housing and provide mounting support to maintain said actuator flange (37, 39) in said slot (29,31). a switch housing having means for mounting on a vehicle, said housing including an open back side and a front side having a central opening, and at least one slot (29, 31) extending from said central opening for receiving flange of a switch actuator (17, 19); at least one switch actuator (17, 19) for mounting in said housing, each actuator (17, 19) having a forward extending switch (11, 13) and a flange (37, 39) sized to engage one of said slots (29, 31) in said housing; and a central housing insert for mounting in said housing proximate said at least one actuator (17, 19), said insert being sized to substantially close off the front side of said housing and provide mounting support to maintain said actuator flange (37, 39) in said slot (29,31).
A protective cap for covering an outer surface of an elongate member, the protective cap comprising: a rigid base portion having an end section and a tubular wall upstanding from the end section to define a cavity; an insert portion of flexible, resilient material, inserted into the cavity, an inner surface of the insert portion being for receiving and contacting an end of the elongate member, the inner surface of the insert portion having one or more first ridges; and whereby, when the end of the elongate member is received within the insert portion the first ridges grip a portion of the outer surface of the elongate member, the first ridges providing a circular seal; wherein the insert portion comprises an end portion contacting the end section of the base portion, and a plurality of legs connecting the end portion and the one or more first ridges, wherein one or more second ridges are upstanding from an inner surface of the legs. a rigid base portion having an end section and a tubular wall upstanding from the end section to define a cavity; an insert portion of flexible, resilient material, inserted into the cavity, an inner surface of the insert portion being for receiving and contacting an end of the elongate member, the inner surface of the insert portion having one or more first ridges; and whereby, when the end of the elongate member is received within the insert portion the first ridges grip a portion of the outer surface of the elongate member, the first ridges providing a circular seal; wherein the insert portion comprises an end portion contacting the end section of the base portion, and a plurality of legs connecting the end portion and the one or more first ridges, wherein one or more second ridges are upstanding from an inner surface of the legs.
Use of a belt pulley with a wheel body comprising toothing with teeth on one end face for a toothed belt, wherein a tooth gap with a tooth gap base is disposed between every two teeth, wherein grooves are provided in the region of the tooth gap base for removing a lubricant, and wherein at least one flange is arranged on the side of the wheel body in an axial direction, which extends beyond the toothing in a radial direction, wherein grooves are disposed on the inner surface of the flange facing the toothing for removing a lubricant, characterized in that the grooves exhibit a radial progression, and are designed with an open end in the direction toward an end face of the flange for a wet belt application.
A mechanical actuator apparatus for an electronic device having a touch screen comprising a touch sensing surface, the apparatus comprising: a) a mechanical actuator including a base for accommodating a first magnetic member; b) said mechanical actuator including a conductive member for contacting the touch sensing surface; and c) said mechanical actuator including a non-conductive member for spacing a bottom surface of the base of the actuator a distance from the touch sensing surface, characterized in that the apparatus further includes an attachment member including a second magnetic member for engaging said first magnetic member, said attachment member including a surface configured to mount directly over and engage the touch sensing surface. a) a mechanical actuator including a base for accommodating a first magnetic member; b) said mechanical actuator including a conductive member for contacting the touch sensing surface; and c) said mechanical actuator including a non-conductive member for spacing a bottom surface of the base of the actuator a distance from the touch sensing surface, characterized in that the apparatus further includes an attachment member including a second magnetic member for engaging said first magnetic member, said attachment member including a surface configured to mount directly over and engage the touch sensing surface.
A method comprising the steps of: providing a drilling fluid comprising a lost circulation material and a base drilling fluid; and drilling a portion of a wellbore in a subterranean formation using the drilling fluid; wherein the base drilling fluid comprises an oleaginous continuous phase and one or more polar organic compounds selected from a thiol, a sulfoxide, pyrrole, pyridine and furan; and wherein the base drilling fluid has an absolute first normal stress difference (|N 1 |) greater than 100 Pa, N 1 being measured by rotational rheometry using a parallel plate geometry at 25°C, 1 atm and a plate gap of 1 mm, and the |N 1 | value of greater than 100 Pa applying to shear rates greater than 5 s -1. providing a drilling fluid comprising a lost circulation material and a base drilling fluid; and drilling a portion of a wellbore in a subterranean formation using the drilling fluid; wherein the base drilling fluid comprises an oleaginous continuous phase and one or more polar organic compounds selected from a thiol, a sulfoxide, pyrrole, pyridine and furan; and wherein the base drilling fluid has an absolute first normal stress difference (|N 1 |) greater than 100 Pa, N 1 being measured by rotational rheometry using a parallel plate geometry at 25°C, 1 atm and a plate gap of 1 mm, and the |N 1 | value of greater than 100 Pa applying to shear rates greater than 5 s -1.