mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first device in a communication system, the method comprising: obtaining information about a bundle to be transmitted to a second device; transmitting, to the second device, identification information of the bundle; receiving, from the second device, certificate negotiation information associated with the bundle generated by the second device; determining whether a secondary platform bundle loader, SPBL, of the second device is able to receive the bundle based on the certificate negotiation information and a verifiable SPBL list which is pre-stored in the first device; and transmitting, to the second device, authentication information of the first device based on a result of the determining. obtaining information about a bundle to be transmitted to a second device; transmitting, to the second device, identification information of the bundle; receiving, from the second device, certificate negotiation information associated with the bundle generated by the second device; determining whether a secondary platform bundle loader, SPBL, of the second device is able to receive the bundle based on the certificate negotiation information and a verifiable SPBL list which is pre-stored in the first device; and transmitting, to the second device, authentication information of the first device based on a result of the determining.
A method of controlling a display device accessing a broadcast receiver via a web browser, the method comprising: accessing a web address corresponding to the broadcast receiver via the web browser; receiving internet protocol, IP, address information mapped to the web address from a domain name server, DNS ; accessing the broadcast receiver using the received IP address information; receiving data of a content displayed on the broadcast receiver from the broadcast receiver ; and displaying the content on a screen of the display device, wherein the method further comprises: determining a power mode of the accessed broadcast receiver ; and if the determined power mode of the accessed broadcast receiver is a sleep mode, transmitting a signal to change the sleep mode into an active mode for transmitting the data of the content displayed on the broadcast receiver for changing the power mode to the broadcast receiver . accessing a web address corresponding to the broadcast receiver via the web browser; receiving internet protocol, IP, address information mapped to the web address from a domain name server, DNS ; accessing the broadcast receiver using the received IP address information; receiving data of a content displayed on the broadcast receiver from the broadcast receiver ; and displaying the content on a screen of the display device, wherein the method further comprises: determining a power mode of the accessed broadcast receiver ; and if the determined power mode of the accessed broadcast receiver is a sleep mode, transmitting a signal to change the sleep mode into an active mode for transmitting the data of the content displayed on the broadcast receiver for changing the power mode to the broadcast receiver . determining a power mode of the accessed broadcast receiver ; and if the determined power mode of the accessed broadcast receiver is a sleep mode, transmitting a signal to change the sleep mode into an active mode for transmitting the data of the content displayed on the broadcast receiver for changing the power mode to the broadcast receiver .
An abrasive article comprising: a substrate comprising strands forming first void spaces between strands; a laminate joined to the substrate, wherein the laminate comprises a surface opposite to the substrate; a resin composition joined to the surface of the laminate, wherein a first portion of the surface of the laminate has a first surface free energy, wherein a second portion of the surface of the laminate has a second surface free energy, and wherein the first surface free energy is different from the second surface free energy; and abrasive particles joined to the resin composition, wherein a plurality of second void spaces extends through the laminate coinciding with first void spaces in the porous substrate. a substrate comprising strands forming first void spaces between strands; a laminate joined to the substrate, wherein the laminate comprises a surface opposite to the substrate; a resin composition joined to the surface of the laminate, wherein a first portion of the surface of the laminate has a first surface free energy, wherein a second portion of the surface of the laminate has a second surface free energy, and wherein the first surface free energy is different from the second surface free energy; and abrasive particles joined to the resin composition, wherein a plurality of second void spaces extends through the laminate coinciding with first void spaces in the porous substrate.
An apparatus , comprising: a plurality of sub-diffraction limit light sensors wherein each sensor has an associated activation threshold for switching an output state of the sensor from a first state to a second state and wherein the activation thresholds of at least some of the sensors are defined by different numbers of photons; and means for estimating light incident on the plurality of sensors by interpreting the output states of the plurality of sensors in dependence upon a distribution of different activation thresholds of the sensors, wherein the different activation thresholds are defined by different numbers of photons. a plurality of sub-diffraction limit light sensors wherein each sensor has an associated activation threshold for switching an output state of the sensor from a first state to a second state and wherein the activation thresholds of at least some of the sensors are defined by different numbers of photons; and means for estimating light incident on the plurality of sensors by interpreting the output states of the plurality of sensors in dependence upon a distribution of different activation thresholds of the sensors, wherein the different activation thresholds are defined by different numbers of photons.
Device for supplying film (F) to a bundling machine , comprising at least two paying-out devices each intended to accommodate a reel (B) of film, the paying- out devices being side by side and disposed so as to accommodate the reels (B) of film parallel to each other, each paying-out device comprising a chassis carrying at least means for driving, in rotation about an axis A, a reel (B) of film, characterised in that each paying-out device comprises a covering casing delimiting an internal volume (V) able to cover the drive means and a reel (B) of film present on the paying-out device , the casing being mounted so as to be able to move in translation on the chassis along an axis A between a position of covering the reel (B) of film and an open position procuring access to the reel (B) of film.
An electric submersible pumping system comprising: an electric motor ; a pump assembly driven by the electric motor; and a sensor module including a proximal end connected to the electric motor and a distal end positioned at the terminal end of the pumping system , wherein the sensor module comprises a detachable sensor array that can be selectively released from the sensor module, a pass-through providing a sealed passage for carrying electrical wiring to the motor and a motorized hatch at the distal end including two doors that can be controllably opened and closed, the sensor module including an outer housing and the doors are hinged to the outer housing . an electric motor ; a pump assembly driven by the electric motor; and a sensor module including a proximal end connected to the electric motor and a distal end positioned at the terminal end of the pumping system , wherein the sensor module comprises a detachable sensor array that can be selectively released from the sensor module, a pass-through providing a sealed passage for carrying electrical wiring to the motor and a motorized hatch at the distal end including two doors that can be controllably opened and closed, the sensor module including an outer housing and the doors are hinged to the outer housing .
A server, comprising a computing component and a storage component, wherein the computing component comprises a baseboard management controller, BMC , a processor system , a computing mainboard , a computing part , and a first connector , the BMC , the processor system , the computing part , and the first connector are disposed on the computing mainboard , and the processor system is separately connected to the BMC , the computing part , and the first connector ; the storage component comprises a disk , a second memory , a storage mainboard , and a second connector , the disk , the second memory , and the second connector are disposed on the storage mainboard , the disk and the second memory are connected to the second connector , the second memory stores backup configuration information of the computing part , and the backup configuration information of the computing part is used to restore a configuration parameter of the computing part ; the first connector and the second connector match each other; and when the first connector and the second connector are interconnected, the BMC is connected to the second memory by using the first connector and the second connector , and the processor system is connected to the disk by using the first connector and the second connector ; wherein the BMC is arranged to restore the configuration parameter of the computing part according to the backup configuration information stored in the second memory, when the computing part is replaced, and the processor system is arranged to copy a preset driver package of the computing part stored in the first memory to the disk.
Medical instrument with a hollow shank , at the proximal end of which a handle is arranged, and at the distal end of which a tool is arranged with a stationary jaw part and with a jaw part that is pivotable relative to the stationary jaw part , a distal end region of the shank that carries the tool being designed as a tool tip that can be positioned at an angle with respect to the longitudinal axis of the shank , and the tool being rotatable about the longitudinal axis of the shank and/or about the longitudinal axis of the tool tip , the rotation of the tool about the longitudinal axis of the shank being effected via an actuation rod which is mounted rotatably in the hollow shank and which is operatively connected at its proximal end to the handle , the tool tip being positioned at an angle via an actuation element which is mounted axially displaceably in the hollow shank and which is operatively connected at its proximal end to the handle , and the pivotable jaw part of the tool being adjustable between a closed position and an open position via an actuation element which is mounted axially displaceably in the hollow shank and which is operatively connected at its proximal end to the handle , characterized in that the axially displaceable actuation element for positioning the tool tip at an angle and the axially displaceable actuation element for actuating the pivotable jaw part of the tool are coupled to each other in such a way that, on the one hand, when the axially displaceable actuation element for positioning the tool tip at an angle is actuated, the axially displaceable actuation element for actuating the pivotable jaw part of the tool is necessarily movable at the same time in the axial direction so as to maintain the position of the jaw parts and relative to each other in the axial direction, and, on the other hand, the axially displaceable actuation element for actuating the pivotable jaw part of the tool can be actuated independently of the axially displaceable actuation element for positioning the tool tip at an angle, the axially displaceable actuation element for positioning the tool tip at an angle and the axially displaceable actuation element for actuating the pivotable jaw part of the tool being arranged parallel to each other in the direction of the longitudinal axis of the shank and being at the same radial distance from the rotation axis about which the tool tip can be positioned at an angle relative to the proximal part of the shank .
Inflatable balloon , designed to be implanted in a body cavity , comprising: - a pouch formed of a sealed wall delimiting an internal space ; - a valve for filling the internal space with a fluid, capable of being occluded after filling the internal space ; the pouch delimiting a fluid-draining orifice opening into the internal space , the balloon comprising an element that occludes the draining orifice , the occluding element being capable of releasing the draining orifice under the effect of a magnetic field, so as to enable the at least partial drainage of the fluid contained in the internal space , characterized in that the occluding element is movable along at least two distinct axes in relation to the pouch . - a pouch formed of a sealed wall delimiting an internal space ; - a valve for filling the internal space with a fluid, capable of being occluded after filling the internal space ;
A combine harvester , with a chassis with at least two chassis wheels which lie on opposite with respect to the longitudinal axis (LA) of the vehicle, wherein the chassis has a propulsion unit for the production of propulsion along a curved path and a steering device for setting a nominal trajectory as a function of a steering angle (γ), as well as with a front attachment for picking up harvested material, wherein crop dividers for dividing harvested material at a boundary between field crop which remains standing and field crop to be harvested are disposed laterally on the front attachment at least the tip of which, viewed in the forward travel direction (FR) of the combine harvester , protrudes beyond the front attachment , wherein the crop dividers can be pivoted about a vertical axis by a respective actuator , wherein the steering device is connected to a control unit which is configured to control the actuators in order to execute a pivotal movement of the respective crop divider as a function of the steering angle (γ), wherein the tip of the respective crop divider follows a curved path which is coaxial with the curved path of the combine harvester , characterized in that the actuators are configured as hydraulic cylinders , wherein the hydraulic cylinders are configured as electro-hydraulic, proportionally controlled differential cylinders.
A plasma reactor for processing a workpiece comprising: a chamber having a dielectric window ; a workpiece support configured to hold a workpiece in the chamber; a rotary coupling comprising a stationary stage (118-1) configured to be coupled to a microwave source and a rotatable stage (118-2) having an axis of rotation; a microwave antenna overlying the dielectric window of the chamber, the microwave antenna including at least one conduit coupled to the rotatable stage; a rotary actuator configured to rotate the microwave antenna; a first vacuum pump coupled to a circular conduit; and a process gas distributor including a gas distribution ring surrounding the workpiece support , the gas distribution ring including a cylindrical chamber liner separating the circular conduit from the chamber and a plurality of apertures extending radially through the liner to connect the conduit to the chamber; wherein the circular conduit comprises a first arc coupled to a process gas supply , a second arc coupled to the first vacuum pump , and a barrier configured to prevent direct fluid flow between the first arc and the second arc. a chamber having a dielectric window ; a workpiece support configured to hold a workpiece in the chamber; a rotary coupling comprising a stationary stage (118-1) configured to be coupled to a microwave source and a rotatable stage (118-2) having an axis of rotation; a microwave antenna overlying the dielectric window of the chamber, the microwave antenna including at least one conduit coupled to the rotatable stage; a rotary actuator configured to rotate the microwave antenna; a first vacuum pump coupled to a circular conduit; and a process gas distributor including a gas distribution ring surrounding the workpiece support , the gas distribution ring including a cylindrical chamber liner separating the circular conduit from the chamber and a plurality of apertures extending radially through the liner to connect the conduit to the chamber; wherein the circular conduit comprises a first arc coupled to a process gas supply , a second arc coupled to the first vacuum pump , and a barrier configured to prevent direct fluid flow between the first arc and the second arc.
A turbine assembly comprising: a first turbine to be supported by an engine block; a second turbine to be supported by the engine block; a first turbine housing having an outlet portion defining a fluid outlet of the first turbine; and a second turbine housing having an inlet portion defining a fluid inlet of the second turbine, characterized in that , when the first and second turbines are supported by the engine block: at least a portion of the outlet portion radially surrounds at least a portion of the inlet portion to provide a direct interface from the fluid outlet of the first turbine to the fluid inlet of the second turbine in an axial direction; an outlet lip for receiving the fluid inlet is formed in an exit end of the fluid outlet and an inlet lip for insertion within the outlet lip is formed in an entry end of the fluid inlet; and the outer circumference defined by the outer surface of the inlet lip is less than the inner circumference defined by the inner surface of the outlet lip to provide a radial air gap. a first turbine to be supported by an engine block; a second turbine to be supported by the engine block; a first turbine housing having an outlet portion defining a fluid outlet of the first turbine; and a second turbine housing having an inlet portion defining a fluid inlet of the second turbine, characterized in that , when the first and second turbines are supported by the engine block: at least a portion of the outlet portion radially surrounds at least a portion of the inlet portion to provide a direct interface from the fluid outlet of the first turbine to the fluid inlet of the second turbine in an axial direction; an outlet lip for receiving the fluid inlet is formed in an exit end of the fluid outlet and an inlet lip for insertion within the outlet lip is formed in an entry end of the fluid inlet; and the outer circumference defined by the outer surface of the inlet lip is less than the inner circumference defined by the inner surface of the outlet lip to provide a radial air gap. at least a portion of the outlet portion radially surrounds at least a portion of the inlet portion to provide a direct interface from the fluid outlet of the first turbine to the fluid inlet of the second turbine in an axial direction; an outlet lip for receiving the fluid inlet is formed in an exit end of the fluid outlet and an inlet lip for insertion within the outlet lip is formed in an entry end of the fluid inlet; and the outer circumference defined by the outer surface of the inlet lip is less than the inner circumference defined by the inner surface of the outlet lip to provide a radial air gap.
A combination of an annular rotary knife blade and a blade housing assembly for a power operated dermatome , the combination comprising: the rotary knife blade supported for rotation about an axis of rotation (R") by the blade housing assembly , wherein the knife blade includes a first end and an axially spaced apart second end and an inner wall and a radially spaced apart outer wall , the second end defining a cutting edge , the inner wall defining an interior region of the rotary knife blade and including a lower material directing surface adjacent the cutting edge and a radially recessed upper portion ; and the blade housing assembly includes a blade housing having a first end and an axially spaced apart second end and an inner wall and a radially spaced apart outer wall , wherein the blade housing includes a blade housing cover extending from the inner wall of the blade housing ) into the interior region of the rotary knife blade , and wherein the blade housing cover includes a shield extending along the recessed upper portion of the rotary knife blade inner wall and having an inner surface adjacent to and continuing the lower material-directing surface of the rotary knife blade inner wall . the rotary knife blade supported for rotation about an axis of rotation (R") by the blade housing assembly , wherein the knife blade includes a first end and an axially spaced apart second end and an inner wall and a radially spaced apart outer wall , the second end defining a cutting edge , the inner wall defining an interior region of the rotary knife blade and including a lower material directing surface adjacent the cutting edge and a radially recessed upper portion ; and a first end and an axially spaced apart second end and an inner wall and a radially spaced apart outer wall , the second end defining a cutting edge , the inner wall defining an interior region of the rotary knife blade and including a lower material directing surface adjacent the cutting edge and a radially recessed upper portion ; and the blade housing assembly includes a blade housing having a first end and an axially spaced apart second end and an inner wall and a radially spaced apart outer wall , wherein the blade housing includes a blade housing cover extending from the inner wall of the blade housing ) into the interior region of the rotary knife blade , and wherein the blade housing cover includes a shield extending along the recessed upper portion of the rotary knife blade inner wall and having an inner surface adjacent to and continuing the lower material-directing surface of the rotary knife blade inner wall . a blade housing having a first end and an axially spaced apart second end and an inner wall and a radially spaced apart outer wall , wherein the blade housing includes a blade housing cover extending from the inner wall of the blade housing ) into the interior region of the rotary knife blade , and wherein the blade housing cover includes a shield extending along the recessed upper portion of the rotary knife blade inner wall and having an inner surface adjacent to and continuing the lower material-directing surface of the rotary knife blade inner wall .
A method for controlling the quality of human pluripotent stem cells, comprising a step of detecting or measuring an SSEA-1-positive fibronectin in a culture supernatant of the human pluripotent stem cells to determine or evaluate undifferentiated state of the human pluripotent stem cells, wherein the detection or measurement results of SSEA-1 positive fibronectin in the culture supernatant of the human pluripotent stem cells correlates with the undifferentiated state of the human pluripotent stem cells.