mhurhangee/ep-ind-claims huggingface dataset:
A bulk acoustic wave device, comprising: first and second metal electrodes; a carrier substrate comprising first and second carrier substrate portions; and a Group-III nitride epitaxial layer sandwiched between and electrically coupled to said first and second electrodes, wherein said first electrode is divided into separate first and second electrode portions (62, 64) with each of said portions (62, 64) of said first electrode being between a respective one of the carrier substrate portions (18a, 18b) and said epitaxial layer, said Group-III nitride epitaxial layer less than 0.4 micrometers thick. first and second metal electrodes; a carrier substrate comprising first and second carrier substrate portions; and a Group-III nitride epitaxial layer sandwiched between and electrically coupled to said first and second electrodes, wherein said first electrode is divided into separate first and second electrode portions (62, 64) with each of said portions (62, 64) of said first electrode being between a respective one of the carrier substrate portions (18a, 18b) and said epitaxial layer, said Group-III nitride epitaxial layer less than 0.4 micrometers thick.
A method of processing, BCG, Broadband Content Guide, information in an IPTV, Internet Protocol Television, receiver, the method being characterized in that it comprises: receiving a BCG discovery record including information identifying whether BCG information is changed and connection information of a BCG server providing the BCG information to the IPTV receiver; detecting the information identifying whether BCG information is changed; requesting a changed portion among the BCG information to the BCG server based on an unicast protocol and the connection information; and receiving the changed portion among the BCG information from the BCG server based on the unicast protocol, wherein the changed portion is transmitted by unit of a segment. receiving a BCG discovery record including information identifying whether BCG information is changed and connection information of a BCG server providing the BCG information to the IPTV receiver; detecting the information identifying whether BCG information is changed; requesting a changed portion among the BCG information to the BCG server based on an unicast protocol and the connection information; and receiving the changed portion among the BCG information from the BCG server based on the unicast protocol, wherein the changed portion is transmitted by unit of a segment.
A method for coating a substrate of a turbine engine component, the method comprising: depositing a metal-based intermediate bond coat onto a surface of the substrate with a cold spray process using a carrier gas, wherein a portion of the carrier gas is entrained within the deposited metal-based intermediate bond coat; forming a thermal barrier coating over the deposited metal-based intermediate bond coat; installing the turbine engine component in a gas turbine engine; operating the gas turbine engine so as to remove at least a portion of the thermal barrier coating while operating the gas turbine engine, thereby heating the deposited metal-based intermediate bond coat to at least 980°C and causing at least a portion of the entrained carrier gas to diffuse through the intermediate bond coat to create a porous bond coat having a level of porosity ranging from 20% by volume of the porous bond coat to 50% by volume of the porous bond coat; wherein the intermediate bond coat comprises a metal-based material selected from the group consisting of aluminum, transition metals, MCrAlY materials, and combinations thereof, and has a level of porosity of less than 5% by volume of the intermediate bond coat. depositing a metal-based intermediate bond coat onto a surface of the substrate with a cold spray process using a carrier gas, wherein a portion of the carrier gas is entrained within the deposited metal-based intermediate bond coat; forming a thermal barrier coating over the deposited metal-based intermediate bond coat; installing the turbine engine component in a gas turbine engine; operating the gas turbine engine so as to remove at least a portion of the thermal barrier coating while operating the gas turbine engine, thereby heating the deposited metal-based intermediate bond coat to at least 980°C and causing at least a portion of the entrained carrier gas to diffuse through the intermediate bond coat to create a porous bond coat having a level of porosity ranging from 20% by volume of the porous bond coat to 50% by volume of the porous bond coat; wherein the intermediate bond coat comprises a metal-based material selected from the group consisting of aluminum, transition metals, MCrAlY materials, and combinations thereof, and has a level of porosity of less than 5% by volume of the intermediate bond coat.
A method for sampling of milk in a milking machine comprising teat cups, a milk receiver to which vacuum from a vacuum supply (5, 6) draws milk from the teats cups, and a milk sampling arrangement, the milk sampling arrangement comprising an agitation device configured to provide a stirring process of the milk in the milk receiver, a milk sample device configured to extract a milk sample from the milk in the milk receiver, and an outlet valve device configured to control the milk flow out of the milk receiver, wherein the method comprises the steps of: - attaching teat cups to teats of an animal and starting to milk said teats; - receiving a first amount of milk in the milk receiver while keeping the outlet valve device open; - closing the outlet valve device; - continuing the receiving of milk in the milk receiver; - agitating the milk in the milk receiver using the agitation device; and - taking a regular milk sample from the milk in an outlet portion of the milk receiver by means of the milk sample device; and - opening the outlet valve device so that the milk can be transferred to the milk tank. - attaching teat cups to teats of an animal and starting to milk said teats; - receiving a first amount of milk in the milk receiver while keeping the outlet valve device open; - closing the outlet valve device; - continuing the receiving of milk in the milk receiver; - agitating the milk in the milk receiver using the agitation device; and - taking a regular milk sample from the milk in an outlet portion of the milk receiver by means of the milk sample device; and - opening the outlet valve device so that the milk can be transferred to the milk tank.
Dashboard-and-instrument panel unit for a motor-vehicle, comprising a dashboard including a dashboard structure and an instrument panel supported above the dashboard structure and configured to receive an accessory member (11; 12), such as a cellular phone or a smartphone or a tablet, wherein said instrument panel is configured as an autonomous unit, supported in an elevated position spaced apart from the structure of the dashboard by means of a supporting arm (3, 30) which projects upwardly from the dashboard structure, and wherein said instrument panel includes a horizontally elongated body, having a main portion and one end portion horizontally slidable with respect to the main portion, between a first position adjacent to the main portion and a second position longitudinally spaced from the main portion, in which second position, between the main portion and the end portion, a space is defined which is configured to accommodate and provide a seat for said accessory member, said dashboard-and-instrument panel unit being characterized in that said slidable end portion of the body of the instrument panel is biased by a spring towards said first position adjacent to said main portion, and in that it comprises an anti-theft device for preventing a removal of said accessory member (11; 12), including a device for locking the accessory member (11; 12) in its seat, said locking device being releasable by means of a remote control associated to a vehicle key. wherein said instrument panel is configured as an autonomous unit, supported in an elevated position spaced apart from the structure of the dashboard by means of a supporting arm (3, 30) which projects upwardly from the dashboard structure, and wherein said instrument panel includes a horizontally elongated body, having a main portion and one end portion horizontally slidable with respect to the main portion, between a first position adjacent to the main portion and a second position longitudinally spaced from the main portion, in which second position, between the main portion and the end portion, a space is defined which is configured to accommodate and provide a seat for said accessory member, said dashboard-and-instrument panel unit being characterized in that said slidable end portion of the body of the instrument panel is biased by a spring towards said first position adjacent to said main portion, and in that it comprises an anti-theft device for preventing a removal of said accessory member (11; 12), including a device for locking the accessory member (11; 12) in its seat, said locking device being releasable by means of a remote control associated to a vehicle key.
A sealing cap for sealing a sample tube for receiving a liquid, comprising: - a membrane that can be pierced by a cannula, - a base arranged below the membrane and having an opening, wherein a cavity is formed between the membrane and the base for receiving the liquid; and - a non-return valve for unblocking the opening in the base to allow the liquid to flow out from the cavity into the sample tube and for sealing the opening for a flow direction of the liquid from the sample tube into the cavity; wherein the cavity has a separating wall for dividing the cavity into a first and a second sub-area; wherein the first sub-area is formed above a region of the base without the opening; wherein the second sub-area is formed above the opening in the base; wherein the first sub-area and the second sub-area are formed above the base and are connected to one another in a fluid-conducting communicating manner; and wherein, during centrifugation, only liquid from the second sub-area, in the base of which the opening is formed, flows out and into the sample tube; characterized in that the separating wall, at its end facing the membrane, comprises an overflow edge and/or a perforation for enabling the fluid-conducting communication between the first and the second sub-area; and in that the separating wall extends from the base of the cavity into the cavity. - a membrane that can be pierced by a cannula, - a base arranged below the membrane and having an opening, wherein a cavity is formed between the membrane and the base for receiving the liquid; and - a non-return valve for unblocking the opening in the base to allow the liquid to flow out from the cavity into the sample tube and for sealing the opening for a flow direction of the liquid from the sample tube into the cavity; - a base arranged below the membrane and having an opening, wherein a cavity is formed between the membrane and the base for receiving the liquid; and - a non-return valve for unblocking the opening in the base to allow the liquid to flow out from the cavity into the sample tube and for sealing the opening for a flow direction of the liquid from the sample tube into the cavity; wherein the cavity has a separating wall for dividing the cavity into a first and a second sub-area; wherein the first sub-area is formed above a region of the base without the opening; wherein the second sub-area is formed above the opening in the base; wherein the first sub-area and the second sub-area are formed above the base and are connected to one another in a fluid-conducting communicating manner; and wherein, during centrifugation, only liquid from the second sub-area, in the base of which the opening is formed, flows out and into the sample tube; characterized in that the separating wall, at its end facing the membrane, comprises an overflow edge and/or a perforation for enabling the fluid-conducting communication between the first and the second sub-area; and in that the separating wall extends from the base of the cavity into the cavity.
AZD5305, or a pharmaceutically acceptable salt thereof, for use in the treatment of cancer in a subject, wherein said treatment comprises the separate, sequential or simultaneous administration of i) said AZD5305, or a pharmaceutically acceptable salt thereof, and ii) a platinum chemotherapeutic agent, or a pharmaceutically acceptable salt thereof, to said subject.
A wireless communication method, comprising: sending a sounding package to a mobile station of a group of mobile stations from a multiple user multiple input multiple output, MU-MIMO, system, the sounding package to include a feedback schedule for the mobile station and multiple feedback parameters for the mobile station, the feedback parameters to comprise a feedback type and a dimension of a feedback matrix; receiving feedback from the mobile station in accordance with the feedback schedule, the feedback type, and the dimension of the feedback matrix specified in the sounding package; receiving modulation and coding scheme feedback from the mobile station; and sending to the mobile station a downlink frame having a modulation and coding scheme based on the modulation and coding scheme feedback. sending a sounding package to a mobile station of a group of mobile stations from a multiple user multiple input multiple output, MU-MIMO, system, the sounding package to include a feedback schedule for the mobile station and multiple feedback parameters for the mobile station, the feedback parameters to comprise a feedback type and a dimension of a feedback matrix; receiving feedback from the mobile station in accordance with the feedback schedule, the feedback type, and the dimension of the feedback matrix specified in the sounding package; receiving modulation and coding scheme feedback from the mobile station; and sending to the mobile station a downlink frame having a modulation and coding scheme based on the modulation and coding scheme feedback.
Device for producing hollow bodies from a glass melt with - at least one plunger, and - a drive configured in the form of a servo drive, - a neck ring receiving the parison, and - a drive of the neck ring configured in the form of a servo drive, - a blank mold for receiving a glass melt, - wherein the servo drive is configured to move the plunger within the neck ring in a stepless manner, and - wherein the plunger moves towards the blank mold, characterized in that the distance of the servo-driven plunger from the glass gob in the blank mold can be adjusted before the pressing process in such a way that the distance is freely selectable. - at least one plunger, and - a drive configured in the form of a servo drive, - a neck ring receiving the parison, and - a drive of the neck ring configured in the form of a servo drive, - a blank mold for receiving a glass melt, - wherein the servo drive is configured to move the plunger within the neck ring in a stepless manner, and - wherein the plunger moves towards the blank mold,
An automated spray applicator for spray vaccination of, and/or administration of probiotics to, avian animals comprising a housing, two or more actuatable automatic spray nozzles, a programmable spray module for controlling the automatic spray nozzles, and optionally a source of pressurized air for supplying pressure to fluid prior to its entry into the spray nozzles; wherein the programmable spray module is in electrical, pneumatic or hydraulic connection with each of the two or more automatic spray nozzles; wherein the automatic spray nozzles are in fluid communication with a fluid reservoir/tank containing a vaccine fluid or probiotic formulation; wherein each automatic spray nozzle is a nozzle assembly which is a mechanical combination that comprises an electrical, pneumatic or hydraulic actuator and a nozzle tip, wherein the actuator functions by reversibly permitting or blocking fluid flow to the nozzle tip, and wherein the nozzle tip is mounted on, or otherwise a component of, the actuator; wherein the nozzle tip is a suitable nozzle tip, capable of producing droplets sized from about 125 to about 300 microns, particularly about 150 microns, from fluid pressurized from about 207 kPa to about 552 kPa; and wherein the two or more nozzles spray towards one another at approximately 45° from vertical. wherein the programmable spray module is in electrical, pneumatic or hydraulic connection with each of the two or more automatic spray nozzles; wherein the automatic spray nozzles are in fluid communication with a fluid reservoir/tank containing a vaccine fluid or probiotic formulation; wherein each automatic spray nozzle is a nozzle assembly which is a mechanical combination that comprises an electrical, pneumatic or hydraulic actuator and a nozzle tip, wherein the actuator functions by reversibly permitting or blocking fluid flow to the nozzle tip, and wherein the nozzle tip is mounted on, or otherwise a component of, the actuator; wherein the nozzle tip is a suitable nozzle tip, capable of producing droplets sized from about 125 to about 300 microns, particularly about 150 microns, from fluid pressurized from about 207 kPa to about 552 kPa; and wherein the two or more nozzles spray towards one another at approximately 45° from vertical.
A device for sealing a puncture in a wall of a body lumen comprising: an elongate deployment member having a sealing element releasably disposed within a distal end thereof, said deployment member being coupled to a first actuator (14,15,101,115) configured to retract said deployment member relative to said sealing element, a pusher received by the deployment member, wherein the pusher supports the sealing element at a particular location within the deployment member and is configured to act as a backing member for supporting the sealing element when the deployment member is retracted, and an elongated indicator member having a proximal end and a distal end, said indicator member extending through a lumen in said deployment member such that the distal end of said indicator member extends distally of the distal end of the deployment member, said distal end of the indicator member being configured to form into a loop located adjacent the distal end of said deployment member when extended out distally of said distal end of said deployment member to provide resistance to a withdrawal of the device caused by the distal end of said indicator member engaging the wall of the body lumen, and said indicator member being coupled to a second actuator (14,15,3,4,16,50) configured to retract said indicator member relative to said deployment member, the device further comprising a housing encasing the first and second actuators and a trigger coupled to the housing and configured to actuate the first and second actuators in one movement. an elongate deployment member having a sealing element releasably disposed within a distal end thereof, said deployment member being coupled to a first actuator (14,15,101,115) configured to retract said deployment member relative to said sealing element, a pusher received by the deployment member, wherein the pusher supports the sealing element at a particular location within the deployment member and is configured to act as a backing member for supporting the sealing element when the deployment member is retracted, and an elongated indicator member having a proximal end and a distal end, said indicator member extending through a lumen in said deployment member such that the distal end of said indicator member extends distally of the distal end of the deployment member, said distal end of the indicator member being configured to form into a loop located adjacent the distal end of said deployment member when extended out distally of said distal end of said deployment member to provide resistance to a withdrawal of the device caused by the distal end of said indicator member engaging the wall of the body lumen, and said indicator member being coupled to a second actuator (14,15,3,4,16,50) configured to retract said indicator member relative to said deployment member, the device further comprising a housing encasing the first and second actuators and a trigger coupled to the housing and configured to actuate the first and second actuators in one movement.
A vehicle wheel balancing method for balancing a vehicle wheel on a wheel balancing machine, the vehicle wheel balancing machine comprising a rotating shaft which supports a vehicle wheel, means for supporting said rotating shaft, force sensor means adapted to detect the imbalance forces generated during the rotation of said rotating shaft; accelerator means adapted to accelerate said shaft and said wheel and angular sensor means for sensing an angular position; electronic means adapted to process information obtained by said force sensor means which determines the value and the position of correction masses adapted to compensate an imbalance present on said wheel; at least one fixed indicator means and at least one moving indicator means; said at least one moving indicator means being moved by a motorized actuator means and being configured to project a light dot on said wheel indicating the axial position of the counterweight application point; said at least one fixed indicator means being configured to project a luminous beam or a luminous dot having a fixed and known angle of incidence (β) on the inner surface of said wheel, said angle of incidence defined as the angle between the luminous path and the axis of the shaft of the balancing machine; the method characterized by: obtaining the value of the rim diameter by making the moving luminous point coincide with said fixed luminous line or dot and using a trigonometric calculation r = (SC cotγ)/(1-tan(β-90°)cotγ) to obtain the radius of the rim, whereby SC is defined as the distance between the fixed indicator means and the moving indicator means and the angle γ is defined as the angle formed between the perpendicular line that is radial to the rim and the luminous straight line that projects the light dot. obtaining the value of the rim diameter by making the moving luminous point coincide with said fixed luminous line or dot and using a trigonometric calculation r = (SC cotγ)/(1-tan(β-90°)cotγ) to obtain the radius of the rim, whereby SC is defined as the distance between the fixed indicator means and the moving indicator means and the angle γ is defined as the angle formed between the perpendicular line that is radial to the rim and the luminous straight line that projects the light dot.