mhurhangee/patent-ind-claim-en huggingface dataset:
An external device for a hearing implant system comprising: an external transmitter for generating a radio-frequency inductive link signal to an implanted receiver, the inductive link signal including: i. a sequence of data word segments which communicate data for stimulation to the implanted receiver, and ii. a sequence of data word pause segments between each data word segment which communicate energy without data to the implanted receiver; and a data word pause controller for controlling the inductive link signal during the data word pause segments according to an energy management rule reflecting current energy needs of the implanted receiver; wherein the data word pause controller controls a duty cycle of a gating signal for the inductive link signal according to the energy management rule, wherein the data word pause controller uses a plurality of different gating signal duty cycles, and wherein the gating signal duty cycles steadily increase during the data word pause segments; or wherein the data word pause controller controls the inductive link signal to be: OFF for a period immediately following each data word segment, and ON for a period immediately before each data word segment. an external transmitter for generating a radio-frequency inductive link signal to an implanted receiver, the inductive link signal including: i. a sequence of data word segments which communicate data for stimulation to the implanted receiver, and ii. a sequence of data word pause segments between each data word segment which communicate energy without data to the implanted receiver; and i. a sequence of data word segments which communicate data for stimulation to the implanted receiver, and ii. a sequence of data word pause segments between each data word segment which communicate energy without data to the implanted receiver; and a data word pause controller for controlling the inductive link signal during the data word pause segments according to an energy management rule reflecting current energy needs of the implanted receiver; wherein the data word pause controller controls a duty cycle of a gating signal for the inductive link signal according to the energy management rule, wherein the data word pause controller uses a plurality of different gating signal duty cycles, and wherein the gating signal duty cycles steadily increase during the data word pause segments; or wherein the data word pause controller controls the inductive link signal to be: OFF for a period immediately following each data word segment, and ON for a period immediately before each data word segment. OFF for a period immediately following each data word segment, and ON for a period immediately before each data word segment.
A work vehicle comprising: an engine ; a travel device for causing the vehicle to travel, the travel device being driven by a drive force from the engine and; a hydraulic pump for discharging hydraulic fluid, the hydraulic pump being driven by the drive force from the engine ; a work implement driven by hydraulic fluid from the hydraulic pump ; a torque converter device for transmitting the drive force from the engine to the travel device , the torque converter device having a torque converter and a lockup clutch ; a work implement operation member for operating the work implement ; a work implement operation detector for detecting the operation amount of the work implement operation member ; and a controller for switching the lockup clutch between a connected state and a non-connected state in accordance with the travel state of the vehicle , wherein the controller is configured to determine whether load increase conditions associated with an increase in load on the work implement are satisfied, and control the lockup clutch so that the lockup clutch is in a non-connected state when the load increase conditions are satisfied, and the load increase conditions include that the operation amount of the work implement operation member is greater than a predetermined operation amount threshold value, characterized in that the load increase conditions include that a work phase of the work vehicle is excavation. an engine ; a travel device for causing the vehicle to travel, the travel device being driven by a drive force from the engine and; a hydraulic pump for discharging hydraulic fluid, the hydraulic pump being driven by the drive force from the engine ; a work implement driven by hydraulic fluid from the hydraulic pump ; a torque converter device for transmitting the drive force from the engine to the travel device , the torque converter device having a torque converter and a lockup clutch ; a work implement operation member for operating the work implement ; a work implement operation detector for detecting the operation amount of the work implement operation member ; and a controller for switching the lockup clutch between a connected state and a non-connected state in accordance with the travel state of the vehicle , wherein the controller is configured to determine whether load increase conditions associated with an increase in load on the work implement are satisfied, and control the lockup clutch so that the lockup clutch is in a non-connected state when the load increase conditions are satisfied, and the load increase conditions include that the operation amount of the work implement operation member is greater than a predetermined operation amount threshold value, characterized in that the load increase conditions include that a work phase of the work vehicle is excavation.
A method of manufacturing a personalised mattress , comprising the following steps - Determining a person's physical characteristics - Determining the person's body shape based on body characteristics - Determining a person's preferred sleeping position with a position sensor - Determining a spatially resolved nominal field of indentation depths (e 1 , e n ) of a model for the mattress to be manufactured for the body shape when in the preferred sleeping position - Determining the target material stiffness from the indentation depths (e 1 , e n ) using a force-displacement map - Generating production data through a spatially resolved selection of materials and/or material structures from a set of material parameters to provide the target material stiffness. - Determining a person's physical characteristics - Determining the person's body shape based on body characteristics - Determining a person's preferred sleeping position with a position sensor - Determining a spatially resolved nominal field of indentation depths (e 1 , e n ) of a model for the mattress to be manufactured for the body shape when in the preferred sleeping position - Determining the target material stiffness from the indentation depths (e 1 , e n ) using a force-displacement map - Generating production data through a spatially resolved selection of materials and/or material structures from a set of material parameters to provide the target material stiffness.
An assembly comprising a package for storing radioactive materials as well as a support system for the package for being, in a storage configuration of the package, arranged between a bottom of the package and a ground of a storage building , characterised in that the support system comprises a radiative shield for heat protection of the ground having a first, lower face as well as a second, upper face opposite to the first one, the radiative shield including a central part provided with at least one air passage ensuring communication between a ground cooling air circulation zone defined under the first face of the radiative shield, and a package bottom cooling air circulation zone defined between the second face of the radiative shield and the bottom of the package , the support system further comprising a plurality of spaced-apart bottom package support elements , each support element projecting from the second face of the radiative shield and extending through the cooling air circulation zone for the package bottom into contact with the latter, the support system also comprising a plurality of bearing elements projecting into the ground cooling air circulation zone , from the first face of the radiative shield . characterised in that the support system comprises a radiative shield for heat protection of the ground having a first, lower face as well as a second, upper face opposite to the first one, the radiative shield including a central part provided with at least one air passage ensuring communication between a ground cooling air circulation zone defined under the first face of the radiative shield, and a package bottom cooling air circulation zone defined between the second face of the radiative shield and the bottom of the package , the support system further comprising a plurality of spaced-apart bottom package support elements , each support element projecting from the second face of the radiative shield and extending through the cooling air circulation zone for the package bottom into contact with the latter, the support system also comprising a plurality of bearing elements projecting into the ground cooling air circulation zone , from the first face of the radiative shield .
A method for processing media traffic by a Media Processing Function, MPF, entity in a mobile communication system, the method comprising: installing a media policy including a media processing information into the MPF entity when an Internet Protocol Connectivity Access Network, IP-CAN, session between a gateway with a Traffic Detection Function, TDF, and a media policy server is established, or an application traffic is detected in the gateway with the TDF; performing, by the MPF entity, media processing for media traffic according to the media policy; upon detection of a change of a network status, updating the media policy by updating the media processing information including information about a media processing action, parameters of the media processing action and a type of the media processing action, wherein the media policy is applied to the media processing action for an application and/or a user equipment related to the application traffic; characterized in that the method comprises performing video pacing of video traffic for changing media traffic in the IP-CAN session based on the updated media policy. installing a media policy including a media processing information into the MPF entity when an Internet Protocol Connectivity Access Network, IP-CAN, session between a gateway with a Traffic Detection Function, TDF, and a media policy server is established, or an application traffic is detected in the gateway with the TDF; performing, by the MPF entity, media processing for media traffic according to the media policy; upon detection of a change of a network status, updating the media policy by updating the media processing information including information about a media processing action, parameters of the media processing action and a type of the media processing action, wherein the media policy is applied to the media processing action for an application and/or a user equipment related to the application traffic; characterized in that the method comprises performing video pacing of video traffic for changing media traffic in the IP-CAN session based on the updated media policy.
Apparatus for producing biogas by the anaerobic digestion of organic material (M), comprising at least one anaerobic reactor provided with a loading section for said organic material and a plurality of reaction chambers , arranged in line and connected one to each other by deflectors provided with lower and upper alternate passages, for the outflow of said organic material through each of said chambers of said plurality of reaction chambers, and means to convey the biogas produced within said one or more reaction chambers outside of said at least one reactor, said at least one reactor comprising, as well, means for the recirculation of said organic material between one or more chambers of said plurality of reaction chambers, wherein said recirculation means comprise, outside of said at least one reactor, at least one main line fluidically connecting one or more reaction chambers one to each other, at least one or more inflow/outflow lines for said organic material connected, at a first end , to said at least one main line and, at least a second end , to at least one chamber of said one or more reaction chambers, at least one recirculation pump for said organic material operating within said at least one main line and/or said one or more inflow/outflow lines, and valve means for connecting by control said one or more reaction chambers to said at least one main line of fluidic connection, said apparatus further comprising at least one pre-treatment tank of said organic material and at least one line for the controlled supply through said at least one loading section of said at least one reactor with said organic material deriving from said at least one pre-treatment tank, characterized in that said means of controlled recirculation comprise as well at least one first connecting line for transferring at least part of the organic material contained in said at least one main line to said at least one pretreatment tank.
A method of sealing at least two inorganic substrates together using an induction energy source comprising: a. providing at least two inorganic substrates; b. applying to at least one of the at least two substrates a paste composition including: i. a glass frit, and ii. an induction coupling additive, and prefiring the composition on the substrate c. bringing at least a second substrate into contact with the paste composition, and d. subjecting the substrates and paste to induction heating, thereby forming a hermetic seal between the two inorganic substrates, wherein the induction heating has a frequency of about 60 to about 350 kHz and a power of about 1 watt to about 300 kW wherein the paste composition further comprises a manganese-containing constituent selected from the group consisting of bismuth manganese pigments, perovskite manganites, Bi 2 Mn 4 O 10 , Bi 12 MnO 20 and a bismuth-manganese pigment having a mole ratio of Bi 2 O 3 to MnO 2 of 5:1 to 1:5. a. providing at least two inorganic substrates; b. applying to at least one of the at least two substrates a paste composition including: i. a glass frit, and ii. an induction coupling additive, and prefiring the composition on the substrate i. a glass frit, and ii. an induction coupling additive, and prefiring the composition on the substrate c. bringing at least a second substrate into contact with the paste composition, and d. subjecting the substrates and paste to induction heating, thereby forming a hermetic seal between the two inorganic substrates, wherein the induction heating has a frequency of about 60 to about 350 kHz and a power of about 1 watt to about 300 kW
An apparatus for the removal of the central core of a cable with at least two conductors , preferably comprising a holding arrangement/clamping apparatus for clamping the stripped cable which has exposed conductors and which is preferably provided with a support sleeve, preferably with a centring device and a sensor and control device which is configured if required as a module of a higher-level system controller, wherein a processing device has - at least two movable grippers , wherein a first gripper is configured for gripping a first conductor and/or first conductor pair of the cable and a second gripper is configured for gripping a second conductor and/or second conductor pair of the cable , so that the central core of the cable is able to be exposed by the movable grippers , and - a dedicated cutting device for cutting the central core of the cable exposed by the grippers , characterised in that each gripper in its state holding the conductor and/or the conductor pair is preferably able to be pivoted away about an axis oriented substantially transversely to the cable axis, by an angle of approximately 90°. - at least two movable grippers , wherein a first gripper is configured for gripping a first conductor and/or first conductor pair of the cable and a second gripper is configured for gripping a second conductor and/or second conductor pair of the cable , so that the central core of the cable is able to be exposed by the movable grippers , and - a dedicated cutting device for cutting the central core of the cable exposed by the grippers ,
A glazing unit comprising at least one glass substrate equipped on at least one of its faces with a coating consisting of a multilayer of thin films providing said glazing unit with heat-control, and especially solar-control, properties, said coating comprising at least, from the surface of the substrate: - at least one underlayer film made of a dielectric material; - a first functional film based on niobium, of physical thickness larger than 5 nm and smaller than 25 nm; - a second functional film based on niobium, of physical thickness larger than 5 nm and smaller than 25 nm; - a set of intermediate films between said first niobium film and said second niobium film, each intermediate film being made of a dielectric material; and - at least one overlayer film made of a dielectric material, in which said set of intermediate films comprises the succession of a first nitride film, an mixed tin and zinc oxide film and a second nitride film. - at least one underlayer film made of a dielectric material; - a first functional film based on niobium, of physical thickness larger than 5 nm and smaller than 25 nm; - a second functional film based on niobium, of physical thickness larger than 5 nm and smaller than 25 nm; - a set of intermediate films between said first niobium film and said second niobium film, each intermediate film being made of a dielectric material; and - at least one overlayer film made of a dielectric material,
A speed governor assembly , comprising: a sheave ; a centrifugal mechanism mounted on the sheave and rotating together with the sheave ; an overspeed protection switch at a first distance from a radial outer side of the centrifugal mechanism ; a core ring disposed coaxially with the sheave ; and a triggering arm rotating together with the core ring ; wherein the centrifugal mechanism engages with the core ring and drives the core ring and the triggering arm to rotate when the sheave reaches a second speed, and the rotation of the triggering arm can contact and trigger the overspeed protection switch ; characterized in that : the core ring is connected to a rocker arm , and the triggering arm is connected to the rocker arm . a sheave ; a centrifugal mechanism mounted on the sheave and rotating together with the sheave ; an overspeed protection switch at a first distance from a radial outer side of the centrifugal mechanism ; a core ring disposed coaxially with the sheave ; and a triggering arm rotating together with the core ring ; wherein the centrifugal mechanism engages with the core ring and drives the core ring and the triggering arm to rotate when the sheave reaches a second speed, and the rotation of the triggering arm can contact and trigger the overspeed protection switch ; characterized in that : the core ring is connected to a rocker arm , and the triggering arm is connected to the rocker arm .
A block for holding at least one electrical cable suitable for being fixed to a support , the block comprising a body in which there is formed at least one passage for the or each electrical cable , and for each passage , a pin movable transversely in the passage relative to the body between: - a clamping position in which the cable associated with the passage is clamped between a bearing surface and a support surface carried by the body , each pin delimiting the bearing surface at one end, and - a retracted position, in which the flow of the cable associated with the passage is free, the pin being moved away from the support surface , the or each support surface is delimited by a reversible insert fitted into a recess of the body opening into the respective passage , the or each reversible insert defining, on two of its opposite faces, two channel-shaped support surfaces of different depths, the or each support surface exposed in the respective passage being suitable for supporting the respective cable . - a clamping position in which the cable associated with the passage is clamped between a bearing surface and a support surface carried by the body , each pin delimiting the bearing surface at one end, and - a retracted position, in which the flow of the cable associated with the passage is free, the pin being moved away from the support surface , the or each support surface is delimited by a reversible insert fitted into a recess of the body opening into the respective passage , the or each reversible insert defining, on two of its opposite faces, two channel-shaped support surfaces of different depths, the or each support surface exposed in the respective passage being suitable for supporting the respective cable .
A suture anchor, comprising an anchor head and an anchor body , wherein a threading hole is formed on the anchor head , the anchor body comprises a laterally pressing portion integrally formed by a plurality of layers of circular truncated cones, and at least two opposite longitudinal cuts are formed on each circular truncated cone of the laterally pressing portion ; from a direction close to the anchor head to a direction away from the anchor head , positions of the longitudinal cuts on adjacent circular truncated cones are deviated toward a same side, the anchor body further comprises an abutment portion located at an end of the laterally pressing portion close to the anchor head , characterized in that a first arc surface that is concave from both sides to the middle is formed on bottom of the anchor head , and a second arc surface that protrudes from both sides to the middle is formed on top of the abutment portion , and the second arc surface and the first arc surface fit with each other, wherein the number of longitudinal cuts on each circular truncated cone of the laterally pressing portion is two; in a state where the first arc surface abuts on the second arc surface , a side edge of a longitudinal cut on the circular truncated cone nearest to the anchor head directly faces the threading hole , and the other side edge of the longitudinal cut on the circular truncated cone furthest from the anchor head directly faces the threading hole , and a plurality of oblique cuts are uniformly formed on a circumference of the abutment portion in a circumferential direction, a cutting depth of the oblique cut at a position near a lower end of the abutment portion is greater than a cutting depth at a position near a top end of the abutment portion .