mhurhangee/patent-ind-claim-en huggingface dataset:
Journal cross of a universal joint with four journals projecting from a base , at least one temperature sensor, which is fastened to the journal cross and has several sensor elements detecting temperature, each assigned to a journal of the journal cross , and a logic , which is mounted on the journal cross , coupled data-wise with the sensor elements and for processing the signals of the temperature sensor characterized in that the sensor elements are assigned to each of the journals and arranged in a lubricant channel that is recessed in the journal cross and that the sensor elements are connected data-wise via data lines to the logic , which are guided through the material forming the base in a sealed manner from the lubricant channel to the outside of the journal cross .
A method of coding implemented by a decoding device or an encoding device, comprising: estimating local illumination compensation, LIC, parameters by using reference samples of a current block and reference samples of a reference block, wherein at least one of the reference samples of the reference block is obtained by using an integer part of a fractional motion vector, MV, unfiltered reference samples are used for LIC parameter estimation, and the estimating LIC parameters is in parallel with performing motion compensation, MC; and obtaining inter prediction of the current block according to the LIC parameters. estimating local illumination compensation, LIC, parameters by using reference samples of a current block and reference samples of a reference block, wherein at least one of the reference samples of the reference block is obtained by using an integer part of a fractional motion vector, MV, unfiltered reference samples are used for LIC parameter estimation, and the estimating LIC parameters is in parallel with performing motion compensation, MC; and obtaining inter prediction of the current block according to the LIC parameters.
A method comprising: configuring, by a first provider edge router , first and second layer-2 domains to forward network traffic, wherein the first layer-2 domain is defined by a first VLAN and the second layer-2 domain is defined by a second V LAN ; characterized by configuring, by the first provider edge router, a first layer-3 Integrated Routing and Bridging, IRB, interface for the first layer-2 domain and a second layer-3 IRB interface for the second layer 2 domain; receiving, by the first provider edge router, a multicast packet from a multicast source device , the multicast source device being included in the first layer-2 domain, the multicast packet having a multicast receiver device in the second layer-2 domain, wherein a second provider edge router is elected as a designated router for forwarding multicast traffic on the second layer-3 IRB interface for the second layer-2 domain, and wherein the first provider edge router is a non-designated router on the second layer-3 IRB interface for the second layer-2 domain; and forwarding, by the first provider edge router and using the first and second layer-3 IRB interfaces, the multicast packet to the multicast receiver device, without receiving the multicast packet from the second provider edge router that has been elected as the designated router on the second layer-3 IRB interface for the second layer-2 domain. configuring, by a first provider edge router , first and second layer-2 domains to forward network traffic, wherein the first layer-2 domain is defined by a first VLAN and the second layer-2 domain is defined by a second V LAN ; characterized by configuring, by the first provider edge router, a first layer-3 Integrated Routing and Bridging, IRB, interface for the first layer-2 domain and a second layer-3 IRB interface for the second layer 2 domain; receiving, by the first provider edge router, a multicast packet from a multicast source device , the multicast source device being included in the first layer-2 domain, the multicast packet having a multicast receiver device in the second layer-2 domain, wherein a second provider edge router is elected as a designated router for forwarding multicast traffic on the second layer-3 IRB interface for the second layer-2 domain, and wherein the first provider edge router is a non-designated router on the second layer-3 IRB interface for the second layer-2 domain; and forwarding, by the first provider edge router and using the first and second layer-3 IRB interfaces, the multicast packet to the multicast receiver device, without receiving the multicast packet from the second provider edge router that has been elected as the designated router on the second layer-3 IRB interface for the second layer-2 domain.
A sound generation system in a vehicle , the sound generation system comprising: a speaker ; a processor ; and a storage device holding instructions executable by the processor to: modulate a sound characteristic of a first frequency range of a synthetic sound to generate a modulated synthetic sound portion while maintaining the sound characteristic of a second frequency range of the synthetic sound that is lower than the first frequency range to generate an unmodulated synthetic sound portion; and output, via the speaker , a combined synthetic sound including both the modulated synthetic sound portion at the first frequency range and the unmodulated synthetic sound portion at the second frequency range; and receive sensed data from a first vehicle sensor , and determine a first vehicle operating parameter using the sensed data, wherein the sound characteristic of the first frequency range of the synthetic sound is modulated as a function of the first vehicle operating parameter, characterized in that the sound characteristic is a corner frequency of a low pass filter or a center frequency of a peak filter . a speaker ; a processor ; and a storage device holding instructions executable by the processor to: modulate a sound characteristic of a first frequency range of a synthetic sound to generate a modulated synthetic sound portion while maintaining the sound characteristic of a second frequency range of the synthetic sound that is lower than the first frequency range to generate an unmodulated synthetic sound portion; and output, via the speaker , a combined synthetic sound including both the modulated synthetic sound portion at the first frequency range and the unmodulated synthetic sound portion at the second frequency range; and receive sensed data from a first vehicle sensor , and determine a first vehicle operating parameter using the sensed data, wherein the sound characteristic of the first frequency range of the synthetic sound is modulated as a function of the first vehicle operating parameter, characterized in that the sound characteristic is a corner frequency of a low pass filter or a center frequency of a peak filter . modulate a sound characteristic of a first frequency range of a synthetic sound to generate a modulated synthetic sound portion while maintaining the sound characteristic of a second frequency range of the synthetic sound that is lower than the first frequency range to generate an unmodulated synthetic sound portion; and output, via the speaker , a combined synthetic sound including both the modulated synthetic sound portion at the first frequency range and the unmodulated synthetic sound portion at the second frequency range; and receive sensed data from a first vehicle sensor , and determine a first vehicle operating parameter using the sensed data, wherein the sound characteristic of the first frequency range of the synthetic sound is modulated as a function of the first vehicle operating parameter, characterized in that the sound characteristic is a corner frequency of a low pass filter or a center frequency of a peak filter .
A method for expanding a dialogue system, the method comprising: receiving , from a user, an utterance through a user interface, the user interface being provided by an application executing on a computing device; automatically providing a list of possible actions based on the utterance; receiving , from a user, a selection of one or more actions through the user interface; receiving, from the user, a designated portion of the utterance which is less than an entirety of the utterance; and automatically generating grammar rules based on the utterance, the selected one or more actions, and the designated portion of the utterance. receiving , from a user, an utterance through a user interface, the user interface being provided by an application executing on a computing device; automatically providing a list of possible actions based on the utterance; receiving , from a user, a selection of one or more actions through the user interface; receiving, from the user, a designated portion of the utterance which is less than an entirety of the utterance; and automatically generating grammar rules based on the utterance, the selected one or more actions, and the designated portion of the utterance.
A battery tray, comprising: a frame structure , comprising a plurality of frames sequentially connected end to end, and arranged to be connected to a vehicle; and a base plate structure , comprising an inner base plate and a reinforcing beam , the inner base plate being located on an inner side of the reinforcing beam and arranged for mounting a battery module, and the inner base plate and the reinforcing beam being fixed inside the frame structure ; characterized in that the battery tray further comprising: a reinforcing block , a first end of the reinforcing block being connected to a corresponding frame in a matching mode, and a second end of the reinforcing block being connected to the reinforcing beam in a matching mode, so as to fixedly connect the reinforcing beam to the frame structure through the reinforcing block . a frame structure , comprising a plurality of frames sequentially connected end to end, and arranged to be connected to a vehicle; and a base plate structure , comprising an inner base plate and a reinforcing beam , the inner base plate being located on an inner side of the reinforcing beam and arranged for mounting a battery module, and the inner base plate and the reinforcing beam being fixed inside the frame structure ; characterized in that the battery tray further comprising: a reinforcing block , a first end of the reinforcing block being connected to a corresponding frame in a matching mode, and a second end of the reinforcing block being connected to the reinforcing beam in a matching mode, so as to fixedly connect the reinforcing beam to the frame structure through the reinforcing block .
A pumping device for conveying a fluid with a single-use device designed for single use and with a reusable device designed for multiple use, wherein the single-use device is designed to be inserted into the reusable device and comprises two pump units arranged in series one behind the other, wherein each pump unit comprises a rotor for conveying the fluid, wherein each rotor is designed as a rotor of a bearingless motor, and can be magnetically levitated without contact and driven without contact for rotation about an axial direction (A), wherein the reusable device is designed for inserting the single-use device and comprises for each rotor a stator which forms with the rotor an electromagnetic rotary drive for rotating the rotor about the axial direction (A), wherein each stator is designed as a bearing and drive stator with which the rotor can be magnetically driven without contact and can be magnetically levitated without contact with respect to the stator , and wherein an independent control device is provided for each stator , which is designed for an independent activation of the respective stator .
An apparatus for computing in association with one or more mobile client devices , comprising: one or more processors ; and a virtual sensor server to be operated by the one or more processors , to provide virtual sensor service to the one or more mobile client devices to virtualize one or more sensors of each of the one or more mobile client devices ; wherein the virtual sensor server is to provide sensor data to each of the one or more mobile client devices , or to report sensor data to one or more recipients external to the one or more mobile client devices on behalf of respective one or ones of the one or more mobile client devices , the provision or the reporting superseding the corresponding sensor(s) on the respective one or more of the mobile client devices ; wherein the virtual sensor service includes provision to the one or more mobile client devices , one or more configuration or operational policies for the one or more sensors on the one or more mobile client devices ; wherein the one or more configuration or operational policies comprise one or more configuration or operational policies for the one or more sensors on the one or more mobile client devices , while the one or more mobile client devices are in a geo-fenced area . one or more processors ; and a virtual sensor server to be operated by the one or more processors , to provide virtual sensor service to the one or more mobile client devices to virtualize one or more sensors of each of the one or more mobile client devices ; wherein the virtual sensor server is to provide sensor data to each of the one or more mobile client devices , or to report sensor data to one or more recipients external to the one or more mobile client devices on behalf of respective one or ones of the one or more mobile client devices , the provision or the reporting superseding the corresponding sensor(s) on the respective one or more of the mobile client devices ; wherein the virtual sensor service includes provision to the one or more mobile client devices , one or more configuration or operational policies for the one or more sensors on the one or more mobile client devices ; wherein the one or more configuration or operational policies comprise one or more configuration or operational policies for the one or more sensors on the one or more mobile client devices , while the one or more mobile client devices are in a geo-fenced area .
A surface cleaning apparatus comprising: a cleaning head including a cleaning head body having one or more agitator chambers , the agitator chambers including one or more openings on an underside of the cleaning head body ; and a brushroll rotatably mounted to the cleaning head body , the brushroll including: an elongated body extending laterally between a first end region (54a; 207a) and a second end region (54b; 207b); a slit opening extending between the first end region (54a; 207a) and the second end region (54b; 207b); one or more angular stationary teeth extending proximate to at least one edge of the slit opening of the elongated body and between the first and second end regions (54a, 54b; 207a, 207b); and a cutting blade configured to be at least partially received within the slit opening and to cycle laterally between the first and second end regions (54a, 54b; 207a, 207b), wherein the cutting blade comprises one or more teeth that are configured to engage with the one or more angular stationary teeth to cut hair; wherein the cutting blade is configured to continuously cycle while the brushroll rotates in the cleaning head body . a cleaning head including a cleaning head body having one or more agitator chambers , the agitator chambers including one or more openings on an underside of the cleaning head body ; and a brushroll rotatably mounted to the cleaning head body , the brushroll including: an elongated body extending laterally between a first end region (54a; 207a) and a second end region (54b; 207b); a slit opening extending between the first end region (54a; 207a) and the second end region (54b; 207b); one or more angular stationary teeth extending proximate to at least one edge of the slit opening of the elongated body and between the first and second end regions (54a, 54b; 207a, 207b); and a cutting blade configured to be at least partially received within the slit opening and to cycle laterally between the first and second end regions (54a, 54b; 207a, 207b), wherein the cutting blade comprises one or more teeth that are configured to engage with the one or more angular stationary teeth to cut hair; wherein the cutting blade is configured to continuously cycle while the brushroll rotates in the cleaning head body . an elongated body extending laterally between a first end region (54a; 207a) and a second end region (54b; 207b); a slit opening extending between the first end region (54a; 207a) and the second end region (54b; 207b); one or more angular stationary teeth extending proximate to at least one edge of the slit opening of the elongated body and between the first and second end regions (54a, 54b; 207a, 207b); and a cutting blade configured to be at least partially received within the slit opening and to cycle laterally between the first and second end regions (54a, 54b; 207a, 207b), wherein the cutting blade comprises one or more teeth that are configured to engage with the one or more angular stationary teeth to cut hair; wherein the cutting blade is configured to continuously cycle while the brushroll rotates in the cleaning head body .
A suction control handle for a medical suction device, said medical suction device being configured for creating a vacuum or connected to a vacuum supply, such that an airflow is present through the suction control handle during use, the suction control handle comprising: - an aeration hole for regulating the airflow through the suction control handle during use; and - a cover element attached to the suction control handle , and formed such that, in use, the airflow through the suction control handle can be gradually adjusted by covering the aeration hole , wholly or partly, by the cover element , the suction control handle characterized in that the cover element comprises an absorbent pad, said absorbent pad comprising an absorbent material for absorbing liquids or body fluids exiting through the aeration hole . - an aeration hole for regulating the airflow through the suction control handle during use; and - a cover element attached to the suction control handle , and formed such that, in use, the airflow through the suction control handle can be gradually adjusted by covering the aeration hole , wholly or partly, by the cover element ,
Wind farm having at least two wind energy installations , each having an operational controller , and a farm master having a power regulator for controlling the wind energy installations , to which a desired value signal for the wind farm power output (P S_Park ) is applied and which outputs desired signals for the power output of the wind energy installation (P S_WEA ), characterized in that the power regulator has a predictor which is designed to determine corrected desired values for the wind energy installations if the desired value signal for the wind farm changes, wherein the corrected desired values are applied to the power regulator .
A dust collector , comprising: a cylindrical housing configured to form an outer appearance of the dust collector ; a primary cyclone unit formed inside the housing to cause a swirling flow to separate dust from air introduced into the housing ; a secondary cyclone unit formed with a set of axial inlet type cyclones configured to receive air (A) and fine dust (F) that have passed through the cyclone, and cause a swirling flow to separate the fine dust (F) from the air (A); and a mesh disposed at an outer side of the secondary cyclone unit to form a boundary between the primary cyclone unit and the secondary cyclone unit , characterized in that the set of axial inlet type cyclones comprises: a first group stacked in multiple stages, an inlet (I) of which is arranged toward the mesh ; and a second group disposed on one side and the other side of the first group, respectively, an inlet and an outlet of which are arranged to face a height direction of the dust collector . a cylindrical housing configured to form an outer appearance of the dust collector ; a primary cyclone unit formed inside the housing to cause a swirling flow to separate dust from air introduced into the housing ; a secondary cyclone unit formed with a set of axial inlet type cyclones configured to receive air (A) and fine dust (F) that have passed through the cyclone, and cause a swirling flow to separate the fine dust (F) from the air (A); and a mesh disposed at an outer side of the secondary cyclone unit to form a boundary between the primary cyclone unit and the secondary cyclone unit , characterized in that the set of axial inlet type cyclones comprises: a first group stacked in multiple stages, an inlet (I) of which is arranged toward the mesh ; and a second group disposed on one side and the other side of the first group, respectively, an inlet and an outlet of which are arranged to face a height direction of the dust collector . a first group stacked in multiple stages, an inlet (I) of which is arranged toward the mesh ; and a second group disposed on one side and the other side of the first group, respectively, an inlet and an outlet of which are arranged to face a height direction of the dust collector .
Tip guide for a fluid distribution outlet , comprising a front part and a rear part that are secured to one another, wherein: - the rear part comprises a filtration element comprising a support component comprising a peripheral wall delimiting an internal housing and extending between an open end comprising an orifice and a blind end , the orifice communicating with the internal housing , and the peripheral wall also comprising at least one lateral opening communicating with the internal housing , at least one gas filtration membrane being arranged in said at least one lateral opening so as to cover said at least one lateral opening , and - the front part comprises a connection head comprising an axial gas passage in fluidic communication with the internal housing of the gas filtration element , and fastening means configured to allow detachable fastening of the tip guide within a fluid distribution outlet , and - the front part and the rear part also comprise reciprocal securing means that make it possible to ensure detachable fastening of said front part and said rear part to one another, characterized in that : - the support component of the filtration element of the rear part is made of a polymer material, and - the connection head of the front part is made of a metallic material. - the rear part comprises a filtration element comprising a support component comprising a peripheral wall delimiting an internal housing and extending between an open end comprising an orifice and a blind end , the orifice communicating with the internal housing , and the peripheral wall also comprising at least one lateral opening communicating with the internal housing , at least one gas filtration membrane being arranged in said at least one lateral opening so as to cover said at least one lateral opening , and - the front part comprises a connection head comprising an axial gas passage in fluidic communication with the internal housing of the gas filtration element , and fastening means configured to allow detachable fastening of the tip guide within a fluid distribution outlet , and - the front part and the rear part also comprise reciprocal securing means that make it possible to ensure detachable fastening of said front part and said rear part to one another, - the support component of the filtration element of the rear part is made of a polymer material, and - the connection head of the front part is made of a metallic material.