mhurhangee/patent-ind-claim-en huggingface dataset:
A method for augmenting detection of objects in an environment of a vehicle , the method comprising receiving , from an image capture device , a first image frame, the first image frame including an attention area associated with a suspected upright object indication, the attention area being an area within the first image frame where the suspected upright object is located; warping , using a level road plane model, an area in a second earlier image frame that corresponds to the attention area, the corresponding area determined using camera and ego-motion parameters of the image capture device and the level road plane model; tracking a plurality of image patches across the warped area in the second image frame and the attention area in the first image frame; and if a tracking success criterion is met: computing a road plane model providing a best fit to the tracked image patches; determining whether to suppress the upright object indication based on whether the best fit road plane model of the tracked image patches is consistent with a road plane model of a road grade associated with a location of the vehicle ; and allowing the upright object indication to proceed when the grade of the road plane model is not consistent with the predetermined road grade associated with the location of the vehicle . receiving , from an image capture device , a first image frame, the first image frame including an attention area associated with a suspected upright object indication, the attention area being an area within the first image frame where the suspected upright object is located; warping , using a level road plane model, an area in a second earlier image frame that corresponds to the attention area, the corresponding area determined using camera and ego-motion parameters of the image capture device and the level road plane model; tracking a plurality of image patches across the warped area in the second image frame and the attention area in the first image frame; and if a tracking success criterion is met: computing a road plane model providing a best fit to the tracked image patches; determining whether to suppress the upright object indication based on whether the best fit road plane model of the tracked image patches is consistent with a road plane model of a road grade associated with a location of the vehicle ; and allowing the upright object indication to proceed when the grade of the road plane model is not consistent with the predetermined road grade associated with the location of the vehicle . computing a road plane model providing a best fit to the tracked image patches; determining whether to suppress the upright object indication based on whether the best fit road plane model of the tracked image patches is consistent with a road plane model of a road grade associated with a location of the vehicle ; and allowing the upright object indication to proceed when the grade of the road plane model is not consistent with the predetermined road grade associated with the location of the vehicle .
A communication device configured to perform a codec rate adaptation, comprising: a storage device storing instructions of: receiving a first bit rate recommendation from a first cell; selecting a first codec rate according to the first bit rate recommendation and encoding a first plurality of packets according to the first codec rate; receiving a handover command configuring the communication device to hand over to a second cell from the first cell; performing a handover to the second cell in response to the handover command; transmitting a bit rate query to the second cell after performing the handover; receiving a second bit rate recommendation from the second cell, wherein the second cell transmits the second bit rate recommendation in response to the bit rate query; and selecting a second codec rate according to the second bit rate recommendation and encoding a second plurality of packets according to the second codec rate; and a processing circuit , coupled to the storage device , configured to execute the instructions stored in the storage device . a storage device storing instructions of: receiving a first bit rate recommendation from a first cell; selecting a first codec rate according to the first bit rate recommendation and encoding a first plurality of packets according to the first codec rate; receiving a handover command configuring the communication device to hand over to a second cell from the first cell; performing a handover to the second cell in response to the handover command; transmitting a bit rate query to the second cell after performing the handover; receiving a second bit rate recommendation from the second cell, wherein the second cell transmits the second bit rate recommendation in response to the bit rate query; and selecting a second codec rate according to the second bit rate recommendation and encoding a second plurality of packets according to the second codec rate; and receiving a first bit rate recommendation from a first cell; selecting a first codec rate according to the first bit rate recommendation and encoding a first plurality of packets according to the first codec rate; receiving a handover command configuring the communication device to hand over to a second cell from the first cell; performing a handover to the second cell in response to the handover command; transmitting a bit rate query to the second cell after performing the handover; receiving a second bit rate recommendation from the second cell, wherein the second cell transmits the second bit rate recommendation in response to the bit rate query; and selecting a second codec rate according to the second bit rate recommendation and encoding a second plurality of packets according to the second codec rate; and a processing circuit , coupled to the storage device , configured to execute the instructions stored in the storage device .
A composition comprising a bacterial strain having a genome with at least 90% sequence identity to SEQ ID NO: 2 for use in a method of treating or preventing allergic asthma, eosinophilic asthma or airway hyper-responsiveness associated with asthma.
A composite storage tank system for gaseous hydrogen, the system comprising a composite storage tank having a composite wall enclosing a gas storage volume , the composite wall including either a metal hydride element, or a metal element capable of forming a metal hydride in the presence of hydrogen, the system further comprising measuring apparatus arranged to measure an electrical characteristic of the metal hydride element or the metal element.
Device for moisture-proofly housing an electronic component , the device comprising a fiber-reinforced, injection molded carrier element which comprises a cavity for receiving the electronic component and which consists of a thermoplastic plastic, the electronic component which is arranged in the cavity, a filling material which adheres to the carrier element and to the electronic component and which is arranged between the electronic component and the carrier element , an electrical conductor which is coupled with the electronic component and the carrier element , and which is at least in portions surrounded by the filling material , wherein the carrier element contains gas bubbles which are spaced from the filling material by less than 10 mm. a fiber-reinforced, injection molded carrier element which comprises a cavity for receiving the electronic component and which consists of a thermoplastic plastic, the electronic component which is arranged in the cavity, a filling material which adheres to the carrier element and to the electronic component and which is arranged between the electronic component and the carrier element , an electrical conductor which is coupled with the electronic component and the carrier element , and which is at least in portions surrounded by the filling material , wherein the carrier element contains gas bubbles which are spaced from the filling material by less than 10 mm.
A method for supplying a vehicle with electrical energy, wherein the vehicle comprises an on-board module containing a value of a reserve of electrical energy units, comprising steps according to which: - a user terminal receives a signal containing a code assigned to a transaction by a remote purchase server, the code having been determined by the remote purchase server based on data identifying the vehicle, the transaction corresponding to a purchase of a given amount of electrical energy units, - the user terminal transmits to the on-board module a unit recharge signal containing the code so that the on-board module increases the value of the reserve of electrical energy units by the amount of units purchased after said on-board module has verified that the code is valid based on the data identifying the vehicle, and - when the vehicle is connected to a charging station: • the charging station triggers the charging of a battery of the vehicle, and • the on-board module decreases the value of the reserve of electrical energy units by the number of electrical energy units corresponding to the amount of electrical energy absorbed by the battery of the vehicle, wherein the charging of the battery ends when the reserve of electrical energy units is depleted. - a user terminal receives a signal containing a code assigned to a transaction by a remote purchase server, the code having been determined by the remote purchase server based on data identifying the vehicle, the transaction corresponding to a purchase of a given amount of electrical energy units, - the user terminal transmits to the on-board module a unit recharge signal containing the code so that the on-board module increases the value of the reserve of electrical energy units by the amount of units purchased after said on-board module has verified that the code is valid based on the data identifying the vehicle, and - when the vehicle is connected to a charging station: • the charging station triggers the charging of a battery of the vehicle, and • the on-board module decreases the value of the reserve of electrical energy units by the number of electrical energy units corresponding to the amount of electrical energy absorbed by the battery of the vehicle, wherein the charging of the battery ends when the reserve of electrical energy units is depleted. • the charging station triggers the charging of a battery of the vehicle, and • the on-board module decreases the value of the reserve of electrical energy units by the number of electrical energy units corresponding to the amount of electrical energy absorbed by the battery of the vehicle,
Glasses with flexible sidepiece, comprising: a frame that is separated at the bridge area , and a sidepiece that is configured from a narrow, elongated part the ends of which are coupled to articulated connection means that connect it to the respective external ends of the cited frame and which is closed at the rear of the head, characterized in that said narrow, elongated part comprises: - respective semi-rigid sections , suitable for allowing the support of the glasses on the temples of the wearer, wherein the semi-rigid sections are made of polymer plastic material, and corresponding to the two sections that include a substantially straight section of the sidepiece at their respective ends and are situated parallel to each other, corresponding to the part of the temples of the wearer when wearing the glasses; and - a flexible central area , corresponding to the rest of the part, that is, to the portion of the part that subsequently surrounds the head of the wearer, wherein said central area is made of thermoplastic elastomer material and has a higher degree of flexibility than that of the semi-rigid sections such that allows the sidepiece to be bent until the glasses can be inserted in a conventional storage bag or case, and in a way that the bent sidepiece does not protrude from the space taken up by the frame , wherein the sidepiece is configured to not lose its shape after being bent and to provide a suitable holding. - respective semi-rigid sections , suitable for allowing the support of the glasses on the temples of the wearer, wherein the semi-rigid sections are made of polymer plastic material, and corresponding to the two sections that include a substantially straight section of the sidepiece at their respective ends and are situated parallel to each other, corresponding to the part of the temples of the wearer when wearing the glasses; and - a flexible central area , corresponding to the rest of the part, that is, to the portion of the part that subsequently surrounds the head of the wearer, wherein said central area is made of thermoplastic elastomer material and has a higher degree of flexibility than that of the semi-rigid sections such that allows the sidepiece to be bent until the glasses can be inserted in a conventional storage bag or case, and in a way that the bent sidepiece does not protrude from the space taken up by the frame ,
A medical system , the medical system comprising: a first one of a plurality of implantable medical devices and a second one of the plurality of implantable medical devices , wherein the first one of the plurality of implantable medical devices is configured to determine to deliver an anti-tachycardia response and to communicate multiple messages from the first one of the plurality of implantable medical devices to the second one of the plurality of implantable medical devices , the multiple messages to the second one of the plurality of implantable medical devices to deliver the anti-tachycardia response via one or more electrodes of the second one of the plurality of implantable medical devices ; wherein, in response to receiving each of the multiple message, the second one of the plurality of implantable medical devices is configured to deliver a single pacing pulse to the one or more electrodes of the second one of the plurality of implantable medical devices , wherein each of the multiple messages is a trigger for delivery of the corresponding single pacing pulse, wherein the first one of the plurality of implantable medical devices is configured to communicate multiple triggers to the second one of the plurality of implantable medical devices in accordance with an anti-tachycardia pacing protocol, wherein the second one of the plurality of implantable medical devices is configured to deliver a single pacing pulse in response to each one of the multiple triggers. a first one of a plurality of implantable medical devices and a second one of the plurality of implantable medical devices , wherein the first one of the plurality of implantable medical devices is configured to determine to deliver an anti-tachycardia response and to communicate multiple messages from the first one of the plurality of implantable medical devices to the second one of the plurality of implantable medical devices , the multiple messages to the second one of the plurality of implantable medical devices to deliver the anti-tachycardia response via one or more electrodes of the second one of the plurality of implantable medical devices ; wherein, in response to receiving each of the multiple message, the second one of the plurality of implantable medical devices is configured to deliver a single pacing pulse to the one or more electrodes of the second one of the plurality of implantable medical devices , wherein each of the multiple messages is a trigger for delivery of the corresponding single pacing pulse, wherein the first one of the plurality of implantable medical devices is configured to communicate multiple triggers to the second one of the plurality of implantable medical devices in accordance with an anti-tachycardia pacing protocol, wherein the second one of the plurality of implantable medical devices is configured to deliver a single pacing pulse in response to each one of the multiple triggers.
An information reading apparatus comprising: a housing having an upper face portion which is seen by a user who uses the information reading apparatus , the upper face portion being light-transmissive and providing a reading surface ; an optical information reading means for optically reading information imaged through a reading port , the reading port being provided in the housing at the reading surface ; a contactless communication means for reading information stored in a contactless communication medium held over the reading surface , the information being read through contactless communication according to transmission/reception of electromagnetic waves via a loop antenna , the loop antenna being arranged in the housing ; and a display means having a screen which displays information showing both reading results of the optical information reading means and reading results of the contactless communication means , the screen being located in the housing at the reading surface , wherein: both the reading port and the screen of the display means are arranged so as to be surrounded by the loop antenna when the upper face portion is viewed from above the upper face portion; wherein the screen of the display means is arranged not to overlap with the loop antenna when the upper face portion is viewed from above the upper face portion. a housing having an upper face portion which is seen by a user who uses the information reading apparatus , the upper face portion being light-transmissive and providing a reading surface ; an optical information reading means for optically reading information imaged through a reading port , the reading port being provided in the housing at the reading surface ; a contactless communication means for reading information stored in a contactless communication medium held over the reading surface , the information being read through contactless communication according to transmission/reception of electromagnetic waves via a loop antenna , the loop antenna being arranged in the housing ; and a display means having a screen which displays information showing both reading results of the optical information reading means and reading results of the contactless communication means , the screen being located in the housing at the reading surface , wherein: both the reading port and the screen of the display means are arranged so as to be surrounded by the loop antenna when the upper face portion is viewed from above the upper face portion; wherein the screen of the display means is arranged not to overlap with the loop antenna when the upper face portion is viewed from above the upper face portion. both the reading port and the screen of the display means are arranged so as to be surrounded by the loop antenna when the upper face portion is viewed from above the upper face portion; wherein the screen of the display means is arranged not to overlap with the loop antenna when the upper face portion is viewed from above the upper face portion.
A brake assembly comprising: a brake carrier that supports first and second brake pad assemblies ; first and second brake pad springs disposed on the first and second brake pad assemblies , respectively; a housing disposed on the brake carrier , wherein the housing receives an actuator for actuating the first and second brake pad assemblies ; and a bridge that is fixedly disposed on the housing , the bridge including: a first side surface that faces toward the brake carrier ; a second side surface that faces toward the brake carrier and is disposed opposite the first side surface ; an inner surface that extends from the first side surface to the second side surface and extends over the first and second brake pad assemblies , wherein the first and second brake pad springs engage the inner surface ; and a support bracket that extends from the inner surface , whereby the support bracket has an inner wall that extends from the inner surface and engages the second brake pad assembly , an outer wall that is spaced apart from the inner wall and extends from the inner surface , and a connecting wall that extends between the inner wall and the outer wall . a brake carrier that supports first and second brake pad assemblies ; first and second brake pad springs disposed on the first and second brake pad assemblies , respectively; a housing disposed on the brake carrier , wherein the housing receives an actuator for actuating the first and second brake pad assemblies ; and a bridge that is fixedly disposed on the housing , the bridge including: a first side surface that faces toward the brake carrier ; a second side surface that faces toward the brake carrier and is disposed opposite the first side surface ; an inner surface that extends from the first side surface to the second side surface and extends over the first and second brake pad assemblies , wherein the first and second brake pad springs engage the inner surface ; and a support bracket that extends from the inner surface , whereby the support bracket has an inner wall that extends from the inner surface and engages the second brake pad assembly , an outer wall that is spaced apart from the inner wall and extends from the inner surface , and a connecting wall that extends between the inner wall and the outer wall . a first side surface that faces toward the brake carrier ; a second side surface that faces toward the brake carrier and is disposed opposite the first side surface ; an inner surface that extends from the first side surface to the second side surface and extends over the first and second brake pad assemblies , wherein the first and second brake pad springs engage the inner surface ; and a support bracket that extends from the inner surface , whereby the support bracket has an inner wall that extends from the inner surface and engages the second brake pad assembly , an outer wall that is spaced apart from the inner wall and extends from the inner surface , and a connecting wall that extends between the inner wall and the outer wall .
Method for the heat treatment of a workpiece (S) consisting of a high-alloy steel, wherein the workpiece (S) is heated to a first temperature (T1) in a vacuum environment, wherein the first temperature (T1) is kept constant during a first holding phase (H1), wherein the component (S) is then heated to a second temperature (T2) that is higher than the first temperature (T1), wherein the second temperature (T2) is kept constant during a second holding phase (H2), and wherein the workpiece (S) is quenched following the second holding phase (H2), wherein a surface of the workpiece (S) is subjected to a circulating flow of a hydrogen-releasing process gas and/or process gas mixture (G1) for cleaning and activating the surface during the first holding phase (H1) in a first treatment step (B1), wherein the surface is subjected to a circulating flow of a nitrogen-releasing process gas and/or process gas mixture (G2) for forming a nitride-containing layer during the first holding phase (H1) in a second treatment step (B2), and wherein the nitride-containing layer is provided to optimize a downstream gas nitriding process, characterized in that the first holding phase (H1) is switched over to the second holding phase (H2) during the second treatment step (B2), in that the surface is subjected to a circulating flow of the hydrogen-releasing process gas and/or process gas mixture (G1) at a first treatment pressure (P1) and the surface is subjected to a circulating flow of the nitrogen-releasing process gas and/or process gas mixture (G2) at a second treatment pressure (P2), wherein the respective treatment pressure (P1, P2) is in a pressure range of between 10 mbar and 3000 mbar, in that the second treatment step (B2) ends with the second holding phase (H2), in that the first temperature (T1) amounts to at least 800°C to 1090°C, and preferably 900°C, during the first holding phase (H1) and in that the second temperature (T2) is selected as the austenitization temperature of the workpiece (S), wherein the first treatment pressure (P1) is the hydrogen partial pressure and the second treatment pressure (P2) is the nitrogen partial pressure, and wherein the first treatment pressure (P1) is less than the second treatment pressure (P2).