mhurhangee/patent-ind-claim-en huggingface dataset:
Sound or ultrasound sensor for transmitting and/or receiving sound or ultrasound, having a housing which is closed off in a pot-shaped manner by a base , an electromechanical transducer , preferably a piezoelectric element , for generating and/or receiving sound or ultrasound through the base , wherein the housing is divided into a fastening part for fastening the sensor and a functional part , wherein the functional part and the fastening part are joined together by means of an elastomer part , characterized in that the electromechanical transducer is enclosed by the base and by a preferably metallic, shielding can , wherein the functional part and the fastening part are formed as nestable tube sections which are arranged coaxially and form a circumferential gap in which the elastomer part is provided, the elastomer part being transparent, and the sensor having an electronic assembly with light-emitting means , preferably at least one light-emitting diode , whose emitted light is visible through the elastomer part .
Crystalline aluminosilicate zeolite having a maximum pore size of eight tetrahedral atoms, wherein the zeolite has a total proton content of less than 2 mmol per gram, determined as described in the description, and wherein the zeolite framework type material is chosen from AEI, CHA, LEV, ETL, ESV and DDR.
A user equipment operable in a wireless communications system supporting direct communication between user equipments, comprising: a scheduling unit; and a transmitter, characterized in that the scheduling unit is configured to: select a sidelink destination group associated with a sidelink logical channel having sidelink data available for transmission, the selected sidelink logical channel having a highest logical channel priority among sidelink logical channels having data available for transmission, wherein each of the sidelink logical channels belongs to a sidelink destination group, each of the sidelink logical channels is allocated to a logical channel group ,LCG, depending on a priority of said each sidelink logical channel and on a priority of the logical channel group, and the logical channel group is defined per sidelink destination group; and allocate radio resources to sidelink logical channels belonging to the selected sidelink destination group in decreasing logical channel group priority order, and the transmitter is configured to transmit the sidelink data using the allocated radio resources. a scheduling unit; and a transmitter, characterized in that the scheduling unit is configured to: select a sidelink destination group associated with a sidelink logical channel having sidelink data available for transmission, the selected sidelink logical channel having a highest logical channel priority among sidelink logical channels having data available for transmission, wherein each of the sidelink logical channels belongs to a sidelink destination group, each of the sidelink logical channels is allocated to a logical channel group ,LCG, depending on a priority of said each sidelink logical channel and on a priority of the logical channel group, and the logical channel group is defined per sidelink destination group; and allocate radio resources to sidelink logical channels belonging to the selected sidelink destination group in decreasing logical channel group priority order, and the transmitter is configured to transmit the sidelink data using the allocated radio resources. select a sidelink destination group associated with a sidelink logical channel having sidelink data available for transmission, the selected sidelink logical channel having a highest logical channel priority among sidelink logical channels having data available for transmission, wherein each of the sidelink logical channels belongs to a sidelink destination group, each of the sidelink logical channels is allocated to a logical channel group ,LCG, depending on a priority of said each sidelink logical channel and on a priority of the logical channel group, and the logical channel group is defined per sidelink destination group; and allocate radio resources to sidelink logical channels belonging to the selected sidelink destination group in decreasing logical channel group priority order, and the transmitter is configured to transmit the sidelink data using the allocated radio resources.
Sawing machine arranged for sawing micro trenches in an area comprising a first layer (L1) and a second layer (L2), said first layer (L1) being a road layer, such as asphalt or concrete, and said second layer (L2) being a bearing layer for said first layer (L1), wherein said second layer (L2) comprises for example macadam, gravel, stone, sand, earth, and/or debris; wherein said micro trenches are adapted for receiving at least one duct/cable; said sawing machine comprising a stabilizing device arranged for stabilizing the walls of the micro trenches when placing ducts/cables into the micro trenches, the stabilizing device having associated therewith an inlet and an outlet for the ducts/cables, and guide means between the inlet and outlet for guiding the ducts/cables through the stabilizing device and into the micro trench; characterised by further comprising at least one saw blade comprising coding elements forming at least one code symbol representing a unique identity for said saw blade ; reading means for reading said coding elements; wherein said at least one code symbol functions as an immobilizer for said sawing machine , said sawing machine being arranged not to start if said unique identity is not valid.
Storage device for storing electrical energy for a motor vehicle, with at least one storage cell , which comprises a cell housing , a receiving chamber delimited by the cell housing and at least one storage means accommodated in the receiving chamber for storing electrical energy, and with a safety device , wherein the safety device includes a separating device designed for separating at least the storage cell from a circuit of the storage device as the first safety device, a short-circuit device designed to cause a short circuit at least of the storage cell as a second safety device and a degassing device designed for degassing the receiving chamber as a third safety device, wherein the safety devices are designed to change sequentially from a respective deactivated state to a respective activated state during a critical variation of the condition of the storage cell , characterized in that the safety device is designed to ensure that the separating device , then the short-circuit device and then the degassing device change from the respective deactivated state to the respective activated state during the critical variation of the condition, wherein the respective safety device can be changed from the respective deactivated state to the respective activated state by a respective pressure prevailing in the receiving chamber . characterized in that the safety device is designed to ensure that the separating device , then the short-circuit device and then the degassing device change from the respective deactivated state to the respective activated state during the critical variation of the condition, wherein the respective safety device can be changed from the respective deactivated state to the respective activated state by a respective pressure prevailing in the receiving chamber .
A method, for use in a first wireless device, of selecting a transmission format for a device to device, D2D, or Vehicle to anything, V2x, communication network, the method comprising: determining (S100) a speed of the first wireless device ; and selecting (S102) a transmission format for the first wireless device based on the speed of the first wireless device , the selected transmission format including a number of resource blocks and a number of retransmissions, the selected transmission format for use in a transmission with a second wireless device. determining (S100) a speed of the first wireless device ; and selecting (S102) a transmission format for the first wireless device based on the speed of the first wireless device , the selected transmission format including a number of resource blocks and a number of retransmissions, the selected transmission format for use in a transmission with a second wireless device.
Automatic coffee machine comprising a coffee bean tray supplying a crusher , said tray comprising an upper opening covered by a removable lid , said coffee machine comprising a safety device of presence of the lid on the upper opening which comprises a safety rod which extends from an edge of the lid and a switch equipped with a push-button which is movable between an activated position, wherein the lid is present on the tray and the safety rod acts on the push-button and the switch which enables the operation of the crusher , and a deactivated position, wherein the lid is removed from the tray and the switch prohibits the operation of the crusher , the safety rod comprising a support member which engages with a support surface of the push-button in the activated position, characterised in that the safety rod extends transversally to a plane P wherein the lid falls, and in that the cover is rotatably movable on the tray about an axis Δ tangent to the edge of the lid and passing through a junction zone of the safety rod , the support member of the safety rod being sized to be uncoupled from the support surface of the push-button when the lid placed on the tray pivots about the axis Δ of an angular value greater than 20° and thus make the push-button pass into the deactivated position.
A method for treating lignin extracted from lignocellulosic raw material comprising - subjecting the lignin extracted from lignocellulosic raw material to hydrothermal carbonization process for 1 to 10 hours at a temperature of 150 to 300 °C, where carbonized lignin having increased carbon content is obtained, characterized by - stabilizing the obtained carbonized lignin under controlled atmosphere at a stabilization temperature higher than the temperature of the hydrothermal carbonization process by - raising temperature from a starting temperature to an end temperature of 300 - 600°C and - holding the material in the end temperature for 10 min - 10h thereby - converting the lignin having increased carbon content to a more permanent stabilized form. - subjecting the lignin extracted from lignocellulosic raw material to hydrothermal carbonization process for 1 to 10 hours at a temperature of 150 to 300 °C, where carbonized lignin having increased carbon content is obtained, characterized by - stabilizing the obtained carbonized lignin under controlled atmosphere at a stabilization temperature higher than the temperature of the hydrothermal carbonization process by - raising temperature from a starting temperature to an end temperature of 300 - 600°C and - holding the material in the end temperature for 10 min - 10h thereby - converting the lignin having increased carbon content to a more permanent stabilized form.
Hand-held machine tool with a tool holder for holding a tool , a motor , at least one gear stage that may be switched, which connects the motor to the tool holder in a driving way, in which the gear stage has a gear element with teeth that may move in a switching direction , which engages with corresponding teeth in a first gear position and does not engage with corresponding teeth in a second gear position, a finger (32; 49, 50) fastened to the grip , which may be moved by a user between at least a first switching position and a second switching position in the switching direction , in which the first switching position is allocated to the first gear position and the second switching position is allocated to the second gear position, a connecting device , which has a carriage that may move in the switching direction , in which the carriage is connected to the gear element that may move, a spring element , which contains a springy first section (25; 43) and a springy second section (26; 44), in which both sections (25, 26; 43, 44) have an end (27, 28; 45, 46) fastened to the carriage respectively and an end (29, 30; 47, 48) opposite the carriage that may move, and in which the finger (32; 49, 50) is arranged along the switching axis between the sections (25, 26; 43, 44), characterised by a latching device of the carriage with a housing , in which the latching device is locked in the first gear position and the second gear position and not locked in positions between the first gear position and the second gear position.
A battery module , comprising: a battery cell stack including a plurality of battery cells respectively having electrode leads , the plurality of battery cells being stacked on one another; and a plurality of first and second interconnect board (ICB) covers to which first and second bent electrode lead connections at which an electrode lead of any one battery cell among the plurality of battery cells and an electrode lead of another battery cell adjacent to the any one battery cell are connected to each other are coupled, characterized in that the plurality of first and second ICB covers each include bus bars electrically connected to the electrode leads and disposed on different parallel straight virtual lines, wherein the bus bars of the first ICB covers are disposed on a virtual straight line at a location adjacent to the body of the battery cells , and the bus bars of the second ICB covers are disposed at a location farther from the body of the battery cells than the first ICB covers , wherein the plurality of first electrode lead connections is coupled to the first ICB covers and the plurality of second electrode lead connections is coupled to the second ICB covers , and wherein the plurality of first electrode lead connections and the plurality of second electrode lead connections are arranged alternately. a battery cell stack including a plurality of battery cells respectively having electrode leads , the plurality of battery cells being stacked on one another; and a plurality of first and second interconnect board (ICB) covers to which first and second bent electrode lead connections at which an electrode lead of any one battery cell among the plurality of battery cells and an electrode lead of another battery cell adjacent to the any one battery cell are connected to each other are coupled, characterized in that the plurality of first and second ICB covers each include bus bars electrically connected to the electrode leads and disposed on different parallel straight virtual lines, wherein the bus bars of the first ICB covers are disposed on a virtual straight line at a location adjacent to the body of the battery cells , and the bus bars of the second ICB covers are disposed at a location farther from the body of the battery cells than the first ICB covers , wherein the plurality of first electrode lead connections is coupled to the first ICB covers and the plurality of second electrode lead connections is coupled to the second ICB covers , and wherein the plurality of first electrode lead connections and the plurality of second electrode lead connections are arranged alternately.
A method of wireless communication, comprising: determining , at a user equipment, UE, capable of carrier aggregation, CA, to signal at least one CA combination supported by the UE, the at least one CA combination including a band, wherein the band is one of: a first band, wherein the first band is a superset of a second band, or a second band, wherein a first band is a superset of the second band; and signaling , by the UE, the at least one CA combination supported by the UE; characterized in that : when the signaled at least one CA combination includes the first band combined with another band, the signaled at least one CA combination is used by a network entity to determine a CA combination including the second band combined with the other band; or when the signaled at least one CA combination includes the second band combined with the other band, the signaled at least one CA combination is used by the network entity to determine a CA combination including the first band combined with the other band. determining , at a user equipment, UE, capable of carrier aggregation, CA, to signal at least one CA combination supported by the UE, the at least one CA combination including a band, wherein the band is one of: a first band, wherein the first band is a superset of a second band, or a second band, wherein a first band is a superset of the second band; and signaling , by the UE, the at least one CA combination supported by the UE; characterized in that : when the signaled at least one CA combination includes the first band combined with another band, the signaled at least one CA combination is used by a network entity to determine a CA combination including the second band combined with the other band; or when the signaled at least one CA combination includes the second band combined with the other band, the signaled at least one CA combination is used by the network entity to determine a CA combination including the first band combined with the other band. when the signaled at least one CA combination includes the first band combined with another band, the signaled at least one CA combination is used by a network entity to determine a CA combination including the second band combined with the other band; or when the signaled at least one CA combination includes the second band combined with the other band, the signaled at least one CA combination is used by the network entity to determine a CA combination including the first band combined with the other band.
A method of predicting a fault in an air-conditioning pack of an aircraft where the air-conditioning pack includes one or more sensors outputting data related to air-conditioning pack temperature, air-conditioning pack pressure, or air-conditioning pack valve or actuator position, the method comprising: transmitting data , from at least one of the sensors operably coupled to the air-conditioning pack; comparing , by a controller included in the aircraft , the transmitted data to a predetermined threshold, wherein the controller is operable to communicate through a wireless communication link with a remote database, said database being located off the aircraft and containing said predetermined threshold; predicting a fault in the air-conditioning pack based on the comparison; and providing an indication of the predicted fault. transmitting data , from at least one of the sensors operably coupled to the air-conditioning pack; comparing , by a controller included in the aircraft , the transmitted data to a predetermined threshold, wherein the controller is operable to communicate through a wireless communication link with a remote database, said database being located off the aircraft and containing said predetermined threshold; predicting a fault in the air-conditioning pack based on the comparison; and providing an indication of the predicted fault.
A method for scheduling users with different Guard Interval, GI, length for multi-user transmission in a wireless communication system, wherein each of the users is associated with a GI length, said method comprising grouping (S1; S11) at least a subset of the users into at least two groups according to GI length for transmission in allocated transmission opportunity, TXOP, resources, wherein users with the same GI length are scheduled for transmission as a group within the at least two groups in the same TXOP and groups, within the at least two groups, of different GI length are scheduled (S12) for transmission in different TXOPs.
A method for monitoring mobility levels of an individual animal , the method comprising: obtaining a video recording of an animal moving through a space, the video recording captured by a two-dimensional imaging device from an overhead angle; extracting, from the video recording using an image processing device , a set of reference points (410_1 - 410_n), each reference point (410_1 - 410_n) being associated with a body part location of the animal, wherein the step of extracting comprising: segmenting the video recording into a set of individual frames (400_1- 400_n), detecting, in each frame (400_1-400_n), an instance representing the shape of the animal body; identifying, on the detected instance in each individual frame (400_1-400_n), the set of reference points, and extracting corresponding x and y coordinate values for each reference point, the x and y coordinate values being indicative of a position of each refence point in an individual frame; and determining, by means of a trained neural network, a mobility score for the animal based on at least the relative position of the reference points (410_1 - 410_n) between individual frames (400_1-400_n), wherein the mobility score is indicative of the mobility level of the animal . obtaining a video recording of an animal moving through a space, the video recording captured by a two-dimensional imaging device from an overhead angle; extracting, from the video recording using an image processing device , a set of reference points (410_1 - 410_n), each reference point (410_1 - 410_n) being associated with a body part location of the animal, wherein the step of extracting comprising: segmenting the video recording into a set of individual frames (400_1- 400_n), detecting, in each frame (400_1-400_n), an instance representing the shape of the animal body; identifying, on the detected instance in each individual frame (400_1-400_n), the set of reference points, and extracting corresponding x and y coordinate values for each reference point, the x and y coordinate values being indicative of a position of each refence point in an individual frame; and segmenting the video recording into a set of individual frames (400_1- 400_n), detecting, in each frame (400_1-400_n), an instance representing the shape of the animal body; identifying, on the detected instance in each individual frame (400_1-400_n), the set of reference points, and extracting corresponding x and y coordinate values for each reference point, the x and y coordinate values being indicative of a position of each refence point in an individual frame; and determining, by means of a trained neural network, a mobility score for the animal based on at least the relative position of the reference points (410_1 - 410_n) between individual frames (400_1-400_n), wherein the mobility score is indicative of the mobility level of the animal .
An implantable neurostimulator for treating chronic cardiac dysfunction, comprising: a pulse generator configured to deliver electrical therapeutic stimulation; and an integrated leadless heart rate sensor configured to sense and record heart rate while the electrical therapeutic stimulation is delivered by the pulse generator without influencing how the electric therapeutic stimulation is tuned and delivered; a memory storing stimulation parameters defining a periodic duty cycle comprising a percentage of time during which the pulse generator delivers the electrical therapeutic stimulation; wherein the duty cycle is between 5% to 30%. a pulse generator configured to deliver electrical therapeutic stimulation; and an integrated leadless heart rate sensor configured to sense and record heart rate while the electrical therapeutic stimulation is delivered by the pulse generator without influencing how the electric therapeutic stimulation is tuned and delivered; a memory storing stimulation parameters defining a periodic duty cycle comprising a percentage of time during which the pulse generator delivers the electrical therapeutic stimulation; wherein the duty cycle is between 5% to 30%.