mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication performed by a base station (105-a), comprising: determining that a transmission time interval (315; 370), TTI, includes a downlink grant and an uplink grant to a user equipment, UE (115; 115a-e), wherein the uplink grant indicates uplink resources on a physical uplink shared channel, PUSCH, and wherein the downlink grant indicates downlink resources on a physical downlink shared channel, PDSCH; transmitting the downlink grant to the UE (115; 115a-e); configuring the uplink grant indicating the downlink grant is included in the same TTI as the uplink grant ; transmitting the uplink grant to the UE (115; 115a-e); and transmitting a downlink transmission on the PDSCH to the UE (115; 115a-e); monitoring a feedback uplink shared channel resource indicated in the uplink grant for acknowledgment receipt feedback, wherein the acknowledgment receipt feedback has a fixed payload size. determining that a transmission time interval (315; 370), TTI, includes a downlink grant and an uplink grant to a user equipment, UE (115; 115a-e), wherein the uplink grant indicates uplink resources on a physical uplink shared channel, PUSCH, and wherein the downlink grant indicates downlink resources on a physical downlink shared channel, PDSCH; transmitting the downlink grant to the UE (115; 115a-e); configuring the uplink grant indicating the downlink grant is included in the same TTI as the uplink grant ; transmitting the uplink grant to the UE (115; 115a-e); and transmitting a downlink transmission on the PDSCH to the UE (115; 115a-e); monitoring a feedback uplink shared channel resource indicated in the uplink grant for acknowledgment receipt feedback, wherein the acknowledgment receipt feedback has a fixed payload size.
Method for connecting metallic components, in particular for structures in metal or railing construction, in which at least two components , preferably but not exclusively consisting of aluminum, are connected by means of at least one pin-like connecting element made of stainless steel, which is provided at the first end with a thread-forming part and the second end of which is designed as a hexagonal screw head , and is provided between the first end and the second end with a retaining mechanism , furthermore with means for guiding and pressing the components together, characterized in that in a first step the first end of the at least one connecting element is screwed into the first borehole of the first component by means of the thread-forming part and in a second step, the at least one connecting element is inserted with the second end into the second borehole of the second component and is positioned by means of positioning and holding means, and in a third step, the second component is pressed non-releasably to the first component by means of the at least one connecting element .
A method for imaging, the method comprising: providing an imaging device having a table; performing, based on a scanning protocol, scans of a subject located on the table at multiple table positions, each scan covering a portion of the subject; acquiring data based on the scans of the subject; reconstructing an image based on the acquired data; generating a formatted file; generating an image-formatted file using a screenshotting method; converting the image-formatted file into a one-dimensional data set; and converting the one-dimensional data set into a DICOM-formatted file. providing an imaging device having a table; performing, based on a scanning protocol, scans of a subject located on the table at multiple table positions, each scan covering a portion of the subject; acquiring data based on the scans of the subject; reconstructing an image based on the acquired data; generating a formatted file; generating an image-formatted file using a screenshotting method; converting the image-formatted file into a one-dimensional data set; and converting the one-dimensional data set into a DICOM-formatted file.
Vapour extraction device with a housing , a housing aperture provided in the housing and which represents an intake opening, by way of which air can enter the housing at least in sections, and at least one cover for at least one part of the housing opening , wherein the cover is mounted movably with respect to the housing , wherein the vapour extraction device comprises an actuation device , which has at least one Bowden cable , which is arranged so that at least one end of the Bowden cable is connected to the side of the cover , which is facing the interior of the housing , characterised in that the vapour extraction device represents a ceiling fan with a horizontal housing aperture and the side of the cover, which is facing the interior of the housing, is the top side of the cover, or the vapour extraction device represents a table fan with a horizontal housing aperture, and the side of the cover, which is facing the interior of the housing, is the lower side of the cover, that the actuation device has a winding unit in which at least one part of at least one inner rope of the Bowden cable can be wound, that in order to create a pinch protection for the user in the winding unit , at least one roller and at least one drive motor are provided for driving the roller and the roller is fastened to the motor shaft of the drive motor and a slip clutch is preferably arranged between the roller and the motor shaft, and/or that in order to create a pinch protection for the user, the Bowden cable comprises at least one inner rope and a sleeve, and at least one pull spring is integrated into at least one inner rope .
A communication system comprising: a connector ; a master device ; a superordinate trunk cable connected to the master device ; a superordinate slave device (30#1) connected to the master device via the superordinate trunk cable and the connector ; a subordinate trunk cable connected to the connector ; and a subordinate slave device (30#2) connected to the superordinate slave device (30#1) via the subordinate trunk cable and the connector , the connector comprising: a superordinate power line via which power that is supplied from the master device is transmitted, a power branching unit configured to branch power supplied from the master device into a first power line (41A1, 41B1) toward the superordinate slave device (30#1) and a second power line (41A2, 41B2) toward the subordinate slave device (30#2); a superordinate signal line via which communication between the master device and the superordinate slave device (30#1) is transmitted; and a subordinate signal line which is insulated from the superordinate signal line and via which communication between the superordinate slave device (30#1) and the subordinate slave device (30#2) is transmitted; wherein the master device is a servo amplifier, and each of the superordinate slave device (30#1) and the subordinate slave device (30#2) is any one of an encoder and a sensor. a connector ; a master device ; a superordinate trunk cable connected to the master device ; a superordinate slave device (30#1) connected to the master device via the superordinate trunk cable and the connector ; a subordinate trunk cable connected to the connector ; and a subordinate slave device (30#2) connected to the superordinate slave device (30#1) via the subordinate trunk cable and the connector , the connector comprising: a superordinate power line via which power that is supplied from the master device is transmitted, a power branching unit configured to branch power supplied from the master device into a first power line (41A1, 41B1) toward the superordinate slave device (30#1) and a second power line (41A2, 41B2) toward the subordinate slave device (30#2); a superordinate signal line via which communication between the master device and the superordinate slave device (30#1) is transmitted; and a superordinate power line via which power that is supplied from the master device is transmitted, a power branching unit configured to branch power supplied from the master device into a first power line (41A1, 41B1) toward the superordinate slave device (30#1) and a second power line (41A2, 41B2) toward the subordinate slave device (30#2); a superordinate signal line via which communication between the master device and the superordinate slave device (30#1) is transmitted; and a subordinate signal line which is insulated from the superordinate signal line and via which communication between the superordinate slave device (30#1) and the subordinate slave device (30#2) is transmitted; wherein the master device is a servo amplifier, and each of the superordinate slave device (30#1) and the subordinate slave device (30#2) is any one of an encoder and a sensor.
Device for maintaining and/or repairing a construction machine , with a mobile maintenance station that can be placed at the jobsite of the construction machine, comprising a 3D printer for printing replacement parts for the construction machine on the basis of component data and/or a mobile display device for displaying repair information on the construction machine on the basis of component data, that comprises an augmented reality device that displays on a display an image of the component to be repaired and the mounting environment of the component to be repaired, and overlays a mounting position of the component to be repaired in the mounting environment onto the displayed image on the display, wherein a data supply station can be connected to the maintenance station by way of a communication link and is configured for providing the maintenance station with augmented reality data for overlaying the component information and/or position in the mounting environment, and the maintenance station is configured for overlaying the mounting position of the component to be repaired in the mounting environment onto the displayed image on the display, depending on the augmented reality and/or component data obtained from the data supply station , characterized in that the maintenance station and/or the data supply station comprises an identification device for identifying a component on the construction machine that requires to be repaired and/or maintained with an image evaluation device for evaluating images of the component to be repaired taken by a camera and identifying the component from these image data, wherein the image evaluation device comprises color evaluation means for identifying the component on the basis of a color of the component and/or geometry evaluation means for identifying the component on the basis of a diameter of the component and/or a dimension of at least one main axis of extension and/or a geometry dimension of the component.
A method for diagnosing a domesticated dog for obesity or a predisposition to obesity comprising: measuring from a biological sample that has been obtained from the dog the level of a gut population of both Eubacterium tenue and Clostridium hiranonis, and determining that the domesticated dog is obese or has a predisposition to obesity if the level for the selected bacteria is below a pre-determined threshold, and determining that the domesticated dog is not obese or does not have a predisposition to obesity if the level for the selected bacteria is above a pre-determined threshold, wherein the pre-determined threshold is calculated by measuring the expression level or DNA copy number presence of a specific bacterial species from a control sample that has been obtained from a domesticated dog or a group thereof not qualified as being obese or lean. measuring from a biological sample that has been obtained from the dog the level of a gut population of both Eubacterium tenue and Clostridium hiranonis, and determining that the domesticated dog is obese or has a predisposition to obesity if the level for the selected bacteria is below a pre-determined threshold, and determining that the domesticated dog is not obese or does not have a predisposition to obesity if the level for the selected bacteria is above a pre-determined threshold, wherein the pre-determined threshold is calculated by measuring the expression level or DNA copy number presence of a specific bacterial species from a control sample that has been obtained from a domesticated dog or a group thereof not qualified as being obese or lean.
An alkaline electrochemical cell, comprising: a) a container; and b) an electrode assembly disposed within the container and comprising a cathode, an anode, a separator located between the cathode and the anode, an alkaline electrolyte solution, and a long-chain surfactant in an amount sufficient to delay anode shutdown; wherein the long-chain surfactant has the structure R 1 -(R 2 Y) n -R 3 , wherein R 1 is a hydrophobic group, R 2 is selected from the group consisting of ethylene and propylene, Y is selected from the group consisting of O and S, R 3 is a hydrophilic group, and n ≥ 12. a) a container; and b) an electrode assembly disposed within the container and comprising a cathode, an anode, a separator located between the cathode and the anode, an alkaline electrolyte solution, and a long-chain surfactant in an amount sufficient to delay anode shutdown; wherein the long-chain surfactant has the structure R 1 -(R 2 Y) n -R 3 , wherein R 1 is a hydrophobic group, R 2 is selected from the group consisting of ethylene and propylene, Y is selected from the group consisting of O and S, R 3 is a hydrophilic group, and n ≥ 12.
A method of controlling powder in an additive manufacturing process, the method comprising: solidifying a portion of a first layer of powder to form a first layer of a workpiece ; capturing a first topology indicative of the first layer of powder and the first layer of the workpiece; moving a recoater across the second layer of powder; wherein the recoater comprises: a front shield ; an array of pins slideably mounted to the front shield; an actuator mounted to the front shield and operably connected to the array of pins; and a covering attached to a bottom face or to a leading edge of the array of pins and extending across an entire expanse of the array of pins; the method further comprising: varying heights of portions of the recoater while moving the recoater, based on the first topology captured, to avoid contact of the recoater with solidified portions of the first layer that could stress the portions of the recoater if the heights of the portions were not varied. solidifying a portion of a first layer of powder to form a first layer of a workpiece ; capturing a first topology indicative of the first layer of powder and the first layer of the workpiece; moving a recoater across the second layer of powder; wherein the recoater comprises: a front shield ; an array of pins slideably mounted to the front shield; an actuator mounted to the front shield and operably connected to the array of pins; and a covering attached to a bottom face or to a leading edge of the array of pins and extending across an entire expanse of the array of pins; the method further comprising: a front shield ; an array of pins slideably mounted to the front shield; an actuator mounted to the front shield and operably connected to the array of pins; and a covering attached to a bottom face or to a leading edge of the array of pins and extending across an entire expanse of the array of pins; the method further comprising: varying heights of portions of the recoater while moving the recoater, based on the first topology captured, to avoid contact of the recoater with solidified portions of the first layer that could stress the portions of the recoater if the heights of the portions were not varied.
A compound for use in treatment of acute myeloid leukemia, multiple myeloma, B-prolymphocytic leukemia, non-Hodgkin's lymphoma, diffuse large B cell lymphoma, anaplastic large cell lymphoma, mantle cell lymphoma, triple negative breast cancer, melanoma, prostate cancer, or cancer of the esophagus, wherein the compound is selected from: or a pharmaceutically acceptable salt thereof.
A method for an audio signal processor, comprising: receiving an audio signal from an audio source ; receiving headphone position data from a sensor coupled to a headphone assembly rendering the audio signal to a user ; receiving one or more transducer parameters from one or more transducers of the headphone assembly ; monitoring one or more acoustic profile parameters of the audio signal based on the one or more transducer parameters ; monitoring one or more listener-headphone engagement parameters based on the headphone position data; and adjusting the audio signal reaching the user's ears and/or acoustic stimulation based on the monitoring of the one or more acoustic profile parameters and the monitoring of one or more listener-headphone engagement parameters; wherein the one or more listener-headphone engagement parameters include a current engagement status of the headphone assembly with respect to the user and a duration of active engagement of the headphone assembly with respect to the user , and wherein adjusting the audio signal includes one or more of filtering impulsive sounds having intensity greater than a threshold intensity, reducing overall intensity of the audio input, reducing intensity of selected frequencies of the audio signal, and adaptively shaping the sound spectrum over time. receiving an audio signal from an audio source ; receiving headphone position data from a sensor coupled to a headphone assembly rendering the audio signal to a user ; receiving one or more transducer parameters from one or more transducers of the headphone assembly ; monitoring one or more acoustic profile parameters of the audio signal based on the one or more transducer parameters ; monitoring one or more listener-headphone engagement parameters based on the headphone position data; and adjusting the audio signal reaching the user's ears and/or acoustic stimulation based on the monitoring of the one or more acoustic profile parameters and the monitoring of one or more listener-headphone engagement parameters; wherein the one or more listener-headphone engagement parameters include a current engagement status of the headphone assembly with respect to the user and a duration of active engagement of the headphone assembly with respect to the user , and wherein adjusting the audio signal includes one or more of filtering impulsive sounds having intensity greater than a threshold intensity, reducing overall intensity of the audio input, reducing intensity of selected frequencies of the audio signal, and adaptively shaping the sound spectrum over time.
A panel for use in an open roof construction for a vehicle, comprising: a substantially rectangular panel main body made of transparent material, and at least one elongated reinforcing bracket positioned at least partly in the vicinity of an edge of said panel main body and firmly connected thereto, said reinforcing bracket being made of a material which is thinner than that of the material of the panel main body and including a structure (11 - 13) to fix the reinforcing bracket to an operating mechanism configured to support the panel and control movements thereof, characterized in that said edge of the panel main body comprises at least an inward recess which is spaced from at least one of the two adjacent edges of the panel main body and the reinforcing bracket comprises at least an upward step into the recess, said upward step extending along at least a portion of the recess and being dimensioned to accommodate a part of the operating mechanism under it. a substantially rectangular panel main body made of transparent material, and at least one elongated reinforcing bracket positioned at least partly in the vicinity of an edge of said panel main body and firmly connected thereto, said reinforcing bracket being made of a material which is thinner than that of the material of the panel main body and including a structure (11 - 13) to fix the reinforcing bracket to an operating mechanism configured to support the panel and control movements thereof, characterized in that said edge of the panel main body comprises at least an inward recess which is spaced from at least one of the two adjacent edges of the panel main body and the reinforcing bracket comprises at least an upward step into the recess, said upward step extending along at least a portion of the recess and being dimensioned to accommodate a part of the operating mechanism under it.
Electrochemical device , comprising at least one electrochemical cell , comprising: ∘ a membrane electrode assembly formed of an electrolytic proton-exchange membrane , of a first electrode in contact with a first face (19.1) of the membrane , and of a second electrode in contact with a second, opposite face (19.2) of the membrane , ∘ two bipolar plates (13.1, 13.2), between which the membrane electrode assembly is located, at least one first discharge manifold (15.1) passing through said bipolar plates and in fluidic communication with the first face (19.1) of the membrane , ∘ the membrane electrode assembly comprising an active zone delimited by the first and second electrodes , and a connection zone located between the active zone and the first discharge manifold (15.1); characterized in that it comprises at least one hydrogen sensor , comprising: ∘ an anode positioned in the connection zone in contact with the first face (19.1) and including a catalyst suitable for ensuring the oxidation of the hydrogen, and a cathode in contact with the second face (19.2) and located opposite the anode ; ∘ a voltage source suitable for applying a voltage between the anode and the cathode via an electric circuit; ∘ a current sensor , connected to the voltage source , suitable for measuring the electric current flowing in the electric circuit; ∘ a computing unit , connected to the current sensor , suitable for detecting the presence of hydrogen on the first face (19.1) from the measured value of the electric current. ∘ a membrane electrode assembly formed of an electrolytic proton-exchange membrane , of a first electrode in contact with a first face (19.1) of the membrane , and of a second electrode in contact with a second, opposite face (19.2) of the membrane , ∘ two bipolar plates (13.1, 13.2), between which the membrane electrode assembly is located, at least one first discharge manifold (15.1) passing through said bipolar plates and in fluidic communication with the first face (19.1) of the membrane , ∘ the membrane electrode assembly comprising an active zone delimited by the first and second electrodes , and a connection zone located between the active zone and the first discharge manifold (15.1); ∘ an anode positioned in the connection zone in contact with the first face (19.1) and including a catalyst suitable for ensuring the oxidation of the hydrogen, and a cathode in contact with the second face (19.2) and located opposite the anode ; ∘ a voltage source suitable for applying a voltage between the anode and the cathode via an electric circuit; ∘ a current sensor , connected to the voltage source , suitable for measuring the electric current flowing in the electric circuit; ∘ a computing unit , connected to the current sensor , suitable for detecting the presence of hydrogen on the first face (19.1) from the measured value of the electric current.
An internal combustion engine comprising a chain drive, the chain drive comprising: a driving sprocket ; at least one driven sprocket ; and a chain engaging the driving sprocket and the at least one driven sprocket ; characterized in that the at least one driven sprocket is a non-prevalent order random sprocket, comprising a pattern of pitch radii, such that the radial variation of the pitch radii excite tensions at non-prevalent orders in the chain drive . a driving sprocket ; at least one driven sprocket ; and a chain engaging the driving sprocket and the at least one driven sprocket ;