mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method performed by a wireless communications device, the method comprising: receiving Downlink Control Information, DCI, in a Physical Downlink Control Channel, PDCCH, or enhanced PDCCH; transmitting the reference signal and a data signal in a Physical Resource Block, PRB, based on a coverage enhancement level represented by a number of transmission repetitions; and determining a number of the resource elements for transmitting the reference signal in the PRB based on a channel type and wherein the reference signal is a Cell-specific Reference Signal, CRS, or a Demodulation Reference Signal, DMRS, characterized in that the data signal is for transmitting a Physical Downlink Shared Channel, PDSCH, or a Physical Uplink Shared Channel, PUSCH, and the usage of the resource elements for transmitting the reference signal in the PRB is indicated by a Modulation and Coding Scheme, MCS, indicated in the DCI. receiving Downlink Control Information, DCI, in a Physical Downlink Control Channel, PDCCH, or enhanced PDCCH; transmitting the reference signal and a data signal in a Physical Resource Block, PRB, based on a coverage enhancement level represented by a number of transmission repetitions; and determining a number of the resource elements for transmitting the reference signal in the PRB based on a channel type and wherein the reference signal is a Cell-specific Reference Signal, CRS, or a Demodulation Reference Signal, DMRS, characterized in that the data signal is for transmitting a Physical Downlink Shared Channel, PDSCH, or a Physical Uplink Shared Channel, PUSCH, and the usage of the resource elements for transmitting the reference signal in the PRB is indicated by a Modulation and Coding Scheme, MCS, indicated in the DCI.
An electromagnetic dog clutch, comprising a movable gear sleeve and a fixed toothed sleeve that are engaged to transmit power, the movable gear sleeve is provided with contrate transmission teeth or contrate tooth spaces, and the fixed toothed sleeve is correspondingly provided with contrate tooth spaces or contrate transmission teeth, wherein the contrate transmission teeth have a uniform thickness in a direction of tooth length, the contrate tooth spaces that engage with the contrate transmission teeth have a sector-shape in a direction of tooth space length, and the width of two sides of the contrate tooth spaces gradually increases outwardly along the radial direction of the fixed toothed sleeve and gradually decreases inwardly along the radial direction of the fixed toothed sleeve; the movable gear sleeve is nested on a power output shaft, they transmit power through a spline group, and the movable gear sleeve reciprocating moves on the spline in an axis direction of the power output shaft; characterized in that a limiting plate is fixed at one end of the power output shaft where the movable gear sleeve is mounted, a damping mechanism is provided between the limiting plate and the movable gear sleeve, and the damping mechanism absorbs shock and reduces noise when the limiting plate and the movable gear sleeve collide.
A method for quantitatively analysing the composition of the atmosphere of a containment of a nuclear installation, by means of a measuring device comprising • a thermal conductivity detector with a first measuring bridge, • a heat tint detector with a second measuring bridge, and • a common evaluation unit whereby the hydrogen (H 2) content and simultaneously the oxygen (O 2) content are determined in the evaluation unit on the basis of the bridge voltages applied to both measuring bridges. • a thermal conductivity detector with a first measuring bridge, • a heat tint detector with a second measuring bridge, and • a common evaluation unit
A computer-implemented method for identifying cloud locations in satellite imagery comprising: receiving one or more particular images of a particular agronomic field produced using the one or more frequency bands; using the one or more particular images as inputs into a machine learning system trained to identify at least cloud locations, identifying a plurality of pixels in the one or more particular images as particular cloud locations, wherein machine learning system is trained using a plurality of images of agronomic fields produced using one or more frequency bands as inputs and at least data identifying pixels as cloud pixels or non-cloud pixels in the images as outputs; outputting data identifying data identifying pixels as cloud pixels or non-cloud pixels; receiving one or more second images of the particular agronomic field produced using the one or more frequency bands; using the plurality of second images as inputs into the machine learning system, identifying a plurality of pixels in the plurality of second images as particular cloud locations; receiving a request to display an image of the particular agronomic field; determining that the one or more particular images comprise less pixels that were identified as particular cloud locations than each of the plurality of second images and, in response, causing display of the one or more particular images. receiving one or more particular images of a particular agronomic field produced using the one or more frequency bands; using the one or more particular images as inputs into a machine learning system trained to identify at least cloud locations, identifying a plurality of pixels in the one or more particular images as particular cloud locations, wherein machine learning system is trained using a plurality of images of agronomic fields produced using one or more frequency bands as inputs and at least data identifying pixels as cloud pixels or non-cloud pixels in the images as outputs; outputting data identifying data identifying pixels as cloud pixels or non-cloud pixels; receiving one or more second images of the particular agronomic field produced using the one or more frequency bands; using the plurality of second images as inputs into the machine learning system, identifying a plurality of pixels in the plurality of second images as particular cloud locations; receiving a request to display an image of the particular agronomic field; determining that the one or more particular images comprise less pixels that were identified as particular cloud locations than each of the plurality of second images and, in response, causing display of the one or more particular images.
Automatic storage system for goods, comprising a device adapted to identify to-be-stored objects, and a storage automat having a retrieval-from-storage manipulator configured to perform manipulator functions for retrieval from storage wherein the to-be-retrieved objects are retrieved from the storage system and are discharged, and comprising a treatment device which is a labelling machine or a printer and is adapted to apply goods-related information on the to-be-retrieved object, wherein the manipulator function to be performed by the retrieval-from-storage manipulator for retrieval from storage includes the fixing of the object in the operating area of the treatment device, characterized in that the retrieval-from-storage manipulator comprises an object carrier having laterally movable guide jaws (54,55) which extend parallel to each other and are controlled in opposite senses, said guide jaws being provided for centering differently sized objects on the object carrier and for positioning them in defined orientation, wherein the object carrier is a support surface with rearward support function and comprises an obliquely arranged bottom plate being laterally delimited by fixed side plates, wherein the guide jaws (54,55) are arranged on the bottom plate, and the upper end of the guide jaws (54,55) has a respective angled infeed guide (56,57) articulated to it whose upper end is guided on the side plate, and wherein, in a first phase of the positioning of an object, the guide jaws (54,55) are controlled to move away from each other and, in a second phase, the guide jaws are controlled to move toward each other.
A method for producing welded joints between steel bodies for use in the production of steel concrete components that have a high fatigue strength and are not predominantly subjected to static loads, characterized in that the method comprises the steps of: a. relative positioning between at least one welding device and at least two identical or different elements of the group composed of: ribbed reinforcing steel rods, steel rods or steel elements with regions of increased diameter in comparison with their respective core diameters or such an element and a brace, b. welding the elements exclusively in the region of at least one of their oblique ribs, and c. repeating steps a) to b) until the desired number of welding joints is produced, wherein controlled position monitoring and, if applicable, a position correction of the element or elements to be welded is carried out in or after step a), wherein mechanical or optical sensors are used for the position monitoring, and wherein the position correction is realized by turning the element about its longitudinal axis by at least 360°. a. relative positioning between at least one welding device and at least two identical or different elements of the group composed of: ribbed reinforcing steel rods, steel rods or steel elements with regions of increased diameter in comparison with their respective core diameters or such an element and a brace, b. welding the elements exclusively in the region of at least one of their oblique ribs, and c. repeating steps a) to b) until the desired number of welding joints is produced,
A seal structure using a metal gasket, the seal structure comprising one metal gasket which is arranged between a pair of casings (31, 41), wherein said metal gasket is provided with a planate outer peripheral portion and a bead portion (lid) which is formed by rising up from an inner peripheral end portion of said outer peripheral portion, and is arranged so that said bead portion (lid) comes into contact with the one casing, and said outer peripheral portion comes into contact with the other casing, wherein said bead portion (lid) elastically deforms so as to reduce its height and said outer peripheral portion elastically deforms on the basis of the elastic deformation of the bead portion, when said metal gasket is pinched by said pair of casings (31, 41), and a leading end of said outer peripheral portion comes into contact with said one casing at this time, whereby any gap in which salt water stays is not formed between said one casing and said metal gasket, and wherein a rubber layer (13; 14; 23; 24) is attached to a surface of a metal base plate (12; 22) characterized in that said rubber layer (13; 14; 23; 24) is structured such that in the case that a leading end of said rubber layer (13; 24) protrudes out of the leading end of said metal base plate (12; 22) so as to protrude like an eaves shape, whereby the leading end (11f; 21f) of said outer peripheral portion (11a; 21a) comes into contact with the casing (31; 41), said metal base plate (12; 22) is hard to come into contact with the casing (31; 41).
An equipment mounting assembly for mounting equipment to rail track, the rail track having first and second rails to which the equipment is to be mounted, the rails running parallel to one another and being supported on rail foundations, the assembly comprising: a beam for connection to both rails, to which beam the equipment can be mounted; and first and second holding means for holding the beam in position relative to the rails, the first and second holding means being configured to support the beam beneath the rails in an arrangement in which the beam resides in a space between two adjacent rail foundations; characterised in that the beam is non-metallic and the assembly further comprises first and second anti-vibrational pads for placement between the beam 12 and the rail and location at each end of the beam, each of the first and second anti-vibrational pads having a portion, which is depressed with respect to the rest of the pad, and further portions (16D, 16E) which extend beyond the edges of the foot of the corresponding rail when the pad is in position beneath the rail so that, in use, the depressed portion of the pad lies between an upper face of the beam and a foot of a corresponding one of the rails, and each of the holding means is adapted to bear onto an associated one of the anti-vibrational pads. a beam for connection to both rails, to which beam the equipment can be mounted; and first and second holding means for holding the beam in position relative to the rails, the first and second holding means being configured to support the beam beneath the rails in an arrangement in which the beam resides in a space between two adjacent rail foundations; characterised in that the beam is non-metallic and the assembly further comprises first and second anti-vibrational pads for placement between the beam 12 and the rail and location at each end of the beam, each of the first and second anti-vibrational pads having a portion, which is depressed with respect to the rest of the pad, and further portions (16D, 16E) which extend beyond the edges of the foot of the corresponding rail when the pad is in position beneath the rail so that, in use, the depressed portion of the pad lies between an upper face of the beam and a foot of a corresponding one of the rails, and each of the holding means is adapted to bear onto an associated one of the anti-vibrational pads.
A welded structural member, comprising: steel plates bonded by overlapping the surfaces of the steel plates and forming a welded part by spot welding, wherein the welded part contains: a molten and solidified part, and a heat-affected zone surrounding the molten and solidified part, characterized in that the welded part displays uniform hardness distribution without angles, and the hardness on the welded surface is higher than the hardness of the base material of the steel plates, and increases along a direction from a region outside the heat-affected zone toward the heat-affected zone. wherein the welded part contains: a molten and solidified part, and a heat-affected zone surrounding the molten and solidified part, characterized in that the welded part displays uniform hardness distribution without angles, and the hardness on the welded surface is higher than the hardness of the base material of the steel plates, and increases along a direction from a region outside the heat-affected zone toward the heat-affected zone.
A data processing system comprising: storing means for storing data in a storage; generating means for generating a data packet for transmitting the data; setting means for setting a first copy control information indicating copy control information of the data in a header portion of the data packet and second copy control information indicating copy control information of the data in a data portion of the data packet, the second copy control information being in greater detail than the first copy control information; and output means for outputting the data packet to another data processing apparatus. storing means for storing data in a storage; generating means for generating a data packet for transmitting the data; setting means for setting a first copy control information indicating copy control information of the data in a header portion of the data packet and second copy control information indicating copy control information of the data in a data portion of the data packet, the second copy control information being in greater detail than the first copy control information; and output means for outputting the data packet to another data processing apparatus.
An electronic device, comprising: a substrate integrated waveguide comprising a substrate and a plurality of conductive members in the substrate; an antenna member situated at least partially in the substrate in a vicinity of at least some of the plurality of conductive members; a signal generator having a conductive output electrically coupled with the antenna member, wherein the antenna member radiates a signal into the SIW based on operation of the signal generator; wherein the signal generator comprises a ball grid array including a plurality of solder balls (36, 38, 40); and the conductive output comprises at least one of the solder balls; a solder pad on the substrate; characterized in that the electronic device further comprises: at least one via establishing an electrically conductive connection between the solder pad and the antenna element; and wherein the at least one of the solder balls is connected to the solder pad; wherein the antenna member comprises a portion of a metal layer within the substrate. a substrate integrated waveguide comprising a substrate and a plurality of conductive members in the substrate; an antenna member situated at least partially in the substrate in a vicinity of at least some of the plurality of conductive members; a signal generator having a conductive output electrically coupled with the antenna member, wherein the antenna member radiates a signal into the SIW based on operation of the signal generator; wherein the signal generator comprises a ball grid array including a plurality of solder balls (36, 38, 40); and the conductive output comprises at least one of the solder balls; a solder pad on the substrate; characterized in that the electronic device further comprises: at least one via establishing an electrically conductive connection between the solder pad and the antenna element; and wherein the at least one of the solder balls is connected to the solder pad; wherein the antenna member comprises a portion of a metal layer within the substrate. at least one via establishing an electrically conductive connection between the solder pad and the antenna element; and wherein the at least one of the solder balls is connected to the solder pad; wherein the antenna member comprises a portion of a metal layer within the substrate.
A computer-implemented method of managing message content, comprising: receiving, by one or more computing devices (102, 702), a message comprising textual data for an audio content and image data for a visual media content; identifying the textual data as audio content of the message and the image data as visual media content of the message for respectively distributing them to an audio device (106A, 106B, 106D; 302; 704) and a display device (106B, 106C, 106D; 304); converting the textual data to an audio format; sending, by the one or more computing devices (102, 702), a first set of data descriptive of the audio content to the audio device (106A, 106B, 106D; 302; 704), wherein the audio device (106A, 106B, 106D; 302) is configured to communicate the audio content in the audio format to the user of the audio device (106A, 106B, 106D; 302); sending, by the one or more computing devices (102, 702), a second set of data descriptive of the visual media content to the display device (106B, 106C, 106D; 304), wherein the display device (106B, 106C, 106D; 304) is configured to display the visual media content for the user; and providing, by the one or more computing devices (102, 702), a notification to the user of the audio device (106A, 106B, 106D; 302) to view the visual media content on the display device (106B, 106C, 106D; 304). receiving, by one or more computing devices (102, 702), a message comprising textual data for an audio content and image data for a visual media content; identifying the textual data as audio content of the message and the image data as visual media content of the message for respectively distributing them to an audio device (106A, 106B, 106D; 302; 704) and a display device (106B, 106C, 106D; 304); converting the textual data to an audio format; sending, by the one or more computing devices (102, 702), a first set of data descriptive of the audio content to the audio device (106A, 106B, 106D; 302; 704), wherein the audio device (106A, 106B, 106D; 302) is configured to communicate the audio content in the audio format to the user of the audio device (106A, 106B, 106D; 302); sending, by the one or more computing devices (102, 702), a second set of data descriptive of the visual media content to the display device (106B, 106C, 106D; 304), wherein the display device (106B, 106C, 106D; 304) is configured to display the visual media content for the user; and providing, by the one or more computing devices (102, 702), a notification to the user of the audio device (106A, 106B, 106D; 302) to view the visual media content on the display device (106B, 106C, 106D; 304).
A NOx concentration measurement system capable of measuring a concentration of NOx contained in exhaust gas which contains NOx and NH 3, comprising a NOx sensor, a detection section, a NH 3 concentration estimation section, and a calculation section, wherein the NOx sensor comprises: a gas chamber into which exhaust gas is introduced; a sensor cell having a solid electrolyte body of oxygen ion conductivity having a plate shape, on the surfaces of which electrodes are formed; and a gas introduction section through which the exhaust gas is introduced into the gas chamber, the NOx sensor is configured to measure a sum concentration of a concentration of combustion derived NOx as NOx, which has being contained in the exhaust gas, and a concentration of derived NO which has been derived from NH 3 as a concentration of NO generated by oxidization of the NH 3, and the detection section is configured to detect at least one of an air fuel ratio (A/F) of the exhaust gas, a concentration of O 2 contained in the exhaust gas and a concentration of H 2 O contained in the exhaust gas, the NH 3 concentration estimation section is configured to estimate a concentration of NH 3 contained in outside exhaust gas which is present around the NOx sensor, not inside of the NOx sensor before the outside exhaust gas is introduced into the gas introduction section of the NOx sensor, the calculation section is configured to calculate the concentration of the derived NO which has been derived from NH 3 on the basis of the concentration of the NH 3 contained in the outside exhaust gas and at least one of the air fuel ratio, the concentration of O 2 and the concentration of H 2 O, and the calculation section is configured to calculate the concentration of the combustion derived NOx on the basis of the sum concentration and the concentration of the derived NO which has been derived from NH 3.
A filler composition for use in a thermoplastic polymer material comprising a blend of: a boron nitride; a metal oxide; and a silane, wherein the silane is chosen from a thiocarboxylate silane, a blocked mercapto silane, or a combination thereof. a boron nitride; a metal oxide; and a silane, wherein the silane is chosen from a thiocarboxylate silane, a blocked mercapto silane, or a combination thereof.
A database for storing a plurality of individual or an organization information, the database comprising for each of such individual or an organization a plurality of first data fields, each for storing a feature of such individual or organization of which a part define the contact information thereof; for at least a part of said first data fields, either individually or in group, at least one further second data field is provided, the database being characterized in that in said further second data field the individual or an organization can select or assign or relate or choose one or more attributes defining the by the individual or organization required communication method for determining the accessibility if any for a predefined classes of third parties, wherein said database is a graph database; and wherein in said database individual or organization, properties of said individuals or organizations and values assigned to said properties are separate nodes in the graph and the relationships between individual or organization, properties of said individuals or organizations and values assigned to said properties are represented by bridges between said nodes.