mhurhangee/ep-ind-claims huggingface dataset:
A method of filling a hole using charged particle beam-induced deposition, comprising: providing a deposition precursor gas at the surface of the work piece; directing a charged particle beam (410, 608, 918, 943) into a hole (100, 400) having an aspect ratio greater than 3:1, the charged particle beam being directed to a region within the hole having an area less than the cross sectional area of the hole to decompose the precursor gas and deposit material in the hole, the charged particle beam being directed into the hole for a sufficient period of time to form an elongate structure (412, 802) that does not touch the side walls at the top of the hole. providing a deposition precursor gas at the surface of the work piece; directing a charged particle beam (410, 608, 918, 943) into a hole (100, 400) having an aspect ratio greater than 3:1, the charged particle beam being directed to a region within the hole having an area less than the cross sectional area of the hole to decompose the precursor gas and deposit material in the hole, the charged particle beam being directed into the hole for a sufficient period of time to form an elongate structure (412, 802) that does not touch the side walls at the top of the hole.
A computer-implemented method of reconstructing an image of a target object, the method comprising causing a computer to execute instructions for: receiving an input signal from a source, the input signal containing image data describing the target object and a plurality of parameters, the input signal having a noise portion; selecting a group of initial parameters from the plurality; estimating a nonparametric probability distribution function (pdf) comprising a linear combination of a set of square-integrable basis functions; computing a quadratic likelihood functional of the form L = ∫ dx 1 2 ƒ x θ 2 − ƒ x θ ∑ i δ x − x i, where θ represents the parameters, x represents the positions of the observations, and f ( x, θ) is the pdf; evaluating a fit of the initial parameters to the data based on the QLF; if the evaluated fit does not fall within a predetermined range, iteratively optimizing the QLF by selecting a new group of parameters and evaluating the fit of the new group of parameters until a predetermined condition is achieved; generating an output comprising a model of the target object constructed using the obtained optimized parameters; and reconstructing the image using the generated output. receiving an input signal from a source, the input signal containing image data describing the target object and a plurality of parameters, the input signal having a noise portion; selecting a group of initial parameters from the plurality; estimating a nonparametric probability distribution function (pdf) comprising a linear combination of a set of square-integrable basis functions; computing a quadratic likelihood functional of the form L = ∫ dx 1 2 ƒ x θ 2 − ƒ x θ ∑ i δ x − x i, where θ represents the parameters, x represents the positions of the observations, and f ( x, θ) is the pdf; evaluating a fit of the initial parameters to the data based on the QLF; if the evaluated fit does not fall within a predetermined range, iteratively optimizing the QLF by selecting a new group of parameters and evaluating the fit of the new group of parameters until a predetermined condition is achieved; generating an output comprising a model of the target object constructed using the obtained optimized parameters; and reconstructing the image using the generated output.
A method for selecting a wireless access point, comprising: receiving, by a server, a query request sent by a terminal, wherein the query request carries a query condition; wherein the query condition comprises an estimated position of the terminal and a scanning range set by the terminal; determining, by the server, in multiple wireless access points, APs, that support a fine time measurement FTM mechanism, at least one target AP according to stored service capability information of each of the multiple APs and the query condition; and sending, by the server, to the terminal, a stored MAC address of the at least one target AP and stored information of a frequency band and a channel that are used by the target AP, so that the terminal scans for, according to the MAC address of the at least one target AP, the at least one target AP in the frequency band and on the channel used by the at least one target AP, and performs FTM session negotiation with the at least one target AP. receiving, by a server, a query request sent by a terminal, wherein the query request carries a query condition; wherein the query condition comprises an estimated position of the terminal and a scanning range set by the terminal; determining, by the server, in multiple wireless access points, APs, that support a fine time measurement FTM mechanism, at least one target AP according to stored service capability information of each of the multiple APs and the query condition; and sending, by the server, to the terminal, a stored MAC address of the at least one target AP and stored information of a frequency band and a channel that are used by the target AP, so that the terminal scans for, according to the MAC address of the at least one target AP, the at least one target AP in the frequency band and on the channel used by the at least one target AP, and performs FTM session negotiation with the at least one target AP.
A method for layered decoding of a low-density parity-check, LDPC, code for wireless communication, comprising: receiving a message encoded as a LDPC code that includes a plurality of check nodes and a plurality of bit nodes; applying a first number of decoding iterations to decoding the message, wherein only a portion of the plurality of check nodes is decoded during each of the first number of decoding iterations; applying a second number of decoding iterations to decoding the message after the first number of decoding iterations are applied, wherein all of the plurality of check nodes are decoded during each of the second number of decoding iterations; determining a number of punctured bits connected to each of the plurality of check nodes; reordering the plurality of check nodes to identify a decoding scheduling order for check nodes used during one or both of the first number of decoding iterations and the second number of decoding iterations based at least in part on the number of punctured bits connected to each of the plurality of check nodes; and decoding the message through completion of both the first number of decoding iterations and the second number of decoding iterations, wherein the check nodes of the portion of the plurality of check nodes have lower associated degrees compared to the remaining plurality of check nodes. receiving a message encoded as a LDPC code that includes a plurality of check nodes and a plurality of bit nodes; applying a first number of decoding iterations to decoding the message, wherein only a portion of the plurality of check nodes is decoded during each of the first number of decoding iterations; applying a second number of decoding iterations to decoding the message after the first number of decoding iterations are applied, wherein all of the plurality of check nodes are decoded during each of the second number of decoding iterations; determining a number of punctured bits connected to each of the plurality of check nodes; reordering the plurality of check nodes to identify a decoding scheduling order for check nodes used during one or both of the first number of decoding iterations and the second number of decoding iterations based at least in part on the number of punctured bits connected to each of the plurality of check nodes; and decoding the message through completion of both the first number of decoding iterations and the second number of decoding iterations, wherein the check nodes of the portion of the plurality of check nodes have lower associated degrees compared to the remaining plurality of check nodes.
A method for supporting mobility of a terminal performed by a server in a mobile broadcasting system supporting Internet Protocol Data Casting (IPDC), the method comprising: generating broadcast service information including type information of an Electronic Service Guide; and transmitting the broadcast service information including the type information of the ESG, wherein the broadcast service information comprises an ESG bootstrap, and the type information of the ESG is included in the ESG bootstrap, and wherein the ESG bootstrap comprises roaming information, and wherein the roaming information comprises an identifier of a local IPDC operator having a roaming agreement with a roaming partner and an identifier of an IPDC operator which is the roaming partner. generating broadcast service information including type information of an Electronic Service Guide; and transmitting the broadcast service information including the type information of the ESG, wherein the broadcast service information comprises an ESG bootstrap, and the type information of the ESG is included in the ESG bootstrap, and wherein the ESG bootstrap comprises roaming information, and wherein the roaming information comprises an identifier of a local IPDC operator having a roaming agreement with a roaming partner and an identifier of an IPDC operator which is the roaming partner.
A method for managing Multi-Access, MA, Protocol Data Unit, PDU, session, the method performed by a Session Management Function, SMF, node and comprising: determining to release the MA PDU session for both of 3rd Generation Partnership Project, 3GPP, access and non-3GPP access; transmitting a first message related to PDU session release to an Access and Mobility Management Function, AMF, node, via a first access being released firstly between the 3GPP access and the non-3GPP access, based on that the MA PDU session is determined to be released for both of the 3GPP access and the non-3GPP access, the first message related to the PDU session release is transmitted, wherein the first message is Namf_Communication_N1N2MessageTransfer message or Nsmf_PDUSession_UpdateSMContext message, and wherein the first message includes a PDU session release command message, which is to be transferred to a User Equipment, UE (100, 1000); and transmitting a second message related to the PDU session release for releasing user plane resources of a second access being released secondly after the first access, after the first message is transmitted, wherein the second message is Namf_Communication_N1N2MessageTransfer message, the method characterised in that the second message does not include a PDU session release command message, based on that the MA PDU session is to be released over both of the 3GPP access and non-3GPP access. determining to release the MA PDU session for both of 3rd Generation Partnership Project, 3GPP, access and non-3GPP access; transmitting a first message related to PDU session release to an Access and Mobility Management Function, AMF, node, via a first access being released firstly between the 3GPP access and the non-3GPP access, based on that the MA PDU session is determined to be released for both of the 3GPP access and the non-3GPP access, the first message related to the PDU session release is transmitted, wherein the first message is Namf_Communication_N1N2MessageTransfer message or Nsmf_PDUSession_UpdateSMContext message, and wherein the first message includes a PDU session release command message, which is to be transferred to a User Equipment, UE (100, 1000); and transmitting a second message related to the PDU session release for releasing user plane resources of a second access being released secondly after the first access, after the first message is transmitted, wherein the second message is Namf_Communication_N1N2MessageTransfer message, the method characterised in that the second message does not include a PDU session release command message, based on that the MA PDU session is to be released over both of the 3GPP access and non-3GPP access.
A bipolar plate for a battery, the bipolar plate having a surface on which a positive electrode is to be disposed and another surface on which a negative electrode is to be disposed, wherein at least one of the surfaces of the bipolar plate is provided with a plurality of groove sections through which an electrolyte flows and a ridge section located between the groove sections that are adjacent to each other, the groove sections include an introduction groove section and a discharge groove section that are not in communication with each other, characterized in that: the ridge section includes an uneven portion configured to suppress sliding of the positive electrode or the negative electrode in a direction in which the adjacent groove sections are arranged in parallel, the uneven portion includes a rough surface provided on at least a part of a surface of the ridge section, and the rough surface has a surface roughness of 0.1 pm or more and 10 pm or less in terms of arithmetical mean roughness Ra. the ridge section includes an uneven portion configured to suppress sliding of the positive electrode or the negative electrode in a direction in which the adjacent groove sections are arranged in parallel, the uneven portion includes a rough surface provided on at least a part of a surface of the ridge section, and the rough surface has a surface roughness of 0.1 pm or more and 10 pm or less in terms of arithmetical mean roughness Ra.
A refrigerator comprising: a cabinet installed to pass through or inserted into a door or a wall, defining a storage compartment for storing goods therein; a housing coupled to or formed integrally with a lower part of the cabinet; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door to open or close a rear side of the storage compartment and exposed to an inside the space; a cold air supply device, at least a part of which is disposed in the housing, configured to make air in the storage compartment cold; and a controller configured to control operations of the cold air supply device, characterized in that: the cabinet has a drain hole at a bottom of the storage compartment; the refrigerator further comprises: a drain port extending from a bottom surface of the cabinet and communicating with the drain hole; and an actuator provided to selectively open or close an opening formed in the drain port; and the controller is further configured to control operations of the actuator for preventing a lack of oxygen in a storage compartment from occurring if a companion animal is trapped in the storage compartment. a cabinet installed to pass through or inserted into a door or a wall, defining a storage compartment for storing goods therein; a housing coupled to or formed integrally with a lower part of the cabinet; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door to open or close a rear side of the storage compartment and exposed to an inside the space; a cold air supply device, at least a part of which is disposed in the housing, configured to make air in the storage compartment cold; and a controller configured to control operations of the cold air supply device, characterized in that: the cabinet has a drain hole at a bottom of the storage compartment; the refrigerator further comprises: a drain port extending from a bottom surface of the cabinet and communicating with the drain hole; and an actuator provided to selectively open or close an opening formed in the drain port; and the controller is further configured to control operations of the actuator the cabinet has a drain hole at a bottom of the storage compartment; the refrigerator further comprises: a drain port extending from a bottom surface of the cabinet and communicating with the drain hole; and an actuator provided to selectively open or close an opening formed in the drain port; and the controller is further configured to control operations of the actuator a drain port extending from a bottom surface of the cabinet and communicating with the drain hole; and an actuator provided to selectively open or close an opening formed in the drain port; and the controller is further configured to control operations of the actuator
A sludge-level probe comprising a sludge-level ultrasonic measuring head, suspended from a holding device and arranged to be immersed into a liquid, characterized in that a positional sensor is associated with the ultrasonic measuring head, the positional sensor determining a spatial-position measurement value (α) of the ultrasonic measuring head which is the angle between a vertical plane and the measuring axis of the sludge-level probe, wherein the measuring axis of the sludge-level probe is the measuring axis to which the measurement performed with the ultrasonic measuring head relates.
A reinforcing strip for a moulded body made of an injectable moulding compound, comprising a strip-shaped base body made of an aluminium-magnesium alloy according to the alloy group EN AW-5xxx, characterized in that the aluminium-magnesium alloy of the strip-shaped base body has a yield strength and/or a tensile strength which is higher and/or lower than the yield strength and/or the tensile strength of a corresponding aluminium-magnesium alloy according to the alloy group EN AW-5xxx.
An information processing device comprising: an input unit configured to obtain information related to a voice of a user and device information of each of a plurality of devices; a selecting unit configured to: select plural devices from the plurality of devices on the basis of the device information and an aspect specified by at least one of the information related to the voice and the device information; and narrow down the selected plural devices to one selected device on the basis of a position of each of the selected plural devices; and an operation instructing unit configured to instruct the one selected device to perform an operation related to operation content specified on the basis of voice recognition using the information related to the voice, wherein the operation related to the operation content includes a notification given to the user, wherein the specified aspect includes an aspect of the user, and wherein the information processing device further comprises a first estimating unit configured to estimate the aspect of the user on the basis of the device information for the respective device of the plurality of devices and optionally the information related to the voice. an input unit configured to obtain information related to a voice of a user and device information of each of a plurality of devices; a selecting unit configured to: select plural devices from the plurality of devices on the basis of the device information and an aspect specified by at least one of the information related to the voice and the device information; and narrow down the selected plural devices to one selected device on the basis of a position of each of the selected plural devices; and select plural devices from the plurality of devices on the basis of the device information and an aspect specified by at least one of the information related to the voice and the device information; and narrow down the selected plural devices to one selected device on the basis of a position of each of the selected plural devices; and an operation instructing unit configured to instruct the one selected device to perform an operation related to operation content specified on the basis of voice recognition using the information related to the voice, wherein the operation related to the operation content includes a notification given to the user, wherein the specified aspect includes an aspect of the user, and wherein the information processing device further comprises a first estimating unit configured to estimate the aspect of the user on the basis of the device information for the respective device of the plurality of devices and optionally the information related to the voice.
Chassis for a pushcart, comprising: a rear axle (63; 83) and a front axle (61; 81), which are arranged one behind the other in the pushing direction, wherein a axle distance is variable by means of an resilient tensioning mechanism (64; 71; 84; 85), wherein the axle distance is increasable by generating a mechanical tension in the resilient tensioning mechanism (64; 71; 85) through adjustment of the front axle (61; 81) and/or the rear axle (63; 83), characterized in that the front axle (61; 81) is connected to the rear axle (63; 83) by the resilient tensioning mechanism. a rear axle (63; 83) and a front axle (61; 81), which are arranged one behind the other in the pushing direction, wherein a axle distance is variable by means of an resilient tensioning mechanism (64; 71; 84; 85),
A fluid actuator that is operated by supply and discharge of a fluid and that pivotably drives a movable-side structure pivotably connected to a fixed-side structure, the fluid actuator comprising: a cylinder to and from which a fluid is supplied and discharged; a body portion that is fixed to the fixed-side structure and with which the cylinder is provided integrally or to which the cylinder is fixed; a piston that defines a cylinder chamber inside the cylinder and that slides on an inner wall of the cylinder; a rod that is provided integrally with or fixed to the piston and that is displaced so as to extend from and contract into the cylinder; a link member that is installed so as to extend parallel to the axial direction of the cylinder or installed so as to extend obliquely to a direction parallel to the axial direction of the cylinder and whose first end is pivotably connected to the movable-side structure; and a connecting member that is fixed to the rod and to which a second end of the link member is pivotably connected; characterized in that the connecting member is fixed to the rod on the opposite side from the movable-side structure such that the drive output is inverted via the connecting member and the link member. a cylinder to and from which a fluid is supplied and discharged; a body portion that is fixed to the fixed-side structure and with which the cylinder is provided integrally or to which the cylinder is fixed; a piston that defines a cylinder chamber inside the cylinder and that slides on an inner wall of the cylinder; a rod that is provided integrally with or fixed to the piston and that is displaced so as to extend from and contract into the cylinder; a link member that is installed so as to extend parallel to the axial direction of the cylinder or installed so as to extend obliquely to a direction parallel to the axial direction of the cylinder and whose first end is pivotably connected to the movable-side structure; and a connecting member that is fixed to the rod and to which a second end of the link member is pivotably connected; characterized in that the connecting member is fixed to the rod on the opposite side from the movable-side structure such that the drive output is inverted via the connecting member and the link member.
An armoured cab for a vehicle, such cab incorporating at least one floor onto which at least one side wall (2a, 2b, 14a, 14b) is attached, such wall being positioned above at least one mobility means, such cab characterised in that the said side wall (14a, 14b) is constituted by a protective plate having at least one curved zone forming at least one lateral concave chute (14a, 14b) that at least partially covers the mobility means, the lateral concave chute (14a, 14b) being integral firstly with the floor and secondly with an armoured plate incorporated apart from the floor.