mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a transmitting device, the method comprising: determining , by the transmitting device, a spreading pattern associated with the transmitting device, wherein the spreading pattern comprises one of a sparse code multiple access, SCMA, sparse code and a low density signature, LDS, sparse signature; placing , by the transmitting device, a pilot signal associated with the transmitting device into resources of a first transmission symbol for data transmission in accordance with the spreading pattern, wherein the first transmission symbol comprises an orthogonal frequency division multiplexing, OFDM, symbol; and transmitting , by the transmitting device, the first transmission symbol to a receiving device. determining , by the transmitting device, a spreading pattern associated with the transmitting device, wherein the spreading pattern comprises one of a sparse code multiple access, SCMA, sparse code and a low density signature, LDS, sparse signature; placing , by the transmitting device, a pilot signal associated with the transmitting device into resources of a first transmission symbol for data transmission in accordance with the spreading pattern, wherein the first transmission symbol comprises an orthogonal frequency division multiplexing, OFDM, symbol; and transmitting , by the transmitting device, the first transmission symbol to a receiving device.
A method of storing statistical data of records stored in a distributed file system, the method comprising: allocating a statistical data block in a memory of a data node, the statistical data block for storing statistical data of distributed file system records stored by the data node in a storage disk having a plurality of data blocks, the data node associated with the distributed file system; associating a plurality of entries of the statistical data block with respective data blocks of the plurality of data blocks; collecting the statistical data of the distributed file system records stored in the data node; writing the statistical data to the plurality of entries of the statistical data block, the plurality of entries storing statistical data of associated data blocks of the plurality of data blocks; wherein the allocating a statistical data block comprises allocating a virtual block, the virtual block comprising a plurality of virtual block statistical data entries, a virtual block statistical data entry of the plurality of virtual block statistical data entries corresponding to a set of data blocks of the plurality of data blocks. allocating a statistical data block in a memory of a data node, the statistical data block for storing statistical data of distributed file system records stored by the data node in a storage disk having a plurality of data blocks, the data node associated with the distributed file system; associating a plurality of entries of the statistical data block with respective data blocks of the plurality of data blocks; collecting the statistical data of the distributed file system records stored in the data node; writing the statistical data to the plurality of entries of the statistical data block, the plurality of entries storing statistical data of associated data blocks of the plurality of data blocks; wherein the allocating a statistical data block comprises allocating a virtual block, the virtual block comprising a plurality of virtual block statistical data entries, a virtual block statistical data entry of the plurality of virtual block statistical data entries corresponding to a set of data blocks of the plurality of data blocks.
Method for designing a cannula for a patient, wherein a processing unit is configured to implement following steps: a) generating a 2D or 3D numerical representation of the trachea of the patient in at least one position of the patient, b) identifying a set of anatomical landmarks of the patient, c) considering a 2D or 3D numerical representation of a cannula based at least on said landmarks, d) numerically simulating, based on said 2D or 3D numerical representation of the trachea and said 2D or 3D numerical representation of the cannula, all or a part of an insertion of the cannula into the trachea, e) estimating at least one reciprocal conflict metric between the cannula and the trachea during the insertion, f) changing the cannula when the estimated conflict metric does not meet predetermined conflict criterion, and iterating the preceding steps c) to e) until a cannula is found for which said estimated conflict metric meets the predetermined conflict criterion, g) generating data for producing said cannula for which the estimated conflict metric meets the predetermined conflict criterion. a) generating a 2D or 3D numerical representation of the trachea of the patient in at least one position of the patient, b) identifying a set of anatomical landmarks of the patient, c) considering a 2D or 3D numerical representation of a cannula based at least on said landmarks, d) numerically simulating, based on said 2D or 3D numerical representation of the trachea and said 2D or 3D numerical representation of the cannula, all or a part of an insertion of the cannula into the trachea, e) estimating at least one reciprocal conflict metric between the cannula and the trachea during the insertion, f) changing the cannula when the estimated conflict metric does not meet predetermined conflict criterion, and iterating the preceding steps c) to e) until a cannula is found for which said estimated conflict metric meets the predetermined conflict criterion, g) generating data for producing said cannula for which the estimated conflict metric meets the predetermined conflict criterion.
An integral system of combined girthing for saddles that is made up of a girth joined to a saddle support by means of a tension distributor , the tension distributor being provided with a series of primary pulleys joined to the girth and to the saddle support , said primary pulleys being mobile and joined to said tension distributor by means of elastic elements, wherein the girth is made up of four pieces, two central pectoral pieces and two intercostal pieces , said girth being joined to the saddle by means of a series of tertiary pulleys .
Cooking processor for handling of foodstuffs , wherein the cooking processor comprises the following: - a heating facility ; - a mechanical food processing facility ; - a memory facility for accommodating predetermined process blocks ; and - a processor facility , which is configured: ∘ to determine one of the process blocks , and ∘ to activate the heating facility and/or the food processing facility as a function in each case of a predetermined process sequence comprised by a specific process block , wherein a predetermined section of a predetermined process sequence for the heating and/or the processing of the foodstuff can be changed on the basis of a corresponding user-controlled input, while another section can remain unchanged. - a heating facility ; - a mechanical food processing facility ; - a memory facility for accommodating predetermined process blocks ; and - a processor facility , which is configured: ∘ to determine one of the process blocks , and ∘ to activate the heating facility and/or the food processing facility as a function in each case of a predetermined process sequence comprised by a specific process block , wherein a predetermined section of a predetermined process sequence for the heating and/or the processing of the foodstuff can be changed on the basis of a corresponding user-controlled input, while another section can remain unchanged. ∘ to determine one of the process blocks , and ∘ to activate the heating facility and/or the food processing facility as a function in each case of a predetermined process sequence comprised by a specific process block , wherein a predetermined section of a predetermined process sequence for the heating and/or the processing of the foodstuff can be changed on the basis of a corresponding user-controlled input, while another section can remain unchanged.
A photonic transceiver apparatus (100; 200; 400) comprising: a fiber block (102; 202; 322; 401, 402) disposed on an integrated circuit that includes a first optical path for optical transmission and a second optical path for optical reception; a lens array (116; 216; 336; 416) disposed on the same integrated circuit, and optically coupled with the fiber block (102; 202; 322; 401, 402), the lens array (116; 214; 336; 416) including a first focus lens (118; 218; 418, 419) and a second focus lens (120; 220; 420, 421) aligned, respectively, with the first optical path and the second optical path; an optical isolator block (108; 208; 328; 408) coupled with the fiber block (102; 202; 322; 401, 402) and disposed between the fiber block (102; 202; 322; 401, 402) and the lens array (116; 216; 336; 416) in the first optical path on the same integrated circuit, wherein the optical isolator block (108; 208; 328; 408) is to reduce the feedback to a laser source during optical transmission; and a compensator block (112; 212; 332; 412) coupled with the fiber block (102; 202; 322; 401, 402) and disposed between the fiber block (102; 202; 322; 401, 402) and the lens array (116; 216; 336; 416) in the second optical path on the same integrated circuit, wherein the compensator block (112; 212; 332; 412) is to equalize the optical path of the first optical path and the second optical path. a fiber block (102; 202; 322; 401, 402) disposed on an integrated circuit that includes a first optical path for optical transmission and a second optical path for optical reception; a lens array (116; 216; 336; 416) disposed on the same integrated circuit, and optically coupled with the fiber block (102; 202; 322; 401, 402), the lens array (116; 214; 336; 416) including a first focus lens (118; 218; 418, 419) and a second focus lens (120; 220; 420, 421) aligned, respectively, with the first optical path and the second optical path; an optical isolator block (108; 208; 328; 408) coupled with the fiber block (102; 202; 322; 401, 402) and disposed between the fiber block (102; 202; 322; 401, 402) and the lens array (116; 216; 336; 416) in the first optical path on the same integrated circuit, wherein the optical isolator block (108; 208; 328; 408) is to reduce the feedback to a laser source during optical transmission; and a compensator block (112; 212; 332; 412) coupled with the fiber block (102; 202; 322; 401, 402) and disposed between the fiber block (102; 202; 322; 401, 402) and the lens array (116; 216; 336; 416) in the second optical path on the same integrated circuit, wherein the compensator block (112; 212; 332; 412) is to equalize the optical path of the first optical path and the second optical path.
An automated storage and retrieval system comprising a three-dimensional grid and a plurality of container handling vehicles , wherein the three-dimensional grid comprises multiple storage columns , in which containers are stored on top of one another in vertical stacks ; and each container handling vehicle comprises a container lifting device having a lifting frame for releasably connecting to a container , and is operated on rails at a top level of the grid for retrieving containers from, and storing containers in, the storage columns , and for transporting the containers horizontally across the grid ; characterized in that the automated storage system comprises multiple floor elements , each floor element has a horizontal periphery corresponding to a horizontal periphery of the containers, the horizontal periphery of the floor elements allowing each floor element to be arrangeable at a top end of a storage column , on top of and supported by a vertical stack of containers , such that an operator may stand on top of the storage column, and allowing the floor elements to be stored on top of one another in a vertical stack arranged in a storage column in the grid . grid and a plurality of container handling vehicles , wherein the three-dimensional grid comprises multiple storage columns , in which containers are stored on top of one another in vertical stacks ; and each container handling vehicle comprises a container lifting device having a lifting frame for releasably connecting to a container , and is operated on rails at a top level of the grid for retrieving containers from, and storing containers in, the storage columns , and for transporting the containers horizontally across the grid ; characterized in that the automated storage system comprises multiple floor elements , each floor element has a horizontal periphery corresponding to a horizontal periphery of the containers, the horizontal periphery of the floor elements allowing each floor element to be arrangeable at a top end of a storage column , on top of and supported by a vertical stack of containers , such that an operator may stand on top of the storage column, and allowing the floor elements to be stored on top of one another in a vertical stack arranged in a storage column in the grid .
A safety switching device , in particular safety relay, having a plurality of switch elements for safely setting at least one operating parameter of the safety switching device , and having a control and evaluation unit configured to set the operating parameter on the basis of the switch positions of the switch elements , characterized in that the switch elements form at least a first group (24a1..24a6), second group (24b1..24b3) and third group (24c1), and in that the control and evaluation unit is further configured to set the operating parameter according to the switch positions only when the switch elements in each of the three groups satisfy a validity condition.
A gear comprising: gear teeth ; a cone wall having an interior surface that forms a chamber , where the gear teeth extend circumferentially from a distal end of the cone wall ; a dam that extends radially inward on the interior surface ; and at least one aperture formed in the cone wall to allow fluid on the interior surface to exit the chamber , characterised in that the at least one aperture is located a first distance from the gear teeth along a length of the gear and the dam is located a second distance from the gear teeth along the length of the gear , and wherein the first distance is greater than the second distance, wherein the dam is axially disposed between the cone wall and the gear teeth . gear teeth ; a cone wall having an interior surface that forms a chamber , where the gear teeth extend circumferentially from a distal end of the cone wall ; a dam that extends radially inward on the interior surface ; and at least one aperture formed in the cone wall to allow fluid on the interior surface to exit the chamber , characterised in that the at least one aperture is located a first distance from the gear teeth along a length of the gear and the dam is located a second distance from the gear teeth along the length of the gear , and wherein the first distance is greater than the second distance, wherein the dam is axially disposed between the cone wall and the gear teeth .
Method for constructing a physical layer header adapted to transmit a frame comprising data addressed to a wireless terminal, the method comprising the following steps carried out by an access point of a wireless local area network over which the frame is intended to be transmitted by the access point: including, in a common signalling field, an identification of at least one channel resource intended to be used to transmit the frame, including, in a specific signalling field, information representing an association between an identifier of a channel resource, from the channel resource or resources intended to be used to transmit the frame, and an identifier of the wireless terminal, so that the wireless terminal can determine the channel resource to listen to in order to receive the data addressed to said wireless terminal, and also including, in the specific signalling field, an indication of the existence or otherwise of at least one other channel resource, from the channel resource or resources intended to be used to transmit the frame, having an identifier also associated with the identifier of the wireless terminal in order to receive said data addressed to said wireless terminal. including, in a common signalling field, an identification of at least one channel resource intended to be used to transmit the frame, including, in a specific signalling field, information representing an association between an identifier of a channel resource, from the channel resource or resources intended to be used to transmit the frame, and an identifier of the wireless terminal, so that the wireless terminal can determine the channel resource to listen to in order to receive the data addressed to said wireless terminal, and also including, in the specific signalling field, an indication of the existence or otherwise of at least one other channel resource, from the channel resource or resources intended to be used to transmit the frame, having an identifier also associated with the identifier of the wireless terminal in order to receive said data addressed to said wireless terminal.
Quick change coupling for fixing a construction machine attachment, preferably on an excavator arm, with - a receiving and fixing device , - a fixed first insertion opening that is molded or fixed at a first end of the receiving and fixing device , - a movable closing element placed on the receiving and fixing device with a second insertion opening that can be moved from an open position in which an attachment can be coupled or uncoupled to a closed position in which the retaining bolts of the attachment are engaged through the insertion openings and clamped, wherein the closing element is pretensioned and lockable in the open position, characterized in that an operating lever is placed movable on the receiving and fixing device , lever that has formed a first hand endpiece so that it can be operated with the first hand of the user of the coupling and which operating lever locks and unlocks the closing element in the open and in the closed position and that the coupling comprises a tension lever with a second endpiece so that the tension lever can be operated with the second hand of the user simultaneously with the operating lever for pretensioning and releasing the closing element . - a receiving and fixing device , - a fixed first insertion opening that is molded or fixed at a first end of the receiving and fixing device , - a movable closing element placed on the receiving and fixing device with a second insertion opening that can be moved from an open position in which an attachment can be coupled or uncoupled to a closed position in which the retaining bolts of the attachment are engaged through the insertion openings and clamped, wherein the closing element is pretensioned and lockable in the open position, characterized in that an operating lever is placed movable on the receiving and fixing device , lever that has formed a first hand endpiece so that it can be operated with the first hand of the user of the coupling and which operating lever locks and unlocks the closing element in the open and in the closed position and that the coupling comprises a tension lever with a second endpiece so that the tension lever can be operated with the second hand of the user simultaneously with the operating lever for pretensioning and releasing the closing element .
A nonaqueous electrolyte secondary battery comprising: a winding type electrode body in which a positive electrode including a positive electrode mixture layer and a negative electrode including a negative electrode mixture layer are spirally wound with at least one separator interposed therebetween, wherein in the negative electrode mixture layer , graphite and a silicon oxide represented by SiOx, where 0.5≤x≤ 1.6, are contained as a negative electrode active material, a winding-start side end of the negative electrode mixture layer extends to a winding-start end side of the electrode body past a winding-start side end of the positive electrode mixture layer , and a length Y, in mm, of a portion of the negative electrode mixture layer extending from the winding-start side end of the positive electrode mixture layer and a rate X, in percent by mass, of the silicon oxide with respect to the total mass of the negative electrode active material satisfy a relationship of Y>3X-15, where 6≤X≤15, when determined as indicated in the description. a winding type electrode body in which a positive electrode including a positive electrode mixture layer and a negative electrode including a negative electrode mixture layer are spirally wound with at least one separator interposed therebetween, wherein in the negative electrode mixture layer , graphite and a silicon oxide represented by SiOx, where 0.5≤x≤ 1.6, are contained as a negative electrode active material, a winding-start side end of the negative electrode mixture layer extends to a winding-start end side of the electrode body past a winding-start side end of the positive electrode mixture layer , and a length Y, in mm, of a portion of the negative electrode mixture layer extending from the winding-start side end of the positive electrode mixture layer and a rate X, in percent by mass, of the silicon oxide with respect to the total mass of the negative electrode active material satisfy a relationship of Y>3X-15, where 6≤X≤15, when determined as indicated in the description.
A method of authenticating a request to change IMS supplementary service data stored at an application server within an IMS network, the method comprising, at a user equipment: sending from a user equipment to the application server a request for current IMS supplementary service data; on receipt by the user equipment of a response containing the IMS supplementary service data in an XML configuration document, and an indication that an access code is required to change the IMS supplementary service data, wherein the access code is a personal identification number or a password: constructing an amended XML configuration document; incorporating the amended XML configuration document into an Extensible Mark-up Language, XML, Configuration Access Protocol, XCAP, message; incorporating an access code into the XCAP message at a location external to the XML configuration document; and transmitting the XCAP message from the user equipment to the application server for implementation of the amended XML configuration document by the application server if the access code corresponds to a code required for changing the supplementary service data. sending from a user equipment to the application server a request for current IMS supplementary service data; on receipt by the user equipment of a response containing the IMS supplementary service data in an XML configuration document, and an indication that an access code is required to change the IMS supplementary service data, wherein the access code is a personal identification number or a password: constructing an amended XML configuration document; incorporating the amended XML configuration document into an Extensible Mark-up Language, XML, Configuration Access Protocol, XCAP, message; incorporating an access code into the XCAP message at a location external to the XML configuration document; and transmitting the XCAP message from the user equipment to the application server for implementation of the amended XML configuration document by the application server if the access code corresponds to a code required for changing the supplementary service data. constructing an amended XML configuration document; incorporating the amended XML configuration document into an Extensible Mark-up Language, XML, Configuration Access Protocol, XCAP, message; incorporating an access code into the XCAP message at a location external to the XML configuration document; and transmitting the XCAP message from the user equipment to the application server for implementation of the amended XML configuration document by the application server if the access code corresponds to a code required for changing the supplementary service data.