mhurhangee/patent-ind-claim-en huggingface dataset:
A system for optimizing forward error correction (FEC) code for interfering users in a multiple access communication, the system comprising: a transmitter apparatus , associated with one of the interfering users, the transmitter apparatus including: a controller configured to receive an FEC code optimization information, switchable between at least a first value and a second value, to select a first FEC code based at least in part on the FEC code optimization information being at the first value, or a second FEC code based at least in part on the FEC code optimization information being at the second value, a forward error correction, FEC, encoder configured to receive a source bit stream, and encode bits of the source bit stream according to the selected FEC code, and output a series of FEC encoded bits, wherein: a parity check matrix of the first FEC code has a first average information bit node degree, and a parity check matrix of the second FEC code has a second average information bit node degree, the first FEC code has an FEC rate, and the second FEC code has the FEC rate, and the controller is further configured to receive, as the FEC code optimization information, an information indicating a target average number of interfering users, the first value indicating a first target average number, and the second value indicating a second target average number. a controller configured to receive an FEC code optimization information, switchable between at least a first value and a second value, to select a first FEC code based at least in part on the FEC code optimization information being at the first value, or a second FEC code based at least in part on the FEC code optimization information being at the second value, a forward error correction, FEC, encoder configured to receive a source bit stream, and encode bits of the source bit stream according to the selected FEC code, and output a series of FEC encoded bits, wherein: a parity check matrix of the first FEC code has a first average information bit node degree, and a parity check matrix of the second FEC code has a second average information bit node degree, the first FEC code has an FEC rate, and the second FEC code has the FEC rate, and the controller is further configured to receive, as the FEC code optimization information, an information indicating a target average number of interfering users, the first value indicating a first target average number, and the second value indicating a second target average number. a parity check matrix of the first FEC code has a first average information bit node degree, and a parity check matrix of the second FEC code has a second average information bit node degree, the first FEC code has an FEC rate, and the second FEC code has the FEC rate, and the controller is further configured to receive, as the FEC code optimization information, an information indicating a target average number of interfering users, the first value indicating a first target average number, and the second value indicating a second target average number.
An apparatus for compensating nonlinear distortions induced on an optical signal during transmission through an optical link, the apparatus comprising: an optical link interface configured to receive a sequence of first complex symbols (ax, ay) at a first wavelength (λ a ) of the optical signal and to receive a sequence of second complex symbols (bx, by) at a second wavelength (λ b ) of the optical signal; a symbol processing unit configured to process the second complex symbols (bx, by) using a nonlinear operation, thereby obtaining processed second complex symbols (d b , q b ); a filtering unit configured to linearly filter the processed second complex symbols (d b , q b ) to produce a second sequence of filter coefficients (f (ab) ), g (ab) ) associated with inter-channel nonlinearity; a perturbation calculating unit configured to generate a sequence of inter-nonlinear perturbation terms (Δax inter , Δay inter ) associated with the received first complex symbols (ax, ay) based on the received first complex symbols (ax, ay) and the second sequence of filter coefficients (f (ab) , g (ab) ), wherein the sequence of inter-nonlinear perturbation terms (Δax inter , Δay inter ) is calculated as a weighted sum of the received first complex symbols (ax, ay) by using the second sequence of filter coefficients (f (ab) , g (ab) ) as weights of the weighted sum; and a compensating unit configured to remove the inter-nonlinear perturbation terms (Δax inter , Δay inter ) from the corresponding first complex symbols (ax, ay) to compensate the nonlinear distortions induced on the first complex symbols (ax, ay) by the second complex symbols (bx, by). an optical link interface configured to receive a sequence of first complex symbols (ax, ay) at a first wavelength (λ a ) of the optical signal and to receive a sequence of second complex symbols (bx, by) at a second wavelength (λ b ) of the optical signal; a symbol processing unit configured to process the second complex symbols (bx, by) using a nonlinear operation, thereby obtaining processed second complex symbols (d b , q b ); a filtering unit configured to linearly filter the processed second complex symbols (d b , q b ) to produce a second sequence of filter coefficients (f (ab) ), g (ab) ) associated with inter-channel nonlinearity; a perturbation calculating unit configured to generate a sequence of inter-nonlinear perturbation terms (Δax inter , Δay inter ) associated with the received first complex symbols (ax, ay) based on the received first complex symbols (ax, ay) and the second sequence of filter coefficients (f (ab) , g (ab) ), wherein the sequence of inter-nonlinear perturbation terms (Δax inter , Δay inter ) is calculated as a weighted sum of the received first complex symbols (ax, ay) by using the second sequence of filter coefficients (f (ab) , g (ab) ) as weights of the weighted sum; and a compensating unit configured to remove the inter-nonlinear perturbation terms (Δax inter , Δay inter ) from the corresponding first complex symbols (ax, ay) to compensate the nonlinear distortions induced on the first complex symbols (ax, ay) by the second complex symbols (bx, by).
A plastic container for storing and preserving a pharmaceutical composition, wherein the plastic container contains a pharmaceutical composition comprising sodium benzoate and meloxicam or a pharmaceutical acceptable salt thereof, characterised in that (i) the container material is selected from a homopolymer of polypropylene (PP), a copolymer of polypropylene (PP), and optionally one or more non-polymeric components; and (ii) the plastic container has a volume of 3 ml to 11 ml; preferably 3 ml to 10 ml, more preferably 3 ml to 8 ml, more preferably 3 ml to 5 ml, more preferably 3.5 ml to 4.5 ml, more preferably 3 ml to 4 ml; and (iii) the pharmaceutical composition has a volume of 2 ml to 10 ml, preferably 2.5 ml to 8 ml, more preferably 2.5 ml to 5 ml, more preferably 3.5 ml to 4.5 ml, more preferably 3 ml to 4.5 ml. (i) the container material is selected from a homopolymer of polypropylene (PP), a copolymer of polypropylene (PP), and optionally one or more non-polymeric components; and (ii) the plastic container has a volume of 3 ml to 11 ml; preferably 3 ml to 10 ml, more preferably 3 ml to 8 ml, more preferably 3 ml to 5 ml, more preferably 3.5 ml to 4.5 ml, more preferably 3 ml to 4 ml; and (iii) the pharmaceutical composition has a volume of 2 ml to 10 ml, preferably 2.5 ml to 8 ml, more preferably 2.5 ml to 5 ml, more preferably 3.5 ml to 4.5 ml, more preferably 3 ml to 4.5 ml.
A method of a proxy device in a communication system, the method comprising: identifying a system load value; in case the system load value is smaller than a first predetermined threshold value, identifying whether a connection type between a terminal and the proxy device is a wireless connection; in case that the connection type is the wireless connection, proxying a connection between the terminal and a server; and in case that the connection type is not the wireless connection, forwarding the connection between the terminal and the server. identifying a system load value; in case the system load value is smaller than a first predetermined threshold value, identifying whether a connection type between a terminal and the proxy device is a wireless connection; in case that the connection type is the wireless connection, proxying a connection between the terminal and a server; and in case that the connection type is not the wireless connection, forwarding the connection between the terminal and the server.
A tactile information supply module comprising: a receiver for receiving message information from the outside; and a controller for converting the message information into a tactile signal; wherein the tactile information supply module further comprises an operator for providing a user with tactile information according to the tactile signal, characterized in that the operator includes at least one tactile sensation provider comprising magnetic particles and a matrix material, wherein the at least one tactile sensation provider provides the tactile information by being transformed in response to an external magnetic field, and wherein the at least one tactile sensation provider is made of a magnetorheological elastomer, MRE. a receiver for receiving message information from the outside; and a controller for converting the message information into a tactile signal; wherein the tactile information supply module further comprises an operator for providing a user with tactile information according to the tactile signal, characterized in that the operator includes at least one tactile sensation provider comprising magnetic particles and a matrix material, wherein the at least one tactile sensation provider provides the tactile information by being transformed in response to an external magnetic field, and wherein the at least one tactile sensation provider is made of a magnetorheological elastomer, MRE.
A roof-hatch arrangement for a roof opening of a motor vehicle, in particular of a commercial vehicle, having: a main frame , which can be inserted into the roof opening ; a hatch cover which is carried by the main frame ; and a flexible inner frame , which is connected to the main frame , for the purpose of covering the main frame , such that it can be adjusted, in particular adjusted in height, via a plurality of adjustable screw connections , characterized in that a gap is provided between an upper edge of the inner frame and the hatch cover , and therefore screw heads from amongst the plurality of adjustable screw connections are accessible via the gap for the purpose of tightening and/or releasing the plurality of adjustable screw connections ; and/or at least some of the screw heads from amongst the plurality of adjustable screw connections project beyond an upper edge of the inner frame . a main frame , which can be inserted into the roof opening ; a hatch cover which is carried by the main frame ; and a flexible inner frame , which is connected to the main frame , for the purpose of covering the main frame , such that it can be adjusted, in particular adjusted in height, via a plurality of adjustable screw connections , characterized in that a gap is provided between an upper edge of the inner frame and the hatch cover , and therefore screw heads from amongst the plurality of adjustable screw connections are accessible via the gap for the purpose of tightening and/or releasing the plurality of adjustable screw connections ; and/or at least some of the screw heads from amongst the plurality of adjustable screw connections project beyond an upper edge of the inner frame .
An energy usage sub-metering system comprising: a first focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a first space ; a second focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a second space ; and a computer-based processor coupled to the first and second focal plane arrays and configured to: establish total energy expended associated with air conditioning of the first and second spaces ; estimate surface area of the objects in the first and second spaces ; determine first and second heat load estimates associated with the respective first and second spaces from the objects in the respective first and second spaces and based on a plurality of factors and through the application of an algorithm; and proportion energy usage between the first and second spaces based on the first and second heat load estimates and the total energy expended. a first focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a first space ; a second focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a second space ; and a computer-based processor coupled to the first and second focal plane arrays and configured to: establish total energy expended associated with air conditioning of the first and second spaces ; estimate surface area of the objects in the first and second spaces ; determine first and second heat load estimates associated with the respective first and second spaces from the objects in the respective first and second spaces and based on a plurality of factors and through the application of an algorithm; and proportion energy usage between the first and second spaces based on the first and second heat load estimates and the total energy expended. establish total energy expended associated with air conditioning of the first and second spaces ; estimate surface area of the objects in the first and second spaces ; determine first and second heat load estimates associated with the respective first and second spaces from the objects in the respective first and second spaces and based on a plurality of factors and through the application of an algorithm; and proportion energy usage between the first and second spaces based on the first and second heat load estimates and the total energy expended.
A computer program comprising instructions that, when executed by one or more processing devices , cause the one or more processing devices to perform a method of automatically generating an integrated model that integrates a plurality of predictive models , the integrated model operable to select one or more predictive models based on patient data , and suitable for planning a radiation therapy, said method comprising: configuring an input interface operable to receive patient data pertaining to radiation therapy, the patient data comprising a plurality of features comprising parameters that practically affect the therapy accessing the plurality of predictive models , wherein each predictive model is operable to generate a therapy prediction based on said patient data ; integrating in the integrated model said plurality of predictive models into a hierarchy comprising a bottom level and a plurality of decision levels (A, B, C), each decision level (A, B, C) corresponding to a respective feature set (F1, F2, F3) in the patient data and each feature set (F1, F2, F3) corresponding to one or more features in the patient data , and wherein each decision level (A, B, C) includes multiple predefined categories of a respective feature set (F1, F2, F3); wherein said bottom level comprises said plurality of predictive models , and wherein said plurality of decision levels (A, B, C) are operable to automatically select one or more predictive models from said bottom level based on said categories associated with said decision levels (A, B, C); and configuring an output interface operable to output a therapy prediction generated by an automatically selected predictive model in response to said patient data . configuring an input interface operable to receive patient data pertaining to radiation therapy, the patient data comprising a plurality of features comprising parameters that practically affect the therapy accessing the plurality of predictive models , wherein each predictive model is operable to generate a therapy prediction based on said patient data ; integrating in the integrated model said plurality of predictive models into a hierarchy comprising a bottom level and a plurality of decision levels (A, B, C), each decision level (A, B, C) corresponding to a respective feature set (F1, F2, F3) in the patient data and each feature set (F1, F2, F3) corresponding to one or more features in the patient data , and wherein each decision level (A, B, C) includes multiple predefined categories of a respective feature set (F1, F2, F3); wherein said bottom level comprises said plurality of predictive models , and wherein said plurality of decision levels (A, B, C) are operable to automatically select one or more predictive models from said bottom level based on said categories associated with said decision levels (A, B, C); and configuring an output interface operable to output a therapy prediction generated by an automatically selected predictive model in response to said patient data .
A housing assembly , comprising a housing , a decorating part , and an adhesive assembly , wherein the housing is provided with a through hole ; the decorating part comprises a substrate and a decorating ring protruding from the substrate ; an air hole is disposed on the substrate ; the air hole is located on an outer side of the decorating ring ; the decorating ring is at least partially accommodated in the through hole ; a gap is formed between an outer peripheral side surface of the decorating ring and a hole wall of the through hole ; the adhesive assembly is attached between the substrate and the housing in a sealed manner; the adhesive assembly is disposed around the decorating ring and the air hole , and a channel is formed between the adhesive assembly and the outer peripheral side surface of the decorating ring ; and the channel communicates with the gap and the air hole ; characterized in that the channel continuously surrounds an outer periphery of the decorating ring ; and the decorating ring has a groove ; the groove is disposed in a circumferential direction of the decorating ring ; the groove is recessed from the outer peripheral side surface of the decorating ring towards an interior of the decorating ring ; and the groove communicates with the gap and the channel . the channel continuously surrounds an outer periphery of the decorating ring ; and the decorating ring has a groove ; the groove is disposed in a circumferential direction of the decorating ring ; the groove is recessed from the outer peripheral side surface of the decorating ring towards an interior of the decorating ring ; and the groove communicates with the gap and the channel .
A method for wireless communication performed by a user equipment , UE, comprising: identifying a capability of the UE to support a number of physical downlink shared channel, PDSCH, transmission configuration indicator, TCI, states and a number of control resource set, CORESET, TCI states; selecting a first PDSCH TCI state among a plurality of different PDSCH TCI states based at least in part on the identified capability; monitoring for a downlink transmission on a downlink data receive beam corresponding to the first PDSCH TCI state; wherein selecting the first PDSCH TCI state further comprises: receiving a medium access control, MAC, control element, CE, indicating the first PDSCH TCI state of the number of PDSCH TCI states is selected based at least in part on a number of active CORESET TCI states; and overwriting a second PDSCH TCI state that conflicts with the first PDSCH TCI state. identifying a capability of the UE to support a number of physical downlink shared channel, PDSCH, transmission configuration indicator, TCI, states and a number of control resource set, CORESET, TCI states; selecting a first PDSCH TCI state among a plurality of different PDSCH TCI states based at least in part on the identified capability; monitoring for a downlink transmission on a downlink data receive beam corresponding to the first PDSCH TCI state; wherein selecting the first PDSCH TCI state further comprises: receiving a medium access control, MAC, control element, CE, indicating the first PDSCH TCI state of the number of PDSCH TCI states is selected based at least in part on a number of active CORESET TCI states; and overwriting a second PDSCH TCI state that conflicts with the first PDSCH TCI state. receiving a medium access control, MAC, control element, CE, indicating the first PDSCH TCI state of the number of PDSCH TCI states is selected based at least in part on a number of active CORESET TCI states; and overwriting a second PDSCH TCI state that conflicts with the first PDSCH TCI state.
Method for obtaining a nickel aluminide coating on a metal substrate, characterized in that it comprises the following steps: a) coating the substrate with a deposition of nickel; b) applying an aluminium foil to the deposition of nickel of step a) in order to form an assembly constituted by the substrate coated with the deposition of nickel and the aluminium foil; and c) subjecting the assembly to heat treatment at a temperature from 550°C to 655°C for at least 1 hour and under a vacuum better than 10 -4 Pa in order to cause a reaction between the aluminium and the nickel and thus form a layer of nickel aluminide β-NiAl on top of a layer of nickel, and without using halogenated gas. a) coating the substrate with a deposition of nickel; b) applying an aluminium foil to the deposition of nickel of step a) in order to form an assembly constituted by the substrate coated with the deposition of nickel and the aluminium foil; and c) subjecting the assembly to heat treatment at a temperature from 550°C to 655°C for at least 1 hour and under a vacuum better than 10 -4 Pa in order to cause a reaction between the aluminium and the nickel and thus form a layer of nickel aluminide β-NiAl on top of a layer of nickel, and without using halogenated gas.
A cannula seal assembly , comprising: a housing having a primary seal and a secondary seal therein; a spacer to maintain separation of the primary seal from the secondary seal ; and a reservoir which is a space between the primary seal and the secondary seal to collect fluid bypassing the primary seal when the primary seal is disturbed by a surgical instrument, characterized by one or more transverse spacer slots extending through the spacer and into the reservoir . a housing having a primary seal and a secondary seal therein; a spacer to maintain separation of the primary seal from the secondary seal ; and a reservoir which is a space between the primary seal and the secondary seal to collect fluid bypassing the primary seal when the primary seal is disturbed by a surgical instrument, characterized by one or more transverse spacer slots extending through the spacer and into the reservoir .
A resin composition for producing a composite, wherein the composition comprises: (a) a first resin component comprising an acid catalyzed reaction product of phenol with cyclohexanone which is a bisphenol Z based epoxy resin or derivative thereof comprising at least one glycidyl group; and (b) at least one curing agent; wherein the curing agent comprises 9,9'-bis(3-chloro-4-aminophenyl)fluorene (CAF). (a) a first resin component comprising an acid catalyzed reaction product of phenol with cyclohexanone which is a bisphenol Z based epoxy resin or derivative thereof comprising at least one glycidyl group; and (b) at least one curing agent;
An integrally manufactured self-inclined ceramic shower tile for using in indoor/outdoor shower areas comprising a shower tile edge height (H1) letting waste water to flow into drainage hole without accumulating on the shower floor and a drainage hole height (H2) lower than said shower tile edge height (H1); and characterized in that - said shower tile is manufactured via dry press method from clay, kaolin and feldspar raw materials which provide a water absorption value of lower than 3%. - said shower tile is manufactured via dry press method from clay, kaolin and feldspar raw materials which provide a water absorption value of lower than 3%.