mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing cladding elements for use in construction comprising a composite cement-based structure, said method comprising: - providing an elastically deformable support element , comprising a first surface , a second surface and a plurality of spacer elements having an elongated shape positioned between said first and second surface so as to realize a plurality of interconnected cavities ; - preparing a substantially fluid water-based cementitious composition ; - introduce said substantially fluid cementitious composition into the support element so as to obtain a composite structure in a deformable state; - removing part of the fluid cementitious composition from the support element , so as to remove the excess fluid cementitious composition ; - positioning said deformable composite structure in a forming device; - maintaining said deformable composite structure in association with the forming device, until solidification of thereof; wherein said support element is constituted by a three-dimensional elastically deformable fabric; wherein said cementitious composition comprises at least one fluidifying and/or plasticizing additive and in which cement, additive and water are present according to a weight ratio variable from 1; 1/3; 1/3 to 1; 1/6; 1/6, and wherein said maintaining the deformable composite structure in the forming device comprises moving the forming device so as to obtain a predetermined configuration of the composite structure . - providing an elastically deformable support element , comprising a first surface , a second surface and a plurality of spacer elements having an elongated shape positioned between said first and second surface so as to realize a plurality of interconnected cavities ; - preparing a substantially fluid water-based cementitious composition ; - introduce said substantially fluid cementitious composition into the support element so as to obtain a composite structure in a deformable state; - removing part of the fluid cementitious composition from the support element , so as to remove the excess fluid cementitious composition ; - positioning said deformable composite structure in a forming device; - maintaining said deformable composite structure in association with the forming device, until solidification of thereof; wherein said support element is constituted by a three-dimensional elastically deformable fabric; wherein said cementitious composition comprises at least one fluidifying and/or plasticizing additive and in which cement, additive and water are present according to a weight ratio variable from 1; 1/3; 1/3 to 1; 1/6; 1/6, and wherein said maintaining the deformable composite structure in the forming device comprises moving the forming device so as to obtain a predetermined configuration of the composite structure .
A method for identifying malicious encrypted network traffic communicated via a network (202; 502) between a first and second computer system, the method comprising: monitoring network traffic over the network to detect a network connection as a new network connection; identifying characteristics of the network connection to determine a protocol of the network connection; retrieving a definition of a portion of network traffic for the network connection based on the determined protocol; evaluating Fourier transform coefficient values for each of a plurality of bytes in the portion of network traffic of the network connection based on the retrieved definition; and comparing the evaluated coefficient values with a dictionary of one or more reference sets of Fourier transform coefficients, each of the one or more reference sets of coefficients being associated with a portion of network traffic of a malicious encrypted network connection, so as to determine if malicious encrypted network traffic is communicated over the network connection, wherein the portion of network traffic of the network connection and the portion of network traffic of the malicious encrypted network connection are each continuous subsets of the network traffic subsequent to a transport protocol handshake and up to an end of an application protocol connection setup portion of network traffic, the connection setup including network traffic involved in the formation of a connection for an application network protocol between two communicating application endpoints . monitoring network traffic over the network to detect a network connection as a new network connection; identifying characteristics of the network connection to determine a protocol of the network connection; retrieving a definition of a portion of network traffic for the network connection based on the determined protocol; evaluating Fourier transform coefficient values for each of a plurality of bytes in the portion of network traffic of the network connection based on the retrieved definition; and comparing the evaluated coefficient values with a dictionary of one or more reference sets of Fourier transform coefficients, each of the one or more reference sets of coefficients being associated with a portion of network traffic of a malicious encrypted network connection, so as to determine if malicious encrypted network traffic is communicated over the network connection, wherein the portion of network traffic of the network connection and the portion of network traffic of the malicious encrypted network connection are each continuous subsets of the network traffic subsequent to a transport protocol handshake and up to an end of an application protocol connection setup portion of network traffic, the connection setup including network traffic involved in the formation of a connection for an application network protocol between two communicating application endpoints .
A dialysis machine comprising internal fluidics , the internal fluidics including the following components: - a dialysis fluid pump adapted to pump dialysis fluid from a dialysis fluid reservoir through a dialysis fluid feed line to a dialyser and from the dialyser through a dialysis fluid drain to a waste reservoir or to a waste line, - a substitution fluid pump adapted to supply dialysis fluid through a substitution fluid feed line to an extracorporeal blood conduit system having patient-side ports , and - coupling means for connecting the extracorporeal blood conduit system to the internal fluidics , characterized in that the internal fluidics includes a drain line , consisting essentially of two drain lines , leading from two coupling means , which are adapted for connecting the extracorporeal blood conduit system , to a drain line portion in which they merge and from there they lead to the dialysis fluid drain and to the waste reservoir , and two substitution fluid feed lines each having a coupling means to connect the extracorporeal blood conduit system . - a dialysis fluid pump adapted to pump dialysis fluid from a dialysis fluid reservoir through a dialysis fluid feed line to a dialyser and from the dialyser through a dialysis fluid drain to a waste reservoir or to a waste line, - a substitution fluid pump adapted to supply dialysis fluid through a substitution fluid feed line to an extracorporeal blood conduit system having patient-side ports , and - coupling means for connecting the extracorporeal blood conduit system to the internal fluidics ,
Apparatus for processing an audio signal to obtain a processed audio signal , comprising: a phase calculator for calculating phase values for spectral values of a sequence of frequency-domain frames representing overlapping frames of the audio signal , characterised in that the phase calculator is configured to calculate the phase values based on information on a target time-domain envelope related to the processed audio signal , so that the processed audio signal has at least in an approximation the target time-domain envelope and a spectral envelope determined by the sequence of frequency-domain frames . a phase calculator for calculating phase values for spectral values of a sequence of frequency-domain frames representing overlapping frames of the audio signal , characterised in that the phase calculator is configured to calculate the phase values based on information on a target time-domain envelope related to the processed audio signal , so that the processed audio signal has at least in an approximation the target time-domain envelope and a spectral envelope determined by the sequence of frequency-domain frames .
A method for processing a control channel at a user agent ,UA, to identify at least one of an uplink and a downlink resource allocated by a resource grant within a multi-carrier communication system wherein resource grants are specified by control channel element, CCE, subset candidates wherein the carriers used for data transmission and reception are configured carriers, the method comprising the steps of: receiving activation signals specifying active and deactivated carriers from among the configured carriers, the activation signals indicating that an uplink carrier is active; decoding the activation signals to identify the active and deactivated carriers; for each active carrier: for each active uplink carrier paired with a deactivated downlink carrier: (i) identifying a number of CCE subset candidates to decode by identifying only candidates associated with a downlink control information, DCI, 0 format for an active uplink carrier for decoding, and (ii) blindly decoding up to the identified number of CCE subset candidates to identify the resource grant; and otherwise: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: ignoring CCE subset candidates associated with the deactivated carrier. receiving activation signals specifying active and deactivated carriers from among the configured carriers, the activation signals indicating that an uplink carrier is active; decoding the activation signals to identify the active and deactivated carriers; for each active carrier: for each active uplink carrier paired with a deactivated downlink carrier: (i) identifying a number of CCE subset candidates to decode by identifying only candidates associated with a downlink control information, DCI, 0 format for an active uplink carrier for decoding, and (ii) blindly decoding up to the identified number of CCE subset candidates to identify the resource grant; and otherwise: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: (i) identifying a number of CCE subset candidates to decode by identifying only candidates associated with a downlink control information, DCI, 0 format for an active uplink carrier for decoding, and (ii) blindly decoding up to the identified number of CCE subset candidates to identify the resource grant; and otherwise: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: ignoring CCE subset candidates associated with the deactivated carrier.
Anti-icing blade (24; 26) of a turbo machine , in particular for a turbo machine compressor (4; 6), the blade (24; 26) comprising a leading edge , a trailing edge , an intrados face , an extrados face , and a glaciophobic surface forming the leading edge , characterised in that it further comprises a hydrophobic surface (42; 44) extending from the glaciophobic surface towards the trailing edge .
A resin mixture, comprising: a binder resin; and carbon black dispersed in the binder resin, the binder resin containing a polyethylene terephthalate having an imide bond in its molecule and having a density of 1.3345 g/cm 3 or less measured in accordance with the description. a binder resin; and carbon black dispersed in the binder resin, the binder resin containing a polyethylene terephthalate having an imide bond in its molecule and having a density of 1.3345 g/cm 3 or less measured in accordance with the description.
An insoluble fusion protein, comprising an antimicrobial peptide (AMP) able to be activated through cleavage using acid treatment and a green fluorescent protein (GFP) binding to each other, wherein the GFP is methionine-deleted GFP; wherein 76 th and 204 th aspartic acid(Asp) of the GFP are substituted with serine(Ser); and wherein the antimicrobial peptide is continuously arranged and inserted between the 172 nd position and the 173 rd position in the amino acid sequence of GFP, and an Asp-Pro amino acid sequence is connected to an N-terminus or C-terminus of the continuously arranged antimicrobial peptide or a linkage portion thereof. wherein the GFP is methionine-deleted GFP; wherein 76 th and 204 th aspartic acid(Asp) of the GFP are substituted with serine(Ser); and wherein the antimicrobial peptide is continuously arranged and inserted between the 172 nd position and the 173 rd position in the amino acid sequence of GFP, and an Asp-Pro amino acid sequence is connected to an N-terminus or C-terminus of the continuously arranged antimicrobial peptide or a linkage portion thereof.
A shelf system, comprising a back board , a plurality of shelves mounted to the back board one above the other and supplied with electric power, and a power supply device for supplying electric power to the plurality of shelves , wherein the power supply device comprises at least one power supply module , wherein the back board comprises a strip-shaped through-hole or guiding slot extending in a longitudinal direction, and each power supply module comprises: a fixed power supply unit having a first fixing member and configured to be electrically connected to a power supply, at least one sliding power supply unit having a first socket , each sliding power supply unit being slidably mounted on an associated strip-shaped through-hole or guiding slot , and at least one flexible conductive strip the two ends of which are electrically connected to the fixed power supply unit and the at least one sliding power supply unit , respectively; wherein a mounting hole is associated to said strip-shaped through-hole or guiding slot , the first fixing member of each fixed power supply unit is mounted to the associated mounting hole provided at the back board so as to fixedly mount the fixed power supply unit at a fixed location at the back board , and wherein each flexible conductive strip is provided with at least one magnetic element configured to be attracted by the back board . the back board comprises a strip-shaped through-hole or guiding slot extending in a longitudinal direction, and each power supply module comprises: a fixed power supply unit having a first fixing member and configured to be electrically connected to a power supply, at least one sliding power supply unit having a first socket , each sliding power supply unit being slidably mounted on an associated strip-shaped through-hole or guiding slot , and at least one flexible conductive strip the two ends of which are electrically connected to the fixed power supply unit and the at least one sliding power supply unit , respectively; wherein a fixed power supply unit having a first fixing member and configured to be electrically connected to a power supply, at least one sliding power supply unit having a first socket , each sliding power supply unit being slidably mounted on an associated strip-shaped through-hole or guiding slot , and at least one flexible conductive strip the two ends of which are electrically connected to the fixed power supply unit and the at least one sliding power supply unit , respectively; wherein a mounting hole is associated to said strip-shaped through-hole or guiding slot , the first fixing member of each fixed power supply unit is mounted to the associated mounting hole provided at the back board so as to fixedly mount the fixed power supply unit at a fixed location at the back board , and wherein each flexible conductive strip is provided with at least one magnetic element configured to be attracted by the back board .
A wrap tape cassette for a subsea pipeline repair or coating machine , the cassette comprising: a drum carrying a wrap tape ; and a housing defining an exit opening for the wrap tape to be dispensed from the drum onto a pipeline during a repair or coating operation; wherein a leading end of the wrap tape is attached to an anchor element that is arranged as a closure for the exit opening and, when moved from the exit opening , for attachment to a pipeline being repaired or coated. a drum carrying a wrap tape ; and a housing defining an exit opening for the wrap tape to be dispensed from the drum onto a pipeline during a repair or coating operation;
Apparatus (1, 1a-c, 1a'-c') to switch a light-emitting diode or another load, comprising a mechanical switch , which comprises a moving electrode , wherein the moving electrode is a contact, which electrically gets in connection with a further contact or electrode to enable a current flow while a closing phase and while an operation time and which moving electrode can be separated from the further contact or electrode to interrupt current flow while a breaking phase of the mechanical switch , wherein the apparatus (1, 1a-c, 1a'-c') comprises a solid-state-device , which is arranged in such a manner that current at least partially flows through the solid-state-device while a closing or breaking phase and that current at least partially flows through the mechanical switch in closed position while the operation time, and wherein the solid-state-device is a triac, which is paralleled to the mechanical switch , and a gate switch is embodied as a mechanical switch to activate mechanically the gate of the triac, wherein that gate switch and the mechanical switch are mechanically linked together, so that both switches can be closed simultaneously or in succession within a short period of time, characterized in that the mechanical switch is a rocker light switch and the switching on and off sequences are not done by relays, but by the rocker light switch.
A magnetic field communication system, comprising: a bearing; a sensor unit , disposed inside the bearing, including: a sensor configured to detect a temperature of oil inside the bearing and to output a sensing signal indicative of the detected oil temperature, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the bearing; and an adapter disposed outside the bearing and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the oil temperature, characterised in that the magnetic field communication system further comprises in the adapter a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power. a bearing; a sensor unit , disposed inside the bearing, including: a sensor configured to detect a temperature of oil inside the bearing and to output a sensing signal indicative of the detected oil temperature, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the bearing; and a sensor configured to detect a temperature of oil inside the bearing and to output a sensing signal indicative of the detected oil temperature, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the bearing; and an adapter disposed outside the bearing and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the oil temperature, characterised in that the magnetic field communication system further comprises in the adapter a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power.
A Single Channel Ground and Airborne Radio System, SINCGARS, having a SINCGARS frequency-hopping waveform with a fixed retuning period operable in a network of SINCGARS, the system comprising: a) a controller programmed with a modified frequency-hopping waveform having one or more retuning periods, each of said one or more retuning periods being shorter in duration than the fixed retuning period of the conventional SINCGARS waveform, said modified frequency-hopping waveform compatible with each of the SINCGARS in the network; and b) an interface for programming each of the devices with the modified waveform. a) a controller programmed with a modified frequency-hopping waveform having one or more retuning periods, each of said one or more retuning periods being shorter in duration than the fixed retuning period of the conventional SINCGARS waveform, said modified frequency-hopping waveform compatible with each of the SINCGARS in the network; and b) an interface for programming each of the devices with the modified waveform.
Method for illuminating a surrounding area of a motor vehicle , having the steps of: - generating light beams with a lighting device of a headlamp of the motor vehicle for providing a light distribution in the surrounding area ; - controlling the lighting device by means of a controlling device such that the light beams for providing the light distribution have a first polarisation; and - absorbing by means of a polarisation filter the light beams reflected in the surrounding area in the direction of an occupant of the motor vehicle , characterised by - determining a first and at least one second part region (22, 22', 22", 22"') of the light distribution ; - controlling the lighting device such that the light beams in the first part region have the first polarisation and the light beams for providing the light distribution in the at least one second part region (22, 22', 22", 22'") have a second polarisation different from the first; and - absorbing the reflected light beams with the second polarisation. - generating light beams with a lighting device of a headlamp of the motor vehicle for providing a light distribution in the surrounding area ; - controlling the lighting device by means of a controlling device such that the light beams for providing the light distribution have a first polarisation; and - absorbing by means of a polarisation filter the light beams reflected in the surrounding area in the direction of an occupant of the motor vehicle , - determining a first and at least one second part region (22, 22', 22", 22"') of the light distribution ; - controlling the lighting device such that the light beams in the first part region have the first polarisation and the light beams for providing the light distribution in the at least one second part region (22, 22', 22", 22'") have a second polarisation different from the first; and - absorbing the reflected light beams with the second polarisation.