mhurhangee/ep-ind-claims huggingface dataset:
An optical signal processing device, comprising: a waveform width widening unit configured to widen a pulse width of an optical signal; and an optical limiter circuit, to which the optical signal the pulse width of which is widened is input, configured to suppress an intensity of the optical signal in a region where an input intensity and an output intensity are not proportional, wherein the optical limiter circuit is an optical amplifier having a gain saturation region, and is configured to suppress an intensity of the optical signal in the gain saturation region, the waveform width widening unit is further configured to adjust an ON level time period of the optical signal and a zero level time period of the optical signal by extending a time period in which the optical signal is at the ON level and by shorting the time period in which the optical signal is at the zero level, the optical limiter circuit is further configured to suppress the noise on the ON level of the optical signal output from the waveform width widening unit, and the optical signal processing device further comprises an optical circuit configured to change the ratio of the ON level time period and the zero level time period of the optical signal output from the optical limiter circuit back into the ratio of the ON level time period and zero level time period of the optical signal before input to the waveform width widening unit. a waveform width widening unit configured to widen a pulse width of an optical signal; and an optical limiter circuit, to which the optical signal the pulse width of which is widened is input, configured to suppress an intensity of the optical signal in a region where an input intensity and an output intensity are not proportional, wherein the optical limiter circuit is an optical amplifier having a gain saturation region, and is configured to suppress an intensity of the optical signal in the gain saturation region, the waveform width widening unit is further configured to adjust an ON level time period of the optical signal and a zero level time period of the optical signal by extending a time period in which the optical signal is at the ON level and by shorting the time period in which the optical signal is at the zero level, the optical limiter circuit is further configured to suppress the noise on the ON level of the optical signal output from the waveform width widening unit, and the optical signal processing device further comprises an optical circuit configured to change the ratio of the ON level time period and the zero level time period of the optical signal output from the optical limiter circuit back into the ratio of the ON level time period and zero level time period of the optical signal before input to the waveform width widening unit.
A method for controlling a service unit performing various service activities at one workstation on a textile machine having several workstations, in which case the service activities (S1, S2, S3) and movement orders to be carried out by the service unit are prioritised by a controller unit, characterised in that avoidance manoeuvres and parking orders are carried out with the highest priority and manually set service activities (MS1, MS2) and movement orders are carried out with high priority.
A method for controlling a processing machine for sheet material with at least one printing and/or coating unit, wherein a cylinder mounted in side frames, carrying a print form and designed as plate cylinder is coupled to a direct drive and mechanically decoupled from a main drive acting on a wheel train of blanket cylinders and drums (six sheet guiding cylinders) for the sheet transport and in a predeterminable manner can be driven at least relative to the sheet guiding cylinders, wherein the plate cylinder is assigned an inking unit with at least one inking unit roller that can be driven by main drive and wheel train, characterized in that in a contact zone of the directly driven cylinder which carries the print form and is designed as plate cylinder of an offset printing unit to an adjacent blanket cylinder a printing contact is cancelled, in that for cleaning the inking unit rollers of the inking unit are decoupled from the sheet guiding cylinders which are driven by means of main drive and gear train on the drive side and temporarily coupled to the directly driven plate cylinder carrying the print form on the drive side and in that following this the inking unit rollers of the inking unit are driven according to a cleaning program stored in a selection menu over an individual cleaning period of time with individual rotational speeds by means of direct drive, in that following this the temporary drive coupling between the directly driven plate cylinder and the inking unit rollers of the inking unit is decoupled and the inking unit rollers of the inking unit are coupled to the main drive and wheel train of the sheet guiding cylinders and the printing contact between the plate cylinder and the blanket cylinder is again created.
A method for optimizing roaming in a network environment, comprising: receiving at a visited policy server a policy request from a visited bearer manager requesting a policy decision in response to an access terminal attempting a registration via a registration request, the policy request comprising an assigned IP-address, a subscriber location, and a visited network identity, the visited policy server and the visited bearer manager belonging to a visited network visited by the access terminal; providing the assigned IP-address, the subscriber location, and the visited network identity to a home policy server via policy peering, the home policy server belonging to a home network of the access terminal; authorizing the registration for the access terminal; receiving an authorization request from an application manager requesting authorization in response to the access terminal performing application level registration; and authorizing the application level registration based on the subscriber location and the visited network and only if the application level registration is allowed for the subscriber location and the visited network, the authorization allowing use of a first application in the visited network and denying use of a second application in the subscriber location and the visited network. receiving at a visited policy server a policy request from a visited bearer manager requesting a policy decision in response to an access terminal attempting a registration via a registration request, the policy request comprising an assigned IP-address, a subscriber location, and a visited network identity, the visited policy server and the visited bearer manager belonging to a visited network visited by the access terminal; providing the assigned IP-address, the subscriber location, and the visited network identity to a home policy server via policy peering, the home policy server belonging to a home network of the access terminal; authorizing the registration for the access terminal; receiving an authorization request from an application manager requesting authorization in response to the access terminal performing application level registration; and authorizing the application level registration based on the subscriber location and the visited network and only if the application level registration is allowed for the subscriber location and the visited network, the authorization allowing use of a first application in the visited network and denying use of a second application in the subscriber location and the visited network.
A photonic integrated circuit device comprising a lasing cavity for resonating at a plurality of discrete wavelengths and an optical feedback cavity operably coupled to the lasing cavity via a front surface of the lasing cavity, said optical feedback cavity comprising a reflective element for reflecting light, at least partially, back into the lasing cavity to form a resonant Fabry-Perot cavity between the front surface and the reflective element, said optical feedback cavity comprising a variable phase shifting element adapted for receiving an input signal to control a phase shift of light propagating in the optical feedback cavity wherein the photonic integrated device is configured so that back reflected light rays that are supported by the lasing cavity are not in phase and are not resonating together in the lasing cavity and the photonic integrated circuit is configured to superpose the back reflected light rays on forward propagating light rays inside the laser cavity which allows one mode to resonate and be boosted.
An applicator for applying a product to head hair, said applicator comprising a neck portion and a flexible/elastic spatula, said neck portion comprising inner threads and an upper end and said spatula comprising a free end at a distal end from said neck portion, said free end comprising an edge extending in a substantially orthogonal direction to the extension of the spatula, said spatula mainly forming a flat shaped body portion, between said neck portion and said flat shaped body portion the applicator comprises a bridging portion, said bridging portion comprising a bottom extending in a substantially transversal direction to the neck portion, said substantially flat shaped body portion extending in a substantially orthogonal direction from said bottom, characterized in that said edge having at least three dispensing openings, said at least three dispensing openings communicating through at least three internal channels that extend through the substantially flat shaped body portion with at least three inlet openings arranged at the lower side of the bottom in the interior of the neck portion, and wherein the at least three internal channels are conical with the wide ends arranged at said inlet openings and the narrow ends of the internal channels arranged at said dispensing openings and there is one internal channel per each dispensing opening.
A terminal apparatus that is configured to communicate with a base station apparatus, the terminal apparatus comprising: a reception unit configured to receive first information and second information; wherein the first information indicates a first subframe, for a cell-specific reference signal, CRS, being present in the first subframe, the second information indicates a number of CRS antenna ports, the second information being for determining resource elements, the resource elements mapped to a physical downlink control channel, PDSCH, the CRS being transmitted on the CRS antenna ports, characterized in that the reception unit is configured to determine the resource elements mapped to the PDSCH in a subframe, wherein the CRS is not present, based on the number of CRS antenna ports, and in a case that a parameter indicating the number of CRS antenna ports is one or more, the parameter is included in a parameter set corresponding to the PDSCH transmitted on a user equipment specific reference signal, URS, antenna port different from the CRS antenna ports. a reception unit configured to receive first information and second information; wherein the first information indicates a first subframe, for a cell-specific reference signal, CRS, being present in the first subframe, the second information indicates a number of CRS antenna ports, the second information being for determining resource elements, the resource elements mapped to a physical downlink control channel, PDSCH, the CRS being transmitted on the CRS antenna ports, characterized in that the reception unit is configured to determine the resource elements mapped to the PDSCH in a subframe, wherein the CRS is not present, based on the number of CRS antenna ports, and in a case that a parameter indicating the number of CRS antenna ports is one or more, the parameter is included in a parameter set corresponding to the PDSCH transmitted on a user equipment specific reference signal, URS, antenna port different from the CRS antenna ports.
A garment item integrating at least one bidirectional radio-communication module (23, 24) capable of emitting and receiving signals, at least one force sensor placed on the garment item and capable of detecting an effort applied by a wearer of the garment item on the at least one force sensor, at least one warning device (50, 51, 52) capable of emitting a warning signal at least to said wearer, at least one electric battery, and a reprogrammable and configurable digital processing center which is connected to said at least one radio-communication module, to said at least one force sensor, to said at least one warning device (50, 51, 52) and to said battery, said digital processing center being capable of piloting at least one warning device (50, 51, 52) so as to emit a warning signal (MNC, MRC, MER, MAC, MEE, MRE, MME, MOA, MOT, MAO, MOF) subsequently to the reception of an external signal (MES, MTR, MAR, MAN, MIF) by said at least one radio-communication module (23, 34) or subsequently to the detection of at least one sequence of successive efforts (SHI, SHC) on said at least one force sensor; wherein the digital processing center is capable of piloting said at least one radio-communication module so as to emit a meaningful signal (MES, MAR), subsequently to the detection of at least one sequence of successive efforts (SHI, SHC, SAR) on said force sensor, and said at least one warning device (50, 51, 52) comprises at least one vibrator type warning device placed inside the garment item in order to emit a vibrational warning signal which can be felt by the wearer; said garment item being characterized in that the digital processing center integrates a first conversion table configured to convert predefined sequences of successive efforts (SHI, SHC, SAR) applied by the wearer on the force sensor into respective meaningful signals (MES, MAR) associated to messages; and in that the digital processing center integrates a second conversion table configured to convert predefined external signals (MES, MTR, MAR, MAN, MIF) into respective emission patterns (MME, MOT, MOA, MAO, MOF) of at least one vibrational warning signal. wherein the digital processing center is capable of piloting said at least one radio-communication module so as to emit a meaningful signal (MES, MAR), subsequently to the detection of at least one sequence of successive efforts (SHI, SHC, SAR) on said force sensor, and said at least one warning device (50, 51, 52) comprises at least one vibrator type warning device placed inside the garment item in order to emit a vibrational warning signal which can be felt by the wearer; said garment item being characterized in that the digital processing center integrates a first conversion table configured to convert predefined sequences of successive efforts (SHI, SHC, SAR) applied by the wearer on the force sensor into respective meaningful signals (MES, MAR) associated to messages; and in that the digital processing center integrates a second conversion table configured to convert predefined external signals (MES, MTR, MAR, MAN, MIF) into respective emission patterns (MME, MOT, MOA, MAO, MOF) of at least one vibrational warning signal.
A method of preparing a silver layer or pattern comprising the step of applying a silver nanoparticle dispersion comprising silver nanoparticles, a liquid carrier and an adhesion promoting compound on a substrate followed by a sintering step, wherein the substrate is an ITO layer on a polymeric or glass support, characterized in that the adhesion promoting compound is an acidic polyester.
A method implemented by a computing device comprising: defining a mapping data structure that relates primary states indicative of synchronization status of cloud content files to corresponding file synch properties and state indicators; detecting file synch properties associated with cloud content files in connection with management of the cloud content files via a file system of the computing device; assigning primary states to the cloud content files by matching the detected file synch properties to corresponding primary states as indicated by the mapping data structure; and outputting state indicators indicative of the primary states assigned to the cloud content files in association with file system representations of the cloud content files. defining a mapping data structure that relates primary states indicative of synchronization status of cloud content files to corresponding file synch properties and state indicators; detecting file synch properties associated with cloud content files in connection with management of the cloud content files via a file system of the computing device; assigning primary states to the cloud content files by matching the detected file synch properties to corresponding primary states as indicated by the mapping data structure; and outputting state indicators indicative of the primary states assigned to the cloud content files in association with file system representations of the cloud content files.
A composition comprising an mRNA encoding argininosuccinate synthetase for use in the treatment of Argininosuccinate Synthetase Deficiency, wherein the treatment comprises administering to a subject in need of treatment the composition at an effective dose and an administration interval such that at least one symptom or feature of ASD is reduced in intensity, severity, or frequency or is delayed in onset, wherein: the mRNA has a nucleotide sequence at least 90% identical to SEQ ID NO:3, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:13, SEQ ID NO:14 or SEQ ID NO:15; and the mRNA is codon optimized. the mRNA has a nucleotide sequence at least 90% identical to SEQ ID NO:3, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:13, SEQ ID NO:14 or SEQ ID NO:15; and the mRNA is codon optimized.
Polymer optical fibre for transmitting light of a wavelength, λ i, between two separate elements of an active implantable medical device (AIMD), wherein the wavelength, λ i, is comprised between 380 and 1800 nm, preferably between 650 and 1550 nm, and wherein said POF is a multimode optical fibre comprising a first end and a second end, and comprises: (a) a core which is cylindrical and made of a cyclic olefin polymer or copolymer, having a core refractive index n_core at the wavelength λi, the core being enclosed in (b) a cladding which has a cladding refractive index n_clad < n_core at the wavelength λi and which is made of a cladding copolymer comprising monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, the cladding being itself enclosed in (c) a coating which is made of a coating polymer comprising one of the monomers of the cladding copolymer, selected among monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, and wherein the coating polymer has a higher stiffness than the cladding copolymer, wherein the POF has a numerical aperture, NA, at the wavelength, λ i, of at least 0.5, preferably at least 0.6, more preferably at least 0.7, wherein NA = ((n_core) 2 - (n_clad) 2) 1/2. (a) a core which is cylindrical and made of a cyclic olefin polymer or copolymer, having a core refractive index n_core at the wavelength λi, the core being enclosed in (b) a cladding which has a cladding refractive index n_clad < n_core at the wavelength λi and which is made of a cladding copolymer comprising monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, the cladding being itself enclosed in (c) a coating which is made of a coating polymer comprising one of the monomers of the cladding copolymer, selected among monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, and wherein the coating polymer has a higher stiffness than the cladding copolymer, wherein the POF has a numerical aperture, NA, at the wavelength, λ i, of at least 0.5, preferably at least 0.6, more preferably at least 0.7, wherein NA = ((n_core) 2 - (n_clad) 2) 1/2.
An internal combustion engine comprising: a cylinder block which has a hole inside of which a piston is arranged; a cylinder head which includes a recess which has a top surface of a combustion chamber; a cylinder liner which is fastened at a surface of the hole of the cylinder block and which the piston contacts; and a variable compression ratio mechanism which changes a mechanical compression ratio; wherein the variable compression ratio mechanism is formed so that the cylinder head is moved relative to the cylinder block whereby the combustion chamber is variably formed in size, the cylinder liner extends so that, in the range where the cylinder head moves relative to the cylinder block, an end part facing the cylinder head is arranged inside of the recess of the cylinder head, wherein the end part of the cylinder liner at the side facing the cylinder head becomes gradually thinner toward a front end, and has cross-sectional shape which is slanted from the front end toward the inside of the combustion chamber to form tapered shape, and the end part of the cylinder liner is formed so as to stick out from the cylinder block and is configured to slide with respect to the recess of the cylinder head. a cylinder block which has a hole inside of which a piston is arranged; a cylinder head which includes a recess which has a top surface of a combustion chamber; a cylinder liner which is fastened at a surface of the hole of the cylinder block and which the piston contacts; and a variable compression ratio mechanism which changes a mechanical compression ratio; wherein
A belt pulling tool for aligning a belt on a sheave having a rotational mass of 100 kilograms or more, the belt pulling tool comprised of a handle, a body and two prongs, the handle and body each having two ends with one end of each being attached to the other forming a longitudinal length and the two prongs being attached to the body orthogonal to the length, wherein at least one prong is configured to be moved and fixed along a portion of the body parallel or nearly parallel to the longitudinal length for gripping a thickness of a belt, wherein the body has walls defining a top face, bottom face, sides such that the distance between top and bottom face (60, 70) define a body thickness and the distance between the sides define a body width, said body width and thickness being orthogonal to the length characterised in that the body has a prong accepting slot running along a length of the top face with a slot depth and slot width that only partially traverses the body thickness and body width, wherein at least one prong has a prong attachment end and distal end defining a prong length, the prong having a flat surface on a portion of the prong length starting from the prong attachment end with said prong attachment end being configured to be accepted into the slot of the body. wherein the body has walls defining a top face, bottom face, sides such that the distance between top and bottom face (60, 70) define a body thickness and the distance between the sides define a body width, said body width and thickness being orthogonal to the length characterised in that the body has a prong accepting slot running along a length of the top face with a slot depth and slot width that only partially traverses the body thickness and body width, wherein at least one prong has a prong attachment end and distal end defining a prong length, the prong having a flat surface on a portion of the prong length starting from the prong attachment end with said prong attachment end being configured to be accepted into the slot of the body.