mhurhangee/ep-ind-claims huggingface dataset:
A transmitting station, comprising: an encoder unit to encode a transmitting signal; a modulator unit to modulate the transmitting signal; an amplifier unit to amplify the transmitting signal; a transmitting antenna to wirelessly transmit the transmitting signal that has been amplified; and a controller unit to regulate a frequency of the transmitting signal, an input power to the amplifier unit, and at least one of the number of multiple values for modulation of a modulation method to be specified to the modulator unit and a code rate to be specified to the encoder unit on the basis of an estimation value of reception quality that is a signal quality when the transmitting signal is received by a receiving station, wherein: the controller unit regulates the input power on the basis of the estimation value of the reception quality to regulate the amplifier unit to have a linear or non-linear amplifying characteristic; and the controller unit increases one of the number of multiple values for modulation and the code rate when regulating the input power to a value that brings about the linear amplifying characteristic. an encoder unit to encode a transmitting signal; a modulator unit to modulate the transmitting signal; an amplifier unit to amplify the transmitting signal; a transmitting antenna to wirelessly transmit the transmitting signal that has been amplified; and a controller unit to regulate a frequency of the transmitting signal, an input power to the amplifier unit, and at least one of the number of multiple values for modulation of a modulation method to be specified to the modulator unit and a code rate to be specified to the encoder unit on the basis of an estimation value of reception quality that is a signal quality when the transmitting signal is received by a receiving station, wherein: the controller unit regulates the input power on the basis of the estimation value of the reception quality to regulate the amplifier unit to have a linear or non-linear amplifying characteristic; and the controller unit increases one of the number of multiple values for modulation and the code rate when regulating the input power to a value that brings about the linear amplifying characteristic.
Pressurized water reactor, comprising a primary reactor coolant circuit flown through by a primary reactor coolant during operation, and comprising a chemical and volume control system for the primary reactor coolant, the chemical and volume control system comprising, along the direction of flow of the primary reactor coolant, a letdown line, a high-pressure charging pump with a given discharge pressure, and a charging line leading to the primary reactor coolant circuit, the chemical and volume control system further comprising a hydrogenation system with a hydrogen supply and a hydrogen feeding line, wherein a high-pressure feeding pump is arranged in the hydrogen feeding line to provide a gas pressure higher than the discharge pressure of the charging pump, and wherein the hydrogen feeding line discharges into the charging line, wherein a heat exchanger, configured to be flown through by a heating medium, is arranged in the charging line to increase the temperature of the primary reactor coolant before injection into the primary reactor coolant circuit, characterized in that the connection between the hydrogen feeding line and the charging line is located in a section of the charging line between the charging pump and the heat exchanger. wherein a high-pressure feeding pump is arranged in the hydrogen feeding line to provide a gas pressure higher than the discharge pressure of the charging pump, and wherein the hydrogen feeding line discharges into the charging line, wherein a heat exchanger, configured to be flown through by a heating medium, is arranged in the charging line to increase the temperature of the primary reactor coolant before injection into the primary reactor coolant circuit, characterized in that the connection between the hydrogen feeding line and the charging line is located in a section of the charging line between the charging pump and the heat exchanger.
A coating agent for oil seal comprising 10 to 160 parts by weight of a filler having a particle size of 0.5 to 30 μm based on 100 parts by weight of isocyanate group-containing 1,2-polybutadiene and being prepared as an organic solvent solution, wherein a contact angle between a substrate surface coated with the coating agent and engine oil is less than 35°, wherein the filler is silica, silicone resin or polycarbonate.
A comber comprising: a plurality of combing heads each including a combing portion; and a cylinder shaft adapted to rotate all of the combing portions, wherein each combing portion includes a plurality of brackets, which are fixed to the cylinder shaft and rotatable integrally with the cylinder shaft, and a circular comb and a counterweight, which are fixed to the cylinder shaft by the brackets, the comber being characterized in that the cylinder shaft is divided in a longitudinal direction into a plurality of shaft portions such that a joint between the shaft portions is located in a position that faces one of the combing portions, and the joint is located between the brackets. a plurality of combing heads each including a combing portion; and a cylinder shaft adapted to rotate all of the combing portions, wherein each combing portion includes a plurality of brackets, which are fixed to the cylinder shaft and rotatable integrally with the cylinder shaft, and a circular comb and a counterweight, which are fixed to the cylinder shaft by the brackets, the comber being characterized in that the cylinder shaft is divided in a longitudinal direction into a plurality of shaft portions such that a joint between the shaft portions is located in a position that faces one of the combing portions, and the joint is located between the brackets.
An electronic device comprising an embedded subscriber identity module in the form of an electronic chip including a plurality of interfaces (47, 48; 47, 47') each configured to communicate with a dedicated modulator-demodulator circuit (21, 22), each interface comprising: a first pad on which a supply signal is applied; a second pad on which a synchronization signal is applied; a third pad on which a reset signal is applied; and a fourth input-output pad on which a signal representative of information to be sent is applied. a first pad on which a supply signal is applied; a second pad on which a synchronization signal is applied; a third pad on which a reset signal is applied; and a fourth input-output pad on which a signal representative of information to be sent is applied.
System having a pivotable armrest, a bracket means and a locking aid, wherein the armrest is articulated on the bracket means so as to be pivotable about a primary axis and can be transferred reversibly between a usage position and a stowage position via a transition position, wherein the armrest is connected rotationally conjointly to a connecting element, wherein the locking aid is arranged on the connecting element, wherein the locking aid is in frictionally engaging contact with the bracket means at a contact point or along a contact surface, wherein the locking aid is designed such that the frictionally engaging contact between bracket means and locking aid in a transition position is greater than that - in the usage position and/or - in the stowage position, wherein the locking aid comprises a displaceable part, wherein the displaceable part is displaceable relative to the connecting element along an offset direction, wherein a spring element is, at a first end, arranged substantially positionally fixedly relative to the connecting element, wherein the spring element is connected at a second end to the displaceable part, wherein the bracket element is designed such that the spacing between - the first end of the spring element and - the contact point or the contact surface is smaller in the transition position than in the usage position or stowage position, characterized in that the bracket means has a guide cap, wherein the guide cap defines the spacing between - the first end of the spring element and - the contact point or the contact surface for the usage position, the transition position and the stowage position. - in the usage position and/or - in the stowage position, wherein the locking aid comprises a displaceable part, wherein the displaceable part is displaceable relative to the connecting element along an offset direction, wherein a spring element is, at a first end, arranged substantially positionally fixedly relative to the connecting element, wherein the spring element is connected at a second end to the displaceable part, wherein the bracket element is designed such that the spacing between - the first end of the spring element and - the contact point or the contact surface is smaller in the transition position than in the usage position or stowage position, characterized in that the bracket means has a guide cap, wherein the guide cap defines the spacing between - the first end of the spring element and - the contact point or the contact surface for the usage position, the transition position and the stowage position.
Positioning unit (1, 101, 201, 301), comprising two control carriages (2, 3, 202, 203, 502) and a working carriage (4, 204, 304, 404), - the two control carriages (2, 3, 202, 203, 502) and the working carriage (4, 204, 304, 404) being movable on tracks that extend in parallel with one another, - a working arm (5, 305, 405) being articulated on a working base point (8, 308) on the working carriage (4, 204, 304, 404) and a control arm (6, 7) being articulated on a respective control base point (9, 10) on the control carriages (2, 3, 202, 203, 502), - the control arms (6, 7) being articulated on the working arm (5, 305, 405) at a control point of said working arm, the control point being spaced apart by a predefined lambda distance (d) from an end of the working arm (5, 305, 405) that forms a working point end and faces away from the working base point (8, 308), and - the two control base points (9, 10) and the working base point (8, 308) generating a triangle, characterized in that at least two carriages of the two control carriages (2, 3, 202, 203, 502) and of the working carriage (4, 204, 304, 404) are movably arranged on a common guide (13, 213, 513). - the two control carriages (2, 3, 202, 203, 502) and the working carriage (4, 204, 304, 404) being movable on tracks that extend in parallel with one another, - a working arm (5, 305, 405) being articulated on a working base point (8, 308) on the working carriage (4, 204, 304, 404) and a control arm (6, 7) being articulated on a respective control base point (9, 10) on the control carriages (2, 3, 202, 203, 502), - the control arms (6, 7) being articulated on the working arm (5, 305, 405) at a control point of said working arm, the control point being spaced apart by a predefined lambda distance (d) from an end of the working arm (5, 305, 405) that forms a working point end and faces away from the working base point (8, 308), and - the two control base points (9, 10) and the working base point (8, 308) generating a triangle,
An article, comprising: a first cylinder formed of foamed interconnected thermoplastic polymeric members (10, 30) forming: a cylindrically shaped outer surface, wherein the foamed interconnected thermoplastic polymeric members (10, 30) define a first plurality of openings (12, 32) through the cylindrically shaped outer surface, and a cylindrically shaped inner surface spaced from the cylindrically shaped outer surface, wherein the foamed interconnected thermoplastic polymeric members (10, 30) define a second plurality of openings (12, 32) through the cylindrically shaped inner surface, wherein the foamed interconnected thermoplastic polymeric members (10, 30) forming the first cylinder have varying sizes defining the first plurality of openings (12, 32) and the second plurality of openings (12, 32), wherein the foamed interconnected thermoplastic polymeric members (10, 30) connect the cylindrically shaped outer surface and the cylindrically shaped inner surface, and wherein the foamed interconnected thermoplastic polymeric members (10, 30) block some of the first plurality of openings (12, 32) and some of the second plurality of openings (12, 32). a cylindrically shaped outer surface, wherein the foamed interconnected thermoplastic polymeric members (10, 30) define a first plurality of openings (12, 32) through the cylindrically shaped outer surface, and a cylindrically shaped inner surface spaced from the cylindrically shaped outer surface, wherein the foamed interconnected thermoplastic polymeric members (10, 30) define a second plurality of openings (12, 32) through the cylindrically shaped inner surface, wherein the foamed interconnected thermoplastic polymeric members (10, 30) forming the first cylinder have varying sizes defining the first plurality of openings (12, 32) and the second plurality of openings (12, 32), wherein the foamed interconnected thermoplastic polymeric members (10, 30) connect the cylindrically shaped outer surface and the cylindrically shaped inner surface, and wherein the foamed interconnected thermoplastic polymeric members (10, 30) block some of the first plurality of openings (12, 32) and some of the second plurality of openings (12, 32).
A method of receiving and analyzing improved DMX communications, comprising: receiving a start code packet having a plurality of bytes (501, 503), said bytes including at least one enhanced DMX slave instruction byte corresponding to an enhanced DMX slave control address and at least one packet checksum byte; wherein said packet checksum byte is incorporated within said start code packet and is a checksum of a plurality of said bytes of said start code packet; buffering a plurality of said bytes including said packet checksum (501, 503); calculating a received checksum of buffered of said bytes and comparing said received checksum with said packet checksum; and at least selectively acting on said enhanced DMX slave instruction byte only when said received checksum and said packet checksum substantially correspond. receiving a start code packet having a plurality of bytes (501, 503), said bytes including at least one enhanced DMX slave instruction byte corresponding to an enhanced DMX slave control address and at least one packet checksum byte; wherein said packet checksum byte is incorporated within said start code packet and is a checksum of a plurality of said bytes of said start code packet; buffering a plurality of said bytes including said packet checksum (501, 503); calculating a received checksum of buffered of said bytes and comparing said received checksum with said packet checksum; and at least selectively acting on said enhanced DMX slave instruction byte only when said received checksum and said packet checksum substantially correspond.
A composite film having low anisotropy of electromagnetic wave absorbability, comprising: a plastic film, and a single- or multi-layer, thin metal film formed on at least one surface of said plastic film, characterised in that said thin metal film is provided with large numbers of substantially parallel, intermittent, linear scratches obtained by the sliding contact of the thin metal film with pattern rolls each having large numbers of fine, high-hardness particles on the surface, the linear scratches having irregular widths and intervals and extending in plural directions, wherein said linear scratches have widths, 90% or more of which are in a range of 0.1-1,000 μm, and an average width of 1-100 μm, and intervals in a range from 0.1 μm to 5 mm, and an average interval of 1-100 μm. a plastic film, and a single- or multi-layer, thin metal film formed on at least one surface of said plastic film, characterised in that said thin metal film is provided with large numbers of substantially parallel, intermittent, linear scratches obtained by the sliding contact of the thin metal film with pattern rolls each having large numbers of fine, high-hardness particles on the surface, the linear scratches having irregular widths and intervals and extending in plural directions, wherein said linear scratches have widths, 90% or more of which are in a range of 0.1-1,000 μm, and an average width of 1-100 μm, and intervals in a range from 0.1 μm to 5 mm, and an average interval of 1-100 μm.
A method, comprising configuring common resources for supporting direct communication between terminals across a predefined registration area comprising one or more cells of a cellular system by negotiating the common resources with one or more base stations of cells comprised in the predefined registration area, and controlling an allocation of said common resources for enabling direct communication between terminals across the predefined registration area by determining and assigning the allocation of said common resources and the configuration thereof to a terminal being registered to the predefined registration area. configuring common resources for supporting direct communication between terminals across a predefined registration area comprising one or more cells of a cellular system by negotiating the common resources with one or more base stations of cells comprised in the predefined registration area, and controlling an allocation of said common resources for enabling direct communication between terminals across the predefined registration area by determining and assigning the allocation of said common resources and the configuration thereof to a terminal being registered to the predefined registration area.
Method of monitoring a focus state of a microscope, - wherein an auxiliary light beam is coupled into the microscope in such a way that the auxiliary light beam is inclined at an angle with regard to a normal to an object plane of the microscope, and - wherein position changes of an area of incidence of a part of the coupled auxiliary light beam reflected by a reference boundary surface on a registration device are registered, characterized in that the coupled auxiliary light beam runs within a plane which is spanned, outside of a main imaging area of the microscope, by a straight line running in the object plane and the normal to the object plane, wherein - a distance of the straight line to an optical axis of the microscope is at least 5 mm/M, wherein M is a magnification of the microscope, such that the diameter of the main imaging area may be at least close to 10 mm/M, and/or - the main imaging area is defined by an area of the object plane that is mapped onto a camera or another image sensor of the microscope, and/or - the auxiliary light beam is coupled at an object side of a scanner of the microscope wherein the main imaging area is defined by - the largest area of the object plane that is scanned with a measuring beam by the scanner or - the largest rectangular area of the object plane that is scanned by the scanner with a measuring beam. - wherein an auxiliary light beam is coupled into the microscope in such a way that the auxiliary light beam is inclined at an angle with regard to a normal to an object plane of the microscope, and - wherein position changes of an area of incidence of a part of the coupled auxiliary light beam reflected by a reference boundary surface on a registration device are registered, - a distance of the straight line to an optical axis of the microscope is at least 5 mm/M, wherein M is a magnification of the microscope, such that the diameter of the main imaging area may be at least close to 10 mm/M, and/or - the main imaging area is defined by an area of the object plane that is mapped onto a camera or another image sensor of the microscope, and/or - the auxiliary light beam is coupled at an object side of a scanner of the microscope wherein the main imaging area is defined by - the largest area of the object plane that is scanned with a measuring beam by the scanner or - the largest rectangular area of the object plane that is scanned by the scanner with a measuring beam. - the largest area of the object plane that is scanned with a measuring beam by the scanner or - the largest rectangular area of the object plane that is scanned by the scanner with a measuring beam.
Roller (5, 6) for deflecting or guiding a metal strip to be coated in a metal melt bath, the roller comprising bearing journals that are arranged coaxially to one another for the rotary mounting of the roller (5, 6), characterized in that the respective bearing journal comprises a plurality of axially spaced annular elevations (9.5; 12.1), which are provided with a plain-bearing coating or are formed from a plain-bearing coating, and in that the plain-bearing coating projects radially in the area of the annular elevations (9.5; 12.1) by a dimension in the range from 0.1 mm to 1.0 mm relative to a circumferential surface of the bearing journal.
A sprayable zinc oxide composition comprising a fluoro-olefin propellant, zinc oxide particles, one or more nonionic lipophilic emulsifiers, one or more nonionic hydrophilic emulsifiers and a carrier fluid; wherein the carrier fluid comprises water; wherein the weight ratio of the nonionic lipophilic emulsifiers to nonionic hydrophilic emulsifiers ranges from about 5 to about 30; and wherein the nonionic lipophilic emulsifiers have a hydrophilic to lipophilic balance value of from 2 to 8. wherein the carrier fluid comprises water; wherein the weight ratio of the nonionic lipophilic emulsifiers to nonionic hydrophilic emulsifiers ranges from about 5 to about 30; and wherein the nonionic lipophilic emulsifiers have a hydrophilic to lipophilic balance value of from 2 to 8.