mhurhangee/ep-ind-claims huggingface dataset:
An individually-packaged absorbent article, comprising: an absorbent article including a body that includes a permeable upper-side sheet, an impermeable back-side sheet, and an absorbent disposed between the upper-side sheet and the back-side sheet; and a packaging sheet that individually packages the absorbent article, wherein the body has a shape having a predetermined length in a longitudinal direction and a predetermined width in a direction orthogonal to the longitudinal direction; the absorbent article includes a hip-hold portion that includes a side area protruding from a rear side-edge of the body, the side area including a first protruding portion that includes a portion having a largest width from a longitudinal centerline of the body, a first recessed portion adjacent to a rear end of the first protruding portion, and a second recessed portion adjacent to a front end of the first protruding portion; the side area of the hip-hold portion is folded along a longitudinal fold line extending in the longitudinal direction and a mountain fold line is formed in the side area of the hip-hold portion by folding the absorbent article such that an upper side of the absorbent article protrudes upward to form a mountain-like shape; and the mountain fold line intersects with an edge of the side area of the hip-hold portion at a positon between a first inflection point between the first recessed portion and the first protruding portion and a second inflection point between the first protruding portion and the second recessed portion, and is orthogonal ± 15 degrees or less to the longitudinal centerline. an absorbent article including a body that includes a permeable upper-side sheet, an impermeable back-side sheet, and an absorbent disposed between the upper-side sheet and the back-side sheet; and a packaging sheet that individually packages the absorbent article, wherein the body has a shape having a predetermined length in a longitudinal direction and a predetermined width in a direction orthogonal to the longitudinal direction; the absorbent article includes a hip-hold portion that includes a side area protruding from a rear side-edge of the body, the side area including a first protruding portion that includes a portion having a largest width from a longitudinal centerline of the body, a first recessed portion adjacent to a rear end of the first protruding portion, and a second recessed portion adjacent to a front end of the first protruding portion; the side area of the hip-hold portion is folded along a longitudinal fold line extending in the longitudinal direction and a mountain fold line is formed in the side area of the hip-hold portion by folding the absorbent article such that an upper side of the absorbent article protrudes upward to form a mountain-like shape; and the mountain fold line intersects with an edge of the side area of the hip-hold portion at a positon between a first inflection point between the first recessed portion and the first protruding portion and a second inflection point between the first protruding portion and the second recessed portion, and is orthogonal ± 15 degrees or less to the longitudinal centerline.
Adapter for fixing an optical fibre or bundle of optical fibres, with respect to an end section of a tube accommodating the fibre or fibre bundle, comprising: a tube holding section at a proximal end of the adapter, the tube holding section having a connecting section adapted to fix the adapter to the tube, the connecting section comprising a tube-like protrusion or shape that extends in a direction pointing away from a distal end of the adapter, a fibre holding section providing a substantially tubular receptacle for receiving the fibre or bundle of fibres, the receptacle having a distal opening at the distal end of the adapter, a plastically deformable sealing component for fixing the fibre or bundle of fibres to the adapter, the distal end of the fibre holding section being received within the sealing component, and a sealing element provided at the proximal end, sealingly abutting the end section and seated between the end section of the tube and the remaining adapter, the sealing element enclosing the connecting section and being adapted to seal up a gap between the tube and the adapter. a tube holding section at a proximal end of the adapter, the tube holding section having a connecting section adapted to fix the adapter to the tube, the connecting section comprising a tube-like protrusion or shape that extends in a direction pointing away from a distal end of the adapter, a fibre holding section providing a substantially tubular receptacle for receiving the fibre or bundle of fibres, the receptacle having a distal opening at the distal end of the adapter, a plastically deformable sealing component for fixing the fibre or bundle of fibres to the adapter, the distal end of the fibre holding section being received within the sealing component, and a sealing element provided at the proximal end, sealingly abutting the end section and seated between the end section of the tube and the remaining adapter, the sealing element enclosing the connecting section and being adapted to seal up a gap between the tube and the adapter.
A computing device comprising: a cryptoprocessor configured to: write a first word including a first portion of a key; and write a plurality of subsequent words each including a portion of the key; wherein, if a same word is written more than once, the key is reset, and wherein, if a word is written out of order, the key is reset. a cryptoprocessor configured to: write a first word including a first portion of a key; and write a plurality of subsequent words each including a portion of the key; wherein, if a same word is written more than once, the key is reset, and wherein, write a first word including a first portion of a key; and write a plurality of subsequent words each including a portion of the key; wherein, if a same word is written more than once, the key is reset, and wherein, if a word is written out of order, the key is reset.
A method of producing an NDV HN polypeptide, comprising: (a) culturing microalgal culture within a microalgal culture medium, wherein the microalgal culture is stably transformed to express the NDV HN polypeptide, and wherein the NDV HN polypeptide is expressed from a nucleotide sequence comprising a coding sequence for the NDV HN polypeptide and an operably linked coding sequence for a signal peptide that directs secretion of the polypeptide into said culture medium and the NDV HN polypeptide or antigen is a full-length polypeptide or a mature polypeptide and wherein the microalgae is Schizochytrium; and (b) collecting the NDV HN polypeptide from the culture medium.
A two-component developer, comprising: a cyan toner having cyan toner particles each having at least a binder resin and a colorant, and an external additive; and a magnetic carrier, wherein the cyan toner has the following characteristics: (i) when a concentration of the cyan toner in a 0.2 mg/ml solution of the cyan toner in chloroform is represented by Cc (mg/ml) and an absorbance of the solution at a wavelength of 712 nm is represented by A712, a relationship between Cc and A712 satisfies the following expression 2.00 < A 712 / Cc < 8.15 (ii) a lightness L* and a chroma C* of the cyan toner determined in a powder state by using a spectral color difference meter in conformance with JIS Z-8722 with an observation light source of D50 at an observation view angle of 2° satisfy relationships of 25.0 ≤ L* ≤ 40.0 and 50.0 ≤ C* ≤ 60.0; and (iii) an absolute value for a triboelectric charge quantity of the cyan toner measured by a two-component method in accordance with the description using the cyan toner and the magnetic carrier is 50 mC/kg or more and 120 mC/kg or less. a cyan toner having cyan toner particles each having at least a binder resin and a colorant, and an external additive; and a magnetic carrier, wherein the cyan toner has the following characteristics: (i) when a concentration of the cyan toner in a 0.2 mg/ml solution of the cyan toner in chloroform is represented by Cc (mg/ml) and an absorbance of the solution at a wavelength of 712 nm is represented by A712, a relationship between Cc and A712 satisfies the following expression 2.00 < A 712 / Cc < 8.15 (ii) a lightness L* and a chroma C* of the cyan toner determined in a powder state by using a spectral color difference meter in conformance with JIS Z-8722 with an observation light source of D50 at an observation view angle of 2° satisfy relationships of 25.0 ≤ L* ≤ 40.0 and 50.0 ≤ C* ≤ 60.0; and (iii) an absolute value for a triboelectric charge quantity of the cyan toner measured by a two-component method in accordance with the description using the cyan toner and the magnetic carrier is 50 mC/kg or more and 120 mC/kg or less. (i) when a concentration of the cyan toner in a 0.2 mg/ml solution of the cyan toner in chloroform is represented by Cc (mg/ml) and an absorbance of the solution at a wavelength of 712 nm is represented by A712, a relationship between Cc and A712 satisfies the following expression 2.00 < A 712 / Cc < 8.15 (ii) a lightness L* and a chroma C* of the cyan toner determined in a powder state by using a spectral color difference meter in conformance with JIS Z-8722 with an observation light source of D50 at an observation view angle of 2° satisfy relationships of 25.0 ≤ L* ≤ 40.0 and 50.0 ≤ C* ≤ 60.0; and (iii) an absolute value for a triboelectric charge quantity of the cyan toner measured by a two-component method in accordance with the description using the cyan toner and the magnetic carrier is 50 mC/kg or more and 120 mC/kg or less.
A smart control device which is detachably mountable to a manufactured vehicle in a vehicle factory, the smart control device comprising: a first connector configured to be coupled to an internal communication device in the vehicle including at least one communication protocol to be connected with at least one electric control unit, ECU of the vehicle; a second connector configured to be coupled to a gateway, GW to establish communication between the at least one ECU and the gateway; a high-speed communication module configured to be connected to the first connector and the second connector and to establish external communication with a factory system; and a smart control module configured to be connected to the factory system through the high-speed communication module when receiving a mode designating signal which designates one work mode among a virtualization mode, a monitoring mode, and an update mode from the factory system and to control the at least one ECU to perform the designated work mode. a first connector configured to be coupled to an internal communication device in the vehicle including at least one communication protocol to be connected with at least one electric control unit, ECU of the vehicle; a second connector configured to be coupled to a gateway, GW to establish communication between the at least one ECU and the gateway; a high-speed communication module configured to be connected to the first connector and the second connector and to establish external communication with a factory system; and a smart control module configured to be connected to the factory system through the high-speed communication module when receiving a mode designating signal which designates one work mode among a virtualization mode, a monitoring mode, and an update mode from the factory system and to control the at least one ECU to perform the designated work mode.
A bidirectional transmission coil, comprising: a loop-like transmitting coil for generating a magnetic flux of a transmission signal by a high frequency signal applied thereto; a loop-like receiving coil arranged so that a central axis is positioned at a concentric position with the transmitting coil, for inducing a reception signal by the magnetic flux from outside; and characterized by further comprising a loop-like first cancel coil (Lac) connected to the transmitting coil in series so as to be led-out from the middle of the transmitting coil and led-in to the lead-out part, and arranged so as to sandwich the receiving coil between the transmitting coil and the first cancel coil (Lac), wherein the magnetic flux in the direction opposite to the magnetic flux from the transmitting coil is generated in the receiving coil; and a loop-like second cancel coil (Lbc) connected to the transmitting coil in series so as to be led-out from another position different from the position of the first cancel coil and led-in to the lead-out part in the transmitting coil, arranged so as to sandwich the receiving coil between the second cancel coil (Lbc) and the transmitting coil, wherein the magnetic flux in the direction opposite to the magnetic flux from the transmitting coil is generated in the receiving coil, wherein the transmitting coil is arranged inside of the receiving coil, and the first and second cancel coils (Lac, Lbc) are positioned outside of the receiving coil. a loop-like transmitting coil for generating a magnetic flux of a transmission signal by a high frequency signal applied thereto; a loop-like receiving coil arranged so that a central axis is positioned at a concentric position with the transmitting coil, for inducing a reception signal by the magnetic flux from outside; and characterized by further comprising a loop-like first cancel coil (Lac) connected to the transmitting coil in series so as to be led-out from the middle of the transmitting coil and led-in to the lead-out part, and arranged so as to sandwich the receiving coil between the transmitting coil and the first cancel coil (Lac), wherein the magnetic flux in the direction opposite to the magnetic flux from the transmitting coil is generated in the receiving coil; and a loop-like second cancel coil (Lbc) connected to the transmitting coil in series so as to be led-out from another position different from the position of the first cancel coil and led-in to the lead-out part in the transmitting coil, arranged so as to sandwich the receiving coil between the second cancel coil (Lbc) and the transmitting coil, wherein the magnetic flux in the direction opposite to the magnetic flux from the transmitting coil is generated in the receiving coil, wherein the transmitting coil is arranged inside of the receiving coil, and the first and second cancel coils (Lac, Lbc) are positioned outside of the receiving coil.
A targeting agent, comprising at least one binding domain capable to bind at least one binding site on a plant surface, wherein said binding domain is a VHH, or any suitable fragment thereof, wherein the targeting agent is coupled to at least one agrochemical, or a carrier comprising or bound to at least one agrochemical or combination of agrochemicals, which targeting agent is capable to retain said agrochemical or carrier onto said plant surface.
A method of processing a broadcast signal in a transmitter, the method comprising: Forward Error Correction, FEC, encoding Physical Layer Pipe, PLP, data; mapping the FEC encoded PLP data into constellations using a Quadrature Amplitude Modulation, QAM; Multi-Input Multi-Output, MIMO, encoding first and second signals of the PLP data mapped into the constellations; time interleaving the MIMO encoded first and second signals; building a first signal frame including the time interleaved first signal and a second signal frame including the time interleaved second signal; and inserting a preamble including a preamble symbol and an additional preamble symbol to each of the first and second signal frames, wherein the preamble symbol includes a main part, a first part and a second part, wherein the first part carries a frequency shifted version of a part of the main part while the second part conveys a frequency shifted version of the other part of the main part, wherein (fsh) of frequency shift is applied to the first and second parts, wherein the additional preamble symbol includes an additional main part, a third part and a fourth part, wherein the third part carries a frequency shifted version of a part of the additional main part while the fourth part conveys a frequency shifted version of the other part of the additional main part, wherein (-fsh) of frequency shift is applied to the third and fourth parts, and wherein a length of the first part is different from that of the third part and a length of the second part is different from that of the fourth part. Forward Error Correction, FEC, encoding Physical Layer Pipe, PLP, data; mapping the FEC encoded PLP data into constellations using a Quadrature Amplitude Modulation, QAM; Multi-Input Multi-Output, MIMO, encoding first and second signals of the PLP data mapped into the constellations; time interleaving the MIMO encoded first and second signals; building a first signal frame including the time interleaved first signal and a second signal frame including the time interleaved second signal; and inserting a preamble including a preamble symbol and an additional preamble symbol to each of the first and second signal frames, wherein the preamble symbol includes a main part, a first part and a second part, wherein the first part carries a frequency shifted version of a part of the main part while the second part conveys a frequency shifted version of the other part of the main part, wherein (fsh) of frequency shift is applied to the first and second parts, wherein the additional preamble symbol includes an additional main part, a third part and a fourth part, wherein the third part carries a frequency shifted version of a part of the additional main part while the fourth part conveys a frequency shifted version of the other part of the additional main part, wherein (-fsh) of frequency shift is applied to the third and fourth parts, and wherein a length of the first part is different from that of the third part and a length of the second part is different from that of the fourth part.
A centrifuge apparatus for processing blood comprising a bottom support plate; a top support plate; an axial inlet/outlet for blood to be processed and processed components of the blood, the axial inlet/outlet being attached to the top support plate by a rotating seal assembly; a variable volume separation chamber mounted between the bottom support plate and the top support plate, the variable volume separation chamber being fluidly connected to the axial inlet/outlet; and a rotary drive unit attached to the bottom support plate, wherein the top support plate is fixed vertically; characterised in that the centrifuge apparatus further comprises a pump fluidly connected to the axial inlet/outlet, wherein the bottom support plate is mounted on a mechanical actuator (106; 206) that maintains pressure on the variable volume separation chamber and allows the bottom support plate to move vertically, and wherein: (a) a disposable cartridge has been mounted on the apparatus, the disposable cartridge comprising a plurality of ports for receiving or dispensing blood or blood components and a fluid sensor pathway for displaying blood or blood components for analysis, the cartridge being adapted to be mounted on a multi-position valve for directing flow between the ports and the fluid sensor pathway being adapted to be mounted adjacent to one or more sensors for analyzing blood; and/or (b) the mechanical actuator is a ball-screw actuator. (a) a disposable cartridge has been mounted on the apparatus, the disposable cartridge comprising a plurality of ports for receiving or dispensing blood or blood components and a fluid sensor pathway for displaying blood or blood components for analysis, the cartridge being adapted to be mounted on a multi-position valve for directing flow between the ports and the fluid sensor pathway being adapted to be mounted adjacent to one or more sensors for analyzing blood; and/or (b) the mechanical actuator is a ball-screw actuator.
An energy-supply and propulsion system for ships and offshore units, having diesel generator units, by means of which electrical energy can be generated, converter units, which are assigned to one diesel generator unit in each case and by means of which the electrical energy generated by the diesel generator units in the form of alternating current can be converted into direct current, a DC voltage link, into which the electrical energy generated by the diesel generator units can be fed via the converter units as direct current, propulsion units (13, 14) and further consumers, which can be supplied with electrical energy from the DC voltage link, converter units, which are assigned in each case to a propulsion unit (13, 14), a consumer or a consumer group and by means of which the electrical energy collected from the DC voltage link in the form of direct current can be converted into alternating current for the propulsion units (13, 14) and further consumers, and a control device, to which the diesel generator units, the converter units (9, 12), the DC voltage link, the propulsion units (13, 14) and the further consumers are connected, characterized in that a desired number of the diesel generator units of the energy-supply and propulsion system can be set operating by means of the control device as a function of the required electrical energy, detected in the control device, of the propulsion units (13, 14) and further consumers and each diesel generator unit, which is set operating, can individually be operated in an optimum operating state, taking account of the required electrical energy and the number of the diesel generator units, which are set operating, in that the energy-supply and propulsion system has an emission measuring device for detecting the exhaust gases emitted by the same and a fuel measuring device for detecting the fuel consumption of the same, which are both connected to the control device, and in that requirements for the quantity and quality of the emitted exhaust gases and fuel consumption can be taken into account in the control device both during the determination of the number of diesel generator units to be set operating and during the setting of the operating states of the diesel generator units, which are set operating.