mhurhangee/patent-ind-claim-en huggingface dataset:
A polycarbonate resin laminate comprising a substrate, comprising (1-i) a layer of polycarbonate resin and, on at least one surface of the polycarbonate resin layer, (1-ii) a layer of thermoplastic (meth)acrylic resin having a UV-absorbing group immobilized therein, and a scratch resistance film, of a cured coating composition containing UV-absorbing inorganic oxide fine particles, optionally also organic UV absorber, on said layer of the thermoplastic (meth)acrylic resin; wherein in the substrate the thermoplastic (meth)acrylic resin (1-ii) having a UV absorbing group immobilized therein is a (meth)acrylic resin having a glass transition temperature of at least 90°C and obtainable by copolymerizing the following monomers (1-ii-a) and (1-ii-b): (1-ii-a) a (meth)acrylic monomer having an organic UV absorbing group, and (1-ii-b) a (meth)acrylic monomer other than monomer (1-ii-a) which is copolymerizable with monomer (1-ii-a), and wherein the copolymerizable (meth)acrylic monomer (1-ii-b) contains a (meth)acryloxypropyl trialkoxysilane as part thereof, and in the scratch resistance film the UV-absorbing inorganic oxide fine particles are composite zinc oxide fine particles prepared by coating the surface of zinc oxide particles with at least one selected from oxides and hydroxides of A1, Si, Zr and Sn. a substrate, comprising (1-i) a layer of polycarbonate resin and, on at least one surface of the polycarbonate resin layer, (1-ii) a layer of thermoplastic (meth)acrylic resin having a UV-absorbing group immobilized therein, and a scratch resistance film, of a cured coating composition containing UV-absorbing inorganic oxide fine particles, optionally also organic UV absorber, on said layer of the thermoplastic (meth)acrylic resin; wherein in the substrate the thermoplastic (meth)acrylic resin (1-ii) having a UV absorbing group immobilized therein is a (meth)acrylic resin having a glass transition temperature of at least 90°C and obtainable by copolymerizing the following monomers (1-ii-a) and (1-ii-b): (1-ii-a) a (meth)acrylic monomer having an organic UV absorbing group, and (1-ii-b) a (meth)acrylic monomer other than monomer (1-ii-a) which is copolymerizable with monomer (1-ii-a), and wherein the copolymerizable (meth)acrylic monomer (1-ii-b) contains a (meth)acryloxypropyl trialkoxysilane as part thereof, and in the scratch resistance film the UV-absorbing inorganic oxide fine particles are composite zinc oxide fine particles prepared by coating the surface of zinc oxide particles with at least one selected from oxides and hydroxides of A1, Si, Zr and Sn. (1-ii-a) a (meth)acrylic monomer having an organic UV absorbing group, and (1-ii-b) a (meth)acrylic monomer other than monomer (1-ii-a) which is copolymerizable with monomer (1-ii-a), and wherein the copolymerizable (meth)acrylic monomer (1-ii-b) contains a (meth)acryloxypropyl trialkoxysilane as part thereof, and in the scratch resistance film the UV-absorbing inorganic oxide fine particles are composite zinc oxide fine particles prepared by coating the surface of zinc oxide particles with at least one selected from oxides and hydroxides of A1, Si, Zr and Sn.
A radiation detector dosimeter system comprising: (a) system housing ; (b) face shield ; (c) printed circuit board ; (d) tubular radiation detector housing ; and (e) radiation sensitive elements ; wherein said tubular radiation detector housing comprises an injection molded plastic material incorporating one or more elements selected from row 6 and 7 of the Periodic Table; said tubular radiation detector housing comprises an outer cylindrical surface; said tubular radiation detector housing comprises end apertures located at the distal ends of said outer cylindrical surface; said tubular radiation detector housing comprises one or more circumferential apertures located at approximately the midpoint between said distal ends of said outer cylindrical surface; said radiation sensitive elements are responsive to the presence of radiation; said radiation sensitive elements are inset into said end apertures and said circumferential apertures; wherein said printed circuit board further comprises electronics adapted to receive electrical signals from said radiation sensitive elements and adapted to calculate an accumulated radiation dosing status from said electrical signals; and said printed circuit board electronics is adapted to visually and/or audibly display said accumulated radiation dosing status; said printed circuit board, said tubular radiation detector housing, and said radiation sensitive elements are contained with a system enclosure comprising said system housing and said face shield. (a) system housing ; (b) face shield ; (c) printed circuit board ; (d) tubular radiation detector housing ; and (e) radiation sensitive elements ;
An apparatus comprising: a port ; and a multilane link coupled to the port, the multilane link operating at a first link width; the port comprising hardware circuitry configured to: determine that the port is to operate using a second link width, the second link width less than the first link width; transmit an indication of a last data block for the first link width across one or more lanes of the multilane link; cause a first set lanes to enter an idle state; and transmit data on a second set of lanes, the second set of lanes defining the second link width; the apparatus is characterized in that : the indication of the last data block is provided in a last double word of a data block using the first link width; and the last double word comprises an indication of the second link width. a port ; and a multilane link coupled to the port, the multilane link operating at a first link width; the port comprising hardware circuitry configured to: determine that the port is to operate using a second link width, the second link width less than the first link width; transmit an indication of a last data block for the first link width across one or more lanes of the multilane link; cause a first set lanes to enter an idle state; and transmit data on a second set of lanes, the second set of lanes defining the second link width; determine that the port is to operate using a second link width, the second link width less than the first link width; transmit an indication of a last data block for the first link width across one or more lanes of the multilane link; cause a first set lanes to enter an idle state; and transmit data on a second set of lanes, the second set of lanes defining the second link width; the apparatus is characterized in that : the indication of the last data block is provided in a last double word of a data block using the first link width; and the last double word comprises an indication of the second link width. the indication of the last data block is provided in a last double word of a data block using the first link width; and the last double word comprises an indication of the second link width.
A method for bioremediating environmental contaminants present in an environmental subsurface, the method comprising the steps of: providing an aqueous slurry, the aqueous slurry comprising particles of a solid-phase organic electron-donor material having a mean particle size across all dimensions ranging from 0.1 to 100 microns; and injecting the aqueous slurry into the subsurface at a pressure lower than that the fracture pressure of the subsurface. providing an aqueous slurry, the aqueous slurry comprising particles of a solid-phase organic electron-donor material having a mean particle size across all dimensions ranging from 0.1 to 100 microns; and injecting the aqueous slurry into the subsurface at a pressure lower than that the fracture pressure of the subsurface.
An anisotropic conductive adhesive comprising: an insulating adhesive composition; and magnetic conductive particles dispersed therein, wherein the magnetic conductive particles have been subjected to demagnetization before establishment of an anisotropic conductive connection using the anisotropic conductive adhesive and wherein the average particle diameter of the conductive particles is 0.5 to 30 μm, wherein the conductive particles are nickel-coated resin particles or nickel metal particles, wherein the nickel in the nickel-coated resin particles or the nickel metal particles contains 1 to 10% by mass of the elemental phosphorus.
Motor vehicle rear structural assembly comprising: - a rear body portion comprising a boot having a rear opening , and two rear walls that are laterally opposite one another with respect to said opening; - a rear bumper secured to said rear body portion, said rear bumper having two deformable opposite flanks that extend facing said two opposite rear walls; - a corner obstacle warning device located between one of said rear walls and one of said facing flanks ; - a support plate that supports said corner obstacle warning device ; said support plate being connected to said one of said facing flanks ; characterized in that said support plate comprises a free bump stop that stands proud of said support plate , and in that said support plate is connected to said one of said facing flanks in such a way that said free bump stop extends away from said one of said flanks so as to be able to come to be at a distance from said one of said rear walls , said bump stop being designed to press against said one of said rear walls when said one of said flanks deforms towards said one of said rear walls . - a rear body portion comprising a boot having a rear opening , and two rear walls that are laterally opposite one another with respect to said opening; - a rear bumper secured to said rear body portion, said rear bumper having two deformable opposite flanks that extend facing said two opposite rear walls; - a corner obstacle warning device located between one of said rear walls and one of said facing flanks ; - a support plate that supports said corner obstacle warning device ; said support plate being connected to said one of said facing flanks ;
A method for preparing a polyolefin resin powder, containing the following steps: a) heat dissolving a polyolefin resin in an organic solvent having a solubility parameter less than or equal to the solubility parameter of the polyolefin resin to obtain a polyolefin resin solution; b) cooling the polyolefin resin solution to precipitate a solid, thereby obtaining a solid-liquid mixture; c) optionally adding an adjuvant to the solid-liquid mixture and mixing; d) conducting solid-liquid separation and drying to obtain a polyolefin resin powder suitable for selective laser sintering; wherein the difference between the solubility parameters of the organic solvent and of the polyolefin resin is within 0-20% of the solubility parameter of the polyolefin resin, and the organic solvent is used in an amount of 600-1200 parts by weight, based on 100 parts by weight of the polyolefin resin. a) heat dissolving a polyolefin resin in an organic solvent having a solubility parameter less than or equal to the solubility parameter of the polyolefin resin to obtain a polyolefin resin solution; b) cooling the polyolefin resin solution to precipitate a solid, thereby obtaining a solid-liquid mixture; c) optionally adding an adjuvant to the solid-liquid mixture and mixing; d) conducting solid-liquid separation and drying to obtain a polyolefin resin powder suitable for selective laser sintering;
A laser medical system comprising: an energy guide ; a first energy source configured to generate energy for treating a target tissue through the energy guide ; a second energy source configured to emit first and second aiming beams to a target tissue through the energy guide , the second aiming beam having at least one characteristic different from the first aiming beam; an image sensor ; an endoscope configured to illuminate the target tissue using one of at least two illumination modes; characterized by further comprising: a controller comprising hardware, the controller being configured to: receive a signal indicating an illumination mode from at least two illumination modes used by the endoscope to illuminate the target tissue; receive a signal indicating whether a spot caused by the first or second aiming beam can be identified in an image from the endoscope ; and control the second energy source to output the first or second aiming beam based on the indicated illumination mode. an energy guide ; a first energy source configured to generate energy for treating a target tissue through the energy guide ; a second energy source configured to emit first and second aiming beams to a target tissue through the energy guide , the second aiming beam having at least one characteristic different from the first aiming beam; an image sensor ; an endoscope configured to illuminate the target tissue using one of at least two illumination modes; characterized by further comprising: a controller comprising hardware, the controller being configured to: receive a signal indicating an illumination mode from at least two illumination modes used by the endoscope to illuminate the target tissue; receive a signal indicating whether a spot caused by the first or second aiming beam can be identified in an image from the endoscope ; and control the second energy source to output the first or second aiming beam based on the indicated illumination mode. receive a signal indicating an illumination mode from at least two illumination modes used by the endoscope to illuminate the target tissue; receive a signal indicating whether a spot caused by the first or second aiming beam can be identified in an image from the endoscope ; and control the second energy source to output the first or second aiming beam based on the indicated illumination mode.
A Factor Xa variant which modulates hemostasis comprising at least one substitution selected from the group consisting of: a) the lie at position 16 in chymotrypsin numbering system is Thr or Met, and b) the Val at position 17 in chymotrypsin numbering system is Thr or Ser. a) the lie at position 16 in chymotrypsin numbering system is Thr or Met, and b) the Val at position 17 in chymotrypsin numbering system is Thr or Ser.
A tire vulcanization mold manufacturing method comprising: a process of preparing a plurality of mold material blocks , an inner face of an axial direction central portion of each of the mold material blocks being formed with a molding protrusion in a complementary relationship with a wide groove of a tire, and each of the mold material blocks having a same circular cylindrical shape; a process of forming, by machining, a plurality of penetrating slits through the axial direction central portion of each of the mold material blocks, such that the penetrating slits each extend along the axial direction and are separated from each other in a circumferential direction, and forming mold pieces between adjacent penetrating slits with a portion of the molding protrusion formed on an inner face of the mold pieces; a process of cutting out the mold pieces from remainder rings that extend continuously in the circumferential direction at one axial direction end and the other axial direction end of the mold pieces; and a process of repeatedly performing a task to extract the mold pieces from the plurality of mold material blocks one at a time in sequence and to install the mold pieces at inner faces of a plurality of holders so as to form a plurality of mold segments each configured by a holder and a mold piece. a process of preparing a plurality of mold material blocks , an inner face of an axial direction central portion of each of the mold material blocks being formed with a molding protrusion in a complementary relationship with a wide groove of a tire, and each of the mold material blocks having a same circular cylindrical shape; a process of forming, by machining, a plurality of penetrating slits through the axial direction central portion of each of the mold material blocks, such that the penetrating slits each extend along the axial direction and are separated from each other in a circumferential direction, and forming mold pieces between adjacent penetrating slits with a portion of the molding protrusion formed on an inner face of the mold pieces; a process of cutting out the mold pieces from remainder rings that extend continuously in the circumferential direction at one axial direction end and the other axial direction end of the mold pieces; and a process of repeatedly performing a task to extract the mold pieces from the plurality of mold material blocks one at a time in sequence and to install the mold pieces at inner faces of a plurality of holders so as to form a plurality of mold segments each configured by a holder and a mold piece.
A system for calibrating jam detection components within a media transport device, the system comprising: a transport path within the media transport device; a plurality of rollers configured to move media along the transport path ; at least one vibration sensor located along the transport path and configured to detect vibration values in a region of the transport path ; and a system processing unit comprising a central processing unit, CPU, operating on a program which is stored in system memory , characterized in that the system processing unit is configured to: retrieve detected vibration values from the at least one vibration sensor for the region along the transport path ; determine the maximum vibration value of the detected vibration values to produce a calibration vibration; compare the calibration vibration to a default calibration value and an acceptable range to determine if it is acceptable; wherein, if the calibration vibration is not within the acceptable range, the system processing unit is further configured to determine if the calibration vibration is greater than or less than the default calibration value; wherein, if the calibration value is less than the default calibration value, the system processing unit is configured to decrease jam detection vibration threshold values stored in the memory . a transport path within the media transport device; a plurality of rollers configured to move media along the transport path ; at least one vibration sensor located along the transport path and configured to detect vibration values in a region of the transport path ; and a system processing unit comprising a central processing unit, CPU, operating on a program which is stored in system memory , characterized in that the system processing unit is configured to: retrieve detected vibration values from the at least one vibration sensor for the region along the transport path ; determine the maximum vibration value of the detected vibration values to produce a calibration vibration; compare the calibration vibration to a default calibration value and an acceptable range to determine if it is acceptable; retrieve detected vibration values from the at least one vibration sensor for the region along the transport path ; determine the maximum vibration value of the detected vibration values to produce a calibration vibration; compare the calibration vibration to a default calibration value and an acceptable range to determine if it is acceptable; wherein, if the calibration vibration is not within the acceptable range, the system processing unit is further configured to determine if the calibration vibration is greater than or less than the default calibration value; wherein, if the calibration value is less than the default calibration value, the system processing unit is configured to decrease jam detection vibration threshold values stored in the memory .
An immunoassay method for quantifying peptides having a C-terminus amino acid sequence LPGGYGLPYT (SEQ ID NO: 1) in a patient biofluid sample, said method comprising contacting said patient biofluid sample with a monoclonal antibody specifically reactive with said C-terminus amino acid sequence LPGGYGLPYT (SEQ ID NO: 1), and determining the amount of binding between said monoclonal antibody and said C-terminus amino acid sequence.
A system comprising: a respiratory device configured to supply, by way of a user interface coupled to the respiratory device via a conduit , pressurized air to an airway of a user during a sleep session; a sensor configured to generate data associated with the sleep session a multi-compartment bladder coupled to the respiratory device and being configured to be positioned adjacent to a user during the sleep session; a memory storing machine-readable instructions; and a control system including one or more processors configured to execute the machine-readable instructions to: determine, based at least in part on data, that the user is experiencing or has experienced an event; and characterised in that the machine-readable instructions cause at least a portion of the supplied pressurized air to be directed to the multi-compartment bladder responsive to determining that the user is experiencing or has experienced the event. a respiratory device configured to supply, by way of a user interface coupled to the respiratory device via a conduit , pressurized air to an airway of a user during a sleep session; a sensor configured to generate data associated with the sleep session a multi-compartment bladder coupled to the respiratory device and being configured to be positioned adjacent to a user during the sleep session; a memory storing machine-readable instructions; and a control system including one or more processors configured to execute the machine-readable instructions to: determine, based at least in part on data, that the user is experiencing or has experienced an event; and characterised in that the machine-readable instructions cause at least a portion of the supplied pressurized air to be directed to the multi-compartment bladder responsive to determining that the user is experiencing or has experienced the event.