mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic container, comprising: an outer container; an inner container contained in the outer container, and composed of an upper part of the inner container and a lower part of the inner container; and an impregnating material contained in the inner container, and characterized in that the impregnating material consists of a polycaprolactone polyol foam made of a compound represented by Formula 1, where R is an alkylene or arylene group having 1 to 30 carbon atoms, and n and m are each independently an integer from 1 to 1000, and in that the impregnating material contains an antimicrobial silver glass component. an outer container; an inner container contained in the outer container, and composed of an upper part of the inner container and a lower part of the inner container; and an impregnating material contained in the inner container, and characterized in that the impregnating material consists of a polycaprolactone polyol foam made of a compound represented by Formula 1, where R is an alkylene or arylene group having 1 to 30 carbon atoms, and n and m are each independently an integer from 1 to 1000, and in that the impregnating material contains an antimicrobial silver glass component.
An LED package, comprising: an LED positioned within an LED package cavity; a phosphor silicone blend layer overlayed on the LED within the LED package cavity; wherein the LED is retained in the LED package cavity, the phosphor silicone blend layer having a depth within the LED package cavity and the phosphor silicone blend layer comprising silicone and K 2 [SiF 6]:Mn 4+ phosphor and a blue-shifted yttrium aluminum garnet phosphor, wherein the weight percent of silicone in the phosphor silicone blend layer is 48 to 52; and wherein the phosphor silicone blend layer comprises K 2 [SiF 6]:Mn 4+ phosphor in an amount of 35 to 40 wt% and the blue-shifted yttrium aluminum garnet phosphor in an amount of 10 to 12 wt%. an LED positioned within an LED package cavity; a phosphor silicone blend layer overlayed on the LED within the LED package cavity; wherein the LED is retained in the LED package cavity, the phosphor silicone blend layer having a depth within the LED package cavity and the phosphor silicone blend layer comprising silicone and K 2 [SiF 6]:Mn 4+ phosphor and a blue-shifted yttrium aluminum garnet phosphor, wherein the weight percent of silicone in the phosphor silicone blend layer is 48 to 52; and wherein the phosphor silicone blend layer comprises K 2 [SiF 6]:Mn 4+ phosphor in an amount of 35 to 40 wt% and the blue-shifted yttrium aluminum garnet phosphor in an amount of 10 to 12 wt%.
A flooded lead-acid battery, comprising a negative electrode plate holding a negative electrode material, a positive electrode plate holding a positive electrode material, and a flowable electrolyte solution in which these plates are immersed, and allowing the electrolyte solution to have a utilization factor greater than or equal to 75%, wherein the concentration of an alkali metal ion or an alkaline earth metal ion in the electrolyte solution is 0.07 to 0.3 mol/L, and the pore volume of the negative electrode material is 0.08 to 0.16 mL/g.
A method for handling a request for registration by a User Equipment, UE, to a cellular network, performed by a network node of the cellular network, the geographical coverage of the cellular network being divided into a plurality of tracking areas, each tracking area having a respective identifier, the method comprising: receiving at the network node, a registration request message originating from the UE via an access node of the cellular network; and communicating by the network node to the UE, a registration rejection message that is in response to the registration request message, the registration rejection message including the identifier for each of one or more tracking areas to which the registration rejection message applies, wherein the registration request message indicates the identifier for each of one or more tracking areas to which the registration request message applies and the registration rejection message includes the identifier for each of multiple tracking areas to which the registration rejection message applies. receiving at the network node, a registration request message originating from the UE via an access node of the cellular network; and communicating by the network node to the UE, a registration rejection message that is in response to the registration request message, the registration rejection message including the identifier for each of one or more tracking areas to which the registration rejection message applies, wherein the registration request message indicates the identifier for each of one or more tracking areas to which the registration request message applies and the registration rejection message includes the identifier for each of multiple tracking areas to which the registration rejection message applies.
An ophthalmologic apparatus comprising: a refractive power application unit configured to be capable of changing refractive power applied to a subject's eye; a storage unit configured to store at least spherical power, degree of astigmatism, and astigmatic axis angle as a measurement value of eye refractive power obtained by a measurement performed for the subject's eye in a past; a calculator configured to obtain one or more refractive values including equivalent spherical power based on the measurement value; and a control unit configured to control the refractive power application unit to selectively apply the measurement value and the one or more refractive values different from the measurement value to the subject's eye to which a same visual target is being presented in response to input of an instruction to change refractive power applied to the subject's eye. a refractive power application unit configured to be capable of changing refractive power applied to a subject's eye; a storage unit configured to store at least spherical power, degree of astigmatism, and astigmatic axis angle as a measurement value of eye refractive power obtained by a measurement performed for the subject's eye in a past; a calculator configured to obtain one or more refractive values including equivalent spherical power based on the measurement value; and a control unit configured to control the refractive power application unit to selectively apply the measurement value and the one or more refractive values different from the measurement value to the subject's eye to which a same visual target is being presented in response to input of an instruction to change refractive power applied to the subject's eye.
A method, comprising: receiving an incoming message from a mobile device, the incoming message including a query and a query type indicator, the query and query type indicator being distinct pieces of information specified by a user of the mobile device and the query type indicator identifying at least one type of content to be searched; extracting the query from the incoming message; determining a type of the query based on the query type indicator; forwarding the query to a search engine selected from a plurality of search engines based on the type of the query, wherein each search engine of the plurality of search engines produces results for a respective portion of a plurality of query types, and wherein the selected search engine produces results for the type of the query; obtaining a result of a search from the selected search engine, wherein the result of the search is based on a search of content by the selected search engine; and creating an outgoing message with the result of the search for delivery to the mobile device. receiving an incoming message from a mobile device, the incoming message including a query and a query type indicator, the query and query type indicator being distinct pieces of information specified by a user of the mobile device and the query type indicator identifying at least one type of content to be searched; extracting the query from the incoming message; determining a type of the query based on the query type indicator; forwarding the query to a search engine selected from a plurality of search engines based on the type of the query, wherein each search engine of the plurality of search engines produces results for a respective portion of a plurality of query types, and wherein the selected search engine produces results for the type of the query; obtaining a result of a search from the selected search engine, wherein the result of the search is based on a search of content by the selected search engine; and creating an outgoing message with the result of the search for delivery to the mobile device.
A method for the production and recovery of one or more fermentation products selected from the group consisting of ethanol, acetic acid, 2,3-butanediol, butanol, iso-propanol and acetone from a fermentation broth, the method comprising: a) fermenting a gaseous substrate in a bioreactor containing a culture of one or more microorganisms to produce a fermentation broth comprising the one or more fermentation products; b) passing the fermentation broth to a treatment zone wherein the treatment zone removes at least a portion of biomass and soluble proteins from the fermentation broth to provide a treated broth stream; c) passing at least a portion of the treated broth stream to a simulated moving bed module comprising at least one adsorbent; d) adsorbing at least one of the one or more fermentation products onto said adsorbent and yielding a raffinate comprising the non-adsorbed components of the treated broth stream; and e) desorbing the one or more products from the adsorbent to yield a product stream. a) fermenting a gaseous substrate in a bioreactor containing a culture of one or more microorganisms to produce a fermentation broth comprising the one or more fermentation products; b) passing the fermentation broth to a treatment zone wherein the treatment zone removes at least a portion of biomass and soluble proteins from the fermentation broth to provide a treated broth stream; c) passing at least a portion of the treated broth stream to a simulated moving bed module comprising at least one adsorbent; d) adsorbing at least one of the one or more fermentation products onto said adsorbent and yielding a raffinate comprising the non-adsorbed components of the treated broth stream; and e) desorbing the one or more products from the adsorbent to yield a product stream.
A method for measuring pDADMAC in a sample containing a recombinant protein of interest, the method comprising the following steps: a) applying the sample to reversed-phase hydrophobic interaction HPLC, b) eluting bound pDADMAC from the column using hydrophobic gradient elution, c) measuring the pDADMAC recovered in step b) using a charged aerosol detector, wherein the sample applied in a) comprises 0.2-3% (v/v) of a CAD-compatible acid. a) applying the sample to reversed-phase hydrophobic interaction HPLC, b) eluting bound pDADMAC from the column using hydrophobic gradient elution, c) measuring the pDADMAC recovered in step b) using a charged aerosol detector, wherein the sample applied in a) comprises 0.2-3% (v/v) of a CAD-compatible acid.
An electrical contact limiter structure of wire connection terminal, the electrical contact limiter structure comprising a limiter and a limitation mechanism assembled with the limiter, the limiter at least having a first side, a second side connected with the first side, a third side connected with the second side and a fourth side connected with the third side, whereby the limiter defines a frame structure with at least one space, the first side being bent toward the third side and extending to form a first subsidiary side, the fourth side being bent toward the second side and extending to form a fifth side, the fifth side and the first side being positioned on the same plane face, the fifth side being bent toward the third side and extending to form a second subsidiary side, whereby the space is divided into a first space and a second space, the first side and the first subsidiary side containing an angle selected from a group consisting of an acute angle, a right angle and an obtuse angle, and the fifth side and the second subsidiary side containing an angle selected from a group consisting of an acute angle, a right angle and an obtuse angle, the first and second subsidiary sides (16,17) being side by side arranged in parallel to each other, the first and second subsidiary sides (16,17) respectively having a length at least equal to 1/2 of a length of the second and fourth sides (12,14), characterised in that the limitation mechanism includes assembling sections disposed on the limiter and a stopper body assembled with the assembling sections for restricting moving path and range of a metal leaf spring; the assembling sections of the limitation mechanism have the form of perforation structures and are at least formed on the second and fourth sides (12, 14), the assembling sections having a cross section of quadrangular configuration and being arranged such that each of the four sides of the quadrangular configuration extends along a direction which is neither parallel nor perpendicular to a line normal to the third side, the stopper body being a bolt body with a cross section of quadrangular configuration that is detachably transversely passed through the limiter and fitted with the assembling sections so as to regulate the motional range or bending angle of the metal leaf springs and prevent the metal leaf springs from being over-bent due to external force operation to cause fatigue or damage of the material.
A fastening system of a guardrail post on a roof covering tray of the self-supporting tray type having crenelated shaped ribs, said fastening system including a guardrail shoe designed for supporting said post and a platform on which said shoe is fastened, characterized in that said system further comprises: - an insulation layer covering at least partially the platform and having a cutout for the passage of the shoe, said shoe having a portion projecting from said insulation layer; and - a sealing mean sealingly mounted around the portion of the shoe projecting from said insulation layer, and fastened on said insulation layer by sealingly covering said cutout. - an insulation layer covering at least partially the platform and having a cutout for the passage of the shoe, said shoe having a portion projecting from said insulation layer; and - a sealing mean sealingly mounted around the portion of the shoe projecting from said insulation layer, and fastened on said insulation layer by sealingly covering said cutout.
A device, comprising: a regulator configured to output an output voltage and an output current to an output port; a measurement module configured to measure the output current; and a controller configured to: set the output voltage at a first level and receive a first measured output current value from the measurement module; set the output voltage at a second level lower than the first level and receive a second measured output current value from the measurement module; compare the first measured output current value and the second measured output current value; increase the output voltage at the output port if the second measured output current value is less than the first measured output current value; decrease the output voltage at the output port if the second measured output current value is the same as or greater than the first measured output current; and compare the output voltage with a series of previous output voltages and determine whether the output voltage is switching between two values and if so to set the output voltage at the higher of the two values. a regulator configured to output an output voltage and an output current to an output port; a measurement module configured to measure the output current; and a controller configured to: set the output voltage at a first level and receive a first measured output current value from the measurement module; set the output voltage at a second level lower than the first level and receive a second measured output current value from the measurement module; compare the first measured output current value and the second measured output current value; increase the output voltage at the output port if the second measured output current value is less than the first measured output current value; decrease the output voltage at the output port if the second measured output current value is the same as or greater than the first measured output current; and compare the output voltage with a series of previous output voltages and determine whether the output voltage is switching between two values and if so to set the output voltage at the higher of the two values. set the output voltage at a first level and receive a first measured output current value from the measurement module; set the output voltage at a second level lower than the first level and receive a second measured output current value from the measurement module; compare the first measured output current value and the second measured output current value; increase the output voltage at the output port if the second measured output current value is less than the first measured output current value; decrease the output voltage at the output port if the second measured output current value is the same as or greater than the first measured output current; and compare the output voltage with a series of previous output voltages and determine whether the output voltage is switching between two values and if so to set the output voltage at the higher of the two values.
An instrument access device comprising a first instrument seal to effect a seal around a first instrument extended through the device, and a second instrument seal to effect a seal around a second instrument extended through the device, the instrument seals (14, 24) being configured to be arranged in sealing relationship to a body of a patient; a distal anchoring member for location within a wound interior; and a retractor member extending proximally from the distal anchoring member to retract laterally the sides of a wound opening, wherein the device comprises a proximal member for location externally of a wound opening, wherein at least one of the instrument seal (14, 24) is spaced proximally of the proximal member, wherein the device comprises at least one connector member to connect the proximal member to the instrument seal (14, 24), wherein the instrument seal (14, 24) is mounted to the connector member characterized in that the connector member is of a laterally flexible and longitudinally rigid material.
A process of controlling the ratio of ethylene to propylene in an oxygenate to olefin conversion process, wherein the process comprises the steps of: (a) varying the ratio of methanol and ethanol that is directed to the OTO conversion process reaction zone, wherein the weight ratio of methanol to ethanol is greater than 6.0 and less than 10.0; (b) contacting the methanol and the ethanol in the reaction zone with a silicoaluminophosphate molecular sieve catalyst composition at a temperature of 350°C to 1000°C to convert the methanol and ethanol to the light olefins at an ethylene to propylene weight ratio of greater than 1.0 without adding heat to the reaction zone. (a) varying the ratio of methanol and ethanol that is directed to the OTO conversion process reaction zone, wherein the weight ratio of methanol to ethanol is greater than 6.0 and less than 10.0; (b) contacting the methanol and the ethanol in the reaction zone with a silicoaluminophosphate molecular sieve catalyst composition at a temperature of 350°C to 1000°C to convert the methanol and ethanol to the light olefins at an ethylene to propylene weight ratio of greater than 1.0 without adding heat to the reaction zone.
A base for pedestrian barrier elements comprising a central body, from which at least two feet (2, 3) transversally protrude and internally to which a vertical axis cylindrical cavity is defined, shaped in such a way as to slidingly receive internally thereto a corresponding vertical pin of a type projecting below from the vertical parapet of barrier elements of known types, while leaving it free to rotate about its own vertical axis, so that said feet (2, 3) are rotationally movable between a first projecting work position and a second flattened idle position, further comprising anti-slip-off means which prevent said pin from longitudinally sliding internally to said cavity; characterized in that said anti-slip-off means comprise two slots defined in said central body according to a substantially circumferential pattern and diametrically opposed to each other, associated with a longitudinal element of circular cross section suitable to cross both said slots and said pin, thus preventing the latter from slipping off and simultaneously allowing for a free rotation internally to said cavity about a vertical axis, said slots being shaped with an intermediate portion of constant width and two opposite end portions each having a semicircular shape in which the diameter of the semicircle is equal to the width of the slot in said intermediate portion, in such a way as to never prevent said longitudinal element from rotating about the vertical axis.
An electrosurgical instrument, comprising: an end effector, comprising: a first jaw; and a second jaw, wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, wherein the second jaw comprises a gradually narrowing body extending from a proximal end to a distal end, and wherein the gradually narrowing body comprises a tissue contacting surface comprising: an insulative layer comprising a first material, wherein the insulative layer extends on opposite sides of an intermediate area extending along a length of the gradually narrowing body; and wherein the intermediate area defines an electrode comprising segments configured to yield variable energy densities along the tissue contacting surface, wherein the segments comprise: conductive segments (1294a, 1294c, 1294c); and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material. a first jaw; and a second jaw, wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, wherein the second jaw comprises a gradually narrowing body extending from a proximal end to a distal end, and wherein the gradually narrowing body comprises a tissue contacting surface comprising: an insulative layer comprising a first material, wherein the insulative layer extends on opposite sides of an intermediate area extending along a length of the gradually narrowing body; and wherein the intermediate area defines an electrode comprising segments configured to yield variable energy densities along the tissue contacting surface, wherein the segments comprise: conductive segments (1294a, 1294c, 1294c); and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material. an insulative layer comprising a first material, wherein the insulative layer extends on opposite sides of an intermediate area extending along a length of the gradually narrowing body; and wherein the intermediate area defines an electrode comprising segments configured to yield variable energy densities along the tissue contacting surface, wherein the segments comprise: conductive segments (1294a, 1294c, 1294c); and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material. conductive segments (1294a, 1294c, 1294c); and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material.