mhurhangee/ep-ind-claims huggingface dataset:
A light source including: a light unit including at least one light emitting diode, LED; a light transmissive light guide having an input end, an output end, and a central region therebetween, the light guide extending along an axial direction, the light transmissive light guide comprising a reflector being arranged adjacent to the output end of the light transmissive light guide; wherein: the light unit is arranged adjacent to the input end for injecting light into the central region; the light guide is arranged such that its index of refraction is higher than the index of refraction of the medium exterior to the light guide; and the reflector comprises a reflecting surface facing the output end and covering at least a portion of the output end; characterized in that: the reflector comprises a through hole extending along an axis; and the through hole forming a transmitting portion not covered by the reflecting surface such that at least a portion of light incident on the at least one transmitting portion is transmitted through the reflector a light unit including at least one light emitting diode, LED; a light transmissive light guide having an input end, an output end, and a central region therebetween, the light guide extending along an axial direction, the light transmissive light guide comprising a reflector being arranged adjacent to the output end of the light transmissive light guide; wherein: the light unit is arranged adjacent to the input end for injecting light into the central region; the light guide is arranged such that its index of refraction is higher than the index of refraction of the medium exterior to the light guide; and the reflector comprises a reflecting surface facing the output end and covering at least a portion of the output end; characterized in that: the reflector comprises a through hole extending along an axis; and the through hole forming a transmitting portion not covered by the reflecting surface such that at least a portion of light incident on the at least one transmitting portion is transmitted through the reflector the light unit is arranged adjacent to the input end for injecting light into the central region; the light guide is arranged such that its index of refraction is higher than the index of refraction of the medium exterior to the light guide; and the reflector comprises a reflecting surface facing the output end and covering at least a portion of the output end; characterized in that: the reflector comprises a through hole extending along an axis; and the through hole forming a transmitting portion not covered by the reflecting surface such that at least a portion of light incident on the at least one transmitting portion is transmitted through the reflector the reflector comprises a through hole extending along an axis; and the through hole forming a transmitting portion not covered by the reflecting surface such that at least a portion of light incident on the at least one transmitting portion is transmitted through the reflector
An air conditioner outdoor unit including a box-shaped casing for accommodating at least a heat exchanger, an air blower, and a compressor, wherein the casing has a front wall with an L-shaped cross section and an opening, the opening being formed by cutting out a corner of the front wall, and a reinforcement rib is arranged near the opening of the front wall to increase compressive strength in the vicinity of the opening of the front wall, wherein the reinforcement rib extends upward from a side of the opening and along an edge of the opening, and wherein the upper end portion of the reinforcement rib is curved along the corner of the opening and extends laterally along the upper side edge of the opening, and characterized in that the reinforcement rib is formed by pressing part of the front wall so as to have a U-shaped cross section.
A battery parameter setting apparatus for setting a battery parameter of an equivalent circuit model, comprising: a battery information obtaining unit configured to obtain battery information including voltage, current, temperature and State Of Charge, SOC, of a battery according to time; a segment unit configured to distinguish the battery information obtained by the battery information obtaining unit into a plurality of segments and classify the plurality of distinguished segments; and a processor configured to select a target temperature section among a plurality of preset temperature sections, select at least one target segment corresponding to the target temperature section among the plurality of classified segments, calculate a reference predicted value for the target segment based on a reference parameter preset to correspond to the target segment and battery information of the target segment, generate a candidate parameter based on the reference parameter and a plurality of factors arbitrarily selected within a preset range, calculate a candidate predicted value for the target segment based on the candidate parameter and the battery information of the target segment, and set the battery parameter as the reference parameter or the candidate parameter according to a result of comparing the calculated reference predicted value with the calculated candidate predicted value. a battery information obtaining unit configured to obtain battery information including voltage, current, temperature and State Of Charge, SOC, of a battery according to time; a segment unit configured to distinguish the battery information obtained by the battery information obtaining unit into a plurality of segments and classify the plurality of distinguished segments; and a processor configured to select a target temperature section among a plurality of preset temperature sections, select at least one target segment corresponding to the target temperature section among the plurality of classified segments, calculate a reference predicted value for the target segment based on a reference parameter preset to correspond to the target segment and battery information of the target segment, generate a candidate parameter based on the reference parameter and a plurality of factors arbitrarily selected within a preset range, calculate a candidate predicted value for the target segment based on the candidate parameter and the battery information of the target segment, and set the battery parameter as the reference parameter or the candidate parameter according to a result of comparing the calculated reference predicted value with the calculated candidate predicted value.
A water filter, in particular a rain water filter for a cistern, with a housing in which a sieve is arranged which divides the housing into a dirty water chamber and a clean water chamber, wherein the dirty water chamber has an inlet for the unfiltered water and the clean water chamber has a rain water outlet for the filtered water, with a cistern overflow which runs via a siphon into the dirty water outlet, wherein in the lower part of the housing of the water filter a siphon chamber is formed which connects with the dirty water outlet via an overflow edge and which has an outer opening, and that for forming the siphon in the siphon chamber, a region between the overflow edge and the outer opening is separated by means of a partition wall, wherein the lower edge of the partition wall is situated below the outer opening and below the overflow edge, and wherein a dirty water outlet pipe, which forms the dirty water outlet, runs through the siphon chamber and has an opening forming the overflow edge inside the siphon chamber which is situated on the upper side of a horizontally extending portion of the dirty water outlet pipe, characterized, in that the housing has an upper part in the form of a cylinder that is closed on the lower side by a bottom, wherein the bottom has a passage to which the dirty water outlet pipe is connected, and that the housing has a lower part which contains the siphon chamber and has the form of a pot which is connected with its open side to the bottom, and that the dirty water outlet pipe runs in a bend through the siphon chamber, this bend leading to a portion of the lateral wall of the lower part and extending through this portion.
A composition for the retanning and fatliquoring of pre-tanned leather, comprising: (a) 30-80 wt.% drawn to the total composition of a retanning agent; (b) 10-50 wt.% drawn to the total composition of a fatliquoring agent comprising at least 50 wt.%, drawn to the weight of the fatliquoring agent, of phospholipid, preferably at least 60 wt.%, more preferably at least 70 wt. %, up to 100 wt.% of phospholipid; and (c) optionally other crusting chemicals not being retanning agents and fatliquoring agents balancing to 100 wt.% of the total composition. (a) 30-80 wt.% drawn to the total composition of a retanning agent; (b) 10-50 wt.% drawn to the total composition of a fatliquoring agent comprising at least 50 wt.%, drawn to the weight of the fatliquoring agent, of phospholipid, preferably at least 60 wt.%, more preferably at least 70 wt. %, up to 100 wt.% of phospholipid; and (c) optionally other crusting chemicals not being retanning agents and fatliquoring agents balancing to 100 wt.% of the total composition.
A method for purifying nucleic acids comprising the steps of (i) exposing a sample comprising nucleic acids to a nucleic acid binding phase and allowing the nucleic acids to bind to the nucleic acid binding phase, (ii) washing the nucleic acids bound to the nucleic acid binding phase at least once with a buffer solution comprising a buffering agent, (iii) eluting the nucleic acids from the nucleic acid binding phase using ≤ 50 μl of the buffer solution of step (ii), wherein steps (i) and (ii) are carried out at room temperature and step (iii) is performed at a temperature of ≥ 40° Celsius, wherein the buffer solution of steps (ii) and (iii) is characterized by a salt concentration of ≤ 100 mM and by a pH of ≥ 9. (i) exposing a sample comprising nucleic acids to a nucleic acid binding phase and allowing the nucleic acids to bind to the nucleic acid binding phase, (ii) washing the nucleic acids bound to the nucleic acid binding phase at least once with a buffer solution comprising a buffering agent, (iii) eluting the nucleic acids from the nucleic acid binding phase using ≤ 50 μl of the buffer solution of step (ii), wherein steps (i) and (ii) are carried out at room temperature and step (iii) is performed at a temperature of ≥ 40° Celsius,
An apparel item (100, 800) comprising: a first panel of material (110, 810); a second panel of material (116, 812) positioned adjacent and interior to the first panel of material (110, 81) so that a first surface of the second panel of material (116, 812) is positioned adjacent to a first surface of the first panel of material (110, 810), wherein the first panel of material (110, 810) and the second panel of material (116, 812) form at least in part the apparel item (100, 800); a trim piece (118, 814) having an outer layer and an inner layer, characterized in that an opening (120, 818) is formed in the outer layer of the trim piece (118, 814), and wherein a first edge of the first panel of material (110, 810) is affixed to the outer layer of the trim piece (118, 814), and a first edge of the second panel of material (116, 812) is affixed to the inner layer of the trim piece (118, 814); and a pocket panel (131, 816) positioned between at least the first panel of material (110, 810) and the second panel of material (116, 812), the pocket panel (131, 816) having at least a first edge and a second edge opposite the first edge, wherein the first edge of the pocket panel (131, 816) is affixed to the outer layer of the trim piece (118, 814) adjacent to the opening (120, 818) and the second edge of the pocket panel (131, 816) is affixed to the second panel of material (116, 812) so as to define a pocket space between the pocket panel (131, 816) and the second panel of material (116, 812), and wherein the opening (120, 818) in the outer layer of the trim piece (118, 814) is in communication with the pocket space.
Lupulones, for use as an agent intended to inhibit the formation of polyps at the mucosa of the colon of a mammal having abnormal crypt foci at this mucosa.
Process for manufacturing a pre-concentrate of an ophthalmic oil-in-water emulsion, said process comprising a step of: emulsifying an oil phase with an aqueous phase and at least one surface-active agent being tyloxapol, to obtain the pre-concentrate, wherein the oil phase comprises at least one oil suitable for ophthalmic use selected from MCT and mineral oils, wherein the pre-concentrate obtained has a content in oil of between 6% and 50% v/v, preferably between 6% and 30%, more preferably between 10% and 20%, and wherein emulsification is performed using colloid mills, rotor/stator homogenizers, high pressure homogenizers, sonicating homogenizers, high shear mixing apparatus or a combination thereof.
A thermoplastic resin composition, comprising: a polycarbonate resin; a graft copolymer; a vinyl-based copolymer; an inorganic filler; and a compound represented by the following chemical formula, chemical formula or chemical formula, wherein: the graft copolymer is at least one of a graft copolymer (II-1) obtained by graft polymerization of a monomer mixture containing at least an aromatic vinyl-based monomer and a vinyl cyanide-based monomer in a presence of a diene-based rubbery polymer and a graft copolymer (II-2) obtained by graft polymerization of a monomer mixture containing at least an aromatic vinyl-based monomer and a vinyl cyanide-based monomer in a presence of an acrylic rubbery polymer obtained by polymerizing an acrylic acid ester-based monomer and a polyfunctional monomer; the vinyl-based copolymer has a weight average molecular weight of 110,000 or less, measured as indicated in the specification; a ratio ((III MF)/(I MF)) of a melt flow rate (III MF) [g/10 min] (240°C, 10 kg) of the vinyl-based copolymer to a melt flow rate (I MF) [g/10 min] (temperature: 240°C, load: 10 kg) of the polycarbonate resin is 7 or more and 12 or less, measured as indicated in the specification; and a blending amount of the compound is 1 to 10 parts by weight with respect to 100 parts by weight of a total amount of to. the graft copolymer is at least one of a graft copolymer (II-1) obtained by graft polymerization of a monomer mixture containing at least an aromatic vinyl-based monomer and a vinyl cyanide-based monomer in a presence of a diene-based rubbery polymer and a graft copolymer (II-2) obtained by graft polymerization of a monomer mixture containing at least an aromatic vinyl-based monomer and a vinyl cyanide-based monomer in a presence of an acrylic rubbery polymer obtained by polymerizing an acrylic acid ester-based monomer and a polyfunctional monomer; the vinyl-based copolymer has a weight average molecular weight of 110,000 or less, measured as indicated in the specification; a ratio ((III MF)/(I MF)) of a melt flow rate (III MF) [g/10 min] (240°C, 10 kg) of the vinyl-based copolymer to a melt flow rate (I MF) [g/10 min] (temperature: 240°C, load: 10 kg) of the polycarbonate resin is 7 or more and 12 or less, measured as indicated in the specification; and a blending amount of the compound is 1 to 10 parts by weight with respect to 100 parts by weight of a total amount of to.
A multilayer absorbent core, the core comprising: a first, bodyside nonwoven; a second nonwoven; a first absorbent material layer positioned between the first and second nonwovens, embedded within the first nonwoven, embedded within the second nonwoven, or combinations thereof; a third nonwoven; and a second absorbent material layer positioned between the second and third nonwovens, embedded within the second nonwoven, embedded within the third nonwoven, or combinations thereof, wherein the nonwovens have a gradient of basis weight such that a basis weight of the first nonwoven is higher than a basis weight of the third nonwoven, and wherein the first and second absorbent material layers have a gradient of basis weight such that a basis weight of the second absorbent material layer is higher than a basis weight of the first absorbent material layer. a first, bodyside nonwoven; a second nonwoven; a first absorbent material layer positioned between the first and second nonwovens, embedded within the first nonwoven, embedded within the second nonwoven, or combinations thereof; a third nonwoven; and a second absorbent material layer positioned between the second and third nonwovens, embedded within the second nonwoven, embedded within the third nonwoven, or combinations thereof, wherein the nonwovens have a gradient of basis weight such that a basis weight of the first nonwoven is higher than a basis weight of the third nonwoven, and wherein the first and second absorbent material layers have a gradient of basis weight such that a basis weight of the second absorbent material layer is higher than a basis weight of the first absorbent material layer.
Computer apparatus for transmitting a certificate to a device in an installation, comprising: a coupling unit for establishing and breaking a connection between the computer apparatus and the device, a processing unit for transmitting a certificate to the device by means of the established connection, wherein the certificate is valid for a first time period and is issued by a certification authority based on a certificate request, and a receiving unit for receiving a further certificate request from the device by means of the established connection, wherein the further certificate request is designed to request a certificate for a second time period, wherein the coupling unit is designed to break the connection after the certificate is transmitted and the further certificate request is received, wherein the processing unit is designed to transmit the further certificate request to the certification authority and to receive a further certificate for the second time period from the certification authority after the connection between the computer apparatus and the device is broken and the processing unit is designed to transmit the further certificate for the second time period to the device by means of the established further connection after a further connection between the computer apparatus and the device is established. a coupling unit for establishing and breaking a connection between the computer apparatus and the device, a processing unit for transmitting a certificate to the device by means of the established connection, wherein the certificate is valid for a first time period and is issued by a certification authority based on a certificate request, and a receiving unit for receiving a further certificate request from the device by means of the established connection, wherein the further certificate request is designed to request a certificate for a second time period, wherein the coupling unit is designed to break the connection after the certificate is transmitted and the further certificate request is received, wherein the processing unit is designed to transmit the further certificate request to the certification authority and to receive a further certificate for the second time period from the certification authority after the connection between the computer apparatus and the device is broken and the processing unit is designed to transmit the further certificate for the second time period to the device by means of the established further connection after a further connection between the computer apparatus and the device is established.
An adaptor (1;101) for optically connecting fibre optic devices together, said adaptor (1;101) including: a body (3;103) having first and second receiving formations (15,17;115,117), the first receiving formation is arranged to receive a first fibre optic connector having a key, the second receiving formation is adaptable between first and second configurations, wherein in the first configuration the second receiving formation is arranged to receive a second fibre optic connector, and in the second configuration is arranged to receive a ferrule, and including a sub-adaptor (5;105) for adapting the second receiving formation from one of the first and second configurations to the other of the first and second configurations; characterised in that the sub-adaptor (5;105) is a separate component from the adaptor body (3;103), the sub-adaptor (5;105) is releasably attachable to the adaptor body (3;103) and including locking means (49,51) arranged to releasably attach the sub-adaptor (5;105) to the adaptor body (3;103); and in that the first receiving formation is arranged to receive the first fibre optic connector in first and second orientations and includes a plurality of keyways (135,136) at a first end of the body, and further including at least one blocking member for selectively blocking access to at least one of the plurality of keyways (135,136), wherein the blocking member is releasably attachable to the body.
A printing device comprising: a nozzle (Nz) configured to eject metallic ink including metal fragments onto a medium; and a radiation unit configured to irradiate the medium with light to temporarily cure the metallic ink; characterized in that the printing device further comprises: a control unit configured to control irradiation of the light by the radiation unit so that a film thickness formed by the metallic ink is equal to or less than a length of a long side of the metal fragments when the metallic ink is temporarily cured on the medium, wherein the control unit is configured to control the radiation unit to irradiate the light onto the metallic ink deposited on the medium after a predetermined amount of time after the metallic ink has been ejected onto the medium so that the film thickness formed by the metallic ink is made equal to or less than the length of the long side of the metal fragments, or wherein the control unit is configured to control the radiation unit to adjust an intensity of the light irradiated onto the medium so that the film thickness formed by the metallic ink is made equal to or less than the length of the long side of the metal fragments. a nozzle (Nz) configured to eject metallic ink including metal fragments onto a medium; and a radiation unit configured to irradiate the medium with light to temporarily cure the metallic ink; characterized in that the printing device further comprises: a control unit configured to control irradiation of the light by the radiation unit so that a film thickness formed by the metallic ink is equal to or less than a length of a long side of the metal fragments when the metallic ink is temporarily cured on the medium, wherein the control unit is configured to control the radiation unit to irradiate the light onto the metallic ink deposited on the medium after a predetermined amount of time after the metallic ink has been ejected onto the medium so that the film thickness formed by the metallic ink is made equal to or less than the length of the long side of the metal fragments, or wherein the control unit is configured to control the radiation unit to adjust an intensity of the light irradiated onto the medium so that the film thickness formed by the metallic ink is made equal to or less than the length of the long side of the metal fragments.