mhurhangee/patent-ind-claim-en huggingface dataset:
A polyester resin for toner, comprising 9 to 25 % by mass of a constitutional unit derived from isosorbide and 5 to 25 parts by mol of a constitutional unit derived from a tri- or higher polyhydric carboxylic acid when the total content of whole acid component in the polyester resin for toner is 100 parts by mol, wherein a softening temperature is within a range of 135 to 150°C, a difference (T4-Tg) between the softening temperature (T4) and a glass transition temperature (Tg) is 75°C or more, and a storage elastic modulus G' at 180°C is within a range of 400 to 1,000 Pa, wherein the storage elastic modulus G' at 180°C is determined by using AR-2000ex manufactured by TA Instruments, a sample was set between 25 mmφ parallel plates with a thickness of 1 mm, and then the measurement was performed within a range from 100°C to 200°C under the conditions of a frequency of 1 Hz, a strain of 1%, and a temperature raising rate of 3°C/minute, the softening temperature is determined as the temperature at which 1/2 of 1.0 g of a sample exhibited flow by using a flow tester CFT-500 manufactured by Shimadzu Corporation, the measurement was performed by a nozzle measuring 1 mmφ × 10 mm under the constant rate heating conditions of a load of 294 N (30 Kgf) and a temperature raising rate of 3°C/minute, and wherein the glass transition temperature is determined by the measurement using a differential scanning calorimeter as disclosed in the description. a softening temperature is within a range of 135 to 150°C, a difference (T4-Tg) between the softening temperature (T4) and a glass transition temperature (Tg) is 75°C or more, and a storage elastic modulus G' at 180°C is within a range of 400 to 1,000 Pa, wherein the storage elastic modulus G' at 180°C is determined by using AR-2000ex manufactured by TA Instruments, a sample was set between 25 mmφ parallel plates with a thickness of 1 mm, and then the measurement was performed within a range from 100°C to 200°C under the conditions of a frequency of 1 Hz, a strain of 1%, and a temperature raising rate of 3°C/minute, the softening temperature is determined as the temperature at which 1/2 of 1.0 g of a sample exhibited flow by using a flow tester CFT-500 manufactured by Shimadzu Corporation, the measurement was performed by a nozzle measuring 1 mmφ × 10 mm under the constant rate heating conditions of a load of 294 N (30 Kgf) and a temperature raising rate of 3°C/minute, and wherein the glass transition temperature is determined by the measurement using a differential scanning calorimeter as disclosed in the description.
A polypeptide, comprising a binding domain consisting of three peptide TNF homology domains of TNF-ligand family member proteins (THD) that specifically bind to the extracellular part of TNFR2, wherein the C-terminus of the first and second THD, respectively, which is in each case defined by the C-terminal sequence V-Y-F-G-I-I (SEQ ID NO: 3), is linked to the N-terminus of the second and third THD, respectively, which is in each case defined by the N-terminal sequence P-V-A-H-V (SEQ ID NO: 4) through a peptide X a , which is in each case independently selected and has a length of 9 to 10 amino acids, wherein the peptide X a consists of X C -X L -X N wherein X C is A-L; X L is absent or is selected from the group consisting of G, G-G, G-G-G, G-G-G-G (SEQ ID NO: 16); X N is selected from the group consisting of P-S-D-K (SEQ ID NO: 6), T-P-S-D-K (SEQ ID NO: 7), R-T-P-S-D-K (SEQ ID NO: 8), S-R-T-P-S-D-K (SEQ ID NO: 9), wherein the THD comprises a contiguous amino acid sequence consisting of amino acids 88 to 231 of full length human TNF alpha with SEQ ID NO: 5, comprising the mutations D143N and A145R of the ectodomain of human TNF alpha corresponding to D219N and A221R, respectively, relative to SEQ ID NO:5. is linked to the N-terminus of the second and third THD, respectively, which is in each case defined by the N-terminal sequence P-V-A-H-V (SEQ ID NO: 4) through a peptide X a , which is in each case independently selected and has a length of 9 to 10 amino acids, wherein the peptide X a consists of X C -X L -X N wherein X C is A-L; X L is absent or is selected from the group consisting of G, G-G, G-G-G, G-G-G-G (SEQ ID NO: 16); X N is selected from the group consisting of P-S-D-K (SEQ ID NO: 6), T-P-S-D-K (SEQ ID NO: 7), R-T-P-S-D-K (SEQ ID NO: 8), S-R-T-P-S-D-K (SEQ ID NO: 9), wherein the THD comprises a contiguous amino acid sequence consisting of amino acids 88 to 231 of full length human TNF alpha with SEQ ID NO: 5, comprising the mutations D143N and A145R of the ectodomain of human TNF alpha corresponding to D219N and A221R, respectively, relative to SEQ ID NO:5.
A composition useful as a pet food comprising a meat based material comprised of meat or meat by-products, and an aqueous phase comprised of an acetyl-substituted waxy cassava inhibited starch or of a hydroxypropyl-substituted waxy cassava inhibited starch having less than 2.5%, by weight of hydroxylpropyl substituents, wherein said starch is present in an amount effective to thicken said aqueous phase.
A method by an evolved NodeB, eNB, for transmitting a device-to-device, D2D, scheduling assignment, SA, grant and a D2D data grant, the method comprising: generating the D2D SA grant; transmitting the generated D2D SA grant to a transmission UE, Tx UE, the D2D SA grant enabling the Tx UE to transmit an SA to a reception UE, Rx UE, through a D2D communication; generating the D2D data grant; transmitting the generated D2D data grant to the Tx UE, the D2D data grant enabling the Tx UE to transmit a Transport Block #0, TB#0, to the Rx UE in multiple transmission opportunities, MTOs; generating a separate grant for indicating data overriding, wherein the data overriding overrides the transmission of TB#0 with a transmission of Transport Block #1, TB#1, from a time point in the MTOs; and transmitting the generated separate grant to the Tx UE. generating the D2D SA grant; transmitting the generated D2D SA grant to a transmission UE, Tx UE, the D2D SA grant enabling the Tx UE to transmit an SA to a reception UE, Rx UE, through a D2D communication; generating the D2D data grant; transmitting the generated D2D data grant to the Tx UE, the D2D data grant enabling the Tx UE to transmit a Transport Block #0, TB#0, to the Rx UE in multiple transmission opportunities, MTOs; generating a separate grant for indicating data overriding, wherein the data overriding overrides the transmission of TB#0 with a transmission of Transport Block #1, TB#1, from a time point in the MTOs; and transmitting the generated separate grant to the Tx UE.
Hydrometallurgical process for the recovery of metals and/or semi-metals (hereinafter referred to as metals only) from - III-V, II-VI or I-III-VI 2 compound semiconductor materials and/or - back contact materials and/or - transparent electrically conductive oxides (TCOs) containing waste materials such as high-tech or green-tech waste, characterized in that - the waste materials are mixed thoroughly with a reaction solution of either • water, 1 to 5% by mass of sodium bisulphate and 1 to 5% by mass of sodium chlorite, or • water, 1 to 50% by mass of organosulphonic acid and 1 to 5% by mass of an oxidizing agent in the stoichiometric ratio to organosulphonic acid, and the metals and/or semi-metals to be recovered are dissolved. - III-V, II-VI or I-III-VI 2 compound semiconductor materials and/or - back contact materials and/or - transparent electrically conductive oxides (TCOs) - the waste materials are mixed thoroughly with a reaction solution of either • water, 1 to 5% by mass of sodium bisulphate and 1 to 5% by mass of sodium chlorite, or • water, 1 to 50% by mass of organosulphonic acid and 1 to 5% by mass of an oxidizing agent in the stoichiometric ratio to organosulphonic acid, and the metals and/or semi-metals to be recovered are dissolved. • water, 1 to 5% by mass of sodium bisulphate and 1 to 5% by mass of sodium chlorite, or • water, 1 to 50% by mass of organosulphonic acid and 1 to 5% by mass of an oxidizing agent in the stoichiometric ratio to organosulphonic acid,
A compound of formula: wherein R is selected from the group consisting of methyl and ethyl.
A method of manufacturing a semiconductor structure; the method comprising: forming a layer of a III-N material; covering at least a portion of said III-N material layer with a first layer of SiN; the first SiN layer having a first thickness and generating tensile stress in the structure; and covering the first layer of SiN with a second layer of SiN; the second SiN layer having a second thickness and generating compressive stress in the structure; the method further comprising: forming the first SiN layer with a H content lower than 5% and the second SiN layer with a H content greater than 5%; and forming the first SiN layer by MOCVD or LPCVD at a temperature higher than 600 degree C and forming the second SiN layer by PECVD at a temperature lower than 400 degree C; the method further comprising forming a transistor using the III-N material layer as a barrier layer; said forming a transistor including forming a source Ohmic contact electrode and a drain Ohmic contact electrode in respective recesses passing through said first and second SiN layers and said barrier layer and contacting a channel layer below said barrier layer . forming a layer of a III-N material; covering at least a portion of said III-N material layer with a first layer of SiN; the first SiN layer having a first thickness and generating tensile stress in the structure; and covering the first layer of SiN with a second layer of SiN; the second SiN layer having a second thickness and generating compressive stress in the structure; the method further comprising: forming the first SiN layer with a H content lower than 5% and the second SiN layer with a H content greater than 5%; and forming the first SiN layer by MOCVD or LPCVD at a temperature higher than 600 degree C and forming the second SiN layer by PECVD at a temperature lower than 400 degree C; the method further comprising forming a transistor using the III-N material layer as a barrier layer; said forming a transistor including forming a source Ohmic contact electrode and a drain Ohmic contact electrode in respective recesses passing through said first and second SiN layers and said barrier layer and contacting a channel layer below said barrier layer . forming the first SiN layer with a H content lower than 5% and the second SiN layer with a H content greater than 5%; and forming the first SiN layer by MOCVD or LPCVD at a temperature higher than 600 degree C and forming the second SiN layer by PECVD at a temperature lower than 400 degree C; the method further comprising forming a transistor using the III-N material layer as a barrier layer; said forming a transistor including forming a source Ohmic contact electrode and a drain Ohmic contact electrode in respective recesses passing through said first and second SiN layers and said barrier layer and contacting a channel layer below said barrier layer .
A connecting rod , comprising a rod shaft and a rod cap, - wherein the rod shaft and the rod cap are configured to be releasably fastened through connecting means to form a connected state, and when the rod shaft and the rod cap are in the connected state they form a rod eye configured to enclose a bore for mounting the connecting rod on a crank shaft - wherein the rod shaft and the rod cap have contact surfaces at which they touch each other in the connected state and wherein the contact surfaces have an interlocking section-wise serration and - wherein the contact surfaces have an un-serrated section characterized in, that the contact surfaces have at least one undercut at which the contact surfaces of the rod shaft and the rod cap do not touch each other, wherein the at least one undercut is arranged between the serration and the unserrated section . - wherein the rod shaft and the rod cap are configured to be releasably fastened through connecting means to form a connected state, and when the rod shaft and the rod cap are in the connected state they form a rod eye configured to enclose a bore for mounting the connecting rod on a crank shaft - wherein the rod shaft and the rod cap have contact surfaces at which they touch each other in the connected state and wherein the contact surfaces have an interlocking section-wise serration and - wherein the contact surfaces have an un-serrated section
An espresso coffee machine comprising: - at least one dispensing group to produce coffee; - a water boiler hydraulically connected to the dispensing group and configured to heat the water at a predetermined temperature sensed by a temperature probe ; - a water supply circuit hydraulically connected to the water boiler and comprising a water pump operable to supply pressurised water to the water boiler ; - an electronic control unit ; - a pressure sensor provided with a sensitive element associated with the water boiler to sense the water pressure in the water boiler ; characterized by a bypass circuit hydraulically connected, at a first end, to the dispensing group and comprising a two-way proportional valve electronically controllable by the electronic control unit to drain part of the delivery flow of the water pump to maintain a certain coffee extraction pressure in the dispensing group based on an output of the pressure sensor . - at least one dispensing group to produce coffee; - a water boiler hydraulically connected to the dispensing group and configured to heat the water at a predetermined temperature sensed by a temperature probe ; - a water supply circuit hydraulically connected to the water boiler and comprising a water pump operable to supply pressurised water to the water boiler ; - an electronic control unit ; - a pressure sensor provided with a sensitive element associated with the water boiler to sense the water pressure in the water boiler ; characterized by a bypass circuit hydraulically connected, at a first end, to the dispensing group and comprising a two-way proportional valve electronically controllable by the electronic control unit to drain part of the delivery flow of the water pump to maintain a certain coffee extraction pressure in the dispensing group based on an output of the pressure sensor .
A method for operating a tracking entity configured to track to which access and connectivity management entity a mobile device is connected in a mobile communications network, wherein an application server is initiating a monitoring of an event occurring at the mobile device, the method executed at the tracking entity and comprising: - receiving (S210), from an exposure entity , a request to monitor the event at the mobile device , the request comprising an indication for an audit for the monitoring of the event by which a validity of the monitoring of the event should be checked when the event has not been detected for an indicated period of time, - transmitting (S211) the received request for the event with the indication for the audit and the indicated period of time to the access and connectivity management entity to which the mobile device is connected, - receiving (S212) a notification from the access and connectivity management entity that the event has not been detected for the indicated period of time, - determining (S213), in response to the received notification, based on information available in the tracking entity whether the monitoring of the event should be continued or not. - receiving (S210), from an exposure entity , a request to monitor the event at the mobile device , the request comprising an indication for an audit for the monitoring of the event by which a validity of the monitoring of the event should be checked when the event has not been detected for an indicated period of time, - transmitting (S211) the received request for the event with the indication for the audit and the indicated period of time to the access and connectivity management entity to which the mobile device is connected, - receiving (S212) a notification from the access and connectivity management entity that the event has not been detected for the indicated period of time, - determining (S213), in response to the received notification, based on information available in the tracking entity whether the monitoring of the event should be continued or not.
A method for the diagnosis of an adrenoleukodystrophy in a subject comprising determining in a sample from said subject a value selected from the group consisting of - the levels of sphingosine-1-phosphate, - the expression levels of sphingosine kinase 2, - the expression levels sphingosine-1-phosphate receptor, wherein increased levels of sphingosine-1-phosphate, increased levels of sphingosine kinase 2, increased levels of sphingosine-1-phosphate receptor, with respect to a reference value are indicative that the subject suffers from an adreno leukodystrophy. - the levels of sphingosine-1-phosphate, - the expression levels of sphingosine kinase 2, - the expression levels sphingosine-1-phosphate receptor,
A breathable bag especially suitable for packaging horticultural products comprising - a mesh casing which is capable of housing the products to be packaged, and - at least one first sheet of flexible material applied on the outside of and joined to the casing by affixed areas affixed to said casing, the sheet covering a region of the casing, characterised in that - in the region covered by the sheet , the mesh casing has an opening , in that - the practical access to the opening is prevented by the affixed areas joining the sheet and the casing , and in that - the sheet is equipped with at least one tear line that determines in the sheet a removable portion from the casing that is sufficient to leave uncovered or to open a practical access to said opening . - a mesh casing which is capable of housing the products to be packaged, and - at least one first sheet of flexible material applied on the outside of and joined to the casing by affixed areas affixed to said casing, the sheet covering a region of the casing, characterised in that - in the region covered by the sheet , the mesh casing has an opening , in that - the practical access to the opening is prevented by the affixed areas joining the sheet and the casing , and in that - the sheet is equipped with at least one tear line that determines in the sheet a removable portion from the casing that is sufficient to leave uncovered or to open a practical access to said opening .
A method for repairing or reinforcing, by lining, a hollow or solid body having a defective area , comprising the steps consisting in: - delimiting on the outer surface of the body a portion to be lined including the defective area , said body being made of a weldable thermoplastic material; - forming at least one winding of an electro-welding wire around said body on the portion to be lined , the electro-welding wire being formed of at least one electrically conductive wire embedded in a sheath made of a thermoplastic material similar to that of said body - positioning a preformed liner around the portion to be lined , said preformed liner having a section of a shape similar to that of the body and being of a length (L) equal to that of the portion to be lined , said preformed liner having an opening extending over its entire length, and being made of a thermoplastic material similar to that of said body and - performing an electro-welding of the liner to the body by applying an electric current to the winding for a predefined time, simultaneously with a gradual clamping of the liner on the body ; characterised in that the preformed liner further comprises at least one injection vent (a) and one outlet vent . - delimiting on the outer surface of the body a portion to be lined including the defective area , said body being made of a weldable thermoplastic material; - forming at least one winding of an electro-welding wire around said body on the portion to be lined , the electro-welding wire being formed of at least one electrically conductive wire embedded in a sheath made of a thermoplastic material similar to that of said body - positioning a preformed liner around the portion to be lined , said preformed liner having a section of a shape similar to that of the body and being of a length (L) equal to that of the portion to be lined , said preformed liner having an opening extending over its entire length, and being made of a thermoplastic material similar to that of said body and - performing an electro-welding of the liner to the body by applying an electric current to the winding for a predefined time, simultaneously with a gradual clamping of the liner on the body ;
A method to perform audio sensor selection in an audience metering device , the method comprising: identifying a plurality of audio sensor configurations supported by the audience metering device , the plurality of audio sensor configurations for configuring a plurality of audio sensors of the audience metering device, the plurality of audio sensor configurations identifying different combinations of the plurality of audio sensors to be activated; computing , by executing an instruction with a processor , a first quality metric of a first media identifier determined from first audio received via a first one of the audio sensor configurations; computing , by executing an instruction with the processor , a second quality metric of a second media identifier determined from second audio received via a second one of the audio sensor configurations, the first and second media identifiers utilizing the same media identification technique, the second quality metric being of a same type of quality metric as the first quality metric; selecting one of the first one of the audio sensor configurations or the second one of the audio sensor configurations based on a comparison of the first quality metric and the second quality metric; and performing media monitoring at the audience metering device using the selected one of the audio sensor configurations. identifying a plurality of audio sensor configurations supported by the audience metering device , the plurality of audio sensor configurations for configuring a plurality of audio sensors of the audience metering device, the plurality of audio sensor configurations identifying different combinations of the plurality of audio sensors to be activated; computing , by executing an instruction with a processor , a first quality metric of a first media identifier determined from first audio received via a first one of the audio sensor configurations; computing , by executing an instruction with the processor , a second quality metric of a second media identifier determined from second audio received via a second one of the audio sensor configurations, the first and second media identifiers utilizing the same media identification technique, the second quality metric being of a same type of quality metric as the first quality metric; selecting one of the first one of the audio sensor configurations or the second one of the audio sensor configurations based on a comparison of the first quality metric and the second quality metric; and performing media monitoring at the audience metering device using the selected one of the audio sensor configurations.
Process for producing a coated mixed lithium transition metal oxide, characterized in that a mixed lithium transition metal oxide and a pyrogenically produced zirconium dioxide and/or a pyrogenically produced mixed oxide comprising zirconium are subjected to dry mixing by means of an electric mixing unit in the form of intensive mixers with high-speed mixing tools having a specific electrical power of 0.05-1.5 kW per kg of the mixed lithium transition metal oxide.