mhurhangee/ep-ind-claims huggingface dataset:
A process for a continuous production of polyetherols comprising the steps of - reacting of an alkali metal hydroxide or an earth alkali metal hydroxide with an alcohol starter or an alkoxylated precursor to give a mixture comprising an alcoholate and water, - removing the water from the mixture by distillation, if appropriate, - feeding the alcoholate into a bubble column, having an inclination of from 0 to 90° to the horizontal, the bubble column being divided into at least two compartments, wherein the compartments are divided from each other by a dividing wall, the dividing wall having a height, that liquid can flow over the dividing wall from one compartment into an adjacent compartment, - feeding of alkylene oxide into at least one compartment at the bottom of the compartment such that the alkylene oxide rises in the alcoholate, the alkylene oxide being fed into the at least one compartment in gaseous form or as a liquid which evaporates in the compartment. - reacting of the alkylene oxide with the alcoholate or a secondary product being formed by the reaction of the alcoholate with alkylene oxide to give the polyetherol, - discharging the reaction product from the bubble column. - reacting of an alkali metal hydroxide or an earth alkali metal hydroxide with an alcohol starter or an alkoxylated precursor to give a mixture comprising an alcoholate and water, - removing the water from the mixture by distillation, if appropriate, - feeding the alcoholate into a bubble column, having an inclination of from 0 to 90° to the horizontal, the bubble column being divided into at least two compartments, wherein the compartments are divided from each other by a dividing wall, the dividing wall having a height, that liquid can flow over the dividing wall from one compartment into an adjacent compartment, - feeding of alkylene oxide into at least one compartment at the bottom of the compartment such that the alkylene oxide rises in the alcoholate, the alkylene oxide being fed into the at least one compartment in gaseous form or as a liquid which evaporates in the compartment. - reacting of the alkylene oxide with the alcoholate or a secondary product being formed by the reaction of the alcoholate with alkylene oxide to give the polyetherol, - discharging the reaction product from the bubble column.
A process for obtaining a multipotent and immunocompatible concentrate of stem cells originating from mammalian vascularized adipose tissue and consisting of pericytes, immature stem cells and mesenchymal stem cells, wherein said concentrate is immunopositive to CD146+, α-SMA+, CD44+, CD73+, CD90+, CD105+, CD13+, vimentin+, nestin+, CD29+, Nanog+, Oct3/4+ and SOX2+ markers, and immunonegative to CD34-, CD45-, CD56-, CD144-, CD14-, CD11b- and CD31- markers; and wherein the respective markers are expressed by 1 to 20% of the immature stem cells, 70 to 100% of the mesenchymal stem cells and 10 to 30% of the pericytes present in the concentrate, the process comprising the steps of: A - providing a sample of vascularized adipose tissue obtained from one or more healthy young mammals; B - washing and cleaning of the tissue sample; C - fragmentation of the tissue sample; D - mild enzymatic digestion of fat from tissue fragments as obtained in step C; E - centrifugation to separate the tissue; F - culturing of tissue explant during 3 to 5 days, without changing the culture medium; G - when reaching confluence of 70-90%, after 7-9 days, dissociating the cell colonies that migrated out of the tissue; H - optionally, subjecting the tissue separated in step E to another explant culture starting from step F; and I - culturing of cells isolated from step G. A - providing a sample of vascularized adipose tissue obtained from one or more healthy young mammals; B - washing and cleaning of the tissue sample; C - fragmentation of the tissue sample; D - mild enzymatic digestion of fat from tissue fragments as obtained in step C; E - centrifugation to separate the tissue; F - culturing of tissue explant during 3 to 5 days, without changing the culture medium; G - when reaching confluence of 70-90%, after 7-9 days, dissociating the cell colonies that migrated out of the tissue; H - optionally, subjecting the tissue separated in step E to another explant culture starting from step F; and I - culturing of cells isolated from step G.
Use of phenolic antioxidants other than 2,4-dimethyl-6-ocytylphenol, 2,6-di-t-butyl-4-methylphenol, 2,6-di-t-butyl-4-ethylphenol, 2,6-di-t-butyl-4-n-butylphenol, 2,2'-methylenebis(4-methyl-6-t-butylphenol) and 2,2'-methylenebis(4-ethyl-6-t-butylphenol) in processes for producing polyurethanes, preferably polyurethane foams, to reduce the aldehyde emission from the resulting polyurethanes/polyurethane foams, characterized in that the phenolic antioxidants are employed in amounts of ≥ 0.07 parts by weight, preferably ≥ 0.08 parts by weight, particularly preferably ≥ 0.1 parts by weight and in addition to the phenolic antioxidants up to 0.01 parts by weight (≤ 0.01 parts by weight) of antioxidants containing amino groups may be present, wherein the reported quantities of these two components are in each case based on 100 parts by weight of a component used in the production process which is selected from compounds containing isocyanate-reactive hydrogen atoms having an OH number according to DIN 53240 of ≥ 15 to < 280 mg KOH/g, wherein the phenolic antioxidants are selected from the group comprising octadecyl-3-(3,5-di-t-butyl-4-hydroxyphenylpropionate), ethylene-(bisoxyethylene)bis-(3,(5-t-butylhydroxy-4-tolyl)propionate and 4,4'-butylidenebis-(6-t-butyl-3-methylphenol).
A method of wireless communication, comprising: defining information that indicates a scheduled reception of data for a first wireless node, wherein the information is defined to enable a second wireless node to determine whether to transmit during a time period associated with the scheduled reception of data; obtaining information relating to a scheduled transmit time period of the second wireless node; delaying transmission of the defined information until after completion of the scheduled transmit time period of the second wireless node; and transmitting the defined information to said second wireless node and a third wireless node on a control channel monitored by both said second and third wireless nodes, wherein the defined information comprises a grant message generated in response to a request to transmit generated by said third wireless node. defining information that indicates a scheduled reception of data for a first wireless node, wherein the information is defined to enable a second wireless node to determine whether to transmit during a time period associated with the scheduled reception of data; obtaining information relating to a scheduled transmit time period of the second wireless node; delaying transmission of the defined information until after completion of the scheduled transmit time period of the second wireless node; and transmitting the defined information to said second wireless node and a third wireless node on a control channel monitored by both said second and third wireless nodes,
Cable-strain-relief holder for a helically running cable, comprising a column element, which extends in an axial direction (a) and has an outer circumferential surface, and at least two retaining elements (5, 6), which are arranged extending radially (r) on the outer circumferential surface, wherein the at least two retaining elements (5, 6) are arranged at different axial positions and at different circumferential positions of the column element, characterized in that the retaining elements (5, 6) are arranged on the column element such that they follow an imaginary helical line (w), wherein the column element is connected, by way of one of its axial ends, to a retaining plate and, at its other axial end, is free.
A system for generating energy from wind induced by an aircraft, the system comprising: one or more wind turbines configured to generate electrical power by capturing wind induced by the aircraft, each of the one or more wind turbines comprising: a rotor mounted for rotation about an axis; a plurality of blades coupled to the rotor; and a controller comprising: an input to receive an indication that the aircraft is preparing to takeoff or preparing to land; and means for adjusting one or more parameters of the one or more wind turbines based on the indication that the aircraft is preparing to takeoff or preparing to land, characterised in that each of the one or more wind turbines further comprises a shroud configured to deflect unwanted wind (406, 506) and/or direct the wind (404, 504) induced by the aircraft such that additional force is imparted to the rotor, and in that the controller further comprises means for adjusting a position of the shroud. one or more wind turbines configured to generate electrical power by capturing wind induced by the aircraft, each of the one or more wind turbines comprising: a rotor mounted for rotation about an axis; a plurality of blades coupled to the rotor; and a controller comprising: an input to receive an indication that the aircraft is preparing to takeoff or preparing to land; and means for adjusting one or more parameters of the one or more wind turbines based on the indication that the aircraft is preparing to takeoff or preparing to land, characterised in that each of the one or more wind turbines further comprises a shroud configured to deflect unwanted wind (406, 506) and/or direct the wind (404, 504) induced by the aircraft such that additional force is imparted to the rotor, and in that the controller further comprises means for adjusting a position of the shroud. a rotor mounted for rotation about an axis; a plurality of blades coupled to the rotor; and a controller comprising: an input to receive an indication that the aircraft is preparing to takeoff or preparing to land; and means for adjusting one or more parameters of the one or more wind turbines based on the indication that the aircraft is preparing to takeoff or preparing to land, characterised in that each of the one or more wind turbines further comprises a shroud configured to deflect unwanted wind (406, 506) and/or direct the wind (404, 504) induced by the aircraft such that additional force is imparted to the rotor, and in that the controller further comprises means for adjusting a position of the shroud. an input to receive an indication that the aircraft is preparing to takeoff or preparing to land; and means for adjusting one or more parameters of the one or more wind turbines based on the indication that the aircraft is preparing to takeoff or preparing to land, characterised in that each of the one or more wind turbines further comprises a shroud configured to deflect unwanted wind (406, 506) and/or direct the wind (404, 504) induced by the aircraft such that additional force is imparted to the rotor, and in that the controller further comprises means for adjusting a position of the shroud.
A connector comprising a housing to be disposed on a circuit board, the housing having a fitting portion for fitting with a mating fitting portion of a mating connector; a plurality of contacts arranged in said fitting portion; and a shell mounted to said housing, the shell having a shell body disposed on the periphery of said fitting portion; wherein said shell has a shell contact portion brought into contact with a mating ground contact of said mating connector when said mating fitting portion and said fitting portion are fitted together, and a shell terminal portion to be fixed to a first ground trace of said circuit board; and wherein said plurality of contacts includes at least one ground contact; said connector characterized in that said at least one ground contact has a terminal portion to be fixed to a second ground trace of said circuit board; and said shell has a fixedly engaging portion that is connected to said shell body, and causes said shell body to be fixedly engaged with said housing; and an auxiliary shell terminal portion that is adjacent to said at least one ground contact, connected to said shell body, and to be fixed to said second ground trace.
A thermal increase system coupled to a heating cavity for containing a load, the thermal increase system comprising: a microwave generation module configured to supply radio frequency, RF, energy to the heating cavity, such that an electric field is created in the heating cavity; a first re-radiator (276-1, 376-1, 576-1) disposed in the heating cavity at a first location; a second re-radiator (276-2, 376-2, 576-2) disposed in the heating cavity at a second location; a first transmission path between the first re-radiator (276-1, 376-1, 576-1) and the second re-radiator (276-2, 376-2, 576-2); and a controller; the thermal increase system being characterized in that the first transmission path includes a first switch (302, 508) coupled between the first re-radiator (276-1, 376-1, 576-1) and the second re-radiator (276-2, 376-2, 576-2), the controller being configured to control the first switch (302, 508). a microwave generation module configured to supply radio frequency, RF, energy to the heating cavity, such that an electric field is created in the heating cavity; a first re-radiator (276-1, 376-1, 576-1) disposed in the heating cavity at a first location; a second re-radiator (276-2, 376-2, 576-2) disposed in the heating cavity at a second location; a first transmission path between the first re-radiator (276-1, 376-1, 576-1) and the second re-radiator (276-2, 376-2, 576-2); and a controller; the thermal increase system being characterized in that the first transmission path includes a first switch (302, 508) coupled between the first re-radiator (276-1, 376-1, 576-1) and the second re-radiator (276-2, 376-2, 576-2), the controller being configured to control the first switch (302, 508).
A method for loading a profile for a mobile radio subscription from a data preparation server (SM-DP) into a subscriber identity module (eUICC), comprising the steps: a) providing a profile at the data preparation server (SM-DP); c) loading the profile into the subscriber identity module (eUICC); characterized by the steps: b) generating a single executable program code module (BLOB) of the profile provided according to a), which program code module is arranged such that in reaction to a reception of the APDU command at the subscriber identity module (eUICC) the executable program code module (BLOB) is executed, thereby installing the profile in the subscriber identity module (eUICC); c') performing the step c) by loading the single executable program code module (BLOB) into the subscriber identity module (eUICC). a) providing a profile at the data preparation server (SM-DP); c) loading the profile into the subscriber identity module (eUICC); b) generating a single executable program code module (BLOB) of the profile provided according to a), which program code module is arranged such that in reaction to a reception of the APDU command at the subscriber identity module (eUICC) the executable program code module (BLOB) is executed, thereby installing the profile in the subscriber identity module (eUICC); c') performing the step c) by loading the single executable program code module (BLOB) into the subscriber identity module (eUICC).
An absorbent article for personal hygiene having a front edge and a back edge notionally defining a longitudinal axis extending from the middle of the front edge to the middle of the back edge, the absorbent article comprising: - a garment-facing side comprising a liquid impermeable backsheet; - a wearer-facing side comprising a liquid permeable topsheet; - an absorbent core between the topsheet and the backsheet, the absorbent core comprising an absorbent material enclosed in a core wrap (16, 16') having a top side and a bottom side; - a chassis comprising the absorbent backsheet and the absorbent core; - a pair of barrier leg cuffs disposed symmetrically relative to the longitudinal axis, each barrier leg cuff defined by a proximal edge attached to the chassis of the article and an elasticized terminal edge that can be raised away from the chassis; wherein the topsheet comprises a raisable region attached to the barrier leg cuffs at a position away from the proximal edges of the barrier leg cuffs, so that when the barrier leg cuffs are raised away from the chassis, the raisable region is lifted up by the barrier leg cuffs and an empty volume is formed between the raisable region and the chassis; characterized in that the absorbent core comprises at least one longitudinally-extending channel area and wherein the topsheet comprises a plurality of apertures in the raisable region. - a garment-facing side comprising a liquid impermeable backsheet; - a wearer-facing side comprising a liquid permeable topsheet; - an absorbent core between the topsheet and the backsheet, the absorbent core comprising an absorbent material enclosed in a core wrap (16, 16') having a top side and a bottom side; - a chassis comprising the absorbent backsheet and the absorbent core; - a pair of barrier leg cuffs disposed symmetrically relative to the longitudinal axis, each barrier leg cuff defined by a proximal edge attached to the chassis of the article and an elasticized terminal edge that can be raised away from the chassis; wherein the topsheet comprises a raisable region attached to the barrier leg cuffs at a position away from the proximal edges of the barrier leg cuffs, so that when the barrier leg cuffs are raised away from the chassis, the raisable region is lifted up by the barrier leg cuffs and an empty volume is formed between the raisable region and the chassis;
A method comprising: obtaining, at a first conference endpoint device, spoken command data representing a spoken command uttered by a user and detected by the first conference endpoint device during a teleconference between the first conference endpoint device and a second conference endpoint device; determining whether the spoken command includes a wake-up phrase; in response to determining that the spoken command includes a first wake-up phrase, determining whether the first wake-up phrase is to be replaced and, if so, generating modified spoken command data by replacing the first wake-up phrase with a second wake-up phrase; in response to determining that the spoken command does not include a wake-up phrase, determining whether a wake-up phrase should be added and, if so, generating modified spoken command data by inserting a spoken phrase into the spoken command, the inserted spoken phrase including the wake-up phrase; in response to determining that the spoken command does not include a third-party command phrase, determining whether a third-party command phrase should be added to the spoken command and, if so, generating modified spoken command data by inserting a spoken phrase into the spoken command, the inserted spoken phrase including the third-party command phrase; in response to determining that the spoken command includes a phrase to expand, generating modified spoken command data that includes an expanded phrase; and transmitting the modified spoken command data to a natural language service. obtaining, at a first conference endpoint device, spoken command data representing a spoken command uttered by a user and detected by the first conference endpoint device during a teleconference between the first conference endpoint device and a second conference endpoint device; determining whether the spoken command includes a wake-up phrase; in response to determining that the spoken command includes a first wake-up phrase, determining whether the first wake-up phrase is to be replaced and, if so, generating modified spoken command data by replacing the first wake-up phrase with a second wake-up phrase; in response to determining that the spoken command does not include a wake-up phrase, determining whether a wake-up phrase should be added and, if so, generating modified spoken command data by inserting a spoken phrase into the spoken command, the inserted spoken phrase including the wake-up phrase; in response to determining that the spoken command does not include a third-party command phrase, determining whether a third-party command phrase should be added to the spoken command and, if so, generating modified spoken command data by inserting a spoken phrase into the spoken command, the inserted spoken phrase including the third-party command phrase; in response to determining that the spoken command includes a phrase to expand, generating modified spoken command data that includes an expanded phrase; and transmitting the modified spoken command data to a natural language service.
An electrode assembly comprising: a first electrode plate comprising a first active material portion on which a first active material is coated and a first non-coating portion on which the first active material is not coated; a second electrode plate comprising a second active material portion on which a second active material is coated and a second non-coating portion on which the second active material is not coated; a separator interposed between the first and second electrode plates; and first and second electrode tabs respectively coupled to the first and second non-coating portions, wherein at least part of the first and second non-coating portions are arranged to face towards each other, the first and second electrode tabs do not overlap each other in the electrode plates, and the electrode assembly is formed by winding the first and second electrode plates from the said part at which the first and second non-coating portions face each other; and, wherein the first and second electrode tabs are coupled respectively to opposing end portions of the formed electrode assembly. a first electrode plate comprising a first active material portion on which a first active material is coated and a first non-coating portion on which the first active material is not coated; a second electrode plate comprising a second active material portion on which a second active material is coated and a second non-coating portion on which the second active material is not coated; a separator interposed between the first and second electrode plates; and first and second electrode tabs respectively coupled to the first and second non-coating portions, wherein at least part of the first and second non-coating portions are arranged to face towards each other, the first and second electrode tabs do not overlap each other in the electrode plates, and the electrode assembly is formed by winding the first and second electrode plates from the said part at which the first and second non-coating portions face each other; and, wherein the first and second electrode tabs are coupled respectively to opposing end portions of the formed electrode assembly.