mhurhangee/patent-ind-claim-en huggingface dataset:
A fusion protein comprising an insulin polypeptide and an Fc fragment, wherein the insulin polypeptide and the Fc fragment are connected by a linker, such as a peptide linker, wherein the Fc fragment comprises the following sequence: and wherein the insulin polypeptide comprises the following sequence: FVNQHLCGSX 1 LVEALALVCGERGFHYGGGGGGSGGGGGIVEQCCX 2 STCSLDQLENYC (SEQ ID NO: 10), where X 1 is not D and X 2 is not H. FVNQHLCGSX 1 LVEALALVCGERGFHYGGGGGGSGGGGGIVEQCCX 2 STCSLDQLENYC (SEQ ID NO: 10), where X 1 is not D and X 2 is not H.
A fiber distribution terminal comprising: a chassis ; a plurality of optical adapters disposed towards a front of the chassis, the optical adapters having internal-facing ports and external-facing ports; a splice tray mounting arrangement that is removably coupled to the chassis , the splice tray mounting arrangement including a base carrying a splice tray mounting location so that removing the splice tray mounting arrangement from the chassis also removes the splice tray mounting location from the chassis , the splice tray mounting location being configured to receive a plurality of splice trays , the splice tray mounting arrangement also including a bend radius management arrangement carried by the base , the bend radius management arrangement being configured to route an optical cable around the splice tray mounting location to store excess length of the optical cable ; characterized in that : the splice tray mounting arrangement is removable from the chassis by sliding the splice tray mounting arrangement out through a rear of the chassis and unwinding the optical cable from around the bend radius management arrangement to reach a workstation spaced from the chassis . a chassis ; a plurality of optical adapters disposed towards a front of the chassis, the optical adapters having internal-facing ports and external-facing ports; a splice tray mounting arrangement that is removably coupled to the chassis , the splice tray mounting arrangement including a base carrying a splice tray mounting location so that removing the splice tray mounting arrangement from the chassis also removes the splice tray mounting location from the chassis , the splice tray mounting location being configured to receive a plurality of splice trays , the splice tray mounting arrangement also including a bend radius management arrangement carried by the base , the bend radius management arrangement being configured to route an optical cable around the splice tray mounting location to store excess length of the optical cable ; characterized in that : the splice tray mounting arrangement is removable from the chassis by sliding the splice tray mounting arrangement out through a rear of the chassis and unwinding the optical cable from around the bend radius management arrangement to reach a workstation spaced from the chassis .
A method of manufacturing a component carrier , wherein the method comprises: adhering by lamination a tape on at least part of a main surface of a base structure having at least one accommodation through hole for accommodating a component ; placing at least one component in the at least one accommodation through hole on or above the tape ; at least partially filling the at least one accommodation through hole with a filler material by pressurized lamination; characterised by the tape comprising at least one airflow opening extending through the tape for enabling air to flow through the tape ; and removing air bubbles in the filler material through the tape . adhering by lamination a tape on at least part of a main surface of a base structure having at least one accommodation through hole for accommodating a component ; placing at least one component in the at least one accommodation through hole on or above the tape ; at least partially filling the at least one accommodation through hole with a filler material by pressurized lamination; characterised by the tape comprising at least one airflow opening extending through the tape for enabling air to flow through the tape ; and removing air bubbles in the filler material through the tape .
A method of mass spectrometry or ion mobility spectrometry comprising: ionising a sample using an electrified sprayer so as to produce multiply charged analyte ions of a first polarity in gas-phase; providing a reaction region downstream of the electrified sprayer , wherein the reaction region is maintained substantially at atmospheric pressure and is maintained substantially free of electric-fields; providing a gas flow from said electrified sprayer to said reaction region such that the gas flow carries said analyte ions from the electrified sprayer into the reaction region; generating reagent ions of a second polarity within the reaction region, wherein said second polarity is opposite to said first polarity; and characterised by forming the reagent ions by providing free photoelectrons and neutral molecules in the reaction region , wherein the neutral molecules have a higher electron affinity than molecular oxygen and are present in a concentration such that the neutral molecules react with and are ionised by the photoelectrons to form said reagent ions ; reacting the reagent ions with the analyte ions in the reaction region so as to reduce the charge state of the multiply charged analyte ions and thereby produce charge-reduced analyte ions ; and wherein the reaction region is maintained at a temperature of ≤ 80 °C. ionising a sample using an electrified sprayer so as to produce multiply charged analyte ions of a first polarity in gas-phase; providing a reaction region downstream of the electrified sprayer , wherein the reaction region is maintained substantially at atmospheric pressure and is maintained substantially free of electric-fields; providing a gas flow from said electrified sprayer to said reaction region such that the gas flow carries said analyte ions from the electrified sprayer into the reaction region; generating reagent ions of a second polarity within the reaction region, wherein said second polarity is opposite to said first polarity; and characterised by forming the reagent ions by providing free photoelectrons and neutral molecules in the reaction region , wherein the neutral molecules have a higher electron affinity than molecular oxygen and are present in a concentration such that the neutral molecules react with and are ionised by the photoelectrons to form said reagent ions ; reacting the reagent ions with the analyte ions in the reaction region so as to reduce the charge state of the multiply charged analyte ions and thereby produce charge-reduced analyte ions ; and wherein the reaction region is maintained at a temperature of ≤ 80 °C.
A reproduction control apparatus comprising: instruction means configured to give an instruction so as to move a reproduction position of time series data; and control means configured to perform control to move a current reproduction position , when there is an instruction from the instruction means to move the reproduction position forward by a first period, characterized in that the control means is configured to perform controls, in response to the instruction to move the reproduction position forward by the first period, to move a current reproduction position forward by the first period in a case where a remaining time from the current reproduction position to a terminal end is longer than a total period of the first period and a second period, the second period being a preset period regardless of the time series data, and to move the current reproduction position to a position that is the second period before the terminal end in a case where the remaining time is less than or equal to the total period and longer than the second period, wherein the control means stops reproduction automatically upon reproduction being performed for a time of a same length as the second period after moving the current reproduction position. instruction means configured to give an instruction so as to move a reproduction position of time series data; and control means configured to perform control to move a current reproduction position , when there is an instruction from the instruction means to move the reproduction position forward by a first period, characterized in that the control means is configured to perform controls, in response to the instruction to move the reproduction position forward by the first period, to move a current reproduction position forward by the first period in a case where a remaining time from the current reproduction position to a terminal end is longer than a total period of the first period and a second period, the second period being a preset period regardless of the time series data, and to move the current reproduction position to a position that is the second period before the terminal end in a case where the remaining time is less than or equal to the total period and longer than the second period, wherein the control means stops reproduction automatically upon reproduction being performed for a time of a same length as the second period after moving the current reproduction position.
A directional holding rotary transfer manipulator comprises a main seat , a rotating shaft , a rotating frame , a suction nozzle mechanism and a rotary power source , wherein the rotating shaft is installed in the main seat and connected with the rotary power source in a transmission way, the rotating frame is installed on the rotating shaft , and the suction nozzle mechanism is installed on the rotating frame , and a holding cam and a lifting cam are installed on the main seat ; a lifting guide groove is arranged on a cylindrical surface of the lifting cam along the circumference, the lifting guide groove is provided with a lifting bending section , a holding guide groove is arranged on a cylindrical surface of the holding cam along the circumference, the holding guide groove is provided with a holding bending section , and the holding bending section of the holding guide groove corresponds to the position of the lifting bending section on the lifting guide groove ; the suction nozzle mechanism includes a suction nozzle , a suction rod , a guide block , a lifting roller and a retaining roller , characterized in that the suction nozzle is installed on the suction rod , the suction rod is rotatably installed on the rotating frame , the guide block is rotatably installed on the suction rod , the lifting roller is installed on the inner side of the guide block and located in the lifting guide groove , the retaining roller is connected with the suction rod through a rotary arm , and the retaining roller is positioned in the holding guide groove .
A biodegradable polyester composition, characterized in that , it comprises following components in parts by weight: i) 60 to 100 parts of biodegradable aliphatic-aromatic polyester; ii) 0 to 40 parts of polylactic acid; iii) 0 to 35 parts of an organic filler and/or an inorganic filler, wherein based on a total weight of the biodegradable polyester composition, a weight content of styrene is 0.1ppm-30ppm, wherein the weight content of styrene is measured by the following method: 1.2000g±0.005g of the biodegradable polyester composition is weighed accurately and added into a static headspace test flask; a peak area of styrene in the biodegradable polyester composition is measured by a static headspace method; the weight content of styrene in the biodegradable polyester composition is calculated according to the peak area of styrene in the biodegradable polyester composition and a standard curve of styrene; and the standard curve of styrene is calibrated by a solution of styrene/methanol. i) 60 to 100 parts of biodegradable aliphatic-aromatic polyester; ii) 0 to 40 parts of polylactic acid; iii) 0 to 35 parts of an organic filler and/or an inorganic filler, wherein based on a total weight of the biodegradable polyester composition, a weight content of styrene is 0.1ppm-30ppm, wherein the weight content of styrene is measured by the following method: 1.2000g±0.005g of the biodegradable polyester composition is weighed accurately and added into a static headspace test flask; a peak area of styrene in the biodegradable polyester composition is measured by a static headspace method; the weight content of styrene in the biodegradable polyester composition is calculated according to the peak area of styrene in the biodegradable polyester composition and a standard curve of styrene; and the standard curve of styrene is calibrated by a solution of styrene/methanol. wherein based on a total weight of the biodegradable polyester composition, a weight content of styrene is 0.1ppm-30ppm, wherein the weight content of styrene is measured by the following method: 1.2000g±0.005g of the biodegradable polyester composition is weighed accurately and added into a static headspace test flask; a peak area of styrene in the biodegradable polyester composition is measured by a static headspace method; the weight content of styrene in the biodegradable polyester composition is calculated according to the peak area of styrene in the biodegradable polyester composition and a standard curve of styrene; and the standard curve of styrene is calibrated by a solution of styrene/methanol.
Tool for working a substrate, having a stator and a working piston , which is intended to move relative to the stator along a working axis, also having a drive , which is intended to drive the working piston from a starting position along the working axis to the substrate, the drive having a first piston coil arranged on the working piston and a first stator coil arranged on the stator , the first stator coil and/or the first piston coil being intended to be flowed through by current and to generate a magnetic field, and the first piston coil being intended to enter the first stator coil during a movement of the working piston relative to the stator along the working axis.
Method for separating hydrocarbons, such as crude bitumen and/or heavy crude oil, from mineral solids, the method comprising at least the steps of (a) bringing a liquid phase comprising a reversible molten salt, which is a reversible ionic liquid having a vapour pressure of 10 -10 Pa at room temperature, but which is converted into form having a vapour pressure > 0.1 Pa at 130 °C, and which is prepared from a substituted guanidine with inorganic or organic conjugate acid, in a contact with mineral solids comprising hydrocarbons and extracting hydrocarbons to the liquid phase from the mineral solids in a two-phase system consisting of one solid phase and one liquid phase, which comprises molten salt and hydrocarbons; (b) separating the mineral solids phase from the liquid phase, which comprises molten salt and hydrocarbons; (c) separating hydrocarbons from the liquid phase comprising molten salt; and (d) recycling the liquid phase comprising molten salt to step (a). (a) bringing a liquid phase comprising a reversible molten salt, which is a reversible ionic liquid having a vapour pressure of 10 -10 Pa at room temperature, but which is converted into form having a vapour pressure > 0.1 Pa at 130 °C, and which is prepared from a substituted guanidine with inorganic or organic conjugate acid, in a contact with mineral solids comprising hydrocarbons and extracting hydrocarbons to the liquid phase from the mineral solids in a two-phase system consisting of one solid phase and one liquid phase, which comprises molten salt and hydrocarbons; (b) separating the mineral solids phase from the liquid phase, which comprises molten salt and hydrocarbons; (c) separating hydrocarbons from the liquid phase comprising molten salt; and (d) recycling the liquid phase comprising molten salt to step (a).
An apparatus for a user equipment, comprising: means for receiving, from a network node, an allocation of a pair of resources at the user equipment operating in a first mode of vehicle-to-vehicle, V2V, communication that is configured to use resources from a shared transmit, Tx, pool of a second mode of V2V communication, wherein a first resource of the pair of resources is allocated from an exclusive Tx pool for the first mode, and a second resource of the pair of resources is allocated from the shared Tx pool; means for determining whether the second resource is ready to replace the first resource, comprises means for monitoring the allocated second resource and means for determining that the second resource is ready while using the first resource for transmission; means for replacing the first resource with the second resource when it is determined that the second resource is ready to replace the first resource; and means for indicating, to the network node in response to determining that the second resource is ready to replace the first resource, release of the first resource and the readiness of the user equipment to replace the first resource with the second resource. means for receiving, from a network node, an allocation of a pair of resources at the user equipment operating in a first mode of vehicle-to-vehicle, V2V, communication that is configured to use resources from a shared transmit, Tx, pool of a second mode of V2V communication, wherein a first resource of the pair of resources is allocated from an exclusive Tx pool for the first mode, and a second resource of the pair of resources is allocated from the shared Tx pool; means for determining whether the second resource is ready to replace the first resource, comprises means for monitoring the allocated second resource and means for determining that the second resource is ready while using the first resource for transmission; means for replacing the first resource with the second resource when it is determined that the second resource is ready to replace the first resource; and means for indicating, to the network node in response to determining that the second resource is ready to replace the first resource, release of the first resource and the readiness of the user equipment to replace the first resource with the second resource.
Steering column for a motor vehicle, comprising a casing unit having a casing tube which has at least one clamping portion , an actuator unit which is disposed in the casing tube and has a steering spindle which is mounted in said actuator unit so as to be rotatable about a longitudinal axis ; a clamping bracket having two legs which lie opposite one another so as to be transverse to the longitudinal axis and are connected to one another by way of an arcuate portion , the clamping portion of the casing tube being at least partially received between said legs , wherein the arcuate portion wraps a circumferential region of the clamping portion ; a tensioning installation which in a fixing position tensions the clamping bracket on the clamping portion of the casing tube , wherein the clamping portion in the fixing position is tensioned on the actuator unit and establishes the actuator unit in terms of a movement relative to the casing tube in the direction of the longitudinal axis , and in a releasing position slackens the clamping bracket in relation to the clamping portion and releases an adjustment of the actuator unit relative to the casing tube in the direction of the longitudinal axis ; wherein the tensioning installation in the fixing position mutually compresses the legs transversely to the longitudinal axis ; and at least one force transmission element which projects towards the circumferential region of the clamping portion is disposed in the arcuate portion of the clamping bracket , characterized in that entrainment elements are disposed on the casing tube , and the legs on the mutually facing sides thereof have contact elements which in the fixing position are able to be pressed transversely to the longitudinal axis against the mutually facing external sides of the entrainment elements .
A gas sensor configured to detect a target gas in a gaseous atmosphere, the gas sensor comprising: - a transparent substrate ; - a gas sensitive detection layer supported by the transparent substrate , the gas sensitive detection layer comprising i) a gas sensitive detection material having an electrical impedance which is sensitive to the target gas and ii) connections configured to allow for detection of electrical impedance of the gas sensitive detection material; - a light source configured to provide light to the gas sensitive detection layer through the transparent substrate ; the gas sensor being characterized in that the gas sensitive detection material comprises nanoplatelets of the gas sensitive detection material, and wherein the nanoplatelets are arranged in the form of hollow microspheres. - a transparent substrate ; - a gas sensitive detection layer supported by the transparent substrate , the gas sensitive detection layer comprising i) a gas sensitive detection material having an electrical impedance which is sensitive to the target gas and ii) connections configured to allow for detection of electrical impedance of the gas sensitive detection material; - a light source configured to provide light to the gas sensitive detection layer through the transparent substrate ;
A microwave ablation system, comprising: a generator , comprising: a generator output port having a generator output port impedance; a generator cable having a generator cable impedance, wherein the generator cable impedance is matched to the generator output port impedance within a degree of tolerance within a predetermined frequency range; and a microwave ablation device , comprising: a coaxial cable that has a coaxial cable impedance and is coupled to the generator output port by way of the generator cable, wherein, within the predetermined frequencyrange, the coaxial cable impedance is lower than at least one of the generator output port impedance or the generator cable impedance by at least a predetermined amount that exceeds the degree of tolerance, characterized in that the coaxial cable impedance is in a range from approximately 37 Ω to 47 Ω. a generator , comprising: a generator output port having a generator output port impedance; a generator cable having a generator cable impedance, wherein the generator cable impedance is matched to the generator output port impedance within a degree of tolerance within a predetermined frequency range; and a microwave ablation device , comprising: a coaxial cable that has a coaxial cable impedance and is coupled to the generator output port by way of the generator cable, wherein, within the predetermined frequencyrange, the coaxial cable impedance is lower than at least one of the generator output port impedance or the generator cable impedance by at least a predetermined amount that exceeds the degree of tolerance, characterized in that the coaxial cable impedance is in a range from approximately 37 Ω to 47 Ω. a coaxial cable that has a coaxial cable impedance and is coupled to the generator output port by way of the generator cable, wherein, within the predetermined frequencyrange, the coaxial cable impedance is lower than at least one of the generator output port impedance or the generator cable impedance by at least a predetermined amount that exceeds the degree of tolerance, characterized in that the coaxial cable impedance is in a range from approximately 37 Ω to 47 Ω.