mhurhangee/patent-ind-claim-en huggingface dataset:
A control system of a tape feeder that includes a reel on which is wound component supply tape in which components are packaged by being arranged in a line, and a tape feeding device configured to draw out the component supply tape from the reel and pitch feed the component supply tape such that a leading component in the component supply tape is moved to a component pickup position to be picked up by a suction nozzle of a component mounter, the control system comprising: a tape remaining amount information acquiring section configured to acquire tape remaining amount information that is information relating to a remaining amount of the tape on the reel ; characterized by : an auxiliary actuator configured to reinforce drive power to pitch feeding operation of the component supply tape by the tape feeding device ; a control section configured to change an operation parameter of the auxiliary actuator and a motor that is a drive source of the tape feeding device based on the tape remaining amount information acquired by the tape remaining amount information acquiring section . an auxiliary actuator configured to reinforce drive power to pitch feeding operation of the component supply tape by the tape feeding device ; a control section configured to change an operation parameter of the auxiliary actuator and a motor that is a drive source of the tape feeding device based on the tape remaining amount information acquired by the tape remaining amount information acquiring section .
Method for controlling at least one air conditioning device of a vehicle , comprising the following steps performed by a mobile terminal : - querying first status data from a first bus, preferably an air-conditioning bus , which is connected to the at least one air-conditioning device , via a radio interface; - querying second status data from a second bus, in particular a vehicle bus , which is connected to at least one actuator and/or sensor, via the radio interface; - displaying the first and second status data on a display ; - receiving at least one user input; - processing the user input; - creating a control command on the basis of the user input and at least one data element of the first and/or second status data; - transmitting the control command to the air-conditioning device via the radio interface. - querying first status data from a first bus, preferably an air-conditioning bus , which is connected to the at least one air-conditioning device , via a radio interface; - querying second status data from a second bus, in particular a vehicle bus , which is connected to at least one actuator and/or sensor, via the radio interface; - displaying the first and second status data on a display ; - receiving at least one user input; - processing the user input; - creating a control command on the basis of the user input and at least one data element of the first and/or second status data; - transmitting the control command to the air-conditioning device via the radio interface.
Arrangement to inject a reducing agent into exhausts, wherein the arrangement comprises a pipe-shaped body arranged in an exhaust passage , and an injection element , which is adapted to inject reducing agent into an injection area defined by an internal space in the pipe-shaped body , wherein exhausts are adapted to be led into the injection space , via at least one peripheral inlet opening in the pipe-shaped body , wherein said inlet opening , via which exhausts are led into the injection space extends at least one revolution around a central longitudinal axis in the injection space , wherein said inlet opening is defined by two elongated material sections arranged in parallel, which extend around the central longitudinal axis at an axial distance from each other, wherein said elongated material sections are comprised in one cohesive unit in the form of a screw spring, characterised in that said inlet opening has a width that increases successively, from the pipe-shaped body's first end up to its second end .
A resin composition comprising, per 100 parts by mass of a resin ingredient composed of 10 to 60 parts by mass of a polyphenylene ether resin and 90 to 40 parts by mass of a polyamide resin: 0.01 to 1.0 parts by mass of a compatibilizer; 0.01 to 1.0 parts by mass of a phenolic antioxidant represented by formula ; 0.01 to 1.0 parts by mass of a phosphorus-containing antioxidant; and 0.01 to 1.0 parts by mass of an amine-based antioxidant, having a mass ratio given by phenolic antioxidant represented by formula / phosphorus-containing antioxidant/amine-based antioxidant of 1/0.1 to 2.0/0.1 to 2.0, in formula , each of R 1 , R 2 and R 3 independently represents a divalent linking group, wherein the resin composition contains 85 % by mass or more of the resin ingredient composed of the polyphenylene ether resin and the polyamide resin.. 0.01 to 1.0 parts by mass of a compatibilizer; 0.01 to 1.0 parts by mass of a phenolic antioxidant represented by formula ; 0.01 to 1.0 parts by mass of a phosphorus-containing antioxidant; and 0.01 to 1.0 parts by mass of an amine-based antioxidant, having a mass ratio given by phenolic antioxidant represented by formula / phosphorus-containing antioxidant/amine-based antioxidant of 1/0.1 to 2.0/0.1 to 2.0, in formula , each of R 1 , R 2 and R 3 independently represents a divalent linking group, wherein the resin composition contains 85 % by mass or more of the resin ingredient composed of the polyphenylene ether resin and the polyamide resin..
Process for the recovery of Ni and Co from Li-ion batteries or their waste, comprising the steps: - providing a furnace lined with magnesia-bearing refractory bricks; - providing a charge comprising slag formers, and Li-ion batteries or their waste; and, - smelting the charge in reducing conditions, thereby obtaining an alloy containing the major part of the Ni and Co, and a slag; characterized in that the slag has a percent composition by weight according to: 10 % < MnO < 40 % ; CaO + 1.5 * Li 2 O / Al 2 O 3 > 0.3 ; CaO + 0.8 * MnO + 0.8 * Li 2 O < 60 % ; CaO + 2 * Li 2 O + 0.4 * MnO / SiO 2 ≥ 2.0 ; Li 2 O ≥ 1% ; and, Al 2 O 3 + SiO 2 + CaO + Li 2 O + MnO + FeO + MgO > 85 % . - providing a furnace lined with magnesia-bearing refractory bricks; - providing a charge comprising slag formers, and Li-ion batteries or their waste; and, - smelting the charge in reducing conditions, thereby obtaining an alloy containing the major part of the Ni and Co, and a slag;
A method for packaging a dianhydrohexitol, comprising: - providing an aqueous dianhydrohexitol solution, - introducing said aqueous dianhydrohexitol solution into a container, - and then closing said container, characterised in that said container is made of one single layer, said layer being polyolefin based and said layer containing no more than 0.1% by weight of antioxidant relative to its total weight and wherein the aqueous dianhydrohexitol solution has a dry solids content between 40% and 95% relative to its total weight. - providing an aqueous dianhydrohexitol solution, - introducing said aqueous dianhydrohexitol solution into a container, - and then closing said container,
A first terminal apparatus , comprising: a communicator which is configured to communicate with other terminal apparatuses, including a second terminal apparatus ; an input unit which is configured to receive a user command; a display which is configured to display a list including at least one item which corresponds to the second terminal apparatus ; and a controller , wherein: the controller is configured to control the communicator to transmit destination information to the second terminal apparatus which corresponds to a selected item that is selected from among the at least one item included in the displayed list via the input unit ; and wherein the destination information is location information related to a user of the first terminal apparatus that a user of the second terminal apparatus has to reach, wherein the destination information is location information selected from a destination list including a plurality of location information related to a user of the first terminal apparatus a communicator which is configured to communicate with other terminal apparatuses, including a second terminal apparatus ; an input unit which is configured to receive a user command; a display which is configured to display a list including at least one item which corresponds to the second terminal apparatus ; and a controller , wherein: the controller is configured to control the communicator to transmit destination information to the second terminal apparatus which corresponds to a selected item that is selected from among the at least one item included in the displayed list via the input unit ; and wherein the destination information is location information related to a user of the first terminal apparatus that a user of the second terminal apparatus has to reach, wherein the destination information is location information selected from a destination list including a plurality of location information related to a user of the first terminal apparatus the controller is configured to control the communicator to transmit destination information to the second terminal apparatus which corresponds to a selected item that is selected from among the at least one item included in the displayed list via the input unit ; and wherein the destination information is location information related to a user of the first terminal apparatus that a user of the second terminal apparatus has to reach, wherein the destination information is location information selected from a destination list including a plurality of location information related to a user of the first terminal apparatus
Method for avoiding overheating of a brake of a vehicle, in particular a utility vehicle and/or a trailer, wherein the method has the following steps: Reading-in of a first temperature signal and at least one second temperature signal, wherein the first temperature signal represents a temperature of the brake and/or of a functional component of the brake and wherein the at least second temperature signal represents at least a further temperature of at least a further brake of the vehicle; and Determination of a fault condition of the brake using the first temperature signal and the second temperature signal, in order to avoid overheating of the brake, characterised in that on determining an elevation of the temperature of the brake lining of the brake, which elevation is constant within a tolerance range, in particular while the wheel is rotating, a braking operation is carried out with a higher braking pressure once during a subsequent operation-related braking operation, in particular when the braking performance of the vehicle is unchanged, and/or the brake is actuated at least once while the vehicle is stationary. Reading-in of a first temperature signal and at least one second temperature signal, wherein the first temperature signal represents a temperature of the brake and/or of a functional component of the brake and wherein the at least second temperature signal represents at least a further temperature of at least a further brake of the vehicle; and Determination of a fault condition of the brake using the first temperature signal and the second temperature signal, in order to avoid overheating of the brake, characterised in that on determining an elevation of the temperature of the brake lining of the brake, which elevation is constant within a tolerance range, in particular while the wheel is rotating, a braking operation is carried out with a higher braking pressure once during a subsequent operation-related braking operation, in particular when the braking performance of the vehicle is unchanged, and/or the brake is actuated at least once while the vehicle is stationary.
A method for producing a porous polymer film , comprising the steps of: (I) irradiating a polymer film with an ion beam of accelerated ions so as to form a polymer film that has collided with the ions in the beam; and (II) chemically etching the formed polymer film so as to form openings and/or through holes corresponding to tracks of the colliding ions left in the polymer film , wherein in the step (I), the polymer film is placed in an atmosphere with a pressure of 100 Pa or more, and the polymer film placed in the atmosphere is irradiated with the ion beam that has passed through a beam line maintained at a lower pressure than the pressure of the atmosphere and through a pressure barrier sheet disposed at an end of the beam line to separate the beam line from the atmosphere, wherein the pressure in the beam line is 10 -5 to 10 -3 Pa, wherein the pressure barrier sheet is a titanium sheet having a thickness of 10 to 50 μm or an aluminum sheet having a thickness of 13 to 53 μm. (I) irradiating a polymer film with an ion beam of accelerated ions so as to form a polymer film that has collided with the ions in the beam; and (II) chemically etching the formed polymer film so as to form openings and/or through holes corresponding to tracks of the colliding ions left in the polymer film , wherein in the step (I), the polymer film is placed in an atmosphere with a pressure of 100 Pa or more, and the polymer film placed in the atmosphere is irradiated with the ion beam that has passed through a beam line maintained at a lower pressure than the pressure of the atmosphere and through a pressure barrier sheet disposed at an end of the beam line to separate the beam line from the atmosphere, wherein the pressure in the beam line is 10 -5 to 10 -3 Pa, wherein the pressure barrier sheet is a titanium sheet having a thickness of 10 to 50 μm or an aluminum sheet having a thickness of 13 to 53 μm.
A holding device system for holding an abutment blank, comprising: a two-part holding frame , including: a main frame defining an opening ; a blank holder received in the opening and coupled to the main frame , the blank holder defining at least one fixation bore , wherein the two-part holding frame defines a processing space and a fixation space , the processing space defined above a top surface of the blank holder and inside the opening of the main frame and the fixation space defined below a bottom surface of the blank holder and inside the opening of the main frame ; and at least one fixation element having a head and a threaded shaft with threads configured to extend through the at least one fixation bore and couple with the abutment blank, wherein, when the at least one fixation element is engaged with the blank holder , the head is positioned within the fixation space and the at least one fixation element can transition between a first floating position in which the fixation element does not engage with the abutment blank and a second engaged position. a two-part holding frame , including: a main frame defining an opening ; a blank holder received in the opening and coupled to the main frame , the blank holder defining at least one fixation bore , wherein the two-part holding frame defines a processing space and a fixation space , the processing space defined above a top surface of the blank holder and inside the opening of the main frame and the fixation space defined below a bottom surface of the blank holder and inside the opening of the main frame ; and a main frame defining an opening ; a blank holder received in the opening and coupled to the main frame , the blank holder defining at least one fixation bore , wherein the two-part holding frame defines a processing space and a fixation space , the processing space defined above a top surface of the blank holder and inside the opening of the main frame and the fixation space defined below a bottom surface of the blank holder and inside the opening of the main frame ; and at least one fixation element having a head and a threaded shaft with threads configured to extend through the at least one fixation bore and couple with the abutment blank, wherein, when the at least one fixation element is engaged with the blank holder , the head is positioned within the fixation space and the at least one fixation element can transition between a first floating position in which the fixation element does not engage with the abutment blank and a second engaged position.
A bearing hub for a gas turbine engine comprising: first and second hub walls integrally formed with one another to provide a unitary structure; a radial to axial translation flange arm extending from an apex of the unitary structure; a translation flange extending radially outward from said translation flange arm ; and a spring arm connected to the apex for connecting the bearing hub to a canted annular flange ; wherein the first and second hub walls are inclined radially inward from an annular apex, and a first and second bearing are respectively supported by the first and second walls opposite the apex; characterised in that : the spring arm comprises at least a first flex point , a second flex point , and a third flex point , and a stiffness of each of said flex points is configured to determine an amount of radial vibrations translated to axial vibrations in the translation flange by said bearing hub . first and second hub walls integrally formed with one another to provide a unitary structure; a radial to axial translation flange arm extending from an apex of the unitary structure; a translation flange extending radially outward from said translation flange arm ; and a spring arm connected to the apex for connecting the bearing hub to a canted annular flange ; wherein the first and second hub walls are inclined radially inward from an annular apex, and a first and second bearing are respectively supported by the first and second walls opposite the apex; characterised in that : wherein the first and second hub walls are inclined radially inward from an annular apex, and a first and second bearing are respectively supported by the first and second walls opposite the apex; characterised in that : the spring arm comprises at least a first flex point , a second flex point , and a third flex point , and a stiffness of each of said flex points is configured to determine an amount of radial vibrations translated to axial vibrations in the translation flange by said bearing hub .
A method of monitoring a clotting process comprising: (i) adding to whole blood which has been obtained from a subject a clotting initiator; (ii) making a series of T2 relaxation rate measurements of water in the whole blood sample, wherein the measurements provide a decay curve , (iii) transforming the T2 relaxation rate measurements using an algorithm that distinguishes two or more separate water populations within the whole blood sample, wherein the two or more water populations comprise a water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal, and the serum-associated T2 signal and the clot-associated T2 signal are separately characterized by one or more magnetic resonance parameters; (iv) obtaining values of the one or more magnetic resonance parameters for the water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal; and (v) on the basis of the results of step (iv), monitoring said clotting process. (i) adding to whole blood which has been obtained from a subject a clotting initiator; (ii) making a series of T2 relaxation rate measurements of water in the whole blood sample, wherein the measurements provide a decay curve , (iii) transforming the T2 relaxation rate measurements using an algorithm that distinguishes two or more separate water populations within the whole blood sample, wherein the two or more water populations comprise a water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal, and the serum-associated T2 signal and the clot-associated T2 signal are separately characterized by one or more magnetic resonance parameters; (iv) obtaining values of the one or more magnetic resonance parameters for the water population having a serum-associated T2 signal and a water population having a clot-associated T2 signal; and (v) on the basis of the results of step (iv), monitoring said clotting process.
An image forming system operable to manage network connections to a plurality of network interfaces by using a routing table, the image forming system comprising: a host device operable to receive a user request for a change in network settings of the plurality of network interfaces defined in the routing table, wherein the user request comprises a user request for a network address to be added to the routing table; and an image forming apparatus comprising the plurality of network interfaces, the image forming apparatus being operable to attempt a connection to the network address through each of the plurality of network interfaces, to acquire information about a network route connectible to the network address based on a result of the attempting the connection, and to edit the defined network settings based on the received user request by editing the routing table based on the acquired information about the network route and to update and store the routing table based on the edited network settings, wherein a first network interface of the plurality of network interfaces (20/30) is operable to be connected to a first network , and a second network interface of the plurality of network interfaces (20/30) is operable to be connected to a second network , the second network being different to the first network. a host device operable to receive a user request for a change in network settings of the plurality of network interfaces defined in the routing table, wherein the user request comprises a user request for a network address to be added to the routing table; and an image forming apparatus comprising the plurality of network interfaces, the image forming apparatus being operable to attempt a connection to the network address through each of the plurality of network interfaces, to acquire information about a network route connectible to the network address based on a result of the attempting the connection, and to edit the defined network settings based on the received user request by editing the routing table based on the acquired information about the network route and to update and store the routing table based on the edited network settings, wherein a first network interface of the plurality of network interfaces (20/30) is operable to be connected to a first network , and a second network interface of the plurality of network interfaces (20/30) is operable to be connected to a second network , the second network being different to the first network.
A method for synthesizing isoidide, comprising, providing an isosorbide containing one or more sorbitans, wherein the ratio of isohexide content to sorbitan content, in weight percent, in the isosorbide ranges from 1 to 15; and epimerizing the isosorbide to form an epimerization product comprising isoidide and a mixture of straight chain aliphatic alcohols of lower boiling point than isohexides. providing an isosorbide containing one or more sorbitans, wherein the ratio of isohexide content to sorbitan content, in weight percent, in the isosorbide ranges from 1 to 15; and epimerizing the isosorbide to form an epimerization product comprising isoidide and a mixture of straight chain aliphatic alcohols of lower boiling point than isohexides.
Adapter dimer-specific probe for detection of adapter dimers , in particular in a DNA library, wherein the probe comprises a label, in particular a fluorophore , and is designed to bind specifically to a first adapter nucleotide sequence of a first adapter molecule and to a second adapter nucleotide sequence of a second adapter molecule .