mhurhangee/ep-ind-claims huggingface dataset:
A method for screening one or more compound or fatty acid to determine lysophosphatidylcholine -mediated transport of the one or more compound or fatty acid via the Mfsd2a protein, wherein the one or more compound or fatty acid comprises a zwitterionic head group and an acyl or alkyl chain, the method comprising: (a) contacting a biological mixture comprising said one or more compound or fatty acid with a genetically modified mouse that comprises in its genome a homozygous disruption of the Mfsd2a gene (KO mouse) and a wild type mouse; (b) measuring the amount of said one or more compound or fatty acid in a tissue or fluid of the KO mouse and the wild type mouse; and (c) comparing the amount of said one or more compound or fatty acid in the tissue or fluid of the KO mouse and the wild-type mouse, wherein higher amounts of said one or more compound or fatty acid in the wild-type mouse as compared to the KO mouse is an indication of transport of the compound or fatty acid via Mfsd2a protein, wherein the tissue or fluid is brain or eye. (a) contacting a biological mixture comprising said one or more compound or fatty acid with a genetically modified mouse that comprises in its genome a homozygous disruption of the Mfsd2a gene (KO mouse) and a wild type mouse; (b) measuring the amount of said one or more compound or fatty acid in a tissue or fluid of the KO mouse and the wild type mouse; and (c) comparing the amount of said one or more compound or fatty acid in the tissue or fluid of the KO mouse and the wild-type mouse, wherein higher amounts of said one or more compound or fatty acid in the wild-type mouse as compared to the KO mouse is an indication of transport of the compound or fatty acid via Mfsd2a protein, wherein the tissue or fluid is brain or eye.
A human recombinant antibody binding to β2GPI, wherein: i) the CH2 domain is deleted whereby said antibody is unable to activate complement, ii) the VH and VL chains of said antibody have the sequences SEQ ID NO: 1 and SEQ ID NO:2, respectively. i) the CH2 domain is deleted whereby said antibody is unable to activate complement, ii) the VH and VL chains of said antibody have the sequences SEQ ID NO: 1 and SEQ ID NO:2, respectively.
A vacuum component having a pumping capacity by means of a gettering effect of titanium (Ti), including a vacuum container provided with a Ti layer having a thickness of 100 μm or larger, the Ti layer containing Ti; an electrode provided inside the vacuum container, the electrode having an electrode surface corresponding to its surface facing an inner surface of the vacuum container; and a gas inlet for introducing an inert gas into the vacuum container, wherein the vacuum component is configured to evacuate a vacuum chamber to be a target of an evacuation, in a state where either the Ti layer with no Ti oxide formed on a surface or a Ti oxide layer directly formed on the Ti layer in a manner to have a thickness of 1 nm or smaller or have a surface oxygen concentration of 20 atomic% or smaller is exposed on the inner surface of the vacuum container, and wherein the vacuum component is configured such that its state can be switched between a first state of generating DC discharge by introducing the inert gas into the vacuum container and setting the electrode surface at a positive potential and the inner surface at a negative potential, and a second state of setting the electrode surface at the same potential as the inner surface or setting the electrode surface in a floating state from the inner surface without introducing the inert gas into the vacuum container, and wherein the vacuum component is set to be in the second state when performing the evacuation. a vacuum container provided with a Ti layer having a thickness of 100 μm or larger, the Ti layer containing Ti; an electrode provided inside the vacuum container, the electrode having an electrode surface corresponding to its surface facing an inner surface of the vacuum container; and a gas inlet for introducing an inert gas into the vacuum container, wherein the vacuum component is configured to evacuate a vacuum chamber to be a target of an evacuation, in a state where either the Ti layer with no Ti oxide formed on a surface or a Ti oxide layer directly formed on the Ti layer in a manner to have a thickness of 1 nm or smaller or have a surface oxygen concentration of 20 atomic% or smaller is exposed on the inner surface of the vacuum container, and wherein the vacuum component is configured such that its state can be switched between a first state of generating DC discharge by introducing the inert gas into the vacuum container and setting the electrode surface at a positive potential and the inner surface at a negative potential, and a second state of setting the electrode surface at the same potential as the inner surface or setting the electrode surface in a floating state from the inner surface without introducing the inert gas into the vacuum container, and wherein the vacuum component is set to be in the second state when performing the evacuation.
An apparatus comprising: a primary hypervisor that is executable on a first set of processors; and a secondary hypervisor that is executable on a second set of processors, wherein the primary hypervisor is configured to define settings of a resource, wherein the resource is associated with one or more guest operating systems that are executable with respect to the first set of processors and one or more guest operating systems that are executable with respect to the second set of processors, and wherein the secondary hypervisor is configured to use the resource based on the settings. a primary hypervisor that is executable on a first set of processors; and a secondary hypervisor that is executable on a second set of processors, wherein the primary hypervisor is configured to define settings of a resource, wherein the resource is associated with one or more guest operating systems that are executable with respect to the first set of processors and one or more guest operating systems that are executable with respect to the second set of processors, and wherein the secondary hypervisor is configured to use the resource based on the settings.
Linear drive with an electric motor that drives an endless screw, a worm wheel driven by the endless screw that is non-rotatably connected with a spindle, extending along a linear drive longitudinal axis or an axis of rotation, that has a rear and a front end face, a spindle nut connected with a lifting tube and placed on the spindle, a guide tube that receives the lifting tube in a relatively movable manner, wherein the lifting tube is displaceable from a retracted position inserted in the guide tube to an extended position extended out of this guide tube, wherein the worm wheel has a bearing seat for a rear bearing with which the worm wheel is supported in a surrounding gearbox, wherein the rear bearing is configured as a fixed bearing, characterized in that a lock washer is placed at the rear end face of the spindle, wherein the lock washer constitutes the single locking device of the rear bearing on the worm wheel and simultaneously establishes the non-rotatable connection of the spindle and of the worm wheel and that the spindle is made of a weldable material and that the lock washer is materially connected to the spindle by welding. a worm wheel driven by the endless screw that is non-rotatably connected with a spindle, extending along a linear drive longitudinal axis or an axis of rotation, that has a rear and a front end face, a spindle nut connected with a lifting tube and placed on the spindle, a guide tube that receives the lifting tube in a relatively movable manner, wherein the lifting tube is displaceable from a retracted position inserted in the guide tube to an extended position extended out of this guide tube, wherein the worm wheel has a bearing seat for a rear bearing with which the worm wheel is supported in a surrounding gearbox, wherein the rear bearing is configured as a fixed bearing, characterized in that a lock washer is placed at the rear end face of the spindle, wherein the lock washer constitutes the single locking device of the rear bearing on the worm wheel and simultaneously establishes the non-rotatable connection of the spindle and of the worm wheel and that the spindle is made of a weldable material and that the lock washer is materially connected to the spindle by welding.
A microneedle patch comprising: a protective release sheet placed on an adhesive sheet, wherein the protective release sheet is larger than the adhesive sheet and spreads beyond the adhesive sheet, the protective release sheet comprising a hole inside and one or more cutting lines running from an outer edge of the protective release sheet to the hole, wherein the adhesive sheet is provided on the back of a microneedle array, and wherein the microneedle array contains microneedles that are placed on a flexible microneedle array substrate arranged in the hole on the protective release sheet and, an incision provided on the outer edge portion of the cutting lines. a protective release sheet placed on an adhesive sheet, wherein the protective release sheet is larger than the adhesive sheet and spreads beyond the adhesive sheet, the protective release sheet comprising a hole inside and one or more cutting lines running from an outer edge of the protective release sheet to the hole, wherein the adhesive sheet is provided on the back of a microneedle array, and wherein the microneedle array contains microneedles that are placed on a flexible microneedle array substrate arranged in the hole on the protective release sheet and, an incision provided on the outer edge portion of the cutting lines.
A method for achieving cloud platform security, the method is applied to an Openflow bridge which is established on a cloud server of a cloud platform to replace a MAC bridge, the Openflow bridge is located between a Virtual Machine, VM, and an internal bridge, BR-Int, on the cloud server, the method comprises: receiving a packet; and when the packet is transmitted by the VM or destined for the VM, taking a port receiving the packet and a packet attribute parameter carried in the packet as key words to search a preconfigured Openflow security table for an Openflow security entry of which the matching condition is the key words; when the Openflow security entry is searched out, forwarding the packet based on a forwarding action in the Openflow security entry; when the Openflow security entry is not searched out, discarding the packet. receiving a packet; and when the packet is transmitted by the VM or destined for the VM, taking a port receiving the packet and a packet attribute parameter carried in the packet as key words to search a preconfigured Openflow security table for an Openflow security entry of which the matching condition is the key words; when the Openflow security entry is searched out, forwarding the packet based on a forwarding action in the Openflow security entry; when the Openflow security entry is not searched out, discarding the packet.
A forming system which expands and forms a metal pipe (14, 14A, 80) in a die, comprising: a preliminary forming apparatus which preliminarily forms a metal pipe material (14, 14A); a heating mechanism for heating the metal pipe material (14, 14A); a forming apparatus which includes a gas supply unit which supplies gas into the preliminary-formed and heated metal pipe material (14, 14A) to expand the metal pipe material (14, 14A) and a main body portion to which the die is attached; and a cutting device which cuts at least a portion of the formed metal pipe, wherein the gas supply unit is provided so as not to be disposed on a first straight line which connects the preliminary forming apparatus and the main body portion in a plan view and a second straight line which connects the cutting device and the main body portion in a plan view; wherein in a case where horizontal directions orthogonal to each other with respect to a center of the forming apparatus are a first direction and a second direction, the preliminary forming apparatus and the cutting device are disposed on one side in the first direction from the forming apparatus, wherein the preliminary forming apparatus is disposed on one side in the second direction from the forming apparatus, and wherein the cutting device is disposed on the other side in the second direction from the forming apparatus. a preliminary forming apparatus which preliminarily forms a metal pipe material (14, 14A); a heating mechanism for heating the metal pipe material (14, 14A); a forming apparatus which includes a gas supply unit which supplies gas into the preliminary-formed and heated metal pipe material (14, 14A) to expand the metal pipe material (14, 14A) and a main body portion to which the die is attached; and a cutting device which cuts at least a portion of the formed metal pipe, wherein the gas supply unit is provided so as not to be disposed on a first straight line which connects the preliminary forming apparatus and the main body portion in a plan view and a second straight line which connects the cutting device and the main body portion in a plan view; wherein in a case where horizontal directions orthogonal to each other with respect to a center of the forming apparatus are a first direction and a second direction, the preliminary forming apparatus and the cutting device are disposed on one side in the first direction from the forming apparatus, wherein the preliminary forming apparatus is disposed on one side in the second direction from the forming apparatus, and wherein the cutting device is disposed on the other side in the second direction from the forming apparatus.
Mixing blade for a mixer for concrete, mortar, powders, dry and semi-dry granulates, mixtures with a cement base or similar or comparable mixtures or mixes comprising a shank which develops along a longitudinal axis and a mixing wall connected inclined to one end of said shank, transverse to said longitudinal axis, wherein the mixing wall comprises, on one side of the longitudinal axis, a first front mixing plate, and on an opposite side, a second front mixing plate angled backward toward the longitudinal axis with respect to the first front mixing plate, by an angle of inclination of the plate (β), characterized in that said mixing wall is connected to the shank by means of a foot, inclined with respect to the shank, said inclined foot having a planar front surface from which the first front mixing plate and the second front mixing plate protrude on one side and the other, and in that the first front mixing plate lies on the same lying plane defined by the planar front surface, while the second front mixing plate is inclined negatively with respect to the lying plane by said angle of inclination of the plate (β).
An inlet fitting for the filling of a cistern comprising a housing, a water-guiding channel arranged in the housing with an inlet and an outlet, and a float-controlled valve arranged in the water-guiding channel, which locks the water-guiding channel and unlocks the water-guiding channel during the filling, respectively, wherein a flow-limiting element is comprised in the water-guiding channel, characterized in that the flow-limiting element limits the flow rate at increasing water pressure such, that the flow of the water through the flow-limiting element is kept constant upon reaching and/or exceeding a predetermined water pressure, wherein the flow-limiting element comprises at least one elastic element arranged in the water-guiding channel, which elastic element is deformed under increasing pressure and, due to the deformation, reduces the cross-section of the water-guiding channel in the region of the flow-limiting element, wherein the flow-limiting element further comprises a constriction, which reduces the cross-section of the water-guiding channel, wherein the said elastic element is arranged before and at a distance to the constriction when viewed along the flow direction of the water, wherein the distance between the elastic element and the constriction reduces as the pressure increases, as a result of which the cross-section of the water-guiding channel is reduced for a flow reduction, which constriction is provided by at least one opening in a wall, which protrudes into or through the water-guiding channel, and wherein a mandrel extends from the wall and comprises a shoulder, wherein the elastic element is mounted on the mandrel in the water-guiding channel such, that the shoulder serves the purpose of an abutment for the elastic element, wherein the shoulder and therefore the elastic element are located at a distance from the wall and from the at least one opening. a housing, a water-guiding channel arranged in the housing with an inlet and an outlet, and a float-controlled valve arranged in the water-guiding channel, which locks the water-guiding channel and unlocks the water-guiding channel during the filling, respectively,
A cutting device adapted for the sinus or nose, comprising: an elongated sleeve having a distal section, a lumen, an inner wall and a port in the distal section, the port linked to a vacuum source; a rotating shaft in the lumen of the sleeve, the shaft having an axis of symmetry, a distal end and a proximal end; a cutting blade disposed at the distal end of the shaft opposite the port, the blade having two cutting edges (40, 42); a gear assembly operative to alternately rotate the shaft in a first direction and a second direction about the axis of symmetry; and a motor for powering the gear assembly, wherein the gear assembly comprises a drive gear rotated by the motor, the drive gear having a toothed portion and two driven gears (60, 62) mounted on a common shaft that is coupled to the sleeve, the driven gears alternately engaging the toothed portion. an elongated sleeve having a distal section, a lumen, an inner wall and a port in the distal section, the port linked to a vacuum source; a rotating shaft in the lumen of the sleeve, the shaft having an axis of symmetry, a distal end and a proximal end; a cutting blade disposed at the distal end of the shaft opposite the port, the blade having two cutting edges (40, 42); a gear assembly operative to alternately rotate the shaft in a first direction and a second direction about the axis of symmetry; and a motor for powering the gear assembly, wherein the gear assembly comprises a drive gear rotated by the motor, the drive gear having a toothed portion and two driven gears (60, 62) mounted on a common shaft that is coupled to the sleeve, the driven gears alternately engaging the toothed portion.
A computer-implemented method for interactively measuring ocular refractive errors, addition and power of reading glasses of a user of an electronic device ( 100; 200; 3 0 0) comprising: • displaying a target on an electronic screen (3 2 0) of the electronic device ( 100; 200; 300), • receiving input from the user and changing spatial characteristics of the target according to said user input, • receiving input from the user indicating that the electronic screen of the electronic device ( 100; 200; 300) is positioned at the near border of the interval of clear vision, BICV, where the visual quality of the target satisfies a certain visual quality criterion; • measuring a distance between the user's head or part of it and the electronic screen at the near point, NP, of the BICV; • computing the distal near point, dNP and the proximal near point, pNP, using the user input indicating that the electronic screen is positioned at the near border of the interval of clear vision and the said measured distance between the user's head or part of it and the electronic device; • computing at least one parameter of refraction selected from sphere, SPH, cylinder, CYL, axis, AXS, power of the reading glasses, P, or addition, ADD, from at least said dNP and pNP. • displaying a target on an electronic screen (3 2 0) of the electronic device ( 100; 200; 300), • receiving input from the user and changing spatial characteristics of the target according to said user input, • receiving input from the user indicating that the electronic screen of the electronic device ( 100; 200; 300) is positioned at the near border of the interval of clear vision, BICV, where the visual quality of the target satisfies a certain visual quality criterion; • measuring a distance between the user's head or part of it and the electronic screen at the near point, NP, of the BICV; • computing the distal near point, dNP and the proximal near point, pNP, using the user input indicating that the electronic screen is positioned at the near border of the interval of clear vision and the said measured distance between the user's head or part of it and the electronic device; • computing at least one parameter of refraction selected from sphere, SPH, cylinder, CYL, axis, AXS, power of the reading glasses, P, or addition, ADD, from at least said dNP and pNP.
An electronic device comprising: an electronic component having electrodes (11,12); a resin molded body embedding the electronic component such that the electrodes (11, 12) are exposed; a resin member interposed between the resin molded body and the electronic component and exposed from the resin molded body; and wires (40, 41) formed on the resin molded body and the resin member and connected to the electrodes (11, 12), wherein a thermal expansion coefficient of the resin member is lower than a thermal expansion coefficient of the resin molded body and is higher than a thermal expansion coefficient of the electrodes (11, 12). an electronic component having electrodes (11,12); a resin molded body embedding the electronic component such that the electrodes (11, 12) are exposed; a resin member interposed between the resin molded body and the electronic component and exposed from the resin molded body; and wires (40, 41) formed on the resin molded body and the resin member and connected to the electrodes (11, 12), wherein a thermal expansion coefficient of the resin member is lower than a thermal expansion coefficient of the resin molded body and is higher than a thermal expansion coefficient of the electrodes (11, 12).
Thermoplastic polymer composition comprising A. a polyamide B. a reinforcing agent, and C. an laser direct structuring additive wherein the polyamide comprises a blend of - (A.1) a semi-crystalline semi-aromatic polyamide, and - (A.2) an amorphous semi-aromatic polyamide or an aliphatic polyamide, or a mixture thereof; or a blend of - (A.3) a semi-crystalline aliphatic polyamide, and - (A.4) an amorphous semi-aromatic polyamide; and wherein the thermoplastic polymer composition comprises D. a metal salt of phosphinic acid or diphosphinic acid, or any polymer thereof, or any mixture thereof. A. a polyamide B. a reinforcing agent, and C. an laser direct structuring additive wherein the polyamide comprises a blend of - (A.1) a semi-crystalline semi-aromatic polyamide, and - (A.2) an amorphous semi-aromatic polyamide or an aliphatic polyamide, or a mixture thereof; or a blend of - (A.3) a semi-crystalline aliphatic polyamide, and - (A.4) an amorphous semi-aromatic polyamide; and wherein the thermoplastic polymer composition comprises wherein the polyamide comprises a blend of - (A.1) a semi-crystalline semi-aromatic polyamide, and - (A.2) an amorphous semi-aromatic polyamide or an aliphatic polyamide, or a mixture thereof; or a blend of - (A.3) a semi-crystalline aliphatic polyamide, and - (A.4) an amorphous semi-aromatic polyamide; - (A.1) a semi-crystalline semi-aromatic polyamide, and - (A.2) an amorphous semi-aromatic polyamide or an aliphatic polyamide, or a mixture thereof; - (A.3) a semi-crystalline aliphatic polyamide, and - (A.4) an amorphous semi-aromatic polyamide; and wherein the thermoplastic polymer composition comprises D. a metal salt of phosphinic acid or diphosphinic acid, or any polymer thereof, or any mixture thereof.