mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a fetal cell comprising the steps of a. Providing a maternal blood sample or a fraction thereof b. Fixating the cells c. Selectively lysing erythrocytes d. Contacting the fixated cells resulting from step c. with i. a hybridization probe directed to a nucleic acid comprising at least 10 bp of a CD146 gene differentially expressed in fetal cells of a maternal blood sample, or ii. a ligand directed to an antigen encoded by a CD146 gene differentially expressed in fetal cells of a maternal blood sample. a. Providing a maternal blood sample or a fraction thereof b. Fixating the cells c. Selectively lysing erythrocytes d. Contacting the fixated cells resulting from step c. with i. a hybridization probe directed to a nucleic acid comprising at least 10 bp of a CD146 gene differentially expressed in fetal cells of a maternal blood sample, or ii. a ligand directed to an antigen encoded by a CD146 gene differentially expressed in fetal cells of a maternal blood sample. i. a hybridization probe directed to a nucleic acid comprising at least 10 bp of a CD146 gene differentially expressed in fetal cells of a maternal blood sample, or ii. a ligand directed to an antigen encoded by a CD146 gene differentially expressed in fetal cells of a maternal blood sample.
A security element for securing data carriers, having a three-layer thin-film element composed of a reflection layer, an absorber layer and a dielectric spacing layer arranged between the reflection layer and the absorber layer, in which the thickness and materials of the reflection layer, the absorber layer and the dielectric spacing layer are coordinated with each other in such a way that the thin-film element exhibits at least in a region, for viewing from the absorber layer side at all viewing angles (28, 28') and in the entire visible spectral range, a very low reflection and appears black, characterized in that for viewing from the absorber layer side at all viewing angles and in the entire visible spectral range, the reflection of the thin-film element is at least in said region below 20%, and that the thin-film element appears highly metallically glossy when viewed from the reflection layer side at all viewing angles (29, 29') and in the entire visible spectral range.
A water cleaning device for running waters, which comprises two, three, four, five, six or more water cleaning units (2, 6), which are arranged successively in the flow direction and spaced apart from one another by a distance, wherein an end of one water cleaning unit is - in a top view - indirectly or directly connected to one bank and an end of the other, opposite water cleaning unit is - in a top view - indirectly or directly connected to the other, opposite bank, wherein the free ends (10, 11) of the water cleaning units (2, 6), which protrude in the direction of the running water, overlap one another - in a top view - with respect to the flow direction in an overlapping region, and wherein the water cleaning device as a whole extends - in a top view - over the full width of the running water, characterized in that the water cleaning units (2, 6) respectively have identical or different constructive designs and are respectively realized in the form of a bar screen with vertical or horizontal screening bars - including associated screen cleaning systems - or in the form of screening drum rows, which respectively comprise a row of screening drums that are rotatable about their vertical axes, wherein the screening drums are in a top view rotatively driven in opposite rotating directions or in the same rotating direction - with respect to their upstream drum surfaces - namely in the direction of the bank (5, 7) that indirectly or directly supports the respective water cleaning unit (2, 6), and wherein the rotating directions of the two screening drum rows of two opposite water cleaning units (2, 6) are - in a first alternative - oriented in the direction of the downstream water cleaning unit (2 or 6) that cooperates with a screen cleaning device or wherein these rotation directions are - in a second alternative - oriented reverse to each other and respectively in the direction of the screen cleaning devices which are located between the respective water cleaning unit (2, 6) and the bank (5, 7) bearing them.
A machine for producing a filled foodstuff product, comprising: - a first container for receiving a first foodstuff material; - a second container for receiving a second foodstuff material or else a connection unit for connecting a second container, containing the second material, to the machine; - a dispensing unit comprising at least one dispensing nozzle, in which the dispensing nozzle comprises a first outlet and a second outlet that is external to the first outlet and surrounds it; - at least one valve unit (8, 12) for controlling a flow of the first material to the first outlet and a flow of the second material to the second outlet; - a control unit for controlling the at least one valve unit for providing, one at a time or simultaneously, a flow of material through the first outlet and a flow of material through the second outlet; the machine being characterized in that it comprises a cooling unit for cooling an inner surface of the first container so as to cool or refrigerate the first material. - a first container for receiving a first foodstuff material; - a second container for receiving a second foodstuff material or else a connection unit for connecting a second container, containing the second material, to the machine; - a dispensing unit comprising at least one dispensing nozzle, in which the dispensing nozzle comprises a first outlet and a second outlet that is external to the first outlet and surrounds it; - at least one valve unit (8, 12) for controlling a flow of the first material to the first outlet and a flow of the second material to the second outlet; - a control unit for controlling the at least one valve unit for providing, one at a time or simultaneously, a flow of material through the first outlet and a flow of material through the second outlet; the machine being characterized in that it comprises a cooling unit for cooling an inner surface of the first container so as to cool or refrigerate the first material.
Coupling rod for the articulated attachment of chassis parts, the coupling rod having two joint receptacles (2, 3) which are connected together along a longitudinal axis via a strut structure, wherein the strut structure has two outer struts (5, 5') that are oriented parallel to one another and are connected together via a plurality of cross struts (6, 9, 9'), and a central wall is arranged, which is oriented perpendicularly to the outer struts (5, 5') and connects the outer struts (5, 5') together, wherein one joint receptacle is in the form of a ball-joint receptacle and the other joint receptacle is designed to receive a rubber bearing, characterized in that the cross struts (6, 9, 9') exhibit an angle of 45° ± 10° with respect to the longitudinal axis, and in that the ball-joint receptacle forms a dome-shaped portion which projects beyond the surface of an outer strut, wherein the dome-shaped portion and the outer strut are connected together via a double-walled supporting structure having cross ribs.
An aircraft nose structure comprising frames (2, 4, 6), a lower windshield frame member and an upper windshield frame member which are adapted to receive a windshield, the lower windshield frame member having an arcuate shape comprising two branches (12a, 12c), characterized in that both branches of the lower windshield frame member are connected together by a tie-rod.
An erasing unit configured to perform erasing of information written on a reversible recording medium including recording layers (113, 113a-113c) and heat-insulating layers (114, 114a-114b) alternately stacked, the recording layers (113, 113a-113c) each including a reversible heat-sensitive color developing composition and a photothermal conversion agent, developing colors of the respective reversible heat-sensitive color developing compositions differing among the recording layers (113, 113a-113c), absorption wavelengths of the respective photothermal conversion agents differing among the recording layers (113, 113a-113c), the erasing unit comprising: a light source section including one or a plurality of laser devices (31A-31F); and a controller configured to control the light source section to cause the light source section to apply, to the reversible recording medium, a smaller number of laser light beams having emission wavelengths than a number of the recording layers (113, 113a-113c) included in the reversible recording medium; and characterized by a receiving section configured to receive an input of a first identifier that identifies a type of the reversible recording medium, wherein the controller is configured to control the light source section to cause the light source section to apply, to the reversible recording medium, a smaller number of laser light beams having emission wavelengths than a number of the recording layers (113a-113c) included in the reversible recording medium corresponding to the first identifier received by the receiving section. a light source section including one or a plurality of laser devices (31A-31F); and a controller configured to control the light source section to cause the light source section to apply, to the reversible recording medium, a smaller number of laser light beams having emission wavelengths than a number of the recording layers (113, 113a-113c) included in the reversible recording medium; and characterized by a receiving section configured to receive an input of a first identifier that identifies a type of the reversible recording medium, wherein the controller is configured to control the light source section to cause the light source section to apply, to the reversible recording medium, a smaller number of laser light beams having emission wavelengths than a number of the recording layers (113a-113c) included in the reversible recording medium corresponding to the first identifier received by the receiving section.
Hairdresser's chair comprising a support structure; a backrest connected to said support structure; a seat associated to said backrest; a hair washing sink arranged at the upper part of said backrest; a movement group comprising rotatable coupling means (7, 8) interposed between said support structure and said hair washing sink, guide means adapted to guide the rotation of said hair washing sink around a substantially vertical axis and locking means, associated to said rotatable coupling means (7, 8) and to said guide means, adapted to allow stopping the rotation of said hair washing sink; said hair washing sink being actuatable in rotation, through said movement group, around said substantially vertical axis between a front position and a lateral position; a pair of armrests (13a, 13b) arranged laterally with respect to said seat, at least one of said armrests (13a, 13b) being mobile with respect to said support structure to facilitate access to said seat; at least one of said armrests (13a, 13b) being removable through suitable centring members (22, 23) or slidable along a substantially horizontal direction through further guide means interposed between at least one of said armrests (13a, 13b) and said support structure or rotatable on a substantially vertical plane through a rotation unit so as to pass from a substantially horizontal position to a substantially vertical position.
A method of manufacturing a crossbeam (18, 48, 58) for a vehicle, comprising the steps of: - providing a workpiece having different thicknesses and a pre-contour from a metal sheet of uniform thickness by flat roll forming to achieve different local thicknesses and cutting out the workpiece, and - bending roll forming the workpiece to form a crossbeam (18, 48, 58) having a cross-section (20a-20f) comprising at least two oppositely disposed flanges (22a-22f, 24a-24f) and a web there between, wherein the spacing of the oppositely arranged flanges (22a-22f, 24a-24f) along a longitudinal extension of the crossbeam (18, 48, 58) is not constant and a thickness profile of at least the web is determined by the step of planar roll forming, wherein the local thicknesses and the pre-contour are selected in such a manner that a geometric shape of the crossbeam (18, 48, 58) after the bending roll forming corresponds to a predetermined geometric shape with different thicknesses and heights of the web and differently shaped regions of the flanges (22a-22f, 24a-24f) along the longitudinal extension of the crossbeam (18, 48, 58), characterised in that the flanges (22a-22f, 24a-24f) are shaped such that they have a C-shaped profile in the central region of the longitudinal extension of the crossbeam (18, 48, 58) and have a U-shaped profile at the respective ends of the crossbeam (18, 48, 58). - providing a workpiece having different thicknesses and a pre-contour from a metal sheet of uniform thickness by flat roll forming to achieve different local thicknesses and cutting out the workpiece, and - bending roll forming the workpiece to form a crossbeam (18, 48, 58) having a cross-section (20a-20f) comprising at least two oppositely disposed flanges (22a-22f, 24a-24f) and a web there between, wherein the spacing of the oppositely arranged flanges (22a-22f, 24a-24f) along a longitudinal extension of the crossbeam (18, 48, 58) is not constant and a thickness profile of at least the web is determined by the step of planar roll forming, wherein the local thicknesses and the pre-contour are selected in such a manner that a geometric shape of the crossbeam (18, 48, 58) after the bending roll forming corresponds to a predetermined geometric shape with different thicknesses and heights of the web and differently shaped regions of the flanges (22a-22f, 24a-24f) along the longitudinal extension of the crossbeam (18, 48, 58),
A Corynebacterium glutamicum mutant producing L-leucine selected from the group consisting of a mutant deposited under Accession No. KCCM11661P and a mutant deposited under Accession No. KCCM11662P.
A method of wireless communication by a base station comprising: identifying a downlink control information, DCI, including a field indicating a repetition number of a subframe including the DCI, wherein the subframe includes an enhanced physical downlink control channel, EPDCCH, through which the DCI is transmitted; and transmitting, to a user equipment, UE, the DCI including the field indicating the repetition number of subframes, wherein the DCI is transmitted in each of the subframes, mapped to available resource elements in the subframes over the repetition number of subframes. identifying a downlink control information, DCI, including a field indicating a repetition number of a subframe including the DCI, wherein the subframe includes an enhanced physical downlink control channel, EPDCCH, through which the DCI is transmitted; and transmitting, to a user equipment, UE, the DCI including the field indicating the repetition number of subframes, wherein the DCI is transmitted in each of the subframes, mapped to available resource elements in the subframes over the repetition number of subframes.
A tunable notch filter comprising: a first inductor coupled between an input node and an output node; a resonator structure including a layer stack comprising a first piezoelectric layer (Piezo 1), a second piezoelectric layer (Piezo 2), a third piezoelectric layer (Piezo 3), a fourth piezoelectric layer (Piezo 4), an acoustical coupling layer (Coupling 1) acoustically coupling the second piezoelectric layer (Piezo 2) and the third piezoelectric layer (Piezo 3), wherein an electrode below the third piezoelectric layer (Piezo 3) is electrically coupled to the output node and an electrode above the second piezoelectric layer (Piezo 2) is electrically coupled to the input node; a second inductor coupled with a first node to an electrode above the third piezoelectric layer (Piezo 3) and an electrode below the second piezoelectric layer (Piezo 2) and with a second node to ground, wherein the resonator structure further comprises a first tuning circuit connected to an electrode above the first piezoelectric layer (Piezo 1) and an electrode below the first piezoelectric layer (Piezo 1) and a second tuning circuit connected to an electrode above the fourth piezoelectric layer (Piezo 4) and an electrode below the fourth piezoelectric layer, wherein each tuning circuit comprises a varactor coupled to an inductor. a first inductor coupled between an input node and an output node; a resonator structure including a layer stack comprising a first piezoelectric layer (Piezo 1), a second piezoelectric layer (Piezo 2), a third piezoelectric layer (Piezo 3), a fourth piezoelectric layer (Piezo 4), an acoustical coupling layer (Coupling 1) acoustically coupling the second piezoelectric layer (Piezo 2) and the third piezoelectric layer (Piezo 3), a first piezoelectric layer (Piezo 1), a second piezoelectric layer (Piezo 2), a third piezoelectric layer (Piezo 3), a fourth piezoelectric layer (Piezo 4), an acoustical coupling layer (Coupling 1) acoustically coupling the second piezoelectric layer (Piezo 2) and the third piezoelectric layer (Piezo 3), wherein an electrode below the third piezoelectric layer (Piezo 3) is electrically coupled to the output node and an electrode above the second piezoelectric layer (Piezo 2) is electrically coupled to the input node; a second inductor coupled with a first node to an electrode above the third piezoelectric layer (Piezo 3) and an electrode below the second piezoelectric layer (Piezo 2) and with a second node to ground, wherein the resonator structure further comprises a first tuning circuit connected to an electrode above the first piezoelectric layer (Piezo 1) and an electrode below the first piezoelectric layer (Piezo 1) and a second tuning circuit connected to an electrode above the fourth piezoelectric layer (Piezo 4) and an electrode below the fourth piezoelectric layer, wherein each tuning circuit comprises a varactor coupled to an inductor.
A heart valve prosthesis with a valve frame, on which frame several valve leaflets are fastened, as well as with a fastening region which connects axially onto the valve frame, for fastening in a blood vessel, characterised in that the fastening region comprises a stabilising ring (14; 14', 14", 14′′′, 14ʺʺ) which defines a predefined shape and a predefined diameter of the fastening region, the stabilising ring (14; 14', 14", 14′′′, 14ʺʺ) comprises commissure supports which project in the axial direction, are fixedly connected to the stabilising ring (14; 14', 14", 14′′′, 14ʺʺ) and extend into the commissures formed by the valve frame, the stabilising ring (14; 14', 14", 14′′′, 14ʺʺ) is provided with radial openings (16; 16'), the stabilising ring (14; 14', 14", 14′′′, 14ʺʺ) at least in the radial direction has a lower elastic deformability than the valve frame, and is connected to the valve frame in a forcedecoupled manner via a flexible connection so that the forces acting on the fastening region are not transferred to the valve frame and the valve frame is not deformed by the fastening and is not supplied with force.
A handle for an endoscope, said handle comprising, a handle housing, an operating member accommodated in said handle, at least one pull wire attached to said operating member at an attachment point, at least one guide tube surrounding and supporting said at least one pull wire over a first part of the length of the pull wire, but not surrounding and supporting the pull wire over a second part of the length of the pull wire so as to leave a free end of the pull wire accessible for tools in the endoscope handle during assembly of the endoscope, said guide tube being fixed with respect to said handle housing at at least a first location, a direction guide comprising a protrusion having an outer surface adapted for directing the free end of the pull wire in a desired direction from the attachment point to the direction guide to keep the direction and tension on the pull wire during assembly of the endoscope, wherein a portion the at least one guide tube extends in a first plane, and wherein the direction guide comprises an outer surface extending essentially perpendicular to the first plane in which the at least one pull wire lies. a handle housing, an operating member accommodated in said handle, at least one pull wire attached to said operating member at an attachment point, at least one guide tube surrounding and supporting said at least one pull wire over a first part of the length of the pull wire, but not surrounding and supporting the pull wire over a second part of the length of the pull wire so as to leave a free end of the pull wire accessible for tools in the endoscope handle during assembly of the endoscope, said guide tube being fixed with respect to said handle housing at at least a first location, a direction guide comprising a protrusion having an outer surface adapted for directing the free end of the pull wire in a desired direction from the attachment point to the direction guide to keep the direction and tension on the pull wire during assembly of the endoscope, wherein a portion the at least one guide tube extends in a first plane, and wherein the direction guide comprises an outer surface extending essentially perpendicular to the first plane in which the at least one pull wire lies.
A method of caching web content, the method being performed by a network node (304, 700), the method comprising: receiving, from a client, a Domain Name System, DNS, resolution request comprising a hostname, forwarding (402; 602) the DNS resolution request to a DNS server, receiving, from the DNS server, a DNS resolution response comprising an Internet Protocol, IP, address corresponding to the hostname, and forwarding (405; 604) the DNS resolution response to the client, the method being characterized by further comprising: determining (406; 510; 605) if the DNS resolution request relates to a web session, and if so: retrieving (408-410; 608) an index page from a web server associated with the received IP address, and caching (411; 609) the retrieved index page. receiving, from a client, a Domain Name System, DNS, resolution request comprising a hostname, forwarding (402; 602) the DNS resolution request to a DNS server, receiving, from the DNS server, a DNS resolution response comprising an Internet Protocol, IP, address corresponding to the hostname, and forwarding (405; 604) the DNS resolution response to the client, determining (406; 510; 605) if the DNS resolution request relates to a web session, and if so: retrieving (408-410; 608) an index page from a web server associated with the received IP address, and caching (411; 609) the retrieved index page. retrieving (408-410; 608) an index page from a web server associated with the received IP address, and caching (411; 609) the retrieved index page.