mhurhangee/patent-ind-claim-en huggingface dataset:
Fabric for a machine for producing a fibrous web, in particular a paper, cardboard or tissue web, comprising a substrate with an upper side , a lower side , two side edges and a useful region between the two side edges, the useful region having a multiplicity of through channels which connect the upper side to the lower side of the substrate , the substrate being a laser-drilled substrate , the through channels being made in the substrate by means of a laser, characterized in that the inner surface of at least one through channel , preferably of the majority of all through channels , further preferably of all through channels in the useful region of the substrate has an averaged surface roughness R z which is greater than 4 μm, preferably greater than 6 μm, further preferably greater than 8 μm.
A time-temperature indicating module comprising: a spread materials interposing layer with a spread material interposed inside, the spread material configured to melt in response to a temperature change; a spread medium layer provided above the spread materials interposing layer , the spread medium layer configured to absorb the spread material to allow it to spread; an indicating layer provided above the spread medium layer , which enables a user to see from the exterior whether the spread material is spread or not; and a starting member provided on the inside of the spread materials interposing layer , which enables the spread material and spread medium layer to come into contact via a crack generated by external pressure, said time-temperature indicating module being characterised in that the starting member is a synthetic resin including a crystalline compound that contains at least one of calcium carbonate powder or titanium dioxide. a spread materials interposing layer with a spread material interposed inside, the spread material configured to melt in response to a temperature change; a spread medium layer provided above the spread materials interposing layer , the spread medium layer configured to absorb the spread material to allow it to spread; an indicating layer provided above the spread medium layer , which enables a user to see from the exterior whether the spread material is spread or not; and a starting member provided on the inside of the spread materials interposing layer , which enables the spread material and spread medium layer to come into contact via a crack generated by external pressure, said time-temperature indicating module being characterised in that the starting member is a synthetic resin including a crystalline compound that contains at least one of calcium carbonate powder or titanium dioxide.
A redox flow battery comprising a cell arrangement and a tank facility for receiving electrolyte, wherein the cell arrangement comprises a plurality of redox flow cells, and the tank facility comprises at least one first tank for receiving negative electrolyte, at least one second tank for receiving positive electrolyte, and a piping system for connecting the tanks to the cell arrangement and pump impellers for conveying the electrolyte in order to form an electrolyte circuit in each case, and wherein the redox flow battery comprises at least one measuring device for determining an electrolyte property with at least one measuring cell (4.1, 4.2, 4.3), wherein the at least one measuring cell (4.1, 4.2, 4.3) comprises at least one connection for the feeding of electrolyte, at least one connection for the removal of electrolyte and a connection element with a channel (5.1), which is connected to one of the electrolyte circuits in such a way that electrolyte flows through the channel (5.1) when the electrolyte is circulating in the electrolyte circuit, characterized in that the channel (5.1) comprises a first section (5.1.1) and a second section (5.1.2), wherein the cross section of the first section (5.1.1) is smaller than the cross section of the second section (5.1.2), and wherein the connection for the removal of electrolyte is connected to the first section (5.1.1) by an interconnection and the connection for the feeding of electrolyte is connected to the second section (5.1.2) by an interconnection.
A composition comprising a) a polymer a) comprising polymerized units of a N-vinyl lactam, b) a comb copolymer b) having a polymer backbone based on a vinyl aromatic compound and an ethylenically unsaturated polymerizable carboxylic anhydride, and having at least two polyalkylene oxide side chains, and c) a carbon-based material. a) a polymer a) comprising polymerized units of a N-vinyl lactam, b) a comb copolymer b) having a polymer backbone based on a vinyl aromatic compound and an ethylenically unsaturated polymerizable carboxylic anhydride, and having at least two polyalkylene oxide side chains, and c) a carbon-based material.
A computer-implemented method of detecting that a sequencer has a failing flow cell temperature control system, comprising: analyzing a time series of flow cell temperature sensor data across base calling cycles, comprising: determining whether a first base calling cycle has enough flow cell temperature sensor data points to satisfy a count threshold; determining whether the temperature sensor data in the first cycle exceeded an ambient operating temperature by a first predetermined margin; and upon failure of the flow cell temperature sensor data in the first cycle to exceed the ambient operating temperature by the first predetermined margin, determining that the flow cell temperature sensor data in a second, contiguous cycle, immediately before or following the first cycle, has enough flow cell temperature sensor data points to satisfy the count threshold and fails to exceed the ambient operating temperature by the first predetermined margin, then responsively setting a first failure condition; generating a flow cell heater alert responsive to the first failure condition. determining whether a first base calling cycle has enough flow cell temperature sensor data points to satisfy a count threshold; determining whether the temperature sensor data in the first cycle exceeded an ambient operating temperature by a first predetermined margin; and upon failure of the flow cell temperature sensor data in the first cycle to exceed the ambient operating temperature by the first predetermined margin, determining that the flow cell temperature sensor data in a second, contiguous cycle, immediately before or following the first cycle, has enough flow cell temperature sensor data points to satisfy the count threshold and fails to exceed the ambient operating temperature by the first predetermined margin, then responsively setting a first failure condition; generating a flow cell heater alert responsive to the first failure condition.
A magnetomotive imaging probe system comprising: a movable probe , a magnet arranged on said probe, an ultra sound transducer , wherein said magnet is arranged to generate a time-varying magnetic field (T) at an imaging plane of said ultrasound transducer, distally of said ultra sound transducer and said probe, when said probe has a proximal first position adjacent said ultra sound transducer, wherein said probe is movable in relation to said ultra sound transducer and being a handheld probe, wherein said magnet is movably arranged on said probe and, whereby in use, said magnet is adapted to generate said time-varying magnetic field (T) in response to a motion of said magnet relative said ultrasound transducer, and wherein said magnet is displaceable from a target location in said imaging plane with an oscillating motion, wherein the system comprises a control unit and a motor , said motor being coupled to the control unit and to the magnet to power said motion of said magnet, wherein said control unit is adapted to vary the speed of motion (w 1 , w 2 ) of said magnet according to a predetermined pattern to thereby vary the frequency of said time-varying magnetic field (T) as a predetermined frequency impulse to generate a frequency impulse response of magnetic nanoparticles at said target location, and wherein said control unit is adapted to set a constant speed of motion (w 1 , w 2 ) of said magnet. a movable probe , a magnet arranged on said probe, an ultra sound transducer ,
Use of cells of an in vitro cell culture for the production of viruses, characterized in that the cells are avian epithelial cells chosen from at least one of the cell cultures deposited under accession numbers DSM ACC3345, DSM ACC3346, DSM ACC3347, DSM ACC3348, DSM ACC3349 at Leibniz-Institut DSMZ-Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH on December 12, 2018.
A rotary-drum type magnetic separator that includes a rotary drum on which a plurality of magnets are disposed and separates an unnecessary material contained in used coolant, the rotary-drum type magnetic separator comprising: a pair of partition portions that are provided below both end portions of the rotary drum and partition a flow passage , in which the used coolant flows, into a flow passage that is formed near the middle portion of the rotary drum and flow passages that are formed near both end portions of the rotary drum ; and openings that are formed at lower portions of the flow passages partitioned by the partition portions , wherein the partition portions function as filters preventing the unnecessary material of the used coolant from moving to the flow passages , which are formed near both end portions of the rotary drum , from the flow passage that is formed near the middle portion of the rotary drum . a pair of partition portions that are provided below both end portions of the rotary drum and partition a flow passage , in which the used coolant flows, into a flow passage that is formed near the middle portion of the rotary drum and flow passages that are formed near both end portions of the rotary drum ; and openings that are formed at lower portions of the flow passages partitioned by the partition portions , wherein the partition portions function as filters preventing the unnecessary material of the used coolant from moving to the flow passages , which are formed near both end portions of the rotary drum , from the flow passage that is formed near the middle portion of the rotary drum .
A vertical take-off and landing (VTOL) aerial vehicle, comprising: an energy source; a propulsion system configured to generate a lift force; a control system including electronics to control the aerial vehicle; an outer frame ; a decoupling mechanism; and an inner frame connected to the outer frame by the decoupling mechanism, the inner frame comprising the propulsion system, the control system, and the energy source ; the decoupling mechanism comprising a beam coupled to the inner frame and forming a first rotation axis (A,A) for rotation of the inner frame with respect to the beam, and the beam being rotationally coupled to the outer frame by a second rotation axis (B-B) substantially orthogonally disposed with respect to the first rotation axis, the beam comprising a rotation joint located near the center of the beam, the first rotation axis being formed by one or more bearings located within the rotation joint. an energy source; a propulsion system configured to generate a lift force; a control system including electronics to control the aerial vehicle; an outer frame ; a decoupling mechanism; and an inner frame connected to the outer frame by the decoupling mechanism, the inner frame comprising the propulsion system, the control system, and the energy source ; the decoupling mechanism comprising a beam coupled to the inner frame and forming a first rotation axis (A,A) for rotation of the inner frame with respect to the beam, and the beam being rotationally coupled to the outer frame by a second rotation axis (B-B) substantially orthogonally disposed with respect to the first rotation axis, the beam comprising a rotation joint located near the center of the beam, the first rotation axis being formed by one or more bearings located within the rotation joint.
Apparatus for establishing optical connection between optical fibers, the apparatus comprising: a first array comprising a plurality of slack management units , each having a holding socket for holding an optical end connector which holds an optical end of an optical fiber and is configured to reel in a length of fiber released when the optical end connector is removed from the holding socket; a second array comprising a plurality of coupling sockets , each configured to hold an optical end of an optical fiber ; a partition apron that partitions a volume of space containing the first and second arrays into a fiber occupation zone at a first side of the partition apron in which the first array is located, and a fiber free transition zone at a second, opposite side of the partition apron in which the second array is located, the partition apron formed having a slot that communicates with both the fiber occupation and fiber free transition zone; and a grabber configured to grab an optical end connector seated in a holding socket of any slack management units in the first array, move the optical end connector through the slot and the fiber free transition zone and plug the optical end connector into any coupling socket in the second array to establish an optical connection between the optical fiber connected to the optical end connector , and an optical end of an optical fiber held in the coupling socket so that the released length of fiber resides in the fiber occupation zone . a first array comprising a plurality of slack management units , each having a holding socket for holding an optical end connector which holds an optical end of an optical fiber and is configured to reel in a length of fiber released when the optical end connector is removed from the holding socket; a second array comprising a plurality of coupling sockets , each configured to hold an optical end of an optical fiber ; a partition apron that partitions a volume of space containing the first and second arrays into a fiber occupation zone at a first side of the partition apron in which the first array is located, and a fiber free transition zone at a second, opposite side of the partition apron in which the second array is located, the partition apron formed having a slot that communicates with both the fiber occupation and fiber free transition zone; and a grabber configured to grab an optical end connector seated in a holding socket of any slack management units in the first array, move the optical end connector through the slot and the fiber free transition zone and plug the optical end connector into any coupling socket in the second array to establish an optical connection between the optical fiber connected to the optical end connector , and an optical end of an optical fiber held in the coupling socket so that the released length of fiber resides in the fiber occupation zone .
A partially dried inkjet media conditioner (408-1, 408-2, 508-1, 508-2), comprising: a heated pressure roller (409-1, 409-2, 508-1, 508-2) to apply pressure to a first side of partially dried inkjet media (404-1, 404-2, 504-1, 504-2) and apply heat to a second side of the partially dried inkjet media; and characterized by a heated pressure roller (411-1, 411-2, 511-1, 511-2) to apply pressure to the second side of the partially dried inkjet media and apply heat to the first side of the partially dried inkjet media. a heated pressure roller (409-1, 409-2, 508-1, 508-2) to apply pressure to a first side of partially dried inkjet media (404-1, 404-2, 504-1, 504-2) and apply heat to a second side of the partially dried inkjet media; and characterized by a heated pressure roller (411-1, 411-2, 511-1, 511-2) to apply pressure to the second side of the partially dried inkjet media and apply heat to the first side of the partially dried inkjet media.
A module comprising: a first switching device (11-14) including a first bipolar device ; a first unipolar device connected in parallel to the first bipolar device ; a die pad on which the first bipolar device and the first unipolar device are mounted by die bonding; a first connection metal member (31, 33, 35, 37; 31A, 33A, 35A, 37A), parasitized by an inductance (L1,L3,L5,L7), through which the first bipolar device is connected to the first unipolar device ; a first output line connected to the first bipolar device through the first connection metal member (31, 33, 35, 37; 31A, 33A, 35A, 37A), and to the first unipolar device without going through the first connection metal member (31, 33, 35, 37; 31A, 33A, 35A, 37A); and a second connection metal member (32, 34, 36, 38; 32A, 34A, 36A, 38A) through which the first unipolar device is connected to the first output line , and that is parasitized by an inductance (L2, L4, L6, L8), wherein the first and second connection metal members (31-38,31A-38A) are connected in series between the first bipolar device and the first output line , whereby an inductance (L2, L4, L6, L8) between the first unipolar device and the first output line is smaller than an inductance (L1-L8) between the first bipolar device and the first output line . a first switching device (11-14) including a first bipolar device ; a first unipolar device connected in parallel to the first bipolar device ; a die pad on which the first bipolar device and the first unipolar device are mounted by die bonding; a first connection metal member (31, 33, 35, 37; 31A, 33A, 35A, 37A), parasitized by an inductance (L1,L3,L5,L7), through which the first bipolar device is connected to the first unipolar device ; a first output line connected to the first bipolar device through the first connection metal member (31, 33, 35, 37; 31A, 33A, 35A, 37A), and to the first unipolar device without going through the first connection metal member (31, 33, 35, 37; 31A, 33A, 35A, 37A); and a second connection metal member (32, 34, 36, 38; 32A, 34A, 36A, 38A) through which the first unipolar device is connected to the first output line , and that is parasitized by an inductance (L2, L4, L6, L8), wherein the first and second connection metal members (31-38,31A-38A) are connected in series between the first bipolar device and the first output line , whereby an inductance (L2, L4, L6, L8) between the first unipolar device and the first output line is smaller than an inductance (L1-L8) between the first bipolar device and the first output line .
Plug-in connector arrangement comprising a plug-in connector , an optical waveguide and a printed circuit board , wherein the printed circuit board has at least one first passage opening and a transceiver unit for transmitting and/or receiving optical signals, the plug-in connector is connected in a positively locking and releasable manner to the printed circuit board by means of at least one fastening element which is guided through the first passage opening and is connected to the printed circuit board , the plug-in connector has a first receiving space which at least partially adjoins the transceiver unit , a lens unit is arranged in the first receiving space and connects the transceiver unit in a light-guiding manner to the optical waveguide , a locking element is movably arranged on the plug-in connector , the locking element is at least partially arranged within the first receiving space and fastens the lens unit in the first receiving space , and the locking element can be moved to a final latching position in which the locking element at least partially projects into the first passage opening and blocks the fastening element from being released from the printed circuit board . wherein the printed circuit board has at least one first passage opening and a transceiver unit for transmitting and/or receiving optical signals, the plug-in connector is connected in a positively locking and releasable manner to the printed circuit board by means of at least one fastening element which is guided through the first passage opening and is connected to the printed circuit board , the plug-in connector has a first receiving space which at least partially adjoins the transceiver unit , a lens unit is arranged in the first receiving space and connects the transceiver unit in a light-guiding manner to the optical waveguide , a locking element is movably arranged on the plug-in connector , the locking element is at least partially arranged within the first receiving space and fastens the lens unit in the first receiving space , and the locking element can be moved to a final latching position in which the locking element at least partially projects into the first passage opening and blocks the fastening element from being released from the printed circuit board .
A method for producing containers filled with a liquid filling material from preforms made of thermoplastic material, wherein the respective preform is thermally conditioned and, during a moulding and filling phase, subsequently moulded in a mould to form the container with at least a liquid filling material (21, 21.1) as pressure medium, wherein the preform , while being moulded to form the container , is preferably at least temporarily guided through a stretch forming bar and stretched in the axial direction, wherein carbon dioxide is introduced or dissolved at least in a partial flow of the filling material (21, 21.1), characterised in that the filling material (21, 21.1) or fractions of the filling material (21, 21.1) are supplied at least at two points in time and/or in at least two process phases with different contents of carbon dioxide and/or at different temperatures, wherein a portion of the filling material is supplied past the stretch forming bar , and a portion of the filling material is supplied through the stretch forming bar .