mhurhangee/patent-ind-claim-en huggingface dataset:
An air filter medium comprising: a first fluororesin porous film having a thickness of 10 um or more, a filling factor of 2% or more and 9% or less, and a fiber diameter of 60 nm or more and 200 nm or less, and a second fluororesin porous film , disposed on a downstream side of an air flow with respect to the first fluororesin porous film, having a filling factor of 2% or more and 9% or less, and a fiber diameter of 60 nm or more and 200 nm or less, wherein the first fluororesin porous film has a larger fiber diameter than the second fluororesin porous film , and wherein the first fluororesin porous film has a smaller filling factor than the second fluororesin porous film , wherein the filling factor is defined by the following formula: Filling factor % = basis weight of porous film / thickness of porous film / specific gravity of raw material × 100 wherein a PAO permeability ratio of the air filter medium, defined as the ratio of final permeability/initial permeability, is less than 3.0, where the initial permeability is a permeability of polyalphaolefin particles when air containing the polyalphaolefin particles having a number median diameter of 0.25 μm is passed through the air filter medium at a flow velocity of 5.3 cm/s, and the final permeability is a permeability of polyalphaolefin particles when air containing the polyalphaolefin particles having a number median diameter of 0.25 μm is continuously passed through the air filter medium at a flow velocity of 5.3 cm/s and the pressure loss is increased by 250 Pa. a first fluororesin porous film having a thickness of 10 um or more, a filling factor of 2% or more and 9% or less, and a fiber diameter of 60 nm or more and 200 nm or less, and a second fluororesin porous film , disposed on a downstream side of an air flow with respect to the first fluororesin porous film, having a filling factor of 2% or more and 9% or less, and a fiber diameter of 60 nm or more and 200 nm or less, wherein the first fluororesin porous film has a larger fiber diameter than the second fluororesin porous film , and wherein the first fluororesin porous film has a smaller filling factor than the second fluororesin porous film , wherein the filling factor is defined by the following formula: Filling factor % = basis weight of porous film / thickness of porous film / specific gravity of raw material × 100 wherein a PAO permeability ratio of the air filter medium, defined as the ratio of final permeability/initial permeability, is less than 3.0, where the initial permeability is a permeability of polyalphaolefin particles when air containing the polyalphaolefin particles having a number median diameter of 0.25 μm is passed through the air filter medium at a flow velocity of 5.3 cm/s, and the final permeability is a permeability of polyalphaolefin particles when air containing the polyalphaolefin particles having a number median diameter of 0.25 μm is continuously passed through the air filter medium at a flow velocity of 5.3 cm/s and the pressure loss is increased by 250 Pa.
Motor vehicle lock for a motor vehicle door , wherein the motor vehicle lock has the lock components - a lock latch and a pawl , wherein the lock latch can be brought into holding engagement with a locking element , in particular a lock striker, for holding the motor vehicle door , wherein a push-open arrangement is provided having a push-open lever which is formed separately from the lock latch and via which the motor vehicle door in the mounted state can be pushed open in a push-open operation from a locking door position into a push-open door position and, as a result, an engagement gap can be produced between motor vehicle door and motor vehicle body , wherein a locking-aid arrangement is provided having a locking-aid lever via which the lock latch in the mounted state can be adjusted in a locking-aid operation in its locking direction, in particular from a preliminary locking position into a main locking position, wherein the motor vehicle lock in the mounted state is coupled or can be coupled in terms of drive via a Bowden cable to a drive arrangement configured separately from the motor vehicle lock , characterized in that the motor vehicle lock has a switchable coupling arrangement which, in the mounted state, connects an actuating stroke, which is transmitted via the Bowden cable , depending on the coupling state - either through to the push-open arrangement and/or to the push-open lever - or connects same through to the locking-aid arrangement and/or via the locking-aid lever to the lock latch . wherein a push-open arrangement is provided having a push-open lever which is formed separately from the lock latch and via which the motor vehicle door in the mounted state can be pushed open in a push-open operation from a locking door position into a push-open door position and, as a result, an engagement gap can be produced between motor vehicle door and motor vehicle body , wherein a locking-aid arrangement is provided having a locking-aid lever via which the lock latch in the mounted state can be adjusted in a locking-aid operation in its locking direction, in particular from a preliminary locking position into a main locking position, wherein the motor vehicle lock in the mounted state is coupled or can be coupled in terms of drive via a Bowden cable to a drive arrangement configured separately from the motor vehicle lock , characterized in that the motor vehicle lock has a switchable coupling arrangement which, in the mounted state, connects an actuating stroke, which is transmitted via the Bowden cable , depending on the coupling state - either through to the push-open arrangement and/or to the push-open lever - or connects same through to the locking-aid arrangement and/or via the locking-aid lever to the lock latch . - either through to the push-open arrangement and/or to the push-open lever - or connects same through to the locking-aid arrangement and/or via the locking-aid lever to the lock latch .
A stimuli-responsive surface (200; 200'; 400; 500) comprising a substrate (120; 220; 220'; 220") on which is located plural switchable molecules (121A; 221A; 221A'; 221A") which have a functional moiety (122; 222; 222'; 222") associated therewith, wherein each switchable molecule (121A; 221A; 221A'; 221A") comprises an anchoring moiety (123; 223; 223'; 223") which anchors it to the substrate (120; 220; 220'; 220") and the functional moiety (122; 222; 222'; 222") comprises an connecting group (124; 224; 224'; 224") which anchors the functional moiety to the substrate (120; 220; 220'; 220"), the plural switchable molecules (121A; 221A; 221A'; 221A") and the functional moiety (122; 222; 222'; 222") are independently located on the substrate (120; 220; 220'; 220") and wherein the substrate (120; 220; 220'; 220") is electrically conductive or comprises an electrically conductive layer, such that each switchable molecule (121A; 221A; 221A'; 221A") is configured to have a first equilibrium state in which access to the functional moiety (122; 222; 222'; 222") is inhibited and a second stimulated state, in which access to the functional moiety (122; 222; 222'; 222") is permitted by a conformational change in each switchable molecule (121A; 221A; 221A'; 221A") upon application of an electrical potential to the substrate (120; 220; 220'; 220"), thereby exposing a bioactive molecular moiety of the functional moiety (122; 222; 222'; 222") capable of binding an analyte.
Operating device for a cooking appliance , with an operating element support and a portable operating element , which can be placed on and removed from the operating element support in a non-destructively releasable manner, wherein, in the state in which it is placed on the operating element support, the portable operating element can be actuated for setting operating conditions of the cooking appliance , wherein the operating element has a base unit , and an operating part separate from the base unit , which, in the state in which it is connected to the base unit , is placed on the base unit and is an outer part of the operating element , wherein the operating element can be rotated about an axis of rotation (A) of the operating element for setting at least one operating condition, wherein the operating element has a rotation detection part which is separate from the operating part and the base unit , with which a rotational position at least of the operating part can be detected relative to the operating element support in the state of the operating element in which it is placed on the operating element support and interacts with a detection unit of the operating device , wherein the rotation detection part is arranged projecting downwardly in relation to a detection underside of the operating part , and the rotation detection part is mounted moveably in the operating element relative to the operating part viewed in the direction of the axis of rotation (A), wherein the detection underside is designed to be electrically conductive at least in regions and is designed to detect a tilted position of the operating element relative to the operating element support in the state of the operating element in which it is placed on the operating element support and interacts with the detection unit of the operating device , characterised in that the rotation detection part is mounted in the operating element in an axially sprung manner, such that the rotation detection part can be automatically pushed into the axially normal position.
A cartridge holder for a drug delivery device, comprising: - a housing extending in an axial direction and being adapted to receive a cartridge at least partially filled with a medicament , said cartridge being sealed near a distal end by way of a pierceable seal , - at least one bearing element fixed to the housing , and - at least one tensioning member to engage with the bearing element and with the cartridge in an axial direction for transferring a distally directed injection force from the cartridge to the housing , characterized in that - the tensioning member is attached to the bearing element and comprises a rubber member or a foamed rubber member and extends in axial proximal direction to exert a proximally directed counterforce to the cartridge. - a housing extending in an axial direction and being adapted to receive a cartridge at least partially filled with a medicament , said cartridge being sealed near a distal end by way of a pierceable seal , - at least one bearing element fixed to the housing , and - at least one tensioning member to engage with the bearing element and with the cartridge in an axial direction for transferring a distally directed injection force from the cartridge to the housing , characterized in that - the tensioning member is attached to the bearing element and comprises a rubber member or a foamed rubber member and extends in axial proximal direction to exert a proximally directed counterforce to the cartridge.
An apparatus comprising: a downhole tool operable to connect with a line , wherein the downhole tool comprises: a first body comprising an opening configured to receive the line; and a second body , wherein the first body and second body are connected together, and wherein the first body is operable to move with respect to the second body when a predetermined tension is applied to the line from a wellsite surface to cause the downhole tool to release the line; characterized in that : the downhole tool further comprises a line end termination device operable to connect with the line, wherein the line end termination device is disposed within the second body, wherein the line end termination device comprises a plurality of line end termination device portions , and wherein movement of the first body with respect to the second body causes the line end termination device portions to move with respect to each other to release the line. a first body comprising an opening configured to receive the line; and a second body , wherein the first body and second body are connected together, and wherein the first body is operable to move with respect to the second body when a predetermined tension is applied to the line from a wellsite surface to cause the downhole tool to release the line; characterized in that : the downhole tool further comprises a line end termination device operable to connect with the line, wherein the line end termination device is disposed within the second body, wherein the line end termination device comprises a plurality of line end termination device portions , and wherein movement of the first body with respect to the second body causes the line end termination device portions to move with respect to each other to release the line.
A closed loop foldable scissor module comprising at least four polar scissor units each unit consisting of a set of two rods connected by a revolute joint at an intermediate hinge point allowing a relative rotation of the two rods about an axis orthogonal to a unit plane comprising the two rods, wherein • at least one of the polar scissor units consists of rods that are not identical in terms of their length and/or their semi-lengths (a, a', b, b'), wherein the semi-length is measured between the intermediate hinge point and an end point of the rod joined to a rod of another one of the polar scissor units, i.e. at least one unit is not a regular basic polar (P RB ) unit, wherein a regular basic polar unit is defined as a polar scissor unit which is fully determined by two size parameters and one parameter setting a deployment stage and in which corresponding semi-lengths of the two rods (a, a', b, b') have equal length, • the unit lines of the polar scissor units, which are the imaginary lines connecting the upper and lower end point of both sides of each of the polar scissor units, are not all concurrent, • for each deployment stage, the foldable scissor module has a single geometrically compatible form with one corresponding set of internal dihedral angles between the unit planes of adjacent scissor units of the module. • at least one of the polar scissor units consists of rods that are not identical in terms of their length and/or their semi-lengths (a, a', b, b'), wherein the semi-length is measured between the intermediate hinge point and an end point of the rod joined to a rod of another one of the polar scissor units, i.e. at least one unit is not a regular basic polar (P RB ) unit, wherein a regular basic polar unit is defined as a polar scissor unit which is fully determined by two size parameters and one parameter setting a deployment stage and in which corresponding semi-lengths of the two rods (a, a', b, b') have equal length, • the unit lines of the polar scissor units, which are the imaginary lines connecting the upper and lower end point of both sides of each of the polar scissor units, are not all concurrent, • for each deployment stage, the foldable scissor module has a single geometrically compatible form with one corresponding set of internal dihedral angles between the unit planes of adjacent scissor units of the module.
A permanent magnet comprising: a composition expressed by a composition formula: R p Fe q M r Cu t Co 100-p-q-r-t where, R is at least one element selected from the group consisting of rare-earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 10.5 ≤ p ≤ 12.5 at%, q is a number satisfying 23 ≤ q ≤ 40 at%, r is a number satisfying 0.88 ≤ r ≤ 4.5 at%, and t is a number satisfying 4.5 ≤ t ≤ 10.7 at%; and a metal structure containing a Th 2 Zn 17 crystal phase and a Cu-rich phase having a Cu concentration higher than that of the Th 2 Zn 17 crystal phase, wherein a number of intersections of the Cu-rich phases existing in an area of 1 μm square in a cross section including a c-axis of the Th 2 Zn 17 crystal phase is 10 or more and 120 or less, and characterised in that the Cu concentration in the Cu-rich phase is 30 at% or more. a composition expressed by a composition formula: R p Fe q M r Cu t Co 100-p-q-r-t where, R is at least one element selected from the group consisting of rare-earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 10.5 ≤ p ≤ 12.5 at%, q is a number satisfying 23 ≤ q ≤ 40 at%, r is a number satisfying 0.88 ≤ r ≤ 4.5 at%, and t is a number satisfying 4.5 ≤ t ≤ 10.7 at%; and a metal structure containing a Th 2 Zn 17 crystal phase and a Cu-rich phase having a Cu concentration higher than that of the Th 2 Zn 17 crystal phase, where, R is at least one element selected from the group consisting of rare-earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 10.5 ≤ p ≤ 12.5 at%, q is a number satisfying 23 ≤ q ≤ 40 at%, r is a number satisfying 0.88 ≤ r ≤ 4.5 at%, and t is a number satisfying 4.5 ≤ t ≤ 10.7 at%; and a metal structure containing a Th 2 Zn 17 crystal phase and a Cu-rich phase having a Cu concentration higher than that of the Th 2 Zn 17 crystal phase, wherein a number of intersections of the Cu-rich phases existing in an area of 1 μm square in a cross section including a c-axis of the Th 2 Zn 17 crystal phase is 10 or more and 120 or less, and characterised in that the Cu concentration in the Cu-rich phase is 30 at% or more.
A method of ruling in an acute viral infection in a subject comprising measuring the concentration of NGAL and the concentration of TRAIL in a sample derived from the subject, wherein the sample is whole blood or a fraction thereof, wherein when said concentration of NGAL is below a first predetermined threshold and said concentration of TRAIL is higher than a second predetermined threshold, an acute viral infection is ruled in.
Automatic coffee machine with a dispensing device for dispensing milk, milk foam, water and coffee, wherein milk, milk foam and/or water can be dispensed via at least one first dispensing channel and coffee and/or water can be dispensed via at least one second dispensing channel , characterised in that the at least one second dispensing channel is embodied as an open channel with a guide rib .
A portable ALPR device characterised in that it comprises: • a base ; • two ALPR cameras ; • an ALPR camera support with adjustable inclination for each ALPR camera , fixing the ALPR camera to the base ; • a concentrator connected to at least the ALPR cameras ; • communication means connected to the concentrator ; • power supply means connected to the concentrator ; • a protective casing on the front portion of the device , fixed to the base for internally covering at least the ALPR cameras and the concentrator ; • a handle fixed to the base and located on the outer rear portion of the device ; • a fixing system fixed to the outer lower portion of the base , wherein the fixing system is configured to be able to be fixed temporarily to a vehicle, for which the fixing system comprises fixing elements selected from at least one magnet , one suction cup , and combination of both; and wherein the fixing system further comprises adjustable inclination means allowing an adjustable inclination of the device with respect to the vehicle. • a base ; • two ALPR cameras ; • an ALPR camera support with adjustable inclination for each ALPR camera , fixing the ALPR camera to the base ; • a concentrator connected to at least the ALPR cameras ; • communication means connected to the concentrator ; • power supply means connected to the concentrator ; • a protective casing on the front portion of the device , fixed to the base for internally covering at least the ALPR cameras and the concentrator ; • a handle fixed to the base and located on the outer rear portion of the device ; • a fixing system fixed to the outer lower portion of the base , wherein the fixing system is configured to be able to be fixed temporarily to a vehicle, for which the fixing system comprises fixing elements selected from at least one magnet , one suction cup , and combination of both; and wherein the fixing system further comprises adjustable inclination means allowing an adjustable inclination of the device with respect to the vehicle.
A polyimide precursor composition for the production of a flexible board of a photoelectronic device, comprising a polyimide precursor derived from a diamine or acid dianhydride comprising a structure of Formula 1: wherein R 1 and R 2 are each independently a single bond, a C 1 -C 5 alkylene group or a divalent aromatic group consisting of six or more carbon atoms, R 3 and R 4 are each independently a C 1 -C 5 alkyl group, R 5 and R 6 are each independently a C 4 -C 10 aryl group, at least one of R 7 and R 8 is a C 2 -C 10 alkenyl group, and m1, m2, and m3 are each independently an integer equal to or greater than 1, wherein the composition is a solution of the polyimide precursor in a solvent having a positive partition coefficient, and wherein the solvent comprises an amine-based solvent as a first solvent and a non-amine-based solvent as a second solvent. wherein R 1 and R 2 are each independently a single bond, a C 1 -C 5 alkylene group or a divalent aromatic group consisting of six or more carbon atoms, R 3 and R 4 are each independently a C 1 -C 5 alkyl group, R 5 and R 6 are each independently a C 4 -C 10 aryl group, at least one of R 7 and R 8 is a C 2 -C 10 alkenyl group, and m1, m2, and m3 are each independently an integer equal to or greater than 1, wherein the composition is a solution of the polyimide precursor in a solvent having a positive partition coefficient, and wherein the solvent comprises an amine-based solvent as a first solvent and a non-amine-based solvent as a second solvent.
A system-on-a-chip for a self-driving vehicle, comprising: a Central Processing Unit complex , a Graphics Processing Unit , on-chip memory , and an embedded hardware acceleration cluster , characterized in that the embedded hardware acceleration cluster comprises a programmable vision accelerator , and a deep learning accelerator configured to execute neural networks comprising one or more Tensor Processing Units configured to execute the neural networks. a Central Processing Unit complex , a Graphics Processing Unit , on-chip memory , and an embedded hardware acceleration cluster , characterized in that the embedded hardware acceleration cluster comprises a programmable vision accelerator , and a deep learning accelerator configured to execute neural networks comprising one or more Tensor Processing Units configured to execute the neural networks. a programmable vision accelerator , and a deep learning accelerator configured to execute neural networks comprising one or more Tensor Processing Units configured to execute the neural networks.