mhurhangee/patent-ind-claim-en huggingface dataset:
A mineralized core-shell microcapsule slurry comprising at least one microcapsule having: a) an oil-based core comprising a hydrophobic active ingredient, preferably a perfume; b) a polymeric shell having a terminating charged functional surface; and c) a mineral layer on the terminating charged functional surface, wherein the surface of the mineral layer has a rough, spiny, spiky, ridged, rugose, dendritic or textured appearance with rough heterogeneous crystalline features over the surface, and wherein the mineral layer has a roughness profile having an arithmetical mean roughness value (R a ) greater than 15nm and/or a mean roughness depth (R z ) greater than 50nm, as evaluated by a Keyence VK-X series confocal laser scanning microscope profilometer with a violet range laser, characterized in that : - the arithmetical mean roughness value (R a ) is the average deviation of the surface height from the mean height of the roughness profile, and - the mean roughness depth (R z ) is the mean localized maximum roughness. a) an oil-based core comprising a hydrophobic active ingredient, preferably a perfume; b) a polymeric shell having a terminating charged functional surface; and c) a mineral layer on the terminating charged functional surface, wherein the surface of the mineral layer has a rough, spiny, spiky, ridged, rugose, dendritic or textured appearance with rough heterogeneous crystalline features over the surface, and wherein the mineral layer has a roughness profile having an arithmetical mean roughness value (R a ) greater than 15nm and/or a mean roughness depth (R z ) greater than 50nm, as evaluated by a Keyence VK-X series confocal laser scanning microscope profilometer with a violet range laser, characterized in that : - the arithmetical mean roughness value (R a ) is the average deviation of the surface height from the mean height of the roughness profile, and - the mean roughness depth (R z ) is the mean localized maximum roughness. - the arithmetical mean roughness value (R a ) is the average deviation of the surface height from the mean height of the roughness profile, and - the mean roughness depth (R z ) is the mean localized maximum roughness.
Manual pliers tool comprising a mechanical pliers part with a) two pivotable hand levers , b) two pliers jaws which can be moved relatively to each other, c) a drive mechanism coupling the pliers jaws to the hand levers in a way such that a pivoting movement of the hand levers induces a movement of the pliers jaws over a working stroke, d) an electronic constructional unit being provided which da) is embodied separately from the mechanical pliers part , db) is arranged at a pliers head part of the mechanical pliers part which is located between the hand levers and the pliers jaws and dc) is fixed to the pliers head part , e) the electronic constructional unit extending on two opposite sides of the pliers head part , characterised in that f) the electronic constructional unit comprises a continuous recess having a closed edge through which the mechanical pliers part extends. a) two pivotable hand levers , b) two pliers jaws which can be moved relatively to each other, c) a drive mechanism coupling the pliers jaws to the hand levers in a way such that a pivoting movement of the hand levers induces a movement of the pliers jaws over a working stroke, d) an electronic constructional unit being provided which da) is embodied separately from the mechanical pliers part , db) is arranged at a pliers head part of the mechanical pliers part which is located between the hand levers and the pliers jaws and dc) is fixed to the pliers head part , da) is embodied separately from the mechanical pliers part , db) is arranged at a pliers head part of the mechanical pliers part which is located between the hand levers and the pliers jaws and dc) is fixed to the pliers head part , e) the electronic constructional unit extending on two opposite sides of the pliers head part , characterised in that f) the electronic constructional unit comprises a continuous recess having a closed edge through which the mechanical pliers part extends.
A compound, or a pharmaceutically acceptable salt thereof, having a chemical structure selected from the group consisting of: and
An implantable medical device comprising: a housing comprising an electrically conductive material; pulse generation circuitry disposed within the housing for generating electrical voltage pulses; a protection diode (D 1 ) disposed in series with and between the housing and the pulse generation circuitry ; and a resistor disposed in series with the protection diode (D 1 ) and between the housing and the pulse generation circuitry . a housing comprising an electrically conductive material; pulse generation circuitry disposed within the housing for generating electrical voltage pulses; a protection diode (D 1 ) disposed in series with and between the housing and the pulse generation circuitry ; and a resistor disposed in series with the protection diode (D 1 ) and between the housing and the pulse generation circuitry .
A PEGylated hemoglobin (PEG-Hb) conjugate wherein the hemoglobin • is bovine; • is free of chemical cross-linking agents and includes less than 5% cross-linked hemoglobin; • has an average P 50 of from aboutl0mm Hg to about 14 mm Hg; • wherein at least 95% of the hemoglobin in said conjugate is in the form of carboxyhemoglobin (COHb); and • wherein the pegylated haemoglobin conjugate transfers oxygen between the red blood cells and tissues for use in: treating hypoxia resulting from disease, injury or insult; treating sickle cell anaemia, stroke, or ischemia; or promoting vasodilation. • is bovine; • is free of chemical cross-linking agents and includes less than 5% cross-linked hemoglobin; • has an average P 50 of from aboutl0mm Hg to about 14 mm Hg; • wherein at least 95% of the hemoglobin in said conjugate is in the form of carboxyhemoglobin (COHb); and • wherein the pegylated haemoglobin conjugate transfers oxygen between the red blood cells and tissues
Timepiece striking mechanism including a mechanism for controlling at least one hammer which includes a first striking area arranged to strike, in a first direction of travel, a first resonant component on a first striking surface when said at least one hammer moves from a recoiled position to a first impact position, wherein said at least one hammer includes, opposite to said first striking area , a second striking area arranged to strike, in a second direction of travel opposite to said first direction of travel, when said at least one hammer recoils from said first impact position to said recoiled position, a second striking surface included in said first resonant component , characterised in that when said first resonant component includes said second striking surface in immediate proximity to said first striking surface from which it is separated by the thickness of said first resonant component .
Installation apparatus for a water station having: - a mounting frame for securing to a wall which surrounds an opening , - a cover for closing the opening , - wherein between the mounting frame and the cover in a closed state a ventilation slot is provided for an air flow between the cover and the mounting frame , wherein the cover has two longitudinal sides and two transverse sides , and the ventilation slot is formed at the two longitudinal sides and at the two transverse sides between the cover and the mounting frame , characterized in that the ventilation slot has a width , wherein the width is different along the circumference of the cover . - a mounting frame for securing to a wall which surrounds an opening , - a cover for closing the opening , - wherein between the mounting frame and the cover in a closed state a ventilation slot is provided for an air flow between the cover and the mounting frame , wherein the cover has two longitudinal sides and two transverse sides , and the ventilation slot is formed at the two longitudinal sides and at the two transverse sides between the cover and the mounting frame , characterized in that the ventilation slot has a width , wherein the width is different along the circumference of the cover .
User device for a wireless communication system , the user device comprising: a transceiver configured to transmit a uplink control information in a Physical Uplink Control Channel, PUCCH, to a one or more network nodes (100a, 100b,..., 100n), wherein a plurality of Physical Resource Blocks, PRBs, are allocated for the PUCCH and wherein the PUCCH has a PUCCH format for two or more PRBs; wherein the transceiver further is configured to receive allocation information from the one or more network nodes (100a, 100b,..., 100n) in physical layer signalling or in higher layer signalling or in a combination thereof, wherein the allocation information comprises a frequency location and a number of allocated plurality of PRBs; wherein the transceiver further is configured to transmit the uplink control information in the PUCCH according to the allocation information; wherein the allocation information further comprises at least one of a modulation type and a modulation level for the allocated plurality of PRBs. a transceiver configured to transmit a uplink control information in a Physical Uplink Control Channel, PUCCH, to a one or more network nodes (100a, 100b,..., 100n), wherein a plurality of Physical Resource Blocks, PRBs, are allocated for the PUCCH and wherein the PUCCH has a PUCCH format for two or more PRBs; wherein the transceiver further is configured to receive allocation information from the one or more network nodes (100a, 100b,..., 100n) in physical layer signalling or in higher layer signalling or in a combination thereof, wherein the allocation information comprises a frequency location and a number of allocated plurality of PRBs; wherein the transceiver further is configured to transmit the uplink control information in the PUCCH according to the allocation information; wherein the allocation information further comprises at least one of a modulation type and a modulation level for the allocated plurality of PRBs.
A medical device system , comprising: a guidewire including a distal optical pressure sensor and a proximal end, wherein the guidewire includes a first optical fiber and wherein the optical pressure sensor is attached at a distal end of the first optical fiber; a connector cable coupled to the proximal end of the guidewire, the connector cable having a proximal end; and a signal conditioning unit coupled to the proximal end of the connector cable; wherein the connector cable includes a second optical fiber having a core with a tapered outer diameter, wherein the first optical fiber and the second optical fiber come together at an intersection surface , characterized in that a distal end of the second optical fiber at the intersection surface has a core outer diameter that is larger than the core outer diameter of the first optical fiber , and wherein the second optical fiber has a core with an outer diameter that tapers between a proximal end and the distal end thereof and wherein the proximal end of the second optical fiber has a core outer diameter that is reduced relative to the core outer diameter at the distal end. a guidewire including a distal optical pressure sensor and a proximal end, wherein the guidewire includes a first optical fiber and wherein the optical pressure sensor is attached at a distal end of the first optical fiber; a connector cable coupled to the proximal end of the guidewire, the connector cable having a proximal end; and a signal conditioning unit coupled to the proximal end of the connector cable; wherein the connector cable includes a second optical fiber having a core with a tapered outer diameter, wherein the first optical fiber and the second optical fiber come together at an intersection surface , characterized in that a distal end of the second optical fiber at the intersection surface has a core outer diameter that is larger than the core outer diameter of the first optical fiber , and wherein the second optical fiber has a core with an outer diameter that tapers between a proximal end and the distal end thereof and wherein the proximal end of the second optical fiber has a core outer diameter that is reduced relative to the core outer diameter at the distal end.
An apparatus for treating wine after the wine has been produced and bottled, the apparatus comprising: a container having an ion exchange matrix held therein, at least part of the container including a screen that prevents the passage of the ion exchange matrix there-through and permits the passage of the wine there-through, wherein the ion exchange matrix includes a mixture of cation exchange beads and anion exchange beads that comprise: cation exchange beads that are in hydrogen form, cation exchange beads that are in mineral form comprising potassium mineral form, anion exchange beads that are in hydroxide form, and anion exchange beads that are in chloride mineral form, wherein the ion exchange matrix is adapted such that exposure of the wine to the ion exchange matrix in the container results in: binding ions of the mixture to one or more cationic or anionic constituents present in the wine, wherein the cationic or anionic constituents have a noxious effect on humans; and reducing concentration of the one or more cationic or anionic constituents in the wine. cation exchange beads that are in hydrogen form, cation exchange beads that are in mineral form comprising potassium mineral form, anion exchange beads that are in hydroxide form, and anion exchange beads that are in chloride mineral form, wherein the ion exchange matrix is adapted such that exposure of the wine to the ion exchange matrix in the container results in: binding ions of the mixture to one or more cationic or anionic constituents present in the wine, wherein the cationic or anionic constituents have a noxious effect on humans; and reducing concentration of the one or more cationic or anionic constituents in the wine.
A drill bit change system for at least semi-automatic changing of drill bits in a drilling rig configured for vertical drilling, the drilling rig comprising an interchangeable plurality of drill pipes , wherein drill bits are arranged at an end section of an end drill pipe, the drill bit being attached to the end section by means of a threaded connection and torque being provided to the drill bit by means of a splines coupling, the drilling rig further comprising a lower support device , arranged for supporting and/or holding/gripping a drill bit or a drill pipe, and a breaker device , configured for loosening threaded connections of the drill pipes , the system comprising a drill bit storage device , arranged adjacent and parallel with a drill centre of the drilling rig and being arranged to hold a plurality of drill bits and to move drill bits between storage positions and an exchange position comprised therein, the storage positions being arranged for storing drill bits and the exchange position being arranged for moving drill bits to and from the drill bit storage device , a gripping arm comprising gripping means configured for selective gripping of a drill bit , the gripping arm being arranged to move the gripping means between the exchange position and the drill centre of the drilling rig , wherein the gripping arm further comprises a movement sensor, arranged to monitor movement of the gripping arm , and wherein the system further comprises a control unit, arranged to receive input from the sensors and the drilling rig , and to control movement of the gripping arm , the gripping means , the drill bit storage device , and the breaker device of the drilling rig .
A composition comprising (i) an exopolysaccharide-associated protein selected from the group consisting of Bap1, RbmA, or RbmC, and (ii) a heterologous protein fused to the exopolysaccharide-associated protein, thus forming a fusion protein, wherein the heterologous protein is an enzyme. (i) an exopolysaccharide-associated protein selected from the group consisting of Bap1, RbmA, or RbmC, and (ii) a heterologous protein fused to the exopolysaccharide-associated protein, thus forming a fusion protein, wherein the heterologous protein is an enzyme.
A self-propelled combine harvester , comprising: - a processing area which is at least partially surrounded by a machine housing , in which a threshing device , a separating device as well as a cleaning screen and a cleaning device comprising a cleaning fan are disposed, - a propulsion engine with a cooler with cooler ventilator and a screen means disposed upstream of the cooler ventilator in order to retain particles of debris present in the cooling air which is sucked in, wherein an extraction nozzle which is at least partially open towards the screen means is associated with the screen means in the region of the air intake side , the effective suction area of the extraction nozzle being smaller than the air inlet area of the screen means , wherein the extraction nozzle is connected to at least one harvesting operation-dependent vacuum source by at least one suction line , characterized in that the cleaning fan is configured as a suction fan assembly which is disposed downstream of the cleaning screens of the cleaning device , producing a vacuum in the processing area , and in that the extraction nozzle is connected to the processing area by the at least one suction line as the harvesting operation-dependent vacuum source . - a processing area which is at least partially surrounded by a machine housing , in which a threshing device , a separating device as well as a cleaning screen and a cleaning device comprising a cleaning fan are disposed, - a propulsion engine with a cooler with cooler ventilator and a screen means disposed upstream of the cooler ventilator in order to retain particles of debris present in the cooling air which is sucked in, wherein an extraction nozzle which is at least partially open towards the screen means is associated with the screen means in the region of the air intake side , the effective suction area of the extraction nozzle being smaller than the air inlet area of the screen means , wherein the extraction nozzle is connected to at least one harvesting operation-dependent vacuum source by at least one suction line ,
A computer-implemented method for calibrating at least a first image recording and a second image recording, which image recordings are taken from an observation point using a camera and which image recordings comprise an object moving with respect to said observation point, wherein a first point P1 of the object and a second point P2 of the object, which points define a reference stretch R12, are moved along the length of movement vectors L1 and L2, respectively, with respect to the observation point at velocities v1 and v2, respectively, wherein R12 is oriented at an angle α1 with respect to L1 and at an angle α2 with respect to L2 and R12 defines a plane E12 with L1 and/or L2, wherein the first image recording shows a distorted point P1'(t1) and a distorted point P2'(t1) as well as a distorted reference stretch R12'(t1) at a time t1 and the second image recording shows a distorted point P1'(t2) and a distorted point P2'(t2) as well as a distorted reference stretch R12'(t2) at a time t2, wherein the distorted points P1'(t1) and P1'(t2) as well as P2'(t1) and P2'(t2) correspond to the non-distorted points P1 and P2, respectively, and are extracted from the first image recording and from the second image recording using known image processing methods, characterised in that a first movement vector L1' defining the movement of the first distorted point P1' from position P1'(t1) to position P1'(t2) from the image recordings and a second movement vector L2' defining the movement of the second distorted point P2' from position P2'(t1) to position P2'(t2) from the image recordings are determined such that mathematical modelling can be performed based on - projective equalisation under the assumption of L1 and L2 and/or R12(t1) and R12(t2) being parallel, - affine equalisation by producing the non-distorted angle α1 between L1 and R12 and/or the non-distorted angle α2 between L2 and R12, and - isometric rectification by determining the scaling parameter from ratio s=R12'/R12. - projective equalisation under the assumption of L1 and L2 and/or R12(t1) and R12(t2) being parallel, - affine equalisation by producing the non-distorted angle α1 between L1 and R12 and/or the non-distorted angle α2 between L2 and R12, and - isometric rectification by determining the scaling parameter from ratio s=R12'/R12.
An RFIC module comprising: a flexible substrate ; an RFIC chip mounted on the substrate and including a first input/output terminal and a second input/output terminal ; a power feeding circuit including a coil conductor including a first coil end (T1) and a second coil end (T2) respectively connected to the first input/output terminal and the second input/output terminal ; and a first terminal electrode and a second terminal electrode respectively disposed on a principal surface of the substrate and connected to the coil conductor ; wherein the coil conductor includes a first coil portion (CIL1) and a second coil portion (CIL2), respectively including a winding axis extending in a direction intersecting with the principal surface of the substrate , and the first terminal electrode is connected to a first position of the coil conductor , the second terminal electrode is connected to a second position of the coil conductor , characterized in that the first coil portion (CIL1) and the second coil portion (CIL2) are located at positions with the RFIC chip interposed therebetween and not overlapping with the RFIC chip in a planar view of the substrate ; and the coil conductor further includes a third coil portion (CIL3) and a fourth coil portion (CIL4) connected in series between the first position and the second position and respectively overlapping with the first coil portion (CIL1) and the second coil portion (CIL2) in the planar view of the substrate . a flexible substrate ; an RFIC chip mounted on the substrate and including a first input/output terminal and a second input/output terminal ; a power feeding circuit including a coil conductor including a first coil end (T1) and a second coil end (T2) respectively connected to the first input/output terminal and the second input/output terminal ; and a first terminal electrode and a second terminal electrode respectively disposed on a principal surface of the substrate and connected to the coil conductor ; wherein the coil conductor includes a first coil portion (CIL1) and a second coil portion (CIL2), respectively including a winding axis extending in a direction intersecting with the principal surface of the substrate , and the first terminal electrode is connected to a first position of the coil conductor , the second terminal electrode is connected to a second position of the coil conductor , characterized in that the first coil portion (CIL1) and the second coil portion (CIL2) are located at positions with the RFIC chip interposed therebetween and not overlapping with the RFIC chip in a planar view of the substrate ; and the coil conductor further includes a third coil portion (CIL3) and a fourth coil portion (CIL4) connected in series between the first position and the second position and respectively overlapping with the first coil portion (CIL1) and the second coil portion (CIL2) in the planar view of the substrate .