mhurhangee/ep-ind-claims huggingface dataset:
A method of making a gummy composition, comprising providing a gelling blend, comprising pectin having a carboxyl content of not more than 45% by weight of pectin and an amide content of not less than 20% by weight of pectin; a solubilizing blend, wherein the solubilizing blend comprises a solubilizing salt having a formula of M-A, wherein M represents a cation of an alkaline or alkaline earth metal and A represents an anion of a multivalent acid having at least one pKa exceeding 4; a swelling solvent; and a first bonding blend, optionally providing an emulsifying blend; providing a second bonding blend, so that the first bonding blend and the second bonding blend form a bonding blend, wherein the bonding blend comprises a combination of at least two of a monosaccharide, a disaccharide and a tri-saccharide; providing an active blend, comprising an active agent; combining the gelling blend, the emulsifying blend, the bonding blend and the active blend to provide a pre-molding blend; combining the pre-molding blend with a pH adjusting blend to provide a molding blend, wherein the molding blend has a pH value of at least 5; and forming the molding blend into a gummy dosage composition. providing a gelling blend, comprising pectin having a carboxyl content of not more than 45% by weight of pectin and an amide content of not less than 20% by weight of pectin; a solubilizing blend, wherein the solubilizing blend comprises a solubilizing salt having a formula of M-A, wherein M represents a cation of an alkaline or alkaline earth metal and A represents an anion of a multivalent acid having at least one pKa exceeding 4; a swelling solvent; and a first bonding blend, pectin having a carboxyl content of not more than 45% by weight of pectin and an amide content of not less than 20% by weight of pectin; a solubilizing blend, wherein the solubilizing blend comprises a solubilizing salt having a formula of M-A, wherein M represents a cation of an alkaline or alkaline earth metal and A represents an anion of a multivalent acid having at least one pKa exceeding 4; a swelling solvent; and a first bonding blend, optionally providing an emulsifying blend; providing a second bonding blend, so that the first bonding blend and the second bonding blend form a bonding blend, wherein the bonding blend comprises a combination of at least two of a monosaccharide, a disaccharide and a tri-saccharide; providing an active blend, comprising an active agent; combining the gelling blend, the emulsifying blend, the bonding blend and the active blend to provide a pre-molding blend; combining the pre-molding blend with a pH adjusting blend to provide a molding blend, wherein the molding blend has a pH value of at least 5; and forming the molding blend into a gummy dosage composition.
A fingerprint reader device, comprising: a slide-type fingerprint sensor; and a positioning structure, comprising a finger-slide surface (3, 32) and guide sidewalls (4, 5) situated on both sides of the finger-slide surface, for positioning a first joint portion of a finger at a center point of the fingerprint sensor, wherein the positioning structure includes a sensor movement mechanism configured to keep the fingerprint sensor at a position bulging from the finger-slide surface, on which the finger is slid at the time of scanning, when the fingerprint sensor is not pressed down, and allow the fingerprint sensor to move towards the finger-slide surface upon being pressed down, where an elastic means is configured to provide upwards elastic urge for the fingerprint sensor, characterised in that the finger-slide surface includes a movable front-side finger-slide surface situated anterior to the position of the fingerprint sensor in a finger-slide direction, and a rear-side finger-slide surface situated posterior to the position of the fingerprint sensor in the finger-slide direction, and the movable front-side finger-slide surface is configured to move vertically, and, when not pressed down, to bulge relative to the rear-side finger-slide surface, the fingerprint reader device further comprising: a finger-slide-surface movement mechanism configured to keep the movable front-side finger-slide surface at a position bulging from the rear-side finger-slide surface when the movable front-side finger-slide surface is not pressed down, and to allow the movable front-side finger-slide surface to move upon being pressed down. a slide-type fingerprint sensor; and a positioning structure, comprising a finger-slide surface (3, 32) and guide sidewalls (4, 5) situated on both sides of the finger-slide surface, for positioning a first joint portion of a finger at a center point of the fingerprint sensor, wherein
Arrangement comprising a shaft with a shaft axis and a sensor unit for measuring a rotational state of the shaft, having a transmission which is connected to the shaft, wherein the transmission has a fist gearwheel and a second gearwheel which are in engagement with one another via a first toothing and a second toothing and wherein the rotation of the first gearwheel about a rotational axis (140, 170), which corresponds to the shaft axis, is detected by the sensor unit, wherein the first gearwheel and the first toothing of the first gearwheel are formed by a printed circuit board, wherein the first gearwheel surrounds the shaft concentrically and is connected thereto in a torque-proof manner, wherein the first toothing of the first gearwheel is directed outwards and arranged concentrically to the shaft axis and engages in the second circumferential outwardly directed toothing of the second gearwheel, wherein the second gearwheel is rotatable about a gearwheel axis, which is arranged parallel and offset to the shaft axis and is fixed in space, the second gearwheel and the second toothing of the second gearwheel also being formed by a printed circuit board, wherein the rotation of the second gearwheel about an axis of rotation corresponding to the gearwheel axis is detected by the sensor unit in addition, wherein the two gearwheels (13, 17) each have an electrically conductive track (21, 22) on an end side facing the sensor unit, wherein the sensor unit is configured to scan the two tracks (21, 22) inductively in order to measure the rotational state of the shaft.
A compound of the formula wherein X is -O -; R 1 is C 1 -C 12 haloalkyl or C 6 -C 10 haloaryl; R 2 is located in position 7 of the coumarinyl ring and is OR 8; R 2 a, R 2 b and R 2 c independently of each other are hydrogen; R 3 is C 1 -C 8 haloalkyl or C 1 -C 8 alkyl; R 4 is hydrogen; and R 8 is C 1 -C 6 alkyl. X is -O -; R 1 is C 1 -C 12 haloalkyl or C 6 -C 10 haloaryl; R 2 is located in position 7 of the coumarinyl ring and is OR 8; R 2 a, R 2 b and R 2 c independently of each other are hydrogen; R 3 is C 1 -C 8 haloalkyl or C 1 -C 8 alkyl; R 4 is hydrogen; and R 8 is C 1 -C 6 alkyl.
A crystal glass, comprising 50-65wt% of SiO 2, 4.1-16wt% of B 2 O 3, 8-20wt% ofZnO, 1-5wt% of TiO 2, 1-5wt% of Al 2 O 3, 1-5wt% of ZrO 2, 6-12wt% of Na 2 O, 1-4wt% of K 2 O, and 1-4wt% of Li 2 O.
A cardiopulmonary bypass priming solution comprising a balanced salt solution and a combination of oncotic and non-oncotic dextran molecules for use in maintaining oncotic pressure during a cardiopulmonary bypass procedure, wherein an oncotic dextran molecule has a mean molecular weight of between 35 and 45 kDa and a non-oncotic dextran molecule has a mean molecular weight lower than 5 kDa and wherein the oncotic dextran is at a concentration equivalent to between 35 and 55 g/l of Dextran 40 and the non-oncotic dextran is at a concentration equivalent to between 1 and 10 g/l of Dextran 1.
A method of quickly setting a DMX address of a light fixture, which is used to set DMX addresses of N sets of light fixtures, the N sets of light fixtures are sequentially connected in series through a first signal line, N = 2, 3,..., a first light fixture is connected with a controller through the first signal line, and let i = 1, 2,..., N-1, the method comprising the following steps: an allocation step: the controller sending a DMX address to an i-th light fixture through the first signal line; a setting step: the i-th light fixture setting a DMX address thereof as a received DMX address of the i-th light fixture, calculating a DMX address of an (i+1)th light fixture based on the received DMX address of the the i-th light fixture, and sending the DMX address of the (i+1)th light fixture to the (i+1)th light fixture through the first signal line; and the (i+1)th light fixture setting the DMX address thereof as the received DMX address of the (i+1)th light fixture, and characterised by: the (i+1)th light fixture sending a feedback signal to the i-th light fixture through the first signal line; and a determining step: the first light fixture to the i-th light fixture each sending a counting signal and/or a UID code thereof and/or a successfully set DMX address thereof to the controller through the first signal line if the i-th light fixture does not receive the feedback signal sent from the (i+1)th light fixture within a set time after sending the DMX address. an allocation step: the controller sending a DMX address to an i-th light fixture through the first signal line; a setting step: the i-th light fixture setting a DMX address thereof as a received DMX address of the i-th light fixture, calculating a DMX address of an (i+1)th light fixture based on the received DMX address of the the i-th light fixture, and sending the DMX address of the (i+1)th light fixture to the (i+1)th light fixture through the first signal line; and the (i+1)th light fixture setting the DMX address thereof as the received DMX address of the (i+1)th light fixture, and characterised by: the (i+1)th light fixture sending a feedback signal to the i-th light fixture through the first signal line; and the i-th light fixture setting a DMX address thereof as a received DMX address of the i-th light fixture, calculating a DMX address of an (i+1)th light fixture based on the received DMX address of the the i-th light fixture, and sending the DMX address of the (i+1)th light fixture to the (i+1)th light fixture through the first signal line; and the (i+1)th light fixture setting the DMX address thereof as the received DMX address of the (i+1)th light fixture, and characterised by: the (i+1)th light fixture sending a feedback signal to the i-th light fixture through the first signal line; and a determining step: the first light fixture to the i-th light fixture each sending a counting signal and/or a UID code thereof and/or a successfully set DMX address thereof to the controller through the first signal line if the i-th light fixture does not receive the feedback signal sent from the (i+1)th light fixture within a set time after sending the DMX address.
A transdermal drug administration device comprising a drug delivery element attached to a water-swellable substrate comprising one or more organic polymers, wherein the drug delivery element defines a contact surface for location, in use, against a patient's skin, further wherein the drug delivery element comprises an active pharmaceutical ingredient and a porous solid material, wherein the porous solid material is based on one or more ceramic materials or one or more geopolymeric materials.
A battery control module for use with a battery, comprising: a voltage measuring module that measures battery voltage; a current measuring module that measures a battery current; and a power limit module that communicates with the current and voltage measuring modules, characterized in that for each time period in a plurality of consecutive time periods, the power limit module estimates a battery current limit (I LIM), in a present time period for use during a future time period, the battery current limit (I LIM) corresponding to a maximum current to be allowed through the battery, wherein the power limit module estimates the battery current limit (I LIM) in the present time period for use during the future time period based on a preselected voltage limit (V LIM) of the battery corresponding to the minimum operating voltage specification (V min) or the maximum operating voltage specification (V max) of the battery; the battery current through the battery measured during the present time period; and a battery voltage of the battery measured during a time period prior to the present time period. a voltage measuring module that measures battery voltage; a current measuring module that measures a battery current; and a power limit module that communicates with the current and voltage measuring modules, characterized in that for each time period in a plurality of consecutive time periods, the power limit module estimates a battery current limit (I LIM), in a present time period for use during a future time period, the battery current limit (I LIM) corresponding to a maximum current to be allowed through the battery, wherein the power limit module estimates the battery current limit (I LIM) in the present time period for use during the future time period based on a preselected voltage limit (V LIM) of the battery corresponding to the minimum operating voltage specification (V min) or the maximum operating voltage specification (V max) of the battery; the battery current through the battery measured during the present time period; and a battery voltage of the battery measured during a time period prior to the present time period.
A catheter, comprising: an elongated body; a basket-shaped electrode assembly mounted at a distal end of the elongated body, the basket-shaped electrode assembly comprising a plurality of spines; a first inner lumen disposed within the elongated body; a second inner lumen disposed adjacent to the first inner lumen; and a seal, the seal having a first opening corresponding to the first inner lumen and a second opening corresponding to the second inner lumen, the seal fixedly attached to a distal end of the elongated body; wherein the elongated body further comprises a spine collar, the spine collar comprising a plurality of outer lumens and wherein the first inner lumen and second inner lumen are disposed within the spine collar; characterized in that: the second inner lumen houses a pull-wire, the pull-wire disposed longitudinally within the second inner lumen; the second opening of the seal is of a dimension to provide a friction fit seal around an outer surface of the pull-wire; and the pull-wire is afforded longitudinal movement relative to the catheter body so that it can move the distal ends of the spines proximally or distally relative to the catheter body to radially expand and contract, respectively, the basket-shaped electrode assembly. an elongated body; a basket-shaped electrode assembly mounted at a distal end of the elongated body, the basket-shaped electrode assembly comprising a plurality of spines; a first inner lumen disposed within the elongated body; a second inner lumen disposed adjacent to the first inner lumen; and a seal, the seal having a first opening corresponding to the first inner lumen and a second opening corresponding to the second inner lumen, the seal fixedly attached to a distal end of the elongated body; the second inner lumen houses a pull-wire, the pull-wire disposed longitudinally within the second inner lumen; the second opening of the seal is of a dimension to provide a friction fit seal around an outer surface of the pull-wire; and the pull-wire is afforded longitudinal movement relative to the catheter body so that it can move the distal ends of the spines proximally or distally relative to the catheter body to radially expand and contract, respectively, the basket-shaped electrode assembly.
A compound for use in the treatment of prostate cancer in a subject, wherein said compound is a dye conjugate comprising a nanoparticle dye selected from the group consisting of IR-783, IR-780, IR-786, and MHI-148 that is covalently conjugated to a monoamine oxidase inhibitor, wherein said monoamine oxidase inhibitor and nanoparticle dye are linked via a linker, wherein said monoamine oxidase inhibitor is selected from the group consisting of clorgyline, moclobemide, phenelzine, tranylcypromine and pargyline.
Conditioning composition for hair characterized in that, it comprises at least one cationic and/or cationizable surfactant of amido amine type, at least one aminated silicone and at least one fatty acid ester selected from compounds according to general structure wherein R 7 is branched or straight, saturated or unsaturated alkyl group with a chain length of 7 to 23 C atoms which may further comprise one or more additional substitutions on the alkyl chain, and R 8 is a branched or straight lower alkyl chain with 1 to 4 C atoms.
Dampable hub plate for a clutch apparatus, in particular for a clutch disc of a friction clutch of a motor vehicle, with at least one cut-out with a cut-out length for receiving at least one helical spring, the cut-out being of radially outwardly open configuration and having a cut-out bottom and two side walls (12, 13), at least one of the side walls (12; 13) having a first side wall section which runs obliquely in the direction of the cut-out bottom and defines a ramp which reduces the cut-out length in the direction of the cut-out bottom, with the result that the helical spring is automatically compressed in the case of an introduction of the helical spring from the radial outside to the radial inside into the cut-out, and, on at least one of its side walls (12; 13), the cut-out having a second side wall section which interacts with the first side wall section in such a way that the at least one side wall (12; 13) has a projection for fastening the helical spring, and characterized in that the hub plate has, furthermore, at least one opening in the form of a slot for receiving a fastening element, the opening being arranged radially at the level of the first obliquely running side wall section.
A method of wirelessly time synchronizing a target node with a source node, the method comprising: sending to the source node a request for time synchronizing the target node with the source node; determining a first time, T1, indicative of a time of transmission of a first radio signal from the source node to the target node; determining a second time, T2, indicative of a time of receipt of the first radio signal at the target node; determining a third time, T3, indicative of a time of transmission of a second radio signal from the target node to the source node; determining a fourth time, T4, indicative of a time of receipt of the second radio signal at the source node; and determining a clock offset based on the times T1, T2, T3 and T4 for use in time synchronizing the target node with the source node, characterized in that the first and second radio signals comprise periodic reference signals, the method further comprising configuring second radio signal transmissions with a muting pattern such that the third time, T3, indicative of a time of transmission of the second radio signal from the target node to the source node does not overlap with the second time, T2, indicative of a time of receipt of the first radio signal at the target node. sending to the source node a request for time synchronizing the target node with the source node; determining a first time, T1, indicative of a time of transmission of a first radio signal from the source node to the target node; determining a second time, T2, indicative of a time of receipt of the first radio signal at the target node; determining a third time, T3, indicative of a time of transmission of a second radio signal from the target node to the source node; determining a fourth time, T4, indicative of a time of receipt of the second radio signal at the source node; and determining a clock offset based on the times T1, T2, T3 and T4 for use in time synchronizing the target node with the source node, characterized in that the first and second radio signals comprise periodic reference signals, the method further comprising configuring second radio signal transmissions with a muting pattern such that the third time, T3, indicative of a time of transmission of the second radio signal from the target node to the source node does not overlap with the second time, T2, indicative of a time of receipt of the first radio signal at the target node.
An adaptive 3D imaging system, comprising: an imaging part and a lens part detachably connected thereto; the imaging part including a sensor and a reflector to transmit captured light field images to the sensor; and a compound eye lens to transmit the captured light field images to the sensor; wherein the compound eye lens is an array of a plurality of microlenses, and the radius, thickness and array spacing of each microlens are related to the dimensions of the sensor; the lens part including a first camera lens and a second camera lens which are positioned at the back of and in the front of the lens part, respectively, an entrance pupil plane and matching device placed between the first camera lens and the second camera lens being adaptive to different focal lengths of the second camera lens, an internal reflection unit provided between the first camera lens the entrance pupil plane and matching device configured to decompose the captured light field images and refract them into multiple secondary images with different angular offsets; wherein said secondary images are normalized and is a multi-view sub-aperture image array; and wherein said secondary images can be further synthesized and extracted to obtain the multi-angle view of the imaged space and thereby the digital refocusing sequence. an imaging part and a lens part detachably connected thereto; the imaging part including a sensor and a reflector to transmit captured light field images to the sensor; and a compound eye lens to transmit the captured light field images to the sensor; wherein the compound eye lens is an array of a plurality of microlenses, and the radius, thickness and array spacing of each microlens are related to the dimensions of the sensor; the lens part including a first camera lens and a second camera lens which are positioned at the back of and in the front of the lens part, respectively, an entrance pupil plane and matching device placed between the first camera lens and the second camera lens being adaptive to different focal lengths of the second camera lens, an internal reflection unit provided between the first camera lens the entrance pupil plane and matching device configured to decompose the captured light field images and refract them into multiple secondary images with different angular offsets; wherein said secondary images are normalized and is a multi-view sub-aperture image array; and wherein said secondary images can be further synthesized and extracted to obtain the multi-angle view of the imaged space and thereby the digital refocusing sequence.
An apparatus for filling a gap between the edge of a train platform and a train, the apparatus comprising a base structure and a plurality of elongate members having a first end mounted to the base structure and a second end opposite the first end, the apparatus being configured such that when the base structure is coupled to a platform and a train is alongside the platform the elongate members are pressed together by providing a force in a direction substantially perpendicular to the longitudinal extent of the elongate members such that the faces of the second ends form a supporting surface, wherein the supporting surface is arranged to provide a bridge between the edge of the platform and the train.