mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge for processing a blood sample, the cartridge comprising: a) a pre-treatment fluidic system comprising an inlet via which blood can be supplied and at least one primary detection chamber adapted for measuring a fraction of blood of the blood sample according to first processing steps; b) a post-treatment fluidic system comprising at least one secondary detection chamber adapted for measuring a plasma fraction of the blood sample according to second processing steps, wherein the second processing steps are different from the first processing steps; c) a fluid-treatment element that separates plasma from blood in the blood sample and that couples the post-treatment fluidic system to the pre-treatment fluidic system, wherein the cartridge is arranged such that a measurement of blood in the primary detection chamber and a measurement of plasma in the secondary detection chamber can occur simultaneously for at least a part of a respective measurement duration, and wherein the secondary detection chamber for measuring plasma is located directly under the fluid-treatment element . a) a pre-treatment fluidic system comprising an inlet via which blood can be supplied and at least one primary detection chamber adapted for measuring a fraction of blood of the blood sample according to first processing steps; b) a post-treatment fluidic system comprising at least one secondary detection chamber adapted for measuring a plasma fraction of the blood sample according to second processing steps, wherein the second processing steps are different from the first processing steps; c) a fluid-treatment element that separates plasma from blood in the blood sample and that couples the post-treatment fluidic system to the pre-treatment fluidic system, wherein the cartridge is arranged such that a measurement of blood in the primary detection chamber and a measurement of plasma in the secondary detection chamber can occur simultaneously for at least a part of a respective measurement duration, and wherein the secondary detection chamber for measuring plasma is located directly under the fluid-treatment element .
Apparatus for determining a condition in the form of a wear condition of a displacement unit , having - a fluid line connected to a high-pressure side of the displacement unit , - at least one fluid device fluidically connected to the fluid line , which enables a build-up of fluid pressure in the fluid line upstream of said fluid device, - a pressure sensor in each case which acquires a system variable in the form of the fluid pressure ( p , p' ) in the fluid line upstream of the respective fluid device , - an evaluation device , which is set up in such a manner that it determines the condition of the displacement unit as a function of at least the one system variable ( p, p' ), - a further fluid device , which divides the fluid line into a fluid line portion , which is connected to the displacement unit , and a further fluid line portion and which fluid device is set up in such a manner that it permits a transfer of fluid pressure from the one fluid line portion to the further fluid line portion , in particular above a predefinable pressure threshold, and blocks it in the opposite direction, and - a temperature sensor , which detects a temperature (T) of the fluid flowing through the displacement unit , which temperature is included as a further system variable in the determination of the condition. - a fluid line connected to a high-pressure side of the displacement unit , - at least one fluid device fluidically connected to the fluid line , which enables a build-up of fluid pressure in the fluid line upstream of said fluid device, - a pressure sensor in each case which acquires a system variable in the form of the fluid pressure ( p , p' ) in the fluid line upstream of the respective fluid device , - an evaluation device , which is set up in such a manner that it determines the condition of the displacement unit as a function of at least the one system variable ( p, p' ), - a further fluid device , which divides the fluid line into a fluid line portion , which is connected to the displacement unit , and a further fluid line portion and which fluid device is set up in such a manner that it permits a transfer of fluid pressure from the one fluid line portion to the further fluid line portion , in particular above a predefinable pressure threshold, and blocks it in the opposite direction, and - a temperature sensor , which detects a temperature (T) of the fluid flowing through the displacement unit , which temperature is included as a further system variable in the determination of the condition.
A recombinant AAV9 vector containing a CAG promoter SEQ ID NO: 4 linked to a nucleotide sequence coding for N-acetylglucosaminidase, alpha, SEQ ID NO: 1, wherein the nucleotide sequence coding for N-acetylglucosaminidase, alpha, SEQ ID NO: 1 is sequence SEQ ID NO: 3, sequence SEQ ID NO: 19 or SEQ ID NO: 22.
A tablet dispensing device , comprising: - a tubular container body including two extremities , a tubular side wall in between, the tubular side wall defining an internal dispensing space capable of receiving a tablet to be dispensed, and a tablet dispensing opening formed on the tubular side wall ; - a sleeve configured to slide longitudinally over the tubular side wall and between the two extremities , between a first position, in which the sleeve covers in an airtight manner the tablet dispensing opening , and a second position, in which the sleeve uncovers the tablet dispensing opening , wherein the tablet dispensing device comprises at least two peripheral sealing ribs arranged on an outer surface of the tubular side wall and/or on an inner surface of the sleeve , the tablet dispensing opening being between the two peripheral sealing ribs when the sleeve is at the first position. - a tubular container body including two extremities , a tubular side wall in between, the tubular side wall defining an internal dispensing space capable of receiving a tablet to be dispensed, and a tablet dispensing opening formed on the tubular side wall ; - a sleeve configured to slide longitudinally over the tubular side wall and between the two extremities , between a first position, in which the sleeve covers in an airtight manner the tablet dispensing opening , and a second position, in which the sleeve uncovers the tablet dispensing opening ,
A composition for a lithium secondary battery electrode comprising: an active material; a polyvinyl acetal resin; and an organic solvent, the polyvinyl acetal resin having a structural unit having a hydroxyl group represented by the following formula , a structural unit having an acetal group represented by the following formula (2: where R 1 represents a hydrogen atom or a C1-C20 alkyl group, characterized in that the polyvinyl acetal resin contains a structural unit having a carboxyl group in an amount of 0.01 to 5 mol% and 45 to 95 mol% of the structural unit having a hydroxyl group. an active material; a polyvinyl acetal resin; and an organic solvent, the polyvinyl acetal resin having a structural unit having a hydroxyl group represented by the following formula , a structural unit having an acetal group represented by the following formula (2: where R 1 represents a hydrogen atom or a C1-C20 alkyl group, characterized in that the polyvinyl acetal resin contains a structural unit having a carboxyl group in an amount of 0.01 to 5 mol% and 45 to 95 mol% of the structural unit having a hydroxyl group.
A system for selecting the stitch-forming organs for textile machines, in particular for circular knitting machines, comprising a plurality of needles , which are integral with a rotating cylinder of the textile machine and which rotate with said cylinder, and a plurality of shaped cams , mounted on respective supports surrounding said rotating cylinder and configured to guide said needles in each position of the rotating cylinder, wherein each of said needles is coupled with a selection elastic element , which is inserted into a respective channel or seat of said rotating cylinder and which slides in a vertical direction, said elastic element also having an elastic central portion and at least one upper heel , which can be inserted within a guide cam mounted on a respective support which surrounds said rotating cylinder, and a lower heel , which is housed into said seat of the rotating cylinder, thanks to the action of at least one first shaped cam , or which is radially disengaged from said seat of the rotating cylinder, thanks to the action of said elastic central portion of said selection elastic element when said lower heel is disengaged from said first shaped cam , wherein said selection elastic element is provided with two or more teeth which are placed between said at least one upper heel and said lower heel , and wherein an actuator is configured to control a tilting motion of said selection elastic element , said actuator having some selection levers , each movable and rotatable with respect to its own pin, so that each of said selection levers is able to contact one or more of said teeth of said selection elastic element , characterized in that at least two of said shaped cams have different depths with respect to the rotating cylinder of the machine and said upper and lower heels have different lengths, so as to allow a movement of said needles , respectively upwards and downwards, through the partially or completely coming out of said lower heel , so that said selection elastic elements and said needles are placed in a non-working position or travel two different rising paths, corresponding to the positions of knitting the yarn without releasing the previously stitched points and of placing said needles in a working position according to which said needles knit the yarn by releasing the previously stitched points, said lower heel thus travelling three different paths starting from the same point.
Socket contact which is machined from a solid material and which has a hollow-cylindrical connector region (AB) for receiving a stripped end region of an electric conductor to be connected, and a hollow-cylindrical contact region (KB) having a pin introduction opening for receiving a contact pin; wherein the contact region (KB) has a cylinder wall; wherein at least one contact blade is machined from the cylinder wall; the socket contact being characterized in that a fixed end of the contact blade has an appendage on the hollow-cylindrical contact region; wherein an at least partially encircling groove is incorporated on the outside in the cylinder wall in the region of the appendage, and in that the contact blade on this appendage is folded radially inwards and by way of the free end thereof points towards the pin introduction opening . wherein the contact region (KB) has a cylinder wall; wherein at least one contact blade is machined from the cylinder wall; the socket contact being characterized in that a fixed end of the contact blade has an appendage on the hollow-cylindrical contact region; wherein an at least partially encircling groove is incorporated on the outside in the cylinder wall in the region of the appendage, and in that the contact blade on this appendage is folded radially inwards and by way of the free end thereof points towards the pin introduction opening .
A magnetic measuring apparatus , comprising: an inclination gantry including a mount surface and an inclined surface that is inclined with respect to the mount surface ; a cryostat disposed on the inclined surface ; a cryocooling system connected to the cryostat ; a sensor tube connected to the cryostat and including a curved surface that does not curve in a predetermined direction and curves in a direction orthogonal to the predetermined direction such that a center of the curved surface protrudes with respect to side edges of the curved surface ; and a magnetic sensor that measures biomagnetism, the magnetic sensor being housed in the sensor tube such that a sensor surface of the magnetic sensor faces the curved surface , wherein the sensor surface is inclined with respect to the mount surface in a direction that is same as a direction in which the inclined surface is inclined. an inclination gantry including a mount surface and an inclined surface that is inclined with respect to the mount surface ; a cryostat disposed on the inclined surface ; a cryocooling system connected to the cryostat ; a sensor tube connected to the cryostat and including a curved surface that does not curve in a predetermined direction and curves in a direction orthogonal to the predetermined direction such that a center of the curved surface protrudes with respect to side edges of the curved surface ; and a magnetic sensor that measures biomagnetism, the magnetic sensor being housed in the sensor tube such that a sensor surface of the magnetic sensor faces the curved surface , wherein the sensor surface is inclined with respect to the mount surface in a direction that is same as a direction in which the inclined surface is inclined.
A combination of a sensor array and a microwell array overlaying the sensor array , said sensor array including a plurality of chemical devices , each chemical device comprising: - a substrate ; - a gate structure disposed over the substrate and having an upper surface; - a well structure disposed over the substrate and defining a well over the upper surface of the gate structure ; - a conductive layer disposed on the upper surface of the gate structure and at least partially extending along a wall of the well in the well structure; and a dielectric structure defining the microwell array and disposed over the well structure and defining openings , each opening being operationally associated with a corresponding well of the plurality of chemical devices , the combination of the sensor array and the microwell array being characterized in that : a characteristic diameter of the well at an interface (B) between the well structure and the dielectric structure i is greater than a characteristic diameter of the opening at the interface (B). - a substrate ; - a gate structure disposed over the substrate and having an upper surface; - a well structure disposed over the substrate and defining a well over the upper surface of the gate structure ; - a conductive layer disposed on the upper surface of the gate structure and at least partially extending along a wall of the well in the well structure; and a dielectric structure defining the microwell array and disposed over the well structure and defining openings , each opening being operationally associated with a corresponding well of the plurality of chemical devices , the combination of the sensor array and the microwell array being characterized in that : a characteristic diameter of the well at an interface (B) between the well structure and the dielectric structure i is greater than a characteristic diameter of the opening at the interface (B). a dielectric structure defining the microwell array and disposed over the well structure and defining openings , each opening being operationally associated with a corresponding well of the plurality of chemical devices , the combination of the sensor array and the microwell array being characterized in that : a characteristic diameter of the well at an interface (B) between the well structure and the dielectric structure i is greater than a characteristic diameter of the opening at the interface (B).
A metrology system comprising: a controller couplable to a metrology sub-system , the controller including one or more processors configured to execute program instructions causing the one or more processors to: receive a plurality of image signals of a first metrology target disposed on the sample from the metrology sub-system corresponding to a respective plurality of sets of different optical measurement conditions ; determine a plurality of harmonic detectivity metric values by calculating a harmonic detectivity metric value for each of the plurality of image signals ; identify a harmonic detectivity metric value calculated for a set of optical measurement conditions of the metrology sub-system among said plurality of harmonic detectivity metric values, for which said set of optical measurement conditions defines an optimal recipe for optical metrology measurements of the metrology sub-system ; and provide the recipe to the metrology sub-system for execution of one or more optical metrology measurements of one or more additional metrology targets ; wherein a respective harmonic detectivity metric value of a respective image signal is a function of harmonic signal intensity of the respective image signal, anharmonic noise of the respective image signal, and surface reflectivity of the first metrology target; wherein the respective harmonic detectivity metric value of a respective image signal is monotonically dependent on harmonic signal intensity of the respective image signal, anharmonic noise of the respective image signal, and surface reflectivity of the first metrology target. receive a plurality of image signals of a first metrology target disposed on the sample from the metrology sub-system corresponding to a respective plurality of sets of different optical measurement conditions ; determine a plurality of harmonic detectivity metric values by calculating a harmonic detectivity metric value for each of the plurality of image signals ; identify a harmonic detectivity metric value calculated for a set of optical measurement conditions of the metrology sub-system among said plurality of harmonic detectivity metric values, for which said set of optical measurement conditions defines an optimal recipe for optical metrology measurements of the metrology sub-system ; and provide the recipe to the metrology sub-system for execution of one or more optical metrology measurements of one or more additional metrology targets ; wherein a respective harmonic detectivity metric value of a respective image signal is a function of harmonic signal intensity of the respective image signal, anharmonic noise of the respective image signal, and surface reflectivity of the first metrology target; wherein the respective harmonic detectivity metric value of a respective image signal is monotonically dependent on harmonic signal intensity of the respective image signal, anharmonic noise of the respective image signal, and surface reflectivity of the first metrology target.
A curable resin composition comprising the following ingredients (A) to (D): ingredient (A): a vinyl-based polymer having one or more alkenyl groups in one molecule, ingredient (B): a compound having one or more hydrosilyl groups in one molecule, ingredient (C): a hydrosilylation catalyst, and ingredient (D): a plasticizer, characterised in that the ingredient (D) has at least two peak top molecular weights in a molecular weight distribution measured by GPC and calculated by the standard polystyrene conversion method, a number average molecular weight of the ingredient (D) is 300 to 5000, and polydispersity of the entire molecular weight distribution of the ingredient (D) is in a range of 1.02 to 1.10. ingredient (A): a vinyl-based polymer having one or more alkenyl groups in one molecule, ingredient (B): a compound having one or more hydrosilyl groups in one molecule, ingredient (C): a hydrosilylation catalyst, and ingredient (D): a plasticizer, characterised in that the ingredient (D) has at least two peak top molecular weights in a molecular weight distribution measured by GPC and calculated by the standard polystyrene conversion method, a number average molecular weight of the ingredient (D) is 300 to 5000, and polydispersity of the entire molecular weight distribution of the ingredient (D) is in a range of 1.02 to 1.10.
Air flow control which can be inserted into an air opening for controlling air flowing along an air flow direction, having a closure device comprising adjustable flaps, a closure device comprising adjustable flaps which can be adjusted between an open position releasing the air opening and a closed position at least partially closing the air opening by means of an adjustment device for selectively releasing and closing the air opening, wherein each flap comprises a flap surface extending along a flap longitudinal axis, which is delimited by flap longitudinal sides and flap end faces limiting the flap surface, wherein the flap end faces are formed shorter than the flap longitudinal sides and wherein pins are provided at the flap end faces, which can be inserted movably into a frame or joining partner and are arranged collinearly, CHARACTERIZED IN THAT THAT the closure device comprises a flap arrangement with three flaps rotatably connected to each other comprising a centrally arranged middle flap and two outer flaps enclosing the middle flap, that the flap axis of rotation of the middle flap extends through the center of the flap surface of the middle flap, that the pins of the center flap extend as rotation pins coaxially to the center flap rotation axis of the center flap , that the center flap is rotatably connected at the flap longitudinal sides with the adjacent flap longitudinal sides of the outer flaps , in that the pins of the outer flaps are designed as guide pins which project outwardly offset from the center line of the center flap from the flap end faces of the outer flaps , in that the flap rotation axis of the rotation pins are designed to be drivable, and in that the guide pins of the outer flaps are displaceably guided in channel guides of the frame or of a holding arrangement insertable into the frame.