mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic analysis device comprising: an intermediate disk on which an intermediate container for carrying out a pretreatment by a pretreatment liquid for a sample dispensed from a sample container or a reaction of a reagent with the sample is arranged; a plurality of test mechanisms (30a-c) for a plurality of items for the sample dispensed from the sample container or the intermediate container ; a reaction disk which is provided to any of the plurality of test mechanisms (30a-c) and on which a reaction vessel for carrying out a reaction of the reagent with the sample is arranged; a reagent dispensing mechanism which is adapted to dispense the reagent into the intermediate container and the reaction vessel ; and a controlling unit for controlling the entire automatic analysis device , characterised in that the controlling unit is configured to control the automatic analysis device such that the reagent dispensing mechanism is used as a pretreatment-liquid dispensing mechanism for dispensing the pretreatment liquid into the intermediate container . an intermediate disk on which an intermediate container for carrying out a pretreatment by a pretreatment liquid for a sample dispensed from a sample container or a reaction of a reagent with the sample is arranged; a plurality of test mechanisms (30a-c) for a plurality of items for the sample dispensed from the sample container or the intermediate container ; a reaction disk which is provided to any of the plurality of test mechanisms (30a-c) and on which a reaction vessel for carrying out a reaction of the reagent with the sample is arranged; a reagent dispensing mechanism which is adapted to dispense the reagent into the intermediate container and the reaction vessel ; and a controlling unit for controlling the entire automatic analysis device , characterised in that the controlling unit is configured to control the automatic analysis device such that the reagent dispensing mechanism is used as a pretreatment-liquid dispensing mechanism for dispensing the pretreatment liquid into the intermediate container .
A device for monitoring analyte concentration, the device comprising: an implantable analyte sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, the sensing membrane comprising a biointerface layer, wherein the biointerface layer comprises a biointerface polymer, wherein the biointerface polymer comprises polyurethane and/or polyurea segments and one or more zwitterionic repeating units. an implantable analyte sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, the sensing membrane comprising a biointerface layer, wherein the biointerface layer comprises a biointerface polymer, wherein the biointerface polymer comprises polyurethane and/or polyurea segments and one or more zwitterionic repeating units.
A polycarbonate resin composition, comprising: (a) an aromatic polycarbonate; (b) a polyester; and (c) a polymer having an epoxy group, wherein the polycarbonate resin composition satisfies the following requirements: a content of the (a) aromatic polycarbonate is 75% by mass or more based on a mass of the polycarbonate resin composition; a mass ratio of a content of the (c) polymer having an epoxy group with respect to a content of the (b) polyester is 0.8 or more; and a content of a sum of the (b) polyester and the (c) polymer having an epoxy group is 20 parts by mass or less with respect to 100 parts by mass of the (a) aromatic polycarbonate. (a) an aromatic polycarbonate; (b) a polyester; and (c) a polymer having an epoxy group, a content of the (a) aromatic polycarbonate is 75% by mass or more based on a mass of the polycarbonate resin composition; a mass ratio of a content of the (c) polymer having an epoxy group with respect to a content of the (b) polyester is 0.8 or more; and a content of a sum of the (b) polyester and the (c) polymer having an epoxy group is 20 parts by mass or less with respect to 100 parts by mass of the (a) aromatic polycarbonate.
A surface permanent magnet (SPM) type rotor comprising a rotor package with a cylindrical outer form composed of magnetic sheets placed, when axis of the rotor is in vertical position, between a lowermost magnetic sheet and an uppermost magnetic sheet ; and a plurality of permanent magnets having a height greater than height of the rotor package , said plurality of permanent magnets being placed so as to surround the outer surface of the rotor package , characterized in that a first subset of said plurality of permanent magnets is placed onto the rotor package such that, when axis of the rotor is in vertical position, the upper surface of each permanent magnet in the first subset is at a higher level than the surface of the uppermost magnetic sheet , while their lower surface is not at a lower level than the lowermost magnetic sheet , while a second subset of said plurality of permanent magnets is placed onto the rotor package such that, when axis of the rotor is in vertical position, the lower surface of each permanent magnet in the second subset is at a lower level than the surface of the lowermost magnetic sheet , while their upper surface is not at an upper level than the uppermost magnetic sheet , thus forming a balance weight, and the centrifugal forces of the first subset of permanent magnets being equal to the centrifugal forces of the second subset of the permanent magnets .
A method for controlling the operation of a loading conveyor belt for bulk material arranged on a self-propelled road construction machine or open-cast mining machine relative to a transport trough of a transport vehicle , comprising the steps of: a) determining (S1) the distance (C) of a 3D camera arranged on the loading conveyor belt perpendicular to the ground surface; b) capturing (S2) a plurality of image points (P), in particular a 3D point cloud, of the transport trough lying in a field of view of the 3D camera or at least a part thereof by the 3D camera ; c) determining the orientation of the transport trough from the point distribution of the plurality of image points; d) correlating the determined orientation of the transport trough with an orientation of a discharge point and/or a discharge path and/or an impact point of the bulk material discharged from the loading conveyor belt ; e) controlling a loading function as a function of the result of the correlation of the orientation of the transport trough with an orientation of a discharge point and/or a discharge path of the bulk material discharged from the loading conveyor belt , wherein between steps b) and c) the plurality of image points (P), in particular the 3D point cloud, is projected into an essentially horizontal 2D reference plane (R), the position of the 2D reference plane (R) being determined taking into account the distance determined in step a), and wherein in step c) use is made of the point distribution of the plurality of image points in the 2D reference plane. a) determining (S1) the distance (C) of a 3D camera arranged on the loading conveyor belt perpendicular to the ground surface; b) capturing (S2) a plurality of image points (P), in particular a 3D point cloud, of the transport trough lying in a field of view of the 3D camera or at least a part thereof by the 3D camera ; c) determining the orientation of the transport trough from the point distribution of the plurality of image points; d) correlating the determined orientation of the transport trough with an orientation of a discharge point and/or a discharge path and/or an impact point of the bulk material discharged from the loading conveyor belt ; e) controlling a loading function as a function of the result of the correlation of the orientation of the transport trough with an orientation of a discharge point and/or a discharge path of the bulk material discharged from the loading conveyor belt , between steps b) and c) the plurality of image points (P), in particular the 3D point cloud, is projected into an essentially horizontal 2D reference plane (R), the position of the 2D reference plane (R) being determined taking into account the distance determined in step a), and wherein in step c) use is made of the point distribution of the plurality of image points in the 2D reference plane.
Polyamide moulding composition consisting of the following components: a) 50 to 75 % by weight of at least one partially crystalline polyamide consisting of at least one diamine and at least one aromatic dicarboxylic acid, whereupon the at least one diamine has 4 to 18 carbon atoms and is selected from a group of diamines consisting of linear aliphatic diamines, branched aliphatic diamines and cycloaliphatic diamines, b) 5 to 20 % by weight of at least one fibrous reinforcing agent, c) 10 to 40 % by weight of at least one non-sized filler which is different from the fibrous reinforcing agent in b) and selected from the group consisting of milled glass fibres, milled carbon fibres, glass flakes, whiskers, wollastonite, mica, phyllosilicates and mixtures thereof, d) 0 to 6 % by weight of a at least one additive, with the proviso that the component b) and c) add up to 25 to 45 % by weight and the entirety of components (a) to (d) gives 100 % by weight, characterised in that the moulding composition has a condensable outgasing resulting in a haze of a maximum of 10 %, measured by determining the haze on a glass plate after a thermal treatment of pellets of the polyamide moulding composition at 200 °C for a period of 8 hours. a) 50 to 75 % by weight of at least one partially crystalline polyamide consisting of at least one diamine and at least one aromatic dicarboxylic acid, whereupon the at least one diamine has 4 to 18 carbon atoms and is selected from a group of diamines consisting of linear aliphatic diamines, branched aliphatic diamines and cycloaliphatic diamines, b) 5 to 20 % by weight of at least one fibrous reinforcing agent, c) 10 to 40 % by weight of at least one non-sized filler which is different from the fibrous reinforcing agent in b) and selected from the group consisting of milled glass fibres, milled carbon fibres, glass flakes, whiskers, wollastonite, mica, phyllosilicates and mixtures thereof, d) 0 to 6 % by weight of a at least one additive,
A method for tracking at least one object configured to be transported by at least one vehicle , the method executed by a computer system , the method comprising: determining at least one location of the at least one vehicle ; determining at least one location of the at least one object ; determining at least one location of at least one geofence adjacent the at least one vehicle based on the at least one location of the at least one vehicle; determining whether a load of the at least one vehicle includes the at least one object based on whether the at least one object is located within the at least one geofence; adjusting an area of the at least one geofence automatically; characterized in that adjusting the area of the at least one geofence comprises: determining a weight of the load of the at least one vehicle ; and increasing the area of the at least one geofence when the computer system determines that no object is located within the at least one geofence and that the weight of the load of the at least one vehicle exceeds a threshold. determining at least one location of the at least one vehicle ; determining at least one location of the at least one object ; determining at least one location of at least one geofence adjacent the at least one vehicle based on the at least one location of the at least one vehicle; determining whether a load of the at least one vehicle includes the at least one object based on whether the at least one object is located within the at least one geofence; adjusting an area of the at least one geofence automatically; characterized in that adjusting the area of the at least one geofence comprises: determining a weight of the load of the at least one vehicle ; and increasing the area of the at least one geofence when the computer system determines that no object is located within the at least one geofence and that the weight of the load of the at least one vehicle exceeds a threshold. determining a weight of the load of the at least one vehicle ; and increasing the area of the at least one geofence when the computer system determines that no object is located within the at least one geofence and that the weight of the load of the at least one vehicle exceeds a threshold.
Header for optoelectronic applications comprising an electrically conducting header base extending in a height (Z), a width (X) and a longitudinal (Y) direction and with a base back face and a base front face as well as at least two openings that extend from the base back face through the volume of the base and along the width direction (X) to the base front face to accommodate at least one electrically isolated pin per opening , which is plugged through the opening , wherein a first and a second electrically conducting pedestal are arranged at the base front face mirror symmetrically with respect to an imaginary plane parallel to the height (Z) and width (X) directions, wherein the first and second pedestal are placed in the height direction (Z) below a center of a respective opening and each pedestal comprises at least a pedestal mounting face and a pedestal free face , which opposes the pedestal mounting face , as well as at least one upper surface for mounting and carrying a pedestal submount and pedestal side faces, wherein the pedestal upper surface faces the respective pin , characterized in that the pedestal mounting face of each of the first and second pedestal is fixedly attached to the base front face with an electrically conductive material that is at least partially arranged between the base front face and the pedestal mounting face , and in that each pedestal comprises a bar arranged on the upper surface thereof and directed perpendicular to the longitudinal (Y) and height (Z) directions and the bar extends along one of the side faces of the pedestal to form a sidewall adjacent to the upper surface , wherein a L-shape, in a cross-section along the height (Z) and longitudinal (Y) directions, of each of the first and second pedestals is formed by the first bar and the upper surface of the pedestal. wherein the first and second pedestal are placed in the height direction (Z) below a center of a respective opening and each pedestal comprises at least a pedestal mounting face and a pedestal free face , which opposes the pedestal mounting face , as well as at least one upper surface for mounting and carrying a pedestal submount and pedestal side faces, wherein the pedestal upper surface faces the respective pin , characterized in that the pedestal mounting face of each of the first and second pedestal is fixedly attached to the base front face with an electrically conductive material that is at least partially arranged between the base front face and the pedestal mounting face , and in that each pedestal comprises a bar arranged on the upper surface thereof and directed perpendicular to the longitudinal (Y) and height (Z) directions and the bar extends along one of the side faces of the pedestal to form a sidewall adjacent to the upper surface , wherein a L-shape, in a cross-section along the height (Z) and longitudinal (Y) directions, of each of the first and second pedestals is formed by the first bar and the upper surface of the pedestal.
Use of a gas hydrate for producing a frozen food foam product, wherein the gas comprises carbon dioxide and nitrogen.
Chronograph comprising - an electronic computer , - power supply means , - a non-volatile memory and a volatile memory; - control means operatively connected to said computer ; - a display operatively connected to said computer ; wherein: - said computer comprises electronic means, comprising a programme defined by a machine type language, configured to enable: - storing only once a set date by means of said control means in said non-volatile memory , so that said set date cannot be modified after the first setting, - saving by means of said control means a current benchmark date on the volatile memory, - calculating the time elapsed between said set date and said benchmark date, - display said time elapsed by means of said display . - an electronic computer , - power supply means , - a non-volatile memory and a volatile memory; - control means operatively connected to said computer ; - a display operatively connected to said computer ; - said computer comprises electronic means, comprising a programme defined by a machine type language, configured to enable: - storing only once a set date by means of said control means in said non-volatile memory , so that said set date cannot be modified after the first setting, - saving by means of said control means a current benchmark date on the volatile memory, - calculating the time elapsed between said set date and said benchmark date, - display said time elapsed by means of said display . - storing only once a set date by means of said control means in said non-volatile memory , so that said set date cannot be modified after the first setting, - saving by means of said control means a current benchmark date on the volatile memory, - calculating the time elapsed between said set date and said benchmark date, - display said time elapsed by means of said display .
Device comprising a hollow profile and an object anchored to the outer surface of the hollow profile , whereby the outer surface of the hollow profile is perforated by a hole and connecting parts , which are connected both to the hollow profile and to the object to be anchored, extend from outside the hollow profile through the hole into the cavity in the hollow profile , whereby, respectively, two connecting parts (3, 4; 16, 17) are separate in relation to one another, whereby each connecting part has a respective extension , which projects through the hole into the cavity of the hollow profile , whereby the two connecting parts in assembled condition are rigidly connected to one another outside the profile and whereby the rigid construction formed jointly by the extensions (8, 9; 14, 15) of the two connecting parts (3, 4; 16, 17) is wider in a plane lying perpendicular to the axis of the hole than the diameter of the hole , characterised in that the connection between the two respectively separate connecting parts (3, 4; 16, 17) and the object to be anchored is a screw connection which comprises a screw and a threaded nut , whereby the screw extends through screw through-holes , which are aligned with one another, in the connecting parts and in the object to be anchored.
A steering gear for a steer-by-wire steering system of a motor vehicle having an electric motor having a motor shaft , wherein the motor shaft drives a spindle of a worm gear and the worm gear comprises a spindle nut in such a manner that a rotational movement originating from the motor shaft is converted into a linear movement of the spindle nut along an axis , characterized in that the spindle nut in order to steer wheels of the motor vehicle is connected to an articulation of a first tie rod via a lever , and that the steering gear comprises a coupling rod which extends parallel with the movement direction of the spindle nut and which transmits the movement of the tie rod which is directly connected to the spindle nut to a second tie rod of the steering system.
A Ni-based thermal spraying alloy powder comprising Cr: 15 wt% or more and 25 wt% or less, Mo: 0 wt% or more and 5 wt% or less, Si: 0.5 wt% or more and less than 2.0 wt%, Fe: 5 wt% or less, C: 0.3 wt% or more and 0.7 wt% or less, and B: 4 wt% or more and 7 wt% or less, with the balance being Ni and incidental impurities.
A system to control glycemia in a patient , the system comprising: an insulin delivery device for delivering insulin to the patient; a user interface for inputting patient data, the patient data including meal data; and a controller communicatively coupled to the user interface and configured to: receive the patient data from the user interface, define a state vector and an associated model, the state vector comprising state variables including estimated values of insulin, carbohydrate, and physiological glucose in the patient, propagate the state vector, correct the propagated state vector by adding an amount of insulin to an insulin state variable, determine a dose request with the corrected-state vector, and transmit the dose request to the insulin delivery device, characterized in that the amount of added insulin is based on the meal data. an insulin delivery device for delivering insulin to the patient; a user interface for inputting patient data, the patient data including meal data; and a controller communicatively coupled to the user interface and configured to: receive the patient data from the user interface, define a state vector and an associated model, the state vector comprising state variables including estimated values of insulin, carbohydrate, and physiological glucose in the patient, propagate the state vector, correct the propagated state vector by adding an amount of insulin to an insulin state variable, determine a dose request with the corrected-state vector, and transmit the dose request to the insulin delivery device, characterized in that the amount of added insulin is based on the meal data. receive the patient data from the user interface, define a state vector and an associated model, the state vector comprising state variables including estimated values of insulin, carbohydrate, and physiological glucose in the patient, propagate the state vector, correct the propagated state vector by adding an amount of insulin to an insulin state variable, determine a dose request with the corrected-state vector, and transmit the dose request to the insulin delivery device, characterized in that the amount of added insulin is based on the meal data.
Promoter comprising the nucleic acid sequence SEQ ID NO:1, in which a fragment starting from position A and ending at position B of said sequence SEQ ID NO:1 has been substituted by a fragment of the hEF1α promoter comprising at least the TATA box, wherein position A is comprised between nucleotides 521 and 555 of SEQ ID NO:1, and position B is comprised between nucleotides 560 and 587 of SEQ ID NO:1, and wherein the fragment consisting of nucleotides 598 to 607 of SEQ ID NO:1 may be present or absent, wherein the fragment of the hEF1α promoter comprising at least the TATA box is chosen from sequences SEQ ID NO:2, 3 and 4.