mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: separating ions in a drift chamber based on, respectively, said ions' ion mobility; fragmenting a portion of the ions, said ions in the portion of ions having substantially similar ion mobilities; separating fragments that are ionized, respectively, based on said fragments' ion mobility; selecting a group of other ions, that are not included in the portion of ions, based on their time of flight, and preventing the group of other ions from passing toward a detector by neutralising the group of other ions. separating ions in a drift chamber based on, respectively, said ions' ion mobility; fragmenting a portion of the ions, said ions in the portion of ions having substantially similar ion mobilities; separating fragments that are ionized, respectively, based on said fragments' ion mobility; selecting a group of other ions, that are not included in the portion of ions, based on their time of flight, and preventing the group of other ions from passing toward a detector by neutralising the group of other ions.
A composition comprising an enzyme and carrageenan in which the carrageenan comprises at least 50 wt% iota carrageenan and the enzyme comprises an amylase, an oxidase with oxygen as acceptor, a haloperoxidase or mixtures thereof.
Vacuum pump with a housing , at least one shaft arranged in the housing and rotatably driven by a drive and also with a gearing mechanism coupled to the at least one shaft , wherein in a housing part of the housing having the gearing mechanism there is arranged a lubricant store for receiving a lubricant and wherein the housing part having the gearing mechanism is closable relative to the surroundings by means of a gear cover which is fixable to the rest of the housing , wherein the gear cover has a part which is releasably connectable to the gear cover and which is provided with cooling ribs , characterised in that cooling ribs , which are formed in the region of a drive on the housing , are a direct component of the housing and thus also are made of the same material as the housing .
Method for operating a heating system comprising a heating device , a heating control system and at least two controllable heat sinks (3.1, 3.2, 3.3), wherein each controllable heat sink (3.1, 3.2, 3.3) is assigned a temperature sensor (4.1, 4.2, 4.3), an actuator (5.1, 5.2, 5.3) and a setpoint generator (6, 4.1, 4.2, 4.3, 5.1, 5.2, 5.3), wherein all temperature sensors (4.1, 4.2, 5.3), actuators (5.1, 4.2, 5.3) and setpoint generators (6, 4.1, 4.2, 4.3, 5.1, 5.2, 5.3) can be connected to the heating control system , wherein the heating control system is connected to the temperature sensors (4.1, 4.2, 4.3), actuators (5.1, 5.2, 5.3) and setpoint generators (6, 4.1, 4.2, 4.3, 5.1, 5.2, 5.3), setpoint temperatures ( T S1 , T S2 , T S3 ) are specified by means of at least one setpoint generator (6, 4.1, 4.2, 4.3, 5.1, 5.2, 5.3), actual temperatures (T I1 , T I2 , T I3 ) are recorded by means of at least one corresponding temperature sensor (4.1, 4.2, 4.3), in the rooms (9.1, 9.2, 9. 3) in which the setpoint temperature (T S1 , T S2 , T S3 ) is greater than the corresponding actual temperature T I1 , T I2 , T I3 , the temperatures in these rooms (9.1, 9.2, 9.3) are adjusted to the corresponding setpoint temperatures (T S1 , T S2 , T S3 ) by means of the actuators (5.1, 5.2, 5.3) at the heat sinks (3.1, 3.2, 3.3), characterised in that in the event that at least one actual temperature (T I1 , T I2 , T I3 ) is lower than the corresponding setpoint temperature (T S1 , T S2 , T S3 ), a corresponding signal is sent to the heating control system , if at least two such signals are present, the highest corresponding setpoint temperature (T S1 , T S2 , T S3 ) is used by the heating control system as the setpoint temperature (T S ) for the control algorithm and the heating device is operated in accordance with this setpoint temperature. in the event that at least one actual temperature (T I1 , T I2 , T I3 ) is lower than the corresponding setpoint temperature (T S1 , T S2 , T S3 ), a corresponding signal is sent to the heating control system , if at least two such signals are present, the highest corresponding setpoint temperature (T S1 , T S2 , T S3 ) is used by the heating control system as the setpoint temperature (T S ) for the control algorithm and the heating device is operated in accordance with this setpoint temperature.
A feeder of products or semi-finished products for a transformation or inspection machine , comprising: - a belt conveyor for transporting the products or semi-finished products from an inlet point to an outlet point , said belt conveyor comprising: - a belt extending along a belt path having a conveying stretch from said inlet point to said outlet point , - a motor for moving the belt along the belt path, - a suction device configured to carry out, along the conveying stretch , a suction through a perforation formed in the belt , - a transfer device configured to receive the products or semi-finished products from the belt at the outlet point , characterized in that : - said suction holds the products or semi-finished products against the belt along the conveying stretch , - the feeder comprises an accumulation surface against which the belt pushes the products or semi-finished products and which slows down the products or semi-finished products with respect to the movement of the belt , thus causing a tail of slowed down products or semi-finished products , one in contact with the other, which extends from the outlet point in the conveying stretch . - a belt conveyor for transporting the products or semi-finished products from an inlet point to an outlet point , said belt conveyor comprising: - a belt extending along a belt path having a conveying stretch from said inlet point to said outlet point , - a motor for moving the belt along the belt path, - a belt extending along a belt path having a conveying stretch from said inlet point to said outlet point , - a motor for moving the belt along the belt path, - a suction device configured to carry out, along the conveying stretch , a suction through a perforation formed in the belt , - a transfer device configured to receive the products or semi-finished products from the belt at the outlet point , characterized in that : - said suction holds the products or semi-finished products against the belt along the conveying stretch , - the feeder comprises an accumulation surface against which the belt pushes the products or semi-finished products and which slows down the products or semi-finished products with respect to the movement of the belt , thus causing a tail of slowed down products or semi-finished products , one in contact with the other, which extends from the outlet point in the conveying stretch .
An under window profile of adjustable width that provides support for the joinery product, especially windows or doors joinery, which under window profile has vertical walls and which on horizontal parts which protrude from the vertical walls can have latches (6,6.1), that during the assembly mesh with latches located on the bottom side of the window frame; and wherein the vertical walls are parallel to each other, and said horizontal parts are equipped with elements limiting the movement of the vertical walls , whereas the space between the walls is filled with a flexible expanding material such that the vertical walls are elastically movable in relation to each other.
A hand-held, multi-functional sighting device for the magnified viewing of a distant object from which object rays emanate, comprising - a direct vision optics with a single objective for collecting and collimating object rays, - at least one image inversion system which has a plurality of reflective surfaces for collected object rays, and - a left eyepiece and a right eyepiece for projecting a left-eye beam of visual field rays and a right-eye beam of visual field rays, respectively, in which the two eyepieces are linearly displaceable relative to one another, - a display from which display rays emanate, - a distance sensor having a line of sight with which rays towards the distant object are emittable, and wherein rays collected by the objective and reflected by the distant object being capable of being output to the distance sensor via a wavelength-selective reflective surface , - direction sensors for determining the azimuthal and optionally zenithal orientation of the line of sight , wherein an optical component having a physical beam splitter surface is designed and arranged in such a way that at the physical beam splitter surface firstly a beam of collected collimated object rays and a beam of collimated display rays being capable of being superimposed one on the other and secondly being capable of being split into the left-eye and the right-eye beam of visual field rays . - a direct vision optics with a single objective for collecting and collimating object rays, - at least one image inversion system which has a plurality of reflective surfaces for collected object rays, and - a left eyepiece and a right eyepiece for projecting a left-eye beam of visual field rays and a right-eye beam of visual field rays, respectively, in which the two eyepieces are linearly displaceable relative to one another, - a display from which display rays emanate, - a distance sensor having a line of sight with which rays towards the distant object are emittable, and wherein rays collected by the objective and reflected by the distant object being capable of being output to the distance sensor via a wavelength-selective reflective surface , - direction sensors for determining the azimuthal and optionally zenithal orientation of the line of sight ,
A method for controlling an apparatus that differentiates between a patient with progressive supranuclear palsy (PSP) and a patient with Parkinson's disease (PD), the method comprises the steps of: a) controlling a processor to determine a saccade rate of data previously obtained from a patient and a vertical component of the data previously obtained from a patient associated with a plurality of square wave jerks; b) controlling a processor to compare the saccade rate with a threshold value and the vertical component with a threshold value; c) controlling a processor to identify the presence of PSP or PD in the patient based upon the comparison of the saccade rate and the vertical components with the threshold values, whereby a saccade rate statistically different from the threshold value and a vertical component statistically different from the threshold value identifies the patient to be diagnosed as having PSP, whereas a saccade rate statistically different from the threshold value and a vertical component not statistically different from the threshold value identifies the patient as having PD, wherein the data previously obtained from the patient comprises a recording of a plurality of at least partially repetitive eye movements during gaze fixation that over time define square wave jerks, each square wave jerk being defined by a first horizontal saccadic movement that moves the eye away from a fixation target that is followed by a corrective saccadic movement towards the target shortly thereafter. a) controlling a processor to determine a saccade rate of data previously obtained from a patient and a vertical component of the data previously obtained from a patient associated with a plurality of square wave jerks; b) controlling a processor to compare the saccade rate with a threshold value and the vertical component with a threshold value; c) controlling a processor to identify the presence of PSP or PD in the patient based upon the comparison of the saccade rate and the vertical components with the threshold values, whereby a saccade rate statistically different from the threshold value and a vertical component statistically different from the threshold value identifies the patient to be diagnosed as having PSP, whereas a saccade rate statistically different from the threshold value and a vertical component not statistically different from the threshold value identifies the patient as having PD, wherein the data previously obtained from the patient comprises a recording of a plurality of at least partially repetitive eye movements during gaze fixation that over time define square wave jerks, each square wave jerk being defined by a first horizontal saccadic movement that moves the eye away from a fixation target that is followed by a corrective saccadic movement towards the target shortly thereafter.
A sanitary tissue product exhibiting a basis weight between 40 g/m 2 and 500 g/m 2 as measured according to the Basis Weight Test Method and comprising a co-formed fibrous web and a mono-fibrous element paper web, said mono-fibrous element paper web being made using a wet-laid papermaking process, comprising a non-random, repeating surface pattern and exhibiting a basis weight of at least 10 g/m 2 as measured according to the Basis Weight Test Method, said co-formed fibrous web exhibiting a basis weight of 15 g/m 2 to 400 g/m 2 as measured according to the Basis Weight Test Method and comprising a mixture of thermoplastic filaments and fibers, said filaments comprising a polyolefin selected from polypropylene, polyethylene, and mixtures thereof and being present in the co-formed fibrous web at a level of from 20% to 50% by weight of the co-formed fibrous web on a dry basis and said fibers comprised in the co-formed fibrous web being selected from the group consisting of softwood kraft pulp fibers, hardwood pulp fibers, and mixtures thereof, wherein the sanitary tissue product exhibits a Wet/Dry CD TEA of at least 1.300 as measured according to the Wet and Dry Tensile Strength Test Methods.
A method for managing agricultural rates comprising: providing a farm information display system for a vehicle , including: a display (205; 805), processor and memory ; a GNSS receiver that estimates vehicle position and speed; and, a material quantity sensor ; estimating a material quantity on the vehicle using the material quantity sensor ; estimating a rate of change of material quantity on the vehicle; obtaining a desired vehicle end point from a user; and, adjusting the rate of change of material quantity such that: material quantity on the vehicle will reach a material end point where a container of the vehicle is empty when the vehicle reaches the vehicle end point; the method being characterized in that it comprises estimating a time to the vehicle end point based on the estimated vehicle speed; and adjusting the rate of change of material quantity such that within a user-defined special rate area , the rate of change of material quantity is different from that outside the special rate area . providing a farm information display system for a vehicle , including: a display (205; 805), processor and memory ; a GNSS receiver that estimates vehicle position and speed; and, a material quantity sensor ; estimating a material quantity on the vehicle using the material quantity sensor ; estimating a rate of change of material quantity on the vehicle; obtaining a desired vehicle end point from a user; and, adjusting the rate of change of material quantity such that: material quantity on the vehicle will reach a material end point where a container of the vehicle is empty when the vehicle reaches the vehicle end point; the method being characterized in that it comprises estimating a time to the vehicle end point based on the estimated vehicle speed; and adjusting the rate of change of material quantity such that within a user-defined special rate area , the rate of change of material quantity is different from that outside the special rate area .
A first network device, wherein the first network device comprises a receiving unit and a processing unit, • wherein the receiving unit is configured to receive (S502) a first radio resource control, RRC, message sent by a user equipment, UE, wherein the first RRC message carries first information, and the first information comprises service information of the UE and the service information of the UE comprises request indication type information indicating whether a service request for a service initiated by a user of the UE is a first time request for the service or whether the user is waiting at a buffering stage for the service; • wherein the processing unit is configured to parse (S503) the first RRC message by using an RRC layer of the first network device to obtain the first information, or, the processing unit is configured to: parse (S503) the first RRC message by using the RRC layer of the first network device to obtain encapsulation information of the first information and send the encapsulation information of the first information to a radio access network application control, RAC, layer of the first network device by using the RRC layer of the first network device and parse the encapsulation information of the first information by using the RAC layer of the first network device to obtain the first information; • wherein the first network device is configured to perform a service adjustment of the service based on the first information. • wherein the receiving unit is configured to receive (S502) a first radio resource control, RRC, message sent by a user equipment, UE, wherein the first RRC message carries first information, and the first information comprises service information of the UE and the service information of the UE comprises request indication type information indicating whether a service request for a service initiated by a user of the UE is a first time request for the service or whether the user is waiting at a buffering stage for the service; • wherein the processing unit is configured to parse (S503) the first RRC message by using an RRC layer of the first network device to obtain the first information, or, the processing unit is configured to: parse (S503) the first RRC message by using the RRC layer of the first network device to obtain encapsulation information of the first information and send the encapsulation information of the first information to a radio access network application control, RAC, layer of the first network device by using the RRC layer of the first network device and parse the encapsulation information of the first information by using the RAC layer of the first network device to obtain the first information; • wherein the first network device is configured to perform a service adjustment of the service based on the first information.
Snap lock for clamping one or more operating cords for adjusting the extension length of a sun protection blind, wherein the snap lock has a movable guide element with a guide track for guiding the at least one operating cord, the pressure surfaces , by means of which the guide element can be moved by the at least one operating cord between a clamping position and a release position, and clamping means , which lie, in the clamping position, at a short distance constricting the guide track from a fixed clamping surface and, in the release position, at a greater distance releasing the guide track from the clamping surface , characterized in that a slot-shaped outlet for the at least one operating cord is arranged in a cover , which can be fixed in different angular positions about an axis of rotation parallel to a movement plane of the guide element relative to the snap lock such that, after a position correction, even with the system tilted, the slot-shaped outlet lies horizontally and the operating cord is suitably diverted in the direction of the guide element .
A cooler system for a hydrocarbon flow system , the cooler system comprising: a heat exchange conduit comprising a primary inlet for receiving a fluid to be cooled and a primary outlet ; a return conduit , fluidly connected to the heat exchange conduit at a return location downstream of the primary inlet, and configured to direct at least a proportion of fluid in the heat exchange conduit from the return location to a secondary cooler inlet system ; characterised in that the secondary cooler inlet system comprises a plurality of secondary cooler inlets enabling inflow of recycled fluid from the return conduit to the heat exchange conduit at a plurality of inflow positions along the hydrocarbon flow system, upstream of the return location. a heat exchange conduit comprising a primary inlet for receiving a fluid to be cooled and a primary outlet ; a return conduit , fluidly connected to the heat exchange conduit at a return location downstream of the primary inlet, and configured to direct at least a proportion of fluid in the heat exchange conduit from the return location to a secondary cooler inlet system ; characterised in that the secondary cooler inlet system comprises a plurality of secondary cooler inlets enabling inflow of recycled fluid from the return conduit to the heat exchange conduit at a plurality of inflow positions along the hydrocarbon flow system, upstream of the return location.
A method, comprising: configuring, by a network node, at least one sidelink, SL, user equipment, UE, to use simultaneous sidelink, SL, transmission mode 1 and mode 2 for one or more sidelink, SL, logical channels, LCHs; and configuring the at least one sidelink, SL, user equipment, UE, with a plurality of transmission patterns related to the use of the sidelink, SL, transmission mode 1 or mode 2, characterized in that the transmission patterns indicate or include information on a sequential usage of the sidelink, SL, transmission mode 1 or mode 2 for transmitting packets, and criteria for the at least one sidelink, SL, user equipment, UE, to select and use the corresponding transmission pattern. configuring, by a network node, at least one sidelink, SL, user equipment, UE, to use simultaneous sidelink, SL, transmission mode 1 and mode 2 for one or more sidelink, SL, logical channels, LCHs; and configuring the at least one sidelink, SL, user equipment, UE, with a plurality of transmission patterns related to the use of the sidelink, SL, transmission mode 1 or mode 2, characterized in that the transmission patterns indicate or include information on a sequential usage of the sidelink, SL, transmission mode 1 or mode 2 for transmitting packets, and criteria for the at least one sidelink, SL, user equipment, UE, to select and use the corresponding transmission pattern.
A method for detecting binding between a first species and a second species, comprising: exposing the first species to a composition comprising the second species; capturing the first species on a self-assembled monolayer, wherein the self-assembled monolayer comprises a standard species; performing MALDI on the self-assembled monolayer to generate a signal from the second species and a signal from the standard species; and determining whether binding has occurred if a ratio of the signal from the second species to the signal from the standard species is greater than or equal to a cutoff value. exposing the first species to a composition comprising the second species; capturing the first species on a self-assembled monolayer, wherein the self-assembled monolayer comprises a standard species; performing MALDI on the self-assembled monolayer to generate a signal from the second species and a signal from the standard species; and determining whether binding has occurred if a ratio of the signal from the second species to the signal from the standard species is greater than or equal to a cutoff value.