mhurhangee/ep-ind-claims huggingface dataset:
A metal joist for assembly with like joists to provide a deck assembly, said joist being formed from a continuous sheet and having a web portion and a deck portion extending orthogonally from the web portion and defining a generally planar surface, said deck portion having a shelf section formed by an offset at the intersection of the web portion and deck portion to lie below the general planar surface of the deck and an offset at a distal edge of the deck portion to provide a tail, characterized in that said offsets are relatively dimensioned such that when a tail of one joist is supported on the shelf section of an adjacent joist, the deck portions lie in a common plane and the tail and shelf are set below the common plane, wherein said shelf section is wider than the tail to facilitate adjustment of one joist relative to another in a plane generally parallel to the planar surface of the deck portion.
A compound represented by General Formula, exclusive of compound below, wherein X 21 to X 25 represent a hydrogen atom or an acyclic or cyclic alkyl group having 1 to 20 carbon atoms, and R 1 represents an acyclic alkyl group having 1 to 20 carbon atoms,
A method for quantizing prediction memory during fast recovery coding of speech, comprising: quantizing a best shape vector that describes prediction memory for a current frame; determining whether to send the quantized best shape vector; sending the quantized best shape vector based on the determination; and sending an encoded current frame (310; 314). quantizing a best shape vector that describes prediction memory for a current frame; determining whether to send the quantized best shape vector; sending the quantized best shape vector based on the determination; and sending an encoded current frame (310; 314).
Method for control of a ventilation heat pump, said ventilation heat pump comprises several dampers (S1-S3), a supply air fan, an exhaust fan, a condenser, an evaporator, air volume regulators (L1-L4), temperature sensors (T1-T4), air filters (F1-F2), pressure transmitters (PV1-PV3) and also at least one compressor, cooling tubes, a branch valve and a choke valve connected with the compressor, as the method comprises the following steps: - measure pressure drop over the evaporator by the use of a pressure transmitter during operation of the ventilation heat pump to determine the need for defrosting, - by registration of an increased pressure drop by the pressure transmitter over a predetermined threshold value, a defrosting sequence is started comprising the steps: - stop the compressor, - reduce power level to the exhaust fan and supply air fan to a level which is lower than for normal operation, - shut the damper for external air to the evaporator, - shut the damper for fresh air to the condenser, and - set the damper for the return air to the evaporator to lead return air to the evaporator, in which - during the defrosting sequence, energy from the return air is used for defrosting of the evaporator, and circulation of a given volume of recirculated air is maintained. - measure pressure drop over the evaporator by the use of a pressure transmitter during operation of the ventilation heat pump to determine the need for defrosting, - by registration of an increased pressure drop by the pressure transmitter over a predetermined threshold value, a defrosting sequence is started comprising the steps: - stop the compressor, - reduce power level to the exhaust fan and supply air fan to a level which is lower than for normal operation, - shut the damper for external air to the evaporator, - shut the damper for fresh air to the condenser, and - set the damper for the return air to the evaporator to lead return air to the evaporator, in which - during the defrosting sequence, energy from the return air is used for defrosting of the evaporator, and circulation of a given volume of recirculated air is maintained.
A method comprising: providing cellulosic biomass solids and a molecular hydrogen activating slurry catalyst in a hydrothermal digestion unit, wherein the term slurry catalyst refers to a catalyst comprising fluidly mobile catalyst particles that can be at least partially suspended in a fluid phase via gas flow, liquid flow, mechanical agitation, or any combination thereof; distributing the slurry catalyst within the cellulosic biomass solids using upwardly directed fluid flow in the hydrothermal digestion unit; heating the cellulosic biomass solids in the hydrothermal digestion unit in the presence of the slurry catalyst, a digestion solvent, and molecular hydrogen, thereby obtaining a liquor phase comprising soluble carbohydrates; and allowing a first in situ catalytic reduction reaction to take place on the soluble carbohydrates within the hydrothermal digestion unit, thereby at least partially forming a reaction product comprising a triol, a diol, a monohydric alcohol, or any combination thereof in the hydrothermal digestion unit. providing cellulosic biomass solids and a molecular hydrogen activating slurry catalyst in a hydrothermal digestion unit, wherein the term slurry catalyst refers to a catalyst comprising fluidly mobile catalyst particles that can be at least partially suspended in a fluid phase via gas flow, liquid flow, mechanical agitation, or any combination thereof; distributing the slurry catalyst within the cellulosic biomass solids using upwardly directed fluid flow in the hydrothermal digestion unit; heating the cellulosic biomass solids in the hydrothermal digestion unit in the presence of the slurry catalyst, a digestion solvent, and molecular hydrogen, thereby obtaining a liquor phase comprising soluble carbohydrates; and allowing a first in situ catalytic reduction reaction to take place on the soluble carbohydrates within the hydrothermal digestion unit, thereby at least partially forming a reaction product comprising a triol, a diol, a monohydric alcohol, or any combination thereof in the hydrothermal digestion unit.
An optical mount (100, 200), comprising: a mount material shaped in a closed geometry with an outer surface having sized for matching internal dimensions of an outer housing, and an inner surface comprising a plurality of spaced apart inward extending contacting features (103a, 103b, 203) with each providing contact points that collectively define an inner opening that is sized for securing an optical device within, the optical device including a crystal and of prismatic shape and planar sides intersecting at the corners thereof, and a feature gap or a recessed portion between the inward extending contacting features; edge holders adapted for receiving the corners of the optical device comprising a protrusion pair or inner notches; the outer surface including at least one outer notch (102,202) between the inward extending contacting features; wherein the edge holders and the outer notch are for each acting as hinge points opening or pinching depending on a direction of force for the optical mount responding with flexure when there is a dimensional change in the crystal, in the mount material, or in the housing. a mount material shaped in a closed geometry with an outer surface having sized for matching internal dimensions of an outer housing, and an inner surface comprising a plurality of spaced apart inward extending contacting features (103a, 103b, 203) with each providing contact points that collectively define an inner opening that is sized for securing an optical device within, the optical device including a crystal and of prismatic shape and planar sides intersecting at the corners thereof, and a feature gap or a recessed portion between the inward extending contacting features; edge holders adapted for receiving the corners of the optical device comprising a protrusion pair or inner notches; the outer surface including at least one outer notch (102,202) between the inward extending contacting features; wherein the edge holders and the outer notch are for each acting as hinge points opening or pinching depending on a direction of force for the optical mount responding with flexure when there is a dimensional change in the crystal, in the mount material, or in the housing.
An image processing apparatus for performing image processing on a superimposed image in which a plurality of images are superimposed, the image processing apparatus comprising: an image processor configured to generate the superimposed image being a screen image to be displayed on a display of the image processing apparatus, the superimposed image including at least a first layer on which a stroke image is drawn and a second layer on which a background image is drawn, the first layer and the second layer being superimposed such that the first layer is overlapped over the second layer; characterized by a determiner (20A1) configured to determine whether a storage destination, which is for storing image data representing the superimposed image, is an external device coupled to the image processing apparatus; and a modifier (20A2) configured to compress background image data representing the background image among the image data, and to refrain from compressing stroke image data representing the stroke image among the image data, in response to the storage destination being determined to be the external device by the determiner (20A1). an image processor configured to generate the superimposed image being a screen image to be displayed on a display of the image processing apparatus, the superimposed image including at least a first layer on which a stroke image is drawn and a second layer on which a background image is drawn, the first layer and the second layer being superimposed such that the first layer is overlapped over the second layer; characterized by a determiner (20A1) configured to determine whether a storage destination, which is for storing image data representing the superimposed image, is an external device coupled to the image processing apparatus; and a modifier (20A2) configured to compress background image data representing the background image among the image data, and to refrain from compressing stroke image data representing the stroke image among the image data, in response to the storage destination being determined to be the external device by the determiner (20A1).
A method of operating a pedal cycle, the pedal cycle having an electro-mechanical drive arrangement including a continuously variable ratio transmission system having an input which is mounted to rotate about the axis and an output connected to rotate with a hub member, the transmission system comprising an epicyclic gear set including a sun gear in mesh with a plurality of planet gears mounted to rotate about respective planet shafts carried by a common carrier, which is mounted to rotate with the input about the axis, the planet gears being in mesh with an annulus gear, which is connected to rotate with the hub member, only the sun gear being connected to rotate a rotor of an electrical machine, the electrical connections of the stator of the electrical machine being connected to a controller; the method including the step of: applying a time division multiplexed control algorithm to the electrical machine, wherein the time division multiplexed control algorithm alternates between a first control mode in which current generated by the electrical machine is monitored to infer torque applied to the crank arms of the cycle and a second control mode in which the current in the electrical machine is controlled using the inferred torque.
A method of calibrating an additive manufacturing machine (550, 555), the method comprising: obtaining a model for the additive manufacturing machine; obtaining a baseline sensor data set for a particular additive manufacturing machine; creating a machine-specific nominal fingerprint for the particular additive manufacturing machine with controllable variation for one or more process inputs; wherein the machine-specific nominal fingerprint is obtained by incorporating the baseline sensor data set into a generic model of the additive machine (550, 555); producing on the particular additive manufacturing machine (550, 555) a test-page based object; obtaining a current sensor data set of the test-page based object on the particular additive manufacturing machine (550, 555); estimating a scaling factor or a bias for each of the one or more process inputs from the current data set; and updating a calibration file for the particular additive machine (550, 555) if the estimated scaling error or bias are greater than a respective predetermined tolerance; including using a test-page based object CAD file to produce the test-page based object. obtaining a model for the additive manufacturing machine; obtaining a baseline sensor data set for a particular additive manufacturing machine; creating a machine-specific nominal fingerprint for the particular additive manufacturing machine with controllable variation for one or more process inputs; wherein the machine-specific nominal fingerprint is obtained by incorporating the baseline sensor data set into a generic model of the additive machine (550, 555); producing on the particular additive manufacturing machine (550, 555) a test-page based object; obtaining a current sensor data set of the test-page based object on the particular additive manufacturing machine (550, 555); estimating a scaling factor or a bias for each of the one or more process inputs from the current data set; and updating a calibration file for the particular additive machine (550, 555) if the estimated scaling error or bias are greater than a respective predetermined tolerance; including using a test-page based object CAD file to produce the test-page based object.
A process for the preparation of clopidogrel hydrogen sulfate of polymorphic form I which is characterized by a mean particle size larger than 20 μm comprising: i) adding a sulfuric acid solution in an organic solvent at T2 to a solution of clopidogrel in an organic solvent at T1, ii) stirring the suspension after completed addition at T3 for a certain time, iii) heating the suspension to T4 under control with a certain heating speed and stirring at this temperature for a certain time, iv) isolating the precipitated product, wherein T1 to T3 are temperatures which can be the same or different and are selected from -20 to 40°C, and T4 is a temperature from 15 to 40°C. i) adding a sulfuric acid solution in an organic solvent at T2 to a solution of clopidogrel in an organic solvent at T1, ii) stirring the suspension after completed addition at T3 for a certain time, iii) heating the suspension to T4 under control with a certain heating speed and stirring at this temperature for a certain time, iv) isolating the precipitated product,
A pharmaceutical composition comprising an active agent for use in treating Alzheimer's disease in an individual, wherein the active agent is selected from a neutralizing anti-PD-1 antibody, a neutralizing anti-PD-L1 antibody, and a neutralizing anti-TIM-3 antibody, and the pharmaceutical composition is for administration by a dosage regimen comprising at least two courses of therapy, each course of therapy comprising in sequence a treatment session that comprises administration of the pharmaceutical composition to the individual, followed by a non-treatment session in which the pharmaceutical composition is not administered to the individual, wherein the non-treatment session is between two weeks and six months long, and when the treatment session comprises repeated administration: the pharmaceutical composition is administered during the treatment session daily, or once every two, three, four, five, or six days, once weekly, once every two weeks, once every three weeks or once every four weeks; the treatment session is between 3 days and four weeks long; and the non-treatment session is longer than the period between repeated administrations during the treatment session. the non-treatment session is between two weeks and six months long, and when the treatment session comprises repeated administration: the pharmaceutical composition is administered during the treatment session daily, or once every two, three, four, five, or six days, once weekly, once every two weeks, once every three weeks or once every four weeks; the treatment session is between 3 days and four weeks long; and the non-treatment session is longer than the period between repeated administrations during the treatment session. the pharmaceutical composition is administered during the treatment session daily, or once every two, three, four, five, or six days, once weekly, once every two weeks, once every three weeks or once every four weeks; the treatment session is between 3 days and four weeks long; and the non-treatment session is longer than the period between repeated administrations during the treatment session.
An arthroscopic resection device comprising: an outer tubular member; and an inner tubular member disposed within the outer tubular member, the inner tubular member including an arthroscopic burr having a body with flutes extending along a length of the body, the flutes including parabolic wave patterns located along surface edges of the flutes, characterised in that the burr further comprises a tip with flutes and in that the tip and body include a different number of flutes. an outer tubular member; and an inner tubular member disposed within the outer tubular member, the inner tubular member including an arthroscopic burr having a body with flutes extending along a length of the body, the flutes including parabolic wave patterns located along surface edges of the flutes, characterised in that the burr further comprises a tip with flutes and in that the tip and body include a different number of flutes.
An electronic device comprising: a first wireless communication circuit configured to provide a first radio access technology, RAT, associated with a long term evolution, LTE; a second wireless communication circuit configured to provide a second RAT associated with a new radio, NR; a subscriber identification module; a communication processor operatively connected with the first wireless communication circuit, the second wireless communication circuit, and the subscriber identification module; and a memory operatively connected with the communication processor, wherein the memory stores one or more instructions that, when executed, cause the communication processor to: obtain access technology identifier, ATI, information associated with one public land mobile network, PLMN, from the subscriber identification module, and perform frequency scanning by using the first wireless communication circuit, based on the ATI information indicating a next generation radio access network, NG-RAN, associated with the first RAT. a first wireless communication circuit configured to provide a first radio access technology, RAT, associated with a long term evolution, LTE; a second wireless communication circuit configured to provide a second RAT associated with a new radio, NR; a subscriber identification module; a communication processor operatively connected with the first wireless communication circuit, the second wireless communication circuit, and the subscriber identification module; and a memory operatively connected with the communication processor, wherein the memory stores one or more instructions that, when executed, cause the communication processor to: obtain access technology identifier, ATI, information associated with one public land mobile network, PLMN, from the subscriber identification module, and perform frequency scanning by using the first wireless communication circuit, based on the ATI information indicating a next generation radio access network, NG-RAN, associated with the first RAT. obtain access technology identifier, ATI, information associated with one public land mobile network, PLMN, from the subscriber identification module, and perform frequency scanning by using the first wireless communication circuit, based on the ATI information indicating a next generation radio access network, NG-RAN, associated with the first RAT.
An oral care implement comprising: a handle; a head coupled to the handle; at least one tooth cleaning element extending from the head; the handle comprising: a first component constructed of a first hard material; and a second component constructed of a second hard material, the second component comprising a plurality of strips that collectively form a strap network that wraps around the first component, wherein the plurality of strips comprises a first longitudinal strip, a second longitudinal strip and a third longitudinal strip, and wherein the third longitudinal strip branches into a first branch that converges with the first longitudinal strip and a second branch that converges with the second longitudinal strip. a handle; a head coupled to the handle; at least one tooth cleaning element extending from the head; the handle comprising: a first component constructed of a first hard material; and a second component constructed of a second hard material, the second component comprising a plurality of strips that collectively form a strap network that wraps around the first component, wherein the plurality of strips comprises a first longitudinal strip, a second longitudinal strip and a third longitudinal strip, and wherein the third longitudinal strip branches into a first branch that converges with the first longitudinal strip and a second branch that converges with the second longitudinal strip. a first component constructed of a first hard material; and a second component constructed of a second hard material, the second component comprising a plurality of strips that collectively form a strap network that wraps around the first component, wherein the plurality of strips comprises a first longitudinal strip, a second longitudinal strip and a third longitudinal strip, and wherein the third longitudinal strip branches into a first branch that converges with the first longitudinal strip and a second branch that converges with the second longitudinal strip.