mhurhangee/patent-ind-claim-en huggingface dataset:
A blanket servicing system comprising: a blanket to receive a thermoplastic print agent from a photoconductor element; a rotatably mounted endless cleaning surface , to receive a layer of thermoplastic print agent from the blanket, wherein the endless cleaning surface is to engage with the blanket to transfer residue from the blanket to the layer of thermoplastic print agent on the endless cleaning surface; a scraper , to engage with the endless cleaning surface and transfer the residue from the endless cleaning surface to a collection element; a biasing device to bias the scraper against the endless cleaning surface; the blanket servicing system being characterized by : a variance recording engine to utilize a sensor to record a variance in thickness and/or density of the endless cleaning surface; a determination engine to determine a force with which the scraper is to be biased towards the endless cleaning surface in view of the observed variance; and an implementation engine to adjust the biasing device to exert the determined biasing force towards the endless cleaning surface. a blanket to receive a thermoplastic print agent from a photoconductor element; a rotatably mounted endless cleaning surface , to receive a layer of thermoplastic print agent from the blanket, wherein the endless cleaning surface is to engage with the blanket to transfer residue from the blanket to the layer of thermoplastic print agent on the endless cleaning surface; a scraper , to engage with the endless cleaning surface and transfer the residue from the endless cleaning surface to a collection element; a biasing device to bias the scraper against the endless cleaning surface; the blanket servicing system being characterized by : a variance recording engine to utilize a sensor to record a variance in thickness and/or density of the endless cleaning surface; a determination engine to determine a force with which the scraper is to be biased towards the endless cleaning surface in view of the observed variance; and an implementation engine to adjust the biasing device to exert the determined biasing force towards the endless cleaning surface. a variance recording engine to utilize a sensor to record a variance in thickness and/or density of the endless cleaning surface; a determination engine to determine a force with which the scraper is to be biased towards the endless cleaning surface in view of the observed variance; and an implementation engine to adjust the biasing device to exert the determined biasing force towards the endless cleaning surface.
An all-suture anchor , comprising: a fibrous construct movable between a pre-deployment configuration and a deployed configuration, the fibrous construct having a first density; and a monofilament woven through the fibrous construct, the monofilament having a second density, which is different than the first density; characterized in that the monofilament comprises a segment of a third density. a fibrous construct movable between a pre-deployment configuration and a deployed configuration, the fibrous construct having a first density; and a monofilament woven through the fibrous construct, the monofilament having a second density, which is different than the first density; characterized in that the monofilament comprises a segment of a third density.
A sealed linear encoder apparatus for providing a measure of relative displacement of two relatively movable members, comprising a protective housing and at least one elongate sealing lip , wherein at least a sealing portion of the elongate sealing lip is held in tension along its length, characterised in that the elongate sealing lip has a natural curvature, and the elongate sealing lip is deformed away from its natural curvature into a less curved configuration by the protective housing so as to hold at least the sealing portion in tension.
A composition, comprising at least one oligopeptide comprising solely alpha-peptide-bonds with one amino acid being cysteine (Cys), and free cysteine.
A method of providing data indicative of at least one alternative route to a user travelling through a navigable network, the navigable network being represented by an electronic map comprising a plurality of segments representing navigable segments of the navigable network, the segments being connected by nodes, wherein the method comprises: identifying an upcoming decision point along a main route being travelled by a user between an origin and a destination, at which decision point there are a plurality of outgoing segments, and generating at least one alternative route between the decision point and the destination; storing, in at least one database, data indicative of the at least one generated alternative route to the destination at the decision point; obtaining and storing data indicative of at least one dynamically changing property of the at least one alternative route; determining when the at least one property of the at least one alternative route changes by more than a predetermined amount, and, when such a change is determined, repeating the steps of generating at least one route between the decision point and the destination and storing data indicative of the at least one generated alternative route in the at least one database; and providing the data indicative of the at least one generated alternative route to the user. identifying an upcoming decision point along a main route being travelled by a user between an origin and a destination, at which decision point there are a plurality of outgoing segments, and generating at least one alternative route between the decision point and the destination; storing, in at least one database, data indicative of the at least one generated alternative route to the destination at the decision point; obtaining and storing data indicative of at least one dynamically changing property of the at least one alternative route; determining when the at least one property of the at least one alternative route changes by more than a predetermined amount, and, when such a change is determined, repeating the steps of generating at least one route between the decision point and the destination and storing data indicative of the at least one generated alternative route in the at least one database; and providing the data indicative of the at least one generated alternative route to the user.
An apparatus comprising: means for enabling three dimensional content to be rendered; means for determining movement of the apparatus; means for controlling scrolling of the three dimensional content, wherein if the movement of the apparatus is within a first category the three dimensional content is scrolled to correspond to the movement of the apparatus and if the movement of the apparatus is within a second category the three dimensional content is not scrolled; and wherein; the means for determining movement of the apparatus comprises means for determining a path of the apparatus and comparing expected accelerations for an apparatus following the determined path to measured accelerations of the apparatus, wherein the second category of movement corresponds to the accelerations caused by the apparatus following the determined path and the first category of movement corresponds to accelerations that are not caused by the apparatus following the determined path. means for enabling three dimensional content to be rendered; means for determining movement of the apparatus; means for controlling scrolling of the three dimensional content, wherein if the movement of the apparatus is within a first category the three dimensional content is scrolled to correspond to the movement of the apparatus and if the movement of the apparatus is within a second category the three dimensional content is not scrolled; and wherein; the means for determining movement of the apparatus comprises means for determining a path of the apparatus and comparing expected accelerations for an apparatus following the determined path to measured accelerations of the apparatus, wherein the second category of movement corresponds to the accelerations caused by the apparatus following the determined path and the first category of movement corresponds to accelerations that are not caused by the apparatus following the determined path.
Refrigeration circuit (1a; 1c) comprising in the direction of flow of a circulating refrigerant: a compressor unit comprising at least one compressor ; a heat rejecting heat exchanger/gas cooler ; a high pressure expansion device (6; 50); a receiver ; an expansion device , in particular a normal cooling temperature expansion device ; an evaporator , in particular a normal cooling temperature evaporator ; and characterised by a low pressure gas-liquid-separation unit comprising at least two collecting containers ; wherein an outlet of the evaporator is fluidly connected to an inlet of a first collecting container ; an inlet side of the compressor unit is fluidly connected to a gas outlet of the first collecting container ; a liquid outlet of the first collecting container is fluidly connected via an inlet valve to an inlet of the second collecting container ; and a liquid outlet of the second collecting container is fluidly connected via an outlet valve to the receiver . a compressor unit comprising at least one compressor ; a heat rejecting heat exchanger/gas cooler ; a high pressure expansion device (6; 50); a receiver ; an expansion device , in particular a normal cooling temperature expansion device ; an evaporator , in particular a normal cooling temperature evaporator ; and characterised by a low pressure gas-liquid-separation unit comprising at least two collecting containers ; wherein an outlet of the evaporator is fluidly connected to an inlet of a first collecting container ; an inlet side of the compressor unit is fluidly connected to a gas outlet of the first collecting container ; a liquid outlet of the first collecting container is fluidly connected via an inlet valve to an inlet of the second collecting container ; and a liquid outlet of the second collecting container is fluidly connected via an outlet valve to the receiver .
Cache controller for use in a system , the system comprising an image client and an image server , the image client enabling a user to navigate through image data having at least three spatial dimensions by displaying views of the image data that are obtained from the image server in dependence on navigation requests of the user, and the cache controller comprising: - a processor configured for obtaining content data indicative of a content shown in a current view of the image client , the current view representing a first viewpoint in the three spatial dimensions of the image data; - the processor being further configured for predicting a view request of the image client in dependence on the content data, the view request corresponding to a view representing a second viewpoint in the three spatial dimensions of the image data; and - a communication means configured to obtain the view from the image server in dependence on the view request, and to cache the view in a cache ; wherein the processor is configured for: a) obtaining the content data for performing an image analysis of the current view for obtaining an object within the current view and an orientation of the object within the current view ; and b) predicting a view request of the image client associated with an adjacent view , adjacent to the current view along the orientation of the object, wherein the object is partially shown in the current view , and wherein the processor is configuring to use geometrical extrapolation of the orientation of the object to determine in which adjacent views other parts of the object will be visible. - a processor configured for obtaining content data indicative of a content shown in a current view of the image client , the current view representing a first viewpoint in the three spatial dimensions of the image data; - the processor being further configured for predicting a view request of the image client in dependence on the content data, the view request corresponding to a view representing a second viewpoint in the three spatial dimensions of the image data; and - a communication means configured to obtain the view from the image server in dependence on the view request, and to cache the view in a cache ; a) obtaining the content data for performing an image analysis of the current view for obtaining an object within the current view and an orientation of the object within the current view ; and b) predicting a view request of the image client associated with an adjacent view , adjacent to the current view along the orientation of the object, wherein the object is partially shown in the current view , and wherein the processor is configuring to use geometrical extrapolation of the orientation of the object to determine in which adjacent views other parts of the object will be visible.
A process for producing crude bio oil from biomass, the process comprising: a. preparing an aqueous slurry of the biomass; b. adding a predetermined amount of at least one homogenous catalyst to the aqueous slurry to form a reaction mixture; wherein the homogenous catalyst is a compound having ammonium as a cation and an anion selected from the group consisting of halide, an acetate, a sulphate, a sulphite, a nitrate, a nitrite, a sulphonate, an oleate, and an oxalate; c. hydrothermally liquefying (HTL) the reaction mixture by heating at a temperature in the range of 250 °C to 400 °C, at a pressure in the range of 70 bar to 225 bar, under stirring at a speed in the range of 450 rpm to 550 rpm, in the presence of an inert gas, for a time period in the range of 10 minutes to 90 minutes, to obtain a product mixture comprising crude bio-oil; d. cooling the product mixture to obtain a cooled mixture; and e. separating the oil from the cooled mixture to obtain crude bio-oil and a residue containing the catalyst. a. preparing an aqueous slurry of the biomass; b. adding a predetermined amount of at least one homogenous catalyst to the aqueous slurry to form a reaction mixture; wherein the homogenous catalyst is a compound having ammonium as a cation and an anion selected from the group consisting of halide, an acetate, a sulphate, a sulphite, a nitrate, a nitrite, a sulphonate, an oleate, and an oxalate; c. hydrothermally liquefying (HTL) the reaction mixture by heating at a temperature in the range of 250 °C to 400 °C, at a pressure in the range of 70 bar to 225 bar, under stirring at a speed in the range of 450 rpm to 550 rpm, in the presence of an inert gas, for a time period in the range of 10 minutes to 90 minutes, to obtain a product mixture comprising crude bio-oil; d. cooling the product mixture to obtain a cooled mixture; and e. separating the oil from the cooled mixture to obtain crude bio-oil and a residue containing the catalyst.
A method of producing a stabilized fiber, comprising performing a heat treatment on an acrylamide polymer fiber under an oxidizing atmosphere in a stabilization treatment temperature range of 200°C to 500°C while applying a tension of 0.07 mN/tex to 15 mN/tex; wherein a content of an acrylamide monomer unit in the acrylamide polymer fiber is 50 mol% or more. performing a heat treatment on an acrylamide polymer fiber under an oxidizing atmosphere in a stabilization treatment temperature range of 200°C to 500°C while applying a tension of 0.07 mN/tex to 15 mN/tex; wherein a content of an acrylamide monomer unit in the acrylamide polymer fiber is 50 mol% or more.
A system for implementing a distributed computing system frameset package generator, the system comprising: a frameset package generator configured to: access a frameset package generator profile, wherein the frameset package generator profile is associated with a first image generation device, wherein the frameset package generator profile comprises known device-variability parameters associated with the first image generation device, the device-variability parameters being programmable for machine learning; generate a frameset package based on the frameset package generator profile, wherein the frameset package generator profiles comprise values for the known device-variability parameters; and store the frameset package, wherein the frameset package comprises at least two synthetic data scenes. access a frameset package generator profile, wherein the frameset package generator profile is associated with a first image generation device, wherein the frameset package generator profile comprises known device-variability parameters associated with the first image generation device, the device-variability parameters being programmable for machine learning; generate a frameset package based on the frameset package generator profile, wherein the frameset package generator profiles comprise values for the known device-variability parameters; and store the frameset package, wherein the frameset package comprises at least two synthetic data scenes.
An agent for use in the prevention and treatment of chlamydia infection, which is for oral administration and contains dead cells or pulverized cells of Lactobacillus casei as an active ingredient.
Test device, comprising a first measurement system that is designed for a leak tightness test of a unit under test , and also comprising a second measurement system that is designed for a dimensional check of the unit under test , wherein the first measurement system has at least one connector region via which a test medium can be introduced into the unit under test and which is provided for receiving or holding the unit under test , and wherein the unit under test is able, via the at least one connector region , to be set in a rotation on which the dimensional check is based, wherein the at least one connector region is mounted so as to be able to be turned about a turning axis (D).
An insert molding component comprising a plate-like base member and a covering member integrally formed with said base member , wherein an opening exposing a surface (26m1) of said base member is formed on one side of the plane perpendicular direction of said base member in said covering member , and a molding supporting portion supporting a reverse surface (26m2) of said base member at the time of insert molding is provided on the other side of said covering member in said plane perpendicular direction, where is a reverse side of said opening , wherein the covering member has a surface covering portion integrally formed on the surface (26m1) side of said base member , and a reverse side covering portion integrally formed on a reverse surface (26m2) side of the base member , said surface covering portion having a surface outer periphery covering portion extending with a predetermined width along an outer periphery edge of the base member , and a surface inner periphery covering portion formed on the inner periphery side of the surface outer periphery covering portion so as to be separated; a base opening having a slightly smaller shape than the surface inner periphery covering portion is formed along the pattern shape of the surface inner periphery covering portion on the part of the base member where the surface (26m1) of said base member is covered with said surface inner periphery covering portion , wherein the surface outer periphery covering portion and the surface inner periphery covering portion are solely connected via the reverse side covering portion and said base opening ; a plurality of construct portions are formed and provided on the base opening so as to cross the base opening at proper points of the trace, drawing the shape of the surface inner periphery covering portion ; a widening portion is formed on a part of the plurality of construct portions so as to form a circular shape with a larger diameter than the width of the construct portion ; and a locating hole , which is configured to position the base member without forming the covering member in the plane direction at the time of insert molding of the step floor member , is formed on the widening portion .
A power generation apparatus comprising: a thermoelectric conversion part including a duct and a thermoelectric module disposed on one surface of the duct; a chamber having one side surface in which a hole is formed so that the thermoelectric conversion part is inserted into the hole ; a wire connected to the thermoelectric module; and a guide member , wherein the guide member includes a case disposed on the one side surface of the chamber , including a wire hole (315-1) and a through-hole (311-1) through which the wire passes and accommodating the wire, a pipe disposed outside the case to correspond to the through-hole (311-1), a molding member disposed in the case , and a cover disposed on the case , and the molding member is disposed to surround the wire. a thermoelectric conversion part including a duct and a thermoelectric module disposed on one surface of the duct; a chamber having one side surface in which a hole is formed so that the thermoelectric conversion part is inserted into the hole ; a wire connected to the thermoelectric module; and a guide member , wherein the guide member includes a case disposed on the one side surface of the chamber , including a wire hole (315-1) and a through-hole (311-1) through which the wire passes and accommodating the wire, a pipe disposed outside the case to correspond to the through-hole (311-1), a molding member disposed in the case , and a cover disposed on the case , and the molding member is disposed to surround the wire.
A method for preparing semisolid slurry, wherein the method comprising the following steps: step 1S, putting molten alloy with a first preset temperature into a slurry accommodating receptacle, wherein the first preset temperature being 30~120 degree centigrade higher than liquidus temperature of the alloy; step 2S, when a temperature of the molten alloy being decreased to a second preset temperature, adjusting location of a mechanical stirring rod, extending a second end of the mechanical stirring rod to a position of 5~25 mm from the bottom of the slurry accommodating receptacle, rotating the mechanical stirring rod, a stirring speed of the mechanical stirring rod being 100~900 turns/minute, the second preset temperature being 20~60 degree centigrade higher than liquidus temperature of the alloy; meantime, cooling medium is injected into the mechanical stirring rod with a first preset flux, a temperature of the cooling medium being -10~100 degree centigrade, and the first preset flux being 5~25 L/minute; step 3S, when a temperature of the semisolid slurry being 10~90 degree centigrade lower than the liquidus temperature of the alloy, stopping stirring and cooling to obtain semisolid slurry. step 1S, putting molten alloy with a first preset temperature into a slurry accommodating receptacle, wherein the first preset temperature being 30~120 degree centigrade higher than liquidus temperature of the alloy; step 2S, when a temperature of the molten alloy being decreased to a second preset temperature, adjusting location of a mechanical stirring rod, extending a second end of the mechanical stirring rod to a position of 5~25 mm from the bottom of the slurry accommodating receptacle, rotating the mechanical stirring rod, a stirring speed of the mechanical stirring rod being 100~900 turns/minute, the second preset temperature being 20~60 degree centigrade higher than liquidus temperature of the alloy; meantime, cooling medium is injected into the mechanical stirring rod with a first preset flux, a temperature of the cooling medium being -10~100 degree centigrade, and the first preset flux being 5~25 L/minute; step 3S, when a temperature of the semisolid slurry being 10~90 degree centigrade lower than the liquidus temperature of the alloy, stopping stirring and cooling to obtain semisolid slurry.