mhurhangee/ep-ind-claims huggingface dataset:
Method for starting up a warp-knitting machine with a new pattern, in which threads of a warp are drawn into guide needles and at least one row of stitches is formed by interaction of the guide needles with knitting needles, characterized in that a tension of the incoming threads is determined and limited to a predetermined maximum value by regulating a delivery drive.
Energy chain (100; 200,... 700) for guiding several lines such as cables, hoses or the like, in particular in a clean room application, comprising a number of chain links (212; 312,... 812) articulated to each other, wherein at least some chain links present a housing (216; 316,... 816) for the passage of said cables, hoses or the like, and wherein adjacent chain links can be pivoted against each other by means of a hinged connection in such a manner that a movable deflection zone having a predetermined curvature is formed between a fixed connection and a movable connection of the energy chain; characterized in that a bendable tubular envelope (210;... 810), which has a corrugated hose-like configuration, circumferentially surrounds the chain links between said two connections (105, 107) in a continuous closed manner and serving as a containment to prevent release of abrasion particles, wherein the envelope is supported and entrained by at least some chain links and that the material of the corrugated hose-like envelope is elastic and sufficiently flexible for absorbing said predetermined curvature of the deflection zone and for following the movement thereof.
A multi-cyclone dust separating apparatus, comprising: a first cyclone chamber that separates dust-laden air drawn from outside; a second cyclone chamber that separates dust-laden air drawn from the first cyclone chamber; and a third cyclone chamber that separates dust-laden air drawn from the second cyclone chamber, characterized in that the second cyclone chamber is disposed in the first cyclone chamber, and in that the third cyclone chamber is disposed around a periphery of the first cyclone chamber. a first cyclone chamber that separates dust-laden air drawn from outside; a second cyclone chamber that separates dust-laden air drawn from the first cyclone chamber; and a third cyclone chamber that separates dust-laden air drawn from the second cyclone chamber,
A method for estimating the optical power of corrective lenses in a pair a eyeglasses worn by a spectator, characterized in that it comprises the following steps: - identify the position of the iris of each eye into two consecutive images of the spectator's face, one of these images being acquired with eyeglasses and the other without,- estimate the optical power of the corrective lenses based on an evaluated size magnification or size reduction of each imaged iris. - identify the position of the iris of each eye into two consecutive images of the spectator's face, one of these images being acquired with eyeglasses and the other without,- estimate the optical power of the corrective lenses based on an evaluated size magnification or size reduction of each imaged iris.
A helmet, comprising: a shell having an exterior surface and an interior surface; a padding disposed along the interior surface of the shell, the padding defining a first engagement surface positioned at a first lateral side of the padding and a second engagement surface positioned at an opposing second lateral side of the padding; and a chinbar including: a cage configured to extend around a chin of a wearer of the helmet, the cage including a first end defining a third engagement surface and a second end defining a fourth engagement surface; a first flange extending from the first end of the cage; and a second flange extending from the second end of the cage; wherein the third engagement surface of the chinbar interfaces with the first engagement surface of the padding and the fourth engagement surface of the chinbar interfaces with the second engagement surface of the padding; wherein the first flange of the chinbar is embedded within the first lateral side of the padding and the second flange of the chinbar is embedded within the opposing second lateral side of the padding; characterized in that the cage defines a plurality of apertures (122, 132, 142, 144) and the plurality of apertures (122, 132, 142, 144) form an open space in the cage that accounts for greater than 50% of a volume of the cage, thereby reducing an overall weight of the helmet and increasing ventilation through the chinbar and into an internal cavity of the helmet. a shell having an exterior surface and an interior surface; a padding disposed along the interior surface of the shell, the padding defining a first engagement surface positioned at a first lateral side of the padding and a second engagement surface positioned at an opposing second lateral side of the padding; and a chinbar including: a cage configured to extend around a chin of a wearer of the helmet, the cage including a first end defining a third engagement surface and a second end defining a fourth engagement surface; a first flange extending from the first end of the cage; and a second flange extending from the second end of the cage; a cage configured to extend around a chin of a wearer of the helmet, the cage including a first end defining a third engagement surface and a second end defining a fourth engagement surface; a first flange extending from the first end of the cage; and a second flange extending from the second end of the cage; wherein the third engagement surface of the chinbar interfaces with the first engagement surface of the padding and the fourth engagement surface of the chinbar interfaces with the second engagement surface of the padding; wherein the first flange of the chinbar is embedded within the first lateral side of the padding and the second flange of the chinbar is embedded within the opposing second lateral side of the padding; characterized in that the cage defines a plurality of apertures (122, 132, 142, 144) and the plurality of apertures (122, 132, 142, 144) form an open space in the cage
A medicament comprising a therapeutically effective quantity of an alkylating hexitol derivative for use in the treatment of a malignancy in a patient resistant to tyrosine kinase inhibitor chemotherapy wherein the malignancy is characterized by resistance to at least one tyrosine kinase inhibitor due to: at least one mutation in a gene encoding a protein that is a target of at least one TKI; or the presence of at least one additional gene in either a wild-type or mutated state encoding a protein that confers resistance to the therapeutic effects of at least one TKI, wherein the additional gene in either a wild-type or mutated state encoding the protein that confers resistance to the therapeutic effects of at least one TKI is AHI-1, or wherein the resistance to at least one TKI is due to a mutation in the kinase domain of ABL1 protein that is part of a BCR-ABL fusion protein that is a target of TKIs, wherein the alkylating hexitol derivative is dianhydrogalactitol, and wherein the malignancy is selected from the group consisting of chronic myelogenous leukemia, non-small cell lung carcinoma (NSCLC) and triple-negative breast cancer. at least one mutation in a gene encoding a protein that is a target of at least one TKI; or the presence of at least one additional gene in either a wild-type or mutated state encoding a protein that confers resistance to the therapeutic effects of at least one TKI,
A polylactic resin expanded bead formed of a polylactic resin as a base resin, characterized in that an endothermic calorific value (Br:endo) [J/g] of the whole expanded bead, an endothermic calorific value (Brs:endo) [J/g] of a surface region of the expanded bead and an endothermic calorific value (Brc:endo) [J/g] of a center region of the expanded bead, as determined under Condition 1 shown below in accordance with heat flux differential scanning calorimetry stipulated in JIS K7122, meet the following formulas and: Br: endo > 25 Brc: endo > Brs: endo ≥ 0 Condition 1 [Preparation of measurement specimens] <Specimen for measuring the endothermic calorific value of the surface region of the expanded bead> a surface potion of the expanded bead, including an exterior surface thereof, is cut out and collected to obtain a measurement specimen, such that the entire exterior surface thereof is removed and the measurement specimen has a weight of 1/6 to 1/4 the weight of the expanded bead before being cut; <Specimen for measuring the endothermic calorific value of the center region of the expanded bead> an entire surface portion of the expanded bead is cut away to leave a measurement specimen, such that the measurement specimen has a weight of 1/5 to 1/3 the weight of the expanded bead before being cut; [Measurement of endothermic calorific values] the calorific values (Br:endo), (Brs:endo) and (Brc:endo) are values determined from DSC curves obtained by first subjecting each of the expanded bead, the measurement specimen obtained from the surface region of the expanded bead and the measurement specimen obtained from the center region of the expanded bead to a heat treatment in such a manner that 1 to 4 mg of each of them is heated, for melting, to a temperature higher by 30°C than a melt completion temperature thereof, then maintained at that temperature for 10 minutes, then cooled to 110°C at a cooling speed of 2°C/min and then maintained at that temperature for 120 min, and then cooling the resulting sample to 40°C at a cooling speed of 2°C/min, each of the thus heat treated specimens being subsequently heated again, for melting, to a temperature higher by 30°C than the melt completion temperature at a heating speed of 2°C/min to obtain the DSC curves in accordance with heat flux differential scanning calorimetry stipulated in JIS K7122, wherein the expanded bead has a core layer comprising a polylactic resin, and an outer lay-er positioned on a surface side of the core layer and comprising a polylactic resin, wherein a difference [ -] between a softening point [°C] of the polylactic resin of the core layer and a softening point [°C] of the polylactic resin of the outer layer is greater than 0°C and is not greater than 105°C.
A light source system, comprising: a first light-emitting subsystem, a light source shaping subsystem, and a second light-emitting subsystem located between the first light-emitting subsystem and the light source shaping subsystem, wherein the first light-emitting subsystem comprises a laser light source array, and the laser light source array comprises at least one laser light source; and a wavelength conversion apparatus disposed on an output light path of the laser light source array, wherein the wavelength conversion apparatus comprises at least one wavelength conversion area; the second light-emitting subsystem comprises: a first light emitting diode array disposed on an output light path of the wavelength conversion apparatus, wherein a light-emitting surface of the first LED array is facing away from the wavelength conversion apparatus, and the first LED array comprises a first light transmitted hole that allows light to pass through and that coincides with the output light path of the wavelength conversion apparatus; and the light source shaping subsystem comprises an integration lens group disposed on an output light path of the first LED array; a first condensing lens disposed on a side of the integration lens group that is facing away from the first LED array; characterized by a moveable optical block disposed on a side of the first condensing lens that is facing away from the integration lens group, wherein the moveable optical block moves into or moves out of an output light path of the first condensing lens to switch a size of an output light spot of the light source, wherein the moveable optical block comprises at least one further condensing lens. the first light-emitting subsystem comprises a laser light source array, and the laser light source array comprises at least one laser light source; and a wavelength conversion apparatus disposed on an output light path of the laser light source array, wherein the wavelength conversion apparatus comprises at least one wavelength conversion area; the second light-emitting subsystem comprises: a first light emitting diode array disposed on an output light path of the wavelength conversion apparatus, wherein a light-emitting surface of the first LED array is facing away from the wavelength conversion apparatus, and the first LED array comprises a first light transmitted hole that allows light to pass through and that coincides with the output light path of the wavelength conversion apparatus; and the light source shaping subsystem comprises an integration lens group disposed on an output light path of the first LED array; a first condensing lens disposed on a side of the integration lens group that is facing away from the first LED array; characterized by a moveable optical block disposed on a side of the first condensing lens that is facing away from the integration lens group, wherein the moveable optical block moves into or moves out of an output light path of the first condensing lens to switch a size of an output light spot of the light source, wherein the moveable optical block comprises at least one further condensing lens.
A computer-implemented method for predicting quality of experience, QoE, performance of an application downloading a webpage over a network, comprising: determining a stat data corresponding to a traffic through a network node of a network path between the application and a server stack; generating a feature vector, based at least in part on at least a portion of the stat data; estimating a download performance metric for the application downloading the webpage from one or more servers in the server stack, based at least in part on at least a portion of the feature vector; and estimating a QoE value, based at least in part on the estimated performance metric; wherein the stat data includes connection-level stat data indicating a plurality of different connections, each being between the application and a respective server for the connection, the server being within the server stack, and wherein generating the connection-level stat data is based, at least in part, on measurements at the network node; and wherein generating the feature vector includes: generating a sequence of feature data, by operations that include, over each time interval in a sequence of time intervals, determining a new connection-level stat data or updated connection-level stat data in response to said measurements indicating a respective end of one or more of the connections, a respective start of one or more new ones of the connections, or both, and generating the feature vector, based at least in part on a concatenating of integer N feature data among the sequence of feature data. determining a stat data corresponding to a traffic through a network node of a network path between the application and a server stack; generating a feature vector, based at least in part on at least a portion of the stat data; estimating a download performance metric for the application downloading the webpage from one or more servers in the server stack, based at least in part on at least a portion of the feature vector; and estimating a QoE value, based at least in part on the estimated performance metric; generating a sequence of feature data, by operations that include, over each time interval in a sequence of time intervals, determining a new connection-level stat data or updated connection-level stat data in response to said measurements indicating a respective end of one or more of the connections, a respective start of one or more new ones of the connections, or both, and generating the feature vector, based at least in part on a concatenating of integer N feature data among the sequence of feature data.
A method for allocating an elevator in an elevator system, the method comprising: constructing passenger batch size distributions for each pair of floors in a building based on passenger batch journeys, each passenger batch journey defining at least the origin and destination floor of the journey, the number of passengers relating to the journey and the time of the journey; receiving a call for an elevator; estimating the number of passengers waiting behind the call based on the passenger batch size distributions; and allocating the call to an elevator being able to serve the estimated number of passengers. constructing passenger batch size distributions for each pair of floors in a building based on passenger batch journeys, each passenger batch journey defining at least the origin and destination floor of the journey, the number of passengers relating to the journey and the time of the journey; receiving a call for an elevator; estimating the number of passengers waiting behind the call based on the passenger batch size distributions; and allocating the call to an elevator being able to serve the estimated number of passengers.
Drive mechanism for a drug delivery device, the mechanism comprising a spring driven rotatable drive member, a rotatable driven member, a clutch (41, 121) rotationally coupling the driven member and the drive member in a coupled state and allowing relative clockwise and anti-clockwise rotation between the driven member and the drive member in a decoupled state, and a spring biasing the clutch (41, 121) into its coupled state and allowing relative axial movement between the drive member and the driven member into the decoupled state of the clutch (41,121) against the bias of the spring, wherein the clutch comprises a first ring of crown teeth on the drive member and a second ring of corresponding crown teeth on the driven member with each crown tooth (41, 121) having in the clockwise and the anti-clockwise direction different ramped tooth angles such that the teeth (41, 121) are allowed to override each other in the de-coupled state of the clutch with a different resistance in the clockwise and the anti-clockwise direction, characterized in that the material of the drive member is polybutylene terephthalate, polyoxymethylene, or polycarbonate and the material of the rotatable driven member is PBT, POM or PC, and that the coefficient of friction (μ) between the teeth (41, 121) is between 0.05 and 0.3 and that the teeth (41, 121) have a surface roughness (Ra) between 0.2 ≤ Ra ≤ 10 micrometres.
An apparatus comprising: a scan data reader configured to model a vessel course of a vessel within a body based on a scan of the vessel (435; 535; 635); memory configured to store physical properties of a plurality of catheter systems (430; 530; 630); the apparatus comprising a processor configured: to determine a vessel route from an entry point to reach a destination point (312; 436) within the vessel, using a catheter system (430; 530; 630) based on the determined vessel course, and to determine which of the stored catheter systems (430; 530; 630) of the plurality of catheter systems are able to follow the determined vessel route, by comparing properties of the determined vessel route with the stored catheter systems physical properties; and wherein the apparatus is further configured to determine a measure of difficulty to reach the destination point using each of the stored catheter systems (430; 530; 630) based on the modelled physical properties of each particular catheter system and on the course of the vessel. a scan data reader configured to model a vessel course of a vessel within a body based on a scan of the vessel (435; 535; 635); memory configured to store physical properties of a plurality of catheter systems (430; 530; 630); the apparatus comprising a processor configured: to determine a vessel route from an entry point to reach a destination point (312; 436) within the vessel, using a catheter system (430; 530; 630) based on the determined vessel course, and to determine which of the stored catheter systems (430; 530; 630) of the plurality of catheter systems are able to follow the determined vessel route, by comparing properties of the determined vessel route with the stored catheter systems physical properties; and wherein the apparatus is further configured to determine a measure of difficulty to reach the destination point using each of the stored catheter systems (430; 530; 630) based on the modelled physical properties of each particular catheter system and on the course of the vessel. to determine a vessel route from an entry point to reach a destination point (312; 436) within the vessel, using a catheter system (430; 530; 630) based on the determined vessel course, and to determine which of the stored catheter systems (430; 530; 630) of the plurality of catheter systems are able to follow the determined vessel route, by comparing properties of the determined vessel route with the stored catheter systems physical properties; and wherein the apparatus is further configured to determine a measure of difficulty to reach the destination point using each of the stored catheter systems (430; 530; 630) based on the modelled physical properties of each particular catheter system and on the course of the vessel.
A method for the surface processing of a component by flow grinding, comprising the following steps: (a) providing a blank, (b) flooding at least one surface of the blank with a fluid carrier material containing grinding particles, wherein the blank is rounded at positions at which, during flooding, the flow direction of the fluid carrier material containing the grinding particles changes and, at positions at which a flow separation occurs on the finished component, additional material is attached such that a flow separation at the beginning of the flooding operation is prevented. (a) providing a blank, (b) flooding at least one surface of the blank with a fluid carrier material containing grinding particles, wherein the blank is rounded at positions at which, during flooding, the flow direction of the fluid carrier material containing the grinding particles changes and, at positions at which a flow separation occurs on the finished component, additional material is attached such that a flow separation at the beginning of the flooding operation is prevented.