mhurhangee/patent-ind-claim-en huggingface dataset:
Actuator-damper unit for use in orthotic or prosthetic devices (1, 2, 3; 300), comprising a housing which can be fastened on the device and in which a cylin1der is formed, in which a first piston is displaceably mounted and is coupled to a piston rod which is disposed, via a first end , on the first piston and can be coupled, via a second end , to the orthotic or prosthetic device , wherein the first piston separates two fluid chambers in the cylinder from each other and forms a piston-cylinder unit , wherein at least one further piston is coupled to the first piston in order to form at least one further, variable-volume fluid chamber , characterized in that the at least one further piston is displaceably disposed in the cylinder .
A reproduction device comprising: a variable speed reproduction processing unit configured to perform variable speed reproduction processing to a multiplexed stream including a subtitle stream configured by a video stream configured by a video packet having encoded image data in a payload, and a subtitle packet that has subtitle information in a payload and in which subtitle display priority information, a display start time, and display end time of a subtitle according to the subtitle information are inserted; and a subtitle display control unit configured to control display of a subtitle according to subtitle information included in each subtitle packet on the basis of the priority information when variable speed reproduction processing is performed to the multiplexed stream by the variable speed reproduction processing unit, wherein the subtitle display control unit is configured to determine whether an interval (DS12) between start times of a first subtitle and at least one subsequent second subtitle is smaller than a display period (DU1) of the first subtitle, leading to an overlap period (DP) between the first and the at least one second subtitle, and if an overlap period (DP) occurs, to select, among the first and the second subtitles, the subtitle with the highest display priority as a subtitle to be displayed. a variable speed reproduction processing unit configured to perform variable speed reproduction processing to a multiplexed stream including a subtitle stream configured by a video stream configured by a video packet having encoded image data in a payload, and a subtitle packet that has subtitle information in a payload and in which subtitle display priority information, a display start time, and display end time of a subtitle according to the subtitle information are inserted; and a subtitle display control unit configured to control display of a subtitle according to subtitle information included in each subtitle packet on the basis of the priority information when variable speed reproduction processing is performed to the multiplexed stream by the variable speed reproduction processing unit, wherein the subtitle display control unit is configured to determine whether an interval (DS12) between start times of a first subtitle and at least one subsequent second subtitle is smaller than a display period (DU1) of the first subtitle, leading to an overlap period (DP) between the first and the at least one second subtitle, and if an overlap period (DP) occurs, to select, among the first and the second subtitles, the subtitle with the highest display priority as a subtitle to be displayed.
Vehicle pneumatic tyre of radial design having a tread with at least one profile rib on the shoulder side, which is provided with transverse grooves extending beyond the lateral edge of the ground contact surface of the tread, each transverse groove having a groove base and groove walls and, within the ground contact surface, a main section (3"a, 4"a, 16"a) with groove edges extending parallel to one another, the main section (3"a, 4"a, 16"a) having a width (B 1 ) of 1.5 mm to 10.0 mm between the groove walls , a chamfer extending to the groove edge being set on at least one groove wall and each transverse groove outside the ground contact surface running out as a flat depression (3'b, 4'b, 16'b) with a continuous reduction in its depth, each depression (3'b, 4'b, 16'b) having at its widest point a width (B 2 ) in the circumferential direction which is at least 40% greater than the width (B 1 ) of the main section (3"a , 4"a, 16"a) of the transverse groove , and the chamfer(s) having, in the extension direction of the transverse groove , a main chamfer section and, outside the ground contact surface, a chamfer end section (7'a, 7b, 12b, 19b) that is configured so as to be wider than the main chamfer section , at least over the majority of its extent, characterized in that each chamfer end section (7'a, 7b, 12b, 19b) is delimited on the outer surface of the profile rib by an edge section of its groove edge , which has at least one kink widening the transverse groove , and wherein each chamfer end section (7'a, 7b, 12b, 19b) runs out along the flat depression (3'b, 4'b, 16'b) of the transverse groove .
Filter element for a filter device with at least one filter housing (3; 4), wherein the filter element has a filter medium, which, in the form of a hollow cylinder, surrounds an inner filter cavity, wherein the filter element has a receiving part which, in the case of a filter element in a functional position in the filter housing (3; 4) comes into fluid communication with a housing part (17; 18) of the filter housing (3; 4), forming a fluid connection , wherein the receiving part of the filter element has an inner, first guide track for sealing engagement with the housing part of the filter housing corresponding to a first construction as well as an outer second guiding track for sealing engagement with the housing part of the filter housing corresponding to a second construction, and wherein, on the outer, second guiding track , an external screw thread and, on a contact surface on the inner side of a receiving socket of the housing part of the filter housing of the second construction, an internal screw thread provided for engagement with the external screw thread are formed, wherein both guiding tracks are provided on a part forming the receiving part of an end cap of the filter element , wherein the receiving part has a pipe socket which, at the end cap , surrounds an access opening to the inner filter cavity and which forms the inner first guiding track on the inside and the outer, second guiding track on the outside, characterised in that the pipe socket on the inner first guiding track has a first sealing element , which is arranged on the end portion of this guiding track remote from the end cap , and, on the outer, second guiding track , a second sealing element , which is arranged on the start portion of the second guiding element adjacent to the end cap .
A method for adjusting a service instance number, the method comprising: acquiring an actual performance index of a current time window, wherein the actual performance index reflects how many resources need to be used by a current edge computing node to complete a to-be-processed task received in the current time window in a preset condition; determining a theoretical instance number corresponding to the actual performance index, wherein the determining a theoretical instance number corresponding to the actual performance index, comprises: querying, in a corresponding table pre-recording a corresponding relationship between performance indexes and instance numbers, the theoretical instance number corresponding to the actual performance index; and requesting , in response to the theoretical instance number being greater than an instance creating upper limit of the current edge computing node, another edge computing node having an instance addition capability to jointly create the instance of the instance number equal to the theoretical instance number, wherein different edge computing nodes have different instance creating upper limits due to a performance difference. acquiring an actual performance index of a current time window, wherein the actual performance index reflects how many resources need to be used by a current edge computing node to complete a to-be-processed task received in the current time window in a preset condition; determining a theoretical instance number corresponding to the actual performance index, wherein the determining a theoretical instance number corresponding to the actual performance index, comprises: querying, in a corresponding table pre-recording a corresponding relationship between performance indexes and instance numbers, the theoretical instance number corresponding to the actual performance index; and requesting , in response to the theoretical instance number being greater than an instance creating upper limit of the current edge computing node, another edge computing node having an instance addition capability to jointly create the instance of the instance number equal to the theoretical instance number, wherein different edge computing nodes have different instance creating upper limits due to a performance difference.
A locking piece for a locking unit , comprising a housing which has an in particular rectangular housing opening , and a slide which is arranged in the housing and which, at the housing side, is guided so as to be able to be linearly displaced between two end positions and which has a locking arm which extends at right-angles with respect to the displacement direction of the slide and protrudes forward through the housing opening , characterized in that a spring clip is arranged behind the slide , which spring clip extends along the displacement direction and which is anchored at the two clip ends thereof in the housing , wherein the slide is arranged between the housing and the spring clip and is retained in abutment with the housing by the spring clip .
A cleaning device (6; 6A; 6B; 6C) for cleaning a surface of a rotatable image carrier , the cleaning device (6; 6A; 6B; 6C) comprising: a cleaning blade (61; 610; 612) disposed to contact the image carrier and configured to remove toner on the surface of the image carrier ; a lubricant applicator unit disposed above the cleaning blade (61; 610; 612), downstream from the cleaning blade (61; 610; 612) in a surface rotation direction of the image carrier and configured to apply lubricant onto the surface of the image carrier ; and an accumulation preventer (67; 670) configured to prevent the toner and excessive lubricant from the lubricant applicator unit from accumulating on the cleaning blade (61; 610; 612), wherein the accumulation preventer is a catcher (67; 670) disposed downstream from the cleaning blade (61; 610) and upstream from the lubricant applicator unit in the surface rotation direction of the image carrier and configured to prevent the toner and the excessive lubricant from dropping onto the cleaning blade (61; 610), wherein the cleaning device further includes a storage portion and the storage portion is provided with a transport member , characterized in that the storage portion is formed on or connected to the catcher (67; 670) and is configured to store the toner and the excessive lubricant dropped from the lubricant applicator unit . a cleaning blade (61; 610; 612) disposed to contact the image carrier and configured to remove toner on the surface of the image carrier ; a lubricant applicator unit disposed above the cleaning blade (61; 610; 612), downstream from the cleaning blade (61; 610; 612) in a surface rotation direction of the image carrier and configured to apply lubricant onto the surface of the image carrier ; and an accumulation preventer (67; 670) configured to prevent the toner and excessive lubricant from the lubricant applicator unit from accumulating on the cleaning blade (61; 610; 612), wherein the accumulation preventer is a catcher (67; 670) disposed downstream from the cleaning blade (61; 610) and upstream from the lubricant applicator unit in the surface rotation direction of the image carrier and configured to prevent the toner and the excessive lubricant from dropping onto the cleaning blade (61; 610), wherein the cleaning device further includes a storage portion and the storage portion is provided with a transport member , characterized in that the storage portion is formed on or connected to the catcher (67; 670) and is configured to store the toner and the excessive lubricant dropped from the lubricant applicator unit .
A system for use in cardiac evaluation comprising: electrode apparatus comprising a plurality of external electrodes to be located proximate a patient's skin; a display comprising a graphical user interface to present information for use in assisting a user in at least one of assessing a patient's cardiac health, evaluating and adjusting cardiac therapy delivered to a patient, and navigating at least one implantable electrode to a region of the patient's heart; and computing apparatus comprising processing circuitry , the computing apparatus operably coupled to the electrode apparatus and the display, the computing apparatus configured to: monitor electrical activity from the patient's skin using the plurality of external electrodes for each of a plurality of different cardiac therapy scenarios, generate electrical heterogeneity information for each of the plurality of different cardiac therapy scenarios based on the monitored electrical activity, display, on the graphical user interface, a cardiac therapy scenario selection region to allow a user to select one or more of the plurality of different cardiac therapy scenarios, and generate and display a ranking of the selected cardiac therapy scenarios based on the generated electrical heterogeneity information. electrode apparatus comprising a plurality of external electrodes to be located proximate a patient's skin; a display comprising a graphical user interface to present information for use in assisting a user in at least one of assessing a patient's cardiac health, evaluating and adjusting cardiac therapy delivered to a patient, and navigating at least one implantable electrode to a region of the patient's heart; and computing apparatus comprising processing circuitry , the computing apparatus operably coupled to the electrode apparatus and the display, the computing apparatus configured to: monitor electrical activity from the patient's skin using the plurality of external electrodes for each of a plurality of different cardiac therapy scenarios, generate electrical heterogeneity information for each of the plurality of different cardiac therapy scenarios based on the monitored electrical activity, display, on the graphical user interface, a cardiac therapy scenario selection region to allow a user to select one or more of the plurality of different cardiac therapy scenarios, and generate and display a ranking of the selected cardiac therapy scenarios based on the generated electrical heterogeneity information. monitor electrical activity from the patient's skin using the plurality of external electrodes for each of a plurality of different cardiac therapy scenarios, generate electrical heterogeneity information for each of the plurality of different cardiac therapy scenarios based on the monitored electrical activity, display, on the graphical user interface, a cardiac therapy scenario selection region to allow a user to select one or more of the plurality of different cardiac therapy scenarios, and generate and display a ranking of the selected cardiac therapy scenarios based on the generated electrical heterogeneity information.
A handle for a personal care implement , the handle comprising a core structure as a first component , and a second component , the second component at least partially covering the core structure , characterized in that the core structure is made from a fiber reinforced material, and the second component is made from a polymer material comprising an inorganic filler, wherein the filler is zinc oxide.
A detection chip, comprising a sample injection structure , a filter structure , and a reaction structure which are sequentially connected, wherein the filter structure comprises a first main body , and a first inlet portion and a first outlet portion respectively on two sides of the first main body , and a width of the first inlet portion gradually decreases in a direction away from the first main body , and a width of the first outlet portion gradually decreases in a direction away from the first main body ; wherein the detection chip further comprises a filter film , and the filter film is in the filter structure ; characterized in that the detection chip further comprises a mixing structure , wherein the mixing structure is connected between the sample injection structure and the filter structure , wherein the filter structure further comprises a groove at the first inlet portion , and a height of the groove is greater than a height of the filter structure by 0.2 mm to 1 mm; and the detection chip further comprises a first flow channel , wherein the mixing structure is connected to the groove through the first flow channel ; the first flow channel comprises a first portion and a second portion , the first portion extends into the first inlet portion of the filter structure to be connected to the groove , the second portion is between the mixing structure and the filter structure , and a height of the first portion is greater than a height of the second portion . wherein the filter structure comprises a first main body , and a first inlet portion and a first outlet portion respectively on two sides of the first main body , and a width of the first inlet portion gradually decreases in a direction away from the first main body , and a width of the first outlet portion gradually decreases in a direction away from the first main body ; wherein the detection chip further comprises a filter film , and the filter film is in the filter structure ; characterized in that the detection chip further comprises a mixing structure , wherein the mixing structure is connected between the sample injection structure and the filter structure , wherein the filter structure further comprises a groove at the first inlet portion , and a height of the groove is greater than a height of the filter structure by 0.2 mm to 1 mm; and the detection chip further comprises a first flow channel , wherein the mixing structure is connected to the groove through the first flow channel ; the first flow channel comprises a first portion and a second portion , the first portion extends into the first inlet portion of the filter structure to be connected to the groove , the second portion is between the mixing structure and the filter structure , and a height of the first portion is greater than a height of the second portion .
A method for controlling a rotating speed of a fan in an electronic device comprising multiple fans, comprising: at a current rotating speed of the fan, obtaining a first temperature value of a specified temperature collecting point in the electronic device (S102); obtaining a change value of the first temperature value in a first preset time period (S104); and when the change value is greater than a first preset threshold, adjusting the rotating speed of the fan (S106); wherein adjusting the rotating speed of the fan comprises: comparing a preset parameter value with a second temperature value which is obtained based on the change value and the first temperature value, wherein the preset parameter value is used for indicating a critical temperature point of adjusting the rotating speed of the fan; and adjusting the rotating speed of the fan according to a comparison result; wherein before obtaining the first temperature value of the specified temperature collecting point in the electronic device, the method comprises: dividing the multiple fans in the electronic device into groups, wherein each group of fans corresponds to multiple temperature collecting points; and using from the multiple temperature collecting points corresponding to the group to which the fan which is controlled belongs, the temperature collecting point with a maximum temperature value as the specified temperature collecting point. at a current rotating speed of the fan, obtaining a first temperature value of a specified temperature collecting point in the electronic device (S102); obtaining a change value of the first temperature value in a first preset time period (S104); and when the change value is greater than a first preset threshold, adjusting the rotating speed of the fan (S106); wherein adjusting the rotating speed of the fan comprises: comparing a preset parameter value with a second temperature value which is obtained based on the change value and the first temperature value, wherein the preset parameter value is used for indicating a critical temperature point of adjusting the rotating speed of the fan; and adjusting the rotating speed of the fan according to a comparison result; wherein before obtaining the first temperature value of the specified temperature collecting point in the electronic device, the method comprises: dividing the multiple fans in the electronic device into groups, wherein each group of fans corresponds to multiple temperature collecting points; and using from the multiple temperature collecting points corresponding to the group to which the fan which is controlled belongs, the temperature collecting point with a maximum temperature value as the specified temperature collecting point. dividing the multiple fans in the electronic device into groups, wherein each group of fans corresponds to multiple temperature collecting points; and using from the multiple temperature collecting points corresponding to the group to which the fan which is controlled belongs, the temperature collecting point with a maximum temperature value as the specified temperature collecting point.
A process for manufacturing a threaded impact extruded metallic bottle for a beverage, comprising: forming a slug with an aluminum alloy, wherein said aluminum alloy is blended from approximately 60% of a scrap aluminum alloy and approximately 40% of a 1070 aluminum alloy, wherein said scrap aluminum alloy comprises: between 0.20 wt. % Si and 0.32 wt. % Si; between 0.47 wt. % Fe and 0.59 wt. % Fe; between 0.10 wt. % Cu and 0.22 wt. % Cu; between 0.78 wt. % Mn and 0.90 wt. % Mn; between 0.54 wt. % Mg and 0.66 wt. % Mg; between 0.06 wt. % Zn and 0.18 wt. % Zn; between 0.00 wt. % Cr and 0.08 wt. % Cr; and between 0.00 wt. % Ti and 0.08 wt. % Ti; deforming said slug into a preferred shape in an impact extrusion process to form said metallic bottle; and forming threads on a neck portion of said metallic bottle, said threads configured to receive a threaded closure which can be selectively opened and closed after said metallic bottle is filled with the beverage. forming a slug with an aluminum alloy, wherein said aluminum alloy is blended from approximately 60% of a scrap aluminum alloy and approximately 40% of a 1070 aluminum alloy, wherein said scrap aluminum alloy comprises: between 0.20 wt. % Si and 0.32 wt. % Si; between 0.47 wt. % Fe and 0.59 wt. % Fe; between 0.10 wt. % Cu and 0.22 wt. % Cu; between 0.78 wt. % Mn and 0.90 wt. % Mn; between 0.54 wt. % Mg and 0.66 wt. % Mg; between 0.06 wt. % Zn and 0.18 wt. % Zn; between 0.00 wt. % Cr and 0.08 wt. % Cr; and between 0.00 wt. % Ti and 0.08 wt. % Ti; between 0.20 wt. % Si and 0.32 wt. % Si; between 0.47 wt. % Fe and 0.59 wt. % Fe; between 0.10 wt. % Cu and 0.22 wt. % Cu; between 0.78 wt. % Mn and 0.90 wt. % Mn; between 0.54 wt. % Mg and 0.66 wt. % Mg; between 0.06 wt. % Zn and 0.18 wt. % Zn; between 0.00 wt. % Cr and 0.08 wt. % Cr; and between 0.00 wt. % Ti and 0.08 wt. % Ti; deforming said slug into a preferred shape in an impact extrusion process to form said metallic bottle; and forming threads on a neck portion of said metallic bottle, said threads configured to receive a threaded closure which can be selectively opened and closed after said metallic bottle is filled with the beverage.