mhurhangee/patent-ind-claim-en huggingface dataset:
A brake unit for a vehicle , having a housing , having a hydraulic device , having a brake body device , wherein the brake body device forms or supports a braking partner in a braking device for the vehicle , wherein the housing , the hydraulic device and/or the brake body device define a main axis (H), wherein the hydraulic device moves the brake body device relative to the housing in an axial direction (AR) in order to generate a braking force, having a guide device, wherein the guide device guides the brake body device during the axial movement (AR) in the radial direction, characterised in that the guide device has a master guide and an auxiliary guide , wherein the master guide and the auxiliary guide are arranged eccentrically to the main axis, and in that the master guide has a first radial play and the auxiliary guide has a second radial play, wherein the first radial play is less than the second radial play. having a housing , having a hydraulic device , having a brake body device , wherein the brake body device forms or supports a braking partner in a braking device for the vehicle , wherein the housing , the hydraulic device and/or the brake body device define a main axis (H), wherein the hydraulic device moves the brake body device relative to the housing in an axial direction (AR) in order to generate a braking force, having a guide device, wherein the guide device guides the brake body device during the axial movement (AR) in the radial direction, characterised in that the guide device has a master guide and an auxiliary guide , wherein the master guide and the auxiliary guide are arranged eccentrically to the main axis, and in that the master guide has a first radial play and the auxiliary guide has a second radial play, wherein the first radial play is less than the second radial play.
A method for use by an apparatus which is able to communicate based on at least two communication methods , wherein each communication method is configured to communicate with access networks by using at least one subflow, the method comprising: acquiring (S41) information from at least one of the communication methods for at least one of the subflows, wherein the information comprises measurement reporting event triggers configured previously by the access networks and triggered measurement reporting event(s), wherein at least one of the communication methods is configured with offsets according to its measurement reporting event triggers; providing (S42) the information to a subflow control entity at a higher layer of the apparatus , the higher layer comprising at least one layer used for controlling the at least one subflow, of a communication protocol used in the apparatus for communicating with the access networks; based on the information, evaluating (S43) by the subflow control entity whether a change will occur in the at least one of the subflows; in case the change is evaluated to occur in the at least one of the subflows, evaluating (S44) by the subflow control entity when the change will occur; evaluating (S45) by the subflow control entity whether the change evaluated to occur impacts a specific requirement of delivering packets by using the at least one of the subflows; and in case the change is evaluated to impact the specific requirement, changing (S46), by the subflow control entity , usage of the subflows for delivering packets. acquiring (S41) information from at least one of the communication methods for at least one of the subflows, wherein the information comprises measurement reporting event triggers configured previously by the access networks and triggered measurement reporting event(s), wherein at least one of the communication methods is configured with offsets according to its measurement reporting event triggers; providing (S42) the information to a subflow control entity at a higher layer of the apparatus , the higher layer comprising at least one layer used for controlling the at least one subflow, of a communication protocol used in the apparatus for communicating with the access networks; based on the information, evaluating (S43) by the subflow control entity whether a change will occur in the at least one of the subflows; in case the change is evaluated to occur in the at least one of the subflows, evaluating (S44) by the subflow control entity when the change will occur; evaluating (S45) by the subflow control entity whether the change evaluated to occur impacts a specific requirement of delivering packets by using the at least one of the subflows; and in case the change is evaluated to impact the specific requirement, changing (S46), by the subflow control entity , usage of the subflows for delivering packets.
A smart photo-microscope system, comprising: a microscope ; and a camera attached to the microscope to photograph a microscope sample, the camera including a built-in processor and an image sensor , and being connected with the microscope to receive and process information from the microscope , characterized in that the camera is configured to detect a contrast method used according to condenser position and/or reflector position and/or light source used of the microscope . a microscope ; and a camera attached to the microscope to photograph a microscope sample, the camera including a built-in processor and an image sensor , and being connected with the microscope to receive and process information from the microscope , characterized in that the camera is configured to detect a contrast method used according to condenser position and/or reflector position and/or light source used of the microscope .
An X-ray inspection system for scanning an object , the inspection system comprising: at least two X-ray sources configured to simultaneously emit rotating X-ray beams for irradiating the object , wherein each of said X-ray beams defines a transmission path, the at least two X-ray sources comprising a first X-ray source (805; 905) and a second X-ray source; a detector array comprising at least one transmission detector (835; 914, 915) placed between at least two backscatter detectors (821, 822; 910, 912; 911, 913), wherein each of said backscatter detectors detects backscattered X-rays emitted by the first X-ray source (805; 905), the first X-ray source placed on a first side of the object , and wherein the transmission detector (835; 914, 915) detects transmitted X-rays emitted by the second X-ray source, the second X-ray source placed on an opposing side of the object ; and at least one controller for controlling each of the X-ray sources to concurrently scan the object in a coordinated, non-overlapping, manner; characterised in that the system is configured to detect gamma rays by turning off the X-ray sources and switching the detectors from a current integrating mode to a pulse counting mode. at least two X-ray sources configured to simultaneously emit rotating X-ray beams for irradiating the object , wherein each of said X-ray beams defines a transmission path, the at least two X-ray sources comprising a first X-ray source (805; 905) and a second X-ray source; a detector array comprising at least one transmission detector (835; 914, 915) placed between at least two backscatter detectors (821, 822; 910, 912; 911, 913), wherein each of said backscatter detectors detects backscattered X-rays emitted by the first X-ray source (805; 905), the first X-ray source placed on a first side of the object , and wherein the transmission detector (835; 914, 915) detects transmitted X-rays emitted by the second X-ray source, the second X-ray source placed on an opposing side of the object ; and at least one controller for controlling each of the X-ray sources to concurrently scan the object in a coordinated, non-overlapping, manner; characterised in that the system is configured to detect gamma rays by turning off the X-ray sources and switching the detectors from a current integrating mode to a pulse counting mode.
A positive electrode for a lithium-sulfur battery which comprises a positive electrode active material including a sulfur-carbon composite, and a conductive material including a sulfur-carbon compound, wherein the sulfur-carbon composite has the structure that the surfaces of sulfur particles are surrounded by carbon particles.
Procedure for the energy-optimised operation of an open pump system for the transportation of liquids, with at least one pump assembly with speed control that conveys the liquid out of a container , in which, depending on at least one system characteristic curve (H A (Q,h)) and through the evaluation of a mathematical function (equation 12a, 12b) that assigns the required volume-specific energy consumption (P Q (Q, h), P Q (n, h)) of the pump assembly to a flow rate (Q) to be conveyed, the rotational speed (n opt , n(Q opt ,h)) is calculated at which the volume-specific energy consumption (P Q (Q opt , h), P Q (n, h)) is minimised and the pump assembly is operated at this calculated optimal rotational speed (n opt , n(Q opt , h)), characterised by the system characteristic curve (H A (Q,h)) being specified by the manufacturer, and the pump performance map (H P (Q, n)), the power input map (P(Q, n)) and the system characteristic curve (H A (Q, h)) being stored in pump electronics assigned to the pump assembly and the pump assembly automatically calculating and setting the optimal rotational speed, in which, to determine the volume-flow-specific energy consumption (P Q (Q)), the pump performance map (H P (Q, n)) and the power input map (P(Q, n)) of the pump assembly being examined and at least one system characteristic curve (H A (Q, h)) are used.
A system for cleaning an ink chamber with a cleaning liquid, comprising a source of compressed gas, and a jet pump driven by said compressed gas and connected to the ink chamber , wherein the jet pump is arranged to drain the cleaning liquid from the ink chamber , characterized in that the system comprises a valve body arranged to open and close said drain passage and operated by said compressed gas and wherein the jet pump is incorporated in the valve body and wherein the jet pump or a separate jet pump supplies the cleaning liquid to the ink chamber.
A box with a first opening indicator, the box being made in a single piece of plastic and comprising a base and a lid connected by a film of material in which a hinge is formed comprising at least one hinge part configured to fold along an articulation axis (A) for the first closing of the lid , each hinge part comprising a base portion secured to the base and a lid portion secured to the lid , the base portion and the lid portion being connected by a folding portion extending along the articulation axis (A), each hinge part being configured to fold by folding of its folding portion , the lid portion being folded onto the base portion , the box comprising a tongue extending from the lid and beyond the articulation axis (A), such that when the box is closed, the tongue extends toward the outside of the box from the lid while protruding relative to the hinge beyond the articulation axis (A), characterized in that the lid portion of each hinge part is connected to the lid by a frangible connection configured to break upon the first opening of the lid , pulling on the tongue making it possible to open the lid by breaking each frangible connection , the lid portion of the corresponding hinge part remaining secured to the base and separate from the lid , in a protruding state.
A method for repairing a kernel vulnerability, characterised in that the method comprising: collecting attribute information of a to-be-repaired kernel, the attribute information comprising feature information for representing a code loading mode supported by the to-be-repaired kernel; acquiring vulnerability repairing code matching the feature information, the vulnerability repairing code being used for invoking a patch application programming interface, the patch application programming interface being used for adapting the vulnerability repairing code to kernel functions of different kernels; loading the vulnerability repairing code and relocating an instruction contained in the vulnerability repairing code; replacing an address relocated by the patch application programming interface in the vulnerability repairing code with an address of the kernel function invoked by the vulnerability repairing code; and executing the vulnerability repairing code with the replaced address to repair the kernel vulnerability. collecting attribute information of a to-be-repaired kernel, the attribute information comprising feature information for representing a code loading mode supported by the to-be-repaired kernel; acquiring vulnerability repairing code matching the feature information, the vulnerability repairing code being used for invoking a patch application programming interface, the patch application programming interface being used for adapting the vulnerability repairing code to kernel functions of different kernels; loading the vulnerability repairing code and relocating an instruction contained in the vulnerability repairing code; replacing an address relocated by the patch application programming interface in the vulnerability repairing code with an address of the kernel function invoked by the vulnerability repairing code; and executing the vulnerability repairing code with the replaced address to repair the kernel vulnerability.
A processor-readable medium storing code representing instructions that when executed at a processor cause the processor to: detect, by an event detection module, , during a record phase, an input event relative to a graphical user interface; generate, by an image generation module, during the record phase, a plurality of images comprising a graphical element, each respective image of the plurality of images being captured at different times and comprising the graphical element affected by the input event and differing in appearance from the graphical element included in another image of the plurality of images, and associate, by an association module, , during the record phase, with the input event the plurality of images, each image from the plurality of images including at least a portion of the graphical user interface that includes the graphical element at which the input event occurred; designate, in response to a user input, , during the record phase, an image from the plurality of images as a target for the input event, wherein the designated image is used as a target during a replay phase to identify the portion of the graphical user interface to which the input event should be applied; and define an automation action identifying the input event and the target, the input event to be replayed during the replay phase. detect, by an event detection module, , during a record phase, an input event relative to a graphical user interface; generate, by an image generation module, during the record phase, a plurality of images comprising a graphical element, each respective image of the plurality of images being captured at different times and comprising the graphical element affected by the input event and differing in appearance from the graphical element included in another image of the plurality of images, and associate, by an association module, , during the record phase, with the input event the plurality of images, each image from the plurality of images including at least a portion of the graphical user interface that includes the graphical element at which the input event occurred; designate, in response to a user input, , during the record phase, an image from the plurality of images as a target for the input event, wherein the designated image is used as a target during a replay phase to identify the portion of the graphical user interface to which the input event should be applied; and define an automation action identifying the input event and the target, the input event to be replayed during the replay phase.
A power toothbrush , comprising: a handle ; a brushhead which includes a set of bristles ; a driver assembly for the brushhead ; a conductive electrode in or on the brushhead ; a system for measuring the capacitance between the conductive electrode and a toothbrush ground in the handle without actual physical contact between the brushhead and the gums, saliva or teeth of a user; and a controller programmed to determine whether the measured capacitance is above a pre-established threshold value, indicative that the toothbrush is within the mouth of the user, and thereafter for actuating the driver assembly for operation of the toothbrush . a handle ; a brushhead which includes a set of bristles ; a driver assembly for the brushhead ; a conductive electrode in or on the brushhead ; a system for measuring the capacitance between the conductive electrode and a toothbrush ground in the handle without actual physical contact between the brushhead and the gums, saliva or teeth of a user; and a controller programmed to determine whether the measured capacitance is above a pre-established threshold value, indicative that the toothbrush is within the mouth of the user, and thereafter for actuating the driver assembly for operation of the toothbrush .
A method of enhancing a process involving a solid object and a gas , where the gas surrounds the object or at least is in contact with a surface of the object , the method comprising the steps of: - applying a high intensity sound or ultrasound to at least the surface of the object by sonic means , where the high intensity sound or ultrasound is applied directly in the gas that is also the medium through which the high intensity sound or ultrasound propagates to the surface of the object (loo), where the high intensity sound or ultrasound has an intensity that is 140 dB or larger, whereby a laminar sub-layer at the surface of the object is reduced and/or minimized, characterized in that the temperature (T 1 ) of said surface is greater than the temperature (T 0 ) of said gas , and said process causes an increased heat exchange from said object to said gas . - applying a high intensity sound or ultrasound to at least the surface of the object by sonic means ,
A chair having a seat being configured to be moveable in a front-back direction and in a left-right direction, and having a reference position (P) located midway in the front-back direction and the left-right direction in a movable range of the seat , the chair comprising: a front-back movement mechanism , a left-right movement mechanism , a return force generation mechanism for front-back direction configured to generate a return force in a direction to return the seat moved from the reference position (P) in the front-back direction to the reference position (P), and an independent return force generation mechanism for left-right direction configured to generate a return force in a direction to return the seat moved from the reference position (P) in the left-right direction to the reference position (P), wherein the seat is supported by the front-back movement mechanism and the left-right movement mechanism each independently, the return force generation mechanism for front-back direction including an elastic member is configured to increase the return force in the direction to return the seat to the reference position (P) as an amount of movement of the seat from the reference position (P) increases, the return force generation mechanism for left-right direction is configured to shift a center of gravity of the seat upward in accordance with the movement of the seat from the reference position (P), and, regardless of whether the seat moves in the front-back direction or left-right direction, a movement end of the seat is configured to be inclined downward in accordance with the amount of movement of the seat . a front-back movement mechanism , a left-right movement mechanism , a return force generation mechanism for front-back direction configured to generate a return force in a direction to return the seat moved from the reference position (P) in the front-back direction to the reference position (P), and an independent return force generation mechanism for left-right direction configured to generate a return force in a direction to return the seat moved from the reference position (P) in the left-right direction to the reference position (P), wherein the seat is supported by the front-back movement mechanism and the left-right movement mechanism each independently, the return force generation mechanism for front-back direction including an elastic member is configured to increase the return force in the direction to return the seat to the reference position (P) as an amount of movement of the seat from the reference position (P) increases, the return force generation mechanism for left-right direction is configured to shift a center of gravity of the seat upward in accordance with the movement of the seat from the reference position (P), and, regardless of whether the seat moves in the front-back direction or left-right direction, a movement end of the seat is configured to be inclined downward in accordance with the amount of movement of the seat .
A cam assembly , applied to a folding mechanism , wherein the folding mechanism comprises a cam structure , and the cam structure comprises a cam body and a frame , wherein the cam body comprises a first cam and a second cam that are oppositely disposed, and a connection body located between the first cam and the second cam, and a concave portion cooperating with the cam structure is disposed at one end of the cam body ; and the frame comprises a first fastener and a second fastener that are oppositely disposed, and a connector located between the first fastener and the second fastener, wherein the cam assembly is characterized in that materials of both the first cam and the second cam comprise a wear-resistant material, the first fastener is embedded into the first cam , the second fastener is embedded into the second cam, extension directions of the first fastener in the first cam comprise at least the axial direction and the circumferential direction, extension directions of the second fastener in the second cam comprise at least the axial direction and the circumferential direction, and the connector is embedded into the connection body . the cam body comprises a first cam and a second cam that are oppositely disposed, and a connection body located between the first cam and the second cam, and a concave portion cooperating with the cam structure is disposed at one end of the cam body ; and the frame comprises a first fastener and a second fastener that are oppositely disposed, and a connector located between the first fastener and the second fastener, wherein the cam assembly is characterized in that materials of both the first cam and the second cam comprise a wear-resistant material, the first fastener is embedded into the first cam , the second fastener is embedded into the second cam, extension directions of the first fastener in the first cam comprise at least the axial direction and the circumferential direction, extension directions of the second fastener in the second cam comprise at least the axial direction and the circumferential direction, and the connector is embedded into the connection body .