mhurhangee/ep-ind-claims huggingface dataset:
A braking device comprising: - a left lever journaled in a left bracket for swinging motion about a first axis, - a right lever journaled in a right bracket for swinging motion about a second axis in parallel with the first axis, the axes dividing each lever in a shorter lever length (2"; 5") and a longer lever length (2'; 5'), - left and right brake pads (8; 10) respectively, pivotally journaled in the shorter lengths of the left and right levers, - an actuation means engaging the longer lengths of the levers and operable for swinging the levers in contra-rotating directions about their respective axes (4; 7), the actuation means controlling the movements of the brake pads between braking and idle positions as well as generating a clamping force applied by the brake pads in braking, characterized in that the actuation means is a screw jack comprising an electric motor and an angle gear driving a jack screw which is coupled between the levers (2; 5), wherein a load sensor coupled to one lever controls, via a power regulating means, the force applied in braking mode, and a position sensor coupled to the other lever determines the lever's positions in idling mode. - a left lever journaled in a left bracket for swinging motion about a first axis, - a right lever journaled in a right bracket for swinging motion about a second axis in parallel with the first axis, the axes dividing each lever in a shorter lever length (2"; 5") and a longer lever length (2'; 5'), - left and right brake pads (8; 10) respectively, pivotally journaled in the shorter lengths of the left and right levers, - an actuation means engaging the longer lengths of the levers and operable for swinging the levers in contra-rotating directions about their respective axes (4; 7), the actuation means controlling the movements of the brake pads between braking and idle positions as well as generating a clamping force applied by the brake pads in braking,
Device for controlling the air humidity in a fuel cell, comprising: - at least one processor unit; - at least one detection unit; and - an interrupter unit; wherein the processor unit is connected to the interrupter unit and comprises a first signal input, which is connected to a signal output of the detection unit, and a first signal output, which is connectable to a control input of a humidity control unit of the fuel cell; wherein the detection unit is set up for connection to the fuel cell and for detecting the output voltage of the fuel cell; wherein the processor unit is set up to separate electrical loads from the fuel cell for a predetermined period T through actuating the interrupter unit and to determine a time constant of the voltage drop from a step response of the voltage progression resulting therefrom and to actuate the humidity control unit as a function of a deviation of the determined time constant from a predetermined time constant, wherein the processor unit is set up so as to compare the determined time constant with a predetermined capacitance, and if this falls below a predetermined time constant by more than a predetermined tolerance, to cause the humidity control unit to reduce the humidity of the fuel cell - at least one processor unit; - at least one detection unit; and - an interrupter unit;
A copolymer comprising: an A unit represented by any one of the following Chemical Formulae 1 to 3; a B unit represented by the following Chemical Formula 4; and a C unit represented by the following Chemical Formula 5: wherein, in Chemical Formulae 1 to 5, w, x, y and z are each an integer of 0 to 2; X 1 to X 6 and X 2 ' are S, Y 1 to Y 3 are N; R 1 to R 4 and R 7 are the same as or different from each other, and each independently selected from the group consisting of hydrogen; and a substituted or unsubstituted alkyl group; R 5 is selected from the group consisting of hydrogen;and a substituted or unsubstituted alkoxy group; R 6 is a substituted or unsubstituted alkoxy group. an A unit represented by any one of the following Chemical Formulae 1 to 3; a B unit represented by the following Chemical Formula 4; and a C unit represented by the following Chemical Formula 5: wherein, in Chemical Formulae 1 to 5, w, x, y and z are each an integer of 0 to 2; X 1 to X 6 and X 2 ' are S, Y 1 to Y 3 are N; R 1 to R 4 and R 7 are the same as or different from each other, and each independently selected from the group consisting of hydrogen; and a substituted or unsubstituted alkyl group; R 5 is selected from the group consisting of hydrogen;and a substituted or unsubstituted alkoxy group; R 6 is a substituted or unsubstituted alkoxy group. wherein, in Chemical Formulae 1 to 5, w, x, y and z are each an integer of 0 to 2; X 1 to X 6 and X 2 ' are S, Y 1 to Y 3 are N; R 1 to R 4 and R 7 are the same as or different from each other, and each independently selected from the group consisting of hydrogen; and a substituted or unsubstituted alkyl group; R 5 is selected from the group consisting of hydrogen;and a substituted or unsubstituted alkoxy group; R 6 is a substituted or unsubstituted alkoxy group.
An apparatus for dispensing a filament of fluid, comprising: (a) a housing having a liquid supply passage, and a process air supply passage a nozzle mounting surface, said liquid supply passage and said process air supply passage opening on said nozzle mounting surface; and (b) a nozzle having an inlet side and an outlet side, said inlet side positioned adjacent said mounting surface and said outlet side having at least one liquid discharge orifice for dispensing the filament, said liquid discharge orifice being in fluid communication with said liquid supply passage of said housing; characterized by (c) a nozzle clamping and ejecting lever; (d) said nozzle including a portion taking the form of one or more tabs (170, 172) on the nozzle, said portion adapted to mate with a portion of the dispenser taking the form of one or more slots (173, 174) in the housing to align said nozzle in a desired location on said nozzle mounting surface; (e) said nozzle clamping and ejecting lever pivotally affixed to said housing and pivotally movable from a first position allowing said nozzle to be mounted in a sealing manner adjacent said mounting surface with said liquid discharge orifice in fluid communication with said liquid supply passage, to a second position in which said clamping and ejecting lever clamps said nozzle against said mounting surface, and pivoting movement of said clamping and ejecting lever back toward said first position further operating to move said nozzle away from said mounting surface. (a) a housing having a liquid supply passage, and a process air supply passage a nozzle mounting surface, said liquid supply passage and said process air supply passage opening on said nozzle mounting surface; and (b) a nozzle having an inlet side and an outlet side, said inlet side positioned adjacent said mounting surface and said outlet side having at least one liquid discharge orifice for dispensing the filament, said liquid discharge orifice being in fluid communication with said liquid supply passage of said housing; characterized by (c) a nozzle clamping and ejecting lever; (d) said nozzle including a portion taking the form of one or more tabs (170, 172) on the nozzle, said portion adapted to mate with a portion of the dispenser taking the form of one or more slots (173, 174) in the housing to align said nozzle in a desired location on said nozzle mounting surface; (e) said nozzle clamping and ejecting lever pivotally affixed to said housing and pivotally movable from a first position allowing said nozzle to be mounted in a sealing manner adjacent said mounting surface with said liquid discharge orifice in fluid communication with said liquid supply passage, to a second position in which said clamping and ejecting lever clamps said nozzle against said mounting surface, and pivoting movement of said clamping and ejecting lever back toward said first position further operating to move said nozzle away from said mounting surface.
A flexible member comprising: a main body part in which a plurality of wave washers having closed ring shapes is stacked in an axial direction and joined to each other by a plurality of joint parts, and the main body part is able to be bent with respect to the axial direction due to elastic deformation of the wave washers, wherein the flexible member is characterized in that each of the plurality of joint parts comprises: a pair of welded parts (25a, 25b) in linear shape, being gradually separated from each other in a circumferential direction from an inner circumferential side toward an outer circumferential side of the wave washer. a main body part in which a plurality of wave washers having closed ring shapes is stacked in an axial direction and joined to each other by a plurality of joint parts, and the main body part is able to be bent with respect to the axial direction due to elastic deformation of the wave washers, wherein the flexible member is characterized in that each of the plurality of joint parts comprises: a pair of welded parts (25a, 25b) in linear shape, being gradually separated from each other in a circumferential direction from an inner circumferential side toward an outer circumferential side of the wave washer.
A method for sending a paging message, comprising: sending, by a first network node, a paging message to a second network node, wherein the paging message carries indication information, and the indication information is used to indicate a paging cause, reading, after receiving the paging message sent by the first network node, by the second network node, the indication information in the paging message, and then correspondingly generating downlink control information, DCI, according to the indication information, wherein the DCI carries the indication information used to notify the paging cause, wherein the first network node is a central unit, CU, and the second network node is a distributed unit, DU, of a fifth generation mobile communications technology,5G, network system. sending, by a first network node, a paging message to a second network node, wherein the paging message carries indication information, and the indication information is used to indicate a paging cause, reading, after receiving the paging message sent by the first network node, by the second network node, the indication information in the paging message, and then correspondingly generating downlink control information, DCI, according to the indication information, wherein the DCI carries the indication information used to notify the paging cause, wherein the first network node is a central unit, CU, and the second network node is a distributed unit, DU, of a fifth generation mobile communications technology,5G, network system.
System for capturing braking particles from a friction brake system of a machine, which comprises a vacuum source, a pneumatic circuit which connects said friction brake system to said vacuum source, a filter located on said pneumatic circuit and mounted on a support, said capturing system comprising a control unit, and a control device for said machine, characterized in that said capturing system further comprises a clogging detection device for said filter which is capable of sending at least one signal to said control unit when the filter is clogged, said control unit being capable of determining the clogging of said filter, on the basis of this signal, and being capable of determining whether said detection device is inoperative, said control unit being capable of activating said control device to limit the operation of the machine when said filter is clogged or when said detection device is inoperative.
A neural network processor (130, 210, 400) for executing a neural network associated with use of a vehicle, the neural network processor (130, 210, 400) comprising: an error detector (251, 252, 254, 256) configured to detect a data error associated with execution of the neural network; and a neural network controller configured to receive a report of the data error indicating a type of error encountered by the neural network processor from the error detector (251, 252, 254, 256), wherein, in response to receiving the report of the data error from the error detector (251, 252, 254, 256), the neural network controller is further configured to signal that a pending result of the neural network is tainted without terminating execution of the neural network. an error detector (251, 252, 254, 256) configured to detect a data error associated with execution of the neural network; and a neural network controller configured to receive a report of the data error indicating a type of error encountered by the neural network processor from the error detector (251, 252, 254, 256), wherein, in response to receiving the report of the data error from the error detector (251, 252, 254, 256), the neural network controller is further configured to signal that a pending result of the neural network is tainted without terminating execution of the neural network.
An automated process for online monitoring of Automated Ribbon Placement ARP, the process comprising: feeding a ribbon while providing robotic control to move an applicator against a previously deposited layer composed of one or more ribbons, to press the ribbon against the layer to build up a fibre reinforced composite, wherein the process further comprises: scanning a beam of light across a surface of the ribbon at a first location of the ribbon after the pressing, while the same ribbon is being pressed on the layer at a second location, the beam illuminating a spot on the surface; collecting light scattered from the spot to obtain a sample beam; directing the sample beam and a reference beam onto a photodetector, to obtain an electrical interference signal; receiving a plurality of the electrical interference signals that characterizes a topography of the deposited ribbon on the surface; and processing the plurality of the electrical interference signals to identify whether a deviation from a planned lay-up of the ribbon is manifest. feeding a ribbon while providing robotic control to move an applicator against a previously deposited layer composed of one or more ribbons, to press the ribbon against the layer to build up a fibre reinforced composite, wherein the process further comprises: scanning a beam of light across a surface of the ribbon at a first location of the ribbon after the pressing, while the same ribbon is being pressed on the layer at a second location, the beam illuminating a spot on the surface; collecting light scattered from the spot to obtain a sample beam; directing the sample beam and a reference beam onto a photodetector, to obtain an electrical interference signal; receiving a plurality of the electrical interference signals that characterizes a topography of the deposited ribbon on the surface; and processing the plurality of the electrical interference signals to identify whether a deviation from a planned lay-up of the ribbon is manifest.
A text processing arrangement comprising: a text editing interface comprising a driver text display in an automobile passenger compartment positioned directly in front of an automobile driver for displaying a limited amount of text to the driver without impairing forward visual attention of the driver, the text editing interface arranged to present on the driver text display a text segment comprising a sequence of text items separated by text boundaries and an active position where new text is inserted, each text boundary comprising a boundary between adjacent text items, wherein the active position consists of either an active text boundary or an active text item; wherein when the active position is an active text boundary, new text is inserted between the text items separated by the active text boundary; and wherein when the active position is an active text item, new text replaces the active text item. a text editing interface comprising a driver text display in an automobile passenger compartment positioned directly in front of an automobile driver for displaying a limited amount of text to the driver without impairing forward visual attention of the driver, the text editing interface arranged to present on the driver text display a text segment comprising a sequence of text items separated by text boundaries and an active position where new text is inserted, each text boundary comprising a boundary between adjacent text items, wherein the active position consists of either an active text boundary or an active text item; wherein when the active position is an active text boundary, new text is inserted between the text items separated by the active text boundary; and wherein when the active position is an active text item, new text replaces the active text item.
A light guide device comprising: a first light guide part that reflects and guides light emitted from a light source; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts, the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the regular part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts, characterized in that the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and at least two reflective parts differ from each other in position in the rotation axis direction. a first light guide part that reflects and guides light emitted from a light source; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts, the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the regular part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts, the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and at least two reflective parts differ from each other in position in the rotation axis direction.
A method, comprising: performing, using one or more computer systems (100, 300), identifying vectors representing sampled network events observed by a network monitoring system, each vector including: a plurality of dimensions, an indication of a sampling ratio with which each respective dimension was sampled, and a value associated with each respective dimension, the sampling ratio being subject to modification over time as a function of network or resource loading; calculating a Key Performance Indicator, KPI, corresponding to the observed network events for a selected one of the plurality of dimensions based, at least in part, upon the values associated with the selected dimension; and calculating a confidence value associated with the KPI, based, at least in part, upon the sampling ratio with which the selected dimension was sampled, wherein calculating the confidence value includes performing, using the one or more computer systems: using the sampling ratios with which the selected dimensions were sampled to estimate a number of network events, KN, that would have been observed by the network monitoring system in the absence of sampling; determining a number of sampled network events, Kn; and calculating a standard deviation, Kσ, of the values. calculating a confidence value associated with the KPI, based, at least in part, upon the sampling ratio with which the selected dimension was sampled, wherein calculating the confidence value includes performing, using the one or more computer systems: using the sampling ratios with which the selected dimensions were sampled to estimate a number of network events, KN, that would have been observed by the network monitoring system in the absence of sampling; determining a number of sampled network events, Kn; and calculating a standard deviation, Kσ, of the values. using the sampling ratios with which the selected dimensions were sampled to estimate a number of network events, KN, that would have been observed by the network monitoring system in the absence of sampling; determining a number of sampled network events, Kn; and calculating a standard deviation, Kσ, of the values.
A vehicle, in particular a heavy goods vehicle with an engine over cab design, the vehicle comprising a steering wheel assembly and an airbag assembly, the steering wheel assembly comprising a steering wheel column for mounting a steering wheel on top of the steering wheel column and a steering wheel column connection unit connecting the steering wheel column to a frame, wherein the steering wheel column connection unit is arranged for pivotally mounting the steering wheel column around a pivot axis, the steering wheel column connection unit comprising steering wheel column connection means for adjustably connecting the steering wheel column to the frame in a position in a range between a most forward position and a most rearward position, as seen in a normal driving direction of the vehicle, the air bag assembly comprising an airbag and an electronic airbag control unit, characterized in that the steering wheel column connection means are arranged for automatically positioning the steering wheel column in the most forward position in case of a front collision of the vehicle without any external triggering other than the kinetic energy of the mass of the steering wheel column and the closing speed of the collision and in that the airbag assembly comprises a curved shaped airbag mounted on the steering wheel column at a side thereof directed downwards.
Device for controlling usage of content, the device comprising: - a processing unit for accessing a license associated to content and for specifying usage information to allow usage or forbid usage of the content in accordance with instructions derived from the license; the processing unit being communicatively connected to: - a usage indicator for providing a measure of usage associated with the content; - a communication unit for communicating the measure of usage; wherein the processing unit is arranged to set the usage information to allow usage of the content if the measure of usage has been communicated to a service provider in accordance with instructions derived from the license, and to set the usage information to forbid usage of the content if the measure of usage has not been communicated to the service provider in accordance with instructions derived from the license, and in that the processing unit is further arranged to, during usage of content, update and monitor the measure of usage and to compare the updated measure of usage with the instructions derived from the license, and where the processing unit is arranged to set the usage information to forbid continued usage if the updated measure of usage indicates an amount of consumed content that exceeds an amount of allowed usage as derived from the license. - a processing unit for accessing a license associated to content and for specifying usage information to allow usage or forbid usage of the content in accordance with instructions derived from the license; the processing unit being communicatively connected to: - a usage indicator for providing a measure of usage associated with the content; - a communication unit for communicating the measure of usage;