mhurhangee/ep-ind-claims huggingface dataset:
A protective system for an articulated vehicle provided with a plurality of carriages connected by an articulated joint, comprising: - a frame provided with a first receiving seat extending along a longitudinal direction; - a coupling element comprising a first portion shaped for coupling to the receiving seat and a second portion in which a housing seat is made; - a tubular member configured to be inserted into the housing cavity in such a way as to be coupled to the coupling element; - a laminar member defining a bellows and stably connected in use, directly or indirectly, to the tubular member; - a locking device (9, 10, 11) which can be coupled to said frame and configured to hold in position said coupling element at the frame; wherein at least one between the first portion of the coupling element and said first receiving seat is at least partly tapered so that said first portion is configured to be automatically centred during the coupling with the first receiving seat and characterized in that the first portion has a truncated cone shape and the first seat has a groove shaped to match the truncated cone shape of the first portion, wherein said first receiving seat comprises a protuberance which extends away from the frame and said first portion of the coupling element comprises a cavity, so that said protuberance of the first receiving seat is inserted inside the cavity of the first portion. - a frame provided with a first receiving seat extending along a longitudinal direction; - a coupling element comprising a first portion shaped for coupling to the receiving seat and a second portion in which a housing seat is made; - a tubular member configured to be inserted into the housing cavity in such a way as to be coupled to the coupling element; - a laminar member defining a bellows and stably connected in use, directly or indirectly, to the tubular member; - a locking device (9, 10, 11) which can be coupled to said frame and configured to hold in position said coupling element at the frame; wherein at least one between the first portion of the coupling element and said first receiving seat is at least partly tapered so that said first portion is configured to be automatically centred during the coupling with the first receiving seat and characterized in that the first portion has a truncated cone shape and the first seat has a groove shaped to match the truncated cone shape of the first portion, wherein said first receiving seat comprises a protuberance which extends away from the frame and said first portion of the coupling element comprises a cavity, so that said protuberance of the first receiving seat is inserted inside the cavity of the first portion.
A compound of Formula I, or a pharmaceutically acceptable salt, solvate, polymorph, co-crystal, stereoisomer or isotopic compound thereof: wherein, X is selected from the group consisting of fluorine, chlorine, bromine, iodine and cyano; Z is wherein the carbon marked with * is asymmetric center; R 1 is -NR 1' R 2'; wherein R 1' and R 2' are each independently selected from the group consisting of H, D, methyl and ethyl; R 2, R 3, R 5, R 6, R 7, R 8, R 9 and R 10 are each independently H or D; R 4 is CH 3, CH 2 D, CHD 2 or CD 3. X is selected from the group consisting of fluorine, chlorine, bromine, iodine and cyano; Z is wherein the carbon marked with * is asymmetric center; R 1 is -NR 1' R 2'; wherein R 1' and R 2' are each independently selected from the group consisting of H, D, methyl and ethyl; R 2, R 3, R 5, R 6, R 7, R 8, R 9 and R 10 are each independently H or D; R 4 is CH 3, CH 2 D, CHD 2 or CD 3.
A vibration module for a sleep-inducing toy, the module comprising a vibration apparatus configured to produce a mechanical vibration generating at least two mechanical waves of different frequencies for transferring via a medium to a user, - wherein the frequencies produce both a sound and a vibration; and - wherein the vibration module generates a mechanical oscillation wherein the mechanical vibration generates at least one frequency in the range of from 40 up to 45 Hz, and at least one frequency in the audible range, in the range of from 60 up to 65 Hz. - wherein the frequencies produce both a sound and a vibration; and - wherein the vibration module generates a mechanical oscillation wherein the mechanical vibration generates at least one frequency in the range of from 40 up to 45 Hz, and at least one frequency in the audible range, in the range of from 60 up to 65 Hz.
A display device, comprising: a display panel including a plurality of pixels to display an image based on image data, each pixel coupled to a gate line and a data line, and including a thin film transistor connected to the gate line and the data line; a data driver connected to the data lines and adapted to apply a positive data voltage and a negative data voltage to each data line; a gate driver connected to the gate lines; and a signal controller adapted to control the data driver and the gate driver, wherein the signal controller is adapted to drive the data driver and the gate driver at a moving picture frequency when the image data corresponds to a moving picture and to drive the data driver and the gate driver at a still image frequency lower than the moving picture frequency when the image data corresponds to a still image, characterized in that the signal controller is adapted to drive the data driver and the gate driver so that, when the image data corresponds to the still image, the gate driver is adapted to sequentially apply a gate-on voltage to the gate lines and to apply one of a first gate-off voltage and a second gate-off voltage in a period where the gate-on voltage is not applied, wherein the first gate-off voltage is applied to the gate lines connected to the pixels to which the positive data voltage is applied, and the second gate-off voltage is applied to the gate lines connected to the pixels to which the negative data voltage is applied, wherein the first gate-off voltage has a fixed voltage level and the second gate-off voltage has a voltage level which is varied based on a representative value of the still image, such that a positive leakage current flowing from a pixel to a respective data line via a respective thin film transistor when the positive data voltage is stored in the pixel and a negative leakage current flowing from the data line to the pixel via the respective thin film transistor when the negative data voltage is stored in the pixel substantially match with each other. a display panel including a plurality of pixels to display an image based on image data, each pixel coupled to a gate line and a data line, and including a thin film transistor connected to the gate line and the data line; a data driver connected to the data lines and adapted to apply a positive data voltage and a negative data voltage to each data line; a gate driver connected to the gate lines; and a signal controller adapted to control the data driver and the gate driver,
A method for determining structural vibration mode characteristics of a component, the method comprising: preparing a digital image correlation dataset for the component; applying a dynamic mode decomposition technique to the DIC dataset to determine a plurality of DMD modes; selecting at least one dominant DMD mode from the plurality of DMD modes; classifying each of the at least one selected dominant DMD mode as a standing wave or a traveling wave; and determining structural vibration mode characteristics of the component by extracting the structural vibration mode characteristics from each of the at least one selected dominant DMD mode having a standing wave classification. preparing a digital image correlation dataset for the component; applying a dynamic mode decomposition technique to the DIC dataset to determine a plurality of DMD modes; selecting at least one dominant DMD mode from the plurality of DMD modes; classifying each of the at least one selected dominant DMD mode as a standing wave or a traveling wave; and determining structural vibration mode characteristics of the component by extracting the structural vibration mode characteristics from each of the at least one selected dominant DMD mode having a standing wave classification.
A multi-primary-color display device comprising a number of pixels, wherein each said pixel has a first subset consisting in red, green and cyan subpixels and a second subset consisting in yellow (Ye), blue and another red subpixel (Rb), in each said pixel, the subpixels of the first subset are arranged in series in one direction, while the subpixels of the second subset are arranged in series in the same direction as the ones of the first subset, characterized that: the multi-primary-color display device is adapted to represent an achromatic color with substantially high resolution by using the first subset and the second subset as a display unit of the achromatic color, the first and second subsets (110, 120) are arranged as display units adapted to represent a first achromatic color and a second achromatic color, respectively, and wherein the achromatic color obtained with the first subset is the first achromatic color and the achromatic color obtained with the second subset is the second achromatic color, and the ratio of the difference in maximum luminance between the first and second achromatic colors to the sum of the maximum luminances of the first and second achromatic colors is equal to or smaller than 15 % and the difference Δu'v' in chromaticity between the first and second achromatic colors is equal to or smaller than 0.100. the multi-primary-color display device is adapted to represent an achromatic color with substantially high resolution by using the first subset and the second subset as a display unit of the achromatic color, the first and second subsets (110, 120) are arranged as display units adapted to represent a first achromatic color and a second achromatic color, respectively, and wherein the achromatic color obtained with the first subset is the first achromatic color and the achromatic color obtained with the second subset is the second achromatic color, and the ratio of the difference in maximum luminance between the first and second achromatic colors to the sum of the maximum luminances of the first and second achromatic colors is equal to or smaller than 15 % and the difference Δu'v' in chromaticity between the first and second achromatic colors is equal to or smaller than 0.100.
A control system for controlling food processing steps performed by a multi-function cooking apparatus and by one or more remote kitchen appliances (301, 302) for preparing a food product, comprising: a recipe program interface configured to access on a data storage device a recipe program for preparing the food product wherein the recipe program is configured to be executed by the cooking apparatus and to synchronize food processing steps performed by the cooking apparatus with food processing steps performed by the one or more remote kitchen appliances (301, 302); characterized in that a registration component configured to register the one or more remote kitchen appliances (301, 302) with the cooking apparatus in the appliance registry; a validation component configured to check if the one or more remote kitchen appliances are registered with the cooking apparatus in the appliance registry, and further configured to check if technical specifications of registered remote kitchen appliances comply with control parameters in respective recipe program instructions; the control system further configured to notify the recipe execution engine of the cooking apparatus that the recipe program cannot be executed, if at least one of the one or more remote kitchen appliances (301, 302) is not registered in the appliance registry, and to trigger execution of the recipe program by the cooking apparatus to initiate the corresponding food processing steps if the technical specifications of the one or more remote kitchen appliances comply with the control parameters in the recipe program instructions. a recipe program interface configured to access on a data storage device a recipe program for preparing the food product wherein the recipe program is configured to be executed by the cooking apparatus and to synchronize food processing steps performed by the cooking apparatus with food processing steps performed by the one or more remote kitchen appliances (301, 302); characterized in that a registration component configured to register the one or more remote kitchen appliances (301, 302) with the cooking apparatus in the appliance registry; a validation component configured to check if the one or more remote kitchen appliances are registered with the cooking apparatus in the appliance registry, and further configured to check if technical specifications of registered remote kitchen appliances comply with control parameters in respective recipe program instructions; the control system further configured to notify the recipe execution engine of the cooking apparatus that the recipe program cannot be executed, if at least one of the one or more remote kitchen appliances (301, 302) is not registered in the appliance registry, and to trigger execution of the recipe program by the cooking apparatus to initiate the corresponding food processing steps if the technical specifications of the one or more remote kitchen appliances comply with the control parameters in the recipe program instructions.
A tissue scaffold production method, which is designed to support cell amplification by being applied to the tissue during tissue regeneration after defect of a cartilage and/or bone tissue, characterized by the steps of - synthesizing polypropylene fumarate pre-polymer, - mixing PPF with vinyl phosphonic acid or vinyl phosphonic acid ester (VPES), - curing the mixture by heating it in the presence of a radical initiator, - obtaining the porous or nonporous biopolymer that will be used as tissue scaffold. - synthesizing polypropylene fumarate pre-polymer, - mixing PPF with vinyl phosphonic acid or vinyl phosphonic acid ester (VPES), - curing the mixture by heating it in the presence of a radical initiator, - obtaining the porous or nonporous biopolymer that will be used as tissue scaffold.
A method of performing a Single Radio Voice Call Continuity, SRVCC, Packet Switched, PS, to Circuit Switched, CS, handover of an emergency call that is routed over an IP Multimedia Subsystem, IMS, network, wherein the emergency call is first transferred from a PS access in a first region served by a first Mobility Management Entity, MME, to a PS access in a second region served by a second MME (35b, 71), the method including: sending a first handover request from the first MME to the second MME (35b, 71) to transfer the call to the second region, the first handover request including an Emergency Session Transfer Number for SRVCC, E-STN-SR, identifying an Emergency Access Transfer Function, EATF, in the first region; sending a second handover request (705, 706) for handover to a CS access, the second handover request being sent from the second MME (35b, 71) to a target Mobile Switching Centre, MSC, and including the E-STN-SR; and handing over the emergency call to the CS access using the E-STN-SR to route the call via the EATF (41 a) in the first region. sending a first handover request from the first MME to the second MME (35b, 71) to transfer the call to the second region, the first handover request including an Emergency Session Transfer Number for SRVCC, E-STN-SR, identifying an Emergency Access Transfer Function, EATF, in the first region; sending a second handover request (705, 706) for handover to a CS access, the second handover request being sent from the second MME (35b, 71) to a target Mobile Switching Centre, MSC, and including the E-STN-SR; and handing over the emergency call to the CS access using the E-STN-SR to route the call via the EATF (41 a) in the first region.
A multilayer light-blocking film for optical equipment, comprising: a multilayer structure comprising at least a first black light-blocking layer disposed on the front side of the multilayer structure and a second black light-blocking layer disposed on the back side of the multilayer structure, wherein the first black light-blocking layer and the second black light-blocking layer each have an optical density of 2.5 or more and a 60-degree glossiness of 5.0% or less, the multilayer light-blocking film being characterised in that the first black light-blocking layer has a 60-degree glossiness different from a 60-degree glossiness of the second black light-blocking layer, where a difference between the 60-degree glossiness of the first black light-blocking layer and the 60-degree glossiness of the second black light-blocking layer is 1.0 to 4.5%. a multilayer structure comprising at least a first black light-blocking layer disposed on the front side of the multilayer structure and a second black light-blocking layer disposed on the back side of the multilayer structure, wherein the first black light-blocking layer and the second black light-blocking layer each have an optical density of 2.5 or more and a 60-degree glossiness of 5.0% or less, the multilayer light-blocking film being characterised in that the first black light-blocking layer has a 60-degree glossiness different from a 60-degree glossiness of the second black light-blocking layer, where a difference between the 60-degree glossiness of the first black light-blocking layer and the 60-degree glossiness of the second black light-blocking layer is 1.0 to 4.5%.
A compressor nozzle device, comprising a set of adjustable vanes interposed between two opposite wall members (3, 5), and a unison ring for actuating said vanes, said unison ring being arranged at a side of one of said wall members opposite to the other side thereof facing said vanes, said one wall member having guiding slots for guiding actuating portions (21, 22) of said vanes, characterized in that said actuating portions (21, 22) are adapted to slidably engage said unison ring.
A method for operating a user equipment in a wireless network, the method comprising: measuring radio characteristics of a first set of physical resources, the first set of physical resources being available for receiving downlink reference signals for positioning (RS a -RS c) and the first set of physical resources being indicated by a first message received from a network node, selecting a second set of physical resources from the first set of physical resources based on the measured radio characteristics, sending a second message, indicative of the selected second set of physical resources to the network node; receiving a third message, from the network node, indicative of physical resources comprised in the first or the second set for receiving the downlink reference signals for positioning (RS a -RS c), and performing positioning measurements (RS a -RS c) using the physical resources for receiving the downlink reference signals for positioning (RS a -RS c). measuring radio characteristics of a first set of physical resources, the first set of physical resources being available for receiving downlink reference signals for positioning (RS a -RS c) and the first set of physical resources being indicated by a first message received from a network node, selecting a second set of physical resources from the first set of physical resources based on the measured radio characteristics, sending a second message, indicative of the selected second set of physical resources to the network node; receiving a third message, from the network node, indicative of physical resources comprised in the first or the second set for receiving the downlink reference signals for positioning (RS a -RS c), and performing positioning measurements (RS a -RS c) using the physical resources for receiving the downlink reference signals for positioning (RS a -RS c).
An ignition apparatus for an internal combustion engine, comprising: a main ignition circuit which produces a spark discharge in a spark plug by controlling current flow in a primary winding of an ignition coil; and an energy injection circuit which, after a spark discharge has commenced to be generated by operation of the main ignition circuit, supplies electrical energy into the primary winding such as to produce a flow of a secondary current through a secondary winding of the ignition coil in an unchanged direction of flow, to thereby continue the spark discharge that is produced by operation of the main ignition circuit, wherein: the energy injection circuit comprises: a step-up circuit which steps up a battery voltage; a capacitor which stores electrical energy that has been subjected to voltage step-up by the voltage step-up circuit; a primary-side current detection means which detects a capacitor discharge current that is supplied from the capacitor to the primary winding; and a first protection means which controls the electrical energy that is supplied into the primary winding from the capacitor, based on the capacitor discharge current that is detected by the primary-side current detection means, to thereby limit a maximum value of the capacitor discharge current detected by the primary-side current detection means to be less than a specific first control value, characterized in that the primary-side current detection means serves as a current detection resistor disposed at a grounded end of the capacitor. a main ignition circuit which produces a spark discharge in a spark plug by controlling current flow in a primary winding of an ignition coil; and an energy injection circuit which, after a spark discharge has commenced to be generated by operation of the main ignition circuit, supplies electrical energy into the primary winding such as to produce a flow of a secondary current through a secondary winding of the ignition coil in an unchanged direction of flow, to thereby continue the spark discharge that is produced by operation of the main ignition circuit, wherein: a step-up circuit which steps up a battery voltage; a capacitor which stores electrical energy that has been subjected to voltage step-up by the voltage step-up circuit; a primary-side current detection means which detects a capacitor discharge current that is supplied from the capacitor to the primary winding; and a first protection means which controls the electrical energy that is supplied into the primary winding from the capacitor, based on the capacitor discharge current that is detected by the primary-side current detection means, to thereby limit a maximum value of the capacitor discharge current detected by the primary-side current detection means to be less than a specific first control value,
An industrial truck with a drive unit and a load unit which comprises a load fork and a fork frame, and with at least one palette holder by which a palette standing on the load fork is secured, wherein the palette holder comprises at least one holding element arranged in the region of the upper end of the fork frame and movably mounted between a holding position in which it rear-grips the palette, and a release portion in which it releases the palette, characterised in that the holding element (24, 26) is an angled element, whose first leg rear grips the palette (50a, 60, 62) in the holding position and whose second leg is pivotally mounted around a horizontal axis in the fork frame, wherein the first leg is movably mounted in the direction of the longitudinal direction of the industrial truck and can be locked in different longitudinal positions in order to rear-grip one or several palettes in the holding position.