mhurhangee/ep-ind-claims huggingface dataset:
A method for sending a message on an electronic device, the method comprising: establishing connections between a messaging composition interface and a plurality of messaging applications resident at the electronic device and corresponding to a plurality of messaging services; receiving input indicative of an addressee of the message at the messaging composition interface; determining a subset of available messaging services available to the addressee from the plurality of messaging services; rendering a menu comprising a plurality of choices corresponding to the subset of available messaging services; receiving, at the messaging composition interface, an input corresponding to a selection of a messaging service, the selection being made from the plurality of rendered choices corresponding to the subset of available messaging services for which connections have been established; receiving content, at the messaging composition interface, wherein the message comprises the content; and sending the message to the destination via the selected service. establishing connections between a messaging composition interface and a plurality of messaging applications resident at the electronic device and corresponding to a plurality of messaging services; receiving input indicative of an addressee of the message at the messaging composition interface; determining a subset of available messaging services available to the addressee from the plurality of messaging services; rendering a menu comprising a plurality of choices corresponding to the subset of available messaging services; receiving, at the messaging composition interface, an input corresponding to a selection of a messaging service, the selection being made from the plurality of rendered choices corresponding to the subset of available messaging services for which connections have been established; receiving content, at the messaging composition interface, wherein the message comprises the content; and sending the message to the destination via the selected service.
Lever gear for a drive rod fitting which is arranged in a concealed manner in a rebate space and has an operating lever which can be pivoted relative to a faceplate for driving a drive rod guided longitudinally displaceably on the faceplate, and with a lifting device for moving the operating lever from a lowered basic position into a projecting operating position, and with a holding device for holding the operating lever in the lowered basic position, characterized in that the holding device has a longitudinally movable slider and in that the slider is movable from a holding position holding the operating lever in the basic position into a release position that lifts the operating lever into the operating position.
A communication method, comprising: determining, by a terminal side device, a random access preamble on each of N uplink bandwidth parts, BWPs, in one random access process, wherein N is an integer greater than or equal to 2; and sending, by the terminal side device, the random access preamble on each uplink BWP to a network side device, wherein time resources corresponding to the uplink BWPs do not overlap. determining, by a terminal side device, a random access preamble on each of N uplink bandwidth parts, BWPs, in one random access process, wherein N is an integer greater than or equal to 2; and sending, by the terminal side device, the random access preamble on each uplink BWP to a network side device, wherein time resources corresponding to the uplink BWPs do not overlap.
A hydraulic transformer comprising a housing including a high-pressure connection, a low-pressure connection and an operating pressure connection, a barrel member (19, 20) which is rotatably mounted in the housing and provided with a plurality of compression chambers of which the volume changes upon rotating the barrel member (19, 20), wherein a back side of the barrel member (19, 20) includes barrel ports which communicate with the respective compression chambers and a face plate (28, 29) which is supported by the housing and provided with a front side that supports the back side of the barrel member (19, 20), a back side that faces the housing, a circumferential outer wall and a central hole that is surrounded by a circumferential inner wall, which face plate (28, 29) is rotatable with respect to the housing within a predetermined angle, wherein the front side is provided with three arcuate face plate ports along which the barrel ports travel upon rotating the barrel member (19, 20), wherein the face plate ports communicate with the high-pressure connection through a first passage in the face plate (28, 29), the low-pressure connection through a second passage in the face plate (28, 29) and the operating pressure connection through a third passage in the face plate (28, 29), respectively, and wherein one of the first to third passages (35, 36, 37) has an opening at the back side of the face plate (28, 29), characterized in that one of the first to third passages (35, 36, 37) has an opening at the circumferential outer wall of the face plate (28, 29) and one of the first to third passages (35, 36, 37) has an opening at the circumferential inner wall of the face plate (28, 29).
A programmable delay circuit block, comprising: an input stage comprising a cascade input and a clock input; wherein the input stage comprises a memory cell (MC) and passes either the signal at the cascade input or the signal received at the clock input according to a value stored in the memory cell (MC); a delay block coupled to an output of the input stage and configured to generate a delayed signal by applying a selected amount of delay to the signal passed from the input stage; a pulse generator coupled to an output of the delay block and configured to generate a pulse signal having a pulse width that depends upon the amount of delay applied by the delay block; and an output stage coupled to an output of the pulse generator, the output stage comprising a cascade output and a clock output for the programmable delay circuit block; wherein the output stage is configurable to pass an inverted version of the pulse signal or the delayed signal to the cascade output and configurable to pass the signal received at the clock input, the inverted version of the pulse signal, or the delayed signal to the clock output. an input stage comprising a cascade input and a clock input; wherein the input stage comprises a memory cell (MC) and passes either the signal at the cascade input or the signal received at the clock input according to a value stored in the memory cell (MC); a delay block coupled to an output of the input stage and configured to generate a delayed signal by applying a selected amount of delay to the signal passed from the input stage; a pulse generator coupled to an output of the delay block and configured to generate a pulse signal having a pulse width that depends upon the amount of delay applied by the delay block; and an output stage coupled to an output of the pulse generator, the output stage comprising a cascade output and a clock output for the programmable delay circuit block; wherein the output stage is configurable to pass an inverted version of the pulse signal or the delayed signal to the cascade output and configurable to pass the signal received at the clock input, the inverted version of the pulse signal, or the delayed signal to the clock output.
A peripheral including at least one transparent key, actuable under the effect of pressure, a case comprising a first face, a system for controlling and detecting a pressure exerted on the key, and at least one screen allowing symbols to be displayed through each key via respectively a display path, the first face of the case being equipped with an opening in which is engaged each key, said key cooperating with the first face of the case, said control and detection system including a flexible membrane and a detection device for detecting a pressure exerted on the key separate from the flexible membrane, said flexible membrane ensuring an actuating force and a pressure feedback effect and including at least one orifice, each orifice delimiting a display path for a key, each orifice being delimited by a border cooperating with a key, the detection device including a switching structure on which acts at least one tab secured to a key, so as to provide an actuating signal when a pressure is exerted on said key, characterized in that the peripheral comprises, for each key, at least one guide structure of the key composed of a tab secured to a key and two guides extending protruding from the inner surface of the first face of the case, to delimit therebetween a slide for said tab, at a height allowing to guide said tab in the slide throughout the displacement travel resulting from a pressure exerted on said key.
A linear actuator, particularly for sliding doors and sliding closure elements in general, of the type comprising a supporting body, to be arranged between the two jambs of a door or of a closure element, motor drive means being accommodated and fixed in said supporting body and being adapted to rotate a driving worm gear meshing with a driven rack of the linear actuator, which in turn is fixed to a leaf of a door or other closure element to be translated, the axis of rotation of the worm gear being substantially parallel to the longitudinal direction of said rack, the thread of said worm gear being adapted to mesh with the oblique teeth of said rack, said rack being constituted by a plurality of modular elements, each of which is provided with equidistant inclined recesses that form between them the oblique teeth of said rack, said rack comprising means for the ordered side-by-side arrangement and alignment of a row of modular elements, said means for the ordered side-by-side arrangement and alignment of a row of modular elements comprising a base made of metallic material with a central channel for a plurality of laterally adjacent consecutive modular flat elements provided with inclined recesses that form between them the oblique teeth of said rack, said base being constituted by a profile that extends predominantly longitudinally and being obtained by extrusion or molding, said central channel being formed by two opposite longitudinal side walls (162, 163) with tabs (164, 165) for preventing lifting for said modular flat elements, said modular flat elements having, in their longitudinal edges, recesses adapted to receive corresponding locking teeth provided by plastic deformation on said lifting-preventing tabs (164, 165) of said longitudinal side walls of said base.
System for removing the electrode caps from electrode shafts, consisting of at least one removing device mounted rotatably about a tool rotary axis and having clamping means (2 and 3) for fixing the electrode shafts to be removed, characterized in that it comprises a combination of straight-toothed and helical-toothed clamping means (2 and 3), wherein the helical-toothed clamping means have an oblique tooth inclination in the axial direction.
Assembly for arranging hanging goods in a space-saving manner, the assembly comprising a plurality of hanging goods, - a feeding unit for feeding the hanging goods in a transport direction, - an arrangement unit for arranging the hanging goods, wherein the arrangement unit has at least two transport rails arranged adjacent to one another, and parallel to each other, in the transport direction, characterized in that a distance between two adjacent transport rails is smaller than a width of the hanging goods. - a feeding unit for feeding the hanging goods in a transport direction, - an arrangement unit for arranging the hanging goods,
A recombinant construct comprising a nucleotide sequence encoding a thermostable polypeptide having serine protease activity, wherein said coding nucleotide sequence is operably linked to at least one regulatory sequence functional in a production host and the nucleotide sequence encodes a polypeptide with the amino acid sequence set forth in SEQ ID NO: 3, or a polypeptide with at least 92% amino acid sequence identity thereto; and wherein said regulatory sequence is heterologous to the coding nucleotide sequence, or said regulatory sequence and coding sequence are not arranged as found together in nature.
A lithium ion secondary battery comprising: a cylindrical can; an electrode assembly accommodated in the cylindrical can with an electrolyte; and a cap assembly sealing the cylindrical can, the cylindrical can having a bottom portion and a side portion extending from the bottom portion to the cap assembly and a safety vent in the bottom portion, the safety vent comprising a groove; wherein the groove is a concentric circle having a diameter smaller than the diameter of the bottom portion, and the depth of the groove varies along its length. a cylindrical can; an electrode assembly accommodated in the cylindrical can with an electrolyte; and a cap assembly sealing the cylindrical can, the cylindrical can having a bottom portion and a side portion extending from the bottom portion to the cap assembly and a safety vent in the bottom portion, the safety vent comprising a groove; wherein the groove is a concentric circle having a diameter smaller than the diameter of the bottom portion, and the depth of the groove varies along its length.
A battery module, comprising: at least one battery cell; a pair of pressing plates disposed at both side surfaces of the at least one battery cell; and a first and a second module covers coupled to the pair of pressing plates to respectively cover an upper side and a lower side of the at least one battery cell, wherein both ends of the first and a second module covers are bent to respectively cover an upper end and a lower end of the pair of pressing plates, are welded to the pair of pressing plates, and include a plurality of auxiliary welding beads spaced apart from each other by a predetermined distance along a longitudinal direction of the first and a second module covers, wherein a plurality of welding portions for welding with the pair of pressing plates after the bending are provided at both ends of the first and a second module covers, wherein the plurality of auxiliary welding beads are disposed between the plurality of welding portions, respectively, and wherein the plurality of auxiliary welding beads are disposed to be stepped from the plurality of welding portions. at least one battery cell; a pair of pressing plates disposed at both side surfaces of the at least one battery cell; and a first and a second module covers coupled to the pair of pressing plates to respectively cover an upper side and a lower side of the at least one battery cell, wherein both ends of the first and a second module covers are bent to respectively cover an upper end and a lower end of the pair of pressing plates, are welded to the pair of pressing plates, and include a plurality of auxiliary welding beads spaced apart from each other by a predetermined distance along a longitudinal direction of the first and a second module covers, wherein a plurality of welding portions for welding with the pair of pressing plates after the bending are provided at both ends of the first and a second module covers, wherein the plurality of auxiliary welding beads are disposed between the plurality of welding portions, respectively, and wherein the plurality of auxiliary welding beads are disposed to be stepped from the plurality of welding portions.
A supporting structure comprising a support body, stationary shafts and stoppers disposed at opposite ends of said support body and on a same axis with said stationary shafts, each of said stationary shafts being provided with an arc-shaped notch matching with a respective stopper of said stoppers circumferentially so that the stoppers are rotatable about the stationary shafts along the arc-shaped notch, characterized in that each of said stoppers comprises a U-shaped stopper body and a stopper projection provided on an inner wall of said stopper body, each of said stationary shafts comprising a shaft base and a shaft portion which is in T-shaped connection with said shaft base, said arc-shaped notch being provided at an end of the shaft portion connected with the shaft base.
An electrically driven vehicle which has a driver's seat and a pair of left and right rear seats (24L, 24R) provided side by side in the rear of the driver's seat and which is equipped with a plurality of batteries (51A, 51B, 51C, 51D, 51E, 51F), comprising: a center console, wherein the plurality of batteries (51A~51F) being arranged under the driver's seat, the center console and the pair of left and right rear seats (24L, 24R) in the rear of the driver's seat, characterized in that the center console is arranged between the pair of left and right rear seats (24L, 24R) and extends backwardly from the driver's seat; and some batteries (51A~51C) of the plurality of batteries (51A~51F) are arranged under the driver's seat, and the rest of the batteries (51D~51F) is arranged under the center console and under the pair of left and right rear seats (24L, 24R) in the rear of the driver's seat. a center console, wherein the plurality of batteries (51A~51F) being arranged under the driver's seat, the center console and the pair of left and right rear seats (24L, 24R) in the rear of the driver's seat, the center console is arranged between the pair of left and right rear seats (24L, 24R) and extends backwardly from the driver's seat; and some batteries (51A~51C) of the plurality of batteries (51A~51F) are arranged under the driver's seat, and the rest of the batteries (51D~51F) is arranged under the center console and under the pair of left and right rear seats (24L, 24R) in the rear of the driver's seat.
A method for producing ditrimethylolpropane comprising reacting n-butyraldehyde with formaldehyde in the presence of a base catalyst to thereby produce trimethylolpropane and ditrimethylolpropane, characterized in that the method comprises: a step of reacting n-butyraldehyde with formaldehyde in the presence of a base catalyst, to thereby produce a reaction mixture containing trimethylolpropane, ditrimethylolpropane, and 2-ethyl-2-propenal; a step of recovering 2-ethyl-2-propenal through distillation of the reaction mixture produced in step I; and a step of adding, to a distillation residue obtained through recovery of 2-ethyl-2-propenal in step II, the recovered 2-ethyl-2-propenal and formaldehyde, and optionally a base catalyst, to thereby allow reaction for production of ditrimethylolpropane to proceed, wherein, on the basis of 1.0 mol of n-butyraldehyde serving as a raw material, (a) the amount of formaldehyde supplied is 2.0 to 3.5 mol; (b) the total amount of formaldehyde and formaldehyde supplied is 3.0 to 4.5 mol; (c) the amount of the base catalyst supplied is 0.5 to 1.5 equivalents; (d) the total amount of the base catalyst and the base catalyst supplied is 1.0 to 2.5 equivalents; and (e) the amount of 2-ethyl-2-propenal recovered is 0.05 to 0.5 mol. a step of reacting n-butyraldehyde with formaldehyde in the presence of a base catalyst, to thereby produce a reaction mixture containing trimethylolpropane, ditrimethylolpropane, and 2-ethyl-2-propenal; a step of recovering 2-ethyl-2-propenal through distillation of the reaction mixture produced in step I; and a step of adding, to a distillation residue obtained through recovery of 2-ethyl-2-propenal in step II, the recovered 2-ethyl-2-propenal and formaldehyde, and optionally a base catalyst, to thereby allow reaction for production of ditrimethylolpropane to proceed, wherein, on the basis of 1.0 mol of n-butyraldehyde serving as a raw material, (a) the amount of formaldehyde supplied is 2.0 to 3.5 mol; (b) the total amount of formaldehyde and formaldehyde supplied is 3.0 to 4.5 mol; (c) the amount of the base catalyst supplied is 0.5 to 1.5 equivalents; (d) the total amount of the base catalyst and the base catalyst supplied is 1.0 to 2.5 equivalents; and (e) the amount of 2-ethyl-2-propenal recovered is 0.05 to 0.5 mol.
A hearing aid device to wear behind the ear with: a housing, which is when in use attached behind the ear, and a cable to connect the housing with an earmold to be introduced into the ear canal, wherein the cable is detachably connected with the housing via a connector, wherein the housing, when being worn, comprises a forwardly directed front wall which, in usage position, facing a rear side of the ear and/or laying against the rear of the ear, and wherein the connector is positioned at the front wall, characterized in that the connector comprises an electrical circuit board provided with contact pads, which, in the connected state, contact with resilient contacts of a matching connector arranged inside the housing. a housing, which is when in use attached behind the ear, and a cable to connect the housing with an earmold to be introduced into the ear canal, wherein the cable is detachably connected with the housing via a connector, wherein the housing, when being worn, comprises a forwardly directed front wall which, in usage position, facing a rear side of the ear and/or laying against the rear of the ear, and wherein the connector is positioned at the front wall, characterized in that the connector comprises an electrical circuit board provided with contact pads, which, in the connected state, contact with resilient contacts of a matching connector arranged inside the housing.
Electrical circuit adapted to control a bridge circuit for driving an inductive load and comprising - a voltage pulse detector (16, 17) adapted to detect a voltage pulse on the supply voltage supplying the bridge circuit, - at least one high-side control output (11, 12) adapted to control a high-side switch (5, 6) of the bridge circuit connecting the inductive load with the supply voltage, - at least one low-side control output (13, 14) adapted to control a low-side switch (7, 8) of the bridge circuit connecting the inductive load with ground, - an internal control logic configured to measure the supply voltage, evaluate the output of the voltage pulse detector (16, 17) and control the high- and low-side control outputs (11 to 14) and - one validation gate per low-side control output (13, 14), characterized in that the internal control logic is configured to control the at least one validation gate to connect through when the supply voltage exceeds a bridge pre-driver supply voltage supplying the electrical circuit by a pre-determined voltage pulse detection threshold, thereby connecting the respective low-side control output (13, 14) with the output of the voltage pulse detector (16, 17). - a voltage pulse detector (16, 17) adapted to detect a voltage pulse on the supply voltage supplying the bridge circuit, - at least one high-side control output (11, 12) adapted to control a high-side switch (5, 6) of the bridge circuit connecting the inductive load with the supply voltage, - at least one low-side control output (13, 14) adapted to control a low-side switch (7, 8) of the bridge circuit connecting the inductive load with ground, - an internal control logic configured to measure the supply voltage, evaluate the output of the voltage pulse detector (16, 17) and control the high- and low-side control outputs (11 to 14) and - one validation gate per low-side control output (13, 14), characterized in that the internal control logic is configured to control the at least one validation gate to connect through when the supply voltage exceeds a bridge pre-driver supply voltage supplying the electrical circuit by a pre-determined voltage pulse detection threshold, thereby connecting the respective low-side control output (13, 14) with the output of the voltage pulse detector (16, 17).