mhurhangee/ep-ind-claims huggingface dataset:
A pull-up belt tightening state detecting system for detecting whether the pull-up belt is tightened, characterized by comprising: a trigger component, being mounted at a junction of the pull-up belt and the child safety chair, the trigger component sending a signal by the action of the pull-up belt when the pull-up belt is tightened; and a communication component, being connected to the trigger component for transmitting the signal of the trigger component to a mobile device, the trigger component having pressure sensor and trigger element, the pressure sensor being disposed in back of the child safety chair, the trigger element being disposed on an inner side of the pressure sensor, end of the pull-up belt being connected to the trigger element so that when the pull-up belt is tightened, the pressure sensor is pressed by the trigger element to send a signal. a trigger component, being mounted at a junction of the pull-up belt and the child safety chair, the trigger component sending a signal by the action of the pull-up belt when the pull-up belt is tightened; and a communication component, being connected to the trigger component for transmitting the signal of the trigger component to a mobile device, the trigger component having pressure sensor and trigger element, the pressure sensor being disposed in back of the child safety chair, the trigger element being disposed on an inner side of the pressure sensor, end of the pull-up belt being connected to the trigger element so that when the pull-up belt is tightened, the pressure sensor is pressed by the trigger element to send a signal.
A film material insert molding method for forming a transparent resin layer on a front surface of a film material having a design portion and a substrate resin layer on a back surface of the film material, the method comprising: an intermediate part forming step of forming a first intermediate part having an edge extending radially from the film material, the edge being disposed at the inside of an outer peripheral end of a final shape of the film material; a transparent resin layer forming step of forming a second intermediate part including a transparent resin layer, by injection molding, on a front surface of the first intermediate part, with the edge of the first intermediate part being fixed to a transparent resin layer forming unit (31, 32) by itself; and a substrate resin layer forming step of forming an insert-molded article including a substrate resin layer, by injection molding, on a back surface of the second intermediate part, the substrate resin layer covering a surface of a radial end of the edge. an intermediate part forming step of forming a first intermediate part having an edge extending radially from the film material, the edge being disposed at the inside of an outer peripheral end of a final shape of the film material; a transparent resin layer forming step of forming a second intermediate part including a transparent resin layer, by injection molding, on a front surface of the first intermediate part, with the edge of the first intermediate part being fixed to a transparent resin layer forming unit (31, 32) by itself; and a substrate resin layer forming step of forming an insert-molded article including a substrate resin layer, by injection molding, on a back surface of the second intermediate part, the substrate resin layer covering a surface of a radial end of the edge.
Vibration damping arrangement for injection systems of motor vehicles, having at least one actively controllable actuator element which is arranged on a component (5, 5') of the injection system, wherein the actuator element is arranged on the component (5, 5') such that, during the operation of the injection system, a reduction in vibrations of the injection system is achieved by way of active control of the actuator element, wherein a controller is provided which serves for actively controlling the actuator element during the operation of the injection system, and wherein the controller is configured such that, during the operation of the injection system, a reduction in vibrations of the injection system is achieved by way of the active control of the actuator element, which reduction in vibrations allows damping of sound radiation from the injection system and/or a reduction at least of a vibration load of the injection system, characterized in that the actively controllable actuator element is arranged between the connection piece (13, 14) of a fuel distributor and a connection piece (15, 17) of a metering valve (16, 18). wherein a controller is provided which serves for actively controlling the actuator element during the operation of the injection system, and wherein the controller is configured such that, during the operation of the injection system, a reduction in vibrations of the injection system is achieved by way of the active control of the actuator element, which reduction in vibrations allows damping of sound radiation from the injection system and/or a reduction at least of a vibration load of the injection system, characterized in that the actively controllable actuator element is arranged between the connection piece (13, 14) of a fuel distributor and a connection piece (15, 17) of a metering valve (16, 18).
A door opening/closing mechanism for a refrigerator, comprising a first door and a second door that cover both sides with respect to a center of an opening portion of an apparatus main body and are rotatably supported respectively by pivotal shafts (11a, 12a) at both end portions of the opening portion, a swing partitioning body that is swingably disposed at an open end of the first door, and a guide mechanism that guides swingably the swing partitioning body and is disposed at a closing position to protrude from a side end surface of the first door at a closing time of the first door, and is disposed at an opening position that is disposed on a plane substantially flush with the side end surface of the first door at an opening time of the first door, wherein the guide mechanism includes a protruding portion disposed on one of the apparatus main body and the swing partitioning body and a guide portion that is disposed on other one of the apparatus main body and the swing partitioning body and provided with a guide groove to guide the protruding portion between the closing position and the opening position, characterized in that the one of the protruding portion and the guide portion is biased in a shaft direction of the pivotal shaft, and evacuates in the shaft direction upon colliding with the other one with force greater than a predetermined value when the first door with the swing partitioning body disposed at the closing position is opened, whereby the protruding portion comes out of the guide groove and the first door opens, allowing a user to open the first door by grasping the swing partitioning body located at the closing position and preventing the breakage of the protruding portion and guide portion.
A balloon catheter, the balloon catheter comprising: at least one shaft; and a balloon, the balloon comprising a first weld region, a first cone region, a middle region, a second cone region and a second weld region, the first weld region engaging the balloon to the at least one shaft, the first cone region adjacent to the first weld region, the middle region between the first cone region and the second cone region, the second cone region adjacent to the second weld region, the second weld region engaging the balloon to the at least one shaft, the balloon having an uninflated state and an inflated state, characterized in that the balloon has at least one fold extending from the first weld region to the second weld region in the uninflated state and the first and second cone regions of the balloon have at least one fold in the inflated state. at least one shaft; and a balloon, the balloon comprising a first weld region, a first cone region, a middle region, a second cone region and a second weld region, the first weld region engaging the balloon to the at least one shaft, the first cone region adjacent to the first weld region, the middle region between the first cone region and the second cone region, the second cone region adjacent to the second weld region, the second weld region engaging the balloon to the at least one shaft, the balloon having an uninflated state and an inflated state, characterized in that the balloon has at least one fold extending from the first weld region to the second weld region in the uninflated state and the first and second cone regions of the balloon have at least one fold in the inflated state.
Method for transmitting time synchronization messages in a communication network (10, 20), in which - time synchronization messages are transmitted via the communication network (10, 20) between a master clock (11, 21) and a slave clock (12a-e, 22a-e) to be synchronized with the clock time of the master clock (11, 21); - a network component (13, 23) of the communication network (10, 20), which has at least two ports, receives the time synchronization messages at one port and dispatches them via another port; - the network component (13, 23) determines, by means of an internal clock, a dwell time of a respective time synchronization message within the network component (13, 23) between receiving and dispatching the time synchronization message and conveys dwell time information specifying the dwell time to the slave clock (12a-e, 22a-e); and - the slave clock (12a-e, 22a-e) performs a synchronization to the master clock (11, 21) by using the respective received time synchronization messages and the respective associated dwell time information; characterized in that - the network component (10, 20) stops dispatching other messages which are not time synchronization messages within a period in which it expects a reception of a time synchronization message. - time synchronization messages are transmitted via the communication network (10, 20) between a master clock (11, 21) and a slave clock (12a-e, 22a-e) to be synchronized with the clock time of the master clock (11, 21); - a network component (13, 23) of the communication network (10, 20), which has at least two ports, receives the time synchronization messages at one port and dispatches them via another port; - the network component (13, 23) determines, by means of an internal clock, a dwell time of a respective time synchronization message within the network component (13, 23) between receiving and dispatching the time synchronization message and conveys dwell time information specifying the dwell time to the slave clock (12a-e, 22a-e); and - the slave clock (12a-e, 22a-e) performs a synchronization to the master clock (11, 21) by using the respective received time synchronization messages and the respective associated dwell time information; characterized in that - the network component (10, 20) stops dispatching other messages which are not time synchronization messages within a period in which it expects a reception of a time synchronization message.
Water injection device of an internal combustion engine, comprising: - at least one first water injector for injecting water, - a first tank for storing water, - a second tank for storing water, - a first water line from the first tank to the water injector, - a second water line from the second tank to the first water line, and - exactly one single pump, which is arranged in the first water line, - wherein the single pump is designed as a double-acting pump which can convey in a first direction and in a second direction opposite to the first direction. - at least one first water injector for injecting water, - a first tank for storing water, - a second tank for storing water, - a first water line from the first tank to the water injector, - a second water line from the second tank to the first water line, and - exactly one single pump, which is arranged in the first water line, - wherein the single pump is designed as a double-acting pump which can convey in a first direction and in a second direction opposite to the first direction.
A landing gear system comprising a shock strut and a complementary receptacle, the shock strut comprising: an outer cylinder having a structural attachment portion comprising a cobalt substrate and characterized by the cobalt substrate comprising a cobalt-chromium-molybdenum alloy, and the complementary receptacle comprising a cobalt-containing coating over at least a portion of an inner surface, wherein said cobalt substrate is directly engaged with said colbalt-containing coated portion of said inner receptacle surface, the complementary receptacle being integral to a metal component of the landing gear system. an outer cylinder having a structural attachment portion comprising a cobalt substrate and characterized by the cobalt substrate comprising a cobalt-chromium-molybdenum alloy, and the complementary receptacle comprising a cobalt-containing coating over at least a portion of an inner surface, wherein said cobalt substrate is directly engaged with said colbalt-containing coated portion of said inner receptacle surface, the complementary receptacle being integral to a metal component of the landing gear system.
An industrial fish breeding complex having a group of fish breeding pools and a water regeneration system located aside the pools and comprising a mud settler-denitrificator, a device for water lifting and aeration, a multisectional modular biological filter comprising biological filter modules, a degassing unit and a disinfection unit (14, 15), said group of pools being connected by a water supply distributing channel, a wastewater collecting channel, a common system (12, 24) of collecting and discharge of insoluble residues, and a mechanical filter of insoluble residues, each of said biological filter modules comprising an autonomous biological reactor, made as a reservoir with four vertical walls and a rectangular horizontal cross-section, wherein a reservoir bottom is sloped in a direction of a water movement and together with a plane of a water surface forms a diffuser which provides for favorable conditions for circulation of water and a filler in the biological reactor, wherein, in a lower part of a connection of the reservoir bottom and a rear wall of said four vertical walls that extends along a lower end of the reservoir bottom there is a channel for a sludge accumulation and discharge, which in an upper part is limited by a separation grid which prevents the filler from going into the channel, wherein, under the grid in the channel an aerator is placed, providing for accelerating a circulating water and filler flow with an ascending air stream from the aerator, as well as oxygenating the water.
People mover comprising steps or pallets supported via wheels on support rails, which steps or pallets are connected to at least one drive element which is driven by a drive machine, whereby the steps or pallets are running in an upper conveyor track of the people mover in a conveying direction and in a lower return track in the opposite return direction, in which people mover a support structure (16, 18) is provided in a short distance below the steps or pallets running in the upper conveyor track, whereby in connection with the support structure at least one sensing means (34, 36; 44) is provided which is configured to output a load signal dependent on a load applied to the support structure, wherein the support structure (16, 18) comprises parallel spaced apart support rods (16, 18) extending in moving direction of the steps or pallets and is located between the side faces of the steps or pallets.
A surface treatment process of a metering valve, said metering valve comprising a valve body and a valve stem sliding in said valve body, characterized in that said process comprises a first step of forming a thin film of silicone by chemical grafting on at least one support surface of said valve body and/or said valve stem, and a second step of applying free silicone on said thin film of grafted silicone, such that said treated support surface simultaneously comprises grafted silicone and free silicone, siloxane chains of the grafted silicone and free silicone associating chemically together to reinforce the holding of the free silicone on said thin film of grafted silicone, said thin film of grafted silicone having a thickness less than 1 micrometer, preferably between 10 and 2000 angstroms
A wound dressing comprising at least a support comprising a thin pliable film with a top face and a bottom face, a pressure-sensitive adhesive layer applied to at least a portion of the bottom face of the thin pliable film, a protective layer applied detachably to the pressure-sensitive adhesive layer opposite the support and a additional layer either in the form of a uniform layer such as a film, or in the form of a frame, covering the top face of the thin pliable film, the additional layer extending beyond the thin pliable film to provide at least a tab for ease in handling and application of dressing, characterized in that at least a part of at least the thin pliable film is trimmed in such a way that a space is created between the additional layer and the thin pliable film, wherein the thin pliable film is trimmed by forming at least one pre-cut line into said at least thin pliable film and by tearing off the thin pliable film along the pre-cut line, and said space providing a beginning for the easy removing of the additional layer.
A cleaving method for a glass film, comprising: dividing the glass film by cleaving, during conveyance of the glass film in a predetermined direction (a), the glass film being in a flat state continuously along a preset cleaving line extending in the predetermined conveying direction (a), the cleaving of the glass film being performed by a thermal stress generated through localized heating performed along the preset cleaving line and through cooling of a region heated by the localized heating; and diverting, after the dividing, adjacent divided glass films, which are obtained by the dividing, so that the adjacent divided glass films are separated from each other in a front surface side direction or rear surface side direction of the adjacent divided glass films without being changed in widthwise relative position, as the adjacent divided glass films move forwardly in the predetermined conveying direction (a); characterized by forming a predetermined widthwise clearance between the adjacent divided glass films by curving at least one of the adjacent divided glass films along its width direction after the dividing and before the diverting, and during conveyance of the adjacent divided glass films in the same direction as the predetermined direction (a) of the glass film such that both widthwise end portions of the at least one divided glass film move toward a widthwise central region of the at least one divided glass film. dividing the glass film by cleaving, during conveyance of the glass film in a predetermined direction (a), the glass film being in a flat state continuously along a preset cleaving line extending in the predetermined conveying direction (a), the cleaving of the glass film being performed by a thermal stress generated through localized heating performed along the preset cleaving line and through cooling of a region heated by the localized heating; and diverting, after the dividing, adjacent divided glass films, which are obtained by the dividing, so that the adjacent divided glass films are separated from each other in a front surface side direction or rear surface side direction of the adjacent divided glass films without being changed in widthwise relative position, as the adjacent divided glass films move forwardly in the predetermined conveying direction (a); characterized by forming a predetermined widthwise clearance between the adjacent divided glass films by curving at least one of the adjacent divided glass films along its width direction after the dividing and before the diverting, and during conveyance of the adjacent divided glass films in the same direction as the predetermined direction (a) of the glass film such that both widthwise end portions of the at least one divided glass film move toward a widthwise central region of the at least one divided glass film.
A method of determining the quality of transmitted voice data, in particular of speech data transmitted during a telephone call, wherein the voice data are transmitted via a network, said method including: - providing voice data at a transmitter side in a first data format according to which data content is defined in at least one minimum data unit, - providing a first test signal in the first data format, - combining the voice data and the test signal to form input data, the combining including that the data content in at least one minimum data unit of the voice data is changed on the basis of at least part of the test signal to a different data content, - transmitting the input data in a transmittal data format, - receiving the transmitted input data at a receiver side to obtain output data, - removing, at the receiver side, at least portions of a data packet in the output data or of a data packet derived therefrom in order to derive a second test signal, - analysing, at the receiver side, the derived second test signal by applying a predetermined analysis criterion in order to obtain at least one value for a quality indicator. - providing voice data at a transmitter side in a first data format according to which data content is defined in at least one minimum data unit, - providing a first test signal in the first data format, - combining the voice data and the test signal to form input data, the combining including that the data content in at least one minimum data unit of the voice data is changed on the basis of at least part of the test signal to a different data content, - transmitting the input data in a transmittal data format, - receiving the transmitted input data at a receiver side to obtain output data, - removing, at the receiver side, at least portions of a data packet in the output data or of a data packet derived therefrom in order to derive a second test signal, - analysing, at the receiver side, the derived second test signal by applying a predetermined analysis criterion in order to obtain at least one value for a quality indicator.
A negative electrode active material comprising: a silicon-based inorganic compound (a) composed of silicon excluding zerovalent silicon, oxygen, and carbon; and zerovalent silicon (b), wherein, in a 29 Si solid NMR spectrum of the silicon-based inorganic compound (a), a plurality of peaks are present in a chemical shift range of +20 ppm to -150 ppm, and an equivalent constituent ratio SiO 4 /(SiO 2 C 2 + SiO 3 C + SiO 4) of the silicon excluding zerovalent silicon is within a range of from 0.30 to 0.80 inclusive, and wherein the negative electrode active material is obtainable by a production method comprising the following steps: step 1-1 of obtaining a suspension of zerovalent silicon by adding a fine metallic silicon particles or a pulverized fine metallic silicon particles into an organic solvent; step 1-2 of obtaining a precursor (c) by mixing and dispersing at least a polysiloxane compound, a carbon source resin containing an aromatic hydrocarbon moiety, and the suspension of zerovalent silicon obtained in step 1-1 and then drying the mixture, and step 2 of obtaining a fired product (d) by firing the precursor (c) obtained in step 1-2 in an inert atmosphere at a maximum firing temperature in a temperature range of from 900°C to 1250°C inclusive. step 1-1 of obtaining a suspension of zerovalent silicon by adding a fine metallic silicon particles or a pulverized fine metallic silicon particles into an organic solvent; step 1-2 of obtaining a precursor (c) by mixing and dispersing at least a polysiloxane compound, a carbon source resin containing an aromatic hydrocarbon moiety, and the suspension of zerovalent silicon obtained in step 1-1 and then drying the mixture, and step 2 of obtaining a fired product (d) by firing the precursor (c) obtained in step 1-2 in an inert atmosphere at a maximum firing temperature in a temperature range of from 900°C to 1250°C inclusive.