mhurhangee/ep-ind-claims huggingface dataset:
A charge control type ink jet printer comprising: a nozzle which continuously forms ink droplets; a charging electrode which charges each of the ink droplets; a deflection electrode which deflects some of the charged ink droplets; a collection opening which collects the remaining non-deflected ink droplets; and a print head which discharges the deflected ink droplet to print the droplet onto a printed substrate, wherein the print head has a UV light source, a print head cover which covers the nozzle and the charging electrode and the deflection electrode, and an opening provided on the print head cover which passes the deflected ink droplets and wherein the UV light source has a focusing member which focuses UV light onto at least part of a flying path of the ink droplet between the opening of the print head cover and the printed substrate and onto a landed region of the printed substrate, and a light emission source. a nozzle which continuously forms ink droplets; a charging electrode which charges each of the ink droplets; a deflection electrode which deflects some of the charged ink droplets; a collection opening which collects the remaining non-deflected ink droplets; and a print head which discharges the deflected ink droplet to print the droplet onto a printed substrate, wherein the print head has a UV light source, a print head cover which covers the nozzle and the charging electrode and the deflection electrode, and an opening provided on the print head cover which passes the deflected ink droplets and wherein the UV light source has a focusing member which focuses UV light onto at least part of a flying path of the ink droplet between the opening of the print head cover and the printed substrate and onto a landed region of the printed substrate, and a light emission source.
A method for the impact hardening of transition radii of a crankshaft, in particular of transition radii between connecting-rod bearing journals and crank webs and/or transition radii between main bearing journals and the crank webs of the crankshaft, characterized in that, for the introduction of an impact force (Fs) into at least one of the transition radii, a highly loaded region (B MAX), a lightly loaded region (B MIN) and interposed intermediate regions (B ZW) are defined along the respective transition radius running in annularly encircling fashion around the crankshaft, wherein impact hardening is performed such that the impact force (F S) introduced into the intermediate regions (B ZW) is increased in the direction of the highly loaded region (B MAX) and wherein the impact hardening is performed in such a way that the impressions of an impact head of at least one impact tool overlap in a defined manner along the respective transition radius running in annularly encircling fashion around the crankshaft. characterized in that, for the introduction of an impact force (Fs) into at least one of the transition radii, a highly loaded region (B MAX), a lightly loaded region (B MIN) and interposed intermediate regions (B ZW) are defined along the respective transition radius running in annularly encircling fashion around the crankshaft, wherein impact hardening is performed such that the impact force (F S) introduced into the intermediate regions (B ZW) is increased in the direction of the highly loaded region (B MAX) and wherein the impact hardening is performed in such a way that the impressions of an impact head of at least one impact tool overlap in a defined manner along the respective transition radius running in annularly encircling fashion around the crankshaft.
A dry, free-flowing, coated aggregate product, wherein the aggregate is preferably sand, the aggregate being coated with a coating composition having a cure point, the aggregate product remaining free-flowing until the temperature of the product is raised above the cure point, the coating composition comprising: a resin, wherein the resin is preferably a novalac resin, a hardener, and an ammonia buffering agent, that reacts with free ammonia gas, wherein the coated aggregate product releases minimal free ammonia gas upon curing. a resin, wherein the resin is preferably a novalac resin, a hardener, and an ammonia buffering agent, that reacts with free ammonia gas,
An apparatus for gathering and wrapping bales (B1, B2,) resting on a surface, the apparatus comprising: - a first bed assembly for supporting and conveying bales (B1, B2,); - a loading assembly for lifting a bale from the surface and conveying it to the first bed assembly, the loading assembly being pivotal relative to the first bed assembly; - a second bed assembly for conveying bales (B1, B2,), the second bed assembly being pivotal relative to the first bed assembly; characterized in that the apparatus further comprises a bale wrapping device mounted to the second bed assembly for wrapping bales (B1, B2,), wherein the second bed assembly comprises two generally parallel conveyors for moving bales (B1, B2,) towards the bale wrapping device. - a first bed assembly for supporting and conveying bales (B1, B2,); - a loading assembly for lifting a bale from the surface and conveying it to the first bed assembly, the loading assembly being pivotal relative to the first bed assembly; - a second bed assembly for conveying bales (B1, B2,), the second bed assembly being pivotal relative to the first bed assembly;
A method of manufacturing a power divider circuit, the method comprising: milling a conductive material disposed upon a first substrate to form a signal trace, the signal trace including a division from a single trace to two arm traces, each of the two arm traces having a proximal end electrically connected to the single trace and a distal end electrically connected to each of two secondary traces; depositing a resistive ink between the two distal ends to form a resistive electrical connection between the two arm traces; bonding a second substrate to the first substrate to substantially encapsulate the traces between the first substrate and the second substrate; and milling through at least one of the first substrate or the second substrate to provide access to at least one of the traces; disposing a further conductive material on an opposite surface of the first substrate to where the signal trace is milled; and milling through both of the second substrate and the first substrate without piercing the further conductive material to form a trench, and depositing a conductive ink into the trench. milling a conductive material disposed upon a first substrate to form a signal trace, the signal trace including a division from a single trace to two arm traces, each of the two arm traces having a proximal end electrically connected to the single trace and a distal end electrically connected to each of two secondary traces; depositing a resistive ink between the two distal ends to form a resistive electrical connection between the two arm traces; bonding a second substrate to the first substrate to substantially encapsulate the traces between the first substrate and the second substrate; and milling through at least one of the first substrate or the second substrate to provide access to at least one of the traces; disposing a further conductive material on an opposite surface of the first substrate to where the signal trace is milled; and milling through both of the second substrate and the first substrate without piercing the further conductive material to form a trench, and depositing a conductive ink into the trench.
Anti-theft system for fuel tanks of combustion engine vehicles, the tank being provided with a fuel refilling pipe (FP, RT, TN) and a membrane disposed along said refilling pipe and provided with several through holes, in order to prevent the insertion of a rubber tube into the tank for stealing the fuel stored therein without obstruct the refilling pipe, wherein said membrane has means for clinging to an inner sectional variation of the fuel refilling pipe (FP, RT, TN), by resting in position perpendicularly with the fuel refilling pipe axis at the point of the fuel refilling pipe in which the membrane is disposed, characterized in that said fuel refilling pipe (FP, RT, TN) comprises - a first portion, suitably to be fixed with a coach of said vehicle, - a last portion, fixed with the fuel tank, - at least a rubber joint for joining one of said first or last portion between each other or with another further rigid fuel refilling pipe portion, and wherein said sectional variation is defined by the coupling of said rubber joint and said rigid fuel refilling pipe portion. - a first portion, suitably to be fixed with a coach of said vehicle, - a last portion, fixed with the fuel tank, - at least a rubber joint for joining one of said first or last portion between each other or with another further rigid fuel refilling pipe portion, and
Ball comprising a wall for shutting off at least one installation space of a ball valve, the ball being a hollow ball, the wall comprising at least two ball openings so as to form a through channel between the two ball openings, the hollow ball being formed by a core material and at least one outer face of the core material being coated with polyoxymethylene, polyamide or polyurethane as a thermoplastic polymer, characterised in that the core material is a metal, preferably brass, red brass or stainless steel.
An antenna block (700, 720) comprising: a port located on a bottom surface of the antenna block; a two-dimensional antenna array (702A-B, 722A-B) located on a top surface of the antenna block; a set of waveguides in the antenna block configured to couple the two-dimensional antenna array to the port; and at least one parasitic surface wave radiator (704A-F, 724A-F, 744A-F), wherein the at least one parasitic surface wave radiator is located on the top surface of the antenna block. a port located on a bottom surface of the antenna block; a two-dimensional antenna array (702A-B, 722A-B) located on a top surface of the antenna block; a set of waveguides in the antenna block configured to couple the two-dimensional antenna array to the port; and at least one parasitic surface wave radiator (704A-F, 724A-F, 744A-F), wherein the at least one parasitic surface wave radiator is located on the top surface of the antenna block.
Method of transmission of an interrupted audio content in a hybrid receiver with a view to a time-shifted playback, the method comprising at least the following steps: - a step of reception of a determined stream broadcast on a network and of playback of the contents transmitted by said stream in the receiver, - a step of detection of a first event external to the receiver triggering the interruption of the playback of the content in progress and of recording the instant of the interruption, - a subsequent step of detection of a second external event triggering a step of transmission, from the receiver device to a remote server of management of the content resumption service, of the instant of the interruption and a request for resuming the playback of the interrupted content, - a step of transmission, from the remote server to the receiver device, of a piece of information specifying the identifiers of the data packets of the content at the instant of the interruption, said information comprising a manifest identifying a succession of data packets, including those of the audio content broadcast between the instant of the interruption and the present instant, - a step of transmission of the data packets, thus identified, of the content, and of reception by the receiver of said data packets with a view to their time-shifted playback. - a step of reception of a determined stream broadcast on a network and of playback of the contents transmitted by said stream in the receiver, - a step of detection of a first event external to the receiver triggering the interruption of the playback of the content in progress and of recording the instant of the interruption, - a subsequent step of detection of a second external event triggering a step of transmission, from the receiver device to a remote server of management of the content resumption service, of the instant of the interruption and a request for resuming the playback of the interrupted content, - a step of transmission, from the remote server to the receiver device, of a piece of information specifying the identifiers of the data packets of the content at the instant of the interruption, said information comprising a manifest identifying a succession of data packets, including those of the audio content broadcast between the instant of the interruption and the present instant, - a step of transmission of the data packets, thus identified, of the content, and of reception by the receiver of said data packets with a view to their time-shifted playback.
An implantable orthopaedic knee prosthesis, comprising a tibial component (14, 16) configured to be coupled to a surgically-prepared proximal tibia, the tibial component having: (i) a superior side, (ii) an inferior side that is opposite the superior side, and (iii) a fixation member extending inferiorly from the inferior side, the inferior side of the tibial component comprising an inferior fixation surface that extends generally in the transverse plane, in which the inferior fixation surface has a cement pocket formed therein, characterised in that the cement pocket is deeper at its anterior end than at its posterior end. (i) a superior side, (ii) an inferior side that is opposite the superior side, and (iii) a fixation member extending inferiorly from the inferior side, the inferior side of the tibial component comprising an inferior fixation surface that extends generally in the transverse plane, in which the inferior fixation surface has a cement pocket formed therein,
A switch module assembly comprising: a switch module having a plurality of controllable switches, the switch module comprising a body part and a bus bar system having a positive bus bar and a negative bus bar; and at least one snubber capacitor fastened to the switch module, each of the at least one snubber capacitor having a body part, a positive terminal connected to the positive bus bar, and a negative terminal connected to the negative bus bar; characterized in that the switch module assembly comprises a capacitor support member adapted to reduce vibration of the body part of the at least one snubber capacitor relative to the switch module, the capacitor support member is made of flexible material, has a body part, and is in contact with the body part of the at least one snubber capacitor and the switch module. a switch module having a plurality of controllable switches, the switch module comprising a body part and a bus bar system having a positive bus bar and a negative bus bar; and at least one snubber capacitor fastened to the switch module, each of the at least one snubber capacitor having a body part, a positive terminal connected to the positive bus bar, and a negative terminal connected to the negative bus bar; characterized in that the switch module assembly comprises a capacitor support member adapted to reduce vibration of the body part of the at least one snubber capacitor relative to the switch module, the capacitor support member is made of flexible material, has a body part, and is in contact with the body part of the at least one snubber capacitor and the switch module.
A diagnostic system for a work machine that collects pieces of information from the work machine and determines an abnormality of the work machine based on the pieces of information that are collected, the diagnostic system comprising: a data storage device in which at least one piece of sensor information input from at least one sensor (101A, 101B, 101C) that senses at least one oil property about oil used for operation of the work machine and a determination value defined as at least one determination value for each kind of the sensor information (182 are stored; and an arithmetic processing device that executes first processing of discriminating a degree of abnormality level of the oil based on the at least one piece of sensor information and the determination value relating to the at least one piece of sensor information, second processing of determining whether or not necessity to carry out oil analysis involving oil extraction exists based on the degree of abnormality level of the oil discriminated in the first processing, and third processing of outputting information indicating that the oil analysis involving oil extraction is necessary to other terminal (110, 111, 112, 113) if it is determined that the oil analysis involving oil extraction is necessary in the second processing, wherein if a determination that the oil analysis involving oil extraction is necessary is made in the second processing, the arithmetic processing device further executes processing of identifying a cause of an abnormality of the oil based on the sensor information used as a basis for the determination and on past oil analysis information of the oil property relating to the sensor information. a data storage device in which at least one piece of sensor information input from at least one sensor (101A, 101B, 101C) that senses at least one oil property about oil used for operation of the work machine and a determination value defined as at least one determination value for each kind of the sensor information (182 are stored; and an arithmetic processing device that executes first processing of discriminating a degree of abnormality level of the oil based on the at least one piece of sensor information and the determination value relating to the at least one piece of sensor information, second processing of determining whether or not necessity to carry out oil analysis involving oil extraction exists based on the degree of abnormality level of the oil discriminated in the first processing, and third processing of outputting information indicating that the oil analysis involving oil extraction is necessary to other terminal (110, 111, 112, 113) if it is determined that the oil analysis involving oil extraction is necessary in the second processing, wherein if a determination that the oil analysis involving oil extraction is necessary is made in the second processing, the arithmetic processing device further executes processing of identifying a cause of an abnormality of the oil based on the sensor information used as a basis for the determination and on past oil analysis information of the oil property relating to the sensor information.
An operation lever for a working vehicle, the operation lever being suitable for being arranged to one side of an operator seat of the working vehicle, comprising: a swing body configured to be swingable; and a grip arranged on an upper portion of the swing body, wherein the grip includes: a gripping portion arranged to the one side; an operating portion arranged to another side opposed to the one side and provided with an operation switch (30, 31, 32, or 130, 131, 132, 134, 135); an extending portion extending backward from a lower portion of the gripping portion; and an anti-slip portion arranged between a surface of the gripping portion and a surface of the extending portion, characterized in that a friction coefficient of a surface of the anti-slip portion is larger than a friction coefficient of a surface of the gripping portion where the anti-slip portion is not provided. a swing body configured to be swingable; and a grip arranged on an upper portion of the swing body, wherein the grip includes: a gripping portion arranged to the one side; an operating portion arranged to another side opposed to the one side and provided with an operation switch (30, 31, 32, or 130, 131, 132, 134, 135); an extending portion extending backward from a lower portion of the gripping portion; and an anti-slip portion arranged between a surface of the gripping portion and a surface of the extending portion, characterized in that a gripping portion arranged to the one side; an operating portion arranged to another side opposed to the one side and provided with an operation switch (30, 31, 32, or 130, 131, 132, 134, 135); an extending portion extending backward from a lower portion of the gripping portion; and an anti-slip portion arranged between a surface of the gripping portion and a surface of the extending portion, characterized in that a friction coefficient of a surface of the anti-slip portion is larger than a friction coefficient of a surface of the gripping portion where the anti-slip portion is not provided.
Exhaust-gas aftertreatment system having an exhaust-gas aftertreatment unit for use in the exhaust-gas flow of internal combustion engines, wherein at least one temperature-sensitive element (3, 8) which is composed at least partially of temperature-sensitive material is provided at at least one region of the exhaust-gas aftertreatment unit which is to be monitored with regard to prevailing temperatures, and wherein the temperature-sensitive material undergoes a permanent visible change in its characteristic at a predefined limit temperature, characterized in that the temperature-sensitive material evaporates starting at the predefined limit temperature, and in that the evaporating temperature-sensitive material in the form of vanadium oxide, and a material, which reacts therewith, of an indicator, specifically bismuth oxide, are selected and coordinated with one another such that, in the event of the evaporated material impinging on and reacting with the material of the indicator, a colouring occurs on the indicator which is distinctly different in relation to the indicator initial state.
A microwave treatment apparatus (100,101) comprising: a heating chamber in which an object to be heated is placed; an oscillation source that generates a microwave, the oscillation frequency of the microwave being variable; a base plate that is disposed in the heating chamber and allows the object to be heated to be placed on the base plate; a waveguide that guides the microwave into the heating chamber; a periodic structure that is disposed in the waveguide and causes the microwave to propagate in a surface wave mode; a detection antenna disposed near the periodic structure; a detector that detects an electromagnetic wave received by the detection antenna; and characterised by a controller that controls the oscillation source and recognizes a power distribution of an electromagnetic field near the periodic structure based on the electromagnetic wave detected by the detector, wherein the controller causes the oscillation source to set the oscillation frequency to one of at least a first oscillation frequency and a second oscillation frequency which is different from the first oscillation frequency according to the power distribution of the electromagnetic wave. a heating chamber in which an object to be heated is placed; an oscillation source that generates a microwave, the oscillation frequency of the microwave being variable; a base plate that is disposed in the heating chamber and allows the object to be heated to be placed on the base plate; a waveguide that guides the microwave into the heating chamber; a periodic structure that is disposed in the waveguide and causes the microwave to propagate in a surface wave mode; a detection antenna disposed near the periodic structure; a detector that detects an electromagnetic wave received by the detection antenna; and characterised by a controller that controls the oscillation source and recognizes a power distribution of an electromagnetic field near the periodic structure based on the electromagnetic wave detected by the detector, wherein the controller causes the oscillation source to set the oscillation frequency to one of at least a first oscillation frequency and a second oscillation frequency which is different from the first oscillation frequency according to the power distribution of the electromagnetic wave.