mhurhangee/ep-ind-claims huggingface dataset:
A sawing means for dividing up at least one workpiece (2a, 2b), in particular a panel or a stack of panels, with at least one sawing unit, which can be moved along a sawing line, for cutting up the workpiece (2a, 2b) along the sawing line and with at least one workpiece conveying means for transporting the workpiece (2a, 2b) which is to be sawn up to the sawing line in a direction of transport running transversely or orthogonally to the sawing line and with at least one stop arranged behind the sawing line when viewed in the direction of transport, wherein the stop, viewed in the direction of transport, is at a distance from the sawing line of less than 10 cm, preferably less than 1 cm, characterised in that the sawing means has at least one further conveying means for transporting the workpiece (2a, 2b) to be cut up in the direction of transport towards the sawing line.
Jar for a blender, the jar comprising a tool holder, a wall component and a cooler element which are detachably combinable such that, in a combined state, they define a food reception space designated to receive food to be processed by the blender, wherein the cooler element at least partially delimits the food reception space characterised in that the cooler element comprises at least one double walled region encasing a phase-change material and in that said cooler element detachably fixable to the tool holder so as to build a bottom part of the jar, and the wall component is detachably fixable to the bottom part.
A method of controlling the quantity of solid particles emitted by a combustion turbine, during the combustion of a liquid fuel, by injecting a combustion catalyst suitable for reducing the quantity of solid particles generated during combustion, the method comprising: measuring the quantity of particles ( Qsuies) emitted during combustion; measuring the flow of liquid fuel in a feed line provided to the combustion turbine; injecting the combustion catalyst into the combustion turbine when the concentration of particles measured is higher than a maximum threshold value, wherein the flow of the combustion catalyst injected into the combustion turbine is a function of the measured flow of liquid fuel; and stopping the injection of the catalyst when the measured quantity of particles is lower than a minimum target value. measuring the quantity of particles ( Qsuies) emitted during combustion; measuring the flow of liquid fuel in a feed line provided to the combustion turbine; injecting the combustion catalyst into the combustion turbine when the concentration of particles measured is higher than a maximum threshold value, wherein the flow of the combustion catalyst injected into the combustion turbine is a function of the measured flow of liquid fuel; and stopping the injection of the catalyst when the measured quantity of particles is lower than a minimum target value.
A compound of formula I wherein R 1 is hydrogen; R 2 is hydrogen, C 1-7 -alkyl, benzyl, C 1-7 -alkyl substituted by hydroxy or cycloalkyl optionally substituted by cyano; or R 1 and R 2 form together with the N-atom to which they are attached a heterocycloalkyl group, optionally containing an additional N, O or S ring atom, and which is optionally substituted by hydroxy; R 3 is halogen, phenyl optionally substituted by one or more halogen, cyano, C 1-7 -alkyl substituted by halogen, C 1-7 -alkoxy substituted by halogen, C 1-7 -alkyl substituted by hydroxy, or is heteroaryl, optionally substituted by C 1-7 -alkyl or halogen, or is 3,6-dihydro-pyran-4-yl, or is piperidin-1-yl optionally substituted by one or more halogen; or a pharmaceutically acceptable acid addition salt, a racemic mixture or its corresponding enantiomer and/or optical isomer thereof. R 1 is hydrogen; R 2 is hydrogen, C 1-7 -alkyl, benzyl, C 1-7 -alkyl substituted by hydroxy or cycloalkyl optionally substituted by cyano; or R 1 and R 2 form together with the N-atom to which they are attached a heterocycloalkyl group, optionally containing an additional N, O or S ring atom, and which is optionally substituted by hydroxy; R 3 is halogen, phenyl optionally substituted by one or more halogen, cyano, C 1-7 -alkyl substituted by halogen, C 1-7 -alkoxy substituted by halogen, C 1-7 -alkyl substituted by hydroxy, or is heteroaryl, optionally substituted by C 1-7 -alkyl or halogen, or is 3,6-dihydro-pyran-4-yl, or is piperidin-1-yl optionally substituted by one or more halogen;
A mechanical seal suitable for sealing an annular gap between a rotary shaft and a housing having a shaft hole into which the rotary shaft is suitable for being inserted, the mechanical seal comprising: a rotary ring unit suitable for being mounted on the rotary shaft; and a fixed ring unit suitable for being mounted on the housing, wherein the rotary ring unit includes: a sleeve suitable for being fixed to the rotary shaft; and a rotary ring of which a movement in an axial direction and a rotation with respect to the sleeve is restricted; the fixed ring unit includes: a fixed ring suitable for sliding on an end surface of the rotary ring; and a pressing member which presses the fixed ring toward the rotary ring; the sleeve is provided with a stopper which restricts a movement of the rotary ring toward the fixed ring; and the stopper includes: an annular part facing a fixed-ring-side end surface of the rotary ring; characterized in that the stopper includes an inclined part extending from a radially-inner-side end of the annular part in a direction away from the rotary ring and toward a radially inner side, and in that the inclined part and the sleeve are fixed to each other by a welded part. a rotary ring unit suitable for being mounted on the rotary shaft; and a fixed ring unit suitable for being mounted on the housing, wherein the rotary ring unit includes: a sleeve suitable for being fixed to the rotary shaft; and a rotary ring of which a movement in an axial direction and a rotation with respect to the sleeve is restricted; a sleeve suitable for being fixed to the rotary shaft; and a rotary ring of which a movement in an axial direction and a rotation with respect to the sleeve is restricted; the fixed ring unit includes: a fixed ring suitable for sliding on an end surface of the rotary ring; and a pressing member which presses the fixed ring toward the rotary ring; a fixed ring suitable for sliding on an end surface of the rotary ring; and a pressing member which presses the fixed ring toward the rotary ring; the sleeve is provided with a stopper which restricts a movement of the rotary ring toward the fixed ring; and the stopper includes: an annular part facing a fixed-ring-side end surface of the rotary ring; characterized in that the stopper includes an inclined part extending from a radially-inner-side end of the annular part in a direction away from the rotary ring and toward a radially inner side, and in that the inclined part and the sleeve are fixed to each other by a welded part.
A hydraulic damping system for damping pivotal movements of two vehicle parts (30 and 31) which are connected together at least indirectly by way of a rotary joint with at least one damper which is in the form of a double-acting hydraulic cylinder (1, 1') and whose pressure-side and suction-side pressure chambers (5, 5', 6, 6') are connected together by way of a proportional pressure limiting valve, characterised in that the proportional pressure limiting valve is in the form of an electrically pilot-controlled inverse proportional pressure limiting valve, with which a nominal pressure can be set in the damping system in the current-less state of a proportional solenoid or in the event of failure of the electromagnetic actuation.
A cutting insert for a milling cutter, the cutting insert comprising two polygonal main surfaces that are opposite each other and a plurality of side faces (3,4) that are formed continuously with the sides of the main surfaces, the main surfaces being rake faces, the side faces being flank faces, and ridge lines at positions where the main surfaces and the side faces cross each other being used as cutting edges, wherein the plurality of side faces include two major side surfaces that are opposite each other and a plurality of minor side surfaces that are formed continuously with the major side surfaces, wherein a mounting hole is provided at the two major side surfaces in a direction in which the mounting hole extends therethrough, and wherein areas of the two major side surfaces are greater than those of the main surfaces, characterized in that the major side surfaces and the minor side surfaces are provided with flutes along entire regions of the cutting edges, and flute faces of the flutes at a side along the cutting edges are tilted in a direction in which depths gradually increase with increasing distance from the cutting edges.
A human body communication device comprising: a communication unit configured to perform communication with another communication device via a human body a control unit configured to adjust a communication strength of the communication unit on the basis of information relevant to a process; wherein the control unit is configured to adjust the communication strength on the basis of information of a process executed by an application; the information of the process being a security level of the process executed by the application, characterized in that the process includes at least one of a process of payment and a process of personal information and the communication strength for a process of payment is less than the process of personal information. a communication unit configured to perform communication with another communication device via a human body a control unit configured to adjust a communication strength of the communication unit on the basis of information relevant to a process; wherein the control unit is configured to adjust the communication strength on the basis of information of a process executed by an application; the information of the process being a security level of the process executed by the application, characterized in that the process includes at least one of a process of payment and a process of personal information and the communication strength for a process of payment is less than the process of personal information.
A self-propelled sweeper for cleaning drivable and/or walkable, preferably solid ground surfaces, such as traffic areas, roads, airports and industrial facilities, which sweeper consists of a chassis that is provided with a motor-driven drive axle and at least one drive axle (5, 6) which includes wheels (16 to 19) which can be steered in order to influence the direction of travel, which drive axles form a front axle and a rear axle and are aligned transverse to the direction of travel of the sweeper, and spaced one behind the other and that is provided with an emptiable collection hopper which is arranged on the chassis and is arranged for collecting sweeping debris through a suction aggregate which includes a suction blower and is arranged on the chassis, which suction aggregate is connected through a line to a suction device arranged at the front end of a suction air line, said suction device provided with a suction mouth being attached to said chassis, projecting downwards, at a distance above the ground surface, between two wheels (16, 17) of the front axle having an independent wheel suspension or a rigid axle, and which sweeper also consists of a driver's cabin, arranged on the chassis above the front axle, and a sweeping device arranged below said cabin, in front of the front axle, which is used to gather the sweepings to be collected, characterised in that the suction device floatingly arranged near the ground is connected, so as to be raised and lowered, to wheel carriers (20, 21) forming the wheel suspension of the front axle and pivotably mounted to the chassis around approximately horizontal axes and in that said suction device is guided so as to be displaced in approximately one plane by a suspension arm so that it can be suspended in a contactless manner relative to the ground surface to be cleaned to adapt its working position to the ground along which it travels.
A receiver comprising: a first T-coil circuit (102; 302) at an input of the receiver (100; 300-1) and configured to receive an input signal; a termination impedance (106; 306) coupled to the first T-coil circuit (102; 302) and configured to match an impedance of a transmission line coupled to the first T-coil circuit (102; 302); and an amplifier comprising a first input and a second input and configured to amplify a differential signal at the first and second inputs and characterised by a calibration switch coupled to the amplifier and configured to selectively electrically connect or disconnect the first and second inputs of the amplifier; and a first receive switch configured to selectively electrically connect or disconnect a center node (CN P) of the first T-coil circuit (102; 302) and the amplifier. a first T-coil circuit (102; 302) at an input of the receiver (100; 300-1) and configured to receive an input signal; a termination impedance (106; 306) coupled to the first T-coil circuit (102; 302) and configured to match an impedance of a transmission line coupled to the first T-coil circuit (102; 302); and an amplifier comprising a first input and a second input and configured to amplify a differential signal at the first and second inputs and characterised by a calibration switch coupled to the amplifier and configured to selectively electrically connect or disconnect the first and second inputs of the amplifier; and a first receive switch configured to selectively electrically connect or disconnect a center node (CN P) of the first T-coil circuit (102; 302) and the amplifier.
An integrated process for preparing 2,3,3,3-tetrafluoropropene, the process comprising: (a) vapour phase catalytic fluorination of a first composition comprising 3,3,3-trifluoro-2-chloro-prop-1-ene (CF 3 CCl=CH 2, 1233xf) with hydrogen fluoride in a fluorination reactor to produce a fluorination product stream comprising 1,1,1,2,2-pentafluoropropane, HF and HCI; (b) vapour phase catalytic dehydrofluorination of a second composition comprising 245cb in a dehydrofluorination reactor to produce a dehydrofluorination product stream comprising 1234yf and HF; wherein the fluorination product stream and the dehydrofluorination product stream are combined and subjected to (c) purification to produce a composition comprising 245cb and a 1234yf product stream, wherein the purification step (c) comprises a distillation step in which a lighter fraction comprising 245cb, 1234yf, 1234ze and some HF is distilled leaving a heavier fraction comprising the majority of the HF and unreacted 1233xf, and wherein the lighter fraction is removed from the distillation column and passed to a scrubbing train. (a) vapour phase catalytic fluorination of a first composition comprising 3,3,3-trifluoro-2-chloro-prop-1-ene (CF 3 CCl=CH 2, 1233xf) with hydrogen fluoride in a fluorination reactor to produce a fluorination product stream comprising 1,1,1,2,2-pentafluoropropane, HF and HCI; (b) vapour phase catalytic dehydrofluorination of a second composition comprising 245cb in a dehydrofluorination reactor to produce a dehydrofluorination product stream comprising 1234yf and HF;
Device for holding down a cover plate, which is provided with an end claw forming its outer end and comprises at least one holding-down member which can be brought into engagement with the end claw and which can be clamped in different positions on an associated holder, characterized in that the holder is designed as a plate which is U-shaped in cross-section and comprises two lateral parallel web arrangements which delimit a channel formed between them and which each have a groove which serves as a guide for a respectively associated holding-down member, wherein at least one clamping piece which engages over the plate can be screwed onto the plate for clamping the holding-down members which are accommodated on the lateral web arrangements and can be positioned variably thereon.
A line initialization method, comprising: when a new line is added, releasing (101, 201, 301) at least one resource unit that is on a line at a Showtime stage, wherein on the line at the Showtime stage data is transmitted on a remaining resource unit that is obtained after the at least one resource unit is released; performing (102, 202, 302) basic initialization on the new line by using the at least one resource unit or a subset of the at least one resource unit, to transmit data on the new line after the basic initialization by using the at least one resource unit or the subset of the at least one resource unit, wherein the basic initialization comprises any of: a handshake stage, a transceiver training stage, a channel analysis stage, and an exchange stage, or any initialization process that can enable the new line to have a capability of transmitting data by using the at least one resource unit or the subset of the at least one resource unit; and performing (103, 203, 303) crosstalk cancellation initialization on the line at the Showtime stage and the new line by using all resource units, to enable the new line to be initialized to a line at the Showtime stage, wherein all the resource units comprise the at least one resource unit and the remaining resource unit, and wherein the resource unit is a subcarrier or a timeslot. when a new line is added, releasing (101, 201, 301) at least one resource unit that is on a line at a Showtime stage, wherein on the line at the Showtime stage data is transmitted on a remaining resource unit that is obtained after the at least one resource unit is released; performing (102, 202, 302) basic initialization on the new line by using the at least one resource unit or a subset of the at least one resource unit, to transmit data on the new line after the basic initialization by using the at least one resource unit or the subset of the at least one resource unit, wherein the basic initialization comprises any of: a handshake stage, a transceiver training stage, a channel analysis stage, and an exchange stage, or any initialization process that can enable the new line to have a capability of transmitting data by using the at least one resource unit or the subset of the at least one resource unit; and performing (103, 203, 303) crosstalk cancellation initialization on the line at the Showtime stage and the new line by using all resource units, to enable the new line to be initialized to a line at the Showtime stage, wherein all the resource units comprise the at least one resource unit and the remaining resource unit, and wherein the resource unit is a subcarrier or a timeslot.
Switch with straight line and turning line with one rail of each said line consisting of a latch movable in relation to the corresponding stock rail of the switch, each stock rail comprising a recession, whereby the depth of recession in the stock rail increases up to the place of beginning of maximal stress of the tip of the latch, characterized in that consequently, the depth of recession in the section of maximal stress of the tip of the latch is constant and as from the end of the section maximal stress the depth of recession fluently decreases up to zero value.
A blender comprising: a container body having a space configured to receive food; a blender body for supporting the container body; and a container lid configured to be mounted removably at the container body for opening and closing the space of the container body, wherein the container lid comprises: a lid body having a lid hole formed therethrough; a cap configured to be mounted removably at the lid hole to cover the lid hole; and a locking means configured to lock the cap to the lid body, the locking means having a locking protrusion protruding from the lid body to a side thereof, and a locking passage formed in the cap and configured to receive the locking protrusion; characterized in that: the locking passage is recessed inward from an outer circumferential surface of the cap, and comprises: an entrance groove configured to guide a vertical movement of the locking protrusion; and a locking groove extending horizontally from an end of the entrance groove and defining a space to receive the locking protrusion. a container body having a space configured to receive food; a blender body for supporting the container body; and a container lid configured to be mounted removably at the container body for opening and closing the space of the container body, wherein the container lid comprises: a lid body having a lid hole formed therethrough; a cap configured to be mounted removably at the lid hole to cover the lid hole; and a locking means configured to lock the cap to the lid body, the locking means having a locking protrusion protruding from the lid body to a side thereof, and a locking passage formed in the cap and configured to receive the locking protrusion; characterized in that: the locking passage is recessed inward from an outer circumferential surface of the cap, and comprises: an entrance groove configured to guide a vertical movement of the locking protrusion; and a locking groove extending horizontally from an end of the entrance groove and defining a space to receive the locking protrusion. a lid body having a lid hole formed therethrough; a cap configured to be mounted removably at the lid hole to cover the lid hole; and a locking means configured to lock the cap to the lid body, the locking means having a locking protrusion protruding from the lid body to a side thereof, and a locking passage formed in the cap and configured to receive the locking protrusion; characterized in that: the locking passage is recessed inward from an outer circumferential surface of the cap, and comprises: an entrance groove configured to guide a vertical movement of the locking protrusion; and a locking groove extending horizontally from an end of the entrance groove and defining a space to receive the locking protrusion. an entrance groove configured to guide a vertical movement of the locking protrusion; and a locking groove extending horizontally from an end of the entrance groove and defining a space to receive the locking protrusion.