mhurhangee/ep-ind-claims huggingface dataset:
A vertical roller mill comprising: a reducer; a plurality of grinding rollers arranged substantially about the reducer along the substantially circumferential direction at positions above the reducer, the number of the grinding rollers is six or more; a rotating table provided between vertical positions of the grinding rollers and the reducer and configured to cause grinding objects to be bitten between the rotating table and each of the grinding rollers to grind the grinding objects; a rotary driving unit coupled to the rotating table via the reducer to rotate the rotating table; a plurality of pressing drive units provided so as to respectively correspond to the grinding rollers and configured to respectively cause the grinding rollers to be pressed against the rotating table; and stands made of concrete provided so as to externally surround the reducer and configured to support the pressing drive units and the grinding rollers at positions above the reducer: characterized by pressing drive device support bases provided at positions higher than an upper surface of the reducer and supporting the respective pressing drive units; and a passage through which the reducer passes under the pressing drive units and the grinding rollers to be taken out from the stands. a reducer; a plurality of grinding rollers arranged substantially about the reducer along the substantially circumferential direction at positions above the reducer, the number of the grinding rollers is six or more; a rotating table provided between vertical positions of the grinding rollers and the reducer and configured to cause grinding objects to be bitten between the rotating table and each of the grinding rollers to grind the grinding objects; a rotary driving unit coupled to the rotating table via the reducer to rotate the rotating table; a plurality of pressing drive units provided so as to respectively correspond to the grinding rollers and configured to respectively cause the grinding rollers to be pressed against the rotating table; and stands made of concrete provided so as to externally surround the reducer and configured to support the pressing drive units and the grinding rollers at positions above the reducer: characterized by pressing drive device support bases provided at positions higher than an upper surface of the reducer and supporting the respective pressing drive units; and a passage through which the reducer passes under the pressing drive units and the grinding rollers to be taken out from the stands. characterized by pressing drive device support bases provided at positions higher than an upper surface of the reducer and supporting the respective pressing drive units; and a passage through which the reducer passes under the pressing drive units and the grinding rollers to be taken out from the stands.
Fibrous web laying device for laying a fibrous web made of a card web, comprising an upper carriage which can be moved to and fro and by means of which the card web is guided, a laying carriage which can be moved to and fro in the same direction as the upper carriage, by means of which the card web coming from the upper carriage is guided and which is used to discharge the card web onto a delivery transport belt, at least one first pile transport belt for guiding the card web to the upper carriage, and at least one second pile transport belt for guiding the card web onward from the upper carriage to the laying carriage, wherein at least one of the at least one first and second pile transport belt is an air-impermeable pile transport belt, at least one first drive roll for driving the at least one first pile transport belt, and at least one second drive roll for driving the at least one second pile transport belt, characterized in that at least one of the at least one first and second drive roll has a plurality of groove-like recesses, which are formed in a lateral surface of the at least one of the at least one first and second drive roll and run at least partly around at least one of the at least one first and second drive roll, and the recesses are at least partly covered by the at least one air-impermeable pile transport belt (11, 21); and a maximum circumferential speed of the at least one of the at least one first and second drive roll is at least 200 m/min.
Mechanically or mechatronically actuatable locking system having a locking element or an actuator and a movement lock, with the movement lock having a blocking element which can be temporarily brought into engagement with the locking element or actuator by a system which is pretensioned or caused to move and triggered as a result of an external pulse application on the locking system, and is resettable by the legitimate actuation of the locking system, characterized in that the blocking element includes a unilaterally supported pivot lever having a free end provided with a section or stop which can be brought into engagement with the actuator to be locked in its movement, and by a tension spring which has one end connected to the pivot lever at a distance to the pivot lever bearing and the other end being supported at a distance to the pivot lever bearing and offset thereto, and which is oriented and adjusted such that the pivot lever assumes a stable position when the tension spring is aligned substantially in prolongation of the pivot lever axis, in which position the spring is tensioned and is in each case relaxed in deflections of the pivot lever that are mirror images of one another, with one of the deflections of the pivot lever representing the rest or release position and the other deflection of the pivot lever representing the locking position, and with the pivot lever being swingable when released from the stable position into the locking position.
A capacitive measurement device comprising first measurement means designed to carry out a first measurement function in relation to an object placed nearby and/or a first detection function in relation to said object, said first measurement means comprising: - a body of a substantially electrically conductive material, a capacity electrode of a substantially electrically conductive material, and a guard electrode placed between the body and the capacitive electrode and electrically insulated from the body on the one hand and from the capacitive electrode on the other hand by dielectric elements (4, 5), - excitation means (33, 40, 41) which maintain the capacitive electrode and the guard electrode to a substantially identical AC electrical potential, - first electronic means (31, 32), connected to the capacitive and guard electrodes, for measuring the capacitance between said capacitive electrode and said object, characterised in that it further comprises: - second measurement means designed to carry out a second measurement function, which are placed substantially within said body and in the vicinity of either the capacitive or guard electrode, and electrically connected to said excitation means (33, 40, 41) such as to be maintained to an AC electrical potential substantially identical to that of the guard electrode, and - second electronic means coupled to said second measurement means and referenced to said AC electrical potential substantially identical to that of the guard electrode. - a body of a substantially electrically conductive material, a capacity electrode of a substantially electrically conductive material, and a guard electrode placed between the body and the capacitive electrode and electrically insulated from the body on the one hand and from the capacitive electrode on the other hand by dielectric elements (4, 5), - excitation means (33, 40, 41) which maintain the capacitive electrode and the guard electrode to a substantially identical AC electrical potential, - first electronic means (31, 32), connected to the capacitive and guard electrodes, for measuring the capacitance between said capacitive electrode and said object, - second measurement means designed to carry out a second measurement function, which are placed substantially within said body and in the vicinity of either the capacitive or guard electrode, and electrically connected to said excitation means (33, 40, 41) such as to be maintained to an AC electrical potential substantially identical to that of the guard electrode, and - second electronic means coupled to said second measurement means and referenced to said AC electrical potential substantially identical to that of the guard electrode.
An outdoor unit of a refrigeration system, the outdoor unit comprising: a multistage compressor (20, 150) including a plurality of serially connected compression mechanisms (21-24, 151, 152) in which refrigerant discharged from a low-stage one (21, 22, 23, 151) of the compression mechanisms is sucked and compressed in a high-stage one (22, 23, 24, 152) of the compression mechanisms; an intermediate heat exchanger (41, 42, 43, 161) located between adjacent two of the compression mechanisms (21, 22, 23, 24, 151, 152) and configured to cause refrigerant flowing from the low-stage compression mechanism (21, 22, 23, 151) to the high-stage compression mechanism (22, 23, 24, 152) to exchange heat with outdoor air to be cooled; an outdoor heat exchanger (44, 162) configured to cause refrigerant discharged from the highest-stage compression mechanism (24, 152) to exchange heat with outdoor air; and a casing (121, 163) having a side surface in which an air suction port (123, 164) is provided and an upper surface in which an air outlet (124, 165) is provided, and housing the compression mechanisms (21-24, 151, 152), the intermediate heat exchanger (41, 42, 43, 161), and the outdoor heat exchanger (44, 162), wherein the intermediate heat exchanger (41, 42, 43, 161) and the outdoor heat exchanger (44, 162) are disposed to stand along the suction port (123, 164) of the casing (121, 163), and the outdoor heat exchanger (44, 162) is located above all the intermediate heat exchanger (41, 42, 43, 161). a multistage compressor (20, 150) including a plurality of serially connected compression mechanisms (21-24, 151, 152) in which refrigerant discharged from a low-stage one (21, 22, 23, 151) of the compression mechanisms is sucked and compressed in a high-stage one (22, 23, 24, 152) of the compression mechanisms; an intermediate heat exchanger (41, 42, 43, 161) located between adjacent two of the compression mechanisms (21, 22, 23, 24, 151, 152) and configured to cause refrigerant flowing from the low-stage compression mechanism (21, 22, 23, 151) to the high-stage compression mechanism (22, 23, 24, 152) to exchange heat with outdoor air to be cooled; an outdoor heat exchanger (44, 162) configured to cause refrigerant discharged from the highest-stage compression mechanism (24, 152) to exchange heat with outdoor air; and a casing (121, 163) having a side surface in which an air suction port (123, 164) is provided and an upper surface in which an air outlet (124, 165) is provided, and housing the compression mechanisms (21-24, 151, 152), the intermediate heat exchanger (41, 42, 43, 161), and the outdoor heat exchanger (44, 162), wherein the intermediate heat exchanger (41, 42, 43, 161) and the outdoor heat exchanger (44, 162) are disposed to stand along the suction port (123, 164) of the casing (121, 163), and the outdoor heat exchanger (44, 162) is located above all the intermediate heat exchanger (41, 42, 43, 161).
An organic transistor array comprising a plurality of organic transistors, each organic transistor comprising: a substrate; a gate electrode and a gate insulating film sequentially formed on the substrate in the stated order; and a source electrode, a drain electrode, and an organic semiconductor layer formed on at least the gate insulating film, wherein: the substrate and the gate insulating film are transparent to ultraviolet light and the gate electrode reflects ultraviolet light; a region of the organic semiconductor layer between the projection regions of the source electrode and the drain electrode other than the projection region of the gate electrode has been degraded whereby the conductivity of the organic semiconductor layer that has been degraded is less than or equal to 10% of that of the organic semiconductor layer that has not been degraded; the organic semiconductor material comprises a polymer material of high molecular weight comprising a triarylamine skeleton; and wherein the organic transistor array includes an organic semiconductor layer formed as stripes, each stripe covering a plurality of organic transistors. a substrate; a gate electrode and a gate insulating film sequentially formed on the substrate in the stated order; and a source electrode, a drain electrode, and an organic semiconductor layer formed on at least the gate insulating film, wherein: the substrate and the gate insulating film are transparent to ultraviolet light and the gate electrode reflects ultraviolet light; a region of the organic semiconductor layer between the projection regions of the source electrode and the drain electrode other than the projection region of the gate electrode has been degraded whereby the conductivity of the organic semiconductor layer that has been degraded is less than or equal to 10% of that of the organic semiconductor layer that has not been degraded; the organic semiconductor material comprises a polymer material of high molecular weight comprising a triarylamine skeleton; and wherein the organic transistor array includes an organic semiconductor layer formed as stripes, each stripe covering a plurality of organic transistors. the substrate and the gate insulating film are transparent to ultraviolet light and the gate electrode reflects ultraviolet light; a region of the organic semiconductor layer between the projection regions of the source electrode and the drain electrode other than the projection region of the gate electrode has been degraded whereby the conductivity of the organic semiconductor layer that has been degraded is less than or equal to 10% of that of the organic semiconductor layer that has not been degraded; the organic semiconductor material comprises a polymer material of high molecular weight comprising a triarylamine skeleton; and wherein the organic transistor array includes an organic semiconductor layer formed as stripes, each stripe covering a plurality of organic transistors.
A method of sealing an autoclave, the method comprising: driving a layup mandrel in a process direction into an autoclave; sealing the layup mandrel to the autoclave via seals, thereby forming a pressure chamber bounded by the layup mandrel and the autoclave; hardening a preform at the layup mandrel into a composite part; and driving the layup mandrel in the process direction out of the autoclave. driving a layup mandrel in a process direction into an autoclave; sealing the layup mandrel to the autoclave via seals, thereby forming a pressure chamber bounded by the layup mandrel and the autoclave; hardening a preform at the layup mandrel into a composite part; and driving the layup mandrel in the process direction out of the autoclave.
Sensor apparatus for capturing at least one flow property of a fluid medium, comprising at least one sensor housing, at least one electronics module, at least one flow sensor, at least one pressure sensor and at least one moisture sensor, wherein the sensor housing comprises at least one plug-in sensor which can be introduced into the flowing fluid medium, wherein at least one electronics module having at least one flow sensor for capturing the flow property, in particular at least one hot film air mass meter chip, is accommodated in the sensor housing, wherein at least one pressure sensor and at least one moisture sensor are also accommodated inside the sensor housing, wherein the sensor housing has at least one electronics compartment, wherein the electronics module is at least partially accommodated in the electronics compartment, wherein the pressure sensor and the moisture sensor are also arranged in the electronics compartment, characterized in that the pressure sensor and the moisture sensor are arranged independently of the electronics module in the sensor housing, wherein the moisture sensor and the pressure sensor are adhesively bonded into the sensor housing on a first mounting level in the base area of the electronics compartment below a second mounting level on which the electronics module is arranged in the sensor housing, and in that the moisture sensor is integrated in a moisture module and the moisture module is connected to a connector of the plug-in sensor by means of bonding wire connections.
A process for preparing substituted biphenylanilides of the formula I X is hydrogen, fluorine or chlorine; R 1 is -NH R 3 or -N=CR 4 R 5; and R 3, R 4, R 5 independently from each other represent hydrogen, -CH 2 -(C=O)CH 3, C 1 -C 8 -alkyl, alkenyl having up to 8 carbon atoms, alkynyl having up to 8 carbon atoms or C 6 -C 18 -aryl; or R 4, R 5 together with the carbon atom they are attached to may form a five- or six-membered ring comprising one, two or three hetero atoms selected from N, O or S; which comprises reacting a compound of formula II in which Hal is halogen and X is as defined above, in the presence of a base and of a palladium catalyst selected from the group consisting of: salt of palladium in the presence of triarylphospine or trialkylphosphine as a complex ligand, in a solvent, with di(3,4-dichlorophenyl)borinic acid, where the triarylphosphines or trialkylphosphines used may be substituted. X is hydrogen, fluorine or chlorine; R 1 is -NH R 3 or -N=CR 4 R 5; and R 3, R 4, R 5 independently from each other represent hydrogen, -CH 2 -(C=O)CH 3, C 1 -C 8 -alkyl, alkenyl having up to 8 carbon atoms, alkynyl having up to 8 carbon atoms or C 6 -C 18 -aryl; or R 4, R 5 together with the carbon atom they are attached to may form a five- or six-membered ring comprising one, two or three hetero atoms selected from N, O or S; salt of palladium in the presence of triarylphospine or trialkylphosphine as a complex ligand, in a solvent, with di(3,4-dichlorophenyl)borinic acid, where the triarylphosphines or trialkylphosphines used may be substituted.
Process for the production of synthesis gas from a hydrocarbon feedstock, comprising the steps of: (a) reforming the hydrocarbon feedstock by adding steam to said feedstock to form a hydrocarbon-steam mixture, passing the hydrocarbon-steam mixture through a first reforming stage in a radiant furnace provided with a plurality of catalyst tubes which are heated by means of burners arranged within said radiant furnace, and withdrawing a partially reformed hydrocarbon stream; (b) passing the partially reformed stream from the radiant furnace through a second reforming stage in a heat exchange reformer provided with a tube supporting structure and a plurality of catalyst tubes in indirect heat conducting relationship with at least a portion of hot effluent of synthesis gas from step (c), and withdrawing from the heat exchange reformer a cooled effluent of synthesis gas and an effluent stream of partially reformed hydrocarbon stream; (c) passing the partially reformed hydrocarbon stream from the heat exchange reformer through an autothermal reforming stage provided with a fixed bed of catalyst, or partial oxidation stage (POx), and withdrawing a hot effluent stream of synthesis gas of which at least a portion is used as heating medium in the heat exchange reformer of step (b); characterised in that the process further comprises adding a cooling medium directly to the tube supporting structure of the heat exchange reformer of step (b) at a point in the reactor where it comes into direct contact with the metal parts of the tube supporting structure and at the same time with the external metal parts of the catalyst tubes traversing the tube supporting structure. (a) reforming the hydrocarbon feedstock by adding steam to said feedstock to form a hydrocarbon-steam mixture, passing the hydrocarbon-steam mixture through a first reforming stage in a radiant furnace provided with a plurality of catalyst tubes which are heated by means of burners arranged within said radiant furnace, and withdrawing a partially reformed hydrocarbon stream; (b) passing the partially reformed stream from the radiant furnace through a second reforming stage in a heat exchange reformer provided with a tube supporting structure and a plurality of catalyst tubes in indirect heat conducting relationship with at least a portion of hot effluent of synthesis gas from step (c), and withdrawing from the heat exchange reformer a cooled effluent of synthesis gas and an effluent stream of partially reformed hydrocarbon stream; (c) passing the partially reformed hydrocarbon stream from the heat exchange reformer through an autothermal reforming stage provided with a fixed bed of catalyst, or partial oxidation stage (POx), and withdrawing a hot effluent stream of synthesis gas of which at least a portion is used as heating medium in the heat exchange reformer of step (b);
Water scooping apparatus for an aircraft, comprising: - an extendible tubular member (5,18) having a first end and an opposite end, wherein the first end is pivotally attachable to the aircraft; - a duct for fluidly connecting the extendible tubular member (5,18) at the first end to a water tank; - a floater connected to the opposite end of the tubular member (5,18); - wherein the floater is provided with an intake opening for taking in water; - wherein the intake opening is fluidly connected to the extendible tubular member (5,18); - wherein the water scooping device is operable between a resting position in which the extendible tubular member (5,18) is substantially retracted, and in an operating position in which the extendible tubular member (5,18) extends downwards from the aircraft at an angle, characterised in that the floater has a buoyancy for in use remaining buoyed on a water surface, and in that the intake opening is positioned underneath the floater. - an extendible tubular member (5,18) having a first end and an opposite end, wherein the first end is pivotally attachable to the aircraft; - a duct for fluidly connecting the extendible tubular member (5,18) at the first end to a water tank; - a floater connected to the opposite end of the tubular member (5,18); - wherein the floater is provided with an intake opening for taking in water; - wherein the intake opening is fluidly connected to the extendible tubular member (5,18); - wherein the water scooping device is operable between a resting position in which the extendible tubular member (5,18) is substantially retracted, and in an operating position in which the extendible tubular member (5,18) extends downwards from the aircraft at an angle,
Method wherein of an existing railway track a rail is severed in two, in mutual extension running, rails which pieces subsequently are united by welding their ends to each other, possibly after one of these pieces is partly or completely replaced by a new piece that is fixedly welded to the original piece (s), wherein a property of the rail is measured in situ which determines the mechanical stress in the rail, which data is used during re uniting of the rail by welding to bring back the original stress free condition, characterized in that the property of the rail is measured at the time of severing.