mhurhangee/ep-ind-claims huggingface dataset:
A rubber composition for anti-vibration rubber comprising, based on 100 parts by weight of ethylene-propylene-diene-based copolymer rubber: 32 to 60 parts by weight of carbon black A having an average particle diameter of 60 to 100 nm, an iodine absorption amount of 14 to 23 g/kg, and a DBP oil absorption amount of 100 ml/100 g or more; 10 to 30 parts by weight of carbon black B having an average particle diameter of 40 to 50 nm, an iodine absorption amount of 35 to 49 g/kg, and a DBP oil absorption amount of 100 to 160 ml/100 g; 2 to 10 parts by weight of ethylene-α-olefin copolymer; and 0 to 16 parts by weight of silica. 32 to 60 parts by weight of carbon black A having an average particle diameter of 60 to 100 nm, an iodine absorption amount of 14 to 23 g/kg, and a DBP oil absorption amount of 100 ml/100 g or more; 10 to 30 parts by weight of carbon black B having an average particle diameter of 40 to 50 nm, an iodine absorption amount of 35 to 49 g/kg, and a DBP oil absorption amount of 100 to 160 ml/100 g; 2 to 10 parts by weight of ethylene-α-olefin copolymer; and 0 to 16 parts by weight of silica.
Catalyst comprising a carrier substrate of length L which is a flow-through substrate and at least two washcoat layers A and B wherein • washcoat layer A comprises ∘ alumina in an amount of 50 to 80 g/L, based on the volume of the carrier substrate; ∘ ceria in an amount of 100 to 130 g/L, based on the volume of the carrier substrate; ∘ a composite material of ceria and alumina which comprises alumina in an amount of 5 to 95 wt%, based on the weight of the composite material in an amount of 10 to 80 g/L, based on the volume of the carrier substrate ∘ magnesium oxide and/or barium oxide in an amount of 15 to 20 g/L, based on the volume of the carrier substrate. ∘ platinum and palladium in a weight ratio of 1:1 to 12:1; • washcoat layer B comprises ∘ a zeolite of the structural type ABW, AEI, AFX, BEA, CHA, ERI, ESV, FAU, FER, KFI, LEV, LTA, MFI, MWW, SOD or STT and ∘ palladium; and wherein washcoat layer A is arranged directly on the carrier substrate and washcoat layer B is arranged directly on washcoat layer A. • washcoat layer A comprises ∘ alumina in an amount of 50 to 80 g/L, based on the volume of the carrier substrate; ∘ ceria in an amount of 100 to 130 g/L, based on the volume of the carrier substrate; ∘ a composite material of ceria and alumina which comprises alumina in an amount of 5 to 95 wt%, based on the weight of the composite material in an amount of 10 to 80 g/L, based on the volume of the carrier substrate ∘ magnesium oxide and/or barium oxide in an amount of 15 to 20 g/L, based on the volume of the carrier substrate. ∘ platinum and palladium in a weight ratio of 1:1 to 12:1; ∘ alumina in an amount of 50 to 80 g/L, based on the volume of the carrier substrate; ∘ ceria in an amount of 100 to 130 g/L, based on the volume of the carrier substrate; ∘ a composite material of ceria and alumina which comprises alumina in an amount of 5 to 95 wt%, based on the weight of the composite material in an amount of 10 to 80 g/L, based on the volume of the carrier substrate ∘ magnesium oxide and/or barium oxide in an amount of 15 to 20 g/L, based on the volume of the carrier substrate. ∘ platinum and palladium in a weight ratio of 1:1 to 12:1; • washcoat layer B comprises ∘ a zeolite of the structural type ABW, AEI, AFX, BEA, CHA, ERI, ESV, FAU, FER, KFI, LEV, LTA, MFI, MWW, SOD or STT and ∘ palladium; and ∘ a zeolite of the structural type ABW, AEI, AFX, BEA, CHA, ERI, ESV, FAU, FER, KFI, LEV, LTA, MFI, MWW, SOD or STT and ∘ palladium; and
Electrical appliance for producing culinary preparations in separate portions, comprising a heating base, a main lid, and at least one container for holding the food preparation, the appliance further comprising a carrier inserted between the heating base and the main lid, the carrier comprising a plateau carrying an opening or openings for the or for each container, characterised in that the heating base comprises a metal plate associated with means for heating, the metal plate extending below the bottom of the container or containers, in that the carrier comprises the opening or openings in order to suspend the or each container in such a way that the bottom of the or of each container is separated from the metal plate, in that the carrier comprises a ring resting on the periphery of the heating base, the carrier surrounding the container or containers on the major portion of the height of the container or containers, the space delimited by the metal plate, the plateau and the ring of the carrier forming a heating space (e) that is substantially homogeneous of the outer surface of the container or containers, in that the metal plate comprises a cavity dimensioned to receive a calibrated quantity of liquid, and in that the appliance comprises control means that provide the operation of the means for heating according to a first mode limiting the temperature of the metal plate below 100 °C and according to a second mode authorising a temperature of the metal plate greater than 100 °C, in order to allow for the evaporation of the water contained in the cavity.
A golf club head comprising: an iron-type golf club head body; a face plate having a front side and a rear side opposite the front side; and a filler positioned behind the face plate, a cavity formed on a front surface of the golf club head body and located behind the face plate, wherein the filler is received in the cavity; and a recess formed on the front surface of the golf club head body in communication with and extending beyond the cavity, wherein the face plate is received in the recess to cover the cavity and the filler; wherein the face plate includes a plurality of score lines which define holes that extend through the thickness of the face plate, and wherein the filler is positioned entirely behind the rear side of the face plate, such that the holes remain void; and wherein the cavity and the filler extend continuously behind all of the holes. an iron-type golf club head body; a face plate having a front side and a rear side opposite the front side; and a filler positioned behind the face plate, a cavity formed on a front surface of the golf club head body and located behind the face plate, wherein the filler is received in the cavity; and a recess formed on the front surface of the golf club head body in communication with and extending beyond the cavity, wherein the face plate is received in the recess to cover the cavity and the filler; wherein the face plate includes a plurality of score lines which define holes that extend through the thickness of the face plate, and wherein the filler is positioned entirely behind the rear side of the face plate, such that the holes remain void; and wherein the cavity and the filler extend continuously behind all of the holes.
A proportional control valve system, comprising: a proportional control valve having a sealing structure, an inlet flow passage, and an outlet flow passage, the sealing structure positionable in a closed position, a fully open position, and a plurality of partially open positions there between; an electric motor; a gearbox in driving communication with the electric motor; a worm gear drive in driving communication with the gearbox, and in driving communication with the sealing structure of the proportional control valve; and a drive having a computing device in communication with a memory device storing executable instructions, the instructions when executed cause the computing device to control the positioning of the sealing structure within the proportional control valve; characterized in that upon the drive receiving signals indicative of a wellbore pressure outside of a window of acceptable pressures, the stored executable instructions when executed cause the computing device to control an amount of torque produced by the electric motor to actuate the proportional control valve to reestablish the wellbore pressure within the window of acceptable pressures. a proportional control valve having a sealing structure, an inlet flow passage, and an outlet flow passage, the sealing structure positionable in a closed position, a fully open position, and a plurality of partially open positions there between; an electric motor; a gearbox in driving communication with the electric motor; a worm gear drive in driving communication with the gearbox, and in driving communication with the sealing structure of the proportional control valve; and a drive having a computing device in communication with a memory device storing executable instructions, the instructions when executed cause the computing device to control the positioning of the sealing structure within the proportional control valve; characterized in that upon the drive receiving signals indicative of a wellbore pressure outside of a window of acceptable pressures, the stored executable instructions when executed cause the computing device to control an amount of torque produced by the electric motor to actuate the proportional control valve to reestablish the wellbore pressure within the window of acceptable pressures.
A switchable filter device for use in a system for recording intracardiac electrophysiological signals, the switchable filter device comprising: - a plurality of recording channels, wherein each recording channel has a patient side terminal at a patient interface and a corresponding recording side terminal at a recording device interface; wherein - the filter device further comprises a detection device configured for monitoring for a transient interference signal and providing a control signal indicative of a status of the transient interference signal; and - each recording channel comprises a first signal path with a first frequency dependent transmission characteristic having a first pass band, a second signal path with a second frequency dependent transmission characteristic different from the first frequency dependent transmission characteristic, the second frequency dependent transmission characteristic having a second pass band overlapping the first pass band, and switching devices operable to switch between the first signal path and the second signal path in response to the control signal, wherein switching from the circuit configuration of the second signal path to the circuit configuration of the first signal path is performed with a switching delay. - a plurality of recording channels, wherein each recording channel has a patient side terminal at a patient interface and a corresponding recording side terminal at a recording device interface; - the filter device further comprises a detection device configured for monitoring for a transient interference signal and providing a control signal indicative of a status of the transient interference signal; and - each recording channel comprises a first signal path with a first frequency dependent transmission characteristic having a first pass band, a second signal path with a second frequency dependent transmission characteristic different from the first frequency dependent transmission characteristic, the second frequency dependent transmission characteristic having a second pass band overlapping the first pass band, and switching devices operable to switch between the first signal path and the second signal path in response to the control signal, wherein switching from the circuit configuration of the second signal path to the circuit configuration of the first signal path is performed with a switching delay.
An assembly designed to be mounted at an end portion of an axle of a vehicle, the axle comprising a differential carrier housing which contains a differential, two drive shafts and two wheel hubs, wherein each drive shaft has one end connected to the differential and a second end capable of being connected to at least one wheel of the vehicle via a wheel hub, the assembly having an axis which corresponds to the axle axis, in the mounted position, the assembly comprising: - a cover designed to be mounted at the end portion of the axle; - a stop fastened to the cover so as to face one end face (13, 13') of a drive shaft in the mounted position, the stop being elastically compressible in the axial direction between the cover and an end of the drive shaft or between the cover and an intermediate piece that can be provided in the axle; wherein, when provided, the intermediate piece is connected to an end of the drive shaft and is axially located between said drive shaft end face (13, 13') and said stop characterized in that the stop comprises: - a first part having a first cross-section S1, the first part being dimensioned to absorb in compression axial movements of the drive shaft; - a second part having a second cross-section S2 smaller than the first cross-section S1, the second part being designed to provide a substantially point contact with the drive shaft end face or with the intermediate piece. - a cover designed to be mounted at the end portion of the axle; - a stop fastened to the cover so as to face one end face (13, 13') of a drive shaft in the mounted position, the stop being elastically compressible in the axial direction between the cover and an end of the drive shaft or between the cover and an intermediate piece that can be provided in the axle; wherein, when provided, the intermediate piece is connected to an end of the drive shaft and is axially located between said drive shaft end face (13, 13') and said stop characterized in that the stop comprises: - a first part having a first cross-section S1, the first part being dimensioned to absorb in compression axial movements of the drive shaft; - a second part having a second cross-section S2 smaller than the first cross-section S1, the second part being designed to provide a substantially point contact with the drive shaft end face or with the intermediate piece.
A film comprising at least two layers, Layer A and Layer B, and wherein Layer A is formed from a Composition A comprising the following: an ethylene/α-olefin block copolymer; and a tackifier, and wherein the composition A has a melt index from 1 to 50 g/10 min, as measured by ASTM D1238, condition 190°C/2.16 kg, and an I10/I2 ratio from 7.5 to 13 (I 2 as measured by ASTM D1238, condition 190°C/2.16 kg and I10 as measured by ASTM D1238, condition 190°C/10 kg); and wherein Layer B is formed from a Composition B comprising one of the following: i) a polar polymer, ii) a polyolefin,or iii) a combination thereof. an ethylene/α-olefin block copolymer; and a tackifier, and i) a polar polymer, ii) a polyolefin,or iii) a combination thereof.
A control for a motor vehicle having at least two steerable front wheels and two control elements (105, 110), wherein the respective control element is movable in a transverse direction of the vehicle and an actuating force is measurable in the transverse direction of the vehicle by a control element force sensor system and/or a control element torque sensor system, and is a basis for calculating a target value for the transverse movement of the vehicle, whilst a control element angle of the control element can be influenced at least by an electromotive control element actuator, whose rotational speed and torque are convertible by a control element gearbox, characterized in that the actuating forces exerted on the control elements (105, 110) in the transverse direction of the vehicle are averaged and filtered using a speed-dependent filter at least of first order, wherein the averaged and filtered actuating force is provided as a target value specification for the transverse movement of the vehicle and thus for influencing the radius of the trajectory of the vehicle.
An inserting apparatus for inserting documents into envelopes, the apparatus comprising: an envelope holder for holding an envelope at least in a document inserting position being an open position of a first upstream end of the envelope for receiving said document; a document inserting path arranged upstream of the envelope holder for feeding at least one document to the envelope in a document inserting direction (Ri); an envelope opening device comprising at least one opening element adapted to be inserted in the envelope to move an envelope throat and an envelope body away from each other to bring the envelope in the open position, the opening element comprising an opening element inserting finger arranged to be inserted in an inner space of the envelope and a base part holding said opening element inserting finger, wherein the inserting apparatus is characterized in that the inserting apparatus comprises a sensor device comprising a pair of complementary sensor parts, namely a primary sensor part and a secondary sensor part, wherein the sensor device is adapted to detect if the opening element inserting finger is positioned in between the envelope throat and the envelope body, wherein the primary sensor part of the sensor device is mounted to the opening element inserting finger and the secondary sensor part is also mounted to the opening element, preferably to a base part of the opening element, such that both sensor parts (19, 20) are arranged to move along with the opening element. an envelope holder for holding an envelope at least in a document inserting position being an open position of a first upstream end of the envelope for receiving said document; a document inserting path arranged upstream of the envelope holder for feeding at least one document to the envelope in a document inserting direction (Ri); an envelope opening device comprising at least one opening element adapted to be inserted in the envelope to move an envelope throat and an envelope body away from each other to bring the envelope in the open position, the opening element comprising an opening element inserting finger arranged to be inserted in an inner space of the envelope and a base part holding said opening element inserting finger, wherein the inserting apparatus is characterized in that the inserting apparatus comprises a sensor device comprising a pair of complementary sensor parts, namely a primary sensor part and a secondary sensor part, wherein the sensor device is adapted to detect if the opening element inserting finger is positioned in between the envelope throat and the envelope body, wherein the primary sensor part of the sensor device is mounted to the opening element inserting finger and the secondary sensor part is also mounted to the opening element, preferably to a base part of the opening element, such that both sensor parts (19, 20) are arranged to move along with the opening element.
A beverage product comprising: rebaudioside A; and a berry component selected from the group consisting of berry juice, berry juice concentrate, berry juice extract, berry juice powder, freeze dried berry juice, berry fruit powder, freeze dried berry powder, berry seed oil and combinations thereof, wherein the berry component is from a berry selected from the group consisting of one or more of Barbados cherry, bearberry, blackberry, blueberry, boysenberry, cherry, choke cherry, cloudberry, currant, date, dewberry, elderberry, grape, gooseberry, huckleberry, loganberry, olallieberry, mulberry, raisin, plains berry, prairie berry, raspberry, Saskatoon berry, salmonberry, Seabuckthorn berry, sloe berry, strawberry, thimbleberry, Thornberry, wineberry and whortleberry, preferably the berry component is from a berry selected from the group consisting of one or more of strawberry, blueberry, raspberry, currant, grape, gooseberry, dewberry, boysenberry, olallieberry, loganberry, cloudberry, wineberry, salmonberry, thimbleberry, bearberry, whortleberry, huckleberry and elderberry, wherein the berry component is present in an amount sufficient to mask, nullify, attenuate or reduce bitter taste, bitter aftertaste or unpleasant off-note of the rebaudioside, and further comprising a steviol glycoside selected from the group consisting of stevioside, steviolbioside, dulcoside A, rebaudioside B, rebaudioside C, rebaudioside D, rebaudioside E, and a mixture of any of them. rebaudioside A; and a berry component selected from the group consisting of berry juice, berry juice concentrate, berry juice extract, berry juice powder, freeze dried berry juice, berry fruit powder, freeze dried berry powder, berry seed oil and combinations thereof,
A liftgate assembly for a vehicle, comprising: at least one liftgate panel including at least one reinforcement area; at least one overmolded bracket with at least one open mounting surface at at least one predetermined location adapted to selectively operably connect at least one predetermined liftgate attachments; at least one aperture maintained through the at least one overmolded bracket adapted to selectively operably connect at least one further predetermined liftgate attachments; and characterized by comprising at least one tether routed through the at least one aperture. at least one liftgate panel including at least one reinforcement area; at least one overmolded bracket with at least one open mounting surface at at least one predetermined location adapted to selectively operably connect at least one predetermined liftgate attachments; at least one aperture maintained through the at least one overmolded bracket adapted to selectively operably connect at least one further predetermined liftgate attachments; and characterized by comprising at least one tether routed through the at least one aperture.
A method for controlling a drivetrain of a vehicle, wherein the drivetrain comprises a multi-clutch transmission, wherein the shifting of said multi-clutch transmission is adapted to be performed either by power cut shifting or by power shifting dependent on predetermined vehicle shift conditions, wherein said method comprises the steps of: • detecting at least one of a plurality of indications of slippery road conditions (InP, InP1, InP2, InPX), • setting a slip risk factor, dependent on said indication of slippery road conditions (InP, InP1, InP2, InPX), and characterized in that, if said slip risk factor is above a first predetermined threshold value (ThV), said method comprises the further step of • controlling said multi-clutch transmission such that an upcoming gear shift is performed as a power shift independently of if upcoming shift was determined to be performed as a power cut shift or as a power shift. • detecting at least one of a plurality of indications of slippery road conditions (InP, InP1, InP2, InPX), • setting a slip risk factor, dependent on said indication of slippery road conditions (InP, InP1, InP2, InPX), and characterized in that, if said slip risk factor is above a first predetermined threshold value (ThV), said method comprises the further step of • controlling said multi-clutch transmission such that an upcoming gear shift is performed as a power shift independently of if upcoming shift was determined to be performed as a power cut shift or as a power shift.