mhurhangee/ep-ind-claims huggingface dataset:
Vehicle system, comprising: - a hybrid powertrain (E, EMG, B) to drive the vehicle system and configured to generate electric energy; and - at least one electrically operable refrigerator unit configured to cool at least one storage compartment of the system, wherein the storage compartment is different from a driver's cabin of the vehicle system, wherein the electrically operable refrigerator unit is configured to cool the storage compartment to a temperature below 10 °C. wherein the refrigerator unit is powered by electric energy generated by the hybrid powertrain; the vehicle system being characterised in that it further comprises a modular controller configured to control electric power generating and/or consuming components of the hybrid vehicle system, the controller being configured such that different control modules can indicate demand for execution of their respective function at the same time, wherein the controller is configured to associate at least one refrigerator priority with each refrigerator unit, such that refrigerator priority determines whether or not, or to what extent, the refrigerator unit is allowed to be active during operation. - a hybrid powertrain (E, EMG, B) to drive the vehicle system and configured to generate electric energy; and - at least one electrically operable refrigerator unit configured to cool at least one storage compartment of the system, wherein the storage compartment is different from a driver's cabin of the vehicle system, wherein the electrically operable refrigerator unit is configured to cool the storage compartment to a temperature below 10 °C.
An inhaler for delivering medication to a user, the inhaler comprising: a main body having a mouthpiece and a mouthpiece cover configured to move from a closed position in which the mouthpiece cover covers the mouthpiece to a fully open position; a slider at least partially disposed within the main body; an electronics module having a switch, wherein the main body further contains a yoke mechanically connected to the mouthpiece cover, wherein the yoke is in contact with the slider when the mouthpiece is in said closed position, the slider being arranged to be moved by the yoke as the mouthpiece cover is opened from said closed position and separated from the yoke when the mouthpiece cover reaches said fully open position, wherein a stopper of the slider is configured to limit axial travel of the slider, the stopper stopping said axial travel of the slider such that a distal end of the slider is no longer in contact with the yoke as the mouthpiece cover is moved to the open position; wherein the electronics module is configured to be in a first power state prior to a user moving the mouthpiece cover to expose the mouthpiece, and wherein the switch is arranged such that, when the mouthpiece cover is moved to expose the mouthpiece, said movement of the slider causes the slider to engage and actuate the switch, causing the electronics module to transition from the first power state to a second power state and to sense an inhalation by the user from the mouthpiece. a main body having a mouthpiece and a mouthpiece cover configured to move from a closed position in which the mouthpiece cover covers the mouthpiece to a fully open position; a slider at least partially disposed within the main body; an electronics module having a switch, wherein the main body further contains a yoke mechanically connected to the mouthpiece cover, wherein the yoke is in contact with the slider when the mouthpiece is in said closed position, the slider being arranged to be moved by the yoke as the mouthpiece cover is opened from said closed position and separated from the yoke when the mouthpiece cover reaches said fully open position, wherein a stopper of the slider is configured to limit axial travel of the slider, the stopper stopping said axial travel of the slider such that a distal end of the slider is no longer in contact with the yoke as the mouthpiece cover is moved to the open position; wherein the electronics module is configured to be in a first power state prior to a user moving the mouthpiece cover to expose the mouthpiece, and wherein the switch is arranged such that, when the mouthpiece cover is moved to expose the mouthpiece, said movement of the slider causes the slider to engage and actuate the switch, causing the electronics module to transition from the first power state to a second power state and to sense an inhalation by the user from the mouthpiece.
Method for monitoring a torsional vibration damper, comprising the steps of: - determining at least one operating parameter of the drive system and/or environmental parameter of the torsional vibration damper; - determining a current damage rate on the basis of the at least one operating and/or environmental parameter; - integrating the damage rate in order to determine a current damage state of the torsional vibration damper. - determining at least one operating parameter of the drive system and/or environmental parameter of the torsional vibration damper; - determining a current damage rate on the basis of the at least one operating and/or environmental parameter; - integrating the damage rate in order to determine a current damage state of the torsional vibration damper.
A shaft drive type vehicle configured so that power of a power source is transmitted through a drive shaft to a pinion gear and transmitted to an axle shaft through a bevel gear meshing with the pinion gear, wherein a final gear box is provided which is adapted to accommodate the pinion gear and the bevel gear in a rotatable manner and to contain an oil for lubrication; a recess in which to dispose an upstream end of a pinion gear shaft portion constituting a shaft portion of the pinion gear is provided at a downstream end of the drive shaft; the recess and the upstream end of the pinion gear shaft portion are spline coupled to each other so that the drive shaft and the pinion gear can be rotated as one body and relatively moved in an axial direction; and a space portion permitting relative movement between the drive shaft and the pinion gear in the axial direction is provided between the pinion gear and the recess, with the pinion gear provided with a hollow portion which pierces the pinion gear in the axial direction and conducts the oil to the space portion, characterized in that the final gear box includes an opening communicating with the hollow portion, and an oil guide wall extending upward from the opening, the oil guide wall receiving the oil raked up by rotation of the bevel gear.
A clock synchronization method for a master clock apparatus, comprising: sampling (S110, S310) an initial password sequence according to a first key clock signal to obtain a sampled password sequence; and sending (S120, S330) the first key clock signal and the sampled password sequence to a slave clock apparatus to synchronize a phase of a second key clock signal with a phase of the first key clock signal, with the second key clock signal determined by the slave clock apparatus according to the first key clock signal and the sampled password sequence. sampling (S110, S310) an initial password sequence according to a first key clock signal to obtain a sampled password sequence; and sending (S120, S330) the first key clock signal and the sampled password sequence to a slave clock apparatus to synchronize a phase of a second key clock signal with a phase of the first key clock signal, with the second key clock signal determined by the slave clock apparatus according to the first key clock signal and the sampled password sequence.
A method for wireless communication at a user equipment, UE (115; 605; 705; 905), comprising: performing (510; 1005; 1105; 1205) channel state information, CSI, measurements on one or more reference signal transmissions from a base station via one or more beams; generating (525; 1010; 1115; 1215) a CSI report for a beam combination codebook for the one or more beams, the CSI report comprising a first portion and a second portion; and transmitting (530; 1015; 1120; 1220) the CSI report to the base station; characterized in that the first portion comprises an indication of whether the second portion comprises full CSI feedback for each of a plurality of sub-bands of an active bandwidth or partial CSI feedback for the active bandwidth. performing (510; 1005; 1105; 1205) channel state information, CSI, measurements on one or more reference signal transmissions from a base station via one or more beams; generating (525; 1010; 1115; 1215) a CSI report for a beam combination codebook for the one or more beams, the CSI report comprising a first portion and a second portion; and transmitting (530; 1015; 1120; 1220) the CSI report to the base station; characterized in that the first portion comprises an indication of whether the second portion comprises full CSI feedback for each of a plurality of sub-bands of an active bandwidth or partial CSI feedback for the active bandwidth.
A method for directionally drilling a portion of a borehole, comprising: rotating a drill string associated with a drilling system and placing an axial load on the drill string causing the drill string to move into compression; and stopping rotation of the drill string and, with the drill string in compression, drilling a portion of the portion of the borehole while actively managing a toolface angle of a drill bit associated with the drilling system, so that the toolface angle may be continuously and selectively varied and controlled while a bit shaft associated with drill bit is rotating to directionally drill the bore hole, without rotation of a housing of a bearing section, and without removal of the drilling system from the borehole; wherein the drilling and the actively managing are conducted without rotating the drilling string. rotating a drill string associated with a drilling system and placing an axial load on the drill string causing the drill string to move into compression; and stopping rotation of the drill string and, with the drill string in compression, drilling a portion of the portion of the borehole while actively managing a toolface angle of a drill bit associated with the drilling system, so that the toolface angle may be continuously and selectively varied and controlled while a bit shaft associated with drill bit is rotating to directionally drill the bore hole, without rotation of a housing of a bearing section, and without removal of the drilling system from the borehole; wherein the drilling and the actively managing are conducted without rotating the drilling string.
A wheel mount linkage for a rail vehicle, - having a bogie frame, - having a wheel set comprising at least one wheel (3.1) and a wheel mount (3.2) holding the wheel (3.1), - wherein the wheel mount (3.2) on the one hand is provided with a swing arm (3.3), which is pivotably connected to the bogie frame by means of a bolt connection, and is on the other hand resiliently connected to the bogie frame by means of a spring element, - wherein the bolt connection comprises a bolt (4.1) with a bolt shaft, which is passed through a mounting (3.31, 6.11) in the swing arm (3.3) and through at least one mounting (2.1) in the bogie frame, - wherein the bolt connection has play, and the direction of action of the spring element runs obliquely to the horizontal and the vertical in such a manner that the wheel mount (3.2) together with the swing arm (3.3) is pushed away from the bogie frame when the spring element is in the compression-loaded state, characterised in that in a section transverse to the longitudinal axis (X B) of the bolt (4.1), the bolt shaft of the bolt (4.1) has an outer contour that is not round, and a mounting (2.1, 3.31, 6.11) for the bolt (4.1) has an inner contour that is not round, so that the bolt (4.1) does not easily rotate in the respective mounting (2.1, 3.31, 6.11) when under load. - having a bogie frame, - having a wheel set comprising at least one wheel (3.1) and a wheel mount (3.2) holding the wheel (3.1), - wherein the wheel mount (3.2) on the one hand is provided with a swing arm (3.3), which is pivotably connected to the bogie frame by means of a bolt connection, and is on the other hand resiliently connected to the bogie frame by means of a spring element, - wherein the bolt connection comprises a bolt (4.1) with a bolt shaft, which is passed through a mounting (3.31, 6.11) in the swing arm (3.3) and through at least one mounting (2.1) in the bogie frame, - wherein the bolt connection has play, and the direction of action of the spring element runs obliquely to the horizontal and the vertical in such a manner that the wheel mount (3.2) together with the swing arm (3.3) is pushed away from the bogie frame when the spring element is in the compression-loaded state,
A piezoresistive pressure sensor comprising at least a sensing element provided on a flexible structure, the sensing element comprising at least one piezo-resistor comprising at least a first region of the flexible structure doped with dopant atoms of a first type, wherein the flexible structure furthermore comprises a second doped region within it, at least partially overlapping the first doped region, thereby forming a shield for shielding the sensing element from external electrical field interference, wherein dopant atoms of the second doped region are of a second type opposite to the type of dopant atoms of the first doped region, for generating a charge depletion layer within the flexible structure at the overlapping region between the first doped region and the second doped region, wherein the depth of the shield measured from the surface of the flexible structure is smaller than the depth of the doped region of the at least one piezo-resistor, and wherein the flexible structure comprises connection regions for interconnecting with the piezo-resistors, characterized in that the shield is in electrical contact with an exterior of the flexible structure, and in that the sensor comprises a gap between the shield and the connection regions.
A process for the "in-situ" preparation of a macroporous desiccant based honeycomb matrix, comprising the steps of i. soaking honeycomb substrate impregnated with water glass, in 4-25%, by weight, phosphoric acid, at a temperature of 10-80 oC till such time the hydrogel honeycomb matrix is obtained and; ii. washing said hydrogel honeycomb matrix and; iii. thermally activating said hydrogel honeycomb matrix to produce macroporous desiccant based honeycomb matrix, wherein the thermal activation is carried out at a temperature of 140°C. i. soaking honeycomb substrate impregnated with water glass, in 4-25%, by weight, phosphoric acid, at a temperature of 10-80 oC till such time the hydrogel honeycomb matrix is obtained and; ii. washing said hydrogel honeycomb matrix and; iii. thermally activating said hydrogel honeycomb matrix to produce macroporous desiccant based honeycomb matrix, wherein the thermal activation is carried out at a temperature of 140°C.
Method to weld folded lateral fins of the gusset type of a pre-wrapping that is the precursor of a hermetic wrapping formed around an organized group of smoking articles, each of said lateral fins comprising at least two portions (110a, 110b, 110c) each having a respective thickness (Sa, Sb, Sc) and formed by overlapping a different number of said flaps (107, 108, 111, 112, 113) so that the thickness of one portion (110a, 110b, 110c) is different from the thickness (Sa, Sb, Sc) of the other portion (110a, 110b, 110c), said pre-wrapping advancing in a longitudinal direction of feed, keeping said lateral fins of said pre-wrapping folded, so that said pre-wrapping has in succession, in said direction of feed, portions (110a, 110b, 110c) to be welded having a different thickness (Sa, Sb, Sc), characterized in that the welding of the lateral fins is an ultrasound welding, obtained by means of pairs of welding rollers (30, 31) that rotate in coordination with the feed of said pre-wrapping and that are disposed on one side and the other of said pre-wrapping, wherein said ultrasound welding is performed continuously while said pre-wrapping continues to move in said direction of feed, wherein at least one of said welding rollers (30a, 31a, 30b, 31b) is selectively made to vibrate radially so as to exert, on said lateral fins, a variable pressure as a function at least of the different thickness (Sa, Sb, Sc) of the portions (110a, 110b, 110c) that are progressively fed in said direction of feed.
A method for manufacturing combustible pellets having a moisture content of less than 10%, by compressing wood particles in a defibrated state, characterized in that the material used in the composition of the pellets is a mixture of woods between a first stock of adjuvanted wood, including wood that is painted and/or varnished and/or with a glue containing non-natural volatile organic compounds and/or heavy metals, and a second stock of non-adjuvanted wood which is free of non-natural organic compounds and free of heavy metals, in which method the adjuvanted wood from the first stock and the non-adjuvanted wood from the second stock are dosed and mixed according to an adjuvanted wood content in the pellet composition that is comprised between 5% and 30% by mass, wherein according to a first alternative the dosage and mixing of the adjuvanted wood from the first stock and the non-adjuvanted wood from the second stock are carried out, said woods and being in a non-defibrated state, and a step of defibrating the adjuvanted wood from the first stock is carried out, resulting in a defibrated mixture, or according to a second alternative, the adjuvanted wood from the first stock on the one hand and the non-adjuvanted wood from the second stock on the other hand are independently defibrated, and then the defibrated adjuvanted wood from the first stock and the defibrated non-adjuvanted wood from the second stock are mixed according to said specific ratio, resulting in a defibrated mixture, and wherein the resulting defibrated wood mixture (Mh) according to the first or second alternative is dried and the defibrated and dried mixture (Ms) is transformed into said pellets by compression, said step of drying the defibrated wood mixture (Mh) being implemented in a drying facility comprising a dryer, by thermal exchange, between a hot gas (Gc) and the defibrated wood mixture (Mh) driven by the hot gas, said drying facility having a device for the processing and pollution control of the flow of exhaust gas (Exh) from the drying facility before it is discharged into the atmosphere.
Metering device for the metered introduction of a pourable cleaning agent into a treatment chamber of a program-controlled cleaning device, in particular a dishwasher, comprising a storage container which is used to accommodate the cleaning agent and a carrier unit which is arranged so as to be rotatable about an axis of rotation and receives the storage container in an exchangeable manner and by means of which the storage container can be transferred from a home position to a metering position and vice versa, the storage container having a storage chamber and a metering channel which opens into a metering opening, and comprising a discharge channel which opens into the treatment chamber with a discharge opening and which is in fluidic operative connection with the metering channel when the storage container is in the metering position, the discharge channel having an inlet opening on the metering channel side, and the metering device having a closure apparatus which interacts with the inlet opening of the discharge channel and which closes the inlet opening when the storage container is in the home position, characterised in that the closure apparatus has a closure plate arranged on the outer circumference of the carrier unit. and the metering device having a closure apparatus which interacts with the inlet opening of the discharge channel and which closes the inlet opening when the storage container is in the home position, characterised in that the closure apparatus has a closure plate arranged on the outer circumference of the carrier unit.
A heat exchanger comprising fins that are arranged in a direction orthogonal to a direction in which air flows and a heat transfer pipe that extends through the fins and that is bonded and fixed to the fins when the heat transfer pipe is radially expanded by a pipe-expanding method, wherein first projections and second projections are provided on an inner surface of the heat transfer pipe, the first projections being arranged in a circumferential direction and extending in an axial direction of the heat transfer pipe, and the second projections being arranged between the first projections, extending in the axial direction, and having a height (h) smaller than a height of the first projections, wherein each second projection is tapered such that a distance between both side surfaces thereof decreases from a base portion toward a tip portion thereof, the heat exchanger being characterised in that after expansion of the heat transfer pipe, the height of the first projections is greater than or equal to the height (h) of the second projections and a width of a tip portion of each first projection is greater than a width of a base portion of the first projection, and in that opposed side surfaces of the first and second projections after the expansion of the heat transfer pipe are so inclined that when extensions are drawn from the side surfaces, the extensions cross each other in an inner region of the heat transfer pipe.
A health mask, comprising: a body part resting on and covering a partial area of a face, including a respiratory system of a user, the body part having an internal space formed therein; a tight fitting part positioned along a circumference of the body part such that the body part is tightly fitted to the partial area of the face; an ear loop part positioned at opposite sides of the body part such that the body part is secured to the partial area of the face the health mask being characterized by: a filter part positioned at the opposite sides of the body part such that external air is purified and supplied to the internal space of the body part; and an air curtain-forming means provided on the body part such that an air curtain is formed around the body part to block entry of external substances. a body part resting on and covering a partial area of a face, including a respiratory system of a user, the body part having an internal space formed therein; a tight fitting part positioned along a circumference of the body part such that the body part is tightly fitted to the partial area of the face; an ear loop part positioned at opposite sides of the body part such that the body part is secured to the partial area of the face the health mask being characterized by: a filter part positioned at the opposite sides of the body part such that external air is purified and supplied to the internal space of the body part; and an air curtain-forming means provided on the body part such that an air curtain is formed around the body part to block entry of external substances. a filter part positioned at the opposite sides of the body part such that external air is purified and supplied to the internal space of the body part; and an air curtain-forming means provided on the body part such that an air curtain is formed around the body part to block entry of external substances.