mhurhangee/ep-ind-claims huggingface dataset:
Rolling mill, in particular a cold-rolling mill for the cold-rolling of a metal strip, having at least one cold-rolling stand, with a decoiler before the cold-rolling stand, where there is a unit in-line between the decoiler and the cold-rolling stand, characterised in that the unit is formed by at least three rollers (6, 7, 8) each of which is rotationally driven about an axis of rotation (6A, 7A, 8A), where each of these rollers (6, 7, 8) can be positioned, individually or jointly, in the direction of the axis of rotation concerned (6A, 7A, 8A) and in a direction transverse to the axis of rotation (6A, 7A, 8A), by means of a drive and positioning facility.
A drive motor assembly for a power driven wheelchair comprising: a stator housing for containing field coils of a stator of said motor assembly; at least one sensor (50,52) disposed in said stator housing for sensing rotation of said motor; a memory storing motor error parameter data including data of errors of said at least one sensor (50,52), said memory being embedded in said stator housing; and means for accessing said error parameter data of said memory from said stator housing. a stator housing for containing field coils of a stator of said motor assembly; at least one sensor (50,52) disposed in said stator housing for sensing rotation of said motor; a memory storing motor error parameter data including data of errors of said at least one sensor (50,52), said memory being embedded in said stator housing; and means for accessing said error parameter data of said memory from said stator housing.
A method for capturing oil and metallic elements entrained in a volume of water, the method comprising directing flow of a water stream through interstices of a multitude of fractured fragments of contaminant-sorbent, hydrophobic bodies of a filter medium comprising particles of an organic matrix material attached to styrene-butadiene-styrene granules embedded in an M-Class rubber matrix, wherein the OMM particles comprise any of (a) particles of biochar, (b) cellulosic particles, or (c) activated carbon particles.
Door handle unit for actuating a lock of a movable part of a motor vehicle, in particular a door, a lid or the like, with a door handle which is movably arranged on a carrier element for mechanical opening of the movable part by a user, wherein the door handle comprises at least one rest position and one working position, a mechanical coupling element which is movably arranged on the carrier element and by means of which a movement of the door handle from the rest position to the working position can be transmitted to the lock, wherein the door handle and the coupling element interact mechanically and form a movable actuating mechanism, and at least one locking unit which in a normal case (Ia) enables a movement of the actuating mechanism for actuating the lock and only in a locking case (Ib) blocks a movement of the actuating mechanism for actuating the lock, characterized in that for the locking case (Ib) the locking unit can be activated by an extraordinary movement of the actuating mechanism, wherein the locking unit comprises at least one movable locking pawl (16.1), which blocks the actuating mechanism in the locking case (Ib) in a form-locking manner, and wherein the at least one locking pawl (16.1) of the locking unit engages in the locking position (IIb) by means of an engaging connection when changing from the release position (IIa) to the locking position (IIb).
A reciprocating piston mechanism comprising a crankcase; a crankshaft having at least a crankpin, said crankshaft being supported by the crankcase and rotatable with respect thereto about a crankshaft axis; at least a connecting rod including a big end and a small end; a piston being rotatably connected to the small end; a crank member being rotatably mounted on the crankpin, and comprising at least a bearing portion having an outer circumferential wall which bears the big end of the connecting rod such that the connecting rod is rotatably mounted on the bearing portion of the crank member via the big end; wherein the crank member is driveably coupled to an auxiliary wheel (14, 14a) which is fixed to an auxiliary shaft that extends concentrically through the crankshaft, wherein the crankshaft and the auxiliary shaft are rotatable with respect to each other, wherein the auxiliary wheel (14, 14a) is disposed at the same side of an adjacent crank arm as the crank member, wherein the mechanism is adapted such that under operating conditions the crank member rotates in the same direction as the crankshaft and at half speed thereof such that two full rotations of the crankshaft corresponds to one full rotation of the crank member, as defined with respect to the crankcase, whereas the auxiliary shaft has a substantially fixed angular position with respect to the crankcase.
A method of injecting a sealing gel into a recess of a work piece to form a predetermined structure defined by sealing gel at a local region of the recess, comprising steps of: S100: providing a molding tool having an insertion structure complementary to the predetermined structure; S200: enclosing the local region of the recess with the molding tool, and injecting a fluid sealing gel into the molding tool; and S300: after the sealing gel has been cooled and solidified, dismantling the molding tool so that the predetermined structure defined by sealing gel is formed at the local region of the recess. S100: providing a molding tool having an insertion structure complementary to the predetermined structure; S200: enclosing the local region of the recess with the molding tool, and injecting a fluid sealing gel into the molding tool; and S300: after the sealing gel has been cooled and solidified, dismantling the molding tool so that the predetermined structure defined by sealing gel is formed at the local region of the recess.
A nickel alloy having the following composition (in atomic percent unless otherwise stated): between 5.75 and 6.75 Al, between 4.5 and 5.8 Ti, between 0.5 and 1.3 Ta, up to 1% Nb, between 13.5% and 16% Cr, between 22 and 27 % Co, between 0.1 and 0.3 % C, between 0.05 and 0.2 % B, between 0.02 and 0.07 % Zr, up to 1.1% W, between 1.4 and 2.85% Mo, up to 1 % Fe, up to 0.7 % Mn, up to 1 % Si, up to 0.15 % Hf, and up to 0.05 % Mg; the balance being Ni and incidental impurities.
Weighing-out arrangement for conveying or moving dough portions with a weighing-out slide in a device for portioning and processing dough, wherein the arrangement comprises a rotatably, in particular pivotably, mounted first pivot lever and a rotatably, in particular pivotably, mounted second pivot lever, wherein the said second pivot lever carries an actuating extension for back and forth movement of the weighing-out slide, and wherein the first pivot lever can be pivoted by a drive about its pivot bearing, wherein pneumatic bellows are arranged between the first pivot lever and the second pivot lever, whose volume and/or shape is variable by the application of compressed air, in order to set the distance between the opposing lever arms of the two pivot levers (11, 12).
A coaxial cable connector (280, 322) comprising: a connector housing (220, 326) configured to receive a coaxial cable (156, 332) having inner (198, 330) and outer conductors; a ground shield (260, 328) including a plurality of walls (262, 266, 344) cooperating to define a shielded chamber (265, 342), the connector housing (260, 326) received within the shielded chamber (265, 342), the walls (262, 266, 344) configured to be connected to the outer conductor of the coaxial cable (156, 332); and a center contact (240, 324) configured to be connected to the inner conductor (198, 330) of the coaxial cable (156, 332), the center contact (240, 324) being supported by the connector housing (220, 326) between the walls (262, 266, 344) of the ground shield (260, 328) in a stripline geometry; characterized in that at least one of the walls (266, 344) includes a compensating tab (290, 350) extending inwardly therefrom, the compensating tab (290, 350) configured to be positioned proximate the center contact (240, 324) and the connector housing (220, 326) includes a plurality of walls including a bottom wall, one of the walls (266, 344) of the ground shield (260, 328) extending along the bottom wall, the bottom wall including an opening (226, 351) substantially aligned with the center contact (240, 324), the compensating tab (290, 350) received within the opening (226, 351). a connector housing (220, 326) configured to receive a coaxial cable (156, 332) having inner (198, 330) and outer conductors; a ground shield (260, 328) including a plurality of walls (262, 266, 344) cooperating to define a shielded chamber (265, 342), the connector housing (260, 326) received within the shielded chamber (265, 342), the walls (262, 266, 344) configured to be connected to the outer conductor of the coaxial cable (156, 332); and a center contact (240, 324) configured to be connected to the inner conductor (198, 330) of the coaxial cable (156, 332), the center contact (240, 324) being supported by the connector housing (220, 326) between the walls (262, 266, 344) of the ground shield (260, 328) in a stripline geometry; characterized in that at least one of the walls (266, 344) includes a compensating tab (290, 350) extending inwardly therefrom, the compensating tab (290, 350) configured to be positioned proximate the center contact (240, 324) and the connector housing (220, 326) includes a plurality of walls including a bottom wall, one of the walls (266, 344) of the ground shield (260, 328) extending along the bottom wall, the bottom wall including an opening (226, 351) substantially aligned with the center contact (240, 324), the compensating tab (290, 350) received within the opening (226, 351).
A stabilizer of a compressor, in particular of a radial compressor or diagonal compressor, comprising: - a first annular stabilizer chamber, which surrounds a main flow channel in the intake region of a compressor wheel, and communicates with the main flow channel via a first downstream inlet channel; and - a second annular stabilizer chamber, which surrounds the first annular stabilizer chamber and communicates with the main flow channel via a second downstream inlet channel, wherein at least one first flow guiding element is arranged in the first downstream inlet channel, and/or wherein at least one second flow guiding element is arranged in the second downstream inlet channel. - a first annular stabilizer chamber, which surrounds a main flow channel in the intake region of a compressor wheel, and communicates with the main flow channel via a first downstream inlet channel; and - a second annular stabilizer chamber, which surrounds the first annular stabilizer chamber and communicates with the main flow channel via a second downstream inlet channel,
Method for storing bit information in a binary memory area of a memory cell in which a charge carrier injection device has a p-doped section and an n-doped section, wherein - the memory area can optionally store holes or electrons and allows a recombination of holes and electrons, - the charge carrier type of the charge carriers stored in the memory area defines the bit information of the memory area, - by means of the charge carrier injection device optionally holes or electrons can be injected into the memory area and the bit information can thus be changed, - the memory area comprises a double heterostructure, - the p-doped section and the n-doped section indirectly or directly adjoin the same side of the double-heterostructure, such that, depending on external electrical driving, the n-doped section can inject electrons or the p-doped section can inject holes from the same side into the double heterostructure, - wherein in the method the stored bit information is changed by virtue of the fact that in the case where holes are stored in the memory area, electrons are injected, which recombine with the stored holes, and the bit information is overwritten with excess electrons, and in the case where electrons are stored in the memory area, holes are injected, which recombine with the stored electrons, and the bit information is changed with excess holes. - the memory area can optionally store holes or electrons and allows a recombination of holes and electrons, - the charge carrier type of the charge carriers stored in the memory area defines the bit information of the memory area, - by means of the charge carrier injection device optionally holes or electrons can be injected into the memory area and the bit information can thus be changed, - the memory area comprises a double heterostructure, - the p-doped section and the n-doped section indirectly or directly adjoin the same side of the double-heterostructure, such that, depending on external electrical driving, the n-doped section can inject electrons or the p-doped section can inject holes from the same side into the double heterostructure, - wherein in the method the stored bit information is changed by virtue of the fact that in the case where holes are stored in the memory area, electrons are injected, which recombine with the stored holes, and the bit information is overwritten with excess electrons, and in the case where electrons are stored in the memory area, holes are injected, which recombine with the stored electrons, and the bit information is changed with excess holes.
Watch (2, 2A, 2B, 2C, 2D) comprising a case, a movement provided with an analogue display and defining a main axis of the case that is orthogonal to the general plane of this case, a glass (14, 14C) located above the analogue display, a gasket (18, 18B, 18C) arranged at the periphery of the glass between a lateral surface of this glass and an axial wall of the case, an intermediate portion (20, 20A, 20B, 20C, 20D) laterally surrounding the analogue display, a solar cell (30, 30C, 30D) extending at least mostly between the movement and the glass and being arranged behind the intermediate portion relative to the analogue display, the intermediate portion being formed at least partially by a translucent or transparent material and being configured in such a way as to make it possible for the visible and/or infra-red light passing through the glass from the outside of the watch to propagate in said translucent or transparent material and to subsequently reach the solar cell, the intermediate portion defining a radial surface forming an axial stop for a peripheral area of the glass following the inside of its rim; characterised in that the solar cell is arranged in a region located radially beyond the rim of the glass;and in that the gasket is also formed at least mostly by a translucent or transparent material that defines at least mostly an axial surface against which the lateral surface of the glass presses, the gasket forming with the intermediate portion axially a continuous medium or being axially arranged adjacent to the intermediate portion or being axially separated from this intermediate portion at least mostly by a translucent or transparent intermediate medium, the gasket being configured in such a way as to make it possible for the incident visible and/or infra-red light on its axial surface or on an upper surface of this gasket to propagate in the translucent or transparent material that forms it up to a lower geometrical surface or lower surface (50B, 50D) delimiting at the bottom the gasket, the intermediate portion being arranged in such a way as to be able to collect mostly the visible and/or infra-red light passing through the lower geometrical surface or lower surface of the gasket and to make it possible for this collected visible and/or infra-red light to propagate in the translucent or transparent material of this intermediate portion and to subsequently reach at least partly the solar cell.
A memory system, comprising: memory; and a memory controller configured to generate a plurality of control signals to access the memory, the memory controller further being configured to adjust the timing between the control signals to change the memory access speed to a first access speed if a number of commands in a command queue of the memory system rises above a first threshold, and change the memory access speed to a second access speed if a number of commands in the command queue drops below a second threshold; and wherein the number of commands in the command queue is related to the demand on the memory, and the memory access speed is further a function of the temperature of the memory system, and wherein the control signals comprise a row access strobe and a column access strobe, memory; and a memory controller configured to generate a plurality of control signals to access the memory, the memory controller further being configured to adjust the timing between the control signals to change the memory access speed to a first access speed if a number of commands in a command queue of the memory system rises above a first threshold, and change the memory access speed to a second access speed if a number of commands in the command queue drops below a second threshold; and wherein the number of commands in the command queue is related to the demand on the memory, and the memory access speed is further a function of the temperature of the memory system, and wherein the control signals comprise a row access strobe and a column access strobe,
A self-adapting method for upper and lower connections of optical interfaces of a Radio Remote Unit, RRU, wherein the method comprises: initiating (S201, S301) the RRU and turning off signal transmission of each optical interface of the RRU; determining an upper and lower connection flag bit for each optical interface; determining (S203, S312) a reference resource of a phase-locked clock of the RRU according to the upper and lower connection flag bit; turning (S203, S313) on the signal transmission of each optical interface after a phase-locked loop is locked. initiating (S201, S301) the RRU and turning off signal transmission of each optical interface of the RRU; determining an upper and lower connection flag bit for each optical interface; determining (S203, S312) a reference resource of a phase-locked clock of the RRU according to the upper and lower connection flag bit; turning (S203, S313) on the signal transmission of each optical interface after a phase-locked loop is locked.
A channel switching method, wherein the method is performed by an electronic device, the electronic device has a plurality of network channels being wireless network channels for communication in a wireless network, a first application runs on the electronic device, the first application is carried on a first network channel, the first application comprises a plurality of packet flows, and the method comprises: in response to detecting a monitored scenario change, detecting a second network channel based on a service type of the first application, and determining and storing a path of the second network channel based on a result of the detection, wherein the monitored scenario is an environment in which the electronic device is located; obtaining packets of the first application on the first network channel; and determining a characteristic packet flow from a plurality of packet flows of the first application, collecting statistics on packets in the characteristic packet flow to obtain a first statistical result, and switching the characteristic packet flow to the second network channel based on the first statistical result. in response to detecting a monitored scenario change, detecting a second network channel based on a service type of the first application, and determining and storing a path of the second network channel based on a result of the detection, wherein the monitored scenario is an environment in which the electronic device is located; obtaining packets of the first application on the first network channel; and determining a characteristic packet flow from a plurality of packet flows of the first application, collecting statistics on packets in the characteristic packet flow to obtain a first statistical result, and switching the characteristic packet flow to the second network channel based on the first statistical result.
A device for subsequently mounting a predetermined rod-shaped element or a plate-like element to a rod of a bar construction, wherein the device has two connectable retaining components (2', 2") that positively encapsulate the rod, wherein one of the two retaining components (2', 2") has a through bore, characterised in that selectively - the rod-shaped element to be mounted is insertable into the bore from one side and the element is fixable by means of a screw from the other side, or - a plate screw with a thread is provided and the bore has a corresponding mating thread, wherein the plate screw can be screwed into the bore and where the plate-like element is fixable in a sandwich-type arrangement between the plate screw and the retaining component (2', 2") with the bore, and wherein - the first retaining component is designed as a grip head with a thread and has two joinable clamping jaws that define the thread in a joined state, wherein the grip head or at least one of the clamping jaws has a receiving groove for positively encapsulating the rod of the bar construction, and wherein a clamping ring that is attachable to the two clamping jaws is provided as a means for holding together the two joined clamping jaws, - the second retaining component (2") is designed as a clamping head with a mating thread corresponding to the thread of the grip head, which can be screwed into the first retaining component so that a clamping force can be exerted on the rod of the bar construction, - and wherein for fixing the element to be mounted, the through bore is provided in the clamping head, preferably along a longitudinal axis of the clamping head. - the rod-shaped element to be mounted is insertable into the bore from one side and the element is fixable by means of a screw from the other side, or - a plate screw with a thread is provided and the bore has a corresponding mating thread, wherein the plate screw can be screwed into the bore and where the plate-like element is fixable in a sandwich-type arrangement between the plate screw and the retaining component (2', 2") with the bore, and wherein - the first retaining component is designed as a grip head with a thread and has two joinable clamping jaws that define the thread in a joined state, wherein the grip head or at least one of the clamping jaws has a receiving groove for positively encapsulating the rod of the bar construction, and wherein a clamping ring that is attachable to the two clamping jaws is provided as a means for holding together the two joined clamping jaws, - the second retaining component (2") is designed as a clamping head with a mating thread corresponding to the thread of the grip head, which can be screwed into the first retaining component so that a clamping force can be exerted on the rod of the bar construction, - and wherein for fixing the element to be mounted, the through bore is provided in the clamping head, preferably along a longitudinal axis of the clamping head.