mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a processor core configured to execute one or more instructions; a voltage regulator coupled to the processor core, wherein the voltage regulator is configured to provide an adjustable power supply voltage to the processor core; a clock generator coupled to the processor core, wherein the clock generator is configured to provide an adjustable clock to the processor core; control circuitry configured to determine whether data to execute the one or more instructions is available from a cache, and configured to indicate a cache miss if data is not available from the cache, wherein if a cache miss is indicated the control circuitry is further configured to: instruct the clock generator to reduce a frequency of the clock; and instruct the voltage regulator to reduce a voltage level of the adjustable power supply, wherein the frequency of the clock is reduced prior to the voltage level of the adjustable power supply being reduced; wherein the apparatus is characterized in that it further comprises: charge transfer circuitry coupled to the voltage regulator, wherein the charge transfer circuitry is configured to temporarily transfer charge from an output capacitor (COut), coupled to a power supply rail that provides the adjustable power supply voltage to the processor core, to store it in another capacitor (Cin) within a period of the indication of the cache miss. a processor core configured to execute one or more instructions; a voltage regulator coupled to the processor core, wherein the voltage regulator is configured to provide an adjustable power supply voltage to the processor core; a clock generator coupled to the processor core, wherein the clock generator is configured to provide an adjustable clock to the processor core; control circuitry configured to determine whether data to execute the one or more instructions is available from a cache, and configured to indicate a cache miss if data is not available from the cache, wherein if a cache miss is indicated the control circuitry is further configured to: instruct the clock generator to reduce a frequency of the clock; and instruct the voltage regulator to reduce a voltage level of the adjustable power supply, wherein the frequency of the clock is reduced prior to the voltage level of the adjustable power supply being reduced; wherein the apparatus is characterized in that it further comprises: charge transfer circuitry coupled to the voltage regulator, wherein the charge transfer circuitry is configured to temporarily transfer charge from an output capacitor (COut), coupled to a power supply rail that provides the adjustable power supply voltage to the processor core, to store it in another capacitor (Cin) within a period of the indication of the cache miss.
A method of temporarily supporting a soil mass susceptible to slide; the method including the steps of advancing a supporting wall (29; 35; 39; 46) in an advancing direction along a scarp slope bounding said soil mass; additionally moving at least a surface portion (32; 37; 43: 46), in direct contact with the soil mass, of the supporting wall (29, 35; 39; 46), so as to minimize friction between the soil mass and the supporting wall (29; 35; 39; 46) in the advancing direction; characterized by vibrating the supporting wall in a direction crosswise to the advancing direction.
Method for coating a surface of a metal strip, the method comprising the following steps: - coating the surface of a metal strip with a wet coating by means of a coating station, - conveying the metal strip by means of a metal strip-conveying device, characterized by - detecting a surface coated with the wet coating by producing a thermal image of a detection region which comprises part of the surface, the detection region being located directly downstream of the coating station, preferably the detection region at least partially comprising the coating station. - coating the surface of a metal strip with a wet coating by means of a coating station, - conveying the metal strip by means of a metal strip-conveying device, - detecting a surface coated with the wet coating by producing a thermal image of a detection region which comprises part of the surface, the detection region being located directly downstream of the coating station, preferably the detection region at least partially comprising the coating station.
A robotic alignment system comprising: a robot having a base and a platform moveably coupled to the base, and wherein the robot is positioned near a part having an access port that is configured to allow access to an interior space within the part; a laser device configured to project a visible laser beam, the laser device being coupled to the robot; a camera coupled to the robot; a laser range finder coupled to the robot; and characterized by a calibration plate having a calibration image, the calibration plate being configured to be positioned within the access port of the part, wherein the robotic alignment system is configured to: - project one or more laser lines onto the calibration plate that is positioned within the access port; - determine a current position of the platform; - compare the current position with a pre-programmed desired position to calculate dimensional offsets between the current position and the pre-programmed desired position; - move the platform towards the pre-programmed desired position by eliminating the calculated dimensional offsets. a robot having a base and a platform moveably coupled to the base, and wherein the robot is positioned near a part having an access port that is configured to allow access to an interior space within the part; a laser device configured to project a visible laser beam, the laser device being coupled to the robot; a camera coupled to the robot; a laser range finder coupled to the robot; and characterized by a calibration plate having a calibration image, the calibration plate being configured to be positioned within the access port of the part, wherein the robotic alignment system is configured to: - project one or more laser lines onto the calibration plate that is positioned within the access port; - determine a current position of the platform; - compare the current position with a pre-programmed desired position to calculate dimensional offsets between the current position and the pre-programmed desired position; - move the platform towards the pre-programmed desired position by eliminating the calculated dimensional offsets. - project one or more laser lines onto the calibration plate that is positioned within the access port; - determine a current position of the platform; - compare the current position with a pre-programmed desired position to calculate dimensional offsets between the current position and the pre-programmed desired position; - move the platform towards the pre-programmed desired position by eliminating the calculated dimensional offsets.
A material sheet made of several material layers comprising at least one electric current conductive layer and at least one top layer, wherein at least one separating strip is arranged between the at least one top layer and the at least one conductive layer perpendicular to the longitudinal direction of the material sheet, characterised in that said separating strip has a nonstick coating at least on the surface facing the conductive layer.
A release lever, for a parachute rescue system of a light aircraft, said light aircraft comprising a jet engine mounted on the aircraft fuselage, the release lever comprising a body and a handle arranged in the body and configured to be mounted to the fuselage structure in the aircraft cabin, characterised in that the body consists of a console and a rotatable lever rotatably mounted in the console and configured to be rotated from a resting position to an operating position, wherein the console is mountable to the aircraft fuselage structure, and the handle is seated inside the rotatable lever and protrudes beyond the rotatable lever, wherein the handle is provided with a locking mechanism which prevents pulling the handle out of the rotatable lever before it is rotated from the resting position to the operating position, and wherein in the operating position, the locking mechanism is configured to allow the operator to pull the handle out of the rotatable lever.
A method of tracking the usage of database objects stored in shared memory in order to manage the shared memory, the method comprising: maintaining, by a computer system, a chain set having a plurality of chains, wherein each chain of the plurality of chains specifies an ordering, by usage, of database objects that are stored in a cache; monitoring, by the computer system, respective states of a plurality of database objects; in response to determining that a state of a particular database object has changed, selecting, by the computer system, a particular one of the plurality of chains corresponding to the particular database object, wherein the particular one of the plurality of chains is selected based on a version of a software application utilizing the particular database object; and updating, by the computer system, the particular chain without preventing other ones of the plurality of chains from being accessed during the updating, wherein the updating includes: locking the particular chain; changing the locked particular chain to reflect a changed state of the particular database object; and after the updating, unlocking the particular chain. maintaining, by a computer system, a chain set having a plurality of chains, wherein each chain of the plurality of chains specifies an ordering, by usage, of database objects that are stored in a cache; monitoring, by the computer system, respective states of a plurality of database objects; in response to determining that a state of a particular database object has changed, selecting, by the computer system, a particular one of the plurality of chains corresponding to the particular database object, wherein the particular one of the plurality of chains is selected based on a version of a software application utilizing the particular database object; and updating, by the computer system, the particular chain without preventing other ones of the plurality of chains from being accessed during the updating, wherein the updating includes: locking the particular chain; changing the locked particular chain to reflect a changed state of the particular database object; and after the updating, unlocking the particular chain. locking the particular chain; changing the locked particular chain to reflect a changed state of the particular database object; and after the updating, unlocking the particular chain.
A vacuum device, in particular a vacuum pump, a vacuum measurement device, a leak detection device and/or a vacuum chamber device, having at least one device component and having an electronic apparatus, in particular for the device control and/or device regulation, wherein the electronic apparatus is connected to an interface of the device component and a change in state of the electronic apparatus for defining a device operating configuration is produced by the connection, characterized in that the change in state of the electronic apparatus is irreversibly produced by the connection to the interface.
A method for wireless communications at a user equipment, UE, comprising: identifying a set of time-frequency resources available for remote interference reference signals; transmitting an indication of the set of time-frequency resources to a base station; receiving an indication of scheduling of a data transmission from the base station, wherein the scheduling comprises rate-matching the data transmission around the set of time-frequency resources available for remote interference reference signals; and communicating the data transmission with the base station via resources that are non-overlapping with the set of time-frequency resources. identifying a set of time-frequency resources available for remote interference reference signals; transmitting an indication of the set of time-frequency resources to a base station; receiving an indication of scheduling of a data transmission from the base station, wherein the scheduling comprises rate-matching the data transmission around the set of time-frequency resources available for remote interference reference signals; and communicating the data transmission with the base station via resources that are non-overlapping with the set of time-frequency resources.
A method comprising: receiving a plurality of data packets for transmission to a destination node of a communications network, wherein at least a subset of the data packets are associated with a first data session of the communications network, and wherein each data packet comprises header information appended to a data payload, wherein the header information of each data packet includes one or more of real-time transfer protocol, user datagram protocol and Internet protocol header information; and generating data frames representing the data packets associated with the first data session for transmission over a channel of a satellite link of the communications network, wherein the generation of the data frames representing the data packets associated with the first data session comprises stripping the header information from the respective data payload of each data packet and inserting at least one data payload in each data frame, and appending a first unique set of reference symbols to at least one of the data frames, and wherein the first unique set of reference symbols reflects a first vocoder rate corresponding to voice data of the at least one data payload inserted in the respective data frame. receiving a plurality of data packets for transmission to a destination node of a communications network, wherein at least a subset of the data packets are associated with a first data session of the communications network, and wherein each data packet comprises header information appended to a data payload, wherein the header information of each data packet includes one or more of real-time transfer protocol, user datagram protocol and Internet protocol header information; and generating data frames representing the data packets associated with the first data session for transmission over a channel of a satellite link of the communications network, wherein the generation of the data frames representing the data packets associated with the first data session comprises stripping the header information from the respective data payload of each data packet and inserting at least one data payload in each data frame, and appending a first unique set of reference symbols to at least one of the data frames, and wherein the first unique set of reference symbols reflects a first vocoder rate corresponding to voice data of the at least one data payload inserted in the respective data frame.
Arrangement for pressing together queueing preforms downstream of an outlet of a device for straightening and aligning the preforms, which preforms are made of a thermoplastic material, comprise a body and a collar and are intended to be ultimately shaped into a container by a forming station, comprising a gas conveyor and an outlet conveyor consisting of a brush conveyor comprising straight support bars between which the body of the preforms can be received and on which the collar can rest so as to be able to slide, the brush conveyor comprising two continuous belts which comprise, on the outer surfaces, a set of brushes that are designed to come into contact with the preforms so as to move them along by friction, and are able to bend so as to slide on the body of the preforms without impeding the motion of the continuous belts, characterized in that the gas conveyor is arranged directly upstream of the brush conveyor, and is arranged to blow jets of pressurised gas onto the preforms in the gas conveyor so as to accelerate the sliding of the preforms towards the brush conveyor.
A battery pack comprising: a battery module accommodating a plurality of battery cells; and a lower protective cover comprising a lower panel (110, 110') detachably coupled to a lower portion of the battery module and a plurality of buffer parts on one surface of the lower panel (110, 110'), characterized in that each buffer part of the plurality of buffer parts comprises a top surface and a bottom surface each being parallel to the lower panel (110, 110'), and left and right side surfaces connecting the top surface to the bottom surface, and wherein each of the left and right side surfaces has an inward concave shape and/or an outward convex shape. a battery module accommodating a plurality of battery cells; and a lower protective cover comprising a lower panel (110, 110') detachably coupled to a lower portion of the battery module and a plurality of buffer parts on one surface of the lower panel (110, 110'), characterized in that each buffer part of the plurality of buffer parts comprises a top surface and a bottom surface each being parallel to the lower panel (110, 110'), and left and right side surfaces connecting the top surface to the bottom surface, and wherein each of the left and right side surfaces has an inward concave shape and/or an outward convex shape.
A battery powered pressure control apparatus for applying topical negative pressure at a wound site, the apparatus comprising: a pump having an electric motor configured to draw power from a battery; an inlet for operatively coupling to a wound chamber formed over the wound site; a pressure sensor coupled to the inlet; and a controller; wherein the controller is coupled to the pressure sensor and is configured to provide control signals for controlling the operation of the electric motor to thereby provide negative pressure at the inlet; and one or more indicators coupled to the controller and configured to allow audio and/or visual feedback of status signals to a user; characterized in that the controller is further configured to disable the operation of the apparatus and provide a signal via an audio and/or visual cue to a user that attention to a non-transient leak is required if an unsuccessful attempt is made to establish a desired negative pressure at the wound site. a pump having an electric motor configured to draw power from a battery; an inlet for operatively coupling to a wound chamber formed over the wound site; a pressure sensor coupled to the inlet; and a controller; wherein the controller is coupled to the pressure sensor and is configured to provide control signals for controlling the operation of the electric motor to thereby provide negative pressure at the inlet; and one or more indicators coupled to the controller and configured to allow audio and/or visual feedback of status signals to a user; characterized in that the controller is further configured to disable the operation of the apparatus and provide a signal via an audio and/or visual cue to a user that attention to a non-transient leak is required if an unsuccessful attempt is made to establish a desired negative pressure at the wound site.
An acrylic nail monomer liquid comprising: (a) about 50 wt% to about 65 wt% of 2-ethoxyethyl methacrylate; (b) about 17 wt% to about 35 wt% of hydroxypropylmethacrylate; (c) one or more crosslinkers; and (d) one or more curing agents; wherein all wt% are with respect to the acrylic nail monomer liquid and the term "about" when referring to a number means ±3%. (a) about 50 wt% to about 65 wt% of 2-ethoxyethyl methacrylate; (b) about 17 wt% to about 35 wt% of hydroxypropylmethacrylate; (c) one or more crosslinkers; and (d) one or more curing agents;
A joint comprising: a first workpiece (10,100,200,300) having a first bore (18a,18b,110,210,316); a second workpiece (12,102,202,302) having a second bore (24a,24b, 112,212,318) aligned with the first bore (18a,18b,110,210,316); and a mechanical fastener (42,106,206,308,310) having a shaft (40,108,208,312,314) at least partially received within the aligned bores of the first and second workpieces, a slotted collar (26a,26b,114,214,320) surrounding at least a portion of the shaft (40,108,208,312,314) of the mechanical fastener and entirely received within the aligned bores of the first and second workpieces, wherein a slot of the slotted collar extends from one end to the other end thereof; an inner surface of the slotted collar engages at least a portion of the shaft of the mechanical fastener, an outer surface of the slotted collar is tapered and engages at least a portion of the aligned bores of the first and second workpieces, and at least a portion of the first bore (18a,18b,110,210,316) and/or of the second bore (24a,24b,112,212,318) is tapered to mate with the tapered outer surface of the slotted collar. a first workpiece (10,100,200,300) having a first bore (18a,18b,110,210,316); a second workpiece (12,102,202,302) having a second bore (24a,24b, 112,212,318) aligned with the first bore (18a,18b,110,210,316); and a mechanical fastener (42,106,206,308,310) having a shaft (40,108,208,312,314) at least partially received within the aligned bores of the first and second workpieces, a slotted collar (26a,26b,114,214,320) surrounding at least a portion of the shaft (40,108,208,312,314) of the mechanical fastener and entirely received within the aligned bores of the first and second workpieces, wherein a slot of the slotted collar extends from one end to the other end thereof; an inner surface of the slotted collar engages at least a portion of the shaft of the mechanical fastener, an outer surface of the slotted collar is tapered and engages at least a portion of the aligned bores of the first and second workpieces, and at least a portion of the first bore (18a,18b,110,210,316) and/or of the second bore (24a,24b,112,212,318) is tapered to mate with the tapered outer surface of the slotted collar.