mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a first serializer-deserializer; wherein the first serializer-deserializer has a first data path and a data eye path; wherein the first data path and the data eye path are configured to sample an input data signal at a fraction of an effective oversampling rate; wherein the first data path is coupled to a first data out interface of the first serializer-deserializer; a second serializer-deserializer; wherein the second serializer-deserializer has a second data path; wherein the second data path is coupled to a second data out interface of the second serializer-deserializer; and wherein the data eye path of the first serializer-deserializer is coupled to the second data path of the second serializer-deserializer, wherein data at the first data out interface combined with data at the second data out interface provide oversampled data at the effective oversampling rate. a first serializer-deserializer; wherein the first serializer-deserializer has a first data path and a data eye path; wherein the first data path and the data eye path are configured to sample an input data signal at a fraction of an effective oversampling rate; wherein the first data path is coupled to a first data out interface of the first serializer-deserializer; a second serializer-deserializer; wherein the second serializer-deserializer has a second data path; wherein the second data path is coupled to a second data out interface of the second serializer-deserializer; and wherein the data eye path of the first serializer-deserializer is coupled to the second data path of the second serializer-deserializer, wherein data at the first data out interface combined with data at the second data out interface provide oversampled data at the effective oversampling rate.
A method for managing error correction information in a memory, comprising: performing error detection internally within a memory device for a range of memory locations; incrementing an internal count for each error detected; and generating an error result indicating a difference between the internal count and a baseline number of errors preset for the memory device; characterized in that the preset is based on a number of errors detected for the memory device prior to incorporation into a system, and in that the method further comprises: providing the error result to an associated host of the system to expose only a number of errors accumulated after incorporation of the memory device into the system. performing error detection internally within a memory device for a range of memory locations; incrementing an internal count for each error detected; and generating an error result indicating a difference between the internal count and a baseline number of errors preset for the memory device; characterized in that the preset is based on a number of errors detected for the memory device prior to incorporation into a system, and in that the method further comprises: providing the error result to an associated host of the system to expose only a number of errors accumulated after incorporation of the memory device into the system.
A carrier truck comprising a chassis and a self-supporting body attached to the chassis, the self-supporting body being directly connected to the chassis, characterized in that the carrier truck further comprises a strut interposed between the chassis and the self-supporting body.
A connector comprising: a stationary housing adapted to be fixed to a substrate; multiple movable housings, each being separately movably provided relative to the stationary housing and allows insertion of a connection object from one end of the movable housing; and a plurality of terminals, each being disposed with one end held by one of the multiple movable housings and the other end held by the stationary housing, and comprising a movable portion between the one end and the other end, the connector allowing the connection object inserted into the movable housing to come into contact with the one end of the terminal, such that a movement of the movable housing with respect to the stationary housing causes elastic deformation of the movable portions of the terminals, wherein the movable housings comprise first and second protrusions (23, 24) and are configured such that a movement of the connection object in one inserting/removing direction (+Z) is regulated by the first and second protrusions (23, 24) brought in contact with a predetermined portion (11b, 12a) of the stationary housing while a movement of the connection object in the other inserting/removing direction (-Z) is regulated by the first and second protrusions (23, 24) brought in contact with a predetermined portion of one surface of the substrate. a stationary housing adapted to be fixed to a substrate; multiple movable housings, each being separately movably provided relative to the stationary housing and allows insertion of a connection object from one end of the movable housing; and a plurality of terminals, each being disposed with one end held by one of the multiple movable housings and the other end held by the stationary housing, and comprising a movable portion between the one end and the other end, the connector allowing the connection object inserted into the movable housing to come into contact with the one end of the terminal, such that a movement of the movable housing with respect to the stationary housing causes elastic deformation of the movable portions of the terminals, wherein the movable housings comprise first and second protrusions (23, 24) and are configured such that a movement of the connection object in one inserting/removing direction (+Z) is regulated by the first and second protrusions (23, 24) brought in contact with a predetermined portion (11b, 12a) of the stationary housing while a movement of the connection object in the other inserting/removing direction (-Z) is regulated by the first and second protrusions (23, 24) brought in contact with a predetermined portion of one surface of the substrate.
A casing bit for being drilled out by a drill bit, comprising: a bowl-like body including an inner plenum defined by a wall having an outer convex surface and an inner concave surface opposite of the outer convex surface, the bowl-like body having a center axis, the inner concave surface being non-axisymmetric with respect to the center axis; characterised in that the non-axisymmetric inner concave surface is defined by a plurality of spaced apart regions of the wall having a thickness greater than a thickness of the regions of the wall between said spaced apart regions; a plurality of ports is formed through the wall, wherein each port is surrounded on the inner concave surface by a respective thicker spaced apart region; a plurality of blades is provided on the outer convex surface of the wall, separated by junk slots, and extending outwardly from the center axis to define a gauge of the bit; a plurality of cutter elements supported by each blade and deployed across a face of the bit; and wherein each port extends from the plenum to a respective junk slot.
Compressed solid composition for non-oral use characterised in that it comprises fermented molasses as binder and/or disintegrating agent, said fermented molasses having a viscosity of 500 to 5000 mPa.s.
An apparatus for non-invasive directional tissue treatment comprising: a radiofrequency generator; a two dimensional array of RF energy delivery elements placed at a predetermined order and being in active communication with the RF generator; a power source; and a controller, wherein each of the RF energy delivery elements comprises a pair of electrodes with opposite polarity, wherein each pair of electrodes is positioned such that a treated volume is formed when applying RF energy to the pair of electrodes and forming electric currents in the volume of a tissue treated by the pair of electrodes, and wherein the predetermined order is determined such that accumulated dimensions of all the treated volumes in a first direction is higher than the accumulated dimensions of all the treated volumes in a second direction. a radiofrequency generator; a two dimensional array of RF energy delivery elements placed at a predetermined order and being in active communication with the RF generator; a power source; and a controller,
Steam ironing appliance comprising a steam generating base and an iron connected to each other by a duct for the transport of steam, the iron comprising an ironing surface provided with at least one steam outlet hole and a first electrical resistor intended to heat the ironing surface, said first electrical resistor being associated with a first regulating element, the iron also comprising a second electrical resistor intended to heat a steam-generating chamber into which the steam coming from the duct is sent before being diffused through the steam outlet hole, characterised in that the first electrical resistor and the second electrical resistor are arranged in a single-piece heated soleplate and in that the steam chamber is at least partially formed in said heated soleplate.
Exhaust system for diesel vehicles, comprising at least one dosing apparatus for introducing and dosing a pollutant-reducing medium into an exhaust gas flowing through a flow pipe of an exhaust tract of an internal combustion engine, in particular for introducing a reducing agent and/or a reducing agent precursor such as for example urea and/or an aqueous urea solution, wherein the exhaust tract has at least one flexible flange connection, characterized in that the flexible flange connection has at least one floating flange, wherein the floating flange permits the free rotation of the pipe and the flexible flange connection is arranged in particular in the region of the mixing path and upstream of the SCR catalytic converter in a flow direction of the exhaust gas, wherein the flexible flange connection has at least two flanges (2, 4), and wherein the flexible flange connection has at least one pipe which is flanged at the flow outlet side, and wherein after the two pipes (1, 8) have been set in the desired manner relative to one another, the flanges (2, 4) or flange plates are screwed together, and here, the seal is compressed between the flanged end face of the pipe and the counterpart flange by means of bolts, spacer sleeves and nuts.
A control system for a suspended boom sprayer of a vehicle, comprising: first and second sensors (111a, 112a) for disposal on respective first and second boom wings (111, 112) of the suspended boom sprayer, each of the first and second sensors (111a, 112a) being configured to provide an output responsive to a rotation of the first and second wings (111, 112) caused by a disturbance torque; the control system being characterised by: a processor, operable to execute computer program instructions stored in a memory to cause the processor to determine a differential acceleration between the first and second wings (111, 112) based on the outputs of the respective sensors (111a, 112a), and to determine the disturbance torque, independent of a comparison with any reference signal associated with a reference sensor, corresponding to the differential acceleration; and at least one actuator controllable according to the determined disturbance torque to move one or both of the first and second wings (111, 112) in order to counter the disturbance torque. a processor, operable to execute computer program instructions stored in a memory to cause the processor to determine a differential acceleration between the first and second wings (111, 112) based on the outputs of the respective sensors (111a, 112a), and to determine the disturbance torque, independent of a comparison with any reference signal associated with a reference sensor, corresponding to the differential acceleration; and at least one actuator controllable according to the determined disturbance torque to move one or both of the first and second wings (111, 112) in order to counter the disturbance torque.
A method of multi-factor authentication, the method comprising: receiving, by a remote hosting server from a terminal, a request from a user to access a remote service hosted on the remote hosting server; generating, by the remote hosting server, challenge chirp signal information and sending the challenge chirp signal information to the terminal; receiving measurements of a room impulse response taken by each of the terminal and a trusted device of the user using the chirp signal information; checking whether a location of the terminal is known based on at least one of the measurements of the room impulse response, wherein at least one of the remote hosting server or the device has access to a memory containing known room impulse responses of known locations, the method further comprising accessing the memory to check whether the one of the measured impulse responses corresponds to one of the known impulse responses of one of the known locations; comparing the measurements of the room impulse response of the terminal and the trusted device so as to determine whether the trusted device is at the location of the terminal; and granting a level of access to the remote service based on whether the location is known and whether the trusted device is present at the location of the terminal. receiving, by a remote hosting server from a terminal, a request from a user to access a remote service hosted on the remote hosting server; generating, by the remote hosting server, challenge chirp signal information and sending the challenge chirp signal information to the terminal; receiving measurements of a room impulse response taken by each of the terminal and a trusted device of the user using the chirp signal information; checking whether a location of the terminal is known based on at least one of the measurements of the room impulse response, wherein at least one of the remote hosting server or the device has access to a memory containing known room impulse responses of known locations, the method further comprising accessing the memory to check whether the one of the measured impulse responses corresponds to one of the known impulse responses of one of the known locations; comparing the measurements of the room impulse response of the terminal and the trusted device so as to determine whether the trusted device is at the location of the terminal; and granting a level of access to the remote service based on whether the location is known and whether the trusted device is present at the location of the terminal.
A cutting machine for cutting panels of wood or the like, the machine comprising: a cutting station; a main pusher for displacing at least one first panel through the cutting station in a first direction; a first actuating device for displacing the main pusher in the first direction; a secondary pusher for displacing at least one second panel through the same cutting station in the same first direction; a second actuating device for displacing the secondary pusher in the first direction; a cutting device mounted in the cutting station and mobile in a second direction substantially perpendicular to the first direction for carrying out cutting of the panels; a pushing member, which co-operates with the secondary pusher for feeding the second panel in the first direction, and is mobile between an operating position, where the pushing member sets itself within a path of feed of the second panel, and a resting position, where the pushing member is set outside the path of feed of the second panel; and a third actuating device, independent of the second actuating device, for displacing the pushing member in the first direction; and being characterized in that it further comprises a first actuator cylinder to displace the pushing member in the second direction between a retracted resting position and an extracted operating position and a second actuator cylinder to displace the pushing member in a third direction orthogonal to said first and second directions (4, 7) between a raised resting position and a lowered operating position.
A random access method, comprising: adjusting a sweeping parameter of a receive beam when at least one target receive beam is determined based on prior information, wherein the prior information comprises cell historical information and/or cell handover information; the sweeping parameter comprises at least one of the following: a sweeping frequency, a sweeping sequence, a beam direction, and a beam width; the receive beam comprises the at least one target receive beam; and the receive beam is used to receive a random access preamble sent by a terminal, so that after a base station receives, on the receive beam, the random access preamble sent by the terminal, the terminal randomly accesses the base station for data communication; and sweeping the receive beam based on an adjusted sweeping parameter. adjusting a sweeping parameter of a receive beam when at least one target receive beam is determined based on prior information, wherein the prior information comprises cell historical information and/or cell handover information; the sweeping parameter comprises at least one of the following: a sweeping frequency, a sweeping sequence, a beam direction, and a beam width; the receive beam comprises the at least one target receive beam; and the receive beam is used to receive a random access preamble sent by a terminal, so that after a base station receives, on the receive beam, the random access preamble sent by the terminal, the terminal randomly accesses the base station for data communication; and sweeping the receive beam based on an adjusted sweeping parameter.
Sheet-type baking substrate consisting of a sheet-type material which has, on an upper side, an embossed structuring that is provided with a non-stick coating, whereby bumps are provided on the upper side in order to reduce the surface area that bears against a product to be baked characterized in that an underside is smooth at least in some regions, and at least the smooth regions have a non-slip coating at least in some areas.
An inlet guide vane, comprising: a strut and a flap having a radial length in a radial direction, the flap comprising a radially inner portion having a first angular orientation with respect to the strut, a radially outer portion having a second angular orientation with respect to the strut, and a transition portion intermediate the radially inner portion and the radially outer portion, where the first angular orientation transitions to the second angular orientation along a portion of the radial length, characterised in that the flap (606, 607) comprises a radially outer flap and a radially inner flap separated by a split and wherein the radially outer flap is configured to pivot with respect to the strut independent from the radially inner flap. a strut and a flap having a radial length in a radial direction, the flap comprising a radially inner portion having a first angular orientation with respect to the strut, a radially outer portion having a second angular orientation with respect to the strut, and a transition portion intermediate the radially inner portion and the radially outer portion, where the first angular orientation transitions to the second angular orientation along a portion of the radial length, characterised in that the flap (606, 607) comprises a radially outer flap and a radially inner flap separated by a split and wherein the radially outer flap is configured to pivot with respect to the strut independent from the radially inner flap.
LIDAR measurement system comprising: - a frame comprising a plurality of side members connected to each other in order to define an internal space; - a laser scanner, comprising a laser source and a detection unit, attached to one end of the frame and having at least one projecting portion which is arranged outside the internal space; - a tracking device securely attached, without any degree of freedom, to the detection unit and floatingly mounted in the frame, where "floating" means that the tracking device is not rigidly attached to the frame; - a cooling device comprising at least one heat collector arranged in the measurement system and thermally connected to a heat exchanger; - a sealed protective case attached to the frame. - a frame comprising a plurality of side members connected to each other in order to define an internal space; - a laser scanner, comprising a laser source and a detection unit, attached to one end of the frame and having at least one projecting portion which is arranged outside the internal space; - a tracking device securely attached, without any degree of freedom, to the detection unit and floatingly mounted in the frame, where "floating" means that the tracking device is not rigidly attached to the frame; - a cooling device comprising at least one heat collector arranged in the measurement system and thermally connected to a heat exchanger; - a sealed protective case attached to the frame.
A threaded fastener comprising: a first end, a second end, and an internally threaded portion extending between the first end and the second end, wherein the fastener has a longitudinal axis extending through the fastener from the first end to the second end, and a normal axis extending perpendicular to the longitudinal axis, and wherein the threaded portion has a thread defined by, in series, a crest portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, a leading flank oriented at an angle of 15° +/- 5° relative to the normal axis, a first root portion oriented at an angle of 40° to 65° relative to the longitudinal axis, a second root portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, and a trailing flank oriented at angle of 15° +/- 5° relative to the normal axis. a first end, a second end, and an internally threaded portion extending between the first end and the second end, wherein the fastener has a longitudinal axis extending through the fastener from the first end to the second end, and a normal axis extending perpendicular to the longitudinal axis, and wherein the threaded portion has a thread defined by, in series, a crest portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, a leading flank oriented at an angle of 15° +/- 5° relative to the normal axis, a first root portion oriented at an angle of 40° to 65° relative to the longitudinal axis, a second root portion oriented at an angle of 0° +/- 5° relative to the longitudinal axis, and a trailing flank oriented at angle of 15° +/- 5° relative to the normal axis.