mhurhangee/ep-ind-claims huggingface dataset:
An OFDM receiver configured to receive and process an input signal (701, 801) comprising at least one OFDM user symbol (520,530), the OFDM user symbol comprising pilot subchannels and data subchannels, the OFDM receiver comprising: - a first time domain channel estimator (720, 820) configured to generate a first time domain channel estimate (h 1,722, 822) based on the received OFDM user symbol and preference signal (S, 703, 803, 620, 630) local to the receiver and having a symbol structure similar to the one of the received OFDM user symbol wherein said symbol structure comprises pilot subchannels corresponding to the pilot subchannels in the received OFDM user symbol and data subchannels modulated by zero., the first time domain channel estimate being an initial estimate of a channel over which the received OFDM user symbol (520,530) was transmitted; - a second time domain channel estimator (730-780, 830-880) coupled to the first time domain channel estimator and configured to generate a second time domain channel estimate (g, 782, 882) based on the first time domain channel estimate and on the reference signals; - a frequency equalizer (230, 330, 430) responsive to the second time domain channel estimate to output a frequency equalized version of the received OFDM user symbol; and, - an output (232, 351, 451) providing output information comprising the frequency equalized OFDM user symbol. - a first time domain channel estimator (720, 820) configured to generate a first time domain channel estimate (h 1,722, 822) based on the received OFDM user symbol and preference signal (S, 703, 803, 620, 630) local to the receiver and having a symbol structure similar to the one of the received OFDM user symbol wherein said symbol structure comprises pilot subchannels corresponding to the pilot subchannels in the received OFDM user symbol and data subchannels modulated by zero., the first time domain channel estimate being an initial estimate of a channel over which the received OFDM user symbol (520,530) was transmitted; - a second time domain channel estimator (730-780, 830-880) coupled to the first time domain channel estimator and configured to generate a second time domain channel estimate (g, 782, 882) based on the first time domain channel estimate and on the reference signals; - a frequency equalizer (230, 330, 430) responsive to the second time domain channel estimate to output a frequency equalized version of the received OFDM user symbol; and, - an output (232, 351, 451) providing output information comprising the frequency equalized OFDM user symbol.
Boronic ester-modified polyalkyl (meth)acrylate copolymers 1, comprising the following monomers: 0.5% to 30% by weight of C1-4 alkyl (meth)acrylates, preferably methyl methacrylate or butyl methacrylate, more preferably butyl methacrylate; 40% to 70% by weight of C12-15 alkyl (meth)acrylates, preferably C12-14 alkyl (meth)acrylates; 15% to 25% by weight of C16-30 alkyl (meth)acrylates, preferably C16-20 alkyl (meth)acrylates; and 5% to 17% by weight of a vinylboronic acid ester of general formula 0.5% to 30% by weight of C1-4 alkyl (meth)acrylates, preferably methyl methacrylate or butyl methacrylate, more preferably butyl methacrylate; 40% to 70% by weight of C12-15 alkyl (meth)acrylates, preferably C12-14 alkyl (meth)acrylates; 15% to 25% by weight of C16-30 alkyl (meth)acrylates, preferably C16-20 alkyl (meth)acrylates; and 5% to 17% by weight of a vinylboronic acid ester of general formula
A method for the diagnosis of tuberculosis, the method comprising the step of: testing an unstimulated blood sample from a subject suspected of having tuberculosis for at least 4 biomarkers, wherein the biomarkers are selected from the group consisting of complement factor H, c-reactive protein, pre-albumin, interferon -γ, apolipoprotein -A1 and interferon inducible protein -10.
A seat panel assembly configured to be mounted, after assembling, to a cab frame of a cab of a power machine (100; 200; 300), the cab configured to pivot forward and backward relative to a frame (110; 210; 510) of the power machine between raised and lowered positions, the seat panel assembly characterized in that it comprises, before being mounted to the cab frame of the cab: a seat support structure comprising a first portion extending at least partially horizontally, a second portion extending at least partially vertically upward from the first portion; an operator seat supportively coupled to the seat support structure; and operator controllers coupled to the seat support structure. a seat support structure comprising a first portion extending at least partially horizontally, a second portion extending at least partially vertically upward from the first portion; an operator seat supportively coupled to the seat support structure; and operator controllers coupled to the seat support structure.
A well tractor for use in inserting a bottom hole assembly into a wellbore, the well tractor characterized by: a tractor body; two or more wheels, wherein each wheel is connected to the tractor body by a separate pivot arm and having a retracted position and a deployed position, the two or more wheels moveable between the retracted and deployed positions by hydraulic cylinders attached to the pivot arms; and a track creating a loop around two or more wheels and engaged with the wheels, so that when the wheels rotate, the track also rotates around the wheels; wherein when the wheels are in the retracted position, the track is maintained in close proximity to the tractor body, and when the wheels are in the deployed position, the track extends radially away from the tractor body and into contact with surfaces of the wellbore. a tractor body; two or more wheels, wherein each wheel is connected to the tractor body by a separate pivot arm and having a retracted position and a deployed position, the two or more wheels moveable between the retracted and deployed positions by hydraulic cylinders attached to the pivot arms; and a track creating a loop around two or more wheels and engaged with the wheels, so that when the wheels rotate, the track also rotates around the wheels; wherein when the wheels are in the retracted position, the track is maintained in close proximity to the tractor body, and when the wheels are in the deployed position, the track extends radially away from the tractor body and into contact with surfaces of the wellbore.
Method for securely transmitting a message from a transmitter unit to a receiver unit having the steps: a) sending the message submitted by the transmitter unit to a receiving-antenna array having a plurality of receiving nodes; b) verifying the received message by means of the respective receiving node using checking information emitted by the transmitter unit to the receiving node of the receiving-antenna array; and c) forwarding of the message verified as originating from an authorised transmitter unit to the receiver unit by the respective receiving node. a) sending the message submitted by the transmitter unit to a receiving-antenna array having a plurality of receiving nodes; b) verifying the received message by means of the respective receiving node using checking information emitted by the transmitter unit to the receiving node of the receiving-antenna array; and c) forwarding of the message verified as originating from an authorised transmitter unit to the receiver unit by the respective receiving node.
Actuator for motor mount comprising - an electrically conductive cylindrical coil, - a first magnetic core made of ferromagnetic material, - a second magnetic core made of ferromagnetic material and - at least one permanent magnet, the magnetisation direction of which is oriented vertical to the longitudinal axis of the cylinder coil, wherein the first and the second magnetic core (3, 4) are arranged such that they are displaceable relative to one another in the direction of the longitudinal axis of the cylinder coil, the first magnetic core essentially surrounding the cylinder coil and being interrupted by a non-magnetic separating element on an outer layer side of the cylinder coil that faces towards the permanent magnet, and wherein the permanent magnet is designed to be interrupted at least once in the direction of the longitudinal axis of the cylinder coil and has at least two parts (5a, 5b), characterised in that an interruption area which is arranged between the parts of the permanent magnet in the direction of the longitudinal axis of the cylinder coil is filled at least in part or in full by the second magnetic core. - an electrically conductive cylindrical coil, - a first magnetic core made of ferromagnetic material, - a second magnetic core made of ferromagnetic material and - at least one permanent magnet, the magnetisation direction of which is oriented vertical to the longitudinal axis of the cylinder coil,
An ionization gauge to measure pressure comprising: at least one electron source that generates electrons; a collector electrode that collects ions formed by the impact between the electrons and gas molecules; an anode configured to operate at a bias voltage relative to a bias voltage of the collector electrode during pressure measurement; and characterized in that the ionization gauge comprises a controller that is configured to change the bias voltage of the anode relative to the bias voltage of the collector electrode based on a predetermined pressure. at least one electron source that generates electrons; a collector electrode that collects ions formed by the impact between the electrons and gas molecules; an anode configured to operate at a bias voltage relative to a bias voltage of the collector electrode during pressure measurement; and characterized in that the ionization gauge comprises a controller that is configured to change the bias voltage of the anode relative to the bias voltage of the collector electrode based on a predetermined pressure.
Lid for saucepans comprising: - a pierced lid with a plurality of through holes; - a plate; - a spacer mounted between the plate and the pierced lid; - a screw mounted so as to pass through holes made in the pierced lid, in the spacer and in the plate and screwed into a knob; wherein the pierced lid, the spacer and the plate are held assembled between the head of the screw, which is mounted resting on the pierced lid, and the knob, which is screwed on the screw until it comes to rest on the plate, the lid further comprising a flow regulator mounted resting on the pierced lid and having a plurality of adjustment through holes, said flow regulator being rotatably mounted about the axis of the screw, so that the adjustment holes overlap the holes of the pierced lid for enabling the opening or the closing of the holes by rotating the flow regulator, thus allowing the regulation of the passage of the steam through the holes, characterized in that it further comprises actuating means connected to the plate, wherein the flow regulator, the spacer and the plate are connected together in order to allow the rotation of the flow regulator, and therefore the regulation of the passage of the steam flow through the holes and the adjustment holes, by means of said actuating means. - a pierced lid with a plurality of through holes; - a plate; - a spacer mounted between the plate and the pierced lid; - a screw mounted so as to pass through holes made in the pierced lid, in the spacer and in the plate and screwed into a knob;
A user equipment, UE, for controlling a signal transmission in a wireless communication system, the UE comprising: a receiver configured to: receive first configuration information including information on a resource for a physical uplink control channel, PUCCH, transmission; receive second configuration information on whether to enable the signal transmission on a PUCCH when a first downlink control information, DCI, format is not detected, and receive a first downlink control information, DCI, format including information indicating a slot structure among a set of combinations of slot configurations; a decoder configured to decode the first DCI format; a controller configured to: determine whether the first DCI format is detected; and a transmitter configured to: transmit a channel state information, CSI, report on the PUCCH when the first DCI format is detected and the indicated slot structure supports CSI transmission, or suspend the PUCCH transmission for the CSI report based on the first and second configuration information when the first DCI format is not detected. a receiver configured to: receive first configuration information including information on a resource for a physical uplink control channel, PUCCH, transmission; receive second configuration information on whether to enable the signal transmission on a PUCCH when a first downlink control information, DCI, format is not detected, and receive a first downlink control information, DCI, format including information indicating a slot structure among a set of combinations of slot configurations; receive first configuration information including information on a resource for a physical uplink control channel, PUCCH, transmission; receive second configuration information on whether to enable the signal transmission on a PUCCH when a first downlink control information, DCI, format is not detected, and receive a first downlink control information, DCI, format including information indicating a slot structure among a set of combinations of slot configurations; a decoder configured to decode the first DCI format; a controller configured to: determine whether the first DCI format is detected; and a transmitter configured to: transmit a channel state information, CSI, report on the PUCCH when the first DCI format is detected and the indicated slot structure supports CSI transmission, or suspend the PUCCH transmission for the CSI report based on the first and second configuration information when the first DCI format is not detected. transmit a channel state information, CSI, report on the PUCCH when the first DCI format is detected and the indicated slot structure supports CSI transmission, or suspend the PUCCH transmission for the CSI report based on the first and second configuration information when the first DCI format is not detected.
Device for applying shrinkable sleeves to containers, comprising revolving shrinking stations at which the following are respectively provided: - spreading units for holding and spreading the shrinkable sleeves; - positioning units for positioning the containers in the spread-open shrinkable sleeves, and - heating units, by means of which a top part-region of the shrinkable sleeves still held by the spreading units can be selectively shrunk in order to establish a frictional contact with the containers positioned in the shrinkable sleeves. - spreading units for holding and spreading the shrinkable sleeves; - positioning units for positioning the containers in the spread-open shrinkable sleeves, and - heating units, by means of which a top part-region of the shrinkable sleeves still held by the spreading units can be selectively shrunk in order to establish a frictional contact with the containers positioned in the shrinkable sleeves.
Security system having a base module with a first contact point and an expansion module (2, 3), wherein the expansion module (2, 3) comprises a second contact point, which can be coupled with a first contact point of the base module of the security system so that in the coupled state an electrically conducting connection exists between the first and second contact point (4, 5), wherein the expansion module (2, 3) comprises a first and second switching element (8, 9), a first indication means, which characterises the switch position of the first switching element and a second indication means, which characterises the switch position of the second switching element, characterised in that the first and second indication means (10, 11) are connected in series and the expansion module (2, 3) can independently determine by means of the first and second indication means (10, 11) whether an expected, correct switch position of the first and second switching element (8, 9) exists, wherein by way of the first contact point the base module can output a switching signal to the expansion module (2, 3) in order to close the first and second switching element (8, 9), wherein the expansion module (2, 3) is embodied such that a switching signal received from the base module for closing the first and second switching element (8, 9) is only implemented in the presence of an expected correct switch position of the first and second switching element (8, 9), wherein the expansion module comprises a processing unit, wherein the processing unit is embodied such that it acquires the current switch position of the first and second switching element (8, 9) by means of the first and second indication means (10, 11), it receives, by way of the second contact point, a switching signal sent from the base module for closing the first and second switching element (8, 9) and outputs a switching signal to the first and second switching element (8, 9) in order to close the first and second switching element (8, 9).
A drainage system comprising a combination of a kerb drainage system and a carriageway that has a carriageway surface, the kerb drainage system comprising: an elongate shell structure having a length, and an infill material, characterised in that the elongate shell structure includes: an outer shell having a top wall, a side wall (6a,6b) and at least one infill opening, an internal conduit shell located within the outer shell, said internal conduit shell providing an internal drainage conduit that extends longitudinally along the length of the elongate shell structure, and at least one drainage pipe having an inner end that is connected to an opening in the internal conduit shell and an outer end that opens through a drainage opening in an outer surface of the kerb drainage system to provide a fluid flow passageway that enables fluid to flow from the drainage opening into the drainage conduit, wherein the elongate shell structure has an internal volume defined between an inner surface of the outer shell, an outer surface of the internal conduit shell, and an outer surface of the drainage pipe, and the infill material substantially fills the internal volume of the elongate shell structure, and wherein the kerb drainage system is embedded adjacent an edge of the carriageway, with the drainage opening substantially level with the carriageway surface. an elongate shell structure having a length, and an infill material, an outer shell having a top wall, a side wall (6a,6b) and at least one infill opening, an internal conduit shell located within the outer shell, said internal conduit shell providing an internal drainage conduit that extends longitudinally along the length of the elongate shell structure, and at least one drainage pipe having an inner end that is connected to an opening in the internal conduit shell and an outer end that opens through a drainage opening in an outer surface of the kerb drainage system to provide a fluid flow passageway that enables fluid to flow from the drainage opening into the drainage conduit, wherein the elongate shell structure has an internal volume defined between an inner surface of the outer shell, an outer surface of the internal conduit shell, and an outer surface of the drainage pipe, and the infill material substantially fills the internal volume of the elongate shell structure, and wherein the kerb drainage system is embedded adjacent an edge of the carriageway, with the drainage opening substantially level with the carriageway surface.
A method for interactively interfacing handheld devices (HHDs) and radio frequency identification (RFID) media characterized by: starting an application on a HHD for interfacing with a RFID media wherein the HHD includes a RFID reader and the application provides a user interface for receiving user input on the HHD; receiving user input entered directly into the user interface on the HHD that specifies one or more functions that are to be performed when HHDs pass near the RFID media, wherein the received user input causes the HHD to create one or more executable commands corresponding to the specified functions and store the one or more executable commands on the RFID media and wherein the one or more functions may include operating HHD features, executing HHD applications, or transmitting commands to external items (36, 32, 30, 34); translating the specified one or more functions into the one or more executable commands that are executable by HHDs, wherein the one or more executable commands are read by HHDs and executed by HHDs to cause HHDs to perform the specified one or more functions when HHDs passes near the RFID media; and the HHD directly transmitting and storing the one or more executable commands on the RFID media using the RFID reader. starting an application on a HHD for interfacing with a RFID media wherein the HHD includes a RFID reader and the application provides a user interface for receiving user input on the HHD; receiving user input entered directly into the user interface on the HHD that specifies one or more functions that are to be performed when HHDs pass near the RFID media, wherein the received user input causes the HHD to create one or more executable commands corresponding to the specified functions and store the one or more executable commands on the RFID media and wherein the one or more functions may include operating HHD features, executing HHD applications, or transmitting commands to external items (36, 32, 30, 34); translating the specified one or more functions into the one or more executable commands that are executable by HHDs, wherein the one or more executable commands are read by HHDs and executed by HHDs to cause HHDs to perform the specified one or more functions when HHDs passes near the RFID media; and the HHD directly transmitting and storing the one or more executable commands on the RFID media using the RFID reader.