mhurhangee/patent-ind-claim-en huggingface dataset:
Process for applying noise-reducing elements to a tyre for vehicle wheels, said tyre having a radially inner surface comprising at least one service area and having a predetermined circumferential dimension, said process comprising: - determining the position in circumferential direction of said at least one service area on said radially inner surface of the tyre ; - determining the position in circumferential direction of at least one target area on said radially inner surface of the tyre based on the position in circumferential direction of said at least one service area ; - applying at least one noise-reducing element at said at least one target area ; wherein determining the position in circumferential direction of said at least one service area comprises: - circumferentially inspecting said radially inner surface of the tyre starting from a predetermined reference position; -- detecting the angular position of said at least one service area with respect to said reference position; - determining the position in circumferential direction of said at least one service area based on said angular position and on the circumferential dimension of said radially inner surface of the tyre . - determining the position in circumferential direction of said at least one service area on said radially inner surface of the tyre ; - determining the position in circumferential direction of at least one target area on said radially inner surface of the tyre based on the position in circumferential direction of said at least one service area ; - applying at least one noise-reducing element at said at least one target area ; wherein determining the position in circumferential direction of said at least one service area comprises: - circumferentially inspecting said radially inner surface of the tyre starting from a predetermined reference position; -- detecting the angular position of said at least one service area with respect to said reference position; -- detecting the angular position of said at least one service area with respect to said reference position; - determining the position in circumferential direction of said at least one service area based on said angular position and on the circumferential dimension of said radially inner surface of the tyre .
A medical elongate member comprising: an elongate base material ; a resin layer formed to coat or to be integral with the surface of at least a part of said base material ; and a plurality of projections dispersed uniformly in a surface of said resin layer , characterized in that the surface of said resin layer has a mean deviation of surface geometrical roughness (SMD) of 0.26 to 0.48 μm. an elongate base material ; a resin layer formed to coat or to be integral with the surface of at least a part of said base material ; and a plurality of projections dispersed uniformly in a surface of said resin layer , characterized in that the surface of said resin layer has a mean deviation of surface geometrical roughness (SMD) of 0.26 to 0.48 μm.
A multiband antenna comprising a conductive main portion forming a slot antenna, a radiation element and an additional element , wherein: the conductive main portion comprises a first slot edge portion and a second slot edge portion ; the conductive main portion is formed with a slot and an open portion ; the slot has a longitudinal direction in a first direction; each of the first slot edge portion and the second slot edge portion has a longitudinal direction in the first direction; the first slot edge portion and the second slot edge portion are arranged so that the first slot edge portion and the second slot edge portion sandwich the slot therebetween; the open portion is formed at a part of the conductive main portion which is different from the first slot edge portion and opens the slot outside of the conductive main portion ; the radiation element has a first part and a second part ; the first part extends from an end portion of the first slot edge portion in a second direction perpendicular to the first direction; and the second part extends from an end portion of the first part in the first direction, characterized in that the additional element extends from the second part to or toward a second specific area through a first specific area without being brought into contact with the conductive main portion ; the first specific area is an area which overlaps with the first slot edge portion in a third direction perpendicular to both the first direction and the second direction; and the second specific area is an area which overlaps with the second slot edge portion in the third direction. the conductive main portion comprises a first slot edge portion and a second slot edge portion ; the conductive main portion is formed with a slot and an open portion ; the slot has a longitudinal direction in a first direction; each of the first slot edge portion and the second slot edge portion has a longitudinal direction in the first direction; the first slot edge portion and the second slot edge portion are arranged so that the first slot edge portion and the second slot edge portion sandwich the slot therebetween; the open portion is formed at a part of the conductive main portion which is different from the first slot edge portion and opens the slot outside of the conductive main portion ; the radiation element has a first part and a second part ; the first part extends from an end portion of the first slot edge portion in a second direction perpendicular to the first direction; and the second part extends from an end portion of the first part in the first direction, characterized in that the additional element extends from the second part to or toward a second specific area through a first specific area without being brought into contact with the conductive main portion ; the first specific area is an area which overlaps with the first slot edge portion in a third direction perpendicular to both the first direction and the second direction; and the second specific area is an area which overlaps with the second slot edge portion in the third direction.
A screening device comprising a screen cloth for separating a screened fraction from source material, a perforated support structure for supporting the screen cloth , an outlet for the screened fraction, an inlet for compressed air, a declogging nozzle , and an air conduit extending between said inlet and said declogging nozzle configured to direct a flow of compressed air from the inlet against the screen cloth , wherein said perforated support structure and said screen cloth are rotatable in relation to said inlet , said air conduit and said declogging nozzle , that are stationary, wherein the screening device is characterized in that the screen cloth is outside the perforated support structure and the declogging nozzle is inside the perforated support structure . a screen cloth for separating a screened fraction from source material, a perforated support structure for supporting the screen cloth , an outlet for the screened fraction, an inlet for compressed air, a declogging nozzle , and an air conduit extending between said inlet and said declogging nozzle configured to direct a flow of compressed air from the inlet against the screen cloth , wherein said perforated support structure and said screen cloth are rotatable in relation to said inlet , said air conduit and said declogging nozzle , that are stationary, wherein the screening device is characterized in that the screen cloth is outside the perforated support structure and the declogging nozzle is inside the perforated support structure .
A method for operating a wind turbine which comprises a power generator , a generator side converter , a grid side converter , a DC link electrically connected to an output of the generator side converter and an input of the grid side converter, the method comprises - monitoring a wind turbine signal for detection of an operational condition which requires an increase of an output voltage (Uo) of the grid side converter, and - upon detection of the operational condition, initiate an over-modulation mode wherein the grid side converter is operated with a modulation index being increased to a value (MiH) in an over-modulation range at least during a sub-period of the over-modulation mode , characterized in that , - upon the detection of the operational condition, initiate a DC-voltage adjustment mode wherein a DC voltage of the DC link is decreased from a second voltage level towards a first voltage level at least during a sub-period of the DC-voltage adjustment mode , the sub-period where the modulation index is increased is a second sub-period which succeeds a first sub-period of the over-modulation mode wherein the grid side converter is operated with a modulation index in an over-modulation range for a predetermined or variable period of time, and - the sub-period where the DC voltage of the DC link is decreased is a second sub-period which succeeds a first sub-period of the DC-voltage adjustment mode, wherein the DC voltage of the DC link is increased from the first voltage level towards the second voltage level . - monitoring a wind turbine signal for detection of an operational condition which requires an increase of an output voltage (Uo) of the grid side converter, and - upon detection of the operational condition, initiate an over-modulation mode wherein the grid side converter is operated with a modulation index being increased to a value (MiH) in an over-modulation range at least during a sub-period of the over-modulation mode , characterized in that , - upon the detection of the operational condition, initiate a DC-voltage adjustment mode wherein a DC voltage of the DC link is decreased from a second voltage level towards a first voltage level at least during a sub-period of the DC-voltage adjustment mode , the sub-period where the modulation index is increased is a second sub-period which succeeds a first sub-period of the over-modulation mode wherein the grid side converter is operated with a modulation index in an over-modulation range for a predetermined or variable period of time, and - the sub-period where the DC voltage of the DC link is decreased is a second sub-period which succeeds a first sub-period of the DC-voltage adjustment mode, wherein the DC voltage of the DC link is increased from the first voltage level towards the second voltage level .
An antisense oligonucleotide of 12 to 50 nucleobases in length comprising a sequence targeted to the 3' untranslated region (3' UTR) of a TNFAIP3 (A20) transcript, wherein said oligonucleotide specifically hybridizes with an at least 12-nucleobase portion of the RC3H1 binding site of the 3' UTR of a TNFAIP3 (A20) transcript according to SEQ ID No. 2.
Hinge for a door or a window, comprising a frame part and a wing part , each arrangeable in the frame and in the wing of the door or the window, respectively, wherein the frame part includes a fastening section which is connected via a joint to a hinge tab extending substantially normal to the fold into a receptacle in a housing of the wing part , and the depth of penetration of the hinge tab in the wing part corresponds to a multiple of its thickness in the direction normal to the wing plane of the door and the window, respectively, wherein for fixing the position of the hinge tab in the wing part a clamping part is provided which is displaceable in the direction of insertion of the hinge tab and is biased in the direction of the fold using a spring , characterised in that the clamping part is arranged below the receptacle for the hinge tab and includes a guide section as well a clamping section projecting upwards into the receptacle in the direction of the hinge tab , wherein, when inserting the hinge tab , the clamping section cooperates with the free end of the hinge tab , and by this the clamping part is displaceable against the force of its spring , and wherein after complete insertion of the hinge tab and lowering of the wing part into its locking position, in which a retaining projection arranged in the wing part engages in a retaining recess of the hinge tab, the clamping part returns to its starting position and the clamping section abuts the hinge tab at a lower end face section , whereby the hinge tab is fixed in its position.
A tablet comprising an amount of emtricitabine or a pharmaceutically acceptable salt thereof which provides the same amount of emtricitabine as 200 mg of emtricitabine free base and an amount of tenofovir alafenamide or a pharmaceutically acceptable salt thereof which provides the same amount of tenofovir alafenamide as 25 mg of tenofovir alafenamide free base, wherein the tablet has a total weight of 350 mg ± 25 mg.
A method comprising: determining whether to send a speculative read request in association with a particular lookup of last level cache , wherein the particular lookup comprises a lookup for data associated with a particular memory address; performing the particular lookup of the last level cache; sending a speculative read request over a buffered memory access link from a host device to a buffer device in conjunction with the particular lookup, wherein the speculative read request is to cause the buffer device to obtain the data from memory in parallel with the particular lookup; and sending a demand read request to the buffer device to cause the buffer device to return the data from memory on a miss result for the particular lookup , wherein the demand read request is sent subsequent to the speculative read request for the same address associated with said speculative read request, and wherein the sending of a speculative read request associated with a memory address is determined based on a criterion combining the buffer device resource availability and the likelihood of said miss based on the memory line usage associated with the memory address. determining whether to send a speculative read request in association with a particular lookup of last level cache , wherein the particular lookup comprises a lookup for data associated with a particular memory address; performing the particular lookup of the last level cache; sending a speculative read request over a buffered memory access link from a host device to a buffer device in conjunction with the particular lookup, wherein the speculative read request is to cause the buffer device to obtain the data from memory in parallel with the particular lookup; and sending a demand read request to the buffer device to cause the buffer device to return the data from memory on a miss result for the particular lookup , wherein the demand read request is sent subsequent to the speculative read request for the same address associated with said speculative read request, and wherein the sending of a speculative read request associated with a memory address is determined based on a criterion combining the buffer device resource availability and the likelihood of said miss based on the memory line usage associated with the memory address.
Machine for the removal of waste from work benches of work machines, where said work benches are of the kind comprising a series of plates arranged parallel to one another to form a grid, they have a longitudinal development direction (L) and a top edge equipped with teeth , where the top of such teeth defines a horizontal support plane (WB) for the pieces to be worked, - the machine for the removal of waste comprises a main body equipped with at least one channel suitable for riding over at least one plate of said grid and for sliding with respect to it in an advancing direction coinciding with said longitudinal development direction (L); - for this purpose said channel comprises a top delimitation , a pair of lateral delimitations and a downward-facing inlet opening; - the lateral delimitations of the channel are defined by respective rotary tools , characterised in that : - the top delimitation comprises at least one rolling surface capable of rolling in the advancing direction (L) so as to advance on the top edge , - said tools have rotation axes inclined with respect to the advancing direction (L) and configured to rotate so as to pull down the rolling surface when they act on the flanks of the plate inserted in the channel . - the machine for the removal of waste comprises a main body equipped with at least one channel suitable for riding over at least one plate of said grid and for sliding with respect to it in an advancing direction coinciding with said longitudinal development direction (L); - for this purpose said channel comprises a top delimitation , a pair of lateral delimitations and a downward-facing inlet opening; - the lateral delimitations of the channel are defined by respective rotary tools , - the top delimitation comprises at least one rolling surface capable of rolling in the advancing direction (L) so as to advance on the top edge , - said tools have rotation axes inclined with respect to the advancing direction (L) and configured to rotate so as to pull down the rolling surface when they act on the flanks of the plate inserted in the channel .
Protective conductor monitoring device (100; 200; 300) for detecting a protective conductor fault in an electrical line , the protective conductor monitoring device (100; 200; 300) having a first connection point which can be connected to a protective conductor of the electrical line , a first circuit arrangement which is designed to provide an electrical measurement potential (MP) which depends on a potential (AP) of the first connection point , a second circuit arrangement which is designed to provide a first electrical comparison potential (VP1), and a comparator device which has a differential amplifier circuit and is designed to provide a comparator signal (KS) in accordance with a comparison of the measurement potential (MP) with the first comparison potential (VP), wherein the protective conductor monitoring device (100; 200; 300) further has an electrically conductive contact surface for contact by a user, which is arranged on the protective conductor monitoring device (100; 200; 300) in a manner accessible to the user, and the second circuit arrangement is designed to provide the first comparison potential (VP1) as a function of a potential (BP) present at the contact surface .
A gate drive system comprising: a wide bandgap switch, WBG switch, ; a control switch conductively coupled to control terminals and a gate terminal of the WBG switch , wherein the WBG switch and the control switch are configured to have a common threshold voltage; the control switch having a first current carrying terminal and a second current carrying terminal , where the first current carrying terminal is conductively coupled to a first control terminal and the second current carrying terminal is conductively coupled to the gate terminal of the WBG switch ; characterized in first and second shaping circuits , wherein the first shaping circuit is coupled, in parallel to the control switch , to the first and second current carrying terminals of the control switch ; and the second shaping circuit is coupled between the second current carrying terminal of the control switch and the gate terminal of the WBG switch , wherein the first and second shaping circuits and the control switch are configured to define an operation signal , the operation signal being configured to activate the WBG switch , a profile of the operation signal being based on electrical characteristics of the first and second shaping circuits and the control switch , wherein the operation signal is formed by three shaping phases , a first shaping phase is defined by the electrical characteristics of the first and second shaping circuits , a second shaping phase is defined by the electrical characteristics of the second shaping circuit and the control switch , and a third shaping phase is defined by the control switch . a wide bandgap switch, WBG switch, ; a control switch conductively coupled to control terminals and a gate terminal of the WBG switch , wherein the WBG switch and the control switch are configured to have a common threshold voltage; the control switch having a first current carrying terminal and a second current carrying terminal , where the first current carrying terminal is conductively coupled to a first control terminal and the second current carrying terminal is conductively coupled to the gate terminal of the WBG switch ; characterized in first and second shaping circuits , wherein the first shaping circuit is coupled, in parallel to the control switch , to the first and second current carrying terminals of the control switch ; and the second shaping circuit is coupled between the second current carrying terminal of the control switch and the gate terminal of the WBG switch , wherein the first and second shaping circuits and the control switch are configured to define an operation signal , the operation signal being configured to activate the WBG switch , a profile of the operation signal being based on electrical characteristics of the first and second shaping circuits and the control switch , wherein the operation signal is formed by three shaping phases , a first shaping phase is defined by the electrical characteristics of the first and second shaping circuits , a second shaping phase is defined by the electrical characteristics of the second shaping circuit and the control switch , and a third shaping phase is defined by the control switch .
A method for sequencing DNA, comprising: combining fragmented DNA with control nucleotide sequences to produce a mixture of fragmented DNA ligated with control nucleotide sequences, each control nucleotide sequence comprising: a primer binding sequence; a variable nucleotide sequence downstream from the primer binding sequence;and a first recombinase recognition site downstream from the variable nucleotide sequence; amplifying the mixture of fragmented DNA ligated with control nucleotide sequences to produce amplified nucleic acids; isolating a plurality of nucleic acids from the amplified nucleic acids, wherein different nucleic acids of the plurality comprise different variable nucleotide sequences and different DNA; inserting a second recombinase recognition site into the nucleic acids of the plurality, wherein the second recombinase recognition site is inserted into different locations in different nucleic acids of the plurality; incubating the plurality of nucleic acids with a recombinase under conditions that favor intramolecular rearrangement, thereby rearranging the nucleic acids of the plurality; and sequencing the nucleic acids of the plurality. combining fragmented DNA with control nucleotide sequences to produce a mixture of fragmented DNA ligated with control nucleotide sequences, each control nucleotide sequence comprising: a primer binding sequence; a variable nucleotide sequence downstream from the primer binding sequence;and a first recombinase recognition site downstream from the variable nucleotide sequence; a primer binding sequence; a variable nucleotide sequence downstream from the primer binding sequence;and a first recombinase recognition site downstream from the variable nucleotide sequence; amplifying the mixture of fragmented DNA ligated with control nucleotide sequences to produce amplified nucleic acids; isolating a plurality of nucleic acids from the amplified nucleic acids, wherein different nucleic acids of the plurality comprise different variable nucleotide sequences and different DNA; inserting a second recombinase recognition site into the nucleic acids of the plurality, wherein the second recombinase recognition site is inserted into different locations in different nucleic acids of the plurality; incubating the plurality of nucleic acids with a recombinase under conditions that favor intramolecular rearrangement, thereby rearranging the nucleic acids of the plurality; and sequencing the nucleic acids of the plurality.