mhurhangee/ep-ind-claims huggingface dataset:
A fabric layer for use in a tire, the fabric layer including a single flat monofilament wrapped with one or more multifilament cords, wherein the single flat monofilament wrapped with one or more multifilament cords is used as a warp cord, and wherein the fabric layer further comprises a plurality of weft cords extending transversely over and under the warp cords.
Plant for making decorations on a bituminous membrane comprising feed means configured to feed said bituminous membrane at a determinate speed in a direction, and at least two depositing apparatuses (11, 12, 13) disposed one in series with the other in said direction and configured to deposit solid particles (P1, P2, P3) on said bituminous membrane according to respective patterns in order to obtain respective decorations (14, 15, 16) on said bituminous membrane, said depositing apparatuses (11, 12, 13) each comprising a transfer member (17, 18, 19) configured to receive, support and transfer said solid particles (P1, P2, P3) from a respective feed device (20, 21, 22), to the surface to be enhanced of said bituminous membrane, characterized in that it comprises synchronization means, associated with the transfer members (17, 18, 19) and configured to manage the drive speed of each of the transfer members (17, 18, 19) and to control and synchronize the drive speeds of said transfer members (17, 18, 19) with respect to each other at least according to construction or installation parameters of said depositing apparatuses (11, 12, 13), said construction or installation parameters comprising at least one of either sizes (D1, D2, D3) of said transfer members (17, 18, 19), distances (H1, H2, H3) of said transfer members (17, 18, 19) with respect to said bituminous membrane, and reciprocal positions (L1, L2) of said transfer members (17, 18, 19), and in that it comprises a control and command unit connected at least to the synchronization means and to the feed means and configured to control and command said synchronization means and said feed means so as to coordinate the actuation speeds of said transfer members (17, 18, 19) with respect to each other and the movement speed of said bituminous membrane.
A control system for an electric motor, the control system comprising a controller which receives as an input a demanded motor current, the controller producing at an output an intermediate voltage demand signal, a voltage demand signal correction means arranged to generate a voltage demand correction signal, and a combining means arranged to combine the intermediate voltage demand signal and the voltage demand correction signal to produce an actual voltage demand signal that is applied to the motor by pulse width modulation of the switches of a motor bridge driver, the voltage demand correction signal at least partially compensating for unwanted non-linearity in the relationship between the intermediate voltage demand signal and the motor current caused by interlock delays in the switching of the motor bridge switches, characterised in that the voltage demand correction signal is a feed forward term that modifies the effect of non-linearity to leave a predefined amount of the non-linearity between the intermediate voltage demand signal and the motor current.
Ceramic shaped body having a porous surface, characterized in that the ceramic shaped body consists of a main ceramic shaped body and a porous ceramic shell applied thereto, wherein the porous ceramic shell has been sintered together with the main ceramic body and the ceramic material of the main body and the ceramic material of the porous ceramic shell is selected from the group comprising silicate ceramics and metal oxide ceramics, and the porous ceramic shell has an open pore structure having sponge character, in which the material of the main ceramic shaped body has a porosity of ≤ 10% by volume, in which the number-average pore diameter d 50 of the porous shell is 4 μm to 6 μm, wherein the shell thickness is 0.1 mm to 0.3 mm and wherein the average grain size d 50, body of the mineral constituents of the aqueous body slip used for production of the main shaped body is 0.5 μm to 20 μm.
A method for transmitting a scanning request on a channel by a station capable of communication in a wireless network, characterized by causing the station to acquire knowledge of a medium usage indicator with respect the channel; determining a transmission time for a next scanning request at least partly based on the medium usage indicator; and causing the station to abort transmission of the next scanning request if the station determines successful reception of a response to a previous scanning request. causing the station to acquire knowledge of a medium usage indicator with respect the channel; determining a transmission time for a next scanning request at least partly based on the medium usage indicator; and causing the station to abort transmission of the next scanning request if the station determines successful reception of a response to a previous scanning request.
A method of operating a vehicle having a prime mover powered by a main electrical power storage device, the method comprising: determining an estimated range of the vehicle based at least in part on at least one electrical characteristic of the main electrical power storage device at a present time; determining at least an estimate of at least one travel distance between a present location and at least one destination; comparing the determined travel distance with the determined estimated range; and determining whether to limit an operational characteristic of the prime mover of the vehicle based at least in part on a result of the comparison of the determined travel distance and the determined estimated range, the method being characterized by: adjusting a temperature of the main electrical power storage device by means of a temperature adjustment device in response to determining that the determined travel distance is more than the determined estimated range, the temperature adjustment device being powered from power generated by the prime mover during regenerative braking that has been stored in an auxiliary electrical energy storage device, the auxiliary electrical energy storage device being provided in addition to the main electrical energy storage device, wherein power generated by the prime mover during regenerative braking operation of the prime mover is supplied to and stored in the auxiliary electrical energy storage device. determining an estimated range of the vehicle based at least in part on at least one electrical characteristic of the main electrical power storage device at a present time; determining at least an estimate of at least one travel distance between a present location and at least one destination; comparing the determined travel distance with the determined estimated range; and determining whether to limit an operational characteristic of the prime mover of the vehicle based at least in part on a result of the comparison of the determined travel distance and the determined estimated range, the method being characterized by: adjusting a temperature of the main electrical power storage device by means of a temperature adjustment device in response to determining that the determined travel distance is more than the determined estimated range, the temperature adjustment device being powered from power generated by the prime mover during regenerative braking that has been stored in an auxiliary electrical energy storage device, the auxiliary electrical energy storage device being provided in addition to the main electrical energy storage device, wherein power generated by the prime mover during regenerative braking operation of the prime mover is supplied to and stored in the auxiliary electrical energy storage device.
An organic electroluminescent device comprising an anode, organic layers, and a cathode piled one upon another on a substrate wherein at least one layer selected from the group consisting of a light-emitting layer, a hole-transporting layer, an electron-transporting layer, and a hole-blocking layer contains a carbazole compound represented by general formula; in general formula, each X is independently C-Y or a nitrogen atom and each Y is independently a hydrogen atom, an alkyl group of 1 to 10 carbon atoms, a cycloalkyl group of 3 to 11 carbon atoms, an aromatic hydrocarbon group of 6 to 18 carbon atoms, or an aromatic heterocyclic group of 3 to 18 carbon atoms; n is an integer of 2 to 4; A is an n-valent aromatic hydrocarbon group of 6 to 50 carbon atoms or an n-valent aromatic heterocyclic group of 3 to 50 carbon atoms; L is a direct bond, each R is independently a hydrogen atom, an alkyl group of 1 to 10 carbon atoms, or a cycloalkyl group of 3 to 11 carbon atoms; and A cannot have a fused ring structure. in general formula, each X is independently C-Y or a nitrogen atom and each Y is independently a hydrogen atom, an alkyl group of 1 to 10 carbon atoms, a cycloalkyl group of 3 to 11 carbon atoms, an aromatic hydrocarbon group of 6 to 18 carbon atoms, or an aromatic heterocyclic group of 3 to 18 carbon atoms; n is an integer of 2 to 4; A is an n-valent aromatic hydrocarbon group of 6 to 50 carbon atoms or an n-valent aromatic heterocyclic group of 3 to 50 carbon atoms; L is a direct bond, each R is independently a hydrogen atom, an alkyl group of 1 to 10 carbon atoms, or a cycloalkyl group of 3 to 11 carbon atoms; and A cannot have a fused ring structure.
Human/machine interface making it possible to control at least two functions of a motor vehicle, the human/machine interface comprising: - a capacitive touch pad comprising at least two control zones (21, 22, 23), each control zone being configured to receive a command for at least one function, - a haptic feedback device configured to provide feedback to the user of the human/machine interface on recognition of the command, - a control device configured to receive from the touch pad a signal representative of a command from the user on said touch pad and to recognize said command when the level of the signal received is greater than or equal to a threshold value, the control device being configured to comprise different threshold values for at least two of the control zones of the touch pad and the haptic feedback device being configured to provide a different haptic effect as a function of the control zone of the touch pad used by the user and at least one of the two control zones of the touch pad being a control zone of "push" type configured to receive a "push" type command and at least one of the two control zones of the touch pad being a control zone of "slide" or "pinch" type configured to receive a "slide" or "pinch" type command and characterized in that the control device is configured to have a threshold value for the control zone of "slide" or "pinch" type greater than the threshold value for the control zone of "push" type. - a capacitive touch pad comprising at least two control zones (21, 22, 23), each control zone being configured to receive a command for at least one function, - a haptic feedback device configured to provide feedback to the user of the human/machine interface on recognition of the command, - a control device configured to receive from the touch pad a signal representative of a command from the user on said touch pad and to recognize said command when the level of the signal received is greater than or equal to a threshold value,
A device for generating shock waves, the device comprising: an elongated tube; a conductive sheath (212, 214) circumferentially mounted around the elongated tube; a first insulated wire extending along an outer surface of the elongated tube, wherein a portion of the first insulated wire is removed to form a first inner electrode and wherein the first inner electrode is adjacent to a first end of the conductive sheath; a second insulated wire extending along the outer surface of the elongated tube, wherein a portion of the second insulated wire is removed to form a second inner electrode and wherein the second inner electrode is adjacent to a second end of the conductive sheath; wherein, when a high voltage is applied across the first inner electrode and the second inner electrode, a current is configured to flow from the first insulated wire to the first end of the conductive sheath and from the second end of the conductive sheath to the second insulated wire, wherein a first shock wave is created across the first end of the conductive sheath and the first inner electrode, and wherein a second shock wave is created across the second end of the conductive sheath and the second inner electrode. an elongated tube; a conductive sheath (212, 214) circumferentially mounted around the elongated tube; a first insulated wire extending along an outer surface of the elongated tube, wherein a portion of the first insulated wire is removed to form a first inner electrode and wherein the first inner electrode is adjacent to a first end of the conductive sheath; a second insulated wire extending along the outer surface of the elongated tube, wherein a portion of the second insulated wire is removed to form a second inner electrode and wherein the second inner electrode is adjacent to a second end of the conductive sheath; wherein, when a high voltage is applied across the first inner electrode and the second inner electrode, a current is configured to flow from the first insulated wire to the first end of the conductive sheath and from the second end of the conductive sheath to the second insulated wire, wherein a first shock wave is created across the first end of the conductive sheath and the first inner electrode, and wherein a second shock wave is created across the second end of the conductive sheath and the second inner electrode. wherein, when a high voltage is applied across the first inner electrode and the second inner electrode, a current is configured to flow from the first insulated wire to the first end of the conductive sheath and from the second end of the conductive sheath to the second insulated wire, wherein a first shock wave is created across the first end of the conductive sheath and the first inner electrode, and wherein a second shock wave is created across the second end of the conductive sheath and the second inner electrode.
An image generation system comprising: an image information acquisition section that acquires image information from an image sensor over an image area; a grasp motion determination section that processes the image information to determine whether or not a player has made a grasp motion with one hand that is a right hand or a left hand; a grasp-linked motion determination section that determines whether or not the player has made a grasp-linked motion with the other hand based on the image information when the grasp motion determination section has determined that the player has made the grasp motion with the one hand, the grasp-linked motion being a motion that follows the grasp motion and is linked to the grasp motion as a motion that is made in connection with the grasp motion; and an image generation section that generates an image based on the determination results of the grasp motion and the grasp-linked motion, characterised in that the information acquisition section sets an image processing area on condition that it has been determined that the player has made the grasp motion with one hand, the image processing area corresponding to the position of the other hand and being smaller than the image area, and the image generation system performs a grasp-linked motion detection process on the other hand based on grasp-linked motion detection image processing or skeleton information within the image processing area that specifies a motion of the player viewed from the image sensor is performed on condition that it has been determined that the player has made the grasp motion with one hand. an image information acquisition section that acquires image information from an image sensor over an image area; a grasp motion determination section that processes the image information to determine whether or not a player has made a grasp motion with one hand that is a right hand or a left hand; a grasp-linked motion determination section that determines whether or not the player has made a grasp-linked motion with the other hand based on the image information when the grasp motion determination section has determined that the player has made the grasp motion with the one hand, the grasp-linked motion being a motion that follows the grasp motion and is linked to the grasp motion as a motion that is made in connection with the grasp motion; and an image generation section that generates an image based on the determination results of the grasp motion and the grasp-linked motion, characterised in that
A method for validating a putative chromosome copy number in a genomic sample, the method comprising: sequencing a genomic sample amplified by FAST-SeqS to obtain sequencing reads; enumerating read counts from the sequencing reads; calculating putative chromosome copy numbers of the genomic sample based on the read counts; obtaining allele fractions for SNPs in a region covered by the sequencing reads; and comparing the allele fractions to the putative chromosome copy numbers to validate the putative chromosome copy numbers. sequencing a genomic sample amplified by FAST-SeqS to obtain sequencing reads; enumerating read counts from the sequencing reads; calculating putative chromosome copy numbers of the genomic sample based on the read counts; obtaining allele fractions for SNPs in a region covered by the sequencing reads; and comparing the allele fractions to the putative chromosome copy numbers to validate the putative chromosome copy numbers.
A cooling system comprising: a cooling part which supplies a cooling fluid to a strip; and a boiling film removal part which physically comes into contact with the strip and removes a boiling film formed by the cooling fluid, wherein the cooling part includes a cooling tank in which a cooling fluid is contained, and the boiling film removal part is disposed inside of the cooling fluid, characterized in that the boiling film removal part includes a brush, disposed on an external circumferential surface of a roller, and the brush is partially brought into contact with the strip to remove the boiling film, and the cooling system is configured to cool the strip while vertically moving the strip and is disposed in such a manner that the strip passes through the cooling tank. a cooling part which supplies a cooling fluid to a strip; and a boiling film removal part which physically comes into contact with the strip and removes a boiling film formed by the cooling fluid, wherein the cooling part includes a cooling tank in which a cooling fluid is contained, and the boiling film removal part is disposed inside of the cooling fluid, characterized in that the boiling film removal part includes a brush, disposed on an external circumferential surface of a roller, and the brush is partially brought into contact with the strip to remove the boiling film, and the cooling system is configured to cool the strip while vertically moving the strip and is disposed in such a manner that the strip passes through the cooling tank.
An infusion system comprising: a passageway (4, 8, 201, 203) for permitting the flow of fluid; characterized by a device for indicating priming of the infusion system which lines the passageway, said device comprising: a membrane (24, 30, 130, 230) that exhibits a first visual characteristic when dry and that exhibits a. second visual characteristic when wet, the membrane positioned to be exposed to the fluid flowing along the passageway; and a surface (22, 28, 128, 228) covered by the membrane, the surface including indicia that, upon the membrane becoming wet with such fluid, becomes visible through the membrane. a passageway (4, 8, 201, 203) for permitting the flow of fluid; characterized by a device for indicating priming of the infusion system which lines the passageway, said device comprising: a membrane (24, 30, 130, 230) that exhibits a first visual characteristic when dry and that exhibits a. second visual characteristic when wet, the membrane positioned to be exposed to the fluid flowing along the passageway; and a surface (22, 28, 128, 228) covered by the membrane, the surface including indicia that, upon the membrane becoming wet with such fluid, becomes visible through the membrane. a membrane (24, 30, 130, 230) that exhibits a first visual characteristic when dry and that exhibits a. second visual characteristic when wet, the membrane positioned to be exposed to the fluid flowing along the passageway; and a surface (22, 28, 128, 228) covered by the membrane, the surface including indicia that, upon the membrane becoming wet with such fluid, becomes visible through the membrane.
A nanowire Tunnel Field Effect Transistor comprising: - A source-channel-drain nanowire structure comprising at least one doped source region (1, 20, 30), at least one doped drain region of a conductivity type opposite to that of the source (3, 22, 34), and a channel region (2, 21, 35) which is situated in between the at least one source region and the at least one drain region, and forming a source-channel interface with the source region and a drain-channel interface with the drain region, - a gate electrode (6, 24, 31) which is covering at least part of the at least one source region and only part of the channel, such that there is a finite distance between the end of the gate electrode and the plane of the channel-drain interface, such that there is no coverage by the gate electrode of the drain region, whereby said channel region is made of a semiconductor material which is doped with a doping level in the range of undoped up to 10 16 /cc. - A source-channel-drain nanowire structure comprising at least one doped source region (1, 20, 30), at least one doped drain region of a conductivity type opposite to that of the source (3, 22, 34), and a channel region (2, 21, 35) which is situated in between the at least one source region and the at least one drain region, and forming a source-channel interface with the source region and a drain-channel interface with the drain region, - a gate electrode (6, 24, 31) which is covering at least part of the at least one source region and only part of the channel, such that there is a finite distance between the end of the gate electrode and the plane of the channel-drain interface, such that there is no coverage by the gate electrode of the drain region,