mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling the torque of a power train including a heat engine associated with transmission means and a corrective regulator module able to compensate a speed oscillation of the heat engine by applying a corrective torque (Ccor) in phase opposition with the speed oscillation, in which: a) the engine speed transient is examined, b) the examined speed transient is classified in one of at least two predetermined transient categories, c) a corrective torque (Ccor) is applied, which is calibrated as a function of the speed transient category, d) the occurrence of a change in the examined speed transient category is detected, and in the event of detection of a change in the speed transient category: e) the application is stopped of the corrective torque (Ccor1), which is calibrated as a function of the speed transient category preceding the detection of a change in the transient category, f) the application is started of the corrective torque (Ccor2), which is calibrated as a function of the speed transient category following the detection of a change in the transient category, characterized in that g) a corrective transition torque (Ccor') is applied, over a determined transition duration (t), progressing from the value of the corrective torque (Ccor1) at the time of the realisation of step e) to the value of the corrective torque (Ccor2) at the time of the realisation of step f), the transition duration (t) corresponding to the difference between these two times (t0, t1). a) the engine speed transient is examined, b) the examined speed transient is classified in one of at least two predetermined transient categories, c) a corrective torque (Ccor) is applied, which is calibrated as a function of the speed transient category, d) the occurrence of a change in the examined speed transient category is detected, and in the event of detection of a change in the speed transient category: e) the application is stopped of the corrective torque (Ccor1), which is calibrated as a function of the speed transient category preceding the detection of a change in the transient category, f) the application is started of the corrective torque (Ccor2), which is calibrated as a function of the speed transient category following the detection of a change in the transient category, characterized in that g) a corrective transition torque (Ccor') is applied, over a determined transition duration (t), progressing from the value of the corrective torque (Ccor1) at the time of the realisation of step e) to the value of the corrective torque (Ccor2) at the time of the realisation of step f), the transition duration (t) corresponding to the difference between these two times (t0, t1).
An energy generation module for converting thermal energy into electrical energy, the module comprising: a controllable heat source; a first jacket of thermoelectric devices having an inner side and an outer side, the inner side of the first jacket being placed in proximity to the controllable heat source so as to at least partially surround the heat source to generate electricity from the heat source, and a first enclosure surrounding the outer side of the first jacket and spaced for containing a first heat conducting fluid, wherein the first enclosure comprises a second jacket of thermoelectric devices having an inner side and an outer side, the inner side of the second jacket being configured to contain the first heat conducting fluid. a controllable heat source; a first jacket of thermoelectric devices having an inner side and an outer side, the inner side of the first jacket being placed in proximity to the controllable heat source so as to at least partially surround the heat source to generate electricity from the heat source, and a first enclosure surrounding the outer side of the first jacket and spaced for containing a first heat conducting fluid, wherein
Silver complex or pharmaceutically acceptable salts, or polymorphs thereof, for use in the treatment and/or prevention of cancer in a subject, wherein the silver complex is of the general Formula: [(Ag)X m] n....., wherein: Ag is silver in its oxidation state of one; X is a coordinating or non-coordinating anion selected from the group consisting of SCN - and NO 3; L is a mono-dentate phosphine ligand (PR 3); m is an integer from 1 to 4, both inclusive; n is an integer from equal or greater than 1; and in case X is SCN -, R is a C6 aryl group or substituted C6 aryl group, or in case X is NO3-, R is a C6 aryl group. Ag is silver in its oxidation state of one; X is a coordinating or non-coordinating anion selected from the group consisting of SCN - and NO 3; L is a mono-dentate phosphine ligand (PR 3); m is an integer from 1 to 4, both inclusive; n is an integer from equal or greater than 1; and in case X is SCN -, R is a C6 aryl group or substituted C6 aryl group, or in case X is NO3-, R is a C6 aryl group.
Process for manufacturing zinc-coated components for the production of corrosion-protected bodies in mixed construction, in which at least one light metal component based on titanium or a Ti-alloy and a steel component are joined together, wherein the coating is applied to the light metal component by a zinc diffusion process using a Zn-dust mixture at a temperature in the range from 300 to 600°C forming a zinc diffusion layer, and a phosphating coating is applied to the Zn diffusion layer, the steel component optionally carries a zinc coating, and the light metal component is joined together with the steel component.
A toy system comprising one or more toy elements (707, 10) configured to be detectable by a touch screen when brought within a proximity of the touch screen; and a computing device configured to detect said one or more toy elements within a proximity of the touch screen; wherein the toy system comprise a first toy element, a releasable toy element releasably connectable to a structure comprising at least the first toy element, and a release mechanism configured to cause release of the releasable toy element from said structure, wherein the release mechanism comprises a user-activatable trigger configured to activate the release mechanism; wherein the releasable toy element is configured to be individually detectable by a touch screen when brought within a proximity of the touch screen; and where the computing device is configured to detect the releasable toy element when the releasable toy element is released from said structure and within a proximity of the touch screen, characterized in that the first toy element is configured to be detectable by the touch screen when brought within a proximity of the touch screen.
A reformer for generating a hydrogen gas containing reformat gas of a hydrogen containing fuel and an oxidant, in particular for a fuel cell system, - with an oxidant line connected to an input side of the reformer for feeding the oxidant to the reformer, - with a reformat gas line connected to an output side of the reformer for discharging the reformat gas from the reformer, - with an afterburner incorporated in the reformat gas line, - with an afterburner heat transfer device, which on the one hand is incorporated downstream of the afterburner in the reformat gas line and/or coupled to the afterburner in a heat-transferring manner, characterized in that the afterburner heat transfer device is incorporated on the other hand upstream of the reformer in a branch of the oxidant line which is branched off the oxidant line upstream of the afterburner heat transfer device. - with an oxidant line connected to an input side of the reformer for feeding the oxidant to the reformer, - with a reformat gas line connected to an output side of the reformer for discharging the reformat gas from the reformer, - with an afterburner incorporated in the reformat gas line, - with an afterburner heat transfer device, which on the one hand is incorporated downstream of the afterburner in the reformat gas line and/or coupled to the afterburner in a heat-transferring manner,
A process for coating a galling-resistant threaded tubular component for drilling or operating hydrocarbon wells, said tubular component having at one of its ends (1; 2) a threaded zone (3; 4) produced on Its external or Internal peripheral surface depending on whether the threaded end is male or female in type, characterized in that the process comprises the following steps: • dissolving one or more mineral salts which are not reactive towards the metals in a solvent; • depositing the solution obtained thereby on at least a portion of the threaded zone (3; 4); • evaporating off said solvent in order to obtain a dry film having a crystalline mineral structure having a high specific surface area, more than 20 m 2 /g, preferably more than 100 m 2 /g, the specific surface area being measured by the BET measurement process; • the threaded zone Is coated with a lubricating system once the mineral film has been formed; • wherein the solution is an alkaline silicate dissolved in water, • dissolving one or more mineral salts which are not reactive towards the metals in a solvent; • depositing the solution obtained thereby on at least a portion of the threaded zone (3; 4); • evaporating off said solvent in order to obtain a dry film having a crystalline mineral structure having a high specific surface area, more than 20 m 2 /g, preferably more than 100 m 2 /g, the specific surface area being measured by the BET measurement process; • the threaded zone Is coated with a lubricating system once the mineral film has been formed; • wherein the solution is an alkaline silicate dissolved in water,
A system comprising: a client computer configured to send read and write requests over a network; a data storage subsystem coupled to the network and configured to receive read and write requests from a client computer via the network (180, 190), the data storage subsystem comprising a plurality of storage devices, wherein the data storage subsystem further comprises a storage controller configured to: identify a RAID stripe stored in the data storage subsystem, wherein the RAID stripe is stored across at least a first storage device and a second storage device of a plurality of storage devices (176a-176m), each of the first storage device and the second storage device to store intra-device redundancy data corresponding to the RAID stripe; and change an amount of intra-device redundancy data stored on the first storage device in response to detecting an increase or decrease in generated errors; wherein the number of pages used to store the RAID stripe in the first storage device differs from the number of pages used to store the RAID stripe in the second storage device. a client computer configured to send read and write requests over a network; a data storage subsystem coupled to the network and configured to receive read and write requests from a client computer via the network (180, 190), the data storage subsystem comprising a plurality of storage devices, wherein the data storage subsystem further comprises a storage controller configured to: identify a RAID stripe stored in the data storage subsystem, wherein the RAID stripe is stored across at least a first storage device and a second storage device of a plurality of storage devices (176a-176m), each of the first storage device and the second storage device to store intra-device redundancy data corresponding to the RAID stripe; and change an amount of intra-device redundancy data stored on the first storage device in response to detecting an increase or decrease in generated errors; wherein the number of pages used to store the RAID stripe in the first storage device differs from the number of pages used to store the RAID stripe in the second storage device. identify a RAID stripe stored in the data storage subsystem, wherein the RAID stripe is stored across at least a first storage device and a second storage device of a plurality of storage devices (176a-176m), each of the first storage device and the second storage device to store intra-device redundancy data corresponding to the RAID stripe; and change an amount of intra-device redundancy data stored on the first storage device in response to detecting an increase or decrease in generated errors; wherein the number of pages used to store the RAID stripe in the first storage device differs from the number of pages used to store the RAID stripe in the second storage device.
A system for delivering a bone reinforcing mixture to a fractured or a weakened bone comprising: a catheter having a proximal end, a distal end, and a longitudinal axis therebetween, wherein the catheter has at least one inner lumen for passing a bone reinforcing mixture therethrough; a balloon engaging the distal end of the catheter; an expandable tube surrounding at least a portion of the balloon or a radial structural member oriented on a surface of the balloon; the bone reinforcing mixture can be contained in the balloon, when the balloon is in a cavity of the bone, wherein the balloon expands from a substantially deflated state to a substantially inflated state upon the bone reinforcing mixture entering the balloon; and at least one light guide extending through the catheter into the balloon to guide a light into the balloon to cure the bone reinforcing mixture when the balloon is in the cavity of the bone, characterized in that the balloon includes a textured surface and does not have any valves. a catheter having a proximal end, a distal end, and a longitudinal axis therebetween, wherein the catheter has at least one inner lumen for passing a bone reinforcing mixture therethrough; a balloon engaging the distal end of the catheter; an expandable tube surrounding at least a portion of the balloon or a radial structural member oriented on a surface of the balloon; the bone reinforcing mixture can be contained in the balloon, when the balloon is in a cavity of the bone, wherein the balloon expands from a substantially deflated state to a substantially inflated state upon the bone reinforcing mixture entering the balloon; and at least one light guide extending through the catheter into the balloon to guide a light into the balloon to cure the bone reinforcing mixture when the balloon is in the cavity of the bone, characterized in that the balloon includes a textured surface and does not have any valves.
A liquid analysis system for the photometric determination of an analyte in a liquid sample, comprising an analyzer comprising a photometer, a RFID parameter reading device, an identifier reading device and a control unit comprising a reagent data memory, a cuvette package with a RFID parameter transponder, wherein a batch identification and batch-specific reagent data are stored in the RFID parameter transponder, a plurality of test cuvettes of one batch with identical reagent data in the cuvette package, the cuvettes each containing the same reagent, wherein each test cuvette comprises a batch-specific identifier including a batch identification, which identifier can be read by the identifier reading device, and wherein the identifier reading device is a reading device formed separately from the RFID parameter reading device.
A box-shaped cargo compartment for a vehicle, which cargo compartment comprises a plurality of honeycomb panels (10:1-10:n) and a device for stabilising said honeycomb panels, wherein said honeycomb panels and the device are mutually joined by means of welds at meeting side edge portions, characterized in that the device comprises, - a first honeycomb panel (10:1), which integrally and viewed in a vertical plane is configured as a two-legged element, having two legs directed at an angle against each other in a corner, forming a first side wall (10:1a) and a second side wall (10:1b), and which in an upper respectively a lower end has an angled side edge portion (12A, 12B) and that said walls (10:1a, 10:1b) viewed in a horizontal plane between them delimit an inner contour (10:1A) facing the cargo compartment, - a first moulding (15:1), which is made of weldable thermoplastic material and configured with a longitudinal groove (15:1a), which clutches a first angled side edge portion of the first honeycomb panel (10:1), - a second honeycomb panel (10:2), which viewed in a horizontal plane has a side edge portion, the outer contour of which corresponds to the inner contour of (10:1A) of the first honeycomb panel (10:1), and which second honeycomb panel is fitted against said inner contour to a state, in which it is in contact with said first moulding (15:1), wherein - a combination of the first and the second honeycomb panels (10:1, 10:2) as well as the first moulding (15:1) are mutually joined in meeting contact areas by welds for forming a roof (10:2a) of the cargo compartment. - a first honeycomb panel (10:1), which integrally and viewed in a vertical plane is configured as a two-legged element, having two legs directed at an angle against each other in a corner, forming a first side wall (10:1a) and a second side wall (10:1b), and which in an upper respectively a lower end has an angled side edge portion (12A, 12B) and that said walls (10:1a, 10:1b) viewed in a horizontal plane between them delimit an inner contour (10:1A) facing the cargo compartment, - a first moulding (15:1), which is made of weldable thermoplastic material and configured with a longitudinal groove (15:1a), which clutches a first angled side edge portion of the first honeycomb panel (10:1), - a second honeycomb panel (10:2), which viewed in a horizontal plane has a side edge portion, the outer contour of which corresponds to the inner contour of (10:1A) of the first honeycomb panel (10:1), and which second honeycomb panel is fitted against said inner contour to a state, in which it is in contact with said first moulding (15:1), wherein - a combination of the first and the second honeycomb panels (10:1, 10:2) as well as the first moulding (15:1) are mutually joined in meeting contact areas by welds for forming a roof (10:2a) of the cargo compartment.
A mobile switching center platform, comprising: a circuit-switched switch configured to establish circuit-switched communications sessions on behalf of at least one wireless user terminal (UE#1, UE#2); interfaces having functionalities defined by an architecture configured to provide packet-switched multimedia subscriber services, wherein at least one of the interfaces is configured to enable the mobile switching center platform to communicate with a packet-switched subscriber access network for establishing packet-switched communications sessions; the mobile switching center platform being characterized by comprising a function means configured to: receive a registration request containing an identifier of a wireless user terminal (UE#1); compare information in the identifier with information in the mobile switching center platform; and if a match occurs as a result of the comparison, deciding not to send a domain name system, DNS, query. a circuit-switched switch configured to establish circuit-switched communications sessions on behalf of at least one wireless user terminal (UE#1, UE#2); interfaces having functionalities defined by an architecture configured to provide packet-switched multimedia subscriber services, wherein at least one of the interfaces is configured to enable the mobile switching center platform to communicate with a packet-switched subscriber access network for establishing packet-switched communications sessions; the mobile switching center platform being characterized by comprising a function means configured to: receive a registration request containing an identifier of a wireless user terminal (UE#1); compare information in the identifier with information in the mobile switching center platform; and if a match occurs as a result of the comparison, deciding not to send a domain name system, DNS, query.
A connection structure between an airless tire and a rim comprising a rim having an annular rim body and an annular connection groove formed on an outer circumference of the rim body; an airless tire having an annular tire body coaxially fitted on the rim body and multiple sockets radially extending from an inner circumference of the tire body into the tire body; and multiple fastening members; wherein each of the fastening members has an extension section (41, 41', 41") with a predetermined length which extension section (41, 41', 41") is coaxially inserted in the corresponding socket with a first end of the extension section (41, 41', 41") protruding from an opening of the socket on the inner circumference of the tire body, wherein each of the fastening members further has a base section which base section is fixedly connected with the first end of the extension section (41, 41', 41") and is engaged in the connection groove; characterized in that the predetermined length of the extension section (41, 41', 41") is at least one half of the thickness of the annular tire body and in that the extension section (41, 41', 41") extends into the annular tire body by a depth over said center of the annular tire body.
A power conditioner comprising: a plurality of detectors configured to be coupled to a respective photovoltaic cell module of a plurality of photovoltaic cell modules, each detector of the plurality of detectors being configured to detect an electrical output of the respective photovoltaic cell module of the plurality of photovoltaic cell modules; and a controller configured to compare a change over time in the electrical output detected by each detector of the plurality of detectors with a threshold, characterized in that when the change over time exceeds the threshold for two or more photovoltaic cell modules of the plurality of photovoltaic cell modules and the two or more photovoltaic cell modules are in a predetermined positional relationship, wherein the predetermined positional relationship is that the two or more photovoltaic cell modules are adjacent to each other, the controller is further configured to successively cause the two or more photovoltaic cell modules to perform a maximum power point search. a plurality of detectors configured to be coupled to a respective photovoltaic cell module of a plurality of photovoltaic cell modules, each detector of the plurality of detectors being configured to detect an electrical output of the respective photovoltaic cell module of the plurality of photovoltaic cell modules; and a controller configured to compare a change over time in the electrical output detected by each detector of the plurality of detectors with a threshold, characterized in that when the change over time exceeds the threshold for two or more photovoltaic cell modules of the plurality of photovoltaic cell modules and the two or more photovoltaic cell modules are in a predetermined positional relationship, wherein the predetermined positional relationship is that the two or more photovoltaic cell modules are adjacent to each other, the controller is further configured to successively cause the two or more photovoltaic cell modules to perform a maximum power point search.
A CNT network film composition, comprising: a substrate, and a CNT network film on the substrate; wherein the CNT network film has a transparency of at least 50% at 550 nm, a sheet resistance of 5000 ohms/square or less, and a G/D ratio of at least 15 based on the average integrated intensity of the G and D modes of Raman excitation at 532 and 633 nm; and wherein the CNT network film has a bulk conductivity exceeding 10,000 S/cm. a substrate, and a CNT network film on the substrate; wherein the CNT network film has a transparency of at least 50% at 550 nm, a sheet resistance of 5000 ohms/square or less, and a G/D ratio of at least 15 based on the average integrated intensity of the G and D modes of Raman excitation at 532 and 633 nm; and wherein the CNT network film has a bulk conductivity exceeding 10,000 S/cm.