mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic vehicle tyre in radial design having a tread having a tread cap and a tread base, a carcass insert, electrically nonconductive sidewalls and at least one electrically conductive component or element in a bead region which comes into contact with the wheel rim when the tyre is mounted thereon, wherein the tread base is electrically conductive and is in contact with at least one carbon centre beam that permeates the tread cap, as a result of which the tread base is in electrically conductive connection with the outer surface of the tread, wherein filaments (12a-12i) provided with electrically conductive coating have been introduced at least in one sidewall region, the coating of which forms electrically conductive passages between the tread base and the at least one electrically conductive component or element in the bead region, wherein an electrically conductive component, an electrically conductive connection and an electrically conductive coating are one that has an electrical resistance of < 1 x 10 8 ohms, wherein the filaments (12a-12i) have been set on the inside of the sidewall and the at least one electrically conductive component or element in the bead region in such a way that the electrically conductive coating of the filaments (12a-12i) forms vulcanized electrically conductive passages both in the region of the interface between the sidewall and the at least one electrically conductive component or element in the bead region and in the region of the interface between the sidewall and the tread base in electrically conductive connection to the outer surface of the tread, characterized in that the tread base is overlapped on the outside by the sidewalls.
A gripping device for sheet-shaped elements comprising: - a pair of adjacent longitudinal bars, wherein each longitudinal bar is individually adjustable in length and is provided with a plurality of suction gripping members connected along a longitudinal axis of the longitudinal bar; - at least one longitudinal crossbar connected transversally to the pair of longitudinal bars; wherein the crossbar is adjustable in length and comprises a main bar having a respective longitudinal axis and an extension bar having a respective longitudinal axis parallel to the longitudinal axis of the main bar, wherein the main bar and the extension bar are flanked to one another, with respect to a mutual flanking direction perpendicular to their longitudinal axis, and slide on one another, characterised in that the gripping device also comprises - a pair of interconnection bodies wherein the crossbar is removably associated with each longitudinal bar by means of a respective interconnection body and wherein each interconnection body comprises a support body, which is configured as a sleeve and is adapted to mutually constrain the main bar and the extension bar allowing and/or assisting a mutual longitudinal translation. - a pair of adjacent longitudinal bars, wherein each longitudinal bar is individually adjustable in length and is provided with a plurality of suction gripping members connected along a longitudinal axis of the longitudinal bar; - at least one longitudinal crossbar connected transversally to the pair of longitudinal bars; wherein the crossbar is adjustable in length and comprises a main bar having a respective longitudinal axis and an extension bar having a respective longitudinal axis parallel to the longitudinal axis of the main bar, wherein the main bar and the extension bar are flanked to one another, with respect to a mutual flanking direction perpendicular to their longitudinal axis, and slide on one another, characterised in that the gripping device also comprises wherein the crossbar is adjustable in length and comprises a main bar having a respective longitudinal axis and an extension bar having a respective longitudinal axis parallel to the longitudinal axis of the main bar, wherein the main bar and the extension bar are flanked to one another, with respect to a mutual flanking direction perpendicular to their longitudinal axis, and slide on one another, characterised in that the gripping device also comprises - a pair of interconnection bodies wherein the crossbar is removably associated with each longitudinal bar by means of a respective interconnection body and wherein
A transmitting apparatus comprising: an HDMI terminal configured for connection to an HDMI cable, the HDMI terminal comprising a first pin configured for connection to a reserved line of the HDMI cable and a second pin configured for connection to a power line of the HDMI cable; a signal transmitting unit adapted, when an HDMI cable connected to a receiving apparatus is connected to said HDMI terminal, to transmit a video signal to the receiving apparatus over the connected HDMI cable, the video signal being transmitted in the form of differential signals on a plurality of channels; and a switching circuit adapted, in a first switch state, to feed, to internal circuits of the transmitting apparatus, power received from the receiving apparatus via said first pin of the HDMI terminal when said HDMI cable is connected to the HDMI terminal, and to feed back to the receiving apparatus, via said second pin of the HDMI terminal, power received from the receiving apparatus via the first pin of the HDMI terminal. an HDMI terminal configured for connection to an HDMI cable, the HDMI terminal comprising a first pin configured for connection to a reserved line of the HDMI cable and a second pin configured for connection to a power line of the HDMI cable; a signal transmitting unit adapted, when an HDMI cable connected to a receiving apparatus is connected to said HDMI terminal, to transmit a video signal to the receiving apparatus over the connected HDMI cable, the video signal being transmitted in the form of differential signals on a plurality of channels; and a switching circuit adapted, in a first switch state, to feed, to internal circuits of the transmitting apparatus, power received from the receiving apparatus via said first pin of the HDMI terminal when said HDMI cable is connected to the HDMI terminal, and to feed back to the receiving apparatus, via said second pin of the HDMI terminal, power received from the receiving apparatus via the first pin of the HDMI terminal.
Test terminal for assisting an operator during a test run carried out with a vehicle infrastructure, wherein the test terminal has at least one computing unit, at least one user interface and at least one data interface which is able to receive data from components of the vehicle infrastructure, wherein a test sequence plan comprising a sequence of preconfigured maneuvers to be performed during the test run is stored in a memory of the computing unit, wherein each maneuver has a defined sequence of sub-maneuvers and each maneuver comprises at least one sub-maneuver, wherein criteria are defined for each sub-maneuver of the sequence of maneuvers to be performed, wherein at least the particular maneuver to be performed can be signalled to the operator by means of the computing unit via the user interface and the performance of said maneuver can be monitored on the basis of vehicle measurement data received via the data interface, and wherein the test terminal is designed to perform the maneuvers defined in the test sequence plan one after the other, wherein performing a maneuver comprises performing the sub-maneuvers defined for this maneuver one after the other, and in each case comprising: ∘ loading the criteria defined for the current sub-maneuver, ∘ signaling the criteria to an operator, ∘ determining and storing current measurement data of the vehicle infrastructure, ∘ monitoring the criteria by comparing them with the current measurement data from the vehicle infrastructure, and ∘ completing the current maneuver when defined target criteria are reached, wherein a maneuver is considered to have been performed successfully if all sub-maneuvers have been performed successfully, and wherein the test terminal is designed to decide, when an error state occurs, depending on the configuration of the sub-maneuver and the type of error, whether correction proposals for the sub-maneuver are displayed or whether the sub-maneuver, the maneuver or the test run as a whole is aborted. ∘ loading the criteria defined for the current sub-maneuver, ∘ signaling the criteria to an operator, ∘ determining and storing current measurement data of the vehicle infrastructure, ∘ monitoring the criteria by comparing them with the current measurement data from the vehicle infrastructure, and ∘ completing the current maneuver when defined target criteria are reached,
Mobile gas cylinder transport trolley comprising: - a shell delimiting an internal space dimensioned so as to receive one or more gas cylinders, - a plurality of wheels for moving the trolley over the ground and - a gas distribution system connected to at least one gas cylinder, and configured to convey gas, the gas distribution system comprising a gas distribution shaft that projects upwards above the trolley, said gas distribution shaft comprising a stem and a first branch borne by the stem, the stem and the first branch comprising a first internal duct fluidically connecting at least one gas cylinder to a first connection end, characterized in that the stem and the first branch comprise a second internal duct fluidically connecting the first connection end to an exhaled gas treatment device. - a shell delimiting an internal space dimensioned so as to receive one or more gas cylinders, - a plurality of wheels for moving the trolley over the ground and - a gas distribution system connected to at least one gas cylinder, and configured to convey gas, the gas distribution system comprising a gas distribution shaft that projects upwards above the trolley, said gas distribution shaft comprising a stem and a first branch borne by the stem, the stem and the first branch comprising a first internal duct fluidically connecting at least one gas cylinder to a first connection end,
Transition duct for a turbomachine, in particular an aircraft engine, for forming a flow duct between a high-pressure turbine and a low-pressure turbine between an upstream flow cross section and a downstream flow cross section, comprising support ribs which extend between a radially inner duct wall and a radially outer duct wall and which comprise in each case a profiled region for deflecting a flow from an inlet surface (F 1) to an outlet surface (F 2) of the transition duct, characterized in that the support ribs each comprise, in the region of the trailing edge thereof, a profile variation for passive wake-mixing, and at least one blow-out opening for blowing out a fluid for active wake-mixing, and a cooling stage of the support ribs in the region of the trailing edges thereof.
An isolated aspartyl-tRNA synthetase (AspRS) polypeptide consisting of 50-200 amino acids in length that has an anti-inflammatory activity and comprises amino acid residues 1-154, 1-171, or 1-174 of SEQ ID NO: 1, or an active fragment or variant of SEQ ID NO: 1, where the active fragment is at least 50 amino acids in length and the active fragment or variant has at least 80% sequence identity along its length to residues 1-154, 1-171, or 1-174 of SEQ ID NO: 1, and where the AspRS polypeptide comprises an amphiphilic helix.
Control method for an electric machine tool with the steps: sensing whether a main switch has been operated, transmitting an inhibiting signal to a motor control through a start inhibit, if the main switch has been operated before the machine tool is connected to the power supply, characterised by the further steps: receiving signals from a control unit that is separate from the electric machine tool, comparing the signals received with an activating code, transmitting a release signal to the motor control, if the signal received agrees with the activating code, switching on an electric motor of the electric machine tool through the motor control responding to the main switch being operated, if the start inhibit does not transmit an inhibiting signal or if the activator transmits a release signal. sensing whether a main switch has been operated, transmitting an inhibiting signal to a motor control through a start inhibit, if the main switch has been operated before the machine tool is connected to the power supply, characterised by the further steps: receiving signals from a control unit that is separate from the electric machine tool, comparing the signals received with an activating code, transmitting a release signal to the motor control, if the signal received agrees with the activating code, switching on an electric motor of the electric machine tool through the motor control responding to the main switch being operated, if the start inhibit does not transmit an inhibiting signal or if the activator transmits a release signal. receiving signals from a control unit that is separate from the electric machine tool, comparing the signals received with an activating code, transmitting a release signal to the motor control, if the signal received agrees with the activating code, switching on an electric motor of the electric machine tool through the motor control responding to the main switch being operated, if the start inhibit does not transmit an inhibiting signal or if the activator transmits a release signal.
A program for causing a computer to function as a terminal comprising: a first communication control unit that calculates a highest effective transfer rate of the communication between the terminal and a communication quality check server, by communicating with the communication quality check server via a network; a second communication control unit that calculates delay information about said communication by communicating with the communication quality check server via the network; an estimation unit that estimates a lowest effective transfer rate of said communication, based on the highest effective transfer rate and the delay information; and a display control unit that displays said communication's quality information indicating an effective bandwidth whose upper limit is the highest effective transfer rate and whose lower limit is the lowest effective transfer rate. a first communication control unit that calculates a highest effective transfer rate of the communication between the terminal and a communication quality check server, by communicating with the communication quality check server via a network; a second communication control unit that calculates delay information about said communication by communicating with the communication quality check server via the network; an estimation unit that estimates a lowest effective transfer rate of said communication, based on the highest effective transfer rate and the delay information; and a display control unit that displays said communication's quality information indicating an effective bandwidth whose upper limit is the highest effective transfer rate and whose lower limit is the lowest effective transfer rate.
Method for placing an overlay on an existing layer, in which - at least one borehole is provided in the existing layer, - a screw anchor having a threaded shank and a head is provided and the threaded shank is tappingly anchored in the borehole in the existing layer, so that the head of the screw anchor projects from the existing layer, - at least one rebar (11, 12) is provided and attached to the screw anchor, and, - after the threaded shank has been tappingly anchored in the borehole and the at least one rebar (11, 12) has been attached to the screw anchor, the overlay is cast and the at least one rebar (11, 12) and the head of the screw anchor are, at least partly, buried in the overlay, wherein - an anchor cap is fixed to the head of the screw anchor, - and the at least one rebar (11, 12) is attached to the screw anchor via the anchor cap, characterized in that the anchor cap is fixed to the head of the screw anchor by means of a snap-fit mechanism provided on the anchor cap. - at least one borehole is provided in the existing layer, - a screw anchor having a threaded shank and a head is provided and the threaded shank is tappingly anchored in the borehole in the existing layer, so that the head of the screw anchor projects from the existing layer, - at least one rebar (11, 12) is provided and attached to the screw anchor, and, - after the threaded shank has been tappingly anchored in the borehole and the at least one rebar (11, 12) has been attached to the screw anchor, the overlay is cast and the at least one rebar (11, 12) and the head of the screw anchor are, at least partly, buried in the overlay, wherein - an anchor cap is fixed to the head of the screw anchor, - and the at least one rebar (11, 12) is attached to the screw anchor via the anchor cap,
A curable composition for coating an optical fiber comprising: an aliphatic-aromatic oxyglycidyl (meth)acrylate monomeric component; and an ethylenically unsaturated urethane or urea oligomeric component. an aliphatic-aromatic oxyglycidyl (meth)acrylate monomeric component; and an ethylenically unsaturated urethane or urea oligomeric component.
A composite profile, in particular for facades, doors or windows, having a first profile made of aluminium and a second profile made of aluminium, between which there is arranged at least one insulation profile made of plastic, with a third profile being provided, which is connected to the second profile made of aluminium, wherein the three profiles (1, 2, 4) and the insulation profile are connected to one another interlockingly by deformation of the first and second profile (1, 2) made of aluminium, characterised in that the third profile is produced from an aluminium alloy and the material of the third profile is formed with a higher compressive strength and bending strength than the second profile made of aluminium.
A non-lethal projectile comprising a body manufactured from a polymer having a front end shaped to receive at least part of a capsule containing a substance, the body further having a stabilising member connected thereto for stabilising the projectile in flight when the projectile is discharged from a gun, characterised in that the body further comprises an annular member connected to the stabilising member at a rear end of the projectile for improving the aerodynamic stability and accuracy of the projectile in flight, and for positioning the projectile relative to the gun and relative to other projectiles to be discharged by the gun.
Apparatus for drying an engine part, comprising a vacuum drying chamber to which is attached at least one evacuating device, said vacuum drying chamber being built as a modular assembly of at least two releasably connected chamber modules (9, 10, 11), where each chamber module (9, 10, 11) has a bottom, a ceiling and side walls (14, 15) and is thus assembled from at least one bottom part, one ceiling part and preferably at least two lateral parts (24, 25), characterised in that the bottom part forms the bottom and part of the side walls (14, 15), and the ceiling part forms the ceiling and part of the side walls (14, 15).
An engineered human T Cell Receptor Knock Out (TCR KO) cell endowed with a Chimeric Antigen Receptor specific for CD22 (UCART 22), a safety switch, preferably expressed at the cell surface, said anti-CD22 CAR (CD22 CAR) comprising: i) at least one extracellular domain comprising: - a hinge domain from CD8alpha, - an antigen binding domain specific for CD22, optionally a leader sequence, ii) a transmembrane domain from CD8alpha, and iii) an intracellular signaling domain; said CD22 CAR having a polypeptide sequence with at least 80% identity with SEQ ID N°15, said safety switch comprising: - a RQR8 temporarily linked to the CD22 CAR by a peptide 2A, or - at least two rituximab mAb-specific epitopes, preferably located between the VH and the Hinge domain, or 3 rituximab mAb-specific epitopes or 3 rituximab mAb-specific epitopes and a QBEN-10 mAb-specific epitopes linked to the CD22 CAR. i) at least one extracellular domain comprising: - a hinge domain from CD8alpha, - an antigen binding domain specific for CD22, optionally a leader sequence, - a hinge domain from CD8alpha, - an antigen binding domain specific for CD22, optionally a leader sequence, ii) a transmembrane domain from CD8alpha, and iii) an intracellular signaling domain; said CD22 CAR having a polypeptide sequence with at least 80% identity with SEQ ID N°15, said safety switch comprising: - a RQR8 temporarily linked to the CD22 CAR by a peptide 2A, or - at least two rituximab mAb-specific epitopes, preferably located between the VH and the Hinge domain, or 3 rituximab mAb-specific epitopes or 3 rituximab mAb-specific epitopes and a QBEN-10 mAb-specific epitopes linked to the CD22 CAR. - a RQR8 temporarily linked to the CD22 CAR by a peptide 2A, or - at least two rituximab mAb-specific epitopes, preferably located between the VH and the Hinge domain, or 3 rituximab mAb-specific epitopes or 3 rituximab mAb-specific epitopes and a QBEN-10 mAb-specific epitopes linked to the CD22 CAR.
An optical switch (1, 2, 3) comprising: a first optical waveguide; a second optical waveguide; a first optical ring resonator arranged between the first optical waveguide and the second optical waveguide, wherein the first optical ring resonator is capable of coupling an optical signal travelling along the first optical waveguide in a first direction to the second optical waveguide such that the optical signal travels in a second direction along the second optical waveguide; characterised in that the optical switch (1, 2,3) further comprises a second optical ring resonator arranged between the first optical waveguide and the second optical waveguide; wherein the second optical ring resonator is capable of coupling an optical signal travelling along the first optical waveguide in the first direction to the second optical waveguide such that the optical signal travels in a third direction along the second optical waveguide opposite to the second direction. a first optical waveguide; a second optical waveguide; a first optical ring resonator arranged between the first optical waveguide and the second optical waveguide, wherein the first optical ring resonator is capable of coupling an optical signal travelling along the first optical waveguide in a first direction to the second optical waveguide such that the optical signal travels in a second direction along the second optical waveguide; characterised in that the optical switch (1, 2,3) further comprises a second optical ring resonator arranged between the first optical waveguide and the second optical waveguide; wherein the second optical ring resonator is capable of coupling an optical signal travelling along the first optical waveguide in the first direction to the second optical waveguide such that the optical signal travels in a third direction along the second optical waveguide opposite to the second direction.