mhurhangee/ep-ind-claims huggingface dataset:
Plug connector housing for a plug connector, having - a main body made from a plastics material; - a latching installation for mechanically connecting to a corresponding mating latching installation of a mating plug connector, wherein the latching installation has a first connection portion by way of which the latching installation is integrally connected to the main body, wherein a void, which extends along a longitudinal axis (L F) on the main body, is at least in portions formed between the latching installation and the main body; - a first protective element and a second protective element which, proceeding from the main body, extend integrally in each case in such a manner that the latching installation is disposed between the protective elements (16, 18), wherein each one of the protective elements (16, 18) in at least one covered region covers the void configured between the latching installation and the main body in a transverse direction, the latter being transverse to the longitudinal axis (L F), wherein each one of the protective elements (16, 18) moreover configures at least one access region by way of which the void is accessible along the transverse direction, characterized in that each one of the covered regions faces a respective access region of the respective other protective element (16, 18) along the transverse direction. - a main body made from a plastics material; - a latching installation for mechanically connecting to a corresponding mating latching installation of a mating plug connector, wherein the latching installation has a first connection portion by way of which the latching installation is integrally connected to the main body, wherein a void, which extends along a longitudinal axis (L F) on the main body, is at least in portions formed between the latching installation and the main body; - a first protective element and a second protective element which, proceeding from the main body, extend integrally in each case in such a manner that the latching installation is disposed between the protective elements (16, 18), wherein each one of the protective elements (16, 18) in at least one covered region covers the void configured between the latching installation and the main body in a transverse direction, the latter being transverse to the longitudinal axis (L F), wherein each one of the protective elements (16, 18) moreover configures at least one access region by way of which the void is accessible along the transverse direction, characterized in that each one of the covered regions faces a respective access region of the respective other protective element (16, 18) along the transverse direction.
A method, comprising: receiving an incoming transport packet at a transport layer implemented via a computer system; de-encapsulating the incoming transport packet using a transport protocol to identify an incoming security packet and passing the incoming security packet to a security layer; and signaling, by the security layer to the transport layer in response to the security layer having received the incoming security packet, that an acknowledgement packet be suppressed by the transport layer. receiving an incoming transport packet at a transport layer implemented via a computer system; de-encapsulating the incoming transport packet using a transport protocol to identify an incoming security packet and passing the incoming security packet to a security layer; and signaling, by the security layer to the transport layer in response to the security layer having received the incoming security packet, that an acknowledgement packet be suppressed by the transport layer.
A plough for cultivating an earth surface along a working direction, which comprises at least two cross frames (101, 102, 201, 202, 203), which in a working position extend along a width direction transversely to the working direction A in order to complement one another to a working width, wherein each of the cross frames (101, 102, 201, 202, 203) carries at least one right-turning plough body and at least one left-turning plough body, wherein each of the cross frames (101, 102, 201, 202, 203) is assigned a turning axis (W1, W2, W3) each about which it is rotatably arranged, wherein the turning axes (W1, W2, W3) are oriented parallel to the working direction and are arranged spaced apart next to one another in the width direction.
An apparatus for unlocking a mobile phone, comprising a sensing component module, a judgement module and an unlocking performing module, wherein the sensing component module is configured to record (step 100) the time at which a user touches a first sensing component and a second sensing component, and send recorded time to the judgement module; and the judgement module is configured to judge (step 200) whether an unlocking condition is satisfied according to the time at which the user touches the first sensing component and the second sensing component; if yes, notify the unlocking performing module to perform unlocking, if not, maintain locking, characterized in that: before the judgement the sensing component module, is further configured to record if a third to a N th sensing component are sensed, and send a result to the judgement module, wherein N is an integer greater than 2; and the judgement module, is further configured to judge that the unlocking condition is satisfied according to the time at which the user touches the first sensing component and the second sensing component, and notify the unlocking module to perform unlocking when the third to the N th sensing component are sensed.
A compound of Formula, or pharmaceutically acceptable salt thereof: wherein R 1 is - 18 F or - 11 CH 3 when R 2 is -H, or R 1 is -H when R 2 is - 18 F or - 11 CH 3. R 1 is - 18 F or - 11 CH 3 when R 2 is -H, or R 1 is -H when R 2 is - 18 F or - 11 CH 3.
A portable communication device for presentation of multiple NFC credentials to a contactless card reader via an NFC baseband during a single NFC transaction, the portable communication device comprising: - the NFC baseband; - a secure element operably connected to the NFC baseband; - a Proximity Payment System Environment (PPSE) directory of available credentials stored in the secure element, wherein the ordering of the available credentials in the PPSE directory usually indicates the priority, wherein the available credentials include a pre-determined multiple-credential start Application ID; - payment libraries; and - a management applet programmed to swap the available credentials back and forth between the PPSE directory and one more or memory locations within the secure element to reorder, in combination with the payment libraries, the available credentials in the PPSE directory, such that the PPSE directory contains a plurality of NFC credentials rearranged in accordance with a user's selections after the predetermined multiple-credential start AID, wherein wireless communication of the multiple-credential start AID indicates to the contactless card reader the beginning of transmission of the plurality of NFC credentials in order from the PPSE directory to complete the single NFC transaction, and wherein the predetermined multiple credential start Application ID is a constant indicating a number of credentials the reader should expect to operably receive during the single NFC transaction. - the NFC baseband; - a secure element operably connected to the NFC baseband; - a Proximity Payment System Environment (PPSE) directory of available credentials stored in the secure element, wherein the ordering of the available credentials in the PPSE directory usually indicates the priority, wherein the available credentials include a pre-determined multiple-credential start Application ID; - payment libraries; and - a management applet programmed to swap the available credentials back and forth between the PPSE directory and one more or memory locations within the secure element to reorder, in combination with the payment libraries, the available credentials in the PPSE directory, such that the PPSE directory contains a plurality of NFC credentials rearranged in accordance with a user's selections after the predetermined multiple-credential start AID, wherein wireless communication of the multiple-credential start AID indicates to the contactless card reader the beginning of transmission of the plurality of NFC credentials in order from the PPSE directory to complete the single NFC transaction, and wherein the predetermined multiple credential start Application ID is a constant indicating a number of credentials the reader should expect to operably receive during the single NFC transaction.
A method of controlling the braking of a tractor-trailer combination in which the tractor includes a drive train having an engine; at least one ground-engaging member driveably connected to the engine; and at least one tractor brake that is capable of braking forward motion of the tractor; and in which the trailer includes at least one ground-engaging member having at least one further, trailer brake the operation of which depends at least in part on the operative condition of the at least one tractor brake, the method comprising the steps of, on the initiation of operation of the at least one tractor brake and the at least one trailer brake to brake the tractor-trailer combination, commencing operation of a timer that times the duration of operation of the at least one tractor brake and the at least one trailer brake and, on a parameter related to the braking effort timed by the timer reaching or exceeding a threshold value, generating a human-detectable alert that is detectable by an operator of the tractor; and at least one tractor brake is or includes at least one engine brake that is capable of acting on the at least one ground-engaging member of the tractor, characterized in that said braking effort applied by the at least one trailer brake is adjusted when said timer or parameter related to the braking effort reaches or exceeds a further threshold value,.
A clinch fastener, comprising from top to bottom: a downwardly convergent frustoconical head having a self-locking tapered outer surface that is uninterrupted and continuous and having a bottom surface substantially perpendicular to a central vertical axis of the fastener; an undercut located immediately below said head and extending from said bottom surface; and a shank at the bottom of the fastener located immediately below the undercut. a downwardly convergent frustoconical head having a self-locking tapered outer surface that is uninterrupted and continuous and having a bottom surface substantially perpendicular to a central vertical axis of the fastener; an undercut located immediately below said head and extending from said bottom surface; and a shank at the bottom of the fastener located immediately below the undercut.
An illuminated mirror including a plurality of light emitting portions (14R, 14L) attached to a reflective surface, the illuminated mirror comprising: one or more sensors configured to detect a difference between a first position and a second position of an object; characterized by a circuit configured to set a luminance of a first light emitting portion (14R or 14L) out of the light emitting portions of the illuminated mirror that corresponds to a first face direction of the object to be smaller than a luminance of a second light emitting portion (14L or 14R) out of the light emitting portions that corresponds to a second face direction different from the first face direction of the object, in response to the one or more sensors detecting the first position and the second position of the object, respectively. one or more sensors configured to detect a difference between a first position and a second position of an object; characterized by a circuit configured to set a luminance of a first light emitting portion (14R or 14L) out of the light emitting portions of the illuminated mirror that corresponds to a first face direction of the object to be smaller than a luminance of a second light emitting portion (14L or 14R) out of the light emitting portions that corresponds to a second face direction different from the first face direction of the object, in response to the one or more sensors detecting the first position and the second position of the object, respectively.
Vacuum cleaner comprising a filter, in particular a vacuum cleaner exhaust air filter in an exhaust air flow channel of a suction fan of the vacuum cleaner, characterised by at least one lighting means, which can be electrically variably controlled, during operation of the vacuum cleaner, according to a power stage of the vacuum cleaner that is or can be adjusted on the vacuum cleaner, said lighting means having a beam region that comprises an optically sensitive filter change indicator for the filter that is attached in or on the vacuum cleaner.
A compound of formula II: wherein L 1 is -C -O-; R 1 is selected from the group consisting of H, α-cholesteryl, and benzyl, said latter two groups may be optionally substituted; v is an integer from 3 to 4. L 1 is -C -O-; R 1 is selected from the group consisting of H, α-cholesteryl, and benzyl, said latter two groups may be optionally substituted; v is an integer from 3 to 4.
Electrode system for transcutaneous nerve and/or muscle stimulation, comprising: - a pair of stimulation electrodes (1, 2) having a distance between them, - a current generator linked to the stimulation electrodes to generate a nerve and/or muscle stimulation current between said stimulation electrodes (1, 2), - a pair of current injection electrodes (4, 11) arranged at a distance from one of the stimulation electrodes which is less than the distance between the pair of stimulation electrodes (1, 2), - an injection current generator (5, 12) linked to one of the stimulation electrodes (1, 2) and to one of the current injection electrodes, the current injection electrodes (4, 11) and the corresponding current generator (5, 12) being configured to produce an injected current to reduce, even eliminate, undesirable sensations resulting from the excitation by said stimulation current, characterized in that each stimulation electrode (1, 2) is surrounded by a current injection electrode (4, 11) and in that a stimulation electrode comprises at least a first part completely surrounded by a first part of the current injection electrode, itself being completely surrounded by a second part of the stimulation electrode (1") which itself is completely surrounded by a second part of the current injection electrode (4"). - a pair of stimulation electrodes (1, 2) having a distance between them, - a current generator linked to the stimulation electrodes to generate a nerve and/or muscle stimulation current between said stimulation electrodes (1, 2), - a pair of current injection electrodes (4, 11) arranged at a distance from one of the stimulation electrodes which is less than the distance between the pair of stimulation electrodes (1, 2), - an injection current generator (5, 12) linked to one of the stimulation electrodes (1, 2) and to one of the current injection electrodes,
Control valve conditioning method in an electrohydraulic pressure control unit having at least one electrically actuated solenoid valve which is controlled in an analog manner, is a brake pressure control valve in an electrohydraulic brake pressure control apparatus, and is operated at a specific operating current in accordance with a functional relationship or characteristic map between the valve current and the differential pressure characteristic curve, said functional relationship or characteristic map being stored in the pressure control unit, during a brake pressure control operation, said method comprising the steps of: a) brief application of at least one antihysteresis pulse to the solenoid valve, during which antihysteresis pulse a current is set either far below the operating current or far above the operating current in the valve, with b) the antihysteresis pulse being applied at the desired operating current before or during the control operation, in particular before each increase in pressure and/or reduction in pressure, and with c) the antihysteresis pulse being so short that the brake pressure remains largely unaffected by said antihysteresis pulse, with d) the antihysteresis pulse being applied at least shortly before a change in the differential pressure to be adjusted and/or a change in the current to be adjusted, and with the brake pressure control operation being a motor vehicle distance control operation. a) brief application of at least one antihysteresis pulse to the solenoid valve, during which antihysteresis pulse a current is set either far below the operating current or far above the operating current in the valve, with b) the antihysteresis pulse being applied at the desired operating current before or during the control operation, in particular before each increase in pressure and/or reduction in pressure, and with c) the antihysteresis pulse being so short that the brake pressure remains largely unaffected by said antihysteresis pulse, with d) the antihysteresis pulse being applied at least shortly before a change in the differential pressure to be adjusted and/or a change in the current to be adjusted, and with the brake pressure control operation being a motor vehicle distance control operation.
Device for handling laboratory samples, comprising at least one gripper movable from above over a sample and comprising multiple fingers arranged around an axis, which fingers are pushable against the sample for gripping the sample, as well as an actuator mechanism (37, 38) for moving the fingers in order to grip or to dump the sample, wherein each finger is elastically displaceable radially to the axis, wherein the gripper has at least two gripper hands (30a, 30b, 30c) and wherein the gripper hands (30a, 30b) are arranged at a common carrier, characterized in that the fingers of the at least two gripper hands (30a, 30b) have different gripping diameters for gripping samples with different sample diameters.
An apparatus for detecting a short in a blade of a gas turbine engine, the blade comprising: an airfoil formed from a first material; a protective sheath disposed on a leading edge of the airfoil, the protective sheath being formed from a second material, the first material being galvanically incompatible with the second material and the first material being less noble than the second material; and a non-conductive material disposed between the protective sheath and the airfoil so that they are electrically isolated from each other, characterised in that the apparatus comprises: a first plate configured to form a first capacitor (C 1) with the protective sheath when the apparatus is located proximate to the blade; a second plate configured to form another capacitor (C 3) with a portion of the airfoil when the apparatus is located proximate to the blade; and a voltage source electrically connected to the first plate and the second plate. a first plate configured to form a first capacitor (C 1) with the protective sheath when the apparatus is located proximate to the blade; a second plate configured to form another capacitor (C 3) with a portion of the airfoil when the apparatus is located proximate to the blade; and a voltage source electrically connected to the first plate and the second plate.
A repulpable insulation material comprising: a batt formed of a mixture of paper fiber and thermoplastic binder fiber distributed substantially randomly within the paper fiber and bound to the paper fiber, the thermoplastic binder fiber representing between about 0.5% and about 25% by weight of the fiber mixture, wherein the thermoplastic binder fiber is a bi-component fiber having a length of less than about 24 mm, the batt having a density of less than 80.09 kg/m 3 (5 pounds per cubic foot), wherein the materials of the thermoplastic binder fiber are selected from a group consisting of polyvinyl alcohol, polyethylene, polyester, polypropylene and mixtures thereof, and wherein the repulpable insulation material is greater than 85% repulpable as measured according to the method described herein.
Modular anti-scale collector structure designed for all type of fluid installations in general, provided with a quick connection mechanism of fluid distribution collectors, from a main channel or distributor to a plurality of secondary channels or bypasses, by the connection of different modules, where the structure is constituted by intermediate or supply modules to each one of the services of the installation, each intermediate module having a connection mechanism with the other adjacent modules, of ratchet and groove, constituted in the enveloping body of each module, these being provided with their own valve, with anti-scale system, independently functional from the rest, together with an end module for closing the collector in its end and finalizing the described structure with a spherical valve to connect the structure to the supply of the main channel or fluid distributor, where the modular anti-scale collector structure incorporates security locks, constituted by covers which can be inserted in grooves integrated in the cover of each collector, in each one of the connections of the modules, characterized in that the valves of the intermediate modules are provided with anti-scale system and have two types of identifiers of supply by identifying discs and by that of the security locks.
A co-extruded multi-layer biaxially oriented polyester film comprising a primary polyester layer and a dissimilar secondary polyester layer adjacent to the primary polyester layer, wherein the polyester of said primary polyester layer and said secondary polyester layer is polyethylene terephthalate, wherein the primary polyester layer and the secondary polyester layer each comprise a glycidyl ester of a branched monocarboxylic acid, wherein the monocarboxylic acid has from 5 to 50 carbon atoms, wherein said glycidyl ester is in the form of its reaction product with at least some of the end groups of the polyester, and wherein: (i) the glycidyl ester is present in the secondary polyester layer in an amount of at least 0.65 mol% based on the amount of polyester in the layer, (ii) the glycidyl ester is present in the primary polyester layer in an amount of 0.1 mol% to 0.65 mol% based on the amount of polyester in the layer, and (iii) the concentration of the glycidyl ester in the secondary layer [GEs], the concentration of the glycidyl ester in the primary layer [GE P], and overall concentration of glycidyl ester in the multilayer film [GE O] is such that ([GE S]/[GE P])x[GE O] is at least 0.7 mol%. (i) the glycidyl ester is present in the secondary polyester layer in an amount of at least 0.65 mol% based on the amount of polyester in the layer, (ii) the glycidyl ester is present in the primary polyester layer in an amount of 0.1 mol% to 0.65 mol% based on the amount of polyester in the layer, and (iii) the concentration of the glycidyl ester in the secondary layer [GEs], the concentration of the glycidyl ester in the primary layer [GE P], and overall concentration of glycidyl ester in the multilayer film [GE O] is such that ([GE S]/[GE P])x[GE O] is at least 0.7 mol%.