mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell electrode structure comprising: a membrane electrode assembly including an electrolyte membrane between a pair of electrodes; and a frame being integrally formed with the membrane electrode assembly and supporting the membrane electrode assembly from a peripheral side, wherein the membrane electrode assembly comprises a gas diffusion layer on a surface, a sealing member is disposed on the frame and seals a periphery of the membrane electrode assembly, and the gas diffusion layer extends up to on the frame, characterized in that the sealing member comprises a lip portion and an extended portion that extends to the membrane electrode assembly, and the extended portion is thinner than the lip portion and is at least partly in contact with an end face of the gas diffusion layer.
A monitoring system to enable tyre monitoring of an auxiliary vehicle, the monitoring system comprising: a controller having a processor and a memory; means to obtain information from tyre monitors of the monitored vehicle; and a human-machine interface to provide tyre monitoring values to a user and to receive user input of information relating to tyre pressure ranges and/or thresholds, for tyre pressures outside of which a user alarm is activated, and to receive user input information relating to the tyre pressure value of at least one tyre of the auxiliary vehicle; wherein the memory contains a computer program such that when the processor of a main vehicle is programmed by the computer program, the processor is adapted to control the monitoring system to monitor a tyre pressure and a tyre temperature for at least one tyre (4a, 4b, 4c, 4d) of the auxiliary vehicle; and activate a user alarm if the tyre temperature of any monitored tyre of the monitored vehicle exceeds a predetermined temperature, regardless of the tyre pressure of the monitored tyre (4a, 4b, 4c, 4d). a controller having a processor and a memory; means to obtain information from tyre monitors of the monitored vehicle; and a human-machine interface to provide tyre monitoring values to a user and to receive user input of information relating to tyre pressure ranges and/or thresholds, for tyre pressures outside of which a user alarm is activated, and to receive user input information relating to the tyre pressure value of at least one tyre of the auxiliary vehicle; wherein the memory contains a computer program such that when the processor of a main vehicle is programmed by the computer program, the processor is adapted to control the monitoring system to monitor a tyre pressure and a tyre temperature for at least one tyre (4a, 4b, 4c, 4d) of the auxiliary vehicle; and activate a user alarm if the tyre temperature of any monitored tyre of the monitored vehicle exceeds a predetermined temperature, regardless of the tyre pressure of the monitored tyre (4a, 4b, 4c, 4d).
A composition comprising an effective amount of at least one nucleoside analogue(s) selected from the group consisting of AZT; FdUrd; BrdUrd; IdUrd; didanosine and gemcitabine in combination with uridine and trimethoprim for use in a method of treating or preventing a bacterial infection in a subject in need thereof, wherein the antibacterial effect of the nucleoside analogue(s) is enhanced.
An apparatus for supporting a window sash comprising: clamp means (14, 16, 18, 22) for clamping the support apparatus to a frame unit of a window assembly; support means (30, 40) mounted on the support apparatus for supporting the window sash in an open position relative to the frame unit; and an elongate support member which, in use, is clamped by the clamp means (14, 16, 18, 22) to a frame unit of a window assembly in a generally vertical orientation, characterised in that the clamp means comprises a first clamp element carried on a first collar and a second clamp element carried on a second collar and each of the first and second collars is slidably mounted to the support member. clamp means (14, 16, 18, 22) for clamping the support apparatus to a frame unit of a window assembly; support means (30, 40) mounted on the support apparatus for supporting the window sash in an open position relative to the frame unit; and an elongate support member which, in use, is clamped by the clamp means (14, 16, 18, 22) to a frame unit of a window assembly in a generally vertical orientation, characterised in that the clamp means comprises a first clamp element carried on a first collar and a second clamp element carried on a second collar and each of the first and second collars is slidably mounted to the support member.
A signal isolator integrated circuit package, comprising: a first die in a first voltage domain; a second die in a second voltage domain, wherein the first and second die (220, 230) are galvanically isolated; and a first signal path from the first die to the second die via a first isolation barrier supported by the first die, the first isolation barrier comprising: a first conductive layer disposed over a surface of the first die; a first insulating layer disposed over the first conductive layer; a second insulating layer disposed over the first insulating layer; a second conductive layer disposed over the second insulating layer; and a first floating conductive plate disposed between the first insulating layer and the second insulating layer, characterised in that at least one edge of the first floating conductive plate extends beyond an edge of the first conductive layer to increase evenness of electric charge distribution. a first die in a first voltage domain; a second die in a second voltage domain, wherein the first and second die (220, 230) are galvanically isolated; and a first signal path from the first die to the second die via a first isolation barrier supported by the first die, the first isolation barrier comprising: a first conductive layer disposed over a surface of the first die; a first insulating layer disposed over the first conductive layer; a second insulating layer disposed over the first insulating layer; a second conductive layer disposed over the second insulating layer; and a first floating conductive plate disposed between the first insulating layer and the second insulating layer, characterised in that at least one edge of the first floating conductive plate extends beyond an edge of the first conductive layer to increase evenness of electric charge distribution. a first conductive layer disposed over a surface of the first die; a first insulating layer disposed over the first conductive layer; a second insulating layer disposed over the first insulating layer; a second conductive layer disposed over the second insulating layer; and a first floating conductive plate disposed between the first insulating layer and the second insulating layer, characterised in that at least one edge of the first floating conductive plate extends beyond an edge of the first conductive layer to increase evenness of electric charge distribution.
Front-end architecture for a photoreceiver, the front-end architecture including a photodiode and a fully differential amplifier, the fully differential amplifier comprising a differential input amplifier having a primary input, and at least one secondary input (32, 33,... 3N + 1), a primary output, a secondary output, a primary negative feedback path creating a negative feedback from the primary output to the primary input, and, for the at least one secondary input (32, 33,... 3N + 1), a secondary negative feedback path (42, 43,...4N+1) creating a negative feedback from the secondary output to said secondary input (32, 33,... 3N + 1), the primary negative feedback path including a primary feedback element, the secondary negative feedback path (42, 43,...4N+1) including a secondary feedback element, characterized in that an anode of the photodiode is connected to the primary input of the differential input amplifier, and that the at least one secondary input (32,... 3N + 1) is loaded by a respective impedance (Z in2,... Z inN+1), by connecting the at least one secondary input to a transmission line loaded by an open circuit.
A method for operating a device that is operable to connect to a network, the device operable to run a Light Weight Machine to Machine, LWM2M, client and being provisioned with a security credential comprising a secret that is shared with an LWM2M server entity reachable via the network, the method, performed in the device, comprising: • computing a derivative of the secret; • generating a temporary bootstrap Uniform Resource Identifier, URI, by combining at least a part of the computed derivative with a static bootstrap URI for the network; and • sending a bootstrap request to the temporary bootstrap URI. • computing a derivative of the secret; • generating a temporary bootstrap Uniform Resource Identifier, URI, by combining at least a part of the computed derivative with a static bootstrap URI for the network; and • sending a bootstrap request to the temporary bootstrap URI.
An information handling system comprising: a processor; at least one information handling resource; at least one external port configured to receive an external information handling resource and couple the external information handling resource to the processor; and a basic input/output system comprising a program of instructions executable by the processor and configured to cause the processor to: determine whether a current boot session of the information handling system was initiated by a boot from an external storage resource coupled to the at least one external port; and in response to a determination that the current boot session of the information handling system was initiated by a boot from an external storage resource coupled to the at least one external port, disable one or more of the at least one information handling resource for the current boot session. a processor; at least one information handling resource; at least one external port configured to receive an external information handling resource and couple the external information handling resource to the processor; and a basic input/output system comprising a program of instructions executable by the processor and configured to cause the processor to: determine whether a current boot session of the information handling system was initiated by a boot from an external storage resource coupled to the at least one external port; and in response to a determination that the current boot session of the information handling system was initiated by a boot from an external storage resource coupled to the at least one external port, disable one or more of the at least one information handling resource for the current boot session. determine whether a current boot session of the information handling system was initiated by a boot from an external storage resource coupled to the at least one external port; and in response to a determination that the current boot session of the information handling system was initiated by a boot from an external storage resource coupled to the at least one external port, disable one or more of the at least one information handling resource for the current boot session.
A formulation comprising: a) at least one agriculturally active ingredient; b) at least one aromatic hydrocarbon; and c) at least one acyl morpholine according to the formula, where R is H, CH 3 or C 2 H 5. a) at least one agriculturally active ingredient; b) at least one aromatic hydrocarbon; and c) at least one acyl morpholine according to the formula, where R is H, CH 3 or C 2 H 5.
A network node for routing messages in an IP based signaling network, comprising: - plural interfaces (214, 215) each towards a remote network node (103, 108) of the IP based network, each remote network (103, 108) node implementing a remote signaling process (106, 109); and - a processing unit configured to route an incoming signaling message received at a first of the plural interfaces (214, 215) to a second interface of the plural interfaces, the routing comprising a translating of the incoming signaling message into a corresponding outgoing signaling message in dependence on a type of the remote signaling process of the remote network node at the first interface and a type of the remote signaling process of the remote network node at the second interface, characterized in that the plural interfaces comprise an interface towards a remote network node implementing an application server process, an interface towards a remote network node implementing a signaling gateway process and an interface towards a remote network node implementing an internet protocol server process, the network node being configured to enable a communication between remote signaling processes of the same type, by performing said translating such that it includes a modifying of a message type of the incoming signaling message so that a message type of the outgoing signaling message corresponds to a message type allowed to be sent via the second interface. - plural interfaces (214, 215) each towards a remote network node (103, 108) of the IP based network, each remote network (103, 108) node implementing a remote signaling process (106, 109); and - a processing unit configured to route an incoming signaling message received at a first of the plural interfaces (214, 215) to a second interface of the plural interfaces, the routing comprising a translating of the incoming signaling message into a corresponding outgoing signaling message in dependence on a type of the remote signaling process of the remote network node at the first interface and a type of the remote signaling process of the remote network node at the second interface, characterized in that
Furniture hinge having a hinge arm and a fastening section, the hinge arm and the fastening section being pivotably connected to one another via a multi-axis articulated connection, and a damping element which damps in a deflection direction being provided for damping the movement of the hinge arm, and a spring being provided for adjusting the hinge arm with respect to the fastening section, wherein the damping element is supported in such a way that during a folding movement of the hinge arm from a first end position into a second end position within an adjusting movement of the damping element caused thereby, a maximum or a minimum deflection of the damping element is passed through, and wherein a linear damper is provided as the damping element. characterized in, in that the damping element is supported so as to be pivotable about a first axis of rotation, in that the damping element is mounted in the region of two supporting bearings, and in that, when the furniture hinge is adjusted from the first end position into the second end position, a connecting line passing through the supporting bearings or an extension thereof crosses the first axis of rotation, in that a joint element of the articulated connection forms the first axis of rotation, and in that the joint element can be adjusted about an axis of rotation formed by a first joint (41.1) in that the damping element is connected to the joint element, on the one hand, and to a movable lever pivotably connected thereto, on the other hand and that the first support bearing of the damping element is pivotable about the first axis of rotation and the second support bearing is held at a fixed distance from the first axis of rotation.
Installation part for holding installation lines with an adapter groove (17, 18) undercut at least in regions for connection of an attachment adapter to the installation part for mounting thereof to an attachment base, and with an attachment adapter moulded in articulated fashion thereon with the interposition of at least one flexible strip (11, 11.1), which attachment adapter has or is configured as a locking shoe for insertion in the adapter groove (17, 18) of the installation part, in which adapter groove (17, 18) the locking shoe is held by form fit in the load-receiving direction, characterised in that the attachment adapter is connected to the installation part by the at least one flexible strip (11, 11.1) and the flexible strip (11, 11.1) has a length such that the length of the flexible strip (11, 11.1) allows a pivot movement between the installation part and the attachment adapter, as a result of which the installation part comes to rest on the locking shoe to form a support arrangement, in which support arrangement the installation part forms a two-armed lever, on one arm of which the at least one flexible strip (11, 11.1) is moulded and which lever, on further pivoting of the installation part relative to the attachment adapter, can be set to separate said part from the attachment adapter under tensile stress.
For use with an electrically powered dispenser, a material transport mechanism comprising: a drive roller formed about a drive roller shaft and extending longitudinally along a drive roller axis; a pinch roller formed about a conductive pinch roller shaft and extending longitudinally along a pinch roller axis parallel to the drive roller axis; and a unitary mounting bracket further comprising: a first side plate for supporting a first respective end of each of the two shafts (58, 60), a second side plate for supporting a second respective end of each of the two shafts (58, 60), and a mounting bar attached between the two side plates (56A, 56B); characterized in that the drive roller shaft is conductive, and the unitary mounting bracket including both the two side plates (56A, 56B) and the mounting bar is integrally formed from a single sheet of conductive material. a drive roller formed about a drive roller shaft and extending longitudinally along a drive roller axis; a pinch roller formed about a conductive pinch roller shaft and extending longitudinally along a pinch roller axis parallel to the drive roller axis; and a unitary mounting bracket further comprising: a first side plate for supporting a first respective end of each of the two shafts (58, 60), a second side plate for supporting a second respective end of each of the two shafts (58, 60), and a mounting bar attached between the two side plates (56A, 56B); a first side plate for supporting a first respective end of each of the two shafts (58, 60), a second side plate for supporting a second respective end of each of the two shafts (58, 60), and a mounting bar attached between the two side plates (56A, 56B);
A vehicular airbag device comprising: an airbag cushion which is deployed toward both side surfaces and a front surface of an occupant so as to surround and restrict the entire upper body around both shoulders of the occupant in the event of a vehicle collision, an inflator which generates gas by an impact sensing signal to supply the gas to the airbag cushion in the event of the vehicle collision, and a limiting means which limits a deployment shape of the airbag cushion, wherein the airbag cushion comprises first and second cushions (30, 40) which are installed on a backrest of a seat on which the occupant sits and inflated and deployed forward, upward, and downward from an upper part of both sides of the backrest, and the limiting means limits the deployment shape to prevent the first and second cushions (30, 40) deployed to both side surfaces of the occupant from being divided into both sides, wherein the limiting means is installed between the first and second cushions (30, 40) and the seat, characterized in that the limiting means comprises a limiting member which is disposed along an outer surface of the airbag cushion and has both ends connected to the seat, wherein the limiting member is prepared so that a portion disposed at a connection part which is disposed on the upper end of the airbag cushion to connect the first and second cushions (30, 40) has a larger width than that of both end parts.
Cutting device, in particular garden cutting device, having a first and a second cutting element (12, 14) that are movable relative to one another, having a first and a second lever element (502, 504), in particular handle element (16, 18), that are movable relative to one another and serve for opening and closing the cutting elements (12, 14), wherein closing of the lever elements (502, 504), in particular handle elements (16, 18), causes closing of the cutting elements (12, 14), wherein displacement of the lever elements (502, 504) through a first angle causes displacement of the cutting elements (12, 14) through a second angle, wherein the second angle is one and a half to three times larger than, preferably twice as large as, the first angle, further having a gear mechanism and/or a connector (510, 552, 600) which brings about a transmission ratio i < 1 of a movement of the lever elements (502, 504) relative to a movement of the cutting elements (12, 14), in particular a speed-increasing transmission ratio, characterized in that the connector is a toothed wheel, wherein the toothed wheel is held rotatably on the second lever element and is supported against a toothed portion of the first lever element at one side and against a toothed portion of the second cutting element at the other side.
Inductor for a resonator of a wireless power transfer arrangement, including a coil arranged on a magnetic core, wherein at least one turn of the coil includes a) a first turn section including a trace of a first PCB (56.1) arranged on one side of the magnetic core, b) a second turn section including a trace of a second PCB (56.2) arranged on the opposite side of the magnetic core, c) a third turn section connecting a second end of the first turn section and a first end of the second turn section and d) a linking section connecting said at least one turn to a terminal of the coil or to a neighbouring turn, preferably to a first end of a first turn section of the neighbouring turn, characterized in that e) a distance between the first PCB (56.1) and the second PCB (56.2) corresponds to the thickness of the magnetic core and f) the third turn section and the linking section are formed by soldering pins that extend between the first PCB (56.1) and the second PCB (56.2). a) a first turn section including a trace of a first PCB (56.1) arranged on one side of the magnetic core, b) a second turn section including a trace of a second PCB (56.2) arranged on the opposite side of the magnetic core, c) a third turn section connecting a second end of the first turn section and a first end of the second turn section and d) a linking section connecting said at least one turn to a terminal of the coil or to a neighbouring turn, preferably to a first end of a first turn section of the neighbouring turn, characterized in that e) a distance between the first PCB (56.1) and the second PCB (56.2) corresponds to the thickness of the magnetic core and f) the third turn section and the linking section are formed by soldering pins that extend between the first PCB (56.1) and the second PCB (56.2).