mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a power plant for generating electrical energy for delivery to at least one consumer by combustion of a carbonaceous combustible, carbon dioxide being separated from the flue gas of the power plant , the separated carbon dioxide being converted at least in part into a fuel , wherein the fuel is combusted at least temporarily in at least one heat engine so as to form a waste gas , electrical energy being generated by the heat engine and being delivered to at least one consumer , at least some of the thermal energy of the waste gas being used in at least one of the following processes: a) for heating combustion air of the power plant ; b) for heating a process medium of the power plant ; c) in drying of the combustible of the power plant ; and d) in carbon dioxide separation, characterized in that the heat engine comprises a diesel engine and/or an Otto engine. a) for heating combustion air of the power plant ; b) for heating a process medium of the power plant ; c) in drying of the combustible of the power plant ; and d) in carbon dioxide separation,
Granular, refractory mineral elasticizing granulate for refractory products, in particular for basic refractory products, minerally consisting of a mono-phased fused spinel mixed crystal or a multi-phased fused product of the ternary system MgO-Fe 2 O 3 -Al 2 O 3 of the composition range MgO: 12 to 19.5, in particular 15 to 17 wt.-%, Remainder: Fe 2 O 3 and Al 2 O 3 in a quantity ratio range of Fe 2 O 3 to Al 2 O 3 between 80 to 20 and 40 to 60 wt.-%, wherein starting from an MgO content between 12 and 19.5 wt.-%, the respective mixed crystals having an Fe 2 O 3 and Al 2 O 3 content in solid solution out of the limited ranges respectively indicated therefore, such that a total composition of 100% is obtained.
Receiver for a light transmission system , comprising a camera having an image sensor , a light-sensitive area of the image sensor comprising a plurality of rows of light-sensitive elements, the image sensor being configured such that the light-sensitive area of the image sensor is scanned row by row or column by column, and an add-on element , which is arranged such that light impinging on the light-sensitive area of the image sensor passes through the add-on element first, the add-on element comprising a plurality of strip-shaped profiled regions , and the profiled regions having a constant cross section in a preferential direction (V), which extends at right angles to a transverse direction (Q), characterised in that the add-on element comprises a plurality of strip-shaped planar regions , and in that the profiled regions and the planar regions are arranged alternately in the transverse direction (Q). a camera having an image sensor , a light-sensitive area of the image sensor comprising a plurality of rows of light-sensitive elements, the image sensor being configured such that the light-sensitive area of the image sensor is scanned row by row or column by column, and an add-on element , which is arranged such that light impinging on the light-sensitive area of the image sensor passes through the add-on element first, the add-on element comprising a plurality of strip-shaped profiled regions , and the profiled regions having a constant cross section in a preferential direction (V), which extends at right angles to a transverse direction (Q), characterised in that the add-on element comprises a plurality of strip-shaped planar regions , and in that the profiled regions and the planar regions are arranged alternately in the transverse direction (Q).
Laboratory system , comprising: - at least one rack comprising retainers , wherein the at least one rack is adapted to carry laboratory sample containers inserted in the retainers , and - a handling device , wherein the handling device is adapted to insert laboratory sample containers in the retainers of the at least one rack or remove laboratory sample containers from the retainers of the at least one rack being placed at a processing position depending on location information indicating the location of the at least one rack being placed at the processing position relative to the handling device , characterized in that the laboratory system further comprises: - a plurality of teaching devices , - wherein a respective teaching device is geometrically formed such that it is insertable into a retainer of the at least one rack , and - wherein at least two, in particular at least three, teaching devices are inserted into a corresponding retainer of the at least one rack being placed at the processing position, and - a location information calculating device , wherein the location information calculating device is adapted to calculate the location information of the at least one rack being placed at the processing position depending on the location of the at least two teaching devices . - at least one rack comprising retainers , wherein the at least one rack is adapted to carry laboratory sample containers inserted in the retainers , and - a handling device , wherein the handling device is adapted to insert laboratory sample containers in the retainers of the at least one rack or remove laboratory sample containers from the retainers of the at least one rack being placed at a processing position depending on location information indicating the location of the at least one rack being placed at the processing position relative to the handling device , - a plurality of teaching devices , - wherein a respective teaching device is geometrically formed such that it is insertable into a retainer of the at least one rack , and - wherein at least two, in particular at least three, teaching devices are inserted into a corresponding retainer of the at least one rack being placed at the processing position, and - wherein a respective teaching device is geometrically formed such that it is insertable into a retainer of the at least one rack , and - wherein at least two, in particular at least three, teaching devices are inserted into a corresponding retainer of the at least one rack being placed at the processing position, and - a location information calculating device , wherein the location information calculating device is adapted to calculate the location information of the at least one rack being placed at the processing position depending on the location of the at least two teaching devices .
An installation method on a wall (P) of the framework structure of a piece of home automation equipment comprising an adjustable fastening system (S), comprising at least a support and a holding device (M), the support being able to be secured to the wall (P), the framework structure comprising a chassis and at least two adjustable fasteners each comprising a mechanical connection device including an adjusting device and a locking device , the framework structure also comprising an attaching device cooperating with the holding device (M) of the support , the adjusting device allowing an adjustment of the chassis of the framework structure along at least two directions that are orthogonal relative to the support , the method comprising the following successive steps: a) fastening at least one support to the wall (P), b) connecting the attaching device of the framework structure on the holding device (M) of the corresponding support , the chassis of the framework structure thus being self-supported by the support, c) adjusting the position of a first adjustable fastener along two directions relative to a support , and d) locking the position of the first adjustable fastener relative to the chassis of the framework structure , the method being characterized in that the locking step is a step for gripping the adjustable fastener against the chassis of the framework structure and the chassis of the framework structure against the wall (P). a) fastening at least one support to the wall (P), b) connecting the attaching device of the framework structure on the holding device (M) of the corresponding support , the chassis of the framework structure thus being self-supported by the support, c) adjusting the position of a first adjustable fastener along two directions relative to a support , and d) locking the position of the first adjustable fastener relative to the chassis of the framework structure ,
A solar cell apparatus comprising: a substrate ; a first cell (C1) disposed on the substrate ; and a second cell (C2) disposed on the substrate around the first cell (C1),wherein the substrate comprises a penetration hole , and the first cell (C1) surrounds the penetration hole , further comprising a connection electrode disposed in the penetration hole and connected to the first cell (C1), further comprising a bus bar connected to the connection electrode and disposed under the substrate . a substrate ; a first cell (C1) disposed on the substrate ; and a second cell (C2) disposed on the substrate around the first cell (C1),wherein the substrate comprises a penetration hole , and the first cell (C1) surrounds the penetration hole , further comprising a connection electrode disposed in the penetration hole and connected to the first cell (C1), further comprising a bus bar connected to the connection electrode and disposed under the substrate .
A two-phase cooling system for a converter cell with a cell capacitor and with a first and second semiconductor switch element , including - a closed working fluid circuit including a condenser for condensing evaporated working fluid and a pump for circulating the working fluid; a first and second evaporator arranged in thermal contact with the semiconductor switch elements and adapted for receiving condensed dielectric working fluid, evaporating the dielectric working fluid, and returning the evaporated working fluid, characterized by a thermal link adapted to thermally connect the cell capacitor to a supply or return line of the closed working fluid circuit. - a closed working fluid circuit including a condenser for condensing evaporated working fluid and a pump for circulating the working fluid; a first and second evaporator arranged in thermal contact with the semiconductor switch elements and adapted for receiving condensed dielectric working fluid, evaporating the dielectric working fluid, and returning the evaporated working fluid, characterized by a thermal link adapted to thermally connect the cell capacitor to a supply or return line of the closed working fluid circuit.
Non-magnetic watch component comprising a substrate made of a copper alloy, characterized in that at least one part of the substrate comprises a surface layer including Cu x Ti y intermetallics.
A tire comprising: a pair of beads ; a carcass extending on and between the pair of beads ; a pair of protective rubber layers each located axially outward of the carcass and including a sidewall and a clinch and forming a side surface of the tire ; and a pair of reinforcing rubber layers each located axially outward of the bead , wherein the carcass includes a carcass ply including a carcass cord, the carcass ply includes a ply body extending between the pair of beads , and a pair of turned-up portions each connected to the ply body and turned up around the bead , each of the reinforcing rubber layers is located between the turned-up portion and the protective rubber layer , each of the beads includes a core and an apex located radially outward of the core , and an outer end (PA) of the apex is located between an outer end (PRS) and an inner end (PRU) of the reinforcing rubber layer in a radial direction, characterized in that a thickness of the protective rubber layer in a zone from a rim contact end (PF) to the outer end (PRS) of the reinforcing rubber layer is small at a center portion in the radial direction of the reinforcing rubber layer and is large at another portion, wherein the thickness of the protective rubber layer is measured along a normal line that is normal to the side surface . a pair of beads ; a carcass extending on and between the pair of beads ; a pair of protective rubber layers each located axially outward of the carcass and including a sidewall and a clinch and forming a side surface of the tire ; and a pair of reinforcing rubber layers each located axially outward of the bead , wherein the carcass includes a carcass ply including a carcass cord, the carcass ply includes a ply body extending between the pair of beads , and a pair of turned-up portions each connected to the ply body and turned up around the bead , each of the reinforcing rubber layers is located between the turned-up portion and the protective rubber layer , each of the beads includes a core and an apex located radially outward of the core , and an outer end (PA) of the apex is located between an outer end (PRS) and an inner end (PRU) of the reinforcing rubber layer in a radial direction, characterized in that a thickness of the protective rubber layer in a zone from a rim contact end (PF) to the outer end (PRS) of the reinforcing rubber layer is small at a center portion in the radial direction of the reinforcing rubber layer and is large at another portion, wherein the thickness of the protective rubber layer is measured along a normal line that is normal to the side surface .
A pharmaceutical composition for use in preventing or treating voiding dysfunction, comprising an active ingredient, wherein said active ingredient consists of an extract of Piper Longum L., wherein said extract of Piper Longum L. inhibits a muscarinic M 3 receptor or a muscarinic M 2 receptor, and wherein said extract of Piper Longum L. is an agonist of a β 3 -adrenergic receptor.
A device for controlling a vehicle, comprising: an engine; at least one motor capable of rotatably driving a crankshaft of the engine, the motor being either a starter or a starter-generator , wherein the engine is configured either to be automatically stopped when a predetermined engine stopping condition is fulfilled and restarted afterwards with the at least one motor when a predetermined engine restart condition is fulfilled or to be assisted by the starter-generator when the engine torque is insufficient for the drive force requested by the driver; a main battery for supplying power to the at least one motor ; a sub-battery for supplying power to an electric component installed in the vehicle; a relay installed between the at least one motor and the sub-battery ; characterized in that the device further comprises: a first voltage sensor for determining the voltage (VB) of the main battery ; a second voltage sensor for determining the voltage (VBS) of the sub-battery ; a stuck closed determination means for determining whether or not the relay is stuck closed based on the determined voltages (VB, VBS); and permission means for inhibiting the engine from being automatically stopped respectively assisted by the start-generator when the relay is determined to be stuck closed or for permitting said functions otherwise. an engine; at least one motor capable of rotatably driving a crankshaft of the engine, the motor being either a starter or a starter-generator , wherein the engine is configured either to be automatically stopped when a predetermined engine stopping condition is fulfilled and restarted afterwards with the at least one motor when a predetermined engine restart condition is fulfilled or to be assisted by the starter-generator when the engine torque is insufficient for the drive force requested by the driver; a main battery for supplying power to the at least one motor ; a sub-battery for supplying power to an electric component installed in the vehicle; a relay installed between the at least one motor and the sub-battery ; characterized in that the device further comprises: a first voltage sensor for determining the voltage (VB) of the main battery ; a second voltage sensor for determining the voltage (VBS) of the sub-battery ; a stuck closed determination means for determining whether or not the relay is stuck closed based on the determined voltages (VB, VBS); and permission means for inhibiting the engine from being automatically stopped respectively assisted by the start-generator when the relay is determined to be stuck closed or for permitting said functions otherwise. a first voltage sensor for determining the voltage (VB) of the main battery ; a second voltage sensor for determining the voltage (VBS) of the sub-battery ; a stuck closed determination means for determining whether or not the relay is stuck closed based on the determined voltages (VB, VBS); and permission means for inhibiting the engine from being automatically stopped respectively assisted by the start-generator when the relay is determined to be stuck closed or for permitting said functions otherwise.
Motor vehicle door handle for locking and/or actuating a door of a motor vehicle, having a handle housing and a pulling handle arranged in the handle housing , wherein, in a closed position, the pulling handle terminates flush with the handle housing and/or rests in the handle housing and can be displaced into an operating position in which the pulling handle protrudes outwards from the handle housing and can be gripped from the rear, wherein when the pulling handle is pulled manually in the operating position the door lock and/or the door opens, characterised in that the pulling handle has two articulation points spaced apart from one another, wherein the pulling handle is supported on the first articulation point in an articulated fashion at one end of a first rotary lever , and is supported spaced apart therefrom on the second articulation point in an articulated fashion at one end of a second rotary lever , wherein the two rotary levers rotate about rotational axes in order to displace the pulling handle from the closed position into the operating position, and wherein the motor vehicle door handle has a locking element , which is indirectly or directly kinematically coupled to the pulling handle and which is engaged in the closed position of the pulling handle and latches the pulling handle , wherein the locking element is displaced into a release position by means of an actuation lever before the actuation lever engages on at least one of the two rotary levers and pivots said lever about its rotational axis .
A method of operating a network having a plurality of endpoints which communicate with a first data centre and a second data centre via access points (AP), wherein the first data centre includes a first physically secure environment having a first certificate, and the second data centre includes a second physically secure environment having a second certificate, the method comprising: receiving, by the second physically secure environment, an indication that security of the first secure environment has been compromised; and in response to receiving the indication, issuing, by the second physically secure environment, a command to the access points to configure a certificate revocation list indicating that the certificate associated with the first physically secure environment is invalid; and issuing, by the second physically secure environment, a command to the endpoint nodes to load the certificate revocation list from any one of the access points. receiving, by the second physically secure environment, an indication that security of the first secure environment has been compromised; and in response to receiving the indication, issuing, by the second physically secure environment, a command to the access points to configure a certificate revocation list indicating that the certificate associated with the first physically secure environment is invalid; and issuing, by the second physically secure environment, a command to the endpoint nodes to load the certificate revocation list from any one of the access points. issuing, by the second physically secure environment, a command to the access points to configure a certificate revocation list indicating that the certificate associated with the first physically secure environment is invalid; and issuing, by the second physically secure environment, a command to the endpoint nodes to load the certificate revocation list from any one of the access points.
Extra-corporeal circuit for circulation of a physiological liquid, comprising a tube having a circular cross-section with an external diameter d and a peristaltic pump suitable for co-operating with the tube , wherein the peristaltic pump comprises a stator and a rotor defining a rotation axis X , wherein the tube comprises a loop formed by a tube portion, the loop comprising a curve extending around the axis X , and the rotor comprising a plurality of rollers suitable for pressing the tube against the stator , the rotor further comprising a couple of radial fingers placed immediately before each roller with respect to the rotation direction, the extra-corporeal circuit being characterized in that a minimum axial distance ( a ) between the radial fingers is less than d so that the radial fingers force the tube to assume an oval cross-section with a major axis M and a minor axis m perpendicular to each other, the major axis M being longer than the minor axis m, and wherein the minor axis m of each cross-section of the tube along the curve is parallel to the axis X .
A method implemented by a network element to support a plurality of network services between a residential gateway and the network element over non-channelized media using a single subscriber session, the method comprising the steps of: receiving , from the residential gateway , a request for a network service, the request including a Media Access Control, MAC, address of the residential gateway ; determining whether the MAC address of the residential gateway matches a MAC address of an existing subscriber session for a previously configured network service; consolidating a subscriber session for the network service and the existing subscriber session into a single dual-stack session upon determining that the MAC address of the residential gateway matches the MAC address of the existing subscriber session; and enabling the residential gateway to access the network service, wherein the network service and the previously configured network service are managed by the single dual-stack session, and wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4 stack and a CLIPS IPv6 stack. receiving , from the residential gateway , a request for a network service, the request including a Media Access Control, MAC, address of the residential gateway ; determining whether the MAC address of the residential gateway matches a MAC address of an existing subscriber session for a previously configured network service; consolidating a subscriber session for the network service and the existing subscriber session into a single dual-stack session upon determining that the MAC address of the residential gateway matches the MAC address of the existing subscriber session; and enabling the residential gateway to access the network service, wherein the network service and the previously configured network service are managed by the single dual-stack session, and wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4 stack and a CLIPS IPv6 stack.