mhurhangee/patent-ind-claim-en huggingface dataset:
A wind tunnel skydiving simulator including a flight chamber , the flight chamber including an airflow entrance and a section that is inclined with respect to the vertical, said section being curved in the vertical plane, characterized in that the shape of the curved section is a smooth transition from approximately horizontal, at the airflow entrance, to approximately vertical.
A bearing assembly for a gas turbine engine , the bearing assembly comprising: a bearing pad for supporting a rotary component; and a bearing housing attached to or formed integrally with the bearing pad , the bearing housing comprising: a first fluid damper cavity positioned adjacent to the bearing pad ; a second fluid damper cavity spaced from the first fluid damper cavity ; and in restrictive flow communication with the first fluid damper cavity via a restrictive channel configured as a clearance gap; and a damper fluid configured within the first and second fluid damper cavities , the bearing housing configured to transfer the damper fluid from the first fluid damper cavity to the second fluid damper cavity via the restrictive channel in response to a force acting on the bearing pad ; characterized in that the bearing housing comprises a column extending towards the bearing pad for providing the bearing pad with a flow of a working gas and fully supporting the bearing pad . a bearing pad for supporting a rotary component; and a bearing housing attached to or formed integrally with the bearing pad , the bearing housing comprising: a first fluid damper cavity positioned adjacent to the bearing pad ; a second fluid damper cavity spaced from the first fluid damper cavity ; and in restrictive flow communication with the first fluid damper cavity via a restrictive channel configured as a clearance gap; and a damper fluid configured within the first and second fluid damper cavities , the bearing housing configured to transfer the damper fluid from the first fluid damper cavity to the second fluid damper cavity via the restrictive channel in response to a force acting on the bearing pad ; characterized in that a first fluid damper cavity positioned adjacent to the bearing pad ; a second fluid damper cavity spaced from the first fluid damper cavity ; and in restrictive flow communication with the first fluid damper cavity via a restrictive channel configured as a clearance gap; and a damper fluid configured within the first and second fluid damper cavities , the bearing housing configured to transfer the damper fluid from the first fluid damper cavity to the second fluid damper cavity via the restrictive channel in response to a force acting on the bearing pad ; characterized in that the bearing housing comprises a column extending towards the bearing pad for providing the bearing pad with a flow of a working gas and fully supporting the bearing pad .
A ladder comprising: two vertical uprights and a plurality of horizontal steps supported by the uprights , wherein each upright is a section bar and has a vertical outer wall (P1), two vertical side walls (P2) which branch off from opposite ends of the outer wall (P1), and at least a vertical inner wall (P3) which branches off from at least one end of the two side walls (P2) and is parallel to the outer wall (P1), and wherein the outer wall (P1) of each upright is provided with a plurality of outer through-holes which enable the insertion of the steps therein; the inner wall (P3) of each upright is provided with a plurality of inner through-holes which enable the insertion of the steps therein; the side walls (P6) of each step are provided with slits which enable the interlocking of the steps with the inner walls of the uprights . the ladder is characterised in that: each step is a C-shaped section bar and has a horizontal upper wall (P5) and two vertical side walls (P6) which branch off from opposite ends of the upper wall (P5), and each outer hole is provided with a tongue which branches off from a lower side (L1) of the outer hole , is initially parallel to the corresponding outer wall (P1), and is bent by 90° with respect to the corresponding outer wall (P1) so as to be in abutment against the corresponding step . wherein each upright is a section bar and has a vertical outer wall (P1), two vertical side walls (P2) which branch off from opposite ends of the outer wall (P1), and at least a vertical inner wall (P3) which branches off from at least one end of the two side walls (P2) and is parallel to the outer wall (P1), and wherein the outer wall (P1) of each upright is provided with a plurality of outer through-holes which enable the insertion of the steps therein; the inner wall (P3) of each upright is provided with a plurality of inner through-holes which enable the insertion of the steps therein; the side walls (P6) of each step are provided with slits which enable the interlocking of the steps with the inner walls of the uprights . the ladder is characterised in that: each step is a C-shaped section bar and has a horizontal upper wall (P5) and two vertical side walls (P6) which branch off from opposite ends of the upper wall (P5), and each outer hole is provided with a tongue which branches off from a lower side (L1) of the outer hole , is initially parallel to the corresponding outer wall (P1), and is bent by 90° with respect to the corresponding outer wall (P1) so as to be in abutment against the corresponding step .
A triggerable holding device for a tensioning means of an airbag, comprising a holder , a locking member that is movably supported in the holder and that is shiftable between a locking position in which it keeps the tensioning means blocked and a release position in which the tensioning means is released, a pyrotechnical device that is coupled to the locking member so that, when the pyrotechnical device is activated, it is shifted from the locking position to the release position, characterized by a restraining device that is tightly connected to the locking member and that interacts, in the release position of the locking member , with a restraining geometry in the holder to hold the locking member in its release position in the holder , wherein the restraining geometry is a cutout which extends to an outer face of the holder , wherein the restraining device is received in a release position of the locking member in the cutout . a holder , a locking member that is movably supported in the holder and that is shiftable between a locking position in which it keeps the tensioning means blocked and a release position in which the tensioning means is released, a pyrotechnical device that is coupled to the locking member so that, when the pyrotechnical device is activated, it is shifted from the locking position to the release position, characterized by a restraining device that is tightly connected to the locking member and that interacts, in the release position of the locking member , with a restraining geometry in the holder to hold the locking member in its release position in the holder , wherein the restraining geometry is a cutout which extends to an outer face of the holder , wherein the restraining device is received in a release position of the locking member in the cutout .
Functional sole for improving the wearing comfort for insertion into a shoe with a high heel and a heel region which is raised by at least three centimetres in relation to a ball region , comprising - an elastic main sole with a high resilience, and - a cover layer to reduce the expansion parallel to the surface, wherein the functional sole in a region of the forefoot and in a region of the rear foot each comprises at least one flat section which has a lower Shore hardness than the region surrounding it, wherein the region of the rearfoot of the functional sole is arranged higher than the region of the forefoot in accordance with the distance between the ball region and the heel region of the shoe , and wherein the forefoot region extends substantially parallel to the ground, and wherein at least one of the flat sections is formed by a cut-out in the cover layer . - an elastic main sole with a high resilience, and - a cover layer to reduce the expansion parallel to the surface,
Inerting device for a liquefied gas storage tank for a liquefied gas carrying vessel, comprising: - a liquefied gas storage tank including, successively, from the inside to the outside of the tank, a primary sealing membrane intended to be in contact with the liquefied gas, a primary thermally insulating barrier , a secondary sealing membrane , a secondary thermally insulating barrier and a supporting structure defining the general shape of the tank , said primary and secondary sealing membranes defining therebetween a primary insulation space containing the primary thermally insulating barrier , said primary thermally insulating barrier forming an inner shell around the tank , and said secondary sealing membrane and said supporting structure defining therebetween a secondary insulation space containing the secondary thermally insulating barrier , said secondary thermally insulating barrier forming an outer shell around the tank, each of the spaces being intended to be filled with an inert gas, and said tank being disposed between two sealed partitions and above a tank bottom , said sealed partitions and said tank bottom being part of said supporting structure, - means for supplying nitrogen to the primary and secondary spaces, and/or evacuating nitrogen from these spaces, characterized in that the inerting device including a drainage box located under the tank, which box being connected to a passage extending between the tank bottom and the outer shell so that fluids can flow by gravity from the tank bottom to the drainage box, in which said drainage box is in fluid communication with said passage and said secondary space, and in that said means for supplying and/or evacuating said secondary space include a nitrogen line which is connected to said drainage box so that the nitrogen supplying this space and/or evacuated from this space circulates through the drainage box. - a liquefied gas storage tank including, successively, from the inside to the outside of the tank, a primary sealing membrane intended to be in contact with the liquefied gas, a primary thermally insulating barrier , a secondary sealing membrane , a secondary thermally insulating barrier and a supporting structure defining the general shape of the tank , said primary and secondary sealing membranes defining therebetween a primary insulation space containing the primary thermally insulating barrier , said primary thermally insulating barrier forming an inner shell around the tank , and said secondary sealing membrane and said supporting structure defining therebetween a secondary insulation space containing the secondary thermally insulating barrier , said secondary thermally insulating barrier forming an outer shell around the tank, each of the spaces being intended to be filled with an inert gas, and said tank being disposed between two sealed partitions and above a tank bottom , said sealed partitions and said tank bottom being part of said supporting structure, - means for supplying nitrogen to the primary and secondary spaces, and/or evacuating nitrogen from these spaces,
A communication control system comprising a control device, which includes: status notification signal processing capability obtaining means configured to obtain, based on a load status of the control device that controls nodes included in a network and receives a content of a control signal sent and received between the nodes as a status notification signal, a capability for processing the status notification signal; monitoring area identifying means configured to determine, based on network status information related to communication on the network , area segments each including an arbitrarily number of the nodes ; and sending interval control signal transmitting means configured to calculate, based on the capability, a sending interval of the status notification signal of the nodes for each of the area segments, and sending the sending interval to the nodes included in the corresponding area segment, wherein the sending interval control signal transmitting means is configured to calculate the sending interval based on a relation and a condition, the relation being that a total value multiplied by a predetermined coefficient is equal to the capability, the total value being a total of values each obtained by dividing a number of the nodes included in each of the area segments by the sending interval for the corresponding area segment, the condition being a condition of a length relation of the sending interval between the area segments. status notification signal processing capability obtaining means configured to obtain, based on a load status of the control device that controls nodes included in a network and receives a content of a control signal sent and received between the nodes as a status notification signal, a capability for processing the status notification signal; monitoring area identifying means configured to determine, based on network status information related to communication on the network , area segments each including an arbitrarily number of the nodes ; and sending interval control signal transmitting means configured to calculate, based on the capability, a sending interval of the status notification signal of the nodes for each of the area segments, and sending the sending interval to the nodes included in the corresponding area segment, wherein the sending interval control signal transmitting means is configured to calculate the sending interval based on a relation and a condition, the relation being that a total value multiplied by a predetermined coefficient is equal to the capability, the total value being a total of values each obtained by dividing a number of the nodes included in each of the area segments by the sending interval for the corresponding area segment, the condition being a condition of a length relation of the sending interval between the area segments.
An LED lighting unit comprising - a container with a number of partially reflective side walls ; - a light exit opening defined by the side walls ; and - a number of light-emitting diodes arranged in the container to emit light (L 10 ) of a first colour (C LED ) through the light exit opening during an on-state of the lighting unit ; wherein the material properties of the partially reflective container side walls are chosen to - impart a second non-white colour (CP G , CP Y , CP B ) to the container side walls , and - to absorb light in at least one specific region (S 40 , S 41 , S 60 , S 70 ) of the visible spectrum such that light (L 120 ) of the non-white second colour (CP G , CP Y , CP B ) exits the lighting unit through the light exit opening during an off-state of the lighting unit ; wherein the number of light-emitting diodes comprises a plurality of red light-emitting diodes ; characterized in that the material properties of the partially reflective container side walls are chosen to impart one of - a green colour (CPG) to the container side walls and to absorb light of a first specific region (S40) of the visible spectrum in a wavelength range of 380 - 480 nm; and to absorb light of a second specific region (S41) of the visible spectrum in a wavelength range of 540 - 630 nm; - a yellow colour (CP Y ) to the container side walls and to absorb light of a specific region (S 60 ) of the visible spectrum in a wavelength range of 400 - 520 nm; or - a blue colour (CP Y ) to the container side walls and to absorb light of a specific region (S 70 ) of the visible spectrum in a wavelength range of 550 nm - 640 nm. - a container with a number of partially reflective side walls ; - a light exit opening defined by the side walls ; and - a number of light-emitting diodes arranged in the container to emit light (L 10 ) of a first colour (C LED ) through the light exit opening during an on-state of the lighting unit ; - impart a second non-white colour (CP G , CP Y , CP B ) to the container side walls , and - to absorb light in at least one specific region (S 40 , S 41 , S 60 , S 70 ) of the visible spectrum such that light (L 120 ) of the non-white second colour (CP G , CP Y , CP B ) exits the lighting unit through the light exit opening during an off-state of the lighting unit ; - a green colour (CPG) to the container side walls and to absorb light of a first specific region (S40) of the visible spectrum in a wavelength range of 380 - 480 nm; and to absorb light of a second specific region (S41) of the visible spectrum in a wavelength range of 540 - 630 nm; - a yellow colour (CP Y ) to the container side walls and to absorb light of a specific region (S 60 ) of the visible spectrum in a wavelength range of 400 - 520 nm; or - a blue colour (CP Y ) to the container side walls and to absorb light of a specific region (S 70 ) of the visible spectrum in a wavelength range of 550 nm - 640 nm.
A pharmaceutical composition comprising: a) at least one angiotensin receptor type 1 (AT 1 R) blocker or a pharmaceutically acceptable salt thereof, wherein the AT 1 R blocker is irbesartan, and b) at least one chemokine receptor 2 (CCR2) inhibitor or a pharmaceutically acceptable salt thereof chosen from the list consisting of a direct CCR2 antagonist; an inverse CCR2 agonist; and a negative allosteric CCR2 modulator, wherein the CCR2 inhibitor is propagermanium, for use in the treatment of a kidney disease selected from the group comprising: fibrotic disorders in the kidney, chronic kidney disease caused by diabetic nephropathy, renal insufficiency, renal failure conditions, diabetic nephropathy, glomerulonephritis, glomerular sclerosis, proteinuria of primary renal disease. a) at least one angiotensin receptor type 1 (AT 1 R) blocker or a pharmaceutically acceptable salt thereof, wherein the AT 1 R blocker is irbesartan, and b) at least one chemokine receptor 2 (CCR2) inhibitor or a pharmaceutically acceptable salt thereof chosen from the list consisting of a direct CCR2 antagonist; an inverse CCR2 agonist; and a negative allosteric CCR2 modulator, wherein the CCR2 inhibitor is propagermanium,
A small cell base station deployable in a wireless telecommunications network in which at least one macro base station provides a first region of radio coverage , said small cell base station being operable to provide a second region of radio coverage within said first region of radio coverage, said small cell base station comprising: determination logic operable to determine key system information for broadcast, said key system information comprising cell-specific identity information such that broadcasting the same key system information by said at least one macro base station and said small cell base station makes them appear identical to user equipment operating in said first and second region of radio coverage; resource reservation logic operable to determine at least one resource block reserved for small cell use by receiving an allocation of said at least one resource block reserved for small cell use from said at least one macro base station; broadcast logic operable to broadcast said key system information, said at least one resource block reserved for small cell use being used for broadcast of said cell-specific identity information; and scheduling logic operable to receive channel quality indicator measurement information from user equipment based on said broadcast system information received at said user equipment, said channel quality indicator measurement information comprising an indication of whether said user equipment is operating in said second region of radio coverage; said scheduling logic being operable to base scheduling decisions for said user equipment on said received channel quality indicator measurement information. determination logic operable to determine key system information for broadcast, said key system information comprising cell-specific identity information such that broadcasting the same key system information by said at least one macro base station and said small cell base station makes them appear identical to user equipment operating in said first and second region of radio coverage; resource reservation logic operable to determine at least one resource block reserved for small cell use by receiving an allocation of said at least one resource block reserved for small cell use from said at least one macro base station; broadcast logic operable to broadcast said key system information, said at least one resource block reserved for small cell use being used for broadcast of said cell-specific identity information; and scheduling logic operable to receive channel quality indicator measurement information from user equipment based on said broadcast system information received at said user equipment, said channel quality indicator measurement information comprising an indication of whether said user equipment is operating in said second region of radio coverage; said scheduling logic being operable to base scheduling decisions for said user equipment on said received channel quality indicator measurement information.
A method for verifying network intents comprising: decomposing at least one network intent into a plurality of sub-verification tasks using a set of labels that define the network intent; generating a set of normalized configurations for a plurality of network devices in a target network based on a set of current configurations for the plurality of network devices, wherein generating the set of normalized configurations comprises converting the set of current configurations to the set of normalized configurations using a data modeling language; generating a network graph based on the set of normalized configurations and a topology of the target network; analyzing the plurality of sub-verification tasks and the network graph to determine if the set of current configurations for the plurality of network devices satisfies the at least one network intent; if the at least one network intent is not satisfied, generating a report indicating that the target network is not in compliance; and if the at least one network intent is satisfied, providing information indicating that target network is in compliance. decomposing at least one network intent into a plurality of sub-verification tasks using a set of labels that define the network intent; generating a set of normalized configurations for a plurality of network devices in a target network based on a set of current configurations for the plurality of network devices, wherein generating the set of normalized configurations comprises converting the set of current configurations to the set of normalized configurations using a data modeling language; generating a network graph based on the set of normalized configurations and a topology of the target network; analyzing the plurality of sub-verification tasks and the network graph to determine if the set of current configurations for the plurality of network devices satisfies the at least one network intent; if the at least one network intent is not satisfied, generating a report indicating that the target network is not in compliance; and if the at least one network intent is satisfied, providing information indicating that target network is in compliance.
A method for purifying and drying a hydrofluoroolefin stream comprising a hydrofluoroolefin, water and impurities based on halogenated carbon compounds, characterized in that said stream is placed in contact with an adsorbent selected from molecular sieves which are zeolites of type X having a pore diameter ranging from 8 Å to 12 Å and in that purification and drying are performed in one same step, and in that said hydrofluoroolefin is 1-chloro-3,3,3-trifluoropropene (Z-1233zd).
A surface modified nitride particle comprising: a nitride particle covalently bonded via a urethane moiety to an aromatic compound; and at least two auxiliary moieties, wherein a majority of any moieties connecting the nitride particle and the aromatic compound are urethane moieties.