mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission method, comprising: transmitting, by a network device, to a terminal device a resource configuration of a reference signal; transmitting, by the network device, to the terminal device over higher layer signaling state information configuration for a measurement report of the reference signal; transmitting, by the network device, to the terminal device downlink control information, DCI, wherein the DCI comprises a channel state information, CSI, request field indicating transmission of the reference signal to the terminal device, and triggering the terminal device to report a measurement result of the reference signal to the network device; transmitting, by the network device, the reference signal; and receiving, by the network device, from the terminal device the measurement result obtained according to the CSI request field and the state information configuration, the measurement report comprising at least one of state information: beam state information, BSI, and CSI; wherein the BSI comprises reference signal received power, RSRP, of the reference signal; and wherein the resource configuration includes information of a first resource, the first resource being one reference signal resource set of S first reference signal resource sets, and the S being an integer greater than or equal to 1. transmitting, by a network device, to a terminal device a resource configuration of a reference signal; transmitting, by the network device, to the terminal device over higher layer signaling state information configuration for a measurement report of the reference signal; transmitting, by the network device, to the terminal device downlink control information, DCI, wherein the DCI comprises a channel state information, CSI, request field indicating transmission of the reference signal to the terminal device, and triggering the terminal device to report a measurement result of the reference signal to the network device; transmitting, by the network device, the reference signal; and receiving, by the network device, from the terminal device the measurement result obtained according to the CSI request field and the state information configuration, the measurement report comprising at least one of state information: beam state information, BSI, and CSI; wherein the BSI comprises reference signal received power, RSRP, of the reference signal; and wherein the resource configuration includes information of a first resource, the first resource being one reference signal resource set of S first reference signal resource sets, and the S being an integer greater than or equal to 1.
A method for the treatment of wastewaters derived from blast furnace gas cleaning and initially containing: • between 1.5ppm and 15ppm in weight of cyanides, including between 1 and 10ppm in weight of weak acid dissociable cyanides, • between 0.8 and 3ppm in weight of zinc, • up to 8ppm in weight of iron and • between 0.05 and 0.5ppm in weight of lead, wherein said wastewaters are subjected to a single oxidation step during which cyanides compounds are converted into carbon dioxide and nitrogen, this oxidation step comprising the mixing of wastewaters with a chlorine solution and an alkaline agent so as to obtain a mixture, the alkaline agent being added in such a quantity so as to maintain the pH of said mixture between 8.8 and 9.5 and the chlorine solution being added in such a quantity so as to maintain the oxydo-reduction potential of the mixture between 150 and 450mV. • between 1.5ppm and 15ppm in weight of cyanides, including between 1 and 10ppm in weight of weak acid dissociable cyanides, • between 0.8 and 3ppm in weight of zinc, • up to 8ppm in weight of iron and • between 0.05 and 0.5ppm in weight of lead,
A bacterial strain Lactobacillus paracasei DG deposited with the National Collection of Microorganism Cultures of the Pasteur Institute in Paris on 05/05/1995, with the deposit number CNCM 1-1572 for use in the treatment and/or prevention of intestinal butyrate- and/or succinate-dependent pathological conditions.
A rotary adjustable plate orifice valve for a fuel system, comprising: a housing including a first fluid path opening and a second fluid path opening ; a sleeve disposed at least partially within the housing and having a sleeve opening defined by a cam surface ; and a spool disposed at least partially within the sleeve and the housing and configured to rotate relative to the sleeve, the spool including: a plate face that abuts the cam surface; and a plate orifice defined in the plate face and positioned to be partially in fluid communication with the opening and to be partially blocked by the cam surface, wherein an amount of open area of the orifice that is in fluid communication with the sleeve opening changes as a function of a rotational position of the orifice relative to the cam surface; wherein fluid can flow between the first fluid path and the second fluid path through the plate orifice; characterized in that : the spool includes a threaded end opposite the face plate; and the valve further comprises a lock nut in threaded connection with the threaded end of the spool and configured to tighten the plate face of the spool against the cam surface of the sleeve. a housing including a first fluid path opening and a second fluid path opening ; a sleeve disposed at least partially within the housing and having a sleeve opening defined by a cam surface ; and a spool disposed at least partially within the sleeve and the housing and configured to rotate relative to the sleeve, the spool including: a plate face that abuts the cam surface; and a plate orifice defined in the plate face and positioned to be partially in fluid communication with the opening and to be partially blocked by the cam surface, wherein an amount of open area of the orifice that is in fluid communication with the sleeve opening changes as a function of a rotational position of the orifice relative to the cam surface; a plate face that abuts the cam surface; and a plate orifice defined in the plate face and positioned to be partially in fluid communication with the opening and to be partially blocked by the cam surface, wherein an amount of open area of the orifice that is in fluid communication with the sleeve opening changes as a function of a rotational position of the orifice relative to the cam surface; wherein fluid can flow between the first fluid path and the second fluid path through the plate orifice; characterized in that : the spool includes a threaded end opposite the face plate; and the valve further comprises a lock nut in threaded connection with the threaded end of the spool and configured to tighten the plate face of the spool against the cam surface of the sleeve. the spool includes a threaded end opposite the face plate; and the valve further comprises a lock nut in threaded connection with the threaded end of the spool and configured to tighten the plate face of the spool against the cam surface of the sleeve.
Pump dispenser comprising a container for fluid to be dispensed and a pump for dispensing fluid from the container, the container having a neck to which the pump is attached and the pump comprising a pump body defining a pump chamber , the pump body having a locating formation engaging the container neck , and a plunger reciprocable relative to the pump body in a pumping stroke to alter the volume of the pump chamber; a lock mechanism comprising a threaded engagement between the plunger and the pump body, with respective lock formations which are screw thread portions of the plunger and pump body , the lock mechanism having a locked condition in which the plunger is locked against reciprocation and an unlocked condition in which the plunger can reciprocate for pumping, and in which a release movement of the lock mechanism from the locked condition comprises a relative rotation of the plunger and pump body around an axis of the plunger, characterised by a body/neck rotation stop mechanism provided by an interlock engagement between the pump body and the container neck to inhibit relative rotation thereof. a pump body defining a pump chamber , the pump body having a locating formation engaging the container neck , and a plunger reciprocable relative to the pump body in a pumping stroke to alter the volume of the pump chamber; a lock mechanism comprising a threaded engagement between the plunger and the pump body, with respective lock formations which are screw thread portions of the plunger and pump body , the lock mechanism having a locked condition in which the plunger is locked against reciprocation and an unlocked condition in which the plunger can reciprocate for pumping, and in which a release movement of the lock mechanism from the locked condition comprises a relative rotation of the plunger and pump body around an axis of the plunger, characterised by a body/neck rotation stop mechanism provided by an interlock engagement between the pump body and the container neck to inhibit relative rotation thereof.
A case for a gas turbine engine , the case comprising: a wall defining a through-hole ; and first and second pockets adjacent to, and on opposite sides, of the through-hole , wherein the first and the second pockets circumferentially flank the through-hole and are defined in an inner surface of the wall , characterised in that : at least one of the first or the second pockets includes a circular periphery, and the through-hole is located through a boss ; at least one of the first and second pockets extends for a depth (T) from the inner surface of the wall between 10%-50% a thickness of the wall and has a diameter (D) of 100%-500% of a diameter (d) of the through-hole ; and each pocket has an outer edge circumferentially spaced a distance (Z) from a surface defining the through-hole along a hoop line (H), and the distance (Z) is between 10%-100% of the diameter (d) of the through-hole . a wall defining a through-hole ; and first and second pockets adjacent to, and on opposite sides, of the through-hole , wherein the first and the second pockets circumferentially flank the through-hole and are defined in an inner surface of the wall , characterised in that : at least one of the first or the second pockets includes a circular periphery, and the through-hole is located through a boss ; at least one of the first and second pockets extends for a depth (T) from the inner surface of the wall between 10%-50% a thickness of the wall and has a diameter (D) of 100%-500% of a diameter (d) of the through-hole ; and each pocket has an outer edge circumferentially spaced a distance (Z) from a surface defining the through-hole along a hoop line (H), and the distance (Z) is between 10%-100% of the diameter (d) of the through-hole . at least one of the first or the second pockets includes a circular periphery, and the through-hole is located through a boss ; at least one of the first and second pockets extends for a depth (T) from the inner surface of the wall between 10%-50% a thickness of the wall and has a diameter (D) of 100%-500% of a diameter (d) of the through-hole ; and each pocket has an outer edge circumferentially spaced a distance (Z) from a surface defining the through-hole along a hoop line (H), and the distance (Z) is between 10%-100% of the diameter (d) of the through-hole .
A lubricating composition for cold working which comprises at least one carbonate selected from alkali metal carbonates and alkaline earth metal carbonates and at least one hydroxide selected from alkali metal hydroxides and alkaline earth metal hydroxides in a lubricating base oil selected from one or more of the group consisting of mineral oils, fats and fatty oils, and synthetic lubricating oils, and which has a content of chlorine compounds of 0% by mass or greater than 0% by mass but not greater than 1% by mass based on the mass of the composition, characterized in that the content of the carbonate in the composition is from 15% by mass to 65% by mass and in that the content of the hydroxide is at least 0.01 parts by mass and at most 5 parts by mass per 100 parts by mass of the carbonate.
A tool for marking rafters, comprising a body with a top layer , a bottom layer , a first plumb side and a second foot side disposed at 90 degrees to the first plumb side , and a marking blade passing between the top layer and the bottom layer ; wherein the marking blade is pivotally mounted to a pivot pin proximal a vertex of the first and second sides and is slidably mounted to the pivot pin by a void extending along the marking blade , wherein said body further comprises a third hypotenuse side disposed at 45 degrees to the first side and the second side and located opposite the vertex of the first and second sides, and wherein the blade can pass through the third side .
An electromechanical switching device for breaking an electric current, the switching device comprising: - a stationary main contact ; - a movable main contact ; - a stationary arcing contact ; - a movable arcing contact , the stationary arcing contact and the movable arcing contact being arranged in parallel with the stationary main contact and the movable main contact ; - an actuating arrangement configured to move the movable main contact relative to the stationary main contact between a closed position, in contact with the stationary main contact , and an open position, separated from the stationary main contact , and configured to move the movable arcing contact linearly relative to the stationary arcing contact between a closed position, in contact with the stationary arcing contact , and an open position, separated from the stationary arcing contact ; characterised by - a magnetic member arranged to generate a magnetic holding force in response to an electric current flow through the movable arcing contact when the movable arcing contact is in the closed position, the magnetic holding force acting on the movable arcing contact in a direction against the stationary arcing contact . - a stationary main contact ; - a movable main contact ; - a stationary arcing contact ; - a movable arcing contact , the stationary arcing contact and the movable arcing contact being arranged in parallel with the stationary main contact and the movable main contact ; - an actuating arrangement configured to move the movable main contact relative to the stationary main contact between a closed position, in contact with the stationary main contact , and an open position, separated from the stationary main contact , and configured to move the movable arcing contact linearly relative to the stationary arcing contact between a closed position, in contact with the stationary arcing contact , and an open position, separated from the stationary arcing contact ; characterised by - a magnetic member arranged to generate a magnetic holding force in response to an electric current flow through the movable arcing contact when the movable arcing contact is in the closed position, the magnetic holding force acting on the movable arcing contact in a direction against the stationary arcing contact .
A chair , such as a chairlift, for a ski-lift facility, such as an aerial cable lift facility, the chair comprising: - a seat including at least one seating portion on which a passenger could sit, - a railing comprising a safety bar and at least one support element fastened to the safety bar and extending transversely to the safety bar , the railing being mounted movable between a raised position and a lowered position, the safety bar being configured to extend at least partially in front of a passenger sitting on the at least one seating portion when the railing is in the lowered position, and the at least one support element being configured to extend between the legs of a passenger sitting on the at least one seating portion when the railing is in the lowered position, characterized in that the at least one support element includes a first footrest and a second footrest which are configured to be shifted vertically with respect to one another when the railing is in the lowered position, and in that the first and second footrests are configured such that the first footrest is disposed at a higher height than the second footrest when the railing is in the lowered position, the first footrest having a lateral bulk smaller than the lateral bulk of the second footrest . - a seat including at least one seating portion on which a passenger could sit, - a railing comprising a safety bar and at least one support element fastened to the safety bar and extending transversely to the safety bar , the railing being mounted movable between a raised position and a lowered position, the safety bar being configured to extend at least partially in front of a passenger sitting on the at least one seating portion when the railing is in the lowered position, and the at least one support element being configured to extend between the legs of a passenger sitting on the at least one seating portion when the railing is in the lowered position,
A method for fault detection, comprising: actuating a shut off valve to an open position; determining a first air pressure, of air in an enclosed space, at a first time using an air pressure sensor (240;801); determining a second air pressure, of the air in the enclosed space, at a second time using the air pressure sensor (240;801) and in response to actuation of the shut off valve to the open position; characterised by subtracting the first air pressure and the second air pressure to obtain an actual pressure difference; making a transient comparison of the actual pressure difference to a predetermined pressure difference; determining, based on the transient comparison, whether at least one of the shut off valve and a check valve is in a failed state. actuating a shut off valve to an open position; determining a first air pressure, of air in an enclosed space, at a first time using an air pressure sensor (240;801); determining a second air pressure, of the air in the enclosed space, at a second time using the air pressure sensor (240;801) and in response to actuation of the shut off valve to the open position; characterised by subtracting the first air pressure and the second air pressure to obtain an actual pressure difference; making a transient comparison of the actual pressure difference to a predetermined pressure difference; determining, based on the transient comparison, whether at least one of the shut off valve and a check valve is in a failed state.
A vehicle cradle which comprises a lower shell , an upper shell and a spacer , the lower shell being secured to the upper shell by delimiting a hollow space in which said spacer is positioned in abutment between said two shells , said cradle being adapted to, at the location of the spacer , form a support for suspension elements , fixing elements of an engine or steering control elements, characterized in that a holding element is positioned in said hollow space , said holding element being secured to one of the two shells and comprises an opening in which said spacer is positioned.
A wiring board comprising: an insulator ; a through hole penetrating between a front surface and a back surface of the insulator ; a through hole conductor provided on a wall surface of the through hole to electrically connect a front surface side opening and a back surface side opening of the through hole ; through hole lands provided around the front surface side opening and the back surface side opening, respectively, and connected to the through hole conductor ; lid plating conductors provided on the front surface side and the back surface side of the insulator , respectively, and placed on the respective through hole lands ; and wiring patterns formed on the front surface and the back surface of the insulator, respectively, wherein a diameter (D4) of each lid plating conductor is less than a diameter (D2) of each through hole land , characterized in that a thickness of the through hole lands is 1.0 μm or more and 10.0 μm or less, so that the lid plating conductors is formed without protruding from the through hole lands , a width of the wiring patterns is 2.0 μm or more and 25 μm or less, and a conductor area ratio of a region including the wiring pattern and a gap part adjacent to the wiring pattern and not including the through hole land in each of the front surface and the back surface of the insulator is 50% or smaller. a thickness of the through hole lands is 1.0 μm or more and 10.0 μm or less, so that the lid plating conductors is formed without protruding from the through hole lands , a width of the wiring patterns is 2.0 μm or more and 25 μm or less, and a conductor area ratio of a region including the wiring pattern and a gap part adjacent to the wiring pattern and not including the through hole land in each of the front surface and the back surface of the insulator is 50% or smaller.
A method of provisioning a joining device during secure commissioning of the joining device to join a mesh network , the method comprising: establishing , by a commissioning device , a commissioning communication session between the commissioning device and a border router of the mesh network ; establishing , by the commissioning device , a secure communication tunnel over the mesh network between the joining device and the commissioning device ; sending , by the commissioning device , commissioning information to the joining device over the secure communication tunnel; receiving , by the commissioning device over the secure communication tunnel and from the joining device , an indication of a location of a commissioner application that is executable for provisioning the joining device ; executing , by the commissioning device , the commissioner application to provision the joining device by sending provisioning information to the joining device over the secure communication tunnel, the provisioning information being usable by the joining device for provisioning operations other than joining the mesh network ; and responsive to completing the provisioning of the joining device , finalizing, by the commissioning device , commissioning of the joining device , causing the joining device to join the mesh network using the commissioning information. establishing , by a commissioning device , a commissioning communication session between the commissioning device and a border router of the mesh network ; establishing , by the commissioning device , a secure communication tunnel over the mesh network between the joining device and the commissioning device ; sending , by the commissioning device , commissioning information to the joining device over the secure communication tunnel; receiving , by the commissioning device over the secure communication tunnel and from the joining device , an indication of a location of a commissioner application that is executable for provisioning the joining device ; executing , by the commissioning device , the commissioner application to provision the joining device by sending provisioning information to the joining device over the secure communication tunnel, the provisioning information being usable by the joining device for provisioning operations other than joining the mesh network ; and responsive to completing the provisioning of the joining device , finalizing, by the commissioning device , commissioning of the joining device , causing the joining device to join the mesh network using the commissioning information.