mhurhangee/ep-ind-claims huggingface dataset:
Connector assembly configured to provide a lever gear ratio allowing a user to couple the connector to a mating connector with a limited manual force applicable by the user comprising a connector, a mating connector adapted to be coupled to the connector, in a mating direction, and a lever assembly, the lever assembly comprising at least one lever, the lever being arranged on the connector pivotably about a pivot axis, the pivot axis, being oriented essentially perpendicular to the mating direction, the lever at least partly covering the mating connector in a coupled state of the connector assembly, the lever comprising an inner lever member and an outer lever member, the inner lever member being connected to the outer lever member at a position distal from the pivot axis, the inner lever member being arranged between the outer lever member and the mating connector in the coupled state of the connector assembly, and the inner lever member engaging the mating connector at least in the mating direction.
A security closure for a container neck, the security closure comprising a body formed from a plastics material by moulding, and a metal retention member formed integrally with the body for retaining the body on a container neck; characterised by: the metal retention member formed integrally with the body during moulding of the body.
Method for metering a catalyst slurry comprising the steps of: - feeding said catalyst slurry to a catalyst metering device, said catalyst metering device comprising a body, having an inlet and an outlet, comprising a rotatable catalyst metering valve, said valve comprising a catalyst metering chamber operably connected to said inlet and outlet, and a piston arranged within the chamber, characterized in that the rotatable catalyst metering valve is formed of an iron-based alloy steel hardened to a Rockwell hardness C of at least 60, wherein said metering device determines an amount of catalyst slurry to be dispensed, and - dispensing said metered catalyst slurry; wherein said iron-based alloy steel comprises in weight percent: carbon from 1.2 to 1.8%, chromium from 10 to 14%, up to 0.7% manganese, up to 1.0% molybdenum, up to 0.9% silicon, up to 1.1% Vanadium, and at least 80% of iron. - feeding said catalyst slurry to a catalyst metering device, said catalyst metering device comprising a body, having an inlet and an outlet, comprising a rotatable catalyst metering valve, said valve comprising a catalyst metering chamber operably connected to said inlet and outlet, and a piston arranged within the chamber, characterized in that the rotatable catalyst metering valve is formed of an iron-based alloy steel hardened to a Rockwell hardness C of at least 60, wherein said metering device determines an amount of catalyst slurry to be dispensed, and - dispensing said metered catalyst slurry;
An insert (20, 100, 200, 250, 300) for use in a sandwich-type structure, the sandwich-type structure including face sheets attached to a core, the insert comprising: an upper element (22, 102, 202, 252, 302) comprising: an outer flange (26, 106); a central portion having a wall extending from the outer flange, the wall defining an exterior surface and an interior surface; and an aperture extending through the outer flange and the central portion; and a lower element (24, 104, 204, 254, 304) configured for sliding engagement with the upper element, the lower element comprising: an outer flange (42, 122); a central portion; and an aperture extending through the outer flange and the central portion, the aperture of the lower element (24, 104, 204, 254, 304) being in communication with the aperture of the upper element (22, 102, 202, 252, 302) in an axial direction, the insert being characterized in that the central portion of the lower element (24, 104, 204, 254, 304) defining an extension having a plurality of resilient beams, wherein when the lower element (24, 104, 204, 254, 304) is slid into engagement with the upper element within the sandwich-type structure, the plurality of resilient beams are elastically deflected by at least one of the exterior surface and the interior surface of the wall of the upper element such that the insert can be positioned properly in the axial direction to accommodate sandwich-type structures of varying thickness. an upper element (22, 102, 202, 252, 302) comprising: an outer flange (26, 106); a central portion having a wall extending from the outer flange, the wall defining an exterior surface and an interior surface; and an aperture extending through the outer flange and the central portion; and an outer flange (26, 106); a central portion having a wall extending from the outer flange, the wall defining an exterior surface and an interior surface; and an aperture extending through the outer flange and the central portion; and a lower element (24, 104, 204, 254, 304) configured for sliding engagement with the upper element, the lower element comprising: an outer flange (42, 122); a central portion; and an aperture extending through the outer flange and the central portion, the aperture of the lower element (24, 104, 204, 254, 304) being in communication with the aperture of the upper element (22, 102, 202, 252, 302) in an axial direction, an outer flange (42, 122); a central portion; and an aperture extending through the outer flange and the central portion, the aperture of the lower element (24, 104, 204, 254, 304) being in communication with the aperture of the upper element (22, 102, 202, 252, 302) in an axial direction,
Internal combustion engine comprising an injector provided between a throttle valve arranged in an intake passage and an intake opening of a combustion chamber of a cylinder, wherein a ratio (ε) of a volume of a portion that extends from the throttle valve in the intake passage to the intake opening, relative to a stroke volume of the cylinder is between ε=0.51 and at most ε=0.61; and wherein a fuel injection timing of the injector in a region of a low speed rotation of the engine is set to occur at a time other than an intake stroke.
Movable furniture component, in particular drawer, having a cover profile and at least one side cover for the cover profile and a device for securing the side cover to the cover profile, having a stop portion which is constructed on the side cover and which is provided with a stop face and a securing portion which has a smaller cross-section in comparison and which can be inserted into a hollow receiving portion which extends from a profile edge into the inner side of the cover profile on the cover profile, wherein there is constructed in the securing portion at least one securing hole (35a-d) with which at least one assembly hole (22a, b) which extends in the cover profile from a cover profile rear side into the hollow receiving portion is associated, wherein the securing hole (35a-d) and the assembly hole (22a, b) are orientated with respect to each other in such a manner that the securing portion, when securing means are introduced through the assembly hole (22a, b), can be displaced into the securing hole (35a-d) into the receiving portion so that the stop portion can be pressed onto the profile edge of the cover profile, characterised in that the at least one securing hole (35a-d) is spaced apart in the width direction of the side cover with a spacing x 1 from the stop face of the stop portion and the at least one assembly hole (22a, b) is spaced apart in the width direction of the cover profile with a spacing x 2 from the profile edge, wherein the spacing x 1 is smaller than the spacing x 2.
A method for replacing a wireless network based on an Equivalent Public Land Mobile Network, EPLMN, characterized by comprising following steps of: establishing (s101, s201) a new network and configuring a Public Land Mobile Network, PLMN, of the new network as a second Public Land Mobile Network, PLMN, configuring (s102, s202) a cell of the new network with a same station address for each cell of a current network as an inter-frequency neighbor cell, and configuring (s102, s202) a re-selection parameter for reselecting the cell of the new network for each cell of the current network; a Home Public Land Mobile Network, HPLMN, used by said current network to be replaced is a first PLMN; a core network side of the current network sending (s104, s205) an EPLMN list including the first PLMN and the second PLMN to a user which needs to migrate; and changing (s106, s207) the PLMN of the new network from the second PLMN to the first PLMN after all of users of the current network migrate into the new network, and deleting (s107, s208) the EPLMN list of the core network side of the new network; wherein the step of configuring (s102, s202) the cell of the new network with the same station address for each cell of the current network as the inter-frequency neighbor cell comprises: configuring an identification, ID, of the cell of the new network to a radio network controller to which a base station of the cell of the current network with the same station address belongs. establishing (s101, s201) a new network and configuring a Public Land Mobile Network, PLMN, of the new network as a second Public Land Mobile Network, PLMN, configuring (s102, s202) a cell of the new network with a same station address for each cell of a current network as an inter-frequency neighbor cell, and configuring (s102, s202) a re-selection parameter for reselecting the cell of the new network for each cell of the current network; a Home Public Land Mobile Network, HPLMN, used by said current network to be replaced is a first PLMN; a core network side of the current network sending (s104, s205) an EPLMN list including the first PLMN and the second PLMN to a user which needs to migrate; and changing (s106, s207) the PLMN of the new network from the second PLMN to the first PLMN after all of users of the current network migrate into the new network, and deleting (s107, s208) the EPLMN list of the core network side of the new network; wherein the step of configuring (s102, s202) the cell of the new network with the same station address for each cell of the current network as the inter-frequency neighbor cell comprises: configuring an identification, ID, of the cell of the new network to a radio network controller to which a base station of the cell of the current network with the same station address belongs.
A method for transmitting uplink acknowledgement information for a downlink data channel in a mobile communication system using orthogonal frequency-division multiple access, OFDMA, the method being performed by an apparatus and comprising: receiving a downlink control channel and a downlink data channel, wherein the downlink control channel includes at least two control channel elements, CCEs; generating uplink acknowledgement information for the received downlink data channel; and transmitting the uplink acknowledgement information using a first channel resource through a first transmission antenna and a second channel resource through a second transmission antenna, wherein the first channel resource includes a first cyclic shift, CS, and a first orthogonal cover, OC, determined based on a lowest CCE index n CCE of the at least two CCEs of the downlink control channel, and the second channel resource includes a second CS and a second OC determined based on a CCE index n CCE +1 of the at least two CCEs of the downlink control channel, wherein the second CS is different from the first CS, and the second OC is different from the first OC, and wherein the transmitting of the uplink acknowledgement information is repeated through two consecutive slots. receiving a downlink control channel and a downlink data channel, wherein the downlink control channel includes at least two control channel elements, CCEs; generating uplink acknowledgement information for the received downlink data channel; and transmitting the uplink acknowledgement information using a first channel resource through a first transmission antenna and a second channel resource through a second transmission antenna, wherein the first channel resource includes a first cyclic shift, CS, and a first orthogonal cover, OC, determined based on a lowest CCE index n CCE of the at least two CCEs of the downlink control channel, and the second channel resource includes a second CS and a second OC determined based on a CCE index n CCE +1 of the at least two CCEs of the downlink control channel, wherein the second CS is different from the first CS, and the second OC is different from the first OC, and wherein the transmitting of the uplink acknowledgement information is repeated through two consecutive slots.
An exchanger of the type with an array of fins suitable for a heat pump, the exchanger comprising, in a predefined volume, a plurality of fins mounted transversely along a plurality of rectilinear tubes oriented parallel to one another, where most of the tubes are connected to one another by connecting portions fastened to the ends of the tubes to form a flow circuit for a fluid, the exchanger being characterized in that it also comprises: • at least one electrical resistance positioned inside one of said tubes not connected to the other tubes of the plurality of tubes, and • a control means to provide an electrical current to the electrical resistance. • at least one electrical resistance positioned inside one of said tubes not connected to the other tubes of the plurality of tubes, and • a control means to provide an electrical current to the electrical resistance.
Closure for a flap or door, which is mounted on a body, wherein an actuating element may be attached to the flap or door, wherein a fitting part comprises a locking claw which is adjustable between an opened and a closed position and a locking lever to lock or release the locking claw, and wherein the locking lever with a fastening screw, which is guided through a connecting sleeve surrounding the locking lever and the actuating element, is connected to the actuating element characterized in that the connecting sleeve is connected directly to the locking lever in a self-supporting manner.
Domestic appliance having a heatable processing chamber, comprising an antenna array for exchanging signals between a transmitting device and a receiving device of a domestic appliance comprising a heatable processing chamber, in particular for measuring the temperature inside the processing chamber, the receiving device being arranged in the processing chamber, characterised in that the receiving device is held on a wall (2.1) of the processing chamber together with a heating element by means of a holding device, the receiving device comprising electrical insulation (14.2), by means of which the receiving device is electrically insulated from the holding device and is thus designed as a dipole relative to the walls (2.1) of the cooking chamber.
A flow control valve for a construction equipment comprising; a valve body installed on the path between a hydraulic pump and a hydraulic actuator and configured with a supply path communicating with a pump path supplying the hydraulic oil from the hydraulic pump and the actuator ports (6,7) connected to the hydraulic actuator; a spool provided within the valve body so that by switching, the hydraulic oil of the hydraulic pump is supplied to the hydraulic actuator, and a hydraulic oil discharged from the hydraulic actuator is returned to a hydraulic oil tank; a pressure chamber provided within the spool, which communicates with the supply path and an actuator port on one side; a signal pressure path (13, 14) provided within the spool, which communicates with the actuator port on the other side and the pressure chamber; and a flow control valve provided within the pressure chamber, wherein when the pressure of the hydraulic oil returning to the hydraulic oil tank from the hydraulic actuator exceeds a predetermined pressure, the flow control valve is switched by the returning oil supplied through the signal pressure path (13, 14) and blocks an opening area of the flow control valve; the flow control valve is configured with a valve spring to support elastically the maximum open state of the opening area of the flow control valve as the initial state, and characterized in that a drain path is configured in the spool so as to communicate with a back pressure chamber and a tank path and to remove the remaining pressure of the back pressure chamber by the valve spring.
A mechanical seal arrangement comprising: - a first mechanical seal comprising a first rotating sliding ring and a first stationary sliding ring defining a first sealing gap therebetween, - a second mechanical seal having a second rotating sliding ring and a second stationary sliding ring defining a second seal gap therebetween, - a housing with an inlet and an outlet for a cooling liquid, - a rotating conveying sleeve which is joined to the first rotating sliding ring and the second rotating sliding ring - said conveying sleeve having a plurality of conveying grooves on its outer circumference, - wherein the first stationary sliding ring is arranged radially outside the conveying sleeve and has an inner circumference which is eccentric to an outer circumference of the conveying sleeve so that a circumferential eccentric gap is formed between the outer circumference of the conveying sleeve and the inner circumference of the first stationary sliding ring, characterized in in that - the first stationary sliding ring, on a rear side facing away from the first sealing gap, has a first slot directed towards the outlet and a first widening recess on the inner circumference, which recess opens into the first slot, - wherein an annular gap is formed adjacent to the rear side of the first stationary sliding ring between the housing and the outer circumference of the first stationary sliding ring, and. - wherein a second widening recess is formed on the housing, which recess opens from the annular gap into the outlet. - a first mechanical seal comprising a first rotating sliding ring and a first stationary sliding ring defining a first sealing gap therebetween, - a second mechanical seal having a second rotating sliding ring and a second stationary sliding ring defining a second seal gap therebetween, - a housing with an inlet and an outlet for a cooling liquid, - a rotating conveying sleeve which is joined to the first rotating sliding ring and the second rotating sliding ring - said conveying sleeve having a plurality of conveying grooves on its outer circumference, - wherein the first stationary sliding ring is arranged radially outside the conveying sleeve and has an inner circumference which is eccentric to an outer circumference of the conveying sleeve so that a circumferential eccentric gap is formed between the outer circumference of the conveying sleeve and the inner circumference of the first stationary sliding ring, characterized in in that - the first stationary sliding ring, on a rear side facing away from the first sealing gap, has a first slot directed towards the outlet and a first widening recess on the inner circumference, which recess opens into the first slot, - wherein an annular gap is formed adjacent to the rear side of the first stationary sliding ring between the housing and the outer circumference of the first stationary sliding ring, and. - wherein a second widening recess is formed on the housing, which recess opens from the annular gap into the outlet.
An air conditioning device (200, 200a, 200b, 200c, 200d, 200e) comprising: a gas detection processing unit calculating a concentration value of a detection target gas in an air conditioning target space by using a lidar; a blowing control unit (23, 23a) controlling a blowing direction (Φ β, Θ B) with respect to the air conditioning target space by using the concentration value; and a wind measurement processing unit calculating a wind direction value (Φ L, Θ L) in the air conditioning target space by using the lidar, wherein the blowing control unit (23, 23a) controls the blowing direction (Φ β, Θ B) by using the concentration value and the wind direction value (Φ L, Θ L). a gas detection processing unit calculating a concentration value of a detection target gas in an air conditioning target space by using a lidar; a blowing control unit (23, 23a) controlling a blowing direction (Φ β, Θ B) with respect to the air conditioning target space by using the concentration value; and a wind measurement processing unit calculating a wind direction value (Φ L, Θ L) in the air conditioning target space by using the lidar, wherein the blowing control unit (23, 23a) controls the blowing direction (Φ β, Θ B) by using the concentration value and the wind direction value (Φ L, Θ L).
Floor drain comprising a plate-shaped cover for receiving a tile or mosaic, and a drain element which can be integrally bonded to a body of setting building material, the cover being connected to an annular positioning element arranged on the underside of the cover, the outer diameter of the positioning element being no larger than the largest outer dimension of the cover, and a seat (1.1) for removably receiving the annular positioning element being formed on the drain element, the annular positioning element defining, together with the cover, at least one water inlet opening, characterised in that the cover does not have a frame, and therefore the tile or mosaic protrudes beyond the sides of the cover or ends substantially flush with the outer edge of the cover, and the cover comprising at least two connecting pieces (3.2) which protrude on opposite sides and are angled upwards.
A β-glucosidase, comprising a β-glucosidase catalytic domain which comprises a polypeptide comprising an amino acid sequence represented by SEQ ID NO. 1.