mhurhangee/ep-ind-claims huggingface dataset:
Device for controlling the movement of a furniture part mounted to be movable on a furniture body which can be moved relative to the furniture body by an electric drive unit, wherein the device comprises an electrically powered control unit which can control the drive unit so that the furniture part can be moved driven as a function of an operator action assigned to the furniture part, wherein switching means are provided, wherein when the control unit does not register an operator action the switching means automatically cuts off at least the control unit from an external power supply, characterised in that the switching means perform a galvanic isolation of the power supply from at least the control unit so that there is no quiescent current in the parts cut off from the power supply or in that the switching means perform a galvanic isolation of the power supply from at least the control unit, so that there is no quiescent current in the parts cut off from the power supply with the exception that a storage area of the control unit is buffered by a battery so as to be able to keep predefined data secure.
A gas turbine engine component comprising: a rotor blade having a squealer tip comprising at least one projecting lip, characterized in the rotor blade having a raised rim running along both edges of each projecting lip of the squealer tip, an abrasive coating running along the centre of each projecting lip where it is bounded on both sides by the raised rim, and covering the tip region within an area bounded by the raised rim, the abrasive coating being formed of hard particles embedded in a retaining matrix, the raised rim having a height of between 50% and 75% of the mean diameter of the hard particles. a rotor blade having a squealer tip comprising at least one projecting lip, characterized in the rotor blade having a raised rim running along both edges of each projecting lip of the squealer tip, an abrasive coating running along the centre of each projecting lip where it is bounded on both sides by the raised rim, and covering the tip region within an area bounded by the raised rim, the abrasive coating being formed of hard particles embedded in a retaining matrix, the raised rim having a height of between 50% and 75% of the mean diameter of the hard particles.
A shroud segment of a turbine comprising: a circumferential leading edge; a circumferential trailing edge spaced from the leading edge; a first side panel connected to the leading and trailing edges; a second side panel connected to the leading and trailing edges, spaced and opposed to the first side panel; an arcuate base connected to the trailing edge and the leading edge having a fore portion, a midsection portion, an aft portion, an opposed first side portion and second side portion, an outer surface partially defining a cavity operative to receive pressurized air, and an arcuate inner surface in contact with a gas flow path of a turbine engine moving in the direction from the leading edge to the trailing edge of the turbine component; a first side cooling air passage in the base extending along the first side portion from the fore portion to the aft portion; and a fore cooling air passage in the fore portion of the base communicative with the side cooling air passage and the cavity, operative to receive the pressurized air from the cavity; characterised in that: the first side cooling air passage has an inner surface including a ridge operative to effect a flow of the pressurized air. a circumferential leading edge; a circumferential trailing edge spaced from the leading edge; a first side panel connected to the leading and trailing edges; a second side panel connected to the leading and trailing edges, spaced and opposed to the first side panel; an arcuate base connected to the trailing edge and the leading edge having a fore portion, a midsection portion, an aft portion, an opposed first side portion and second side portion, an outer surface partially defining a cavity operative to receive pressurized air, and an arcuate inner surface in contact with a gas flow path of a turbine engine moving in the direction from the leading edge to the trailing edge of the turbine component; a first side cooling air passage in the base extending along the first side portion from the fore portion to the aft portion; and a fore cooling air passage in the fore portion of the base communicative with the side cooling air passage and the cavity, operative to receive the pressurized air from the cavity; characterised in that: the first side cooling air passage has an inner surface including a ridge operative to effect a flow of the pressurized air.
A pipe connection arrangement for a fluid management system, said pipe connection arrangement comprising: - a pipe nut for releasably connecting an end portion of a pipe to a fluid port of the fluid management system, said pipe nut comprising a first portion having a toothed outer profile and a second portion configured to engage with a connection point portion of said fluid management system, - an elongated drive member having a first end portion with a toothed outer profile being configured to cooperate with the toothed outer profile of the pipe nut, said first end portion further being configured to concentrically engage with a supplementary guide member adapted to be fixedly arranged adjacent the connection point portion of said fluid management system, whereby, when the elongated drive member is in engagement with the supplementary guide member, and the second portion of the pipe nut is in engagement with the connection point portion, the toothed outer profile and the toothed outer profile of the pipe nut are permitted to mesh together such that a rotation of said elongated drive member causes a corresponding rotation of the pipe nut for clamping the end portion to the fluid port or unclamping the end portion from the fluid port. - a pipe nut for releasably connecting an end portion of a pipe to a fluid port of the fluid management system, said pipe nut comprising a first portion having a toothed outer profile and a second portion configured to engage with a connection point portion of said fluid management system, - an elongated drive member having a first end portion with a toothed outer profile being configured to cooperate with the toothed outer profile of the pipe nut, said first end portion further being configured to concentrically engage with a supplementary guide member adapted to be fixedly arranged adjacent the connection point portion of said fluid management system,
A borehole pump with a head part and with a foot part which consists of stainless steel, between which one or more pump stages are integrated, wherein the foot part is designed for connecting the pump to a drive motor and comprises inlet openings for the fluid to be delivered and consists of at least two components (8, 9) which are separated in one or more radial planes and are formed in different manufacturing methods, wherein a component of the foot part which is at the motor side and which is manufactured in a moulding method is provided, characterised in that a component of the foot part which is at the pump side and which is manufactured with a metal injection moulding method is provided.
A method by a base station in a wireless communication system, the method comprising: transmitting configuration information including a power headroom report, PHR, format to a terminal; and receiving a PHR corresponding to the PHR format from the terminal, wherein the received PHR includes power headrooms, PHs, (445, 460, 470, 480) for multiple serving cells and an indicator for each serving cell of multiple serving cells, wherein the indicator indicates whether the terminal applies a power backoff due to a power management-maximum power reduction, P-MPR, wherein the PHR format is associated with the PHs for multiple serving cells, characterized in that the PHR is triggered at the terminal, when the power backoff by the P-MPR is changed more than a threshold. transmitting configuration information including a power headroom report, PHR, format to a terminal; and receiving a PHR corresponding to the PHR format from the terminal, wherein the received PHR includes power headrooms, PHs, (445, 460, 470, 480) for multiple serving cells and an indicator for each serving cell of multiple serving cells, wherein the indicator indicates whether the terminal applies a power backoff due to a power management-maximum power reduction, P-MPR, wherein the PHR format is associated with the PHs for multiple serving cells, characterized in that the PHR is triggered at the terminal, when the power backoff by the P-MPR is changed more than a threshold.
A well tool (10, 110) for applying a pulling or a pushing force to an object in an interior of a well bore comprising: a) a drive mandrel (50; 150); b) an engaging mandrel (66; 166; 169; c) an actuation means (62; 162); d) a housing (64; 164) sealing a portion of the drive mandrel and a portion of the engaging mandrel within an interior space, the drive mandrel and the engaging mandrel extending from opposite ends of the housing; characterized in that it further comprises e) a drive mandrel piston area defined at a drive mandrel end portion of the housing between an outside diameter of the housing and a sealed diameter of the drive mandrel; and f) an engaging mandrel piston area defined at an engaging mandrel end portion of the housing between the outside diameter of the housing and a sealed diameter of the engaging mandrel; wherein the actuation means (62; 162) is adapted to reversibly move the housing (64; 164) longitudinally relative to the drive mandrel (50; 150) and the engaging mandrel (66; 166; 169) and wherein the drive mandrel piston area and the engaging mandrel piston area are substantially equal and external pressure acting on the two piston areas, generates two opposing forces that are substantially balanced during relative movement. a) a drive mandrel (50; 150); b) an engaging mandrel (66; 166; 169; c) an actuation means (62; 162); d) a housing (64; 164) sealing a portion of the drive mandrel and a portion of the engaging mandrel within an interior space, the drive mandrel and the engaging mandrel extending from opposite ends of the housing; characterized in that it further comprises e) a drive mandrel piston area defined at a drive mandrel end portion of the housing between an outside diameter of the housing and a sealed diameter of the drive mandrel; and f) an engaging mandrel piston area defined at an engaging mandrel end portion of the housing between the outside diameter of the housing and a sealed diameter of the engaging mandrel; wherein the actuation means (62; 162) is adapted to reversibly move the housing (64; 164) longitudinally relative to the drive mandrel (50; 150) and the engaging mandrel (66; 166; 169) and wherein the drive mandrel piston area and the engaging mandrel piston area are substantially equal and external pressure acting on the two piston areas, generates two opposing forces that are substantially balanced during relative movement.
A system for removing and concentrating per- and polyfluoroalkyl substances (PFAS) from water, the system comprising: an anion exchange vessel including an anion exchange resin therein configured to remove PFAS from water; a line coupled to the anion exchange vessel configured to introduce a flow of water contaminated with PFAS such that the PFAS bind to the anion exchange resin and are thereby removed from the water; a regenerant solution make-up tank containing a regenerant solution, the regenerant solution comprising salt or a base, an alcohol, and water; a regenerant solution line coupled to the anion exchange vessel and the regenerant solution make-up tank, the regenerant solution line configured to introduce the regenerant solution to the anion exchange vessel to remove PFAS from anion exchange resin thereby regenerating the anion exchange resin and generating a spent regenerant solution comprising the removed PFAS and the regenerant solution; a separation and recovery subsystem configured to recover the spent regenerant solution and separate and concentrate the removed PFAS to produce a concentrated PFAS solution; and a super-loading recovery subsystem configured to receive the concentrated PFAS solution and separate and further concentrate the removed PFAS by adsorbing the concentrated PFAS onto an additional anion exchange resin housed in an additional vessel to produce a PFAS waste product and a solution substantially without PFAS. an anion exchange vessel including an anion exchange resin therein configured to remove PFAS from water; a line coupled to the anion exchange vessel configured to introduce a flow of water contaminated with PFAS such that the PFAS bind to the anion exchange resin and are thereby removed from the water; a regenerant solution make-up tank containing a regenerant solution, the regenerant solution comprising salt or a base, an alcohol, and water; a regenerant solution line coupled to the anion exchange vessel and the regenerant solution make-up tank, the regenerant solution line configured to introduce the regenerant solution to the anion exchange vessel to remove PFAS from anion exchange resin thereby regenerating the anion exchange resin and generating a spent regenerant solution comprising the removed PFAS and the regenerant solution; a separation and recovery subsystem configured to recover the spent regenerant solution and separate and concentrate the removed PFAS to produce a concentrated PFAS solution; and a super-loading recovery subsystem configured to receive the concentrated PFAS solution and separate and further concentrate the removed PFAS by adsorbing the concentrated PFAS onto an additional anion exchange resin housed in an additional vessel to produce a PFAS waste product and a solution substantially without PFAS.
An exhaust subsystem comprising: an exterior housing formed of polymer, defining a cavity; and a pipe carried by said exterior housing, said pipe defining an interior passage that transports exhaust gases into said cavity to attenuate sound; wherein said pipe is formed of a layered fibers formed at least partially of glass, and bound by an inorganic binder, wherein said fibers define a microporous inner surface of said interior passage, and wherein said exhaust subsystem is substantially metal free. an exterior housing formed of polymer, defining a cavity; and a pipe carried by said exterior housing, said pipe defining an interior passage that transports exhaust gases into said cavity to attenuate sound; wherein said pipe is formed of a layered fibers formed at least partially of glass, and bound by an inorganic binder, wherein said fibers define a microporous inner surface of said interior passage, and wherein said exhaust subsystem is substantially metal free.
A method for preventing unintentional communication of data by a software application in a computer system communicating over a computer network, the method characterised by: monitoring an outbound memory buffer for the computer system, the outbound memory buffer storing outbound network messages as network messages for communication via the computer network; in response to a detection of an outbound network message in the outbound memory buffer corresponding to a heartbeat response message, overwriting at least a portion of a payload of the heartbeat response message. monitoring an outbound memory buffer for the computer system, the outbound memory buffer storing outbound network messages as network messages for communication via the computer network; in response to a detection of an outbound network message in the outbound memory buffer corresponding to a heartbeat response message, overwriting at least a portion of a payload of the heartbeat response message.
An additive masterbatch composition comprising a semi-crystalline polyolefin carrier resin that consists essentially of any one of (i) to (v): (i) a semi-crystalline high density polyethylene having a density of from 0.930 to 0.970 g/cm 3; (ii) a semi-crystalline polypropylene; (iii) a semi-crystalline ethylene/propylene copolymer; (iv) a semi-crystalline poly(ethylene-co-alpha-olefin) copolymer; (v) a combination (e.g. mixture or blend) of any two or more of (i) and (iv); and the semi-crystalline polyolefin carrier resin has a crystallinity of 76 ± 1 wt%, as determined by differential scanning calorimetry according to ASTM D3418-15 or the Crystallinity Test Method described in the description; and an additive package comprising a flame retardant; wherein is 10 to 90 weight percent (wt%) and the additive package is from 90 to 10 wt% of total weight (100.00 wt%) of the additive masterbatch composition; wherein the flame retardant comprises a mineral and wherein the additive masterbatch composition further comprises a flame retardant synergist compound which is antimony trioxide; and wherein the flame retardant synergist compound is distinct from the mineral in at least one aspect such as composition or function.
A system for reducing standby power and monitoring electric energy consumed by home appliances and home network devices comprising: more than two energy saving nodes which are connected to home appliances and configured to detect amount of power consumption of corresponding home appliances, and approve application or shut-off power to corresponding home appliances; and an energy saving server which is connected to each of said energy saving nodes and adapted for collecting various status information of corresponding home appliances including said amount of power consumption from said energy saving nodes, characterized in that the energy saving server is configured to output a power control signal to said energy saving nodes to shut-off standby power of corresponding home appliance based on said various status information, and when said standby power is a communication standby power, the energy saving server is adapted to output said power control signal to said energy saving nodes to shut-off said standby power when it receives standby status of appliance from said energy saving nodes; to prepare a stop ready command for the corresponding appliance to store various context, such as a network setting or an equipment setting necessary when the corresponding appliance wakes up, into a built-in memory, or to push toward a home gateway or the energy saving server; and to receive a report from the corresponding appliance that stop ready is completed.
A method for direct electrical heating of a pipe-in-pipe pipeline for transporting fluids, the pipeline comprising a steel inner shell intended to transport fluids and a steel outer shell positioned around the inner shell while being coaxial therewith in order to delimit an annular space therewith, the method comprising: mechanically connecting the inner shell to the outer shell at different intervals of the pipeline; establishing an electrical and thermal insulation between the inner shell and the outer shell over the entire length of the pipeline; and applying an alternating electric current between an outer surface of the inner shell and an inner surface of the outer shell over the entire length of the pipeline so as to heat the inner shell of the pipeline by Joule effect; characterized in that it further comprises: placing on the outer surface of the inner shell over the entire length of the pipeline at least one layer made of resistive and ferromagnetic material so as to increase the ratio of electric power transmitted to the inner shell. mechanically connecting the inner shell to the outer shell at different intervals of the pipeline; establishing an electrical and thermal insulation between the inner shell and the outer shell over the entire length of the pipeline; and applying an alternating electric current between an outer surface of the inner shell and an inner surface of the outer shell over the entire length of the pipeline so as to heat the inner shell of the pipeline by Joule effect; characterized in that it further comprises: placing on the outer surface of the inner shell over the entire length of the pipeline at least one layer made of resistive and ferromagnetic material so as to increase the ratio of electric power transmitted to the inner shell.
A method of generating an antibody which inhibits MMP-7, the method comprising immunizing a non-human subject with: (i) [2-(2-minoethylcarbomoyl)-ethoxymethyl]-tris-[2-(N-(3-imidazol-1-yl-propyl))-ethoxymethyl]methane; and (ii) MMP-7, thereby generating the antibody which inhibits MMP-7, wherein the method is not a method of treatment, wherein the antibody comprises an antigen recognition region which binds a catalytic site of MMP-7 and [2-(2-minoethylcarbomoyl)-ethoxymethyl]-tris-[2-(N-(3-imidazol-1-yl-propyl))-ethoxymethyljmethane. (i) [2-(2-minoethylcarbomoyl)-ethoxymethyl]-tris-[2-(N-(3-imidazol-1-yl-propyl))-ethoxymethyl]methane; and (ii) MMP-7,
A method of transplanting water plants, the method comprising the steps of removing a clump of water plants from a dig-up site along the bed of a body of water; digging a seat for the clump in the bed of the body of water at a planting site; transporting the clump of water plants from the dig-up site to the planting site; bedding the clump of water plants in the seat, wherein the clump is removed, transported, and bedded in the seat using a dig-up grab; positioning the dig-up grab inside a protection grab; and sequentially opening the protection grab and dig-up grab to bed the clump in the seat.
A multirate speech encoder according to G.729.1, said multirate speech encoder comprising, as defined in G.729.1, a code excited linear prediction, CELP, encoder for a narrowband portion supporting a first encoding rate of 8 kbit/s and a second encoding rate of 12 kbit/s, said CELP encoder comprising a synthesis filter corresponding to the first encoding rate and a synthesis filter corresponding to the second encoding rate, characterized by comprising: a status updating module, adapted to excite the synthesis filter corresponding to the first encoding rate by using an excitation signal of the first encoding rate, output reconstructed signal information, and update status information of the synthesis filter and the synthesis filter corresponding to the second encoding rate; wherein the status updating module comprises: a first updating sub-module, adapted to update the status information of the synthesis filter corresponding to the first encoding rate by using the reconstructed signal information; and a second updating sub-module, adapted to update the status information of the synthesis filter corresponding to the second encoding rate by using the reconstructed signal information. a status updating module, adapted to excite the synthesis filter corresponding to the first encoding rate by using an excitation signal of the first encoding rate, output reconstructed signal information, and update status information of the synthesis filter and the synthesis filter corresponding to the second encoding rate; wherein the status updating module comprises: a first updating sub-module, adapted to update the status information of the synthesis filter corresponding to the first encoding rate by using the reconstructed signal information; and a second updating sub-module, adapted to update the status information of the synthesis filter corresponding to the second encoding rate by using the reconstructed signal information. a first updating sub-module, adapted to update the status information of the synthesis filter corresponding to the first encoding rate by using the reconstructed signal information; and a second updating sub-module, adapted to update the status information of the synthesis filter corresponding to the second encoding rate by using the reconstructed signal information.