mhurhangee/ep-ind-claims huggingface dataset:
An energy management apparatus that manages energy consumed in a machine having a supply part that supplies an energy and a plurality of consume parts that consume the energy supplied by the supply part, each consume part of the plurality of consume parts having an input energy sensor (40, 42) and an output energy sensor (44, 46), said energy management apparatus comprising: an operating part that operates the plurality of consume parts by using the energy supplied by said supply part; an acquisition part that acquires, for each of the plurality of consume parts, an energy conversion characteristic, as an energy efficiency (γ), from the input energy sensor (40, 42) detecting an input energy (Ein) supplied to each consume part and the output energy sensor (44, 46) detecting an output energy (Eout) output from each consume part, the energy efficiency (γ) of each consume part (10 being calculated by dividing a detection value of the output energy sensor (44, 46) by a detection value of the input energy sensor (40, 42); a target state determination part that determines a target state based on the energy efficiency (γ) and an achievement of an operation request to generate a determination result; a change part that changes an operating condition of each consume part based on the acquired energy efficiency (γ) so as to improve an actual value of the energy efficiency (γ); a determination part that determines that an energy transmission system of said machine is abnormal when the energy efficiency (γ) of at least one of the plurality of consume parts is equal to or smaller than a specified value. an operating part that operates the plurality of consume parts by using the energy supplied by said supply part; an acquisition part that acquires, for each of the plurality of consume parts, an energy conversion characteristic, as an energy efficiency (γ), from the input energy sensor (40, 42) detecting an input energy (Ein) supplied to each consume part and the output energy sensor (44, 46) detecting an output energy (Eout) output from each consume part, the energy efficiency (γ) of each consume part (10 being calculated by dividing a detection value of the output energy sensor (44, 46) by a detection value of the input energy sensor (40, 42); a target state determination part that determines a target state based on the energy efficiency (γ) and an achievement of an operation request to generate a determination result; a change part that changes an operating condition of each consume part based on the acquired energy efficiency (γ) so as to improve an actual value of the energy efficiency (γ); a determination part that determines that an energy transmission system of said machine is abnormal when the energy efficiency (γ) of at least one of the plurality of consume parts is equal to or smaller than a specified value.
Wiper blade adapter unit for connecting a wiper blade to a wiper arm adapter, having a base body that receives in particular one end of the wiper arm adapter and that has a plateau on its underside, wherein at least one region (22, 24, 26) is provided on the base body, this region being configured flexibly for the purpose of a shape and/or tolerance compensation, wherein the region that is configured flexibly for the purpose of a shape and/or tolerance compensation is arranged inside the plateau, characterized in that the flexibly configured region arranged inside the plateau is configured as an elastic tab.
Physiological parameter monitoring device, in particular for detecting variations of intraocular pressure, comprising: a first contact lens element having an inner surface and an outer surface opposite the inner surface, wherein at least the outer surface is adapted for contacting an ocular tissue, in particular eyelid tissue; and a second contact lens element having an inner surface and an outer surface opposite the inner surface, wherein at least the inner surface is adapted for contacting an ocular tissue, in particular at least the cornea and/or a tear film thereon; wherein the first contact lens element and the second contact lens element are attached to one another at a peripheral attachment area, thereby enclosing an intermediate space; and further comprising a passive sensing means forming a resonant circuit for detecting variations of said physiological parameter; and wherein said intermediate space is filled with a dielectric material; characterized in that the passive sensing means is provided only in or on the first contact lens element, and in that a distance (d) between the passive sensing means and the inner surface of the second contact lens element is smaller than a distance between the passive sensing means and the outer surface of the first contact lens element. a first contact lens element having an inner surface and an outer surface opposite the inner surface, wherein at least the outer surface is adapted for contacting an ocular tissue, in particular eyelid tissue; and a second contact lens element having an inner surface and an outer surface opposite the inner surface, wherein at least the inner surface is adapted for contacting an ocular tissue, in particular at least the cornea and/or a tear film thereon; wherein the first contact lens element and the second contact lens element are attached to one another at a peripheral attachment area, thereby enclosing an intermediate space; and further comprising a passive sensing means forming a resonant circuit for detecting variations of said physiological parameter; and wherein said intermediate space is filled with a dielectric material; characterized in that the passive sensing means is provided only in or on the first contact lens element, and in that a distance (d) between the passive sensing means and the inner surface of the second contact lens element is smaller than a distance between the passive sensing means and the outer surface of the first contact lens element.
A nonwoven fabric composite comprising: a spunbond nonwoven fabric layer which extends in a machine direction and a cross-machine direction, and which has a plurality of bonded fibers; an air-laid nonwoven pulp web layer which has a plurality of pulp fibers, and which overlies said spunbond nonwoven fabric layer, at least some of said pulp fibers being entangled with some of said bonded fibers, said spunbond nonwoven fabric layer and said air-laid nonwoven pulp web layer cooperatively forming an inner laminate; and a pair of nonwoven carded fiber web layers, each of which has a plurality of carded fibers that are carded along the machine direction and that have a fiber length greater than 10 mm, and which sandwich therebetween said inner laminate, at least some of said carded fibers being entangled with some of said pulp fibers, at least some of said carded fibers being entangled with some of said bonded fibers such that a ratio of tensile strength of said nonwoven fabric composite in the machine direction to tensile strength of said nonwoven fabric composite in the cross-machine direction is not greater than 4, wherein the tensile strengths in machine and cross-machine directions are measured according to ASTM D-1117. a spunbond nonwoven fabric layer which extends in a machine direction and a cross-machine direction, and which has a plurality of bonded fibers; an air-laid nonwoven pulp web layer which has a plurality of pulp fibers, and which overlies said spunbond nonwoven fabric layer, at least some of said pulp fibers being entangled with some of said bonded fibers, said spunbond nonwoven fabric layer and said air-laid nonwoven pulp web layer cooperatively forming an inner laminate; and a pair of nonwoven carded fiber web layers, each of which has a plurality of carded fibers that are carded along the machine direction and that have a fiber length greater than 10 mm, and which sandwich therebetween said inner laminate, at least some of said carded fibers being entangled with some of said pulp fibers, at least some of said carded fibers being entangled with some of said bonded fibers such that a ratio of tensile strength of said nonwoven fabric composite in the machine direction to tensile strength of said nonwoven fabric composite in the cross-machine direction is not greater than 4, wherein the tensile strengths in machine and cross-machine directions are measured according to ASTM D-1117.
A method performed by a network node, for establishing a connection for data transmission between the network node and a wireless device in a wireless communications network, the method comprising: establishing that the wireless device is fixed, wherein fixed comprises always being served by the same one or more access points, characterised by: obtaining a Timing Advance, TA, for transmissions between the network node and the wireless device, which obtaining of the TA is performed without UpLink, UL, transmission, wherein obtaining the TA for transmissions between the network node and the wireless device is based on the distance between the network node and the wireless device, which distance is calculated based on a known position of the wireless device. sending an indication to the wireless device, which indication indicates the obtained TA, establishing a connection for data transmission between the network node and the wireless device based on the sent TA, in Radio Resource Control, RRC, signaling. obtaining a Timing Advance, TA, for transmissions between the network node and the wireless device, which obtaining of the TA is performed without UpLink, UL, transmission, wherein obtaining the TA for transmissions between the network node and the wireless device is based on the distance between the network node and the wireless device, which distance is calculated based on a known position of the wireless device. sending an indication to the wireless device, which indication indicates the obtained TA, establishing a connection for data transmission between the network node and the wireless device based on the sent TA, in Radio Resource Control, RRC, signaling.
A joint connector and microphone assembly comprising: a microphone including a top surface and side surfaces, the top surface comprising a microphone input; a microphone boot mounted to the microphone such that the boot interfaces with a portion of the top surface and the side surfaces to form a seal around the microphone input, the microphone boot comprising: a connector sealing portion; and an aperture for fluidically coupling the microphone input to a microphone port; and characterized by: a connector plate mounted to the connector sealing portion, the connector plate having a perimeter, and the connector plate comprising: a recessed step in the form of a recessed groove which runs around the perimeter of the connector plate; and a cut-out provided through a portion of the recessed step, the cut-out forming the microphone port. a microphone including a top surface and side surfaces, the top surface comprising a microphone input; a microphone boot mounted to the microphone such that the boot interfaces with a portion of the top surface and the side surfaces to form a seal around the microphone input, the microphone boot comprising: a connector sealing portion; and an aperture for fluidically coupling the microphone input to a microphone port; and a connector sealing portion; and an aperture for fluidically coupling the microphone input to a microphone port; and characterized by: a connector plate mounted to the connector sealing portion, the connector plate having a perimeter, and the connector plate comprising: a recessed step in the form of a recessed groove which runs around the perimeter of the connector plate; and a cut-out provided through a portion of the recessed step, the cut-out forming the microphone port. a connector plate mounted to the connector sealing portion, the connector plate having a perimeter, and the connector plate comprising: a recessed step in the form of a recessed groove which runs around the perimeter of the connector plate; and a cut-out provided through a portion of the recessed step, the cut-out forming the microphone port. a recessed step in the form of a recessed groove which runs around the perimeter of the connector plate; and a cut-out provided through a portion of the recessed step, the cut-out forming the microphone port.
A microstructure manufacturing method comprising: forming a first insulating film on an Si substrate; exposing an Si surface by removing a part of the first insulating film; forming a recessed portion by etching the Si substrate from the exposed Si surface; forming a second insulating film the thickness of which is within a range of 5 nm to 5000 nm on a sidewall and a bottom of the recessed portion; forming an Si exposed surface by removing at least a part of the second insulating film formed on the bottom of the recessed portion; and filling the recessed portion with a metal from the Si exposed surface by electrolytic plating. forming a first insulating film on an Si substrate; exposing an Si surface by removing a part of the first insulating film; forming a recessed portion by etching the Si substrate from the exposed Si surface; forming a second insulating film the thickness of which is within a range of 5 nm to 5000 nm on a sidewall and a bottom of the recessed portion; forming an Si exposed surface by removing at least a part of the second insulating film formed on the bottom of the recessed portion; and filling the recessed portion with a metal from the Si exposed surface by electrolytic plating.
A tire air pressure warning device configured to: warn a driver that a tire air pressure has dropped to or below a first prescribed pressure; and notify the driver of a reduction in the tire air pressure upon determining that the tire air pressure has dropped to or below a second prescribed pressure, which is above the first prescribed pressure, characterized in that the notification of the reduction in the tire air pressure is executed by displaying a prompting to the driver to see tire air pressure information when an ignition is off. warn a driver that a tire air pressure has dropped to or below a first prescribed pressure; and notify the driver of a reduction in the tire air pressure upon determining that the tire air pressure has dropped to or below a second prescribed pressure, which is above the first prescribed pressure, characterized in that the notification of the reduction in the tire air pressure is executed by displaying a prompting to the driver to see tire air pressure information when an ignition is off.
An individual motorized breathing apparatus provided on a vest intended to be worn by a person, comprising a mask intended to be worn by a user, and motorized air-supplying, for instance turbine-powered, means making it possible to suck the outside air through at least one filter intended to hold the particles and the microorganisms present in the outside air, characterized in that it comprises a portable device for collecting the particles and the microorganisms present in the ambient air, mounted on the filter, upstream thereof in the outside air suction direction, with the collecting device comprising an air centrifugation cyclonic chamber having a conical or a frustoconical shape, outside air inlet means letting air into the chamber, air outlet means letting air out of the chamber, and means (19, 20, 21) for connecting the air outlet means of the chamber to air inlet means (4, 5) of the individual motorized breathing apparatus, with the air outlet connection means of the chamber comprising connection means on at least one inlet filter of the breathing apparatus, with the connection means comprising at least one bell-shaped mounting tip to be directly fitted onto the input filter of the apparatus.
Process for recycling asbestos-containing steel scrap that is contaminated with friable asbestos, which scrap comprises a combination of steel and asbestos, which process comprises the steps of: transporting said steel scrap in an airtight container to a facility that holds melting steps, and a) subjecting said asbestos-containing steel scrap to a temperature above the solidus temperature of said steel by completely submerging said steel scrap in a melt, which comprises molten steel; b) allowing said steel scrap to melt and to mix into said molten steel, while allowing a slag to form, wherein said asbestos is converted into non-crystalline material, which dissolves in said steel and/or accumulates in said slag; c) allowing said molten steel to cool, thus forming a homogeneous steel scrap product that is substantially free of asbestos; and d) analyzing the homogeneous steel scrap product to produce a certificate of analysis so that said product may be used in steel mills for altering the composition of further steel melts; wherein said steps a) and b) are carried out in a room that is sealed off from the environment in a substantially gas-tight manner that is obtained by maintaining said room under a pressure that is subatmospheric and wherein said airtight container enters said facility while maintaining an underpressure. a) subjecting said asbestos-containing steel scrap to a temperature above the solidus temperature of said steel by completely submerging said steel scrap in a melt, which comprises molten steel; b) allowing said steel scrap to melt and to mix into said molten steel, while allowing a slag to form, wherein said asbestos is converted into non-crystalline material, which dissolves in said steel and/or accumulates in said slag; c) allowing said molten steel to cool, thus forming a homogeneous steel scrap product that is substantially free of asbestos; and d) analyzing the homogeneous steel scrap product to produce a certificate of analysis so that said product may be used in steel mills for altering the composition of further steel melts; wherein said steps a) and b) are carried out in a room that is sealed off from the environment in a substantially gas-tight manner that is obtained by maintaining said room under a pressure that is subatmospheric and wherein said airtight container enters said facility while maintaining an underpressure.
A toothbrush comprising a handle with a longitudinal axis AG, and a plug-on part which can be attached to the handle, wherein the handle comprises a hand body with a base body and the plug-on part comprises a base body, wherein a plug-shaped coupling structure protrudes from the handle, which plug-shaped coupling structure forms an interface X with a substantially mirror-inverted socket-shaped coupling structure of the plug-on part, wherein the interface X has at least two stages (41, 42, 43) with different circumferential geometry, wherein at least one of the stages (41, 42, 43) comprises a rotation-preventing means between the handle and the plug-on part, and wherein a stop surface of the handle for the plug-on part extends obliquely with respect to the longitudinal axis AG of the handle, wherein a longitudinal axis A A of the plug-on part designates the longitudinal axis of the socket-shaped coupling structure, the longitudinal axis A A lying in a base region of the plug-on part, wherein a longitudinal axis A B of a head region lies accordingly in the head region of the plug-on part and wherein an angle Δ lying between A A and A B is between 10° and 30°.
A method for managing user terminal identification information in a communications system, wherein in response to receiving, in a network apparatus (S-CSCF), an invitation message to establish communication between user terminals (UE1, UE2), the method comprises examining a first communication address identification of a user terminal, included in the invitation message, the examining comprising retrieving (202, 203, 303, 303), based on the first communication address identification, a first communication number identification maintained for the corresponding user terminal (UE1, UE2); characterized by based on the retrieved first communication number identification, retrieving (204, 205, 304, 305) a second communication number identification maintained for the user terminal (UE1, UE2); checking whether the first communication number identification and the second communication number identification correspond to each other; wherein on the basis of the result of said checking, the method further comprises retrieving (206, 207, 306, 307) a second communication address identification corresponding the second communication number identification; and forwarding (209, 309) the invitation message towards a recipient such that the second communication address identification is included in the invitation message; wherein the communication address identification includes at least one of URI, SIP-URI and email address, and the communication number identification includes MSISDN.
Polybacterial preparation, characterized by the fact that it includes a combination of strains Lactobacillus gasseri 7/12 NBIMCC No. 8720 and Lactobacillus plantarum F12 NBIMCC No. 8722 and Lactobacillus helveticus A1 NBIMCC No. 8721, containing living cells measured in cfu/g as follows for: Lactobacillus gasseri 7/12 at least 10 9, Lactobacillus helveticus A1 at least 2x10 9 and Lactobacillus plantarum F12 at least 9x10 9.
Mowing or grinding device comprising a rotary shaft which is mobile in rotation about an axis X and carries a plurality of mowing or grinding tools forming flails, each tool being mounted directly or indirectly on the rotary shaft by means of at least one articulated link comprising a mounting orifice (4, 8, 9, 109) defined by a peripheral edge (13, 113) and an axial support (5, 10, 110) passing through the mounting orifice (4, 8, 9, 109), the mounting orifice (4, 8, 9, 109) having a cross section larger than a cross section of the axial support (5, 10, 110) so as to allow pivoting of the mounting orifice (4, 8, 9, 109) about the axial support (5, 10, 110); and wherein the tool is configured in order to be positioned, under the effect of the centrifugal force, in a working position in which: - the tool extends radially and extends away from the rotary shaft; - the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) and the axial support (5, 10, 110) are in contact against one another only by means of two bosses (14, 15, 114, 115) protruding from the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) in the direction of the axial support (5, 10, 110) and thus forming two contact zones located on either side of a radial plane P passing through the centre of gravity of the tool and the axis X, one out of the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) and the axial support (5, 10, 110) exerts on the other, in the two contact zones, two normal reaction forces which have circumferential components with opposite directions, said mowing or grinding device being characterised in that the two bosses (14, 15, 114, 115) protruding from a radially internal portion of the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) towards the interior of the mounting orifice (4, 8, 9, 109) and in the direction of the plane P. - the tool extends radially and extends away from the rotary shaft; - the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) and the axial support (5, 10, 110) are in contact against one another only by means of two bosses (14, 15, 114, 115) protruding from the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) in the direction of the axial support (5, 10, 110) and thus forming two contact zones located on either side of a radial plane P passing through the centre of gravity of the tool and the axis X, one out of the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) and the axial support (5, 10, 110) exerts on the other, in the two contact zones, two normal reaction forces which have circumferential components with opposite directions, said mowing or grinding device being characterised in that the two bosses (14, 15, 114, 115) protruding from a radially internal portion of the peripheral edge (13, 113) of the mounting orifice (4, 8, 9, 109) towards the interior of the mounting orifice (4, 8, 9, 109) and in the direction of the plane P.