mhurhangee/ep-ind-claims huggingface dataset:
A compressor monitoring system (420; 302) comprising: a current monitor that is adapted to measure a current drawn by a motor of a compressor. a voltage monitor that is adapted to measure a utility power voltage; characterised by a current averaging module (434, 436) that is adapted to generate first and second average current values based on the current measured by the current monitor; a voltage averaging module (454, 456) that is adapted to generate first and second average voltage values based on the voltage measured by the voltage monitor; and a control module that is adapted to selectively generate a fault signal when a first ratio is greater than a first predetermined threshold and a second ratio is less than a second predetermined threshold, wherein the first ratio is based on the first and second average current values, and wherein the second ratio is based on the first and second average voltage values. a current monitor that is adapted to measure a current drawn by a motor of a compressor. a voltage monitor that is adapted to measure a utility power voltage; characterised by a current averaging module (434, 436) that is adapted to generate first and second average current values based on the current measured by the current monitor; a voltage averaging module (454, 456) that is adapted to generate first and second average voltage values based on the voltage measured by the voltage monitor; and a control module that is adapted to selectively generate a fault signal when a first ratio is greater than a first predetermined threshold and a second ratio is less than a second predetermined threshold, wherein the first ratio is based on the first and second average current values, and wherein the second ratio is based on the first and second average voltage values.
A fiber concentration measuring device, comprising conductor bodies, for detecting the degree of fiber concentration of a fiber pad being pulped, during use of the device, in a grinding gap between refiner discs (11, 13) of a refiner, the conductor bodies exhibits a first electric contact surface; wherein a refiner disc grinding surface of one of the refiner discs (11, 13) positioned opposite the conductor bodies acts as a second electric contact surface, the first electric contact surface is adapted to provide electrical contact with the second electric contact surface for transferring an electric current via the fiber pad material; characterized by that the device further comprises a control unit adapted to detect alteration of the electrical resistivity and/or conductivity of the fiber pad material by measuring the electric current; the conductor bodies are connected in series with a respective series resonance circuit being individually adapted to give free passage for the electric current to a certain frequency.
A method for sintering a dental construction using an oxygen-affine oxygen binding element, wherein the sintering of the dental construction is carried out at least at times in an air atmosphere, wherein the oxygen binding element substantially consists of a metal containing titanium or of a metal alloy containing titanium, wherein the proportion of titanium in the oxygen binding element is at least 80 percent by weight, wherein the dental construction consists of an alloy which contains cobalt, chromium and molybdenum, characterized in that the alloy consists of at least 80 percent by weight of cobalt and chromium and that the alloy comprises a proportion of at least 3 percent by weight of molybdenum.
A method of producing a nonwoven material by hydroentangling a fiber mixture containing spunlaid filaments, wood pulp fibers and synthetic staple fibers, characterized in wetlaying a first fibrous web of wood pulp fibers and at least 10% by fiber weight of manmade staple fibers, hydroentangling said first fibrous web in a first hydroentangling station, laying spunlaid filaments on top of said hydroentangled first fibrous web, wetlaying a second fibrous web comprising wood pulp fibers on top of said spunlaid filaments and hydroentangling together said second fibrous web with the spunlaid filaments in a second hydroentangling station, thus forming a combined web comprising said first and second fibrous webs (12, 19) and said spunlaid filaments, reversing said combined web and hydroentangling together the first fibrous web of wood pulp fibers and manmade staple fiber with the spunlaid filaments in a third hydroentangling station.
A hose trolley comprising: a frame defining a central axis (X-X'), wherein the frame includes: a handle; a support stand; and one or more wheels; a hose reel housed with the frame along the central axis (X-X'), wherein the support stand allows to support the hose trolley on a level surface; and a ground support element; the hose trolley has at least an operating position and a driving position, and wherein the ground support element is rotatably connected to the hose trolley, wherein in the driving position, the hose trolley is supported on the level surface by the wheels, whereby the hose trolley is movable on the level surface in the driving position; characterized in that: in the operating position, the hose trolley is supported on the level surface by the support stand and the ground support element such that the ground support element allows the rotation of the hose trolley with respect to the level surface in a turning direction substantially parallel to the level surface. a frame defining a central axis (X-X'), wherein the frame includes: a handle; a support stand; and one or more wheels; a handle; a support stand; and one or more wheels; a hose reel housed with the frame along the central axis (X-X'), wherein the support stand allows to support the hose trolley on a level surface; and a ground support element; the hose trolley has at least an operating position and a driving position, and wherein the ground support element is rotatably connected to the hose trolley, wherein in the driving position, the hose trolley is supported on the level surface by the wheels, whereby the hose trolley is movable on the level surface in the driving position;
A curved display device, comprising: a flat panel display, having a display surface; a curved protective layer, covering the display surface of the flat panel display; and a cured photo-alignment layer, arranged between the flat panel display and the curved protective layer, wherein the photo-alignment layer comprises a plurality of photo-alignment molecules, the photo-alignment molecules each have an arrangement direction along which a light beam emitted by the flat panel display is transmitted through the photo-alignment layer and the curved protective layer, and the greater the distances between positions of the photo-alignment molecules and a center of the flat panel display, the smaller the angles formed between the arrangement directions of the photo-alignment molecules and the display surface, wherein the curved display device is characterized in that: the cured photo-alignment layer is formed by mixing the plurality of photo-alignment molecules with a hydrogel, wherein the arrangement directions of the photo-alignment molecules have been adjusted and the mixture of photo-alignment units and hydrogel has been cured, and in that a refractive index of the cured photo-alignment layer approximates a refractive index of the curved protective layer. a flat panel display, having a display surface; a curved protective layer, covering the display surface of the flat panel display; and a cured photo-alignment layer, arranged between the flat panel display and the curved protective layer, wherein the photo-alignment layer comprises a plurality of photo-alignment molecules, the photo-alignment molecules each have an arrangement direction along which a light beam emitted by the flat panel display is transmitted through the photo-alignment layer and the curved protective layer, and the greater the distances between positions of the photo-alignment molecules and a center of the flat panel display, the smaller the angles formed between the arrangement directions of the photo-alignment molecules and the display surface, wherein the curved display device is characterized in that: the cured photo-alignment layer is formed by mixing the plurality of photo-alignment molecules with a hydrogel, wherein the arrangement directions of the photo-alignment molecules have been adjusted and the mixture of photo-alignment units and hydrogel has been cured, and in that a refractive index of the cured photo-alignment layer approximates a refractive index of the curved protective layer.
A method for a core network apparatus, the method comprising: establishing at least two redundant protocol data unit sessions to at least one user equipment, wherein the at least two redundant protocol data unit sessions are established based on dual connectivity in a radio access network; collecting network status information related to the at least two redundant protocol data unit sessions; configuring a set of protocol data unit session switching patterns for the at least two redundant protocol data unit sessions based on the network status information; causing transmission of an indication of the set of protocol data unit session switching patterns to the at least one user equipment and the radio access network; and receiving an indication, from the radio access network, of a selected protocol data unit session switching pattern from the indicated set of protocol data unit session switching patterns, wherein the set of protocol data unit session switching patterns include one or more of: no redundancy, sporadic redundancy, selective redundancy, or full redundancy. establishing at least two redundant protocol data unit sessions to at least one user equipment, wherein the at least two redundant protocol data unit sessions are established based on dual connectivity in a radio access network; collecting network status information related to the at least two redundant protocol data unit sessions; configuring a set of protocol data unit session switching patterns for the at least two redundant protocol data unit sessions based on the network status information; causing transmission of an indication of the set of protocol data unit session switching patterns to the at least one user equipment and the radio access network; and receiving an indication, from the radio access network, of a selected protocol data unit session switching pattern from the indicated set of protocol data unit session switching patterns, wherein the set of protocol data unit session switching patterns include one or more of: no redundancy, sporadic redundancy, selective redundancy, or full redundancy.
An insulating glass including two or more glass sheets arranged to face each other via a spacer sandwiched between the glass sheets so as to form an air space layer between the glass sheets, the spacer being made from a thermoplastic resin composition having a JIS A hardness of 10 to 90 at 25°C, the thermoplastic resin composition containing a butyl-type rubber, a crystalline polyolefin, a desiccant and an inorganic filler, characterized in that a percentage of the butyl-type rubber is 50 to 98% by weight, and a percentage of the crystalline polyolefin is 2 to 50% by weight with respect to a total amount of the butyl-type rubber and the crystalline polyolefin, a ratio of the inorganic filler is 200 parts by weight or less to a total of 100 parts by weight of the butyl-type rubber and the crystalline polyolefin, melt viscosity at 120°C is not less than 0.6 kPa·s and not more than 7.0 kPa·s, and storage elastic modulus at 25°C is not less than 15 MPa and not more than 60 MPa, wherein the spacer is bonded to the glass sheets by an adhesive, wherein the adhesive is a urethane-type adhesive, and wherein the urethane-type adhesive contains a polyacrylic polyol and at least one of a non-yellowing isocyanate and a derivative of the non-yellowing isocyanate. characterized in that a percentage of the butyl-type rubber is 50 to 98% by weight, and a percentage of the crystalline polyolefin is 2 to 50% by weight with respect to a total amount of the butyl-type rubber and the crystalline polyolefin, a ratio of the inorganic filler is 200 parts by weight or less to a total of 100 parts by weight of the butyl-type rubber and the crystalline polyolefin, melt viscosity at 120°C is not less than 0.6 kPa·s and not more than 7.0 kPa·s, and storage elastic modulus at 25°C is not less than 15 MPa and not more than 60 MPa, wherein the spacer is bonded to the glass sheets by an adhesive, wherein the adhesive is a urethane-type adhesive, and wherein the urethane-type adhesive contains a polyacrylic polyol and at least one of a non-yellowing isocyanate and a derivative of the non-yellowing isocyanate.
Production line for glass plates for indoor and outdoor flooring, comprises receiving hopper connected to hammer mill, which by means of conveyors is bi-directionally connected to first roll mill with sieve, which in turn through a conveyor is connected to hopper with glass sand dispenser which through a conveyor is connected to homogenizer to which by conveyors water dispensing pump, hopper with cement dispenser and hopper with waterproofing additive are connected; the homogenizer being connected by conveyors to at least three sieves, connected to drier, characterized in that the first roll mill with sieve through a conveyor is connected to second roller mill with sieve which in tum is connected by a conveyor to hopper with glass flour dispenser which is connected by a conveyor with second homogenizer to which second water dispensing pump, hopper with a plaster dispenser, second hopper with cement dispenser, second hopper with a waterproofing additive dispenser are connected; the second homogenizer by conveyors being connected to at least three other sieves connected to second dryer.
A system comprising: a first network component comprising a first processor; a second network component comprising a second processor; wherein the first and second network components are each capable of communicating with a plurality of cells, the first and second processors are each responsive to an indication of a quantity of cells that will provide a service, and the first and second processors are configured such that: a packet data convergence protocol 'PDCP'-based data compression function for the service is performed in one of the first and second processors when the quantity of cells that will provide the service is known, prior to the providing of the service, to be greater than one and the PDCP-based data compression function for the service is performed in one of the first and second processors when the quantity of cells that will provide the service is not known prior to the providing of the service and the first and second network components communicate with one of the plurality of cells by sending uncompressed data to said one of the plurality of cells when the quantity of the cells that will provide the service is known, prior to the providing of the service, to be one. a first network component comprising a first processor; a second network component comprising a second processor; wherein the first and second network components are each capable of communicating with a plurality of cells, the first and second processors are each responsive to an indication of a quantity of cells that will provide a service, and the first and second processors are configured such that: a packet data convergence protocol 'PDCP'-based data compression function for the service is performed in one of the first and second processors when the quantity of cells that will provide the service is known, prior to the providing of the service, to be greater than one and the PDCP-based data compression function for the service is performed in one of the first and second processors when the quantity of cells that will provide the service is not known prior to the providing of the service and the first and second network components communicate with one of the plurality of cells by sending uncompressed data to said one of the plurality of cells when the quantity of the cells that will provide the service is known, prior to the providing of the service, to be one. a packet data convergence protocol 'PDCP'-based data compression function for the service is performed in one of the first and second processors when the quantity of cells that will provide the service is known, prior to the providing of the service, to be greater than one and the PDCP-based data compression function for the service is performed in one of the first and second processors when the quantity of cells that will provide the service is not known prior to the providing of the service and the first and second network components communicate with one of the plurality of cells by sending uncompressed data to said one of the plurality of cells when the quantity of the cells that will provide the service is known, prior to the providing of the service, to be one.
A method for producing systems for the transdermal or permucosal administration of active substances, wherein the method comprises the following steps: - providing a coated carrier film web comprising a carrier film web with an active substance-containing coating adherent thereon, wherein active substance depot areas are defined on the coated carrier film web such that the active substance depot areas are arranged in the web direction of the coated carrier film web in two or more rows such that the rows cannot be separated by means of a straight line without thereby cutting the active substance depot areas, and such that the proportion of the surface of the coated carrier film web that is not used as active substance depot area by ignoring the rim zones of the coated carrier film web is less than 39 % of the total area of the coated carrier film web; and - severing the coated carrier film web in the web direction into two or more sub-webs (15a, 15b, 15c, 15d) such that each sub-web contains a row of active substance depot areas, wherein upon severing none of the active substance depot areas is cut. - providing a coated carrier film web comprising a carrier film web with an active substance-containing coating adherent thereon, wherein active substance depot areas are defined on the coated carrier film web such that the active substance depot areas are arranged in the web direction of the coated carrier film web in two or more rows such that the rows cannot be separated by means of a straight line without thereby cutting the active substance depot areas, and such that the proportion of the surface of the coated carrier film web that is not used as active substance depot area by ignoring the rim zones of the coated carrier film web is less than 39 % of the total area of the coated carrier film web; and - severing the coated carrier film web in the web direction into two or more sub-webs (15a, 15b, 15c, 15d) such that each sub-web contains a row of active substance depot areas, wherein upon severing none of the active substance depot areas is cut.
A colored nonwoven fabric, comprising a colorant and nanofibers, in which the colored nonwoven fabric comprises an uneven shape on at least a part of a surface thereof, the uneven shape has an uneven shape imitating a surface configuration of skin, and an L* 1 value of convex portions of the uneven shape is higher than an L* 2 value of concave portions of the uneven shape, wherein L* value represents lightness in the CIE 1976 (L*a*b*) color space.
A headrest assembly comprising: a body; a pair of side wings (20, 21) that project from the body and are spaced apart to accommodate a person's head between generally opposed inside faces (22, 23) of the side wings; opposed chin support members mounted to the respective side wings for movement between a retracted condition adjacent the side wing and an extended and inclined condition in which they are positioned to provide a chin and/or jaw support for a person's head when accommodated between the side wings; characterized in that it comprises a common or respective mechanisms, each including a hand operable actuator separate from the chin support members, operable to move the respective chin support members at least from their retracted condition to the extended condition. a body; a pair of side wings (20, 21) that project from the body and are spaced apart to accommodate a person's head between generally opposed inside faces (22, 23) of the side wings; opposed chin support members mounted to the respective side wings for movement between a retracted condition adjacent the side wing and an extended and inclined condition in which they are positioned to provide a chin and/or jaw support for a person's head when accommodated between the side wings;
A laser system, comprising: a laser resonator, wherein the laser resonator is configured to emit an input laser beam, and wherein the input laser beam has an elliptical cross-sectional shape; a first reflective device, wherein the first reflective device is configured to reflect the input laser beam to produce a first reflected laser beam, and wherein the first reflective device includes a spherical surface for reflecting the input laser beam; a second reflective device, wherein the second reflective device is configured to reflect the first reflected laser beam to produce a second reflected laser beam; characterized in that the laser system comprises: a coupling device configured to focus the second reflected laser beam to produce an output laser beam, wherein the coupling device includes a spherical surface for receiving the second reflected laser beam, and wherein the output laser beam has a circular cross-sectional shape; and an optic fiber configured to transmit the output laser beam for emission of the output laser beam onto a target area, wherein the second reflective device includes a galvo mirror with a planar reflective surface. a laser resonator, wherein the laser resonator is configured to emit an input laser beam, and wherein the input laser beam has an elliptical cross-sectional shape; a first reflective device, wherein the first reflective device is configured to reflect the input laser beam to produce a first reflected laser beam, and wherein the first reflective device includes a spherical surface for reflecting the input laser beam; a second reflective device, wherein the second reflective device is configured to reflect the first reflected laser beam to produce a second reflected laser beam; characterized in that the laser system comprises: a coupling device configured to focus the second reflected laser beam to produce an output laser beam, wherein the coupling device includes a spherical surface for receiving the second reflected laser beam, and wherein the output laser beam has a circular cross-sectional shape; and an optic fiber configured to transmit the output laser beam for emission of the output laser beam onto a target area, wherein the second reflective device includes a galvo mirror with a planar reflective surface. a coupling device configured to focus the second reflected laser beam to produce an output laser beam, wherein the coupling device includes a spherical surface for receiving the second reflected laser beam, and wherein the output laser beam has a circular cross-sectional shape; and an optic fiber configured to transmit the output laser beam for emission of the output laser beam onto a target area, wherein the second reflective device includes a galvo mirror with a planar reflective surface.