mhurhangee/ep-ind-claims huggingface dataset:
A Heating, Ventilating and Air Conditioning, HVAC, system for reducing discharge pressure, the HVAC system comprising: a compensator reservoir; a compensator line fluidly coupled to the compensator reservoir and fluidly coupled to a liquid line, the liquid line connecting an outdoor heat exchanger and an indoor heat exchanger, the compensator line comprising a connection to the compensator reservoir and a connection to the liquid line; a compensator valve disposed in the compensator line; a first expansion device disposed in the liquid line between the connection to the compensator line and the outdoor heat exchanger, the first expansion device configured to only act on refrigerant flowing towards the outdoor heat exchanger; and a second expansion device disposed in the liquid line between the connection to the compensator line and the indoor heat exchanger, the second expansion device configured to only act on refrigerant flowing towards the indoor heat exchanger; a reversing valve connected between the indoor heat exchanger and the outdoor heat exchanger and configured to change between a cooling configuration and a heating configuration; a compressor configured to compress the refrigerant in gas vapor form and discharge the refrigerant vapor through a discharge line to the reversing valve, wherein the connection to the compensator reservoir is vertically higher than the connection to the liquid line so as to allow a refrigerant within the liquid line to leave the compensator reservoir due to gravity when the pressure in the liquid line is sufficiently low. a compensator reservoir; a compensator line fluidly coupled to the compensator reservoir and fluidly coupled to a liquid line, the liquid line connecting an outdoor heat exchanger and an indoor heat exchanger, the compensator line comprising a connection to the compensator reservoir and a connection to the liquid line; a compensator valve disposed in the compensator line; a first expansion device disposed in the liquid line between the connection to the compensator line and the outdoor heat exchanger, the first expansion device configured to only act on refrigerant flowing towards the outdoor heat exchanger; and a second expansion device disposed in the liquid line between the connection to the compensator line and the indoor heat exchanger, the second expansion device configured to only act on refrigerant flowing towards the indoor heat exchanger; a reversing valve connected between the indoor heat exchanger and the outdoor heat exchanger and configured to change between a cooling configuration and a heating configuration; a compressor configured to compress the refrigerant in gas vapor form and discharge the refrigerant vapor through a discharge line to the reversing valve, wherein the connection to the compensator reservoir is vertically higher than the connection to the liquid line so as to allow a refrigerant within the liquid line to leave the compensator reservoir due to gravity when the pressure in the liquid line is sufficiently low.
Dental curette having a rod-shaped handle and at least one terminally arranged carrier which distally opposite of the handle has a cutting edge, wherein the carrier has a spacer section, an angular segment arranged on the spacer section opposite the handle and a shaft segment arranged in an obtuse angle on the angular segment, which opposite to the angular segment is connected with an eyelet, which at least on an edge confining its opening has the cutting edge, wherein the angular segment and the shaft segment are arranged in a longitudinal central plane along the longitudinal axis of the handle, characterized in that the eyelet is opened up in a plane which is inclined in an angle of 30 to 60° to the longitudinal central plane.
Composition comprising a) at least one silane-functional polymer P with alkoxy end groups that are not methoxy groups; b) at least one catalyst for the cross-linking of silane-functional polymers, selected from the group consisting of an organotitanate, organozirconate and organoaluminate; c) at least one compound that has at least one amidino group, wherein the alkoxy end groups of the silane-functional polymer P are end groups of formula where R 1 represents an alkyl group with 1 to 8 C atoms; R 2 represents an alkyl group with 2 to 12 C atoms; R 3 represents a linear or branched, optionally cyclic, alkylene group with 1 to 12 C atoms, optionally with aromatic fractions, and optionally with one or more heteroatoms; and a represents a value of 0 or 1 or 2; and wherein the fraction of the compound that has at least one amidino group amounts to 0.3 to 0.5 wt% of the total composition. a) at least one silane-functional polymer P with alkoxy end groups that are not methoxy groups; b) at least one catalyst for the cross-linking of silane-functional polymers, selected from the group consisting of an organotitanate, organozirconate and organoaluminate; c) at least one compound that has at least one amidino group, wherein the alkoxy end groups of the silane-functional polymer P are end groups of formula where R 1 represents an alkyl group with 1 to 8 C atoms; R 2 represents an alkyl group with 2 to 12 C atoms; R 3 represents a linear or branched, optionally cyclic, alkylene group with 1 to 12 C atoms, optionally with aromatic fractions, and optionally with one or more heteroatoms; and a represents a value of 0 or 1 or 2; and wherein the fraction of the compound that has at least one amidino group amounts to 0.3 to 0.5 wt% of the total composition. R 1 represents an alkyl group with 1 to 8 C atoms; R 2 represents an alkyl group with 2 to 12 C atoms; R 3 represents a linear or branched, optionally cyclic, alkylene group with 1 to 12 C atoms, optionally with aromatic fractions, and optionally with one or more heteroatoms; and a represents a value of 0 or 1 or 2; and wherein the fraction of the compound that has at least one amidino group amounts to 0.3 to 0.5 wt% of the total composition.
Improved anti-theft case composed of at least one door adapted to be opened, hingedly connected to at least one edge of a box, wherein, inside said door, means are arranged for opening/closing said box with respect to said door, together with extraction-preventing means adapted to lock or unlock an opening of said case, said box being equipped with at least one extreme edge adapted to be completely contained inside a corresponding slit arranged along said door when said case is at least in its closed position, said door adapted to be opened being composed of at least one plate, said slit being arranged along a perimeter of said plate, said means for opening/closing comprising at least one opening/closing plate sliding inside said plate and cooperating with abutment means arranged along said extreme edges of said box and with at least one control push-button going out of said door, said opening/closing plate being able to slide between a first position in which opening of said case is allowed, and a second closing and locking position of said case, elastic means being interposed between said sliding opening/closing plate and said plate, wherein said extraction-preventing means comprise at least one pin made of ferromagnetic material equipped with an end adapted to engage a respective locking seat of said sliding opening/closing plate when said plate is in said second closing and locking position, said pin being stressed towards said locking seat by at least one spring, characterised in that said pin is slidingly housed inside a slanted seat arranged next to a corner of said plate of said door.
An optical fiber tray for holding at least a length of an optical fiber (41, 51) in a proper arrangement, said tray having a hinge in its rear side with a hinge axis for connection to a support arm, wherein said tray comprises: at least a first port arranged at the rear side of the tray and configured for allowing optical fibers of a first type to enter/exit the tray and a guiding member comprising a second port on the hinge axis and configured for allowing optical fibers of a second type to enter the tray along said hinge axis, wherein said guiding member is arranged in a central region of said rear side, projects from said rear side of said tray and is independent from said at least a first port, and wherein said hinge comprises two hinge pivots and two support walls supporting said two hinge pivots, wherein said guiding member is arranged between said two support walls. at least a first port arranged at the rear side of the tray and configured for allowing optical fibers of a first type to enter/exit the tray and a guiding member comprising a second port on the hinge axis and configured for allowing optical fibers of a second type to enter the tray along said hinge axis,
An epoxy composition, comprising a reaction product prepared by reacting: an epoxy component; and an amidoamine composition, wherein the reaction product comprises an epoxy-functional surfactant having the structure:, wherein m is from 1 to 11, n is from 1 to 3, q is from 0 to 8, p is from 18 to 500, X is a hydrogen atom, a methyl substituent, an ethyl substituent, a hydroxymethyl substituent group, subsets thereof, or combinations thereof, and each Y is a hydrogen atom, a methyl substituent, an ethyl substituent, a hydroxymethyl substituent group, subsets thereof, or combinations thereof, and R 17 may be an alkyl group, an aryl group, an acyl group, and subsets and combinations thereof, and wherein the polyamidoamine composition is an amidoamine reaction product prepared by reacting: an acid terminated polyoxyalkylene composition of two or more acid terminated polyoxyalkylene polyol compounds, wherein the acid terminated polyoxyalkylene composition has a polydispersity of 1.1 or greater and the two or more acid terminated polyoxyalkylene polyol compounds, with different molecular weight, have from 50% to 100% of carboxylic end groups oxidized from hydroxyl end groups; and a diamine compound comprising a first amine substituent group of a primary amine substituent group and a second amine substituent group of a primary amine substituent group or a secondary amine substituent group. an epoxy component; and an amidoamine composition, wherein the reaction product comprises an epoxy-functional surfactant having the structure:, wherein m is from 1 to 11, n is from 1 to 3, q is from 0 to 8, p is from 18 to 500, X is a hydrogen atom, a methyl substituent, an ethyl substituent, a hydroxymethyl substituent group, subsets thereof, or combinations thereof, and each Y is a hydrogen atom, a methyl substituent, an ethyl substituent, a hydroxymethyl substituent group, subsets thereof, or combinations thereof, and R 17 may be an alkyl group, an aryl group, an acyl group, and subsets and combinations thereof, and an acid terminated polyoxyalkylene composition of two or more acid terminated polyoxyalkylene polyol compounds, wherein the acid terminated polyoxyalkylene composition has a polydispersity of 1.1 or greater and the two or more acid terminated polyoxyalkylene polyol compounds, with different molecular weight, have from 50% to 100% of carboxylic end groups oxidized from hydroxyl end groups; and a diamine compound comprising a first amine substituent group of a primary amine substituent group and a second amine substituent group of a primary amine substituent group or a secondary amine substituent group.
A core network supporting a cellular communication system comprising: a packet gateway; a policy service coupled to the packet gateway; a plurality of cellular cell sites (106,110,114) coupled to the packet gateway; and an emergency cell site dataset that lists designated cell sites (106,110,114), wherein, the policy service is configured to: in response to a service request for a subscriber device (102, 104), identify a cell site (106, 110, 114) associated with the service request; compare the cell site (106, 110, 114) to an emergency cell site dataset; and responsive to the cell site (106, 110, 114) matching an entry in the emergency cell site dataset, instruct the packet gateway to provide communication service independent of contractual-related limitations, said the contractual-related limitations comprise a cumulative data volume, a communication bandwidth or a selective de-prioritization of communication content of the subscriber device (102,104). a packet gateway; a policy service coupled to the packet gateway; a plurality of cellular cell sites (106,110,114) coupled to the packet gateway; and an emergency cell site dataset that lists designated cell sites (106,110,114), wherein, the policy service is configured to: in response to a service request for a subscriber device (102, 104), identify a cell site (106, 110, 114) associated with the service request; compare the cell site (106, 110, 114) to an emergency cell site dataset; and responsive to the cell site (106, 110, 114) matching an entry in the emergency cell site dataset, instruct the packet gateway to provide communication service independent of contractual-related limitations, said the contractual-related limitations comprise a cumulative data volume, a communication bandwidth or a selective de-prioritization of communication content of the subscriber device (102,104).
A gradient magnetometer, comprising an arrangement of a plurality of sensors, wherein each sensor comprises a rectilinear beam which is fixed, as seen in its longitudinal direction (x), in an initial region and an end region and which is capable of oscillating freely therebetween, each sensor further comprising at least one conducting means arranged on and connected to the beam to allow a current flow in the form of moving charge carriers between the initial region and the end region, wherein the at least one conducting means can be acted upon by an alternating voltage in order to excite an oscillating mode of the beam by utilizing the Lorentz force (F L) when the beam is in a magnetic field, wherein at least two sensors are mechanically coupled to each other in order to force the same oscillation frequency upon excitation of an oscillation of the beams of these at least two sensors, characterized in that at least one read-out means is provided for each sensor to determine an amplitude (A a, A z) of the oscillation of the beam of the respective sensor.
An insulating film-equipped metal material comprising: a metal material; and an insulating film covering at least a part of a surface of the metal material, wherein the insulating film includes: an insulating first layer directly disposed on the surface of the metal material and formed of a coating film containing a clay mineral; and a second layer disposed on the surface of the metal material so as to at least partly overlap with a surface of the first layer and having insulating property and moisture resistance greater than those of the first layer, and wherein the second layer is a layer containing at least one selected from a silicon based oxide, an aluminum based oxide, a zirconium based oxide, a magnesium based oxide, a calcium based oxide, a titanium based oxide, a hafnium based oxide, a silicon based nitride, a silicon based oxynitride, and a silicon based carbide. a metal material; and an insulating film covering at least a part of a surface of the metal material, an insulating first layer directly disposed on the surface of the metal material and formed of a coating film containing a clay mineral; and a second layer disposed on the surface of the metal material so as to at least partly overlap with a surface of the first layer and having insulating property and moisture resistance greater than those of the first layer, and wherein
A method for iteratively determining state of charge, i.e. SOC, of a battery cell, i.e. selected cell, the method comprising using a controller to perform a number of iterations, wherein each of the iterations comprises using the controller to: (a) determine a predicted SOC of the selected cell from an initial SOC value or an SOC of the selected cell determined from performing a previous one of the iterations; (b) determine a predicted error covariance of the predicted SOC from an initial error covariance value or an error covariance determined from performing the previous one of the iterations; (c) obtain a measurement of current flowing through the selected cell; (d) update the predicted SOC to determine an updated SOC of the selected cell, wherein updating the predicted SOC comprises adding a weighted correction factor that is determined using the predicted error covariance to the predicted SOC and wherein the weighted correction factor decreases as the magnitude of the current measurement increases and increases as the magnitude of the current measurement decreases; and (e) update the predicted error covariance to determine an updated error covariance, wherein the selected cell is selected from multiple battery cells, the weighted correction factor is determined using a difference between a measured cell voltage, i.e. SEV, and a predicted SEV of the selected cell, and wherein the method further is characterised by using the controller to: (i) obtain, multiple times during an election period, measurements of the SEV of each of the battery cells; and (ii) determine the selected cell to be the battery cell found most often to have the lowest measured SEV during the election period. (a) determine a predicted SOC of the selected cell from an initial SOC value or an SOC of the selected cell determined from performing a previous one of the iterations; (b) determine a predicted error covariance of the predicted SOC from an initial error covariance value or an error covariance determined from performing the previous one of the iterations; (c) obtain a measurement of current flowing through the selected cell; (d) update the predicted SOC to determine an updated SOC of the selected cell, wherein updating the predicted SOC comprises adding a weighted correction factor that is determined using the predicted error covariance to the predicted SOC and wherein the weighted correction factor decreases as the magnitude of the current measurement increases and increases as the magnitude of the current measurement decreases; and (e) update the predicted error covariance to determine an updated error covariance, (i) obtain, multiple times during an election period, measurements of the SEV of each of the battery cells; and (ii) determine the selected cell to be the battery cell found most often to have the lowest measured SEV during the election period.
A method of assembling a door assembly for a laundry treating appliance, the method comprising: assembling an inner door subassembly using mechanical fasteners (73, 75, 85, 79); adhesively bonding an intermediate door frame to the inner door subassembly to form an intermediate door subassembly; applying a touch film comprising an integrated flexible printed circuit board with touch buttons to an inner surface of an outer door screen with an adhesive, the outer door screen comprising a window made of a transparent material; adhesively bonding the inner surface of the outer door screen to the intermediate door subassembly; affixing a user interface controller to the intermediate door frame through an aperture in the inner door subassembly; and adhesively bonding covers (112, 113, 114) to the inner door subassembly to hide the mechanical fasteners (73, 75, 85, 79) from view; wherein a user interface comprising said touch film is accessible on an outer surface of the outer door screen. assembling an inner door subassembly using mechanical fasteners (73, 75, 85, 79); adhesively bonding an intermediate door frame to the inner door subassembly to form an intermediate door subassembly; applying a touch film comprising an integrated flexible printed circuit board with touch buttons to an inner surface of an outer door screen with an adhesive, the outer door screen comprising a window made of a transparent material; adhesively bonding the inner surface of the outer door screen to the intermediate door subassembly; affixing a user interface controller to the intermediate door frame through an aperture in the inner door subassembly; and adhesively bonding covers (112, 113, 114) to the inner door subassembly to hide the mechanical fasteners (73, 75, 85, 79) from view;
A process comprising: releasing at least a first marker and a second marker into fluid produced from subterranean environs, wherein the first marker is released at a first location, and the second marker is released at a second location spaced apart from the first location, within a well penetrating and in fluid communication with said subterranean environs; measuring the elapsed time from the step of releasing said first and second markers until each of said first and second markers reaches a common point along the well; characterised by substantially simultaneously releasing said first and second markers; determining the velocity and flow rates of fluid produced from said subterranean environs at each of said first and second spaced apart locations based upon said elapsed time, the distance from each of said first and second locations to the common point, and the distance between the first and second locations; including the step of comparing the elapsed time for the first marker to the elapsed time for the second marker and thereby calculating the fluid velocity between the first location and the second location. releasing at least a first marker and a second marker into fluid produced from subterranean environs, wherein the first marker is released at a first location, and the second marker is released at a second location spaced apart from the first location, within a well penetrating and in fluid communication with said subterranean environs; measuring the elapsed time from the step of releasing said first and second markers until each of said first and second markers reaches a common point along the well; characterised by substantially simultaneously releasing said first and second markers; determining the velocity and flow rates of fluid produced from said subterranean environs at each of said first and second spaced apart locations based upon said elapsed time, the distance from each of said first and second locations to the common point, and the distance between the first and second locations; including the step of comparing the elapsed time for the first marker to the elapsed time for the second marker and thereby calculating the fluid velocity between the first location and the second location.
A valve actuator that drives opening and closing of a poppet valve, comprising: a motor; and a transmission mechanism that transmits a drive force of the motor to the poppet valve, wherein the transmission mechanism includes a booster mechanism, and the booster mechanism is a three-dimensional toggle mechanism that includes a cylinder, an input disc that rotates about an axis in the cylinder, an output disc that reciprocates along an axial direction in the cylinder, a link that connects the input disc and the output disc, and ball joints, and characterized in that the ball joints are disposed in the cylinder to be in contact with an inner periphery of the cylinder, and the ball joints interconnect an outer edge portion of the input disc and one end of the link as well as interconnect an outer edge portion of the output disc and the other end of the link. a motor; and a transmission mechanism that transmits a drive force of the motor to the poppet valve, wherein the transmission mechanism includes a booster mechanism, and the booster mechanism is a three-dimensional toggle mechanism that includes a cylinder, an input disc that rotates about an axis in the cylinder, an output disc that reciprocates along an axial direction in the cylinder, a link that connects the input disc and the output disc, and ball joints, and characterized in that the ball joints are disposed in the cylinder to be in contact with an inner periphery of the cylinder, and the ball joints interconnect an outer edge portion of the input disc and one end of the link as well as interconnect an outer edge portion of the output disc and the other end of the link.