mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising a heat source unit, the heat source unit housing inside a case: refrigeration cycle components including a heat exchanger in which the refrigerant flows and a compressor; an electric part box housing electric parts and the like; and a blower driven by a motor, characterized in that a flammable refrigerant having a low global warming potential is used by the heat source unit; and airflow is formed in the case by the blower, wherein the inside of the case is partitioned with a partition plate into an upstream space and a downstream space in the airflow, and the electric part box, electric parts such as a motor of the blower and the blower are arranged upstream from the refrigeration cycle components in the airflow in the upstream space, the refrigeration cycle components including the heat exchanger in which the refrigerant flows and the compressor are arranged in the airflow in the downstream space. refrigeration cycle components including a heat exchanger in which the refrigerant flows and a compressor; an electric part box housing electric parts and the like; and a blower driven by a motor, characterized in that a flammable refrigerant having a low global warming potential is used by the heat source unit; and airflow is formed in the case by the blower, wherein the inside of the case is partitioned with a partition plate into an upstream space and a downstream space in the airflow, and the electric part box, electric parts such as a motor of the blower and the blower are arranged upstream from the refrigeration cycle components in the airflow in the upstream space, the refrigeration cycle components including the heat exchanger in which the refrigerant flows and the compressor are arranged in the airflow in the downstream space.
A rechargeable battery comprising: an electrode assembly that includes a first electrode and a second electrode; a case of which one side is opened, and that receives the electrode assembly; a cap assembly that includes a cap plate covering the opened portion of the case; a first current collecting member that is disposed at a lower side of the cap assembly and is thus connected with the first electrode; a sealing member that is made of an insulation material and penetrates the cap plate and the first current collecting member; characterized in that a first terminal in which a base portion fixed to an outer side of the cap plate and an extension portion formed to penetrate the sealing member such that the first current collecting member is fixed to the cap assembly are formed as a single body. an electrode assembly that includes a first electrode and a second electrode; a case of which one side is opened, and that receives the electrode assembly; a cap assembly that includes a cap plate covering the opened portion of the case; a first current collecting member that is disposed at a lower side of the cap assembly and is thus connected with the first electrode; a sealing member that is made of an insulation material and penetrates the cap plate and the first current collecting member; characterized in that a first terminal in which a base portion fixed to an outer side of the cap plate and an extension portion formed to penetrate the sealing member such that the first current collecting member is fixed to the cap assembly are formed as a single body.
A radar level gauge, for determining a process variable of a product in a tank using electromagnetic measuring signals, the radar level gauge comprising: an antenna arrangement comprising an antenna mounting structure, the antenna arrangement being adapted to direct a microwave transmit signal toward said product and return reflections thereof from a surface of said product; and a dielectric filling member arranged in said antenna arrangement, the dielectric filling member comprising a main body, and a sealing arrangement for preventing tank content from escaping into the outside environment, the sealing arrangement being arranged around a periphery of the main body and comprises a first sealing portion positioned between a portion of the antenna mounting structure and a portion of the tank, wherein a lower surface of the first sealing portion is arranged in abutment with the portion of the tank; wherein the sealing arrangement and the main body are formed in one piece and made of the same material; characterized in that the radar level gauge further comprises a structural reinforcement element arranged around a periphery of the main body, the structural reinforcement element being arranged in abutment with an upper surface of the first sealing portion such that, as seen in a microwave transmit signal direction, the first sealing portion is positioned above the portion of the tank and below the structural reinforcement element, and the dielectric filling member comprises an annular groove into which the structural reinforcement element is connected. an antenna arrangement comprising an antenna mounting structure, the antenna arrangement being adapted to direct a microwave transmit signal toward said product and return reflections thereof from a surface of said product; and a dielectric filling member arranged in said antenna arrangement, the dielectric filling member comprising a main body, and a sealing arrangement for preventing tank content from escaping into the outside environment, the sealing arrangement being arranged around a periphery of the main body and comprises a first sealing portion positioned between a portion of the antenna mounting structure and a portion of the tank, wherein a lower surface of the first sealing portion is arranged in abutment with the portion of the tank; wherein the sealing arrangement and the main body are formed in one piece and made of the same material;
A method of sound reproduction of a digital audio signal characterized in that a step of oversampling is executed, which consists in generating, from a signal sampled at a frequency F, a signal sampled at a frequency NxF, where N corresponds to an integer greater than 1, and then in applying a convolution processing to a first digital file sampled at a frequency NxF corresponding to the acquisition of the background noise of a reference sound space, a second digital file sampled at a frequency NxF corresponding to the acquisition of the noise footprint of a reference reproduction device, and a third digital file sampled at a frequency NxF corresponding to the acquisition of the noise footprint of an equalizer as well as a fourth file corresponding to said oversampled audio file, with the resulting digital packets being then submitted to a digital conversion processing at a sampling frequency F/M corresponding to the working frequency of the audio-monitoring device.
Modular Airplane Seat Unit characterized in that it comprises a Back Part of the Seat composed of two parts as Upper (2.1) and Lower (2.2) parts, a Seat Folding Point between Upper Part (2.1) and Lower Part (2.2) of the Back Part of the Seat, a Mat of the Seat, a Staged Mechanism providing upwards or downwards movement by its telescopic structure and a Rod inside the Staged Mechanism located under the Mat of the Seat, a Hydraulic Pump placed at the bottom end of the Rod, a Rail adapted to be continuous along the way of the cabin, is located under the Staged Mechanism and on the Base of Seat Storage Chamber, two Sensors at the bottom of the seat, one in the front one at the rear, coinciding with the Rail, Location Determining Pins, one in front of the front Sensor and one at the back of the rear Sensor, Sliding Covers closing and opening by moving towards or away from each other, adapted to be leveled with the Floor of the Passenger Cabin and coinciding with the bottom of the seat, two Servo Motors, Forward (7.2) and Backward (7.3) on the Sliding Covers, one Servo Motor (back) (7.1) on the Upper Part (2.1) of the Back Part of the Seat, one Servo Motor (bottom) (7.4) located on the Rail coinciding with the bottom of Hydraulic Pump and Buttons placed on the upper corner of the Upper Part (2.1) of the Back Part of the Seat and on the Armrest of the Modular Airplane Seat Unit.
A composition comprising: (a) 55 - 65% Guaifenesin; (b) 1 - 5% Dextromethorphan or a pharmaceutically acceptable salt thereof; (c) 5 - 15% Naproxen or a pharmaceutically acceptable salt thereof; (d) 1 - 10% Controlled release polymers; (e) 0.1 - 10% Binders; (f) 0.1 - 5% Disintegrants; (g) 5 - 25% Diluents; and (h) up to 1% Lubricants.
A payload for an augmentation satellite comprising an input channel (201, 202, 503) designed to receive navigation signals transmitted by at least one Navigation Land Earth Station (NLES) in a first frequency band and a plurality of output channels (206, 207, 208, 216, 217, 218) each designed to broadcast navigation signals in a frequency band that is different from said first band and the other broadcasting bands, characterised in that it further comprises a navigation processor designed to implement the following operations for each of said received signals: • unspreading, from a first set of spreading codes each associated with a Navigation Land Earth Station (NLES) and for each of said codes, the phase signal so as to extract a pilot signal; • authenticating said pilot signal and deducing therefrom the station (NLES) transmitting said signal; • blocking said navigation signal if said authentication is negative; • measuring the signal-to-noise plus interference ratio (SNIR) affecting said pilot signal; • retaining, from the received navigation signals, the navigation signal that exhibits the highest signal-to-noise plus interference ratio and for which the authentication is positive, said retained signal being called nominal signal, with the station (NLES) transmitting the nominal signal being called nominal station and the other transmitting stations (NLES) being called redundant stations; • unspreading, from a second set of spreading codes each associated with a type of navigation signal that is designed to be transmitted on one of the broadcasting frequency bands and for each of said codes, the nominal navigation signal by quadrature; • transmitting (713, 714) said nominal navigation signal in the broadcasting frequency band associated with the spreading code used. • unspreading, from a first set of spreading codes each associated with a Navigation Land Earth Station (NLES) and for each of said codes, the phase signal so as to extract a pilot signal; • authenticating said pilot signal and deducing therefrom the station (NLES) transmitting said signal; • blocking said navigation signal if said authentication is negative; • measuring the signal-to-noise plus interference ratio (SNIR) affecting said pilot signal; • retaining, from the received navigation signals, the navigation signal that exhibits the highest signal-to-noise plus interference ratio and for which the authentication is positive, said retained signal being called nominal signal, with the station (NLES) transmitting the nominal signal being called nominal station and the other transmitting stations (NLES) being called redundant stations; • unspreading, from a second set of spreading codes each associated with a type of navigation signal that is designed to be transmitted on one of the broadcasting frequency bands and for each of said codes, the nominal navigation signal by quadrature; • transmitting (713, 714) said nominal navigation signal in the broadcasting frequency band associated with the spreading code used.
A hyperbranched polymer, comprising: a hyperbranched, hydrophobic molecular core, wherein the hyperbranched, hydrophobic molecular core is a hyperbranched polyester including at least 4 terminal hydroxyl groups; respective low molecular weight polyethyleneimine chains attached to terminal groups of two or more branches of the hyperbranched polyester, wherein the low molecular weight polyethyleneimine chains each have a molecular weight ranging from about 400 g/mol to about 5,000 g/mol; and respective polyethylene glycol chains attached to terminal groups of two or more other branches of the hyperbranched polyester. a hyperbranched, hydrophobic molecular core, wherein the hyperbranched, hydrophobic molecular core is a hyperbranched polyester including at least 4 terminal hydroxyl groups; respective low molecular weight polyethyleneimine chains attached to terminal groups of two or more branches of the hyperbranched polyester, wherein the low molecular weight polyethyleneimine chains each have a molecular weight ranging from about 400 g/mol to about 5,000 g/mol; and respective polyethylene glycol chains attached to terminal groups of two or more other branches of the hyperbranched polyester.
A glass having a composition which is characterized by the following phases constituting the glass: Constituting phase Min. (% by mol) Max. (% by mol) albite 20 60 silicon dioxide 0 40 orthoclase 0 20 wollastonite 0 10 enstatite 0 20 parakeldyshite 0 20 narsarsukite 0 20 disodium zinc silicate 0 40 cordierite 0 20 strontium silicate 0 10 barium silicate 0 10, wherein the portion of further components in the glass is at most 1 % by mol.
A method for monitoring, by a device manager at a back-end server a connection status of a device accessible via a network by a broker using MQTT (Message Queuing Telemetry Transport) commands, the method comprising performing at the broker the steps of: - attempting to establish a handshake connection with the device; - receiving from the device an LWT (Last Will and Testament) message; - upon determining that the handshake connection has been established, notifying the device manager about the device connection status as connected; - periodically sending to the device at least one probe message; and - if no response to the probe message is received from the device (312, 313), sending the LWT message to the device manager to notify the device manager about the device connection status as disconnected. - attempting to establish a handshake connection with the device; - receiving from the device an LWT (Last Will and Testament) message; - upon determining that the handshake connection has been established, notifying the device manager about the device connection status as connected; - periodically sending to the device at least one probe message; and - if no response to the probe message is received from the device (312, 313), sending the LWT message to the device manager to notify the device manager about the device connection status as disconnected.
A yellow ink composition, comprising: a particulate pigment, wherein the pigment is at least one of C. I. Pigment Yellow 138, C. I. Pigment Yellow 155, C. I. Pigment Yellow 180, C. I. Pigment Yellow 185 and C. I. Pigment Yellow 213; a dispersant; a water-soluble solvent; and water, characterized in that the ink composition satisfies the following relationship: 0.02 ≤ Y / X ≤ 0.07 wherein X represents a maximum absorbance of the ink composition at a wavelength of from 400 to 450 nm; and Y represents an absorbance thereof at a wavelength of 500 nm. a particulate pigment, wherein the pigment is at least one of C. I. Pigment Yellow 138, C. I. Pigment Yellow 155, C. I. Pigment Yellow 180, C. I. Pigment Yellow 185 and C. I. Pigment Yellow 213; a dispersant; a water-soluble solvent; and water, characterized in that the ink composition satisfies the following relationship: 0.02 ≤ Y / X ≤ 0.07 wherein X represents a maximum absorbance of the ink composition at a wavelength of from 400 to 450 nm; and Y represents an absorbance thereof at a wavelength of 500 nm.
Crystallizer for the continuous casting of metal material in a liquid state, the crystallizer comprising at least a base body defining at least part of a passage cavity for the liquid metal material being cast and being provided with an internal surface facing, during use, toward said passage cavity and with a surface that is external during use, opposite to the surface that is internal during use, characterized in that the surface that is external during use, and not in contact with said liquid metal material of said base body, is provided with a plurality of longitudinal grooves open toward the outside, and in that said longitudinal grooves are closed by an external layer made using electrolytic deposition techniques, in order to define cooling channels through which a cooling liquid is made to pass.
A method for providing an in-vehicle notification service on a head unit device, the method comprising: receiving (S570, S610, S710, S810, S910, S1055) a notification message including event information regarding an event from a mobile device, upon an occurrence of the event; generating (S615, S630, S730, S745, S815, S840, S945, S960) an action request message requesting execution of an application related to the event based on the event information and transmitting the action request message to the mobile device; and displaying (S575, S1060) a Graphical User Interface, GUI, to a user according to the execution of the application, the method further comprising displaying (S540, S1035) notification types that the user can be notified about; and registering (S550, S1050), a notification type selected by the user from among the notification types to the mobile device. receiving (S570, S610, S710, S810, S910, S1055) a notification message including event information regarding an event from a mobile device, upon an occurrence of the event; generating (S615, S630, S730, S745, S815, S840, S945, S960) an action request message requesting execution of an application related to the event based on the event information and transmitting the action request message to the mobile device; and displaying (S575, S1060) a Graphical User Interface, GUI, to a user according to the execution of the application, the method further comprising displaying (S540, S1035) notification types that the user can be notified about; and registering (S550, S1050), a notification type selected by the user from among the notification types to the mobile device.
An ultrasound probe configured with limited external dimensions to access internal areas of a body, comprising: - a backing layer having a lower surface; - a flexible circuit covering a portion of the lower surface of the backing layer; - an interposer (330, 410, 530) having a surface, the interposer being adjacent to the flexible circuit opposite the lower surface of the backing layer; - a fastener configured to secure the interposer and flexible circuit against the lower surface of the backing layer; and - a spring (350, 420, 550) disposed at a first end of the interposer and disposed between the surface of the interposer and the backing layer, the spring configured to provide a force to bias a first end of the interposer away from the backing layer and to bias a second end of the interposer toward the backing layer; and - a printed circuit board adjacent to the interposer opposite the flexible circuit, wherein the first and seconds ends of the interposer are on opposing sides of the fastener, wherein the interposer further includes a pad field (345, 532) on the surface, and wherein the pad field and the spring are on opposing sides of the fastener. - a backing layer having a lower surface; - a flexible circuit covering a portion of the lower surface of the backing layer; - an interposer (330, 410, 530) having a surface, the interposer being adjacent to the flexible circuit opposite the lower surface of the backing layer; - a fastener configured to secure the interposer and flexible circuit against the lower surface of the backing layer; and - a spring (350, 420, 550) disposed at a first end of the interposer and disposed between the surface of the interposer and the backing layer, the spring configured to provide a force to bias a first end of the interposer away from the backing layer and to bias a second end of the interposer toward the backing layer; and - a printed circuit board adjacent to the interposer opposite the flexible circuit, wherein the first and seconds ends of the interposer are on opposing sides of the fastener, wherein the interposer further includes a pad field (345, 532) on the surface, and wherein the pad field and the spring are on opposing sides of the fastener.
Reflecting device for adjustably reflecting light, such as sunlight, comprising a transparent first wall, a transparent second wall, which is arranged substantially parallel to and at a distance from the first wall, and a regulating layer, which is provided with a duct, which is bounded between the first wall and the second wall, and which regulating layer substantially allows light which impinges on the first wall through to the second wall if the duct is filled with a transparent liquid and reflects light which impinges on the first wall if the duct is empty, the regulating layer being provided with a structure which is prismatic in cross section, wherein the reflecting device is provided with a third wall, which is arranged substantially parallel to and at a distance from the second wall, and a second regulating layer, which is provided with a second duct, which is bounded between the second wall and the third wall, the second regulating layer being provided with a second structure which is prismatic in cross section and substantially allowing light which impinges on the second wall through to the third wall if the second duct is filled with a transparent liquid and reflecting light incident on the second wall when the second duct is empty.
A portable container for water comprising: a removable water filter cartridge comprising one or more fibre membranes which are effective to pass water in preference to air under the influence of a pressure differential; a container housing for holding water, the housing having a base, side walls and a top wall, wherein the base incorporates a seat to receive the water filter cartridge to resist lateral movement; an output valve coupled to the water filter cartridge; and a pump for raising the internal pressure of the container housing, wherein the container housing comprises a main volume within which the fibre membranes of the water filter cartridge extend and a header volume above the water filter cartridge. a removable water filter cartridge comprising one or more fibre membranes which are effective to pass water in preference to air under the influence of a pressure differential; a container housing for holding water, the housing having a base, side walls and a top wall, wherein the base incorporates a seat to receive the water filter cartridge to resist lateral movement; an output valve coupled to the water filter cartridge; and a pump for raising the internal pressure of the container housing,
A method of identifying a hepatitis B virus antiviral agent in an assay, in vitro, wherein the assay comprises using an HBV-infected cell, wherein the metabolic capacity of the HBV-infected cell is modulated, and applying a test agent to the HBV-infected cell such that the test agent is not metabolized or is minimally metabolized during the assay.