mhurhangee/ep-ind-claims huggingface dataset:
A gas cooking appliance comprising: - a cooktop; - a burner box arranged below the cooktop; - a plurality of gas burners (11, 12, 13, 14, 15) arranged about the cooktop and - a turn and lock mechanism for mounting at least one of the plurality of gas burners to the burner box, characterized in that it further comprises: - a bracket mounted to the burner box and - a holder interposed between the bracket and the at least one of the plurality of gas burners (11, 12, 13, 14, 15) to the burner box, said turn and lock mechanism fixing the holder to the bracket. - a cooktop; - a burner box arranged below the cooktop; - a plurality of gas burners (11, 12, 13, 14, 15) arranged about the cooktop and - a turn and lock mechanism for mounting at least one of the plurality of gas burners to the burner box, - a bracket mounted to the burner box and - a holder interposed between the bracket and the at least one of the plurality of gas burners (11, 12, 13, 14, 15) to the burner box, said turn and lock mechanism fixing the holder to the bracket.
A cleaner head (10, 110) for a vacuum cleaner, the cleaner head (10, 110) comprising: a suction cavity (34, 134) comprising an opening (22, 122) through which debris enters the cleaner head (10, 110), and an air outlet (82, 182); and an agitator (36, 136) mounted in the suction cavity (34, 134) in a cantilevered manner for rotation relative thereto, the agitator (36, 136) being conical in shape and having a first, free end (42, 142) and a second end (44, 144) which has a larger diameter than the first end (42, 142); characterised in that the air outlet (82, 182) is located adjacent the free end (42, 142) of the agitator (36, 136). a suction cavity (34, 134) comprising an opening (22, 122) through which debris enters the cleaner head (10, 110), and an air outlet (82, 182); and an agitator (36, 136) mounted in the suction cavity (34, 134) in a cantilevered manner for rotation relative thereto, the agitator (36, 136) being conical in shape and having a first, free end (42, 142) and a second end (44, 144) which has a larger diameter than the first end (42, 142); characterised in that the air outlet (82, 182) is located adjacent the free end (42, 142) of the agitator (36, 136).
A component (64;164) for a gas turbine engine comprising: an exterior surface providing pressure and suction sides (86,88), a cooling passage in the component includes a serpentine passageway (94;194) having first and second passes (118,120) respectively configured to provide fluid flow in opposite directions from one another; characterised in that: the first pass includes first and second portions (112,114) nested relative to one another and overlapping in a thickness direction, the first and second portions (112,114) adjacent to one another by sharing a common wall, the first portion provided on the suction side, and the second portion provided on the pressure side.
A method for testing a flexible container, comprising: a) evacuating air from a container to a negative atmospheric pressure, the container being a collapsible, flexible container, and comprising at least two opposing flexible walls, wherein a surface of at least one of the walls internal to the container comprises a plurality of channels or recessed features on said at least one wall; and b) monitoring a mass flow of air or a state of vacuum so as to determine the integrity of the container. a) evacuating air from a container to a negative atmospheric pressure, the container being a collapsible, flexible container, and comprising at least two opposing flexible walls, wherein a surface of at least one of the walls internal to the container comprises a plurality of channels or recessed features on said at least one wall; and b) monitoring a mass flow of air or a state of vacuum so as to determine the integrity of the container.
A method comprising: at a first wireless device using a processor: establishing a first wireless connection with a wireless access infrastructure device; discovering, using the first wireless connection, a second wireless device, the second wireless device communicatively connected to the wireless access infrastructure device; establishing, with the second wireless device, a protocol connection over the first wireless connection; streaming a media file to the second wireless device using the first wireless connection over the protocol connection; determining, using a communication protocol that is above a Medium Access Control Protocol in a protocol stack, that the second wireless device is capable of switching to a peer-to-peer wireless connection, wherein determining that the second wireless device is capable of switching to the peer-to-peer wireless connection is performed using the protocol connection, the protocol connection being one of: a transport layer protocol connection or an application layer protocol connection; establishing a peer-to-peer wireless connection with the second wireless device; and subsequent to establishing the peer-to-peer wireless connection with the second wireless device, switching the streaming of the media file from the first wireless connection to the peer-to-peer wireless connection. establishing a first wireless connection with a wireless access infrastructure device; discovering, using the first wireless connection, a second wireless device, the second wireless device communicatively connected to the wireless access infrastructure device; establishing, with the second wireless device, a protocol connection over the first wireless connection; streaming a media file to the second wireless device using the first wireless connection over the protocol connection; determining, using a communication protocol that is above a Medium Access Control Protocol in a protocol stack, that the second wireless device is capable of switching to a peer-to-peer wireless connection, wherein determining that the second wireless device is capable of switching to the peer-to-peer wireless connection is performed using the protocol connection, the protocol connection being one of: a transport layer protocol connection or an application layer protocol connection; establishing a peer-to-peer wireless connection with the second wireless device; and subsequent to establishing the peer-to-peer wireless connection with the second wireless device, switching the streaming of the media file from the first wireless connection to the peer-to-peer wireless connection.
An optical RF spectrum analyser comprising: an optical modulator to modulate an input RF signal onto a carrier frequency to generate a modulated optical signal; a spectral weight having a spectral weight function to modify the modulated optical signal, the spectral weight defining a frequency relationship between the spectral weight function and the carrier frequency; a frequency control module to modify the frequency relationship between the spectral weight function and the carrier frequency over time by performing a sweep across a frequency range to modify the carrier frequency and the modulated optical signal to generate a modified optical signal over time; an optical sensor to sense the modified optical signal over time and to generate an RF signal over time based on the modified optical signal; a signal recovery module to calculate the RF spectrum based on the RF signal over time. an optical modulator to modulate an input RF signal onto a carrier frequency to generate a modulated optical signal; a spectral weight having a spectral weight function to modify the modulated optical signal, the spectral weight defining a frequency relationship between the spectral weight function and the carrier frequency; a frequency control module to modify the frequency relationship between the spectral weight function and the carrier frequency over time by performing a sweep across a frequency range to modify the carrier frequency and the modulated optical signal to generate a modified optical signal over time; an optical sensor to sense the modified optical signal over time and to generate an RF signal over time based on the modified optical signal; a signal recovery module to calculate the RF spectrum based on the RF signal over time.
A redox flow battery, energy storage system employing a V +4 /V +5 redox couple in a positive electrolyte solution and a V +2 /V +3 redox couple in a negative electrolyte solution of redox flow electrochemical cells of said system, an ancillary redox couple being present in said positive electrolyte solution in a mole content sufficient to support charge current in case of a substantially complete oxidation of vanadium of the main redox couple in the solution and a balancing mole amount of a reducible redox couple in said negative electrolyte solution, characterized in that said positive electrolyte solution contains methane-sulfonic acid and said ancillary redox couple is Ce +3 /Ce +4.
A method by a wireless device for determining a maximum output power, the method comprising: Obtaining, by the wireless device, a first time resource for transmitting a first signal in a first cell on a first carrier; Obtaining, by the wireless device, a second time resource for transmitting a second signal in a second cell on a second carrier; determining a reference time based on at least one of the first time resource and the second time resource, wherein the reference time is determined as a function of a length of at least one of the first time resource and the second time resource, determining a maximum output power based on the reference time; based on the determined maximum output power, transmitting the first signal in the first cell and the second signal in the second cell. Obtaining, by the wireless device, a first time resource for transmitting a first signal in a first cell on a first carrier; Obtaining, by the wireless device, a second time resource for transmitting a second signal in a second cell on a second carrier; determining a reference time based on at least one of the first time resource and the second time resource, wherein the reference time is determined as a function of a length of at least one of the first time resource and the second time resource, determining a maximum output power based on the reference time; based on the determined maximum output power, transmitting the first signal in the first cell and the second signal in the second cell.
A rotary press comprising several print towers aligned in a longitudinal direction, each print tower having a frame stationary relative to the ground, and at least one lift (24, 30) designed to move people, the rotary press comprising at least one intermediate lift designed to move people, positioned vertically movably in an intermediate space between two adjacent print towers, and serving both print towers between which it is positioned, characterized in that each print tower comprises several vertically superimposed print units, each printing unit comprising at least one printing group.
An absorbent article comprising a longitudinal direction and a width direction and an absorber that includes an upper layer sheet disposed at a skin side, a lower layer sheet disposed at a non-skin side, and a highly water-absorbing polymer disposed between the upper layer sheet and the lower layer sheet, wherein the upper layer sheet is provided with a plurality of protruding portions bulging out to the skin side and forming space portions to be filled or filled with the highly water-absorbing polymer, and joined portions in which the upper layer sheet and the lower layer sheet are joined to each other intermittently on peripheral edges of the protruding portions along a circumferential direction, wherein the absorbent article further comprises liquid-diffusion restriction joined portions in which a length of the joined portion is relatively increased as compared to that of other joined portions, characterized in that the liquid-diffusion restriction joined portions include first liquid-diffusion restriction joined portions provided along the longitudinal direction respectively on both side portions in the width direction of at least a region corresponding to a blood discharge port of a wearer of the absorbent article so that, in use, the diffusion of the body fluid discharged from the blood discharge port toward the width direction is restricted by the first liquid-diffusion restriction joined portions and the body fluid diffuses in the longitudinal direction. wherein the upper layer sheet is provided with a plurality of protruding portions bulging out to the skin side and forming space portions to be filled or filled with the highly water-absorbing polymer, and joined portions in which the upper layer sheet and the lower layer sheet are joined to each other intermittently on peripheral edges of the protruding portions along a circumferential direction, wherein the absorbent article further comprises liquid-diffusion restriction joined portions in which a length of the joined portion is relatively increased as compared to that of other joined portions, characterized in that the liquid-diffusion restriction joined portions include first liquid-diffusion restriction joined portions provided along the longitudinal direction respectively on both side portions in the width direction of at least a region corresponding to a blood discharge port of a wearer of the absorbent article so that, in use, the diffusion of the body fluid discharged from the blood discharge port toward the width direction is restricted by the first liquid-diffusion restriction joined portions and the body fluid diffuses in the longitudinal direction.
Apparatus for manufacturing pressure cast components with a pressure casting mould and a suction-removal apparatus which is provided for controlled evacuation of a mould cavity and which consists at least of a vacuum unit and of at least one suction line which connects the pressure casting mould, wherein the suction line terminates at a mould vacuum valve in the mould cavity, wherein the apparatus is connected to a central control system, and there is inserted in the at least one suction line a filter module which contains at least one filter, a moisture sensor and a pressure sensor, wherein the filter module is installed in such a manner that the connection piece between filter module and mould vacuum valve, a line, is shorter than a suction-removal line between filter module and vacuum pump, characterized in that the filter module contains a filter insert and at least one filter housing consisting of a base and a cover, wherein the base and the cover are tightly connected to each other by means of at least two knurled screws and form a structural space for the filter insert.
Magnetic Removable Closure System for clothing, underclothing, leather goods, shoes, bags, any accessories and for any other field of application which is flexible and light (weight varies from 0,8 gr. till 200 gr., depending on necessary attractive force), and which consists of three distinct parts (all indispensable): ▪ Fixed part which consists of at least one Pocket made of flexible material (preferably fabric) fixed by bonding, basting, gluing, sealing, but preferably by stitching, sewing, seaming on each of the opposing boards of the article to be closed/opened, or which consists of at least one Pocket incorporated during manufacturing process into internal opposing boards of the article to be closed/opened. ▪ Movable part which consists of at least one Magnetic Removable Strip made of flexible material (preferably fabric) inside of which are positioned ferromagnetic objects (preferably cylindrical permanent magnets), one end of the said Magnetic Strip is closed by self-blocking Label which could be magnetized and is made of flexible material (preferably polymer-bonded fabric) which blocks in the right position sliding (insertion) of said Magnetic Strip inside of said Pocket and accelerates removal of said Magnetic Strip from the said Pocket to facilitate laundry, drying and ironing of the article; ▪ Magnetic Slider which permits faster sliding (insertion) of said Magnetic Strip into said Pocket which consists of at least one ferromagnetic object (preferably permanent cylindrical magnet) which has stronger magnetic attraction force than magnets inserted in said magnetic strip. ▪ Fixed part which consists of at least one Pocket made of flexible material (preferably fabric) fixed by bonding, basting, gluing, sealing, but preferably by stitching, sewing, seaming on each of the opposing boards of the article to be closed/opened, or which consists of at least one Pocket incorporated during manufacturing process into internal opposing boards of the article to be closed/opened. ▪ Movable part which consists of at least one Magnetic Removable Strip made of flexible material (preferably fabric) inside of which are positioned ferromagnetic objects (preferably cylindrical permanent magnets), one end of the said Magnetic Strip is closed by self-blocking Label which could be magnetized and is made of flexible material (preferably polymer-bonded fabric) which blocks in the right position sliding (insertion) of said Magnetic Strip inside of said Pocket and accelerates removal of said Magnetic Strip from the said Pocket to facilitate laundry, drying and ironing of the article; ▪ Magnetic Slider which permits faster sliding (insertion) of said Magnetic Strip into said Pocket which consists of at least one ferromagnetic object (preferably permanent cylindrical magnet) which has stronger magnetic attraction force than magnets inserted in said magnetic strip.
A carton (90; 190) for packaging articles comprising a plurality of primary panels (12, 14a, 14b, 16, 18b, 18a, 20; 112, 114, 116, 118, 120) for forming a tubular structure and an end closure structure for at least partially closing an end of the tubular structure, the primary panels include a top panel (16; 114), the end closure structure comprising a top end closure flap (30a/30c, 30b/30d; 122a, 122b) having a handle opening, a first side end closure flap (26a; 144a) and characterised by a web panel (28a; 138a, 140a) coupling the top end closure flap (30a/30c, 30b/30d; 122a, 122b) to the first side end closure flap (26a; 144a), wherein the web panel (28a; 138a, 140a) is hingedly connected to the first side end closure flap (26a; 144a) along a first fold line (49a; 149a) and wherein the web panel comprises a handle-reinforcing edge which extends along at least part of an engaging edge of the handle opening when the web panel (28a; 138a, 140a) is folded into position between the top (30a/30c, 30b/30d; 122a, 122b) and first side end closure flaps (26a; 144a) and wherein the first fold line (49a; 149a) is disposed at an acute angle with respect to a second fold line (31a, 123a) between the top end closure flap (30a/30c, 30b/30d; 122a, 122b) and the top panel (16; 114) when the carton (90; 190) is erected.
Modulatable infrared emitter comprising - a heating element and - an actuator characterized in that the heating element is a MEMS heating element comprising heatable regions for emitting infrared radiation in an emission direction which is substantially perpendicular to a total area of the MEMS heating element, the projection of the heatable regions in the emission direction forming an emission area and the area spanned by the MEMS heating element forming the total area, and the actuator being configured to change the shape and/or structure of the MEMS heating element between a first and a second state, so that the ratio of the emission area to the total area of the MEMS heating element is smaller by at least a factor of 2 in the first state than in the second state. - a heating element and - an actuator
A heat transfer circuit (4001, 4100, 4200, 4300), comprising: a compressor (4010, 4110, 4210, 4310) for compressing a working fluid; a condenser (4020, 4120, 4220, 4320) for cooling the working fluid; an expansion device (4030, 4130, 4230, 4330) for expanding the working fluid; an evaporator (4040, 4140, 4240, 4340) for providing a first heating of the working fluid flowing through the evaporator, the first heating being a heat exchange between the working fluid and a process fluid (PF 2) flowing through the evaporator, a flow path of the working fluid extending from the compressor through the condenser, the expansion device, the evaporator, and back to the compressor, the flow path including a suction stream disposed after the first heating and before the compressor; and characterized in that the heat transfer circuit further comprises: a heat source (4050, 4150, 4250, 4350), the suction stream including the heat source and the heat source configured to provide a second heating of the working fluid that increases superheat of the working fluid entering the compressor to be at least 6°F [3.33°C]. a compressor (4010, 4110, 4210, 4310) for compressing a working fluid; a condenser (4020, 4120, 4220, 4320) for cooling the working fluid; an expansion device (4030, 4130, 4230, 4330) for expanding the working fluid; an evaporator (4040, 4140, 4240, 4340) for providing a first heating of the working fluid flowing through the evaporator, the first heating being a heat exchange between the working fluid and a process fluid (PF 2) flowing through the evaporator, a flow path of the working fluid extending from the compressor through the condenser, the expansion device, the evaporator, and back to the compressor, the flow path including a suction stream disposed after the first heating and before the compressor; and characterized in that the heat transfer circuit further comprises: a heat source (4050, 4150, 4250, 4350), the suction stream including the heat source and the heat source configured to provide a second heating of the working fluid that increases superheat of the working fluid entering the compressor to be at least 6°F [3.33°C].
A composition for use in the treatment of seizures comprising at least 10% by weight of live Akkermansia muciniphila bacteria and at least 10% by weight of live Parabacteroides merdae bacteria.