mhurhangee/ep-ind-claims huggingface dataset:
An audio play controlling method, comprising: acquiring connection state information of an earphone connection interface, in response to receiving an audio playing instruction, characterized in that the method further comprises: establishing a connection with the earphone by performing an earphone connection control operation in response to the connection state information indicating that the earphone connection interface is in an unconnected state; controlling played audio data to be output through the earphone connection interface, and transmitting playing state information to another associated audio play controlling device synchronously; playing the instructed audio, in response to receiving a mirror audio playing instruction transmitted from the other associated audio play controlling device, the mirror audio playing instruction being transmitted after the other associated audio play controlling device receives the audio playing instruction; and acquiring the connection state information of the earphone, in response to detecting a play synchronization event transmitted from the other associated audio play controlling device. acquiring connection state information of an earphone connection interface, in response to receiving an audio playing instruction, characterized in that the method further comprises: establishing a connection with the earphone by performing an earphone connection control operation in response to the connection state information indicating that the earphone connection interface is in an unconnected state; controlling played audio data to be output through the earphone connection interface, and transmitting playing state information to another associated audio play controlling device synchronously; playing the instructed audio, in response to receiving a mirror audio playing instruction transmitted from the other associated audio play controlling device, the mirror audio playing instruction being transmitted after the other associated audio play controlling device receives the audio playing instruction; and acquiring the connection state information of the earphone, in response to detecting a play synchronization event transmitted from the other associated audio play controlling device. establishing a connection with the earphone by performing an earphone connection control operation in response to the connection state information indicating that the earphone connection interface is in an unconnected state; controlling played audio data to be output through the earphone connection interface, and transmitting playing state information to another associated audio play controlling device synchronously; playing the instructed audio, in response to receiving a mirror audio playing instruction transmitted from the other associated audio play controlling device, the mirror audio playing instruction being transmitted after the other associated audio play controlling device receives the audio playing instruction; and acquiring the connection state information of the earphone, in response to detecting a play synchronization event transmitted from the other associated audio play controlling device.
A developing device comprising: a developer transporting unit in which a developer is agitated and transported, the developer transporting unit including: a developer inlet through which the developer is reintroduced, a developer outlet through which the developer is discharged, and a developing roller mounted in the developer transporting unit; and a developer circulator including: a first connection opening connected to the developer outlet, to receive the developer discharged through the developer outlet, a second connection opening connected to the developer inlet to reintroduce the developer through the developer inlet into the developer transporting unit, a waste opening through which the developer is discarded, and a guide member mounted in the developer circulator to selectively guide the developer received through the first connection opening to the second connection opening or to the waste opening, characterised in that the guide member is rotatable to selectively transport the developer toward the second connection opening or toward the waste opening, according to a rotational direction of the guide member. a developer transporting unit in which a developer is agitated and transported, the developer transporting unit including: a developer inlet through which the developer is reintroduced, a developer outlet through which the developer is discharged, and a developing roller mounted in the developer transporting unit; and a developer circulator including: a developer inlet through which the developer is reintroduced, a developer outlet through which the developer is discharged, and a developing roller mounted in the developer transporting unit; and a developer circulator including: a first connection opening connected to the developer outlet, to receive the developer discharged through the developer outlet, a second connection opening connected to the developer inlet to reintroduce the developer through the developer inlet into the developer transporting unit, a waste opening through which the developer is discarded, and a guide member mounted in the developer circulator to selectively guide the developer received through the first connection opening to the second connection opening or to the waste opening, characterised in that the guide member is rotatable to selectively transport the developer toward the second connection opening or toward the waste opening, according to a rotational direction of the guide member.
A nutritional composition for use in the treatment of cow's milk protein allergy in cow's milk protein allergic infants, comprising at least one beta-lactoglobulin peptide having a molecular weight of at most 5 kDa, said peptide comprising an amino acid sequence selected from the group consisting of SEQ ID NO 1, SEQ ID NO 2 and SEQ ID NO 3.
A session processing method, wherein the method comprises: obtaining (101, 201, 301, 401), by a session management function, SMF, network element, a pool identifier of an access and mobility management function, AMF, pool, wherein the AMF pool is a set of at least two AMF network elements comprising a first AMF network element and a second AMF network element, wherein the at least two AMF network elements in the AMF pool share a context of a terminal that is stored in a unstructured data storage function, UDSF, network element; when the first AMF network element is unavailable, determining (102, 202, 302, 402), by the SMF network element, the second AMF network element comprised in the AMF pool based on the pool identifier; and triggering, by the SMF network element, the second AMF network element to obtain the context of the terminal from the UDSF network element shared by the first AMF network element and the second AMF network element in order to page the terminal; wherein the triggering, by the SMF network element, the second AMF network element to obtain the context of the terminal comprises: sending, by the SMF network element, a first message to the second AMF network element, wherein the first message comprises a permanent identifier of the terminal, the permanent identifier is used for acquisition of the context of the terminal. obtaining (101, 201, 301, 401), by a session management function, SMF, network element, a pool identifier of an access and mobility management function, AMF, pool, wherein the AMF pool is a set of at least two AMF network elements comprising a first AMF network element and a second AMF network element, wherein the at least two AMF network elements in the AMF pool share a context of a terminal that is stored in a unstructured data storage function, UDSF, network element; when the first AMF network element is unavailable, determining (102, 202, 302, 402), by the SMF network element, the second AMF network element comprised in the AMF pool based on the pool identifier; and triggering, by the SMF network element, the second AMF network element to obtain the context of the terminal from the UDSF network element shared by the first AMF network element and the second AMF network element in order to page the terminal; wherein the triggering, by the SMF network element, the second AMF network element to obtain the context of the terminal comprises: sending, by the SMF network element, a first message to the second AMF network element, wherein the first message comprises a permanent identifier of the terminal, the permanent identifier is used for acquisition of the context of the terminal.
Method for producing an object in the form of a tube, protective sleeve or reinforcement coating from threads or bands with or without a curable matrix, the object being spun on a core element by a spool rotating in relation to the core element, the object being pulled off this as it hardens to a stable form while a cable or a tube which will be protected by the object is pulled through the core element at the same time as the object is pulled off the core element in such a way that the object stays around the cable or the tube which it is intended to protect, characterized in that there is a back and forth movement between the spool and the core element during spinning of the object in such a way that the thread or band is applied in a conical form on the object so that the tensional forces in such a 3-dimensional structure may be exploited
A compatibility layer configured to provide flexible choice of network protocols in a multi-path environment comprising • a first set of communication interfaces that is associated to a first communication link; • a second set of communication interfaces that is associated to a second communication link; • an access unit configured to get access to a library of network protocols; • a converting unit, wherein the converting unit is configured to convert data packets received from a network entity via the first communication link and/or the second communication link to at least one of the network protocols. • a first set of communication interfaces that is associated to a first communication link; • a second set of communication interfaces that is associated to a second communication link; • an access unit configured to get access to a library of network protocols; • a converting unit, wherein the converting unit is configured to convert data packets received from a network entity via the first communication link and/or the second communication link to at least one of the network protocols.
Food storage container (8, 8') for a household refrigerator, having a tray for receiving food and having an air-conditioning apparatus, with which an air exchange between the environment and the interior of the food storage container (8, 8') can be performed in a first operating state of the air-conditioning apparatus, and having a wall attachment separate from the tray, which can be placed on the tray from above, wherein the air-conditioning apparatus has a lifting apparatus, with which the wall attachment is arranged so as to be movable relative to the tray in the height direction (y) of the food storage container (8, 8'), so that in a ventilation position of the air-conditioning apparatus, which is the first operating state, a ventilation gap is formed between the tray and the wall attachment, wherein the lifting apparatus is arranged directly on the wall attachment, wherein the lifting apparatus has at least one elongated slider (25, 26), which is arranged on the wall attachment so as to be movable relative to the wall attachment in the depth direction (z) and/or in the height direction (y), and wherein the wall attachment has at least one side part (18, 19), which extends in the depth direction (z) of the food storage container (8, 8'), characterised in that the side part (18, 19) has a side wall (21, 31) and a base wall (22, 35) projecting at an angle therefrom, wherein the slider (25, 26) is arranged so as to overlap with the base wall (22, 35) in the width direction (x) of the food storage container (8, 8') and can be adjusted relative to the base wall (22, 35).
A method for producing a bonded wafer, comprising at least the steps of: implanting ions into a donor substrate from a surface of the donor substrate to form an ion-implanted interface; bonding a handle substrate onto the ion-implanted surface of the donor substrate to provide bonded substrates; subjecting the bonded substrates to a heat treatment to obtain an assembly; and delaminting the donor substrate of the assembly at the ion-implanted interface wherein the assembly has been cooled to temperature not greater than room temperature, so that a donor film is transferred onto the handle substrate, characterized in that the thermal expansion coefficient of the handle substrate is higher than that of the donor substrate and in that the temperature not greater than room temperature in the step of delamination is not more than -50°C. implanting ions into a donor substrate from a surface of the donor substrate to form an ion-implanted interface; bonding a handle substrate onto the ion-implanted surface of the donor substrate to provide bonded substrates; subjecting the bonded substrates to a heat treatment to obtain an assembly; and delaminting the donor substrate of the assembly at the ion-implanted interface wherein the assembly has been cooled to temperature not greater than room temperature, so that a donor film is transferred onto the handle substrate, characterized in that the thermal expansion coefficient of the handle substrate is higher than that of the donor substrate and in that the temperature not greater than room temperature in the step of delamination is not more than -50°C.
A biodegradable, non-porous medical device comprising: (a) a sheet-like structural layer; and (b) a multi-layered water-activatable adhesive component comprising fibrinogen proximal to said structural layer, carboxymethyl cellulose and a thrombin layer distal to said structural layer, wherein said multi-layered, water-activatable adhesive component is attached to only one side of said sheet-like structural layer, and wherein a linker covalently connects said fibrinogen to said structural layer. (a) a sheet-like structural layer; and (b) a multi-layered water-activatable adhesive component comprising fibrinogen proximal to said structural layer, carboxymethyl cellulose and a thrombin layer distal to said structural layer,
Method for welding uniaxially stretched renewable raw materials, characterized in that a. using a uniaxially stretched strapping tape, surfaces to be welded are at least partially provided from stretched poly lactic acid; and b. the surfaces are welded using heated wedge welding, friction welding, laser welding, high frequency welding or ultrasonic welding, wherein the poly lactic acid is made at least of 70 wt.% L-lactic acid. a. using a uniaxially stretched strapping tape, surfaces to be welded are at least partially provided from stretched poly lactic acid; and b. the surfaces are welded using heated wedge welding, friction welding, laser welding, high frequency welding or ultrasonic welding,
A method for producing a beverage in a beverage container, with the following steps: - providing a beverage container (11; 31) to be filled, - introducing a cooling agent in the beverage container (11; 31) through a container opening, wherein the cooling agent has several water ice moldings (15; 35), wherein the several water ice moldings (15; 35) fall onto a bottom (14; 34) of the beverage container (11; 31) and touch the latter and wherein the bottom (14; 34) of the beverage container (11; 31) has a temperature higher than 0 °C and thus partly melts the several water ice moldings (15; 35) externally; - filling the beverage container (11; 31) with a beverage liquid (12; 32) with a temperature of less than 0 °C through the container opening after the introduction of the cooling agent with the several water ice moldings (15; 35), wherein the water ice moldings (15; 35) adhere to the bottom (14; 34) of the beverage container (11; 31) and do not float when the beverage liquid (12; 32) is added; - closing the container opening by means of a disposable closure and - cooled storing of the filled beverage container (11; 31); wherein - the beverage container (11; 31) has a container section, which tapers towards the container opening and which is closed by means of the disposable closure; - the cooling agent with the several water ice moldings (15; 35) and the beverage liquid (12; 32) are introduced through the tapering container section after passing the container opening and - the several water ice moldings (15; 35) are larger than a diameter of the container opening in one spatial dimension. - providing a beverage container (11; 31) to be filled, - introducing a cooling agent in the beverage container (11; 31) through a container opening, wherein the cooling agent has several water ice moldings (15; 35), wherein the several water ice moldings (15; 35) fall onto a bottom (14; 34) of the beverage container (11; 31) and touch the latter and wherein the bottom (14; 34) of the beverage container (11; 31) has a temperature higher than 0 °C and thus partly melts the several water ice moldings (15; 35) externally; - filling the beverage container (11; 31) with a beverage liquid (12; 32) with a temperature of less than 0 °C through the container opening after the introduction of the cooling agent with the several water ice moldings (15; 35), wherein the water ice moldings (15; 35) adhere to the bottom (14; 34) of the beverage container (11; 31) and do not float when the beverage liquid (12; 32) is added; - closing the container opening by means of a disposable closure and - cooled storing of the filled beverage container (11; 31); - the beverage container (11; 31) has a container section, which tapers towards the container opening and which is closed by means of the disposable closure; - the cooling agent with the several water ice moldings (15; 35) and the beverage liquid (12; 32) are introduced through the tapering container section after passing the container opening and - the several water ice moldings (15; 35) are larger than a diameter of the container opening in one spatial dimension.
A steering wheel decorative member configured to be mounted on a resin member covering a periphery of a ring core of a steering wheel, wherein an adhesion region in which the decorative member is adhered to the resin member is provided so that a width of the adhesion region is reduced from a central portion on a back surface facing the resin member toward a circumferential end portion, characterized in that the back surface of the decorative member comprises a non-adhesion region in which the decorative member is not adhered to the resin member, and that a width of the non-adhesion region increases from the central portion toward the circumferential end portion
An optical sensor having a detector, comprising: a printed circuit board, referred to hereinafter as PCB, having a photodiode with a photodiode cathode pad, configured to sense an optical signal and provide electrical signaling containing information about the optical signal sensed; characterized by an inductive loop arranged around at least part of the photodiode cathode pad, and configured to receive inductive loop inducing signaling, and increase inductive loop signaling around the at least part of the photodiode cathode pad to increase inductive crosstalk on the PCB in order to allow a corrective signal processing algorithm to reduce or substantially eliminate unwanted electrical interference in the electrical signaling provided from the photodiode. a printed circuit board, referred to hereinafter as PCB, having a photodiode with a photodiode cathode pad, configured to sense an optical signal and provide electrical signaling containing information about the optical signal sensed; characterized by an inductive loop arranged around at least part of the photodiode cathode pad, and configured to receive inductive loop inducing signaling, and increase inductive loop signaling around the at least part of the photodiode cathode pad to increase inductive crosstalk on the PCB in order to allow a corrective signal processing algorithm to reduce or substantially eliminate unwanted electrical interference in the electrical signaling provided from the photodiode.
Emergency light fixture comprising a body, a casing, a LED circuit board housed inside said casing and elastic thrust means compressing said LED circuit board against a heat-diffusing wall of said casing characterized in that said heat-diffusing wall comprises tabs which are configured for sliding into vertical side channels of said body wherein said side channels are equipped with a ramp at a lower end thereof for the purpose of coupling said tabs on the ramps when the heat-diffusing wall slides through said side channels thereby causing the heat-diffusing wall to move laterally and establishing close contact between the heat-diffusing wall and the LED circuit board.
Cosmetic preparation comprising a) one or more UV filters from the group of triazine derivatives, b) titanium dioxide c) 4-(tert-butyl)-4'-methoxydibenzoylmethane d) 2-phenylbenzimidazole-5-sulfonic acid and/or salts thereof, characterized in that the preparation is free of ethylhexyl salicylate, 2-ethylhexyl 2-cyano-3,3-diphenylacrylate, homomenthyl salicylate, 2-ethylhexyl 4-methoxycinnamate and 3-(4-methylbenzylidene)camphor. a) one or more UV filters from the group of triazine derivatives, b) titanium dioxide c) 4-(tert-butyl)-4'-methoxydibenzoylmethane d) 2-phenylbenzimidazole-5-sulfonic acid and/or salts thereof,
A method for producing a particulate catalyst with a cross-sectional size in the range 1-50 mm and an aspect ratio in the range 0.5 to 5 using a 3D printing additive layer method comprising: (i) forming a layer of a powdered - catalyst support material comprising an alumina, metal-aluminate, silica, alumino-silicate, titania, zirconia, zinc oxide, or a mixture thereof, (ii) binding the powder in said layer according to a predetermined pattern, (iii) repeating (i) and (ii) layer upon layer to form a shaped unit, and (iv) applying a catalytic material to said shaped unit. (i) forming a layer of a powdered - catalyst support material comprising an alumina, metal-aluminate, silica, alumino-silicate, titania, zirconia, zinc oxide, or a mixture thereof, (ii) binding the powder in said layer according to a predetermined pattern, (iii) repeating (i) and (ii) layer upon layer to form a shaped unit, and (iv) applying a catalytic material to said shaped unit.