mhurhangee/ep-ind-claims huggingface dataset:
A compressor refrigerator for a motor vehicle, comprising: a housing that defines an interior volume, a cooling system for cooling the interior volume and an air funnel for guiding a flow of air past components (24, 30) of the cooling system, to cool the components (24, 30) of the cooling system, characterized in that the air funnel includes an upper portion that is L-shaped and mounted to a rear side of the refrigerator, the upper portion enclosing components of the cooling system in a rearward direction, and that the air funnel further includes a lower portion with a flange parallel to an adjacent surface of the refrigerator and angled relative to a vertical direction, the lower portion for receiving the flow of cooling air to cool the components (24, 30) of the cooling system. a housing that defines an interior volume, a cooling system for cooling the interior volume and an air funnel for guiding a flow of air past components (24, 30) of the cooling system, to cool the components (24, 30) of the cooling system, characterized in that the air funnel includes an upper portion that is L-shaped and mounted to a rear side of the refrigerator, the upper portion enclosing components of the cooling system in a rearward direction, and that the air funnel further includes a lower portion with a flange parallel to an adjacent surface of the refrigerator and angled relative to a vertical direction, the lower portion for receiving the flow of cooling air to cool the components (24, 30) of the cooling system.
A method of controlling media presentation at a media presentation system, the method being performed by a first electronic device, wherein the first electronic device is distinct from the media presentation system and a server system, wherein the first electronic device is authorized by the server system to control the media presentation system, wherein the first electronic device comprises one or more processors and memory storing instructions for execution by the one or more processors, and wherein the method comprises: transmitting, to the server system, a request to indicate availability of the media presentation system for use by one or more other electronic devices; receiving, from the server system, an authentication token for the media presentation system; receiving, from a second electronic device of the one or more other electronic devices, a request for access to the media presentation system; and in response to receiving the request for access to the media presentation system and after a user of the first electronic device approves the received request for access to the media presentation system, transmitting the authentication token to the second electronic device, wherein the authentication token permits the second electronic device access to the media presentation system through submission to the server system of a media control request that includes the authentication token. transmitting, to the server system, a request to indicate availability of the media presentation system for use by one or more other electronic devices; receiving, from the server system, an authentication token for the media presentation system; receiving, from a second electronic device of the one or more other electronic devices, a request for access to the media presentation system; and in response to receiving the request for access to the media presentation system and after a user of the first electronic device approves the received request for access to the media presentation system, transmitting the authentication token to the second electronic device, wherein the authentication token permits the second electronic device access to the media presentation system through submission to the server system of a media control request that includes the authentication token.
A control device comprising: an event detection unit that determines whether or not an event to be a trigger of changing a control rule at the time of autonomous driving of a vehicle is detected while the vehicle is performing the autonomous driving using a first control rule based on machine learning; a control-rule change unit that changes the control rule at the time of the autonomous driving of the vehicle to a second control rule according to the event to be the trigger in a case where the event to be the trigger is detected by the event detection unit; characterised in that the second control rule is a common rule that is used in common among a plurality of vehicles; and characterised by an update information acquisition unit that acquires update information of the common rule; and a common rule update unit that updates the common rule on the basis of the update information. an event detection unit that determines whether or not an event to be a trigger of changing a control rule at the time of autonomous driving of a vehicle is detected while the vehicle is performing the autonomous driving using a first control rule based on machine learning; a control-rule change unit that changes the control rule at the time of the autonomous driving of the vehicle to a second control rule according to the event to be the trigger in a case where the event to be the trigger is detected by the event detection unit; characterised in that the second control rule is a common rule that is used in common among a plurality of vehicles; and characterised by an update information acquisition unit that acquires update information of the common rule; and a common rule update unit that updates the common rule on the basis of the update information.
A method for preparing astaxanthin of the formula in which the asymmetric center in position 3 and 3' is racemic or each has or configuration and the exocyclic double bonds have either E or E and/or Z configuration, wherein astacin of the formula, in which the exocyclic double bonds have either E or E and/or Z configuration, is reacted non-stereoselectively or stereoselectively with a reducing agent, wherein the reducing agent is at least one compound selected from the group consisting of a secondary alcohol; formic acid, the salts of formic acid.
Modular prosthesis rasp with a rasp body comprising a rasp main body and at least one modular rasp body part connectable to the rasp main body, the rasp main body comprising a rasp body part receptacle for receiving the at least one rasp body part in a connected position in which the rasp main body and the at least one rasp body part are connected to each other, and in which the rasp body defines an outer contour defined partly by the rasp main body and partly by the at least one rasp body part, a connecting device being provided for releasably connecting the rasp main body and the at least one rasp body part in the connected position, and the rasp body part receptacle extending from an indentation, defining a distal end of the rasp body part receptacle, on a lateral side of the rasp main body to a proximal end of the rasp main body, characterized in that the rasp body part receptacle is open at the sides, namely facing in the anterior and posterior directions, and proximally, so that the rasp body part fills out the rasp body part receptacle completely in the connected position, and in that a first tangential plane of the lateral side of the outer contour in the region of the indentation and a second tangential plane at a rasp body part contact surface, defined by the rasp body part receptacle and facing away from the rasp main body, in the region of the distal end of the rasp body part receptacle include an indentation angle which is less than 85°.
A gasket comprising: a rubber only type gasket main body; a carrier sheet which is made of a resin film retaining the gasket main body in a non-bonded state; characterised by an air inflow port for making air flow into a portion between the carrier sheet and the gasket main body when the gasket main body is detached from the carrier sheet, the air inflow port being provided in the carrier sheet. a rubber only type gasket main body; a carrier sheet which is made of a resin film retaining the gasket main body in a non-bonded state; characterised by an air inflow port for making air flow into a portion between the carrier sheet and the gasket main body when the gasket main body is detached from the carrier sheet, the air inflow port being provided in the carrier sheet.
A computer-implemented method for optimizing performance of a communication session, the method comprising: aggregating routing awareness for multiple autonomous networks, the routing awareness specifying whether individual networks of the multiple autonomous networks support a protocol for propagating routing awareness for routing of a communication session (202, 302, 402); receiving an indication of a routing path for a communication session (202, 302, 402); ascertaining that a particular autonomous network along the routing path for the communication session is not supportive of the protocol for propagating routing awareness for routing the communication session (202, 302, 402), and identifying a different autonomous network that is available for routing the communication session (202, 302, 402) and that is supportive of the protocol, by checking an ID of the autonomous networks against a network database and querying the autonomous networks as to whether they are a protocol-supportive network; controlling routing of the communication session by updating the routing awareness of the communication session to indicate that the different autonomous network that supports the protocol for propagating routing awareness is preferred for routing the communication session over the particular autonomous network that is not supportive of the protocol; and propagating the updated routing awareness to one or more of the multiple autonomous networks independently of a data stream of the communication session thereby causing performance optimization of the communication session (202, 302, 402). aggregating routing awareness for multiple autonomous networks, the routing awareness specifying whether individual networks of the multiple autonomous networks support a protocol for propagating routing awareness for routing of a communication session (202, 302, 402); receiving an indication of a routing path for a communication session (202, 302, 402); ascertaining that a particular autonomous network along the routing path for the communication session is not supportive of the protocol for propagating routing awareness for routing the communication session (202, 302, 402), and identifying a different autonomous network that is available for routing the communication session (202, 302, 402) and that is supportive of the protocol, by checking an ID of the autonomous networks against a network database and querying the autonomous networks as to whether they are a protocol-supportive network; controlling routing of the communication session by updating the routing awareness of the communication session to indicate that the different autonomous network that supports the protocol for propagating routing awareness is preferred for routing the communication session over the particular autonomous network that is not supportive of the protocol; and propagating the updated routing awareness to one or more of the multiple autonomous networks independently of a data stream of the communication session thereby causing performance optimization of the communication session (202, 302, 402).
Sun protection composition comprising at least one polyurethane which is obtainable by reacting one or more water-insoluble, non-water-dispersible, isocyanate-functional polyurethane prepolymers A) with one or more amino-functional compounds B), wherein the amino-functional compounds B) include at least one amino-functional compound B2) which has ionic and/or ionogenic groups, wherein the sun protection composition comprises a total of 16 to 35% by weight of sun protection filter substances, based on the total weight of the sun protection composition, and one of these sun protection filter substances is octocrylene which is present in an amount of from 4 to 12% by weight, based on the total weight of the sun protection composition, characterized in that the polyurethane has urea group-containing repeating units.
A binding wire inserting device for inserting a binding wire in a bundle of an elongated workpiece that has been wound multiple times around a drum at an intermediate winding point in the bundle, the binding wire inserting device comprising: a wire holder swingably supported on the drum, the wire holder being configured to releasably hold the binding wire in a state in which a leading end of the binding wire is protruded from the wire holder and to swing between a first swing position and a second swing position, wherein, in the first swing position, the wire holder holds the binding wire such that the leading end of the binding wire is placed on one side of the intermediate winding point, and wherein, in the second swing position, the wire holder holds the binding wire such that the leading end of the binding wire is placed on the other side of the intermediate winding point. a wire holder swingably supported on the drum, the wire holder being configured to releasably hold the binding wire in a state in which a leading end of the binding wire is protruded from the wire holder and to swing between a first swing position and a second swing position, wherein, in the first swing position, the wire holder holds the binding wire such that the leading end of the binding wire is placed on one side of the intermediate winding point, and wherein, in the second swing position, the wire holder holds the binding wire such that the leading end of the binding wire is placed on the other side of the intermediate winding point.
A method of making an additive coated host polymer particle for making a composite material for enhancing the material property, comprising: providing a powdered host polymer; providing a graphene oxide as a powdered additive with a softening or melting temperature higher than the melting point of said powdered host polymer; inputting said powdered host polymer and said graphene oxide to a ball mill; coating said powdered host polymer with said graphene oxide in a mill with no media for a milling time to sufficient mix but not melt the powdered host polymer particle and enhancing flowability and processability of the composite material by dry blending a second neat polymer powder with the milled powdered host polymer and graphene oxide. providing a graphene oxide as a powdered additive with a softening or melting temperature higher than the melting point of said powdered host polymer; inputting said powdered host polymer and said graphene oxide to a ball mill; coating said powdered host polymer with said graphene oxide in a mill with no media for a milling time to sufficient mix but not melt the powdered host polymer particle and enhancing flowability and processability of the composite material by dry blending a second neat polymer powder with the milled powdered host polymer and graphene oxide.
An optical device comprising: a partial or incomplete optic ( 1020, 1120, 1220, 1320, 1420, 1500, 1600, 1700, 2120, 2220, 2320) configured operatively as an add-on for an intraocular lens, the partial or incomplete optic having an active area configured in relation to the intraocular lens such that the partial or incomplete optic controls or changes foci of light incident upon or provided to the active area, but does not control or change foci of light bypassing optically relevant portions of the partial or incomplete optic; characterized by an opening (1030, 1130, 1230, 1330, 1430, 2130, 2230, 2330), adjacent to and/or not overlapping the active area, that encompasses a larger portion of the optical device than the active area.
A blade outer air seal comprising: a carrier; a ceramic seal segment supported on the carrier, the ceramic seal segment having first and second axial ends (68a, 68b), first and second circumferential sides (68c, 68d), an inner side, and an outer side; and a face seal carried on the ceramic seal segment at the first axial end, the face seal having a radial seal wall and a tongue extending axially from the radial seal wall, characterised in that: the ceramic seal segment includes first and second inward-facing dovetail hooks that project from the outer side, and the tongue extends between the first and second inward-facing dovetail hooks. a carrier; a ceramic seal segment supported on the carrier, the ceramic seal segment having first and second axial ends (68a, 68b), first and second circumferential sides (68c, 68d), an inner side, and an outer side; and a face seal carried on the ceramic seal segment at the first axial end, the face seal having a radial seal wall and a tongue extending axially from the radial seal wall, characterised in that: the ceramic seal segment includes first and second inward-facing dovetail hooks that project from the outer side, and the tongue extends between the first and second inward-facing dovetail hooks.
A system comprising: a plurality of solar panels and a respective plurality of apparatuses, each apparatus comprising: a maximum power point tracking (MPPT) module (505, 719, 790) configured to control voltage or current to a maximum power point of a corresponding solar panel of the plurality of solar panels coupled to a power line; a monitoring module configured to gather performance data of the corresponding solar panel while being controlled by the MPPT module; a transmitter (303, 709, 717) configured to transmit the performance data of the corresponding solar panel, characterized in that the transmitter (303, 709, 717) is configured to transmit the performance data at a randomized time relative to the transmission of other performance data from other ones of the plurality of solar panels coupled to the power line; and that each apparatus further comprises a timer configured to generate the randomized time by being initialized randomly with respect to the plurality of other solar panels when the corresponding solar panel starts to generate power in response to receiving sunlight. a maximum power point tracking (MPPT) module (505, 719, 790) configured to control voltage or current to a maximum power point of a corresponding solar panel of the plurality of solar panels coupled to a power line; a monitoring module configured to gather performance data of the corresponding solar panel while being controlled by the MPPT module; a transmitter (303, 709, 717) configured to transmit the performance data of the corresponding solar panel, characterized in that the transmitter (303, 709, 717) is configured to transmit the performance data at a randomized time relative to the transmission of other performance data from other ones of the plurality of solar panels coupled to the power line; and that each apparatus further comprises a timer configured to generate the randomized time by being initialized randomly with respect to the plurality of other solar panels when the corresponding solar panel starts to generate power in response to receiving sunlight.
A terminal apparatus that is configured to transmit control information and data signals on a plurality of layers in a single user multiple input multiple output, SU-MIMO, transmission, the terminal apparatus comprising: a determining section configured to determine an amount of resource of the control information for each of the plurality of layers by multiplying a reciprocal of a total number of bits of the data signals transmitted in a single resource element of each layer by a number of bits of the control information and an offset amount; and a transmission section configured to transmit the control information using the determined amount of resource of the control information, wherein the control information is an acknowledgement/negative acknowledgement, ACK/NACK, signal or a channel quality indicator, CQI; the total number of bits of the data signals transmitted in the single resource element of each layer is calculated by adding a first multiplication result and a second multiplication result, the first multiplication result is calculated by multiplying a first coding rate by a number of layers allocated to a first code word, and the second multiplication result is calculated by multiplying a second coding rate by a number of layers allocated to a second code word; and the first coding rate is acquired by dividing a number of bits of the first code word by a first amount of resource of the data signals for transmitting the first code word, and the second coding rate is acquired by dividing a number of bits of the second code word by a second amount of resource of the data signals for transmitting the second code word. a determining section configured to determine an amount of resource of the control information for each of the plurality of layers by multiplying a reciprocal of a total number of bits of the data signals transmitted in a single resource element of each layer by a number of bits of the control information and an offset amount; and a transmission section configured to transmit the control information using the determined amount of resource of the control information, wherein the control information is an acknowledgement/negative acknowledgement, ACK/NACK, signal or a channel quality indicator, CQI; the total number of bits of the data signals transmitted in the single resource element of each layer is calculated by adding a first multiplication result and a second multiplication result, the first multiplication result is calculated by multiplying a first coding rate by a number of layers allocated to a first code word, and the second multiplication result is calculated by multiplying a second coding rate by a number of layers allocated to a second code word; and the first coding rate is acquired by dividing a number of bits of the first code word by a first amount of resource of the data signals for transmitting the first code word, and the second coding rate is acquired by dividing a number of bits of the second code word by a second amount of resource of the data signals for transmitting the second code word.
A laccase enzyme, characterized in that it comprises the amino acid sequence SEQ ID NO: 12 or a sequence showing at least 90 % identity to the sequence SEQ ID NO: 12, said enzyme being capable by single treatment, in suitable conditions, of increasing lightness of desized denim at least or above as many units as sodium hypochlorite, wherein the sodium hypochlorite treatment is carried out in the presence of 25 ml/l of 10% sodium hypochlorite (NaOCl) solution for 15 minutes, at the temperature 40°C, at pH above 10.5, in liquor ratio about 1:15, by using equipment normally used in wet processes in textile industry, such as washing machines.