mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a processor of a mobile device for synchronizing the mobile device with an email mailbox on a mail server , the method comprising: sending a search query to the mail server to identify a predetermined number of email messages currently stored on the mail server that are associated with folders of the email mailbox other than an inbox folder; selecting one or more folders of the email mailbox on the mail server to synchronize locally on the mobile device based on a score for each folder derived from a weighting of two or more factors relating to mailbox usage patterns associated with the email mailbox and determined through the identified email messages; retrieving , from the mail server , at least portions of one or more email messages associated with the selected folders; creating account folders for an account corresponding to the email mailbox in a mail client application on the mobile device , the account folders corresponding to the selected folders of the email mailbox on the mail server ; and synchronizing the created account folders with the at least portions of the retrieved email messages. sending a search query to the mail server to identify a predetermined number of email messages currently stored on the mail server that are associated with folders of the email mailbox other than an inbox folder; selecting one or more folders of the email mailbox on the mail server to synchronize locally on the mobile device based on a score for each folder derived from a weighting of two or more factors relating to mailbox usage patterns associated with the email mailbox and determined through the identified email messages; retrieving , from the mail server , at least portions of one or more email messages associated with the selected folders; creating account folders for an account corresponding to the email mailbox in a mail client application on the mobile device , the account folders corresponding to the selected folders of the email mailbox on the mail server ; and synchronizing the created account folders with the at least portions of the retrieved email messages.
A transgenic mouse comprising in its genome a nucleic acid encoding human Androgen Receptor Complex Associated Protein (ARCAP) operably linked to a liver-specific promoter, wherein the transgenic mouse expresses the human ARCAP and develops a liver, spleen, abdomen, or lymph tumor and the human ARCAP has the sequence of SEQ ID NO: 2 or a sequence that is 85% to 95% identical to SEQ ID NO: 2.
A vaccine composition, comprising: a) an immunogenically active peptide fragment of the lndoleamine 2,3-dioxygenase (IDO) of SEQ ID NO:1, consisting of upto 50 consecutive amino acids of SEQ ID NO: 1 which comprise the sequence of SEQ ID NO: 6; and b) an adjuvant. a) an immunogenically active peptide fragment of the lndoleamine 2,3-dioxygenase (IDO) of SEQ ID NO:1, consisting of upto 50 consecutive amino acids of SEQ ID NO: 1 which comprise the sequence of SEQ ID NO: 6; and b) an adjuvant.
A lighting unit comprising: - a circuit board configured to support a plurality of LED light sources , - a substantially linear housing for holding the circuit board , wherein the substantially linear housing comprises: a power facility configured to provide power to the plurality of LED light sources , characterized in that the substantially linear housing comprises: a channel between the circuit board and the power facility for shielding the plurality of LED light sources from heat produced by the power facility and for channeling heat produced by the light sources away from the light sources , wherein the substantially linear housing comprises a power supply chamber comprising the power facility, wherein substantially linear housing is an extruded housing that separates the channel from the power supply chamber, and wherein the channel provides an internal space between the circuit board and the power supply chamber, wherein the power facility includes one or more power conversion devices that convert power received by an external power source to a form suitable for operation of the lighting unit . - a circuit board configured to support a plurality of LED light sources , - a substantially linear housing for holding the circuit board , wherein the substantially linear housing comprises: a power facility configured to provide power to the plurality of LED light sources , characterized in that the substantially linear housing comprises: a channel between the circuit board and the power facility for shielding the plurality of LED light sources from heat produced by the power facility and for channeling heat produced by the light sources away from the light sources , wherein the substantially linear housing comprises a power supply chamber comprising the power facility, wherein substantially linear housing is an extruded housing that separates the channel from the power supply chamber, and wherein the channel provides an internal space between the circuit board and the power supply chamber, wherein the power facility includes one or more power conversion devices that convert power received by an external power source to a form suitable for operation of the lighting unit . a channel between the circuit board and the power facility for shielding the plurality of LED light sources from heat produced by the power facility and for channeling heat produced by the light sources away from the light sources , wherein the substantially linear housing comprises a power supply chamber comprising the power facility, wherein substantially linear housing is an extruded housing that separates the channel from the power supply chamber, and wherein the channel provides an internal space between the circuit board and the power supply chamber, wherein the power facility includes one or more power conversion devices that convert power received by an external power source to a form suitable for operation of the lighting unit .
Method, for a provider entity belonging to a provider group, to authenticate the belonging of this provider entity to an attribute provider group at a verification entity belonging at least to a consumer group and to an attribute verification group, in a non-traceable manner without necessitating to share secret or large constants compromising privacy, both the provider entity and the verification entity comprising at least one attribute group arborescence, this attribute group arborescence being shared by the provider entity and the verification entity when the provider entity has the attribute, each group being authenticated by an authority that stores a group secret key into the entities under its authority, said method being characterized in that it comprises the preliminary step of providing each entity from each group with a set of authentication tokens, one for each of the other groups with which the entity is intended to communicate, said authentication token comprising at least a random number and a cryptogram of at least this random number encrypted by the secret key of each of these other groups; said method further comprising the steps of, when a verification is triggered, - for the verification entity, calculating a certificate from the attribute group arborescence, said certificate being calculated from the authentication tokens of the groups along the arborescence from the attribute verification group's token to the consumer group's token, - establishing a secure channel based on the exchange of the cryptograms of the provider group and of the consumer group and sending the calculated certificate to the provider entity, - for the provider entity, receiving and decrypting said certificate using the successive keys of the groups in the arborescence, - using the decrypted random number of the authentication token of the attribute provider group to establish an attribute level's secure channel with the verification entity. - for the verification entity, calculating a certificate from the attribute group arborescence, said certificate being calculated from the authentication tokens of the groups along the arborescence from the attribute verification group's token to the consumer group's token, - establishing a secure channel based on the exchange of the cryptograms of the provider group and of the consumer group and sending the calculated certificate to the provider entity, - for the provider entity, receiving and decrypting said certificate using the successive keys of the groups in the arborescence, - using the decrypted random number of the authentication token of the attribute provider group to establish an attribute level's secure channel with the verification entity.
A carton for packaging one or more articles (B) comprising a plurality of panels forming walls of a tubular structure including a top wall , a first side wall (14a/14b), a base wall , and a second side wall (18a/18b), the top wall being shorter in a longitudinal direction than the base wall , wherein the carton comprises an end closure structure partially closing an end of the carton, the end closure structure comprising a top end closure flap (30a/30b) hingedly connected to the top wall , at least one side end closure flap being hinged to a corner panel by a first fold line , the corner panel being hinged to one of the first and second side walls (14a/14b, 18a/18b) by a second fold line , wherein the at least one side end closure flap is secured to the top end closure flap , the first fold line being convergently arranged with respect to the second fold line so as to converge towards the top panel , characterised in that the corner panel terminates in a lower free edge which is spaced apart from the base wall of the carton .
Panel element for a floor, wall or ceiling covering, for an item of furniture or a facade, comprising a carrier panel and a top-side cover layer on top of the carrier panel , wherein at least one functional layer comprising a printed circuit with at least one actuator in the form of a luminous layer and/or with at least one mechanical actuator and/or with at least one conductive track is provided between the carrier panel and the cover layer for transmitting energy from electric current to an external consumer and wherein corresponding tongue-and-groove connection geometries are provided on opposite edge sides of the panel element and wherein the corresponding connection geometries are formed on the opposite edge sides in such a way that the functional layer is chamfered, so that when two adjacent panel elements are joined together, overlapping contact is made between the facing edges of the functional layers of the adjacent panel elements in the connection region, characterized in that at least one sensor is associated with the functional layer for determining the temperature, the illumination intensity, the moisture acting on the panel element and/or the pressure acting on the panel element .
A material for forming an organic film, comprising: (A) a compound for forming an organic film shown by the following general formula ; and (B) an organic solvent, wherein W 1 represents a tetravalent or hexavalent organic group, and has at least one or more aromatic rings, such that the oxygen atoms are bonded to positions adjacent to each other on the aromatic ring, thereby forming a 1,4-dioxin ring, n1 represents an integer of 1 or 2, n2 represents 2 or 3, each R 1 independently represents any in the following formula , and a hydrogen atom of a benzene ring in the formula is optionally substituted with a fluorine atom, (A) a compound for forming an organic film shown by the following general formula ; and (B) an organic solvent,
An adjustable weight kettlebell (102; 202; 302), comprising: a kettlebell body (110; 210; 310) defining a cavity (120; 220; 320), wherein the cavity is configured to non-rotatably accommodate a plurality of weights (118-1, 118-2, 188-3, 118-4, 118-5; 218-1, 218-2, 218-3, 218-4, 218-5; 318) configured to be supported, in a stacked configuration, on a support surface, and wherein each of the plurality of weights defines an aperture (130; 230-1, 230-2, 230-3, 230-4, 230-5); and a weight selector assembly (126; 226; 326) comprising: a rod (128; 228; 328) rotatably coupled to the kettlebell body to selectively couple one or more of the plurality of weights to the kettlebell body, wherein the rod extends through at least a portion of the cavity such that the rod passes into the apertures of the plurality of weights when the plurality of weights are coupled to the kettlebell body; and a lock member (150; 233; 333) non-rotatably coupled to the rod and configured to engage the kettlebell body to restrict rotation of the rod, characterised in that , the weight selector assembly is automatically unlocked by placing the kettlebell on the support surface. a kettlebell body (110; 210; 310) defining a cavity (120; 220; 320), wherein the cavity is configured to non-rotatably accommodate a plurality of weights (118-1, 118-2, 188-3, 118-4, 118-5; 218-1, 218-2, 218-3, 218-4, 218-5; 318) configured to be supported, in a stacked configuration, on a support surface, and wherein each of the plurality of weights defines an aperture (130; 230-1, 230-2, 230-3, 230-4, 230-5); and a weight selector assembly (126; 226; 326) comprising: a rod (128; 228; 328) rotatably coupled to the kettlebell body to selectively couple one or more of the plurality of weights to the kettlebell body, wherein the rod extends through at least a portion of the cavity such that the rod passes into the apertures of the plurality of weights when the plurality of weights are coupled to the kettlebell body; and a lock member (150; 233; 333) non-rotatably coupled to the rod and configured to engage the kettlebell body to restrict rotation of the rod, characterised in that , the weight selector assembly is automatically unlocked by placing the kettlebell on the support surface. a rod (128; 228; 328) rotatably coupled to the kettlebell body to selectively couple one or more of the plurality of weights to the kettlebell body, wherein the rod extends through at least a portion of the cavity such that the rod passes into the apertures of the plurality of weights when the plurality of weights are coupled to the kettlebell body; and a lock member (150; 233; 333) non-rotatably coupled to the rod and configured to engage the kettlebell body to restrict rotation of the rod, characterised in that , the weight selector assembly is automatically unlocked by placing the kettlebell on the support surface.
A method for detecting damage to one or more mobile blades constituting an impeller of an aircraft engine , the method comprising measurement (E1) of the engine speed, and the following steps for each blade : a) acquiring (E2), by a plurality of distinct and spatially separated sensors , measurements relating to the blade tip passage time in line with each sensor ; and b) calculating (E3), for each sensor , a deflection at the blade tip based on the measurements of the sensor and the engine speed; characterized in that the method also comprises the following steps: c) extracting (E4) a dynamic deflection component for each of the calculated deflections; d) detecting (D) the number of operating sensors ; e) selecting (SL1, SL2) the dynamic components to be processed depending on the number of operating sensors detected in step d); f) determining (E5), for at least one blade , a variation of the dynamic behavior of the blade for each operating sensor based on the corresponding dynamic component; and, g) for each blade for which a variation of dynamic behavior has been determined, identifying (E7) damage to the blade when the variation of dynamic behavior determined for this blade is greater than or equal to a variation threshold defining a damage threshold of the blade . a) acquiring (E2), by a plurality of distinct and spatially separated sensors , measurements relating to the blade tip passage time in line with each sensor ; and b) calculating (E3), for each sensor , a deflection at the blade tip based on the measurements of the sensor and the engine speed; c) extracting (E4) a dynamic deflection component for each of the calculated deflections; d) detecting (D) the number of operating sensors ; e) selecting (SL1, SL2) the dynamic components to be processed depending on the number of operating sensors detected in step d); f) determining (E5), for at least one blade , a variation of the dynamic behavior of the blade for each operating sensor based on the corresponding dynamic component; and, g) for each blade for which a variation of dynamic behavior has been determined, identifying (E7) damage to the blade when the variation of dynamic behavior determined for this blade is greater than or equal to a variation threshold defining a damage threshold of the blade .
A braking system for an aircraft operable to apply a plurality of aircraft wheel brakes , the braking system characterised by : a controller configured to: control the application of a brake of the plurality of brakes based on its respective thermal oxidation state relative to the respective thermal oxidation states of the other brakes .
A process for the distillative separation of ethylbenzene from a mixture comprising ethylbenzene and at least one other C 8 aromatic compound, comprising: a) introducing a feed stream comprising said mixture into a first distillation column, b) introducing a first stream comprising a heavy solvent above the feed stream into the first distillation column, c) introducing an aqueous stream below the feed stream into the first distillation column, wherein the aqueous stream comprises water and at least one light solvent selected from Cl, S, N or O-containing compound and mixtures thereof. a) introducing a feed stream comprising said mixture into a first distillation column, b) introducing a first stream comprising a heavy solvent above the feed stream into the first distillation column, c) introducing an aqueous stream below the feed stream into the first distillation column, wherein the aqueous stream comprises water and at least one light solvent selected from Cl, S, N or O-containing compound and mixtures thereof.
Bipolar plate for a fuel cell, comprising: an anode plate having an anode side and a coolant side , wherein on the anode side is formed a first structuring for forming an anode flow field , and a cathode plate having a cathode side and a coolant side , wherein on the cathode side is formed a second structuring for forming a cathode flow field ; wherein between the anode plate and the cathode plate are arranged structure elements for forming a coolant flow field , characterised in that the structure elements consist of an elastic material and the structure elements in the uninstalled state of the bipolar plate have a different height in different regions of the coolant flow field . an anode plate having an anode side and a coolant side , wherein on the anode side is formed a first structuring for forming an anode flow field , and a cathode plate having a cathode side and a coolant side , wherein on the cathode side is formed a second structuring for forming a cathode flow field ; wherein between the anode plate and the cathode plate are arranged structure elements for forming a coolant flow field , characterised in that the structure elements consist of an elastic material and the structure elements in the uninstalled state of the bipolar plate have a different height in different regions of the coolant flow field .
A method for wireless communication, comprising: Establishing , at a user equipment, UE , a first connection with a base station ; transmitting , to the base station, a first uplink communication via a first set of contention-free preconfigured uplink resources, PUR, allocated to the UE, wherein the first uplink communication comprises an indication that the UE will transmit a second uplink communication using a second set of contention-based PUR , and one or more physical layer parameters associated with the second uplink communication; and transmitting the second uplink communication using the indicated one or more physical layer parameters via the contention-based PUR. Establishing , at a user equipment, UE , a first connection with a base station ; transmitting , to the base station, a first uplink communication via a first set of contention-free preconfigured uplink resources, PUR, allocated to the UE, wherein the first uplink communication comprises an indication that the UE will transmit a second uplink communication using a second set of contention-based PUR , and one or more physical layer parameters associated with the second uplink communication; and transmitting the second uplink communication using the indicated one or more physical layer parameters via the contention-based PUR.
The composition with gelling properties comprising a compound of Formula (I) and a vegetable oil; wherein R 1 is selected from -CH 3 , -CH(CH 3 ) 2 , -CH 2 CH(CH 3 ) 2 , -CH(CH 3 )CH 2 CH 3 , -CH 2 Ph and -Ph; n is an integer from 0-14. wherein R 1 is selected from -CH 3 , -CH(CH 3 ) 2 , -CH 2 CH(CH 3 ) 2 , -CH(CH 3 )CH 2 CH 3 , -CH 2 Ph and -Ph; n is an integer from 0-14.
A method of preparing methyl tert-butyl ether, the method comprising: a reaction step of reacting methanol with iso-butene in presence of an acid catalyst to generate methyl tert-butyl ether; and a purification step of purify the reaction product obtained by the reaction step by introducing the reaction product into a reaction distillation column comprising a packing stage containing an acid catalyst, wherein the reaction step is performed in a first reaction part comprising one reactor or two or more reactors connected in parallel; and in a second reaction part comprising one or more reactors connected in series to the first reaction part, wherein a portion of a reaction product discharged from the first reaction part is recycled in the first reaction part, wherein a flow ratio of a recycle to a fresh feed is greater than 0.9 and less than 1.7 when a total volume of the one or more reactors comprised in the first reaction part is 30 m 3 or less, a flow ratio of a recycle to a fresh feed is greater than 2.2 and less than 4.8 when a total volume of the one or more reactors comprised in the first reaction part is greater than 30 m 3 and 60 m 3 or less, and a flow ratio of a recycle to a fresh feed is greater than 3.1 and less than 9.8 when a total volume of the one or more reactors comprised in the first reaction part is greater than 60 m 3 . a reaction step of reacting methanol with iso-butene in presence of an acid catalyst to generate methyl tert-butyl ether; and a purification step of purify the reaction product obtained by the reaction step by introducing the reaction product into a reaction distillation column comprising a packing stage containing an acid catalyst, wherein the reaction step is performed in a first reaction part comprising one reactor or two or more reactors connected in parallel; and in a second reaction part comprising one or more reactors connected in series to the first reaction part, wherein a portion of a reaction product discharged from the first reaction part is recycled in the first reaction part, wherein a flow ratio of a recycle to a fresh feed is greater than 0.9 and less than 1.7 when a total volume of the one or more reactors comprised in the first reaction part is 30 m 3 or less, a flow ratio of a recycle to a fresh feed is greater than 2.2 and less than 4.8 when a total volume of the one or more reactors comprised in the first reaction part is greater than 30 m 3 and 60 m 3 or less, and a flow ratio of a recycle to a fresh feed is greater than 3.1 and less than 9.8 when a total volume of the one or more reactors comprised in the first reaction part is greater than 60 m 3 .