mhurhangee/ep-ind-claims huggingface dataset:
A caster wheel support assembly (10; 10*) for a wheelchair, the caster wheel support assembly (10; 10*) having a first section (10A; 10A*) configured to be securable to a frame member (20'; 20*) of the wheelchair and a second section (10B; 10B*) holding a swivel member coupled to a caster wheel (4'; 4*), characterized in that the caster wheel support assembly (10; 10*) comprises a holding member (12; 12*) designed as a collet configured to hold a first portion (15.1) of the swivel member, which first portion (15.1) extends along a first axis, in that a second portion (15.2) of the swivel member, which is coupled to the caster wheel (4'; 4*), extends away from the first portion (15.1) along a second axis, which second axis forms an angle (α) relative to the first axis, in that the holding member (12; 12*) and swivel member are configured such that the first portion (15.1) of the swivel member is supported by the holding member (12; 12*) to selectively allow rotation of the swivel member relative to the holding member (12; 12*) about the first axis and thereby cause adjustment of a camber of the caster wheel (4'; 4*), and in that the collet is configured to selectively allow: - clamping of the swivel member onto the holding member (12; 12*), thereby preventing rotation of the swivel member relative to the holding member (12; 12*); and - release of the swivel member with respect to the holding member (12; 12*), thereby permitting rotation of the swivel member relative to the holding member (12; 12*). characterized in that the caster wheel support assembly (10; 10*) comprises a holding member (12; 12*) designed as a collet configured to hold a first portion (15.1) of the swivel member, which first portion (15.1) extends along a first axis, in that a second portion (15.2) of the swivel member, which is coupled to the caster wheel (4'; 4*), extends away from the first portion (15.1) along a second axis, which second axis forms an angle (α) relative to the first axis, in that the holding member (12; 12*) and swivel member are configured such that the first portion (15.1) of the swivel member is supported by the holding member (12; 12*) to selectively allow rotation of the swivel member relative to the holding member (12; 12*) about the first axis and thereby cause adjustment of a camber of the caster wheel (4'; 4*), and in that the collet is configured to selectively allow: - clamping of the swivel member onto the holding member (12; 12*), thereby preventing rotation of the swivel member relative to the holding member (12; 12*); and - release of the swivel member with respect to the holding member (12; 12*), thereby permitting rotation of the swivel member relative to the holding member (12; 12*). - clamping of the swivel member onto the holding member (12; 12*), thereby preventing rotation of the swivel member relative to the holding member (12; 12*); and - release of the swivel member with respect to the holding member (12; 12*), thereby permitting rotation of the swivel member relative to the holding member (12; 12*).
Thermostat mixing valve for sanitary fittings having a head piece, in which a cone is axially movably arranged via a rotatably mounted spindle, and a passage sleeve with windows (64, 65) for the inflow of hot and cold water, in which a carriage prestressed via a spring is axially movable, which is connected to a thermocouple having a set piston, wherein, in dependence of the movement of the carriage, the inflow of hot and cold water is adjustable by the windows, characterised in that the cone comprises a bush, which is closed via a bottom on its underside facing away from the spindle and in which a conical piston is axially movably arranged, which is prestressed in the direction of the bottom via a spring, wherein a coupling channel, which is axially aligned with the conical piston, is arranged in the bottom, which is at the same time axially aligned with the set piston of the thermocouple and into which the conical piston and/or the set piston of the thermocouple can be moved and wherein in an upper position of the carriage (hot water position), the set piston abuts against the conical piston and the bottom is spaced apart from the carriage and in a lower position of the carriage (cold water position), the set piston is spaced apart from the conical piston and the bottom rests on the carriage.
A method of preparing a para-alkyl-substituted diphenylamine wherein the ratio of mono: di para-substituted material exceeds 50:50, comprising catalytically alkylating diphenylamine with an alkylating agent in the form of a mixture of branched-chain propene oligomers, wherein the oligomer that is present in the greatest percentage has 15 carbon atoms, oligomers having 9 or fewer carbon atoms constitute 25% or less of the mixture, and oligomers having from 24 to 36 carbon atoms constitute 50% or less of the mixture, all percentages being area/area as measured chromatographically.
A frequency tuned damper having a vibration body and at least one elastic element which is adapted to connect the vibration body to a surface, the vibrations of which is to be dampened, the elastic element having a wide portion and a narrow portion disposed at different locations along a longitudinal axis which may be substantially parallel with the normal of the surface when the damper is mounted, one of said portions being adapted to attach the elastic element to the vibration body and the other to attach the elastic element to the surface, the wider portion having a cavity, the elastic element comprising a first circumferential mounting groove in the wide portion, for attaching the wide portion to one of the vibration body and the surface, and a second circumferential mounting groove in the narrow portion, for attaching the narrow portion to the other of the vibration body and the surface, characterized in that the first circumferential mounting groove extends in a closed loop parallel with the surface along an oval path, such that the loop deviates from a circular shape.
A heat exchanger, comprising: a first header and a second header, with an axis of the first header being inclined relative to an axis of the second header; and heat exchange pipes connected to the first header and the second header, the heat exchange pipes being bent and the heat exchange pipes comprise a first heat exchange pipe and a plurality of (n)th heat exchange pipes, the headers (11, 12) having openings for the insertion of the heat exchanger pipes, wherein the length of each (n)th heat exchange pipe is L1-2(n-1) ∗ H ∗ tan(α/2): wherein L1 is the length of the first heat exchange pipe: wherein H is a center-to-center spacing of the plurality of heat exchange pipes: and wherein α is the included angle between the first header and the second header, characterized in that an interval between the openings of the headers (11, 12) is H1=H ∗ cos(α/2). a first header and a second header, with an axis of the first header being inclined relative to an axis of the second header; and heat exchange pipes connected to the first header and the second header, the heat exchange pipes being bent and the heat exchange pipes comprise a first heat exchange pipe and a plurality of (n)th heat exchange pipes, the headers (11, 12) having openings for the insertion of the heat exchanger pipes, wherein the length of each (n)th heat exchange pipe is L1-2(n-1) ∗ H ∗ tan(α/2): wherein L1 is the length of the first heat exchange pipe: wherein H is a center-to-center spacing of the plurality of heat exchange pipes: and wherein α is the included angle between the first header and the second header, characterized in that an interval between the openings of the headers (11, 12) is H1=H ∗ cos(α/2).
A probe for making electrical contact with a test point in a device-under-test, the probe comprising: a body; a rigid member structured to be able to travel linearly with respect to the body; a flexible arm having a test point contact disposed at a first end, and fastened at a second end to the rigid member; and a flexible linkage fixed to the body and connected to a point on the flexible arm between the first end and the second end, the flexible linkage structured to cause the flexible arm to bend in response to travel of the rigid member in a first direction, and to unbend in response to travel of the rigid member in a second direction. a body; a rigid member structured to be able to travel linearly with respect to the body; a flexible arm having a test point contact disposed at a first end, and fastened at a second end to the rigid member; and a flexible linkage fixed to the body and connected to a point on the flexible arm between the first end and the second end, the flexible linkage structured to cause the flexible arm to bend in response to travel of the rigid member in a first direction, and to unbend in response to travel of the rigid member in a second direction.
A method for wireless communications at a user equipment, UE, configured to communicate via first and second radio access technology, RAT, networks, the method comprising: suspending operations with a base station (122; 322) of the first RAT network; tuning to the second RAT network to monitor for paging messages targeting the UE; and characterised by: resuming operations with the base station (122; 322) of the first RAT network by performing system acquisition if time elapsed since suspending operations is greater than a first threshold value; resuming operations with the base station (122; 322) of the first RAT network without performing system acquisition if time elapsed since suspending operations is below the first threshold value; and taking one or more actions to speed performing of one or more functions when operations are resumed without performing system acquisition. suspending operations with a base station (122; 322) of the first RAT network; tuning to the second RAT network to monitor for paging messages targeting the UE; and characterised by: resuming operations with the base station (122; 322) of the first RAT network by performing system acquisition if time elapsed since suspending operations is greater than a first threshold value; resuming operations with the base station (122; 322) of the first RAT network without performing system acquisition if time elapsed since suspending operations is below the first threshold value; and taking one or more actions to speed performing of one or more functions when operations are resumed without performing system acquisition. resuming operations with the base station (122; 322) of the first RAT network by performing system acquisition if time elapsed since suspending operations is greater than a first threshold value; resuming operations with the base station (122; 322) of the first RAT network without performing system acquisition if time elapsed since suspending operations is below the first threshold value; and taking one or more actions to speed performing of one or more functions when operations are resumed without performing system acquisition.
A wind turbine blade comprising a deformable trailing edge section extending chordwise and spanwise, wherein the DTE section is split in a suction side subsection and a pressure side subsection by one or more slits (19; 19'; 19"; 19"'), wherein the DTE section comprises one or more actuators (20, 21; 25) acting on at least one of the suction side and pressure side subsections, and wherein the slits (19; 19'; 19"; 19"') are configured to allow a sliding movement of the subsections (17, 18) on each other or on an intermediate structure arranged between the subsections (17, 18), and the suction side and pressure side subsections and the actuators (20, 21; 25) are arranged such that deformation of one of the subsections (17, 18) is associated with a substantially corresponding deformation of the other subsection (17, 18).
Separator having a housing (3; 36) which configures a separation space (4; 38) in which one or a plurality of ventilation bases (9; 42) are disposed and in which separation stock is perfused by separation gas so as to separate the separation stock into fine stock and coarse stock, wherein a separation-gas inlet and a separation-stock inlet open into the separation space (4; 36), and a fine-stock outlet and a coarse-stock outlet lead out of the separation space, and wherein at least one bypass duct (18; 40), integrated in the housing (3; 36), for bypassing the separation space (4; 38) is provided, wherein the bypass duct (18; 40) leads out of the separation-gas inlet and opens out downstream of the separation space (4; 38) characterized in that a second separation space of the separator adjoins the fine-stock outlet, wherein a housing (3; 36) of the separator which surrounds the second separation space configures a medium-fine stock outlet and a finest-stock outlet.
A process for the separation of a monosaccharide from an aqueous solution comprising the monosaccharide and one or more salts and/or mineral acids characterized in that a. the solution is contacted with a BEA zeolite adsorbent for adsorbing the monosaccharide on the zeolite, b. one or more salts and/or mineral acids present in the solution improve the separation process, c. the zeolite with the adsorbed monosaccharide is separated from the solution, d. the monosaccharide is separated from the zeolite absorbent. a. the solution is contacted with a BEA zeolite adsorbent for adsorbing the monosaccharide on the zeolite, b. one or more salts and/or mineral acids present in the solution improve the separation process, c. the zeolite with the adsorbed monosaccharide is separated from the solution, d. the monosaccharide is separated from the zeolite absorbent.
A method of service monitoring, comprising the steps: receiving (54, 104) a service monitoring request to perform service monitoring of at least one service in a terminal using service monitoring metrics, wherein for the or each service to be monitored the method comprises the steps of: monitoring (56, 108, 114, 128) terminal operation information to determine the occurrence of session events of each of a plurality of stages of a user service session; recording (58, 112, 132, 140, 144, 148, 156) values for service monitoring metrics for a stage in response to a session event of that stage; and sending (60, 116, 136, 142, 146, 152, 160) at least one service monitoring report, containing service monitoring metric values, for each stage of the user service session. receiving (54, 104) a service monitoring request to perform service monitoring of at least one service in a terminal using service monitoring metrics, wherein for the or each service to be monitored the method comprises the steps of: monitoring (56, 108, 114, 128) terminal operation information to determine the occurrence of session events of each of a plurality of stages of a user service session; recording (58, 112, 132, 140, 144, 148, 156) values for service monitoring metrics for a stage in response to a session event of that stage; and sending (60, 116, 136, 142, 146, 152, 160) at least one service monitoring report, containing service monitoring metric values, for each stage of the user service session. monitoring (56, 108, 114, 128) terminal operation information to determine the occurrence of session events of each of a plurality of stages of a user service session; recording (58, 112, 132, 140, 144, 148, 156) values for service monitoring metrics for a stage in response to a session event of that stage; and sending (60, 116, 136, 142, 146, 152, 160) at least one service monitoring report, containing service monitoring metric values, for each stage of the user service session.
A developing device comprising: a developer bearing body provided so as to face a latent image bearing body, the developing device is adapted so that said developer bearing body rotates in a predetermined rotating direction to supply a developer to said latent image bearing body; a developer supplying member provided so as to contact said developer bearing body, the developing device is adapted so that said developer supplying member rotates in the same direction as said rotating direction of said developer bearing body to supply said developer to said developer bearing body; and a developer recovery member provided so as to contact a surface of said developer bearing body that moves from a position facing said latent image bearing body to a position in contact with said developer supplying member by a rotation of said developer bearing body, the developing device is adapted so that said developer recovery member rotates in a direction opposite to said rotating direction of said developer bearing body to recover said developer from said developer bearing body, wherein said developer supplying member and said developer recovery member are provided so as to contact each other, wherein the developing device is adapted so that said developing recovery member rotates at a circumferential speed faster than a circumferential speed of said developer supplying member. a developer bearing body provided so as to face a latent image bearing body, the developing device is adapted so that said developer bearing body rotates in a predetermined rotating direction to supply a developer to said latent image bearing body; a developer supplying member provided so as to contact said developer bearing body, the developing device is adapted so that said developer supplying member rotates in the same direction as said rotating direction of said developer bearing body to supply said developer to said developer bearing body; and a developer recovery member provided so as to contact a surface of said developer bearing body that moves from a position facing said latent image bearing body to a position in contact with said developer supplying member by a rotation of said developer bearing body, the developing device is adapted so that said developer recovery member rotates in a direction opposite to said rotating direction of said developer bearing body to recover said developer from said developer bearing body, wherein said developer supplying member and said developer recovery member are provided so as to contact each other, wherein the developing device is adapted so that said developing recovery member rotates at a circumferential speed faster than a circumferential speed of said developer supplying member.
A mixture comprising compounds of the formula or mixtures of compounds of the formula with compounds of the formula (IIa) and/or with compounds of the formula (IIb) in which n is zero or one and the dashed line is an additional double bond in 11 or 12 position in cis or trans configuration, and the formula comprises mixtures of the double-bond isomers of the formulae (Ia), (Ib), (Ic) or (Id) and the mixture has a content of at least 60% by weight of the compound of the formula (Ia), i.e. the lactone with a trans-configured double bond in position 11, based on the total amount of the compounds of the formulae, (IIa) and (IIb) present in the mixture. n is zero or one and
A packet processing method for a network having a tree structure, comprising: generating, by a first node, a first packet based on data of the first node, wherein the first packet comprises a packet header, and the packet header comprises a service type, a final destination address, and residual times to aggregation, RTA, wherein the RTA is set so as to control aggregation times of the packet, control an aggregation delay of each packet within a proper range, and ensure normal running of a service; when the RTA of the first packet is not 0, determining, by the first node, a remaining capacity in a first cache corresponding to the service type and the final destination address, wherein the first cache stores a second packet, and the second packet has a service type and a final destination address that are the same as those of the first packet; when a data length of the first packet is not greater than the remaining capacity, aggregating, by the first node, the first packet and the second packet into a third packet, wherein a packet header of the third packet comprises the service type, the final destination address, and the RTA of the third packet, and the RTA of the third packet is a minimum value in the RTA of the second packet and a value obtained after 1 is subtracted from the RTA of the first packet; and when the RTA of the third packet is 0, sending, by the first node, the third packet to a node corresponding to the final destination address after a preset aggregation time is exceeded; or when the RTA of the third packet is not 0, sending, by the first node, the third packet to a parent node of the first node after the preset aggregation time is exceeded. when the RTA of the first packet is not 0, determining, by the first node, a remaining capacity in a first cache corresponding to the service type and the final destination address, wherein the first cache stores a second packet, and the second packet has a service type and a final destination address that are the same as those of the first packet; when a data length of the first packet is not greater than the remaining capacity, aggregating, by the first node, the first packet and the second packet into a third packet, wherein a packet header of the third packet comprises the service type, the final destination address, and the RTA of the third packet, and the RTA of the third packet is a minimum value in the RTA of the second packet and a value obtained after 1 is subtracted from the RTA of the first packet; and when the RTA of the third packet is 0, sending, by the first node, the third packet to a node corresponding to the final destination address after a preset aggregation time is exceeded; or when the RTA of the third packet is not 0, sending, by the first node, the third packet to a parent node of the first node after the preset aggregation time is exceeded.
A mobile telephone having a mail transmission function, comprising: a storage unit storing therein an address book including one or more pieces of information (1613, 1614, 1615) each indicating a mail-transmission destination of a communication party; a judgment unit operable to make a judgment, when an incoming event occurs, whether the incoming event meets a specific requirement; a selection unit operable to select one or more communication parties from the address book when the judgment is affirmative; and a transmission unit operable to transmit a predetermined mail to the selected communication parties using the destination information corresponding to the selected communication parties, wherein the address book includes, with respect to each communication party, necessity information indicating necessity of transmission of the predetermined mail to the communication party, and the communication parties selected by the selection unit are one or more communication parties whose necessity information indicates that the transmission is necessary. a storage unit storing therein an address book including one or more pieces of information (1613, 1614, 1615) each indicating a mail-transmission destination of a communication party; a judgment unit operable to make a judgment, when an incoming event occurs, whether the incoming event meets a specific requirement; a selection unit operable to select one or more communication parties from the address book when the judgment is affirmative; and a transmission unit operable to transmit a predetermined mail to the selected communication parties using the destination information corresponding to the selected communication parties, wherein