mhurhangee/ep-ind-claims huggingface dataset:
Device for feeding intake fluid for an internal combustion engine, said device comprising: - a throttle, equipped with a throttle body in which a first channel and a second channel for circulating said intake fluid are arranged, in which first and second movable sealing flaps are positioned for controlling the flow passing through said circulation channels, said throttle further comprising a motor for actuating said flaps and a kinematic able to actuate the first flap and/or the second flap in response to a rotation of said motor, - a cooler connected to one of the circulation channels of the throttle, referred to as the cooled channel, said device being configured to connect the other circulation channel of the throttle, referred to as the hot channel, to the heat engine without passing through the cooler, characterized in that the kinematic is designed to ensure, in the case of loss of actuation of the flaps by the actuator motor, that said flaps are switched to a rest state, the flap of the cold channel then being in a fully open position and the flap of the hot channel then being in a fully closed position. - a throttle, equipped with a throttle body in which a first channel and a second channel for circulating said intake fluid are arranged, in which first and second movable sealing flaps are positioned for controlling the flow passing through said circulation channels, said throttle further comprising a motor for actuating said flaps and a kinematic able to actuate the first flap and/or the second flap in response to a rotation of said motor, - a cooler connected to one of the circulation channels of the throttle, referred to as the cooled channel, said device being configured to connect the other circulation channel of the throttle, referred to as the hot channel, to the heat engine without passing through the cooler, characterized in that the kinematic is designed to ensure, in the case of loss of actuation of the flaps by the actuator motor, that said flaps are switched to a rest state, the flap of the cold channel then being in a fully open position and the flap of the hot channel then being in a fully closed position.
Insert for insertion into a drain and a downpipe of a sanitary device belonging to an odour trap, the insert containing a tubular section which is surrounded by an outer wall and is closed at the end face at a first end which is located at the bottom in the installation position, at least one tubular section, in particular a plurality thereof, preferably radially uniformly distributed, only in the region of the first end in the outer wall, the diameter of the tubular section is reduced towards the first end, characterised in that the first end is closed by a baffle plate and in that said at least one radial outflow opening is located in the outer wall only in the region of the first end and the outer wall is otherwise unperforated.
A boot band, comprising: a band body, which is obtained by forming a band-plate-like member into a ring shape by joining inner peripheral surfaces of both end portions (33, 34) of the band-plate-like member together so as to superpose the inner peripheral surfaces; and a lever, which is obtained by forming a strip-like member into an arc shape, and is provided on a joined portion of the band body, the boot band suitable to fasten a boot for a constant velocity universal joint, which is arrangeable on an inner side of the band body, by reducing the band body in diameter by turning over the lever using a proximal end portion of the lever as a fulcrum and then superposing the lever on the band body, and being characterized in that the lever has a plurality of chamfered portions (42 to 46) formed in a fulcrum-side region of the proximal end portion of a concave inner peripheral surface of the lever along a thickness direction of the lever. a band body, which is obtained by forming a band-plate-like member into a ring shape by joining inner peripheral surfaces of both end portions (33, 34) of the band-plate-like member together so as to superpose the inner peripheral surfaces; and a lever, which is obtained by forming a strip-like member into an arc shape, and is provided on a joined portion of the band body, the boot band suitable to fasten a boot for a constant velocity universal joint, which is arrangeable on an inner side of the band body, by reducing the band body in diameter by turning over the lever using a proximal end portion of the lever as a fulcrum and then superposing the lever on the band body, and being characterized in that the lever has a plurality of chamfered portions (42 to 46) formed in a fulcrum-side region of the proximal end portion of a concave inner peripheral surface of the lever along a thickness direction of the lever.
A random access method in a radio access network, comprising the following steps performed in a wireless device: a.) transmitting a first random access preamble, b.) setting a backoff multiplier, c.) after receiving a random access response on the transmission of the first random access preamble, if the received random access response includes a backoff indicating subheader, determining a first backoff time value in accordance with information in said subheader, determining a second backoff time value by multiplying the first backoff time value and the backoff multiplier, and d.) transmitting a second random access preamble under observance of the second backoff time value; wherein, the backoff multiplier is determined in accordance with priority considerations of access requests, and the priority determination is made in the wireless device in accordance with • application layer information, • connectivity maintenance information, • quality of service information, • statistical information on the likelihood of access contention; characterized in that: the backoff multiplier is, for prioritized access requests, a factor larger than 0.1 and smaller than 0.5, and the backoff multiplier is, for not prioritized access requests, a factor larger than 1, and a power ramping step for a prioritized access request is at least 2 times that of a not prioritized access request. a.) transmitting a first random access preamble, b.) setting a backoff multiplier, c.) after receiving a random access response on the transmission of the first random access preamble, if the received random access response includes a backoff indicating subheader, determining a first backoff time value in accordance with information in said subheader, determining a second backoff time value by multiplying the first backoff time value and the backoff multiplier, and d.) transmitting a second random access preamble under observance of the second backoff time value; • application layer information, • connectivity maintenance information, • quality of service information, • statistical information on the likelihood of access contention;
A method for indicating a local group identifier for peer-to-peer communications, comprising: broadcasting, by a device, a generated candidate identifier for a local group identifier to multiple devices accessible in a network; receiving, by the device and from at least a portion of the multiple devices in the network multiple broadcasted candidate identifiers for the local group identifier, wherein one or more of the multiple broadcasted candidate identifiers are different from the generated candidate identifier; determining, by the device, based on the generated candidate identifier being different from the one or more of the multiple broadcasted candidate identifiers, and after broadcasting the generated candidate identifier, the local group identifier as being one of the generated candidate identifier and one or more of the multiple broadcasted candidate identifiers; reporting, by the device, the local group identifier to a peer matching service to facilitate grouping the device with at least the portion of the multiple devices in the network for performing peer-to-peer communications; following the performing peer-to-peer communications, detecting, by the device, the expiration of an associated expiration timer for the local group identifier; determining, by the device, to generate a new local group identifier based on the detection of the expiration; receiving, by the device, an indication to broadcast the new local group identifier; and broadcasting, by the device and based on the indication, the new local group identifier to the multiple devices. broadcasting, by a device, a generated candidate identifier for a local group identifier to multiple devices accessible in a network; receiving, by the device and from at least a portion of the multiple devices in the network multiple broadcasted candidate identifiers for the local group identifier, wherein one or more of the multiple broadcasted candidate identifiers are different from the generated candidate identifier; determining, by the device, based on the generated candidate identifier being different from the one or more of the multiple broadcasted candidate identifiers, and after broadcasting the generated candidate identifier, the local group identifier as being one of the generated candidate identifier and one or more of the multiple broadcasted candidate identifiers; reporting, by the device, the local group identifier to a peer matching service to facilitate grouping the device with at least the portion of the multiple devices in the network for performing peer-to-peer communications; following the performing peer-to-peer communications, detecting, by the device, the expiration of an associated expiration timer for the local group identifier; determining, by the device, to generate a new local group identifier based on the detection of the expiration; receiving, by the device, an indication to broadcast the new local group identifier; and broadcasting, by the device and based on the indication, the new local group identifier to the multiple devices.
A rotor hub for a tail rotor of a rotorcraft that comprises a plurality of tail rotor blades which are drivable by means of an associated tail rotor drive shaft, the rotor hub comprising: a central blade mount that is adapted for being attached to the plurality of tail rotor blades, the central blade mount being provided with a metallic splined sleeve that is adapted for being drivingly coupled to the associated tail rotor drive shaft; and a cup-shaped hub-body that comprises at least one ring-shaped outer wall and at least one ring-shaped inner wall that are adapted for supporting the plurality of tail rotor blades, the cup-shaped hub-body comprising at least one bottom wall that is provided with a central aperture and that connects the at least one ring-shaped outer wall to the at least one ring-shaped inner wall, the at least one ring-shaped outer wall coaxially encompassing the at least one ring-shaped inner wall, wherein the central blade mount is mounted to the central aperture, characterized in that the at least one ring-shaped inner wall exhibits a polygonal cross-section, wherein the at least one inner wall comprises a predetermined number of flat sections, the predetermined number of flat sections being interconnected for creating the polygonal cross-section of the at least one inner wall, wherein at least a predefined number of the predetermined number of flat sections is provided with round apertures that are adapted for supporting associated ones of the plurality of tail rotor blades, and wherein the round apertures exhibit circular cross-sections. a central blade mount that is adapted for being attached to the plurality of tail rotor blades, the central blade mount being provided with a metallic splined sleeve that is adapted for being drivingly coupled to the associated tail rotor drive shaft; and a cup-shaped hub-body that comprises at least one ring-shaped outer wall and at least one ring-shaped inner wall that are adapted for supporting the plurality of tail rotor blades, the cup-shaped hub-body comprising at least one bottom wall that is provided with a central aperture and that connects the at least one ring-shaped outer wall to the at least one ring-shaped inner wall, the at least one ring-shaped outer wall coaxially encompassing the at least one ring-shaped inner wall, wherein the central blade mount is mounted to the central aperture, characterized in that the at least one ring-shaped inner wall exhibits a polygonal cross-section, wherein the at least one inner wall comprises a predetermined number of flat sections, the predetermined number of flat sections being interconnected for creating the polygonal cross-section of the at least one inner wall, wherein at least a predefined number of the predetermined number of flat sections is provided with round apertures that are adapted for supporting associated ones of the plurality of tail rotor blades, and wherein the round apertures exhibit circular cross-sections.
A combined arrangement having a) a goods wagon with a wagon underframe and preferably a wagon superstructure arranged thereon, wherein the wagon underframe has a wagon frame and two bogies or individual axles, which bogies or axles are movably mounted on a track system, wherein the wagon frame has two wagon end pieces and two wagon lateral walls, extending parallel to a wagon longitudinal direction, which are connected to the two wagon end pieces, wherein the wagon lateral walls can in each case be folded down outwards about a lateral wall pivot axis parallel to the wagon longitudinal direction, wherein the two wagon lateral walls are lockable with each of the two wagon end pieces by means of a first locking arrangement in their folded up state, and b) one pivot and unlocking device per first locking arrangement, associated with the latter, for actuation of the first locking arrangement in such a manner that the locking of the wagon lateral walls is released and for folding down and up of the wagon lateral walls, characterized in that each pivot and unlocking device has a pivot and unlocking arrangement having means for actuation of the first locking arrangement in such a manner that the locking of the wagon lateral walls is released and means for folding up and down of the wagon lateral walls, wherein the means are mounted alongside and exterior to the track system on ground in a manner movable toward and away from the goods wagon, in particular in a wagon transverse direction perpendicular to the wagon longitudinal direction. a) a goods wagon with a wagon underframe and preferably a wagon superstructure arranged thereon, wherein the wagon underframe has a wagon frame and two bogies or individual axles, which bogies or axles are movably mounted on a track system, wherein the wagon frame has two wagon end pieces and two wagon lateral walls, extending parallel to a wagon longitudinal direction, which are connected to the two wagon end pieces, wherein the wagon lateral walls can in each case be folded down outwards about a lateral wall pivot axis parallel to the wagon longitudinal direction, wherein the two wagon lateral walls are lockable with each of the two wagon end pieces by means of a first locking arrangement in their folded up state, and b) one pivot and unlocking device per first locking arrangement, associated with the latter, for actuation of the first locking arrangement in such a manner that the locking of the wagon lateral walls is released and for folding down and up of the wagon lateral walls,
A D-deoxyribose sugar for use in promoting wound healing wherein the sugar is provided in a carrier and wherein the carrier is a biocompatible matrix material or a hydrogel.
A method of bulk sorting microparticles, the method comprising: passing a group of microparticles surrounded by fluid into a detection region (1205, 1305) of a first switch, wherein a plurality of microparticles within the group of microparticles are adjacently arranged side-by-side and above/below, in a plane transverse to the direction of flow within the detection region and perpendicular to a direction of flow of the group of microparticles through the detection region; simultaneously examining the plurality of microparticles within the detection region to detect when at least one microparticle in the group of microparticles has a predetermined characteristic; passing the group of microparticles into a sample outlet flow path when at least one microparticle in the group of microparticles has the predetermined characteristic, otherwise passing the group of microparticles through the first switch into a waste outlet flow path; and isolating the at least one microparticle having the predetermined characteristic from the group of microparticles by passing the group of microparticles dispensed from the sample outlet through a second switch in a single-file arrangement through a detection region of the second switch, passing the at least one microparticle having the predetermined characteristic into a second sample outlet flow path of the second switch when the at least one microparticle is detected within a detection region of the second switch, and passing microparticles from the group of microparticles that do not have the predetermined characteristic into a waste outlet flow path of the second switch. passing a group of microparticles surrounded by fluid into a detection region (1205, 1305) of a first switch, wherein a plurality of microparticles within the group of microparticles are adjacently arranged side-by-side and above/below, in a plane transverse to the direction of flow within the detection region and perpendicular to a direction of flow of the group of microparticles through the detection region; simultaneously examining the plurality of microparticles within the detection region to detect when at least one microparticle in the group of microparticles has a predetermined characteristic; passing the group of microparticles into a sample outlet flow path when at least one microparticle in the group of microparticles has the predetermined characteristic, otherwise passing the group of microparticles through the first switch into a waste outlet flow path; and isolating the at least one microparticle having the predetermined characteristic from the group of microparticles by passing the group of microparticles dispensed from the sample outlet through a second switch in a single-file arrangement through a detection region of the second switch, passing the at least one microparticle having the predetermined characteristic into a second sample outlet flow path of the second switch when the at least one microparticle is detected within a detection region of the second switch, and passing microparticles from the group of microparticles that do not have the predetermined characteristic into a waste outlet flow path of the second switch.
A composition comprising ground or pulverized amniotic membrane derived from, or isolated from, frozen or previously frozen placenta, for use in a method of medical treatment of reversing scar formation in a subject.
A peptide that binds Tissue Factor Pathway Inhibitor-1α (TFPI-1α), comprising the structure of formula: X4001-Q-X4003-X4004-X4005-X4006-X4007-X4008-X4009-X4010-X4011 -X4012-X4013-X4014-R-X4016-X4017-X4018-X4019-X4020, wherein X4001 is F; wherein X4003 is S; wherein X4004 is K,; wherein X4005 is p; wherein X4006 is N or S; wherein X4007 is V; wherein X4008 is H; wherein X4009 is Tle; wherein X4010 is D; wherein X4011 is a or G; wherein X4012 is Y; wherein X4013 is F; wherein X4014 is E; wherein X4016 is L or Hle; wherein X4017 is an amino acid selected from the group consisting of Aib, Hie, Deg, Eca, and Aic; wherein X4018 is A; wherein X4019 is K; and wherein X4020 is L. X4001-Q-X4003-X4004-X4005-X4006-X4007-X4008-X4009-X4010-X4011 -X4012-X4013-X4014-R-X4016-X4017-X4018-X4019-X4020, wherein X4001 is F; wherein X4003 is S; wherein X4004 is K,; wherein X4005 is p; wherein X4006 is N or S; wherein X4007 is V; wherein X4008 is H; wherein X4009 is Tle; wherein X4010 is D; wherein X4011 is a or G; wherein X4012 is Y; wherein X4013 is F; wherein X4014 is E; wherein X4016 is L or Hle; wherein X4017 is an amino acid selected from the group consisting of Aib, Hie, Deg, Eca, and Aic; wherein X4018 is A; wherein X4019 is K; and wherein X4020 is L.
An Internal Combustion Engine assembly comprising an ICE and a balance assembly, the balance assembly comprising: a first electric motor coupled to the ICE and configured to rotate a first eccentric mass relative to the ICE, the first eccentric mass being coupled to a shaft of the first electric motor; and a second electric motor coupled to the ICE and configured to rotate a second eccentric mass relative to the ICE, the second eccentric mass being coupled to a shaft of the second electric motor; wherein the first and second electric motors are configured to rotate the first and second eccentric masses in order to balance a vibration characteristic of the ICE, and characterised in that the first and second electric motors are configured to adjust a difference in phase angle between the first and second electric motor shafts and/or a crank shaft according to a variation in valve timing of the ICE. a first electric motor coupled to the ICE and configured to rotate a first eccentric mass relative to the ICE, the first eccentric mass being coupled to a shaft of the first electric motor; and a second electric motor coupled to the ICE and configured to rotate a second eccentric mass relative to the ICE, the second eccentric mass being coupled to a shaft of the second electric motor; wherein the first and second electric motors are configured to rotate the first and second eccentric masses in order to balance a vibration characteristic of the ICE, and characterised in that the first and second electric motors are configured to adjust a difference in phase angle between the first and second electric motor shafts and/or a crank shaft according to a variation in valve timing of the ICE.
Display device for a motor vehicle, comprising a housing, comprising a mirror device which has a display element with a semitransparent mirror surface, and comprising a drive device, by means of which the mirror device is movable between a stowed position, in which the display element is arranged inside the housing, and a use position, in which the display element is at least zonally arranged outside the housing, the mirror device having a support element and the housing having a mating support element corresponding to the support element, the support element being mounted so as to be rotatable relative to the mating support element in the use position of the mirror device, characterized in that the support device has a recess, and the mating supporting device has a bearing pin which, in the use position of the mirror device, is at least zonally arranged in the recess, and the mirror device has a holding element, which is designed to hold the display element and which has the support element, and a carrier element, which is connected to the drive device, and the mirror device has a spring element, wherein the holding element is mounted relative to the carrier element by means of the pre-tensioned spring element.