mhurhangee/ep-ind-claims huggingface dataset:
Proportional valve for controlling a gaseous medium, in particular hydrogen, with a valve housing, an interior space being configured in the valve housing, a magnet coil with a solenoid armature, an external pole and an internal pole being arranged in the interior space, the internal pole being configured in two pieces and comprising a first internal pole element and a second internal pole element, the second internal pole element serving as an upper stroke stop for the solenoid armature, characterized in that the second internal pole element is produced from a magnetic material with a higher saturation polarization than the first internal pole element.
An air conditioner comprising: a control box accommodating a control board and having an open surface; and a base panel having an air inlet and an air outlet, characterized in that the control box being mounted on the base panel by seating the open surface thereof on the base panel, wherein the base panel includes a first water-blocking rib surrounding an outer surface of a lower edge defining the open surface of the control box so as to prevent water from flowing into the control box. a control box accommodating a control board and having an open surface; and a base panel having an air inlet and an air outlet, characterized in that the control box being mounted on the base panel by seating the open surface thereof on the base panel, wherein the base panel includes a first water-blocking rib surrounding an outer surface of a lower edge defining the open surface of the control box so as to prevent water from flowing into the control box.
A drive shaft for vehicles, having a first drive shaft portion which is rotationally coupled to a second drive shaft portion via a slide (2, 3), wherein the slide has a wave-like element which is provided with a longitudinal tooth system and is connected to one of the two drive shaft portions, and has a hub-like element which is provided with a longitudinal tooth system which is complementary to the longitudinal tooth system and is connected to the other drive shaft portion, wherein the wave-like element is inserted into the hub-like element, as a result of which a relative displacement of the two drive shaft portions in a longitudinal direction of the drive shaft is allowed to a certain extent, characterised in that at least one of the two longitudinal tooth systems is produced from a thermoplastic material.
A dynamic spectrum allocation method, comprising: receiving a bandwidth request message sent by a base station, wherein the bandwidth request message includes radio frequency capabilities of the base station, a bandwidth requirement on unauthorized bands of the base station, and a set of authorized bands of the base station, wherein the set of authorized bands of the base station comprises at least one of the following: a set for a first authorized band that share radio frequency capabilities with the unauthorized bands and are aggregated and dynamically available on the base station, and a set for a second authorized band that share no radio frequency capability with the unauthorized bands and are aggregated and dynamically available on the base station; determining a spectrum allocation scheme according to the radio frequency capabilities of the base station, the bandwidth requirement on the unauthorized bands of the base station, the set of authorized bands of the base station, and an obtained set of unauthorized bands that are currently idle; and sending a bandwidth request response message including the spectrum allocation scheme, wherein the spectrum allocation scheme is used to indicate information of an unauthorized band allocated to the base station, and indicate need of aggregating a bandwidth requirement on at least one authorized band in the set of authorized bands of the base station to the unauthorized band allocated to the base station. receiving a bandwidth request message sent by a base station, wherein the bandwidth request message includes radio frequency capabilities of the base station, a bandwidth requirement on unauthorized bands of the base station, and a set of authorized bands of the base station, wherein the set of authorized bands of the base station comprises at least one of the following: a set for a first authorized band that share radio frequency capabilities with the unauthorized bands and are aggregated and dynamically available on the base station, and a set for a second authorized band that share no radio frequency capability with the unauthorized bands and are aggregated and dynamically available on the base station; determining a spectrum allocation scheme according to the radio frequency capabilities of the base station, the bandwidth requirement on the unauthorized bands of the base station, the set of authorized bands of the base station, and an obtained set of unauthorized bands that are currently idle; and sending a bandwidth request response message including the spectrum allocation scheme, wherein the spectrum allocation scheme is used to indicate information of an unauthorized band allocated to the base station, and indicate need of aggregating a bandwidth requirement on at least one authorized band in the set of authorized bands of the base station to the unauthorized band allocated to the base station.
A composition comprising a ternary azeotrope-like mixture consisting essentially of cis-1- chloro-3,3,3-trifluoropropene, methanol and a third component selected from the group consisting of isohexane and trans-1,2-dichloroethylene.
A method comprising: receiving, by a first hydrophone of a tool moving relative to a stationary acoustic source disposed in a wellbore, a first acoustic signal generated by the stationary acoustic source; receiving, by a second hydrophone of the tool moving relative to the stationary acoustic source, second acoustic signals generated by the stationary acoustic source; and determining a location of the stationary acoustic source in the wellbore based on differences in Doppler shifts between the first acoustic signals and the second acoustic signals. receiving, by a first hydrophone of a tool moving relative to a stationary acoustic source disposed in a wellbore, a first acoustic signal generated by the stationary acoustic source; receiving, by a second hydrophone of the tool moving relative to the stationary acoustic source, second acoustic signals generated by the stationary acoustic source; and determining a location of the stationary acoustic source in the wellbore based on differences in Doppler shifts between the first acoustic signals and the second acoustic signals.
Process for the manufacturing of frozen aerated products comprising; (a) providing two forming elements, which are a pair of rollers (1,2) with parallel axis, (b) providing a multiplicity of open cavities on the surface of each roller, (c) providing filling means for filling said cavities with a frozen aerated material at a temperature higher than the temperature of the forming elements, (d) filling two cavities, one on each forming element, with a frozen aerated material having an overrun of between 10% and 130%, (e) allowing the frozen aerated material to expand outside its cavity, (f) counter-rotating the rollers (1,2) so that respective cavities in the two forming elements lie opposite one another and the frozen aerated material in a cavity of a first roller is pressed against the frozen aerated material in an opposite cavity of a second roller, (g) characterised in that • each cavity of a pair of respective cavities is linked to an edge of the roller on which it is located through a groove which is adapted to face the groove of the respective cavity during step (f) • closing means close the grooves when the filling means fill the respective cavities, and • a stick is placed between the two filled cavities after step (d) and before step (f), within a space limited by the respective grooves of the respective cavities during step (f) (a) providing two forming elements, which are a pair of rollers (1,2) with parallel axis, (b) providing a multiplicity of open cavities on the surface of each roller, (c) providing filling means for filling said cavities with a frozen aerated material at a temperature higher than the temperature of the forming elements, (d) filling two cavities, one on each forming element, with a frozen aerated material having an overrun of between 10% and 130%, (e) allowing the frozen aerated material to expand outside its cavity, (f) counter-rotating the rollers (1,2) so that respective cavities in the two forming elements lie opposite one another and the frozen aerated material in a cavity of a first roller is pressed against the frozen aerated material in an opposite cavity of a second roller, (g) characterised in that • each cavity of a pair of respective cavities is linked to an edge of the roller on which it is located through a groove which is adapted to face the groove of the respective cavity during step (f) • closing means close the grooves when the filling means fill the respective cavities, and • a stick is placed between the two filled cavities after step (d) and before step (f), within a space limited by the respective grooves of the respective cavities during step (f) • each cavity of a pair of respective cavities is linked to an edge of the roller on which it is located through a groove which is adapted to face the groove of the respective cavity during step (f) • closing means close the grooves when the filling means fill the respective cavities, and • a stick is placed between the two filled cavities after step (d) and before step (f), within a space limited by the respective grooves of the respective cavities during step (f)
A fluff pulp in the form of a core, comprising softwood fibers and from 5 to 25 wt% of hardwood fibers, one or more super absorbent polymers and having a SAP retention of greater than 75%.
A humidification and air cleaning apparatus, including a blower fan, the blower fan comprising: a hub to which a rotating shaft is coupled; a shroud spaced apart from the hub and having a suction port formed at a center, through which air is drawn; and a plurality of blades disposed between the hub and the shroud and coupled to the hub and the shroud, wherein the plurality of blades have at least one wave formed in a direction from the shroud toward the hub and formed with ridges and valleys, wherein the ridges protrude toward a constant-pressure surface of the blade and the valleys protrude toward a suction surface of the blade. a hub to which a rotating shaft is coupled; a shroud spaced apart from the hub and having a suction port formed at a center, through which air is drawn; and a plurality of blades disposed between the hub and the shroud and coupled to the hub and the shroud, wherein the plurality of blades have at least one wave formed in a direction from the shroud toward the hub and formed with ridges and valleys, wherein the ridges protrude toward a constant-pressure surface of the blade and the valleys protrude toward a suction surface of the blade.
A method for making a deep-fried food product, comprising: providing a deep frying oil component suitable for deep frying of food products therewithin; combining said deep frying oil component with a phytosterol component to provide a deep frying oil composition, said phytosterol component being in the form of one or more phytosterol esters, said combining being such that said deep frying oil composition contains between 88 and 92 weight percent of said deep frying oil component and between 8 and 12 weight percent of said phytosterol component, based on the total weight of the deep frying oil composition; fully immersing a food product within said deep frying oil composition that is heated to a temperature of at least 180 °C; and deep frying said food product within said heated deep frying oil composition, said deep frying including transferring within said food product at least 50 weight percent of said phytosterol component present in said heated deep frying oil composition to provide a deep-fried food product containing between 100mg and 500mg of said phytosterol component per 100 grams of the deep-fried food product. providing a deep frying oil component suitable for deep frying of food products therewithin; combining said deep frying oil component with a phytosterol component to provide a deep frying oil composition, said phytosterol component being in the form of one or more phytosterol esters, said combining being such that said deep frying oil composition contains between 88 and 92 weight percent of said deep frying oil component and between 8 and 12 weight percent of said phytosterol component, based on the total weight of the deep frying oil composition; fully immersing a food product within said deep frying oil composition that is heated to a temperature of at least 180 °C; and deep frying said food product within said heated deep frying oil composition, said deep frying including transferring within said food product at least 50 weight percent of said phytosterol component present in said heated deep frying oil composition to provide a deep-fried food product containing between 100mg and 500mg of said phytosterol component per 100 grams of the deep-fried food product.
A method for radio access bearer establishment performed in a wireless device of a communication system, the communication system comprising a network node configured to provide radio access bearers to the wireless device, the method comprising: - detecting a need for both a circuit switched service and a packet switched service during a communication session, and - indicating, to the network node, a need for both a circuit switched radio access bearer towards a circuit switched core network providing the circuit switched service and for a packet switched radio access bearer towards a packet switched core network providing the packet switched service, wherein the indicating to the network node is done by including a first domain indicator of the circuit switched core network and a second domain indicator of the packet switched core network in a single radio resource control connection request message. - detecting a need for both a circuit switched service and a packet switched service during a communication session, and - indicating, to the network node, a need for both a circuit switched radio access bearer towards a circuit switched core network providing the circuit switched service and for a packet switched radio access bearer towards a packet switched core network providing the packet switched service, wherein
Lattice mast with an open framework structure of angled profiles, in particular electricity pylon or telecommunications mast, comprising at least one or more cladding profiles (9a, 9b) which extend over at least part of the length of at least one angled profile, wherein at least one cladding profile (9a, 9b) has an incident-flow surface and forms a flow shielding of a wind-exposed edge of the angled profile, wherein the incident-flow surface has a flow resistance coefficient which is less than that of the unshielded angled profile, characterized in that the at least one cladding profile (9a, 9b) is designed as a shell-like profile segment which is back-foamed.
A heterogenous chiral catalyst comprising a chiral bisoxazoline group coupled to a hydrophobic inorganic substrate, wherein the number of hydrophobic groups is between 0.2 and 2mmol per gram of inorganic substrate, said bisoxazoline group being complexed to a Cu ion, wherein the chiral bisoxazoline group has a structure selected from the group consisting of Ia', Ib', Ic', Id', Ie' and If wherein R 1 is a bulky group and R 2 is selected from the group consisting of hydrogen, an alkyl group, an aryl group, an arylalkyl group and an alkylaryl group, or R 1 and R 2, taken together with the carbon atoms to which they are attached, form a cyclic structure, R 3 is selected from the group consisting of an alkyl group, an aryl group, an arylalkyl group and an alkylaryl group, T is a tether group for coupling to the inorganic substrate, wherein the tether group comprises a coupling group for coupling to the inorganic substrate and a linker group for linking the coupling group to the CR 3 group and wherein the coupling group comprises a silicon atom and the linker group is of formula -(CH 2) n -, where n is 1-12; and each of the carbon atoms to which R 1 and R 2 are attached also, independently, has a hydrogen atom or an alkyl group attached thereto.
A process for forming a polymer, comprising a) forming a reaction mixture containing 1) at least one polyene compound having an average of at least two groups containing aliphatic carbon-carbon double bonds capable of reaction with a thiol group, wherein at least one of such aliphatic carbon-carbon double bonds is separated from each other said aliphatic carbon-carbon double bond by an aliphatic spacer group having a weight of at least 1000 atomic mass units, 2) from 20 to 150 parts by weight, per 100 parts by weight of component 1), of at least one epoxy resin having an average of at least 1.5 epoxide groups per molecule and an epoxy equivalent weight of up to 1000 and 3) at least one thiol curing agent having at least two thiol groups and at least one amine curing agent having at least two amine hydrogens, the thiol and amine curing agents being present in a mole ratio of 1:99 to 99:1, and b) curing the reaction mixture to form the polymer.
Apparatus for drying hair, comprising: first and second mutually-opposing arms adapted for movement between an open configuration for receiving a length of wet hair therebetween and a closed configuration adjacent the hair; and means for imparting vibration from at least one of said arms to said length of hair in use, to move and separate hair fibres for improving drying of the hair; wherein the first and second arms, when in the closed configuration, define a chamber across which, in use, the hair passes and within which the hair is free to move, and wherein the means for imparting vibration causes the length of hair to move and separate within said chamber. first and second mutually-opposing arms adapted for movement between an open configuration for receiving a length of wet hair therebetween and a closed configuration adjacent the hair; and means for imparting vibration from at least one of said arms to said length of hair in use, to move and separate hair fibres for improving drying of the hair; wherein the first and second arms, when in the closed configuration, define a chamber across which, in use, the hair passes and within which the hair is free to move, and wherein the means for imparting vibration causes the length of hair to move and separate within said chamber.
Detector which is independent of external energy and for which no battery, no accumulator and no external power supply is provided and which at a defined temperature produces a voltage or current signal for signalling, switching or control purposes, wherein a thermal trigger element (3.2), at least one piezoelement (3.1) and a coupling element are arranged in a retention member/housing (3.3) in such a manner that by means of a state change of the thermal trigger element (3.2) a mechanical pressure is applied to the piezoelement (3.2) via the coupling element so that an electrical signal is produced and the thermal trigger element (3.2) at a defined temperature has a length or volume increase or a change of aggregation state, characterised in that the thermal trigger element (3.2) brings about an action of force directly via the coupling element in order to produce the mechanical pressure on the piezoelement.
A method in a network node, comprising: sending prioritization rules to a wireless device, the prioritization rules indicating how the wireless device should select a subset of detected synchronization sources for inclusion in a monitored set in the event that the detected synchronization sources include one or more network nodes and one or more device-to-device, D2D, wireless devices.
A composition for use in a method for treating hypertriglyceridemia, wherein the composition contains wedelolactone, luteolin, and apigenin, the composition is an acidic aqueous extract or an ethanolic extract of Wedelia chinensis, and the method comprising the steps of identifying a subject having hypertriglyceridemia and administering an effective amount of the composition.
A joystick (100, 200) for controlling an aircraft, comprising a frame (101, 201), a lever (102, 202) mounted mobile in rotation relative to the frame, and a mechanical linking assembly (103, 203) of the lever to the frame, the mechanical linking assembly (103, 203) comprising: - a first linking piece (113, 123, 213, 223) mounted mobile relative to the frame (101, 201) about a first axis of rotation, and - a second linking piece (133, 143, 233, 243) mounted mobile relative to the frame (101, 201) about a second axis of rotation, the second axis of rotation forming a non-zero angle with the first axis of rotation, characterized in that the mechanical linking assembly further comprises: - a third intermediate piece (155, 165, 255, 265) mounted mobile in rotation relative to the first linking piece (113, 123, 213, 223) about a third axis of rotation (Y'), and - a fourth intermediate piece (175, 185, 275, 285) mounted mobile in rotation relative to the second linking piece (133, 143, 233, 243) about a fourth axis of rotation (X'), the fourth axis of rotation forming a non-zero angle with the third axis of rotation, and in that the linking pieces (113, 123, 213, 223; 133, 143, 233, 243) or the intermediate pieces (155, 165, 255, 265; 175, 185, 275, 285) are mobile in rotation one relative to the other about a fifth axis of rotation (Z, Z') forming a non-zero angle respectively with the first axis of rotation and the second axis of rotation or with the third axis of rotation (X') and the fourth axis of rotation (Y') so as to authorise respectively a variation of the angle formed between the first axis of rotation and the second axis of rotation or of the angle formed between the third axis of rotation and the fourth axis of rotation. - a first linking piece (113, 123, 213, 223) mounted mobile relative to the frame (101, 201) about a first axis of rotation, and - a second linking piece (133, 143, 233, 243) mounted mobile relative to the frame (101, 201) about a second axis of rotation, the second axis of rotation forming a non-zero angle with the first axis of rotation, - a third intermediate piece (155, 165, 255, 265) mounted mobile in rotation relative to the first linking piece (113, 123, 213, 223) about a third axis of rotation (Y'), and - a fourth intermediate piece (175, 185, 275, 285) mounted mobile in rotation relative to the second linking piece (133, 143, 233, 243) about a fourth axis of rotation (X'), the fourth axis of rotation forming a non-zero angle with the third axis of rotation,