mhurhangee/ep-ind-claims huggingface dataset:
Tool head for a personal care appliance, including a plurality of tool rotors rotatably supported about rotor axes and a drive train for rotatably driving said tooling rotors from a motor, wherein the tooling rotors are separately displaceably supported to elastically dive along their axes of rotation into a retracted position against a biasing force provided by biasing devices onto said tooling rotors, characterized in that said plurality of tooling rotors include at least ten tooling rotors each having a diameter smaller than 1/12 of the length of an enveloping line enveloping a tooling field defined by said tooling rotors, wherein said support and biasing devices is configured to allow for a diving travel of at least 1⁄4 of a diameter of a tooling rotor.
A conveyor chain for a crop material conveyor device, which comprises hingedly interconnected chain links which are formed from outer plates and inner plates arranged alternately in pairs and on which are arranged in mutually spaced relationship conveyor bars extending transversely relative to the chain links, characterised in that at least one support element (22, 30) is arranged at the side of the respective conveyor bar, that is towards the conveyor chain, the support element being supported at the top side on a following chain link.
A magnetic device comprising: a bobbin (200, 700) including a hollow portion (260, 760) extending in a longitudinal direction; coils wound around the outside of the bobbin (200, 700); a core (100, 600) coupled to the bobbin (200, 700) outside the bobbin (200, 700); wherein the bobbin (200, 700) comprises: a first winding portion (211, 711) around which the coil is wound; a second winding portion (212, 712) which is disposed at one side of the first winding portion (211, 711) in the longitudinal direction, and around which the coil is wound; characterized in that a tolerance relief part (220, 720) disposed between the first and second winding (211, 711,212, 712) portions; coupling parts (230, 730) symmetrically disposed to each other on the outsides of the first and second winding portions (211, 711, 212, 712), respectively; wherein the tolerance relief part (220, 720) is elastically deformable in the longitudinal direction. a bobbin (200, 700) including a hollow portion (260, 760) extending in a longitudinal direction; coils wound around the outside of the bobbin (200, 700); a core (100, 600) coupled to the bobbin (200, 700) outside the bobbin (200, 700); a first winding portion (211, 711) around which the coil is wound; a second winding portion (212, 712) which is disposed at one side of the first winding portion (211, 711) in the longitudinal direction, and around which the coil is wound;
A method of fabricating a composite part, the method comprising: placing layers of reinforcement fibers over a tool to form a laminate of composite material to be cured with a first resin; forming a filament fastener comprising bundled fibers with one or more texture elements around the bundled fibers; coating the filament fastener with a second resin that is chemically compatible with the first resin, wherein resins are considered chemically compatible if crosslinking occurs during cure; inserting the filament fastener into the laminate through a plurality of the layers; and curing the filament fastener within the laminate to bind the plurality of the layers of the laminate with the one or more texture elements of the filament fastener via bonding of the first resin and the second resin to form the composite part with delamination resistance. placing layers of reinforcement fibers over a tool to form a laminate of composite material to be cured with a first resin; forming a filament fastener comprising bundled fibers with one or more texture elements around the bundled fibers; coating the filament fastener with a second resin that is chemically compatible with the first resin, wherein resins are considered chemically compatible if crosslinking occurs during cure; inserting the filament fastener into the laminate through a plurality of the layers; and curing the filament fastener within the laminate to bind the plurality of the layers of the laminate with the one or more texture elements of the filament fastener via bonding of the first resin and the second resin to form the composite part with delamination resistance.
A mobile terminal, comprising: a first display that is a light emitting display; a second display including an electronic paper; and a controller; characterized by comprising a movement detecting sensor configured to detect a movement of the mobile terminal; wherein the controller is configured to: if a power event due to insufficient power occurs, turn off the first display and allow data to be displayed on the second display and to control the second display such that at least part of an executed screen on the first display is displayed on the second display; and during detection of movement by the movement detecting sensor, move data displayed on the first display to be displayed on the second display to change display of the data from the first display to the second display. a first display that is a light emitting display; a second display including an electronic paper; and a controller; if a power event due to insufficient power occurs, turn off the first display and allow data to be displayed on the second display and to control the second display such that at least part of an executed screen on the first display is displayed on the second display; and during detection of movement by the movement detecting sensor, move data displayed on the first display to be displayed on the second display to change display of the data from the first display to the second display.
A needleless injector comprising: a barrel for receiving an injectable liquid from a source thereof; a holder; a nozzle; a plunger slidable in said barrel for movement between a retracted position in which liquid is drawn into said barrel between said holder and said plunger and an extended position in which liquid is discharged through said holder and disposable nozzle; a piston separate from said plunger slidable in said barrel movable under fluid pressure to move said plunger to an extended, liquid discharge position; a retractor connected to said piston in said barrel for moving said plunger to the retracted position when said piston is retracted; a coupler connecting said retractor to said plunger permitting sliding of said piston in said barrel against said plunger to move the latter to the extended position, and for drawing the plunger to the retracted position when the piston and retractor are moved in a direction away from said holder and nozzle to the retracted position; a first valve (150, 151) for introducing fluid under pressure into said barrel alternately on one side of said piston to move the piston and plunger from the retracted to the extended position to discharge liquid through said holder and nozzle, and on a second side of said piston to return the piston and plunger to a retracted position in which injectable liquid is drawn into the barrel between said holder and said plunger; a trigger for operating said first valve (150, 151) to cause said plunger to move from the retracted to the extended position and then back to the retracted position each time the trigger is operated; and a stop in a second end of said barrel remote from said one end for limiting movement of the piston when the plunger and piston move to the retracted position, characterized in that the holder includes a first end extending into said barrel, a central passage for conveying liquid and a cylindrical sleeve at a second end extending out of said barrel, and in that the nozzle comprises a disposable, plastic nozzle removably mounted on the cylindrical sleeve of said holder for discharging liquid from said holder and barrel, said disposable nozzle including an elongated tubular body having a tapered front discharge end, a passage extending through said body for discharging liquid received from said holder, an annular recess in a rear end of said body for receiving the holder sleeve, and a resilient detent extending outwardly from an inner wall of said annular recess for extending into a notch in a front end of the holder sleeve when the nozzle is mounted on the holder.
A reverse flow combustor comprising a joint retaining a first member (28;202;300;401) to a second member (32;212;340;406) to resist separation in a first direction; wherein the first member is a small exit duct of the reverse flow combustor and the joint is proximate a leading edge of the small exit duct; wherein the first member (28;202;300;401) comprises at least a ceramic matrix composite substrate; wherein the second member (32;212;340;406) comprises at least a metallic substrate, the first member (28;202;300;401) and the second member (32;212;340;406) encircling an axis; the joint comprising: a circumferential array of first recesses (102;432) in the first member (28;202;300;401); and a circumferential array of ceramic keys (104;430;450), each partially accommodated in a respective associated said first recess (102;432), and engaging the second member (32;212;340;406); and wherein the ceramic keys (104;430;450) are spring-loaded to be biased into engagement with their associated first recesses (102;432). a circumferential array of first recesses (102;432) in the first member (28;202;300;401); and a circumferential array of ceramic keys (104;430;450), each partially accommodated in a respective associated said first recess (102;432), and engaging the second member (32;212;340;406); and wherein the ceramic keys (104;430;450) are spring-loaded to be biased into engagement with their associated first recesses (102;432).
A method for generating a high-availability inverse synthetic aperture radar (ISAR) image, the method comprising: forming a range resolved data cube over subapertures, fine range bins, and coarse Doppler bins, the range resolved data cube comprising a plurality of first data vectors in the subaperture direction; forming a plurality of quadratic phase vectors from a set of quadratic phase errors, the set of quadratic phase errors being determined using an estimated worst-case line-of-sighl acceleration in the scene is formed by a spatially-varying autofocus (SVAF) block; forming a plurality of product vectors from the first data vectors and the plurality of quadratic phase vectors; performing a fast Fourier transform of each of the plurality of product vectors to form a plurality of two-dimensional arrays; forming a plurality of sparse two-dimensional arrays by calculating a coherency metric for each element of each of the plurality of two-dimensional arrays; and stacking the plurality of sparse two-dimensional arrays to form a sparse 3-dimensional (3-D) image. forming a range resolved data cube over subapertures, fine range bins, and coarse Doppler bins, the range resolved data cube comprising a plurality of first data vectors in the subaperture direction; forming a plurality of quadratic phase vectors from a set of quadratic phase errors, the set of quadratic phase errors being determined using an estimated worst-case line-of-sighl acceleration in the scene is formed by a spatially-varying autofocus (SVAF) block; forming a plurality of product vectors from the first data vectors and the plurality of quadratic phase vectors; performing a fast Fourier transform of each of the plurality of product vectors to form a plurality of two-dimensional arrays; forming a plurality of sparse two-dimensional arrays by calculating a coherency metric for each element of each of the plurality of two-dimensional arrays; and forming a plurality of quadratic phase vectors from a set of quadratic phase errors, the set of quadratic phase errors being determined using an estimated worst-case line-of-sighl acceleration in the scene is formed by a spatially-varying autofocus (SVAF) block; forming a plurality of product vectors from the first data vectors and the plurality of quadratic phase vectors; performing a fast Fourier transform of each of the plurality of product vectors to form a plurality of two-dimensional arrays; forming a plurality of sparse two-dimensional arrays by calculating a coherency metric for each element of each of the plurality of two-dimensional arrays; and stacking the plurality of sparse two-dimensional arrays to form a sparse 3-dimensional (3-D) image.
1,3-Dipolar compound including an epoxide group, the epoxide group being a 3-membered ether ring in which a first member is a carbon atom having an attachment to the dipole of the 1,3-dipolar compound and a second member is a tertiary or quaternary carbon, which compound is an aromatic nitrile monoxide.
A process for preparing an etheramine mixture comprising: (i) charging 1,4-cyclohexanedimethanol as an initiator to an alkoxylation reaction zone; (ii) contacting the initiator with propylene oxide in the alkoxylation reaction zone to provide a precursor polyol; and (iii) charging the precursor polyol to a reductive amination zone and reductively aminating the precursor polyol in the presence of a reductive amination catalyst, hydrogen and ammonia to form the etheramine mixture wherein the etheramine mixture contains at least 10% by weight, based on the total weight of the etheramine mixture, of a monoether amine of formula: wherein R is 1,4-cyclohexanedimethanol after removal of the two hydroxyl groups and X and Y are independently selected from hydrogen or methyl. (i) charging 1,4-cyclohexanedimethanol as an initiator to an alkoxylation reaction zone; (ii) contacting the initiator with propylene oxide in the alkoxylation reaction zone to provide a precursor polyol; and (iii) charging the precursor polyol to a reductive amination zone and reductively aminating the precursor polyol in the presence of a reductive amination catalyst, hydrogen and ammonia to form the etheramine mixture wherein the etheramine mixture contains at least 10% by weight, based on the total weight of the etheramine mixture, of a monoether amine of formula: wherein R is 1,4-cyclohexanedimethanol after removal of the two hydroxyl groups and X and Y are independently selected from hydrogen or methyl.
Hydrolysate prepared from insects comprising at least 40% by weight of proteins based on the total weight of dry matter, an ash content of less than 3% by weight based on the total weight of dry matter, and a content of watersoluble proteins having a size larger than 12,400 g/mol of less than 50%.
A method for allocating a bearer identifier, comprising: receiving, by an access and mobility management network element in a first communication network, a bearer identifier assignment request message from a session management network element in the first communication network in a procedure for establishing a dedicated flow in a packet data unit, PDU, session in the first communication network; allocating, by the access and mobility management network element, a bearer identifier to a dedicated bearer in a second communication network, wherein the dedicated bearer in the second communication network corresponds to the dedicated flow in the first communication network; sending, by the access and mobility management network element, a bearer identifier assignment response message to the session management network element, the bearer identifier assignment response message comprising the bearer identifier. receiving, by an access and mobility management network element in a first communication network, a bearer identifier assignment request message from a session management network element in the first communication network in a procedure for establishing a dedicated flow in a packet data unit, PDU, session in the first communication network; allocating, by the access and mobility management network element, a bearer identifier to a dedicated bearer in a second communication network, wherein the dedicated bearer in the second communication network corresponds to the dedicated flow in the first communication network; sending, by the access and mobility management network element, a bearer identifier assignment response message to the session management network element, the bearer identifier assignment response message comprising the bearer identifier.
An administration device comprising: - administration means for administering a medicament to an animal, the device having two modes, a default non-administration mode and an administration mode, the latter allowing administration of the medicament to the animal, - a switching means to switch the device between the said modes, - an establishing means to establish that the device is within a working distance of the animal to administer the medicament, - the switching means and establishing means being operatively connected such that the switching means switches the device from the default mode to the administration mode after the establishing means has established that the device is within a working distance of the animal to administer the medicament, - processing means configured such that upon administration of the medicament automatically they provide a data sending means to send information about the administration of the medicament to a data storage unit being connected to an animal, and they provide the switching means to switch the device to the default non-administration mode. - administration means for administering a medicament to an animal, the device having two modes, a default non-administration mode and an administration mode, the latter allowing administration of the medicament to the animal, - a switching means to switch the device between the said modes, - an establishing means to establish that the device is within a working distance of the animal to administer the medicament, - the switching means and establishing means being operatively connected such that the switching means switches the device from the default mode to the administration mode after the establishing means has established that the device is within a working distance of the animal to administer the medicament, - processing means configured such that upon administration of the medicament automatically they provide a data sending means to send information about the administration of the medicament to a data storage unit being connected to an animal, and they provide the switching means to switch the device to the default non-administration mode.
A polyphase filter comprising: a first four-phase 90 degree phase splitter with four outputs and two inputs for receiving input signals of equal magnitude and opposite phases; a second four-phase 90 degree phase splitter with four inputs coupled respectively to the four outputs of the first phase splitter; a third four-phase 90 degree phase splitter with four inputs coupled respectively to the four outputs of the first phase splitter; each of the first, second and third 90 degree phase splitters including a four resistors and four capacitors, wherein each one of the fours resistors follows one of the four capacitors respectively in a series loop, the resistor and capacitor values of the second and third phase splitters being selected to obtain a 45 degree phase angle difference between corresponding outputs of the second and third phase splitters to provide a full eight-phase 45 degree split, and the resistor and capacitor values of the first phase splitter being selected to achieve equal amplitudes of the four outputs of the first phase splitter, and the resistor and capacitor values of the second phase splitter being selected to achieve equal amplitudes at the outputs of the second phase splitters, and the resistor and capacitor values of the third phase splitter being selected to achieve equal amplitudes at the outputs of the third phase splitter. a first four-phase 90 degree phase splitter with four outputs and two inputs for receiving input signals of equal magnitude and opposite phases; a second four-phase 90 degree phase splitter with four inputs coupled respectively to the four outputs of the first phase splitter; a third four-phase 90 degree phase splitter with four inputs coupled respectively to the four outputs of the first phase splitter; each of the first, second and third 90 degree phase splitters including a four resistors and four capacitors, wherein each one of the fours resistors follows one of the four capacitors respectively in a series loop, the resistor and capacitor values of the second and third phase splitters being selected to obtain a 45 degree phase angle difference between corresponding outputs of the second and third phase splitters to provide a full eight-phase 45 degree split, and the resistor and capacitor values of the first phase splitter being selected to achieve equal amplitudes of the four outputs of the first phase splitter, and the resistor and capacitor values of the second phase splitter being selected to achieve equal amplitudes at the outputs of the second phase splitters, and the resistor and capacitor values of the third phase splitter being selected to achieve equal amplitudes at the outputs of the third phase splitter.
A method, effected by a processing device located in, or connected to, a server or one or more APs (110, 111), for allocating resources for a downlink communication on a frequency selective channel from an access point of a wireless telecommunications network to a communication device located in a moving conveyance performing a journey on a path, characterized in that a processing device performs: - obtaining a first interference profile according to a position of the moving conveyance on the path, said first interference profile being representative of interference on said downlink communication implied by at least one geolocation-static interferer (150, 151, 152, 153) located along the path; - obtaining a second interference profile, said second interference profile being representative of interference on said downlink communication implied by at least one interferer (160, 161, 162, 163) located in the moving conveyance and thus being of a non-static geolocation nature; and - allocating the resources for said downlink communication, on the basis of the first and second interference profiles. - obtaining a first interference profile according to a position of the moving conveyance on the path, said first interference profile being representative of interference on said downlink communication implied by at least one geolocation-static interferer (150, 151, 152, 153) located along the path; - obtaining a second interference profile, said second interference profile being representative of interference on said downlink communication implied by at least one interferer (160, 161, 162, 163) located in the moving conveyance and thus being of a non-static geolocation nature; and - allocating the resources for said downlink communication, on the basis of the first and second interference profiles.
A device for personal care, comprising a drive unit arranged in a handle part and a massage head which can be detachably connected to the handle part and which includes a housing and a massage element designed to come into contact with the skin, the handle part having at least one drive element drivable by the drive unit, wherein the massage head has at least one transmission element that can be driven by the, in particular, translationally oscillating drive element in the state connected to the handle part, which transmission element is arranged in such a way that it provides a movement in the driven state, which is transferred to the massage element via a receiving element that is connected to the housing and the massage element, characterized in that the transmission element is not in direct contact with the receiving element and the massage element.