mhurhangee/patent-ind-claim-en huggingface dataset:
A cradle comprising a cradle body and a support part adapted to accommodate the cradle body and to rock the cradle, wherein the cradle further comprises a linear guide fixedly connected to the cradle body and a linear actuator comprising two mutually movable parts, the first part of which is connected to the cradle body and the second part of which is connected to the support part , wherein the linear guide provides the mutual movement of the support part and the cradle body , wherein the cradle has a different position of the centre of gravity in each position of the mutual movement of the support part and the cradle body , wherein the linear actuator is implemented as a motor connected to a threaded rod provided with an external thread, wherein the motor comprises the static part of the linear actuator in the form of a stator fixedly connected to the cradle body and the movable part of the linear actuator in the form of a rotor rotatably movable relative to the stator and fixedly connected to the threaded rod , wherein the threaded rod is movably connected to the support part to provide sliding movement of the support part along the linear guide .
A method , comprising: determining a time at which a first device in a frequency-hopping communication network is expected to transmit a data message; generating a first schedule based on the determined time, the first schedule defining a first timeslot during which a second device in the network listens for the data message; setting the duration of the first timeslot based on a predetermined maximum amount of retransmissions necessary for the second device to receive the data message; and overlaying the first schedule on a frequency-hopping schedule for the second device, wherein the frequency-hopping schedule defines second timeslots during which the second device listens for data messages from other devices in the network, and a duration of the first timeslot is greater than respective durations of the second timeslots ; wherein: the first device is an energy-constrained device, and the second device is a non-energy-constrained device. determining a time at which a first device in a frequency-hopping communication network is expected to transmit a data message; generating a first schedule based on the determined time, the first schedule defining a first timeslot during which a second device in the network listens for the data message; setting the duration of the first timeslot based on a predetermined maximum amount of retransmissions necessary for the second device to receive the data message; and overlaying the first schedule on a frequency-hopping schedule for the second device, wherein the frequency-hopping schedule defines second timeslots during which the second device listens for data messages from other devices in the network, and a duration of the first timeslot is greater than respective durations of the second timeslots ; wherein: the first device is an energy-constrained device, and the second device is a non-energy-constrained device. the first device is an energy-constrained device, and the second device is a non-energy-constrained device.
A method of generating a secure record of a conversation recorded at a local client device, comprising the steps of: a) recording the conversation using the local client device; b) creating a section, chunk or other form of fragment of the conversation at the local client device, such as a user's desktop, laptop or mobile device; c) uniquely encrypting that fragment, and also uniquely encrypting subsequent fragments, at the local client device, so that decryption of any single fragment does not result in the entire record of the conversation being decrypted, in which each encrypted fragment is sent to a remote server whilst the conversation is continuing at the local client device and is also locally stored on the local client device whilst the conversation is continuing. a) recording the conversation using the local client device; b) creating a section, chunk or other form of fragment of the conversation at the local client device, such as a user's desktop, laptop or mobile device; c) uniquely encrypting that fragment, and also uniquely encrypting subsequent fragments, at the local client device, so that decryption of any single fragment does not result in the entire record of the conversation being decrypted,
A chemically toughened sheet-like glass article having a thickness between at least 0.4 mm and at most 3 mm, produced by a two-stage ion exchange of a lithium aluminosilicate glass; wherein a first ion exchange is performed over a duration of 1.5 hours to 4 hours at a temperature between 380 °C and at most 395 °C, and with a composition of the exchange bath between at least 40 wt% and at most less than 70 wt% of potassium salt, in particular KNO 3 , and at most 60 wt% to at least more than 30 wt% of NaNO 3 ; and a second ion exchange is performed over a duration of 2.5 hours to 5 hours at a temperature between 360 °C and 390 °C, and with a composition of the exchange bath between 90 wt% and 95 wt% of KNO 3 , and 10 wt% to 5 wt% of NaNO 3 . produced by a two-stage ion exchange of a lithium aluminosilicate glass; wherein a first ion exchange is performed over a duration of 1.5 hours to 4 hours at a temperature between 380 °C and at most 395 °C, and with a composition of the exchange bath between at least 40 wt% and at most less than 70 wt% of potassium salt, in particular KNO 3 , and at most 60 wt% to at least more than 30 wt% of NaNO 3 ; and a second ion exchange is performed over a duration of 2.5 hours to 5 hours at a temperature between 360 °C and 390 °C, and with a composition of the exchange bath between 90 wt% and 95 wt% of KNO 3 , and 10 wt% to 5 wt% of NaNO 3 .
Method (M) for the additive manufacturing of a receptacle for the storage and/or transport of a product , comprising: three-dimensionally capturing (M1) the external form of the product ; compiling (M2) a computer-readable data set, which comprises information about the captured external form of the product ; and additively manufacturing (M3) the receptacle , wherein a modelling material is deposited in layers in a computer-controlled manner on the basis of the compiled data set, liquefied and cured, wherein the receptacle is formed with an internal structure which surrounds a receiving space adapted to the external form of the product ; wherein the data set comprises information about characteristic protection requirements for the product and the internal structure is formed in such a way that specific characteristic variables of the internal structure are optimized to the protection requirements. three-dimensionally capturing (M1) the external form of the product ; compiling (M2) a computer-readable data set, which comprises information about the captured external form of the product ; and additively manufacturing (M3) the receptacle , wherein a modelling material is deposited in layers in a computer-controlled manner on the basis of the compiled data set, liquefied and cured, wherein the receptacle is formed with an internal structure which surrounds a receiving space adapted to the external form of the product ; wherein the data set comprises information about characteristic protection requirements for the product and the internal structure is formed in such a way that specific characteristic variables of the internal structure are optimized to the protection requirements.
A waveguide (100; 200; 300; 500), obtained directly by an additive manufacturing process, for electromagnetic waves, wherein a cross-section of the waveguide is not point-symmetrical, wherein an interior angle of the waveguide has a value between 100° and 170°, and wherein the waveguide has a shape in which only the fundamental mode of a bandwidth of the electromagnetic waves is capable of propagation, wherein a circumference of the cross-section of the waveguide in the circumferential direction is defined by the following parts: a first straight part, a first partial section, a second straight part, and a second partial section, the parts being aligned along a vertical direction and spaced apart from each other in a horizontal direction, wherein the first partial section is at least partially curved outwardly away from a centre of the cross-section, and characterised in that the second partial section is at least partially curved inwards in the direction of the centre of the cross-section. wherein a circumference of the cross-section of the waveguide in the circumferential direction is defined by the following parts: a first straight part, a first partial section, a second straight part, and a second partial section, the parts being aligned along a vertical direction and spaced apart from each other in a horizontal direction, wherein the first partial section is at least partially curved outwardly away from a centre of the cross-section, and characterised in that the second partial section is at least partially curved inwards in the direction of the centre of the cross-section.
An inkjet printer comprising at least one head for ejecting ink in the form of droplets, the ink being supplied from an ink tank , said head comprising: an upper surface: a lower surface: a plurality of nozzles for ejecting ink droplets; an interior flow passage provided between said upper surface and said lower surface for supplying the ink to said nozzles ; and a pressure adjustment part connected to said interior flow passage , said interior flow passage including a main flow passage and a plurality of branch flow passages extending from respective branch positions provided on said main flow passage toward said nozzles ; said pressure adjustment part having a damper space filled with a fixed amount of gas, said pressure adjustment part being connected to said main flow passage only in a location downstream from the most downstream one of said branch positions of said main flow passage , the gas in said damper space being in contact with the ink filling said interior flow passage , said plurality of nozzles are provided in said lower surface, and said pressure adjustment part is connected to an opening provided in said upper surface. an upper surface: a lower surface: a plurality of nozzles for ejecting ink droplets; an interior flow passage provided between said upper surface and said lower surface for supplying the ink to said nozzles ; and a pressure adjustment part connected to said interior flow passage , said interior flow passage including a main flow passage and a plurality of branch flow passages extending from respective branch positions provided on said main flow passage toward said nozzles ; a plurality of nozzles for ejecting ink droplets; an interior flow passage provided between said upper surface and said lower surface for supplying the ink to said nozzles ; and a pressure adjustment part connected to said interior flow passage , said interior flow passage including a main flow passage and a plurality of branch flow passages extending from respective branch positions provided on said main flow passage toward said nozzles ; said pressure adjustment part having a damper space filled with a fixed amount of gas, said pressure adjustment part being connected to said main flow passage only in a location downstream from the most downstream one of said branch positions of said main flow passage , the gas in said damper space being in contact with the ink filling said interior flow passage , said plurality of nozzles are provided in said lower surface, and said pressure adjustment part is connected to an opening provided in said upper surface.
A cosmetic composition comprising a multiple emulsion comprising: (a) an internal phase comprising a water-in-oil nanoemulsion comprising emulsifier, the nanoemulsion having a particle size from 100 to 850 nm, and further comprising from 0.0 to 15% by weight oil soluble benefit agent, from 0.0 to 15% by weight water soluble benefit agent and from 0.0 to 20% by weight humectant based on total weight of the nanoemulsion; and (b) an external aqueous phase comprising water, from 0.0 to 20% by weight humectant and from 0.0 to 15% by weight water soluble benefit agent based on total weight of the external aqueous phase, the cosmetic composition comprising from 20 to 65% by weight nanoemulsion based on total weight of the cosmetic composition, with the proviso that the nanoemulsion and external aqueous phase do not simultaneously have 0.0% by weight humectant and in which the water phase of the nanoemulsion of the multiple emulsion, includes water insoluble benefit agents selected from insoluble amino acids selected from phenylalanine, tyrosine, tryptophan, cystine or mixtures thereof; and in which the water insoluble benefit agents make up from 0.02 to 5% by weight of the total weight of the multiple emulsion. (a) an internal phase comprising a water-in-oil nanoemulsion comprising emulsifier, the nanoemulsion having a particle size from 100 to 850 nm, and further comprising from 0.0 to 15% by weight oil soluble benefit agent, from 0.0 to 15% by weight water soluble benefit agent and from 0.0 to 20% by weight humectant based on total weight of the nanoemulsion; and (b) an external aqueous phase comprising water, from 0.0 to 20% by weight humectant and from 0.0 to 15% by weight water soluble benefit agent based on total weight of the external aqueous phase,
A method of providing an interface for a terminal equipped with a touch screen , comprising: displaying an idle state screen when the terminal is in an idle state; displaying a first screen , instead of the idle state screen, in response to receiving an idle cancel input, the first screen initially covering a second screen such that the second screen is initially not visible; and receiving a user input for uncovering at least a part of the second screen on the touch screen displaying the first screen, and characterized in that the method further comprises: progressively uncovering the second screen such that information on the second screen can be viewed by changing a part of a screen displayed on the touch screen from the first screen into the second screen according to a progress of the user input. displaying an idle state screen when the terminal is in an idle state; displaying a first screen , instead of the idle state screen, in response to receiving an idle cancel input, the first screen initially covering a second screen such that the second screen is initially not visible; and receiving a user input for uncovering at least a part of the second screen on the touch screen displaying the first screen, and characterized in that the method further comprises: progressively uncovering the second screen such that information on the second screen can be viewed by changing a part of a screen displayed on the touch screen from the first screen into the second screen according to a progress of the user input.
A communication device comprising: a communication subsystem comprising a baseband processor and a radio frequency transceiver; an application processor configured to execute an application, wherein executing the application comprises generating, in accordance with the application, values of communication parameters for the communication subsystem; a controller configured to - receive the values of the communication parameters from the application processor; - determine, prior to configuring the communication subsystem according to the received values of the communication parameters, a geographic location of the communication device and check whether the values of the communication parameters are valid with regard to local regulations effective for the geographic location; and - control the communication subsystem in accordance with the values of the communication parameters based on whether the values of the communication parameters are valid with regard to the local regulations. a communication subsystem comprising a baseband processor and a radio frequency transceiver; an application processor configured to execute an application, wherein executing the application comprises generating, in accordance with the application, values of communication parameters for the communication subsystem; a controller configured to - receive the values of the communication parameters from the application processor; - determine, prior to configuring the communication subsystem according to the received values of the communication parameters, a geographic location of the communication device and check whether the values of the communication parameters are valid with regard to local regulations effective for the geographic location; and - control the communication subsystem in accordance with the values of the communication parameters based on whether the values of the communication parameters are valid with regard to the local regulations. - receive the values of the communication parameters from the application processor; - determine, prior to configuring the communication subsystem according to the received values of the communication parameters, a geographic location of the communication device and check whether the values of the communication parameters are valid with regard to local regulations effective for the geographic location; and - control the communication subsystem in accordance with the values of the communication parameters based on whether the values of the communication parameters are valid with regard to the local regulations.
Device for aligning contiguous tubes for laying tubular pipes, comprising at least two contiguous rings of radial expanders and respective actuators for expanding and, vice versa, contracting said radial expanders in order to make them integral with one another from the inside and respectively free two contiguous tubes of the pipe in the process of joining said tubes, characterised in that said actuators comprise, for each radial expander , a screw and female screw device, the screw or female screw of which is translatably integral with a shoe while the corresponding female screw or screw is actuated by a transmission by means of at least one electric motor that is axially arranged, the transmission comprising a bevel gear between the expander and the motor .
A method of modifying a coding sequence encoding a non-plant protein, comprising the steps of: a) identifying each wild-type polyadenylation motif sequence from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, AATTAA, ATAAAA, ATACAT, ATACTA, ATATAA, ATGAAA, ATTAAA, ATTAAT and CATAAA and its position within said coding sequence; b) optimizing said coding sequence by codon substitution for plant expression, thereby obtaining an optimized coding sequence which encodes said non-plant protein, wherein optimization leads to the removal of one or more polyadenylation motifs; and c) reintroducing, in the optimized coding sequence, at least one polyadenylation motif sequence selected from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, ATAAAA, ATACAT, and ATGAAA, thereby obtaining a modified coding sequence which comprises at least three but not all wild-type polyadenylation motif and said modified coding sequence is encoding said non-plant protein. a) identifying each wild-type polyadenylation motif sequence from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, AATTAA, ATAAAA, ATACAT, ATACTA, ATATAA, ATGAAA, ATTAAA, ATTAAT and CATAAA and its position within said coding sequence; b) optimizing said coding sequence by codon substitution for plant expression, thereby obtaining an optimized coding sequence which encodes said non-plant protein, wherein optimization leads to the removal of one or more polyadenylation motifs; and c) reintroducing, in the optimized coding sequence, at least one polyadenylation motif sequence selected from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, ATAAAA, ATACAT, and ATGAAA, thereby obtaining a modified coding sequence which comprises at least three but not all wild-type polyadenylation motif and said modified coding sequence is encoding said non-plant protein.
Motor vehicle with at least one first Component , with a on first component second Component , with at least one flexible Component and with a Fastening device for Setting the component on first Component , wherein the fastening device comprises : at least a Fixing means which a fixing section on which at least the flexible Component , in particular a Cable and / or a hose , fixable is, at least a Recording means that a Receiving section into which the Fixing means with a Coupling section of the fixing means along one coupling direction insertable and in it definable is , and that at a external surface of the first component on a Joining area of the first component adjacent definable or set is , where the second component along one Joining direction in the direction on the first component movable and on first Component on joining area can be defined is , wherein the receiving portion of the receiving means and / or the coupling portion of the recording medium Fixing means the joining area against the Joining direction at least in some areas towering and wherein the receiving portion of the receiving means for external surface of the first component a Distance through which the receiving portion and the on Recording section Fixing means for on joining area arranged second component - transverse to joining direction considered - at least through a gap without contact spaced apart are.
A composition for use in treating, preventing, or reducing the progression rate and/or severity of myelofibrosis or one or more complications of myelofibrosis in a patient, wherein the composition comprises: a) a Janus kinase inhibitor; and b) an ActRIIB antagonist, wherein the Janus kinase inhibitor and ActRIIB antagonist are administered in an effective amount, wherein the Janus kinase inhibitor is selected from the group consisting of: ruxolitinib, fedratinib (SAR302503), monoelotinib (CYT387), pacritinib, lestaurtinib, AZD-1480, BMS-911543, NS-018, LY2784544, SEP-701, XL019, and AT-9283, and wherein the ActRIIB antagonist is an ActRIIB polypeptide comprising an amino acid sequence that is at least 90% identical to a sequence starting at a residue corresponding to any one of amino acids 20, 21, 22, 23, 24, 25, 26, 27, 28, or 29 of SEQ ID NO: 1 and ending at a residue corresponding to any one of amino acids 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, or 134 of SEQ ID NO: 1; and wherein the ActRIIB polypeptide comprises an acidic amino acid at the amino acid position corresponding to position 79 of SEQ ID NO: 1, and wherein the ActRIIB polypeptide inhibits GDF11 without inhibiting activin A.
An aircraft window , comprising: an outer window assembly including a structural window and a plurality of brackets around its perimeter; an inner window assembly ; a seal adapted to seal a perimeter of the inner window assembly against the outer window assembly ; and a plurality of retaining features around the perimeter of the structural window for retaining the inner window assembly on the outer window assembly and for forcing the seal against the structural window ; wherein each of the retaining features includes an interlocking clip and receptacle ; wherein the receptacles are mounted on the brackets and each include a socket ; and wherein each clip includes a plug receivable in snap-fit relationship within the socket . an outer window assembly including a structural window and a plurality of brackets around its perimeter; an inner window assembly ; a seal adapted to seal a perimeter of the inner window assembly against the outer window assembly ; and a plurality of retaining features around the perimeter of the structural window for retaining the inner window assembly on the outer window assembly and for forcing the seal against the structural window ; wherein each of the retaining features includes an interlocking clip and receptacle ; wherein the receptacles are mounted on the brackets and each include a socket ; and wherein each clip includes a plug receivable in snap-fit relationship within the socket .