mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dynamically navigating an autonomous mobile robot , wherein said method comprises the steps of: providing an area map relating to mapped elements , said mapped elements having initial route implications, said initial route implications being route restrictions that a planned robot route cannot pass through; providing a planned robot route through said area map , wherein said planned robot route is based on circumnavigating at least some of said mapped elements according to said initial route implications; maneuvering said autonomous mobile robot through said planned robot route at least partly based on sensing robot surroundings of said autonomous mobile robot using a sensory system of said autonomous mobile robot ; the method is characterized in the steps of: sensing one or more sensed obstacles in said robot surroundings using said sensory system , wherein said one or more sensed obstacles differentiate from said mapped elements wherein said one or more sensed obstacles correspond to the physical obstacle that said mapped elements represent; reducing said initial route implications by ignoring at least some of said mapped elements to establish reduced route implications; and establishing a sensor-based sub route based on said reduced route implications. providing an area map relating to mapped elements , said mapped elements having initial route implications, said initial route implications being route restrictions that a planned robot route cannot pass through; providing a planned robot route through said area map , wherein said planned robot route is based on circumnavigating at least some of said mapped elements according to said initial route implications; maneuvering said autonomous mobile robot through said planned robot route at least partly based on sensing robot surroundings of said autonomous mobile robot using a sensory system of said autonomous mobile robot ; the method is characterized in the steps of: sensing one or more sensed obstacles in said robot surroundings using said sensory system , wherein said one or more sensed obstacles differentiate from said mapped elements wherein said one or more sensed obstacles correspond to the physical obstacle that said mapped elements represent; reducing said initial route implications by ignoring at least some of said mapped elements to establish reduced route implications; and establishing a sensor-based sub route based on said reduced route implications. sensing one or more sensed obstacles in said robot surroundings using said sensory system , wherein said one or more sensed obstacles differentiate from said mapped elements wherein said one or more sensed obstacles correspond to the physical obstacle that said mapped elements represent; reducing said initial route implications by ignoring at least some of said mapped elements to establish reduced route implications; and establishing a sensor-based sub route based on said reduced route implications.
A method for transmitting a Physical Random Access Channel, PRACH, signal in an unauthorized spectrum, the method comprising: performing (S21), by a terminal, Listen Before Talk, LBT, detection before each candidate resource configured in a transmission resource for transmitting a PRACH signal, according to configuration information of the transmission resource until a current channel being idle is detected; and transmitting (S22), by the terminal, a PRACH signal over a corresponding candidate resource after the current channel being idle is detected; wherein if the transmission resource is less than a sub-frame, then there will be further arranged a guard period for downlink to uplink switching, before the transmission resource, wherein a start position of a first candidate resource in the transmission resource is located before a boundary position of the guard period, or a start position of a first candidate resource in the transmission resource is located at a boundary position of the guard period, or a start position of a first candidate resource in the transmission resource is located after a boundary position of the guard period; wherein at least two candidate resources are configured in the transmission resource performing (S21), by a terminal, Listen Before Talk, LBT, detection before each candidate resource configured in a transmission resource for transmitting a PRACH signal, according to configuration information of the transmission resource until a current channel being idle is detected; and transmitting (S22), by the terminal, a PRACH signal over a corresponding candidate resource after the current channel being idle is detected; wherein if the transmission resource is less than a sub-frame, then there will be further arranged a guard period for downlink to uplink switching, before the transmission resource, wherein a start position of a first candidate resource in the transmission resource is located before a boundary position of the guard period, or a start position of a first candidate resource in the transmission resource is located at a boundary position of the guard period, or a start position of a first candidate resource in the transmission resource is located after a boundary position of the guard period; wherein at least two candidate resources are configured in the transmission resource
An ophthalmic suspension comprising an ophthalmic active ingredient suspended in a formulation vehicle, wherein the ophthalmic active ingredient is present as particles that have D v90 < 5 μm and D v50 < 1 μm, and the formulation vehicle comprises a suspending agent and a non-ionic cellulose derivative, wherein the suspending agent comprises a carboxyvinyl polymer selected from the group consisting of polycarbophil and carbomer.
Non-therapeutic use of a composition comprising at least one D-amino acid selected from the group consisting of D-asparagine, D-valine, D-allo-threonine, D-lysine, D-glutamine, D-histidine, D-phenylalanine, and D-tryptophan, as a skin-whitening agent.
A device for fixing a component , in particular a window frame, in a building opening comprising the component , comprising the building opening, comprising a supporting element having a number of openings for supporting the component , wherein the supporting element is immobilized at an edge of the building opening via attachment means , with an angular part via which the component is securely connected to the supporting element in an assembly position, - wherein a walling and an insulating material are provided, - wherein the supporting element is formed to be elongated and has a first half on the building interior, said first half being securely connected to the walling via openings , and has a second half on the building exterior, and - wherein the supporting element runs between the component on the one side and the insulating material and the walling on the other, characterized in that - the angular part is arranged on a side of the component on the building interior, wherein a first leg of the angular part is securely connected to the supporting part via openings and wherein a second leg of the angular part is securely connected to the component via openings . - wherein a walling and an insulating material are provided, - wherein the supporting element is formed to be elongated and has a first half on the building interior, said first half being securely connected to the walling via openings , and has a second half on the building exterior, and - wherein the supporting element runs between the component on the one side and the insulating material and the walling on the other, - the angular part is arranged on a side of the component on the building interior, wherein a first leg of the angular part is securely connected to the supporting part via openings and wherein a second leg of the angular part is securely connected to the component via openings .
A method of additively manufacturing a component , comprising: additively manufacturing a component with an internal passage ; and additively manufacturing an elongated member within the internal passage concurrent with additively manufacturing the component , wherein the additively manufactured elongated member defines a maximum diameter that forms an about 0.254 mm (0.01 inch) radial gap with the internal passage ; cleaning the internal passage of conglomerated powder with the elongated member subsequent to completion of the additively manufacturing; and destructively removing the elongated member from within the internal passage subsequent to cleaning the internal passage . additively manufacturing a component with an internal passage ; and additively manufacturing an elongated member within the internal passage concurrent with additively manufacturing the component , wherein the additively manufactured elongated member defines a maximum diameter that forms an about 0.254 mm (0.01 inch) radial gap with the internal passage ;
An aqueous injectable nutritional supplement composition for livestock, comprising: an EDTA complex of one or more trace elements; vitamin B 12 ; and a water-soluble liquid selected from glycols, glycol ethers and mixtures thereof, wherein the one or more trace elements are in an amount of 1 g to 100 g per litre of aqueous injectable composition, wherein the one or more trace elements comprise at least one of zinc, copper, manganese, selenium and chromium, wherein the amount of trace element is based on the element itself and not the whole trace element complex or mixture of complexes, wherein the water-soluble liquid is selected from the group consisting of propylene glycol, glycol ethers of molecular weight no more than 300, polyethylene glycol of molecular weight no more than 300, dipropylene glycol monomethyl ether and mixtures thereof, wherein the water-soluble liquid is present in the aqueous injectable composition in an amount of 20 g to 300 g per litre. an EDTA complex of one or more trace elements; vitamin B 12 ; and a water-soluble liquid selected from glycols, glycol ethers and mixtures thereof, wherein the one or more trace elements are in an amount of 1 g to 100 g per litre of aqueous injectable composition, wherein the one or more trace elements comprise at least one of zinc, copper, manganese, selenium and chromium, wherein the amount of trace element is based on the element itself and not the whole trace element complex or mixture of complexes, wherein the water-soluble liquid is selected from the group consisting of propylene glycol, glycol ethers of molecular weight no more than 300, polyethylene glycol of molecular weight no more than 300, dipropylene glycol monomethyl ether and mixtures thereof, wherein the water-soluble liquid is present in the aqueous injectable composition in an amount of 20 g to 300 g per litre.
A beta-zeolite, with a SiO 2 /Al 2 O 3 molar ratio varying within the range of 10 to 25, having a distribution of the Lewis acid sites and Brønsted acid sites corresponding to a molar ratio [Lewis sites]/[Brønsted sites] equal to or higher than 1.5, measured through infrared spectroscopy with the help of pyridine as probe-molecule, wherein the infrared spectrum is recorded after desorption of the excess pyridine at 250°C for 1 hour under vacuum, said beta-zeolite being in the form of submicronic agglomerates of crystallites, wherein at least 90% of the crystallites has a dimension lower than 300 Å.
A signal transmission method, comprising: acquiring , by a base station, a wake-up capability of a terminal device; wherein the method further comprises: determining , by the base station, a first time position for sending power saving signal according to the wake-up capability; and sending , by the base station, the power saving signal to the terminal device at the first time position, the power saving signal being used for indicating the terminal device to wake up at a second time position, wherein the second time position is a paging occasion, PO, for transmitting a paging message, wherein, the wake-up capability comprises a first wake-up capability or a second wake-up capability, and wake-up time corresponding to the first wake-up capability is longer than wake-up time corresponding to the second wake-up capability, wherein the acquiring , by a base station, a wake-up capability of a terminal device comprises: receiving, by the base station, indication information sent by a first network node, wherein the indication information is used for indicating the wake-up capability of the terminal device, and the first network node comprises a mobility management entity, MME. determining , by the base station, a first time position for sending power saving signal according to the wake-up capability; and sending , by the base station, the power saving signal to the terminal device at the first time position, the power saving signal being used for indicating the terminal device to wake up at a second time position, wherein the second time position is a paging occasion, PO, for transmitting a paging message, wherein, the wake-up capability comprises a first wake-up capability or a second wake-up capability, and wake-up time corresponding to the first wake-up capability is longer than wake-up time corresponding to the second wake-up capability, wherein the acquiring , by a base station, a wake-up capability of a terminal device comprises: receiving, by the base station, indication information sent by a first network node, wherein the indication information is used for indicating the wake-up capability of the terminal device, and the first network node comprises a mobility management entity, MME.
Computer-implemented method for securely storing credentials (Cred) for offline use and copy-protected vault content, using a server and an application on a device of a user, comprising the steps of: a) said server storing said credentials in encrypted form, unable to decrypt said credentials by itself; b) said application storing encrypted credentials on said device, unable to decrypt said encrypted credentials without assistance of a relying third-party application and/or said user; c) distributing said encrypted credentials across different devices of said same user, using both said server and interaction of said user; d) said user providing backup data without credentials to said server, for restoring said credentials in case of loss of said device; whereby the method does not require a Secure Element but is secured using cryptographic keys and encrypted storage, whereby said copy-protected vault content is transferred from said first device of said first user to a second device of said first user and/or said copy-protected vault content is transferred from said first device of said first user to a third device of a second user, and said copy-protected vault content is transferred without connecting to said server. a) said server storing said credentials in encrypted form, unable to decrypt said credentials by itself; b) said application storing encrypted credentials on said device, unable to decrypt said encrypted credentials without assistance of a relying third-party application and/or said user; c) distributing said encrypted credentials across different devices of said same user, using both said server and interaction of said user; d) said user providing backup data without credentials to said server, for restoring said credentials in case of loss of said device;
A bicycle saddle comprising: a resilient support having first side portions for supporting sit bones of a rider, the first side portions being separated by a central recess ; and a central pad positioned in the central recess between the first side portions; characterized in that the central pad comprises memory foam; wherein the resilient support further comprises: a rear portion for supporting the sit bones of the rider, the rear portion comprising a first resilient material having a first hardness; and a front portion for supporting the genitalia of the rider, the front portion comprising a second resilient material having a second hardness less than the first hardness, wherein the front portion includes second side portions having a first thickness, the second side portions being separated by a central portion having a second thickness less than half the first thickness. a resilient support having first side portions for supporting sit bones of a rider, the first side portions being separated by a central recess ; and a central pad positioned in the central recess between the first side portions; characterized in that the central pad comprises memory foam; wherein the resilient support further comprises: a rear portion for supporting the sit bones of the rider, the rear portion comprising a first resilient material having a first hardness; and a front portion for supporting the genitalia of the rider, the front portion comprising a second resilient material having a second hardness less than the first hardness, wherein the front portion includes second side portions having a first thickness, the second side portions being separated by a central portion having a second thickness less than half the first thickness. a rear portion for supporting the sit bones of the rider, the rear portion comprising a first resilient material having a first hardness; and a front portion for supporting the genitalia of the rider, the front portion comprising a second resilient material having a second hardness less than the first hardness, wherein the front portion includes second side portions having a first thickness, the second side portions being separated by a central portion having a second thickness less than half the first thickness.
A motor vehicle comprising an internal combustion engine provided with a liquid cooling system with a primary radiator mounted in front of the engine , and a hydrogen generator accommodated in a trunk and operating on the basis of interaction between aluminum composites and water, wherein the motor vehicle comprises a closed system for regenerating water vapors in exhaust gases to autonomously supply the hydrogen generator with water by cooling the water vapors at the adiabatic expansion process to a temperature corresponding to the partial pressure of water vapor saturation, and then condensing the water vapors in exhaust gases as a result of heat removal, said system being connected to an exhaust manifold of the engine and consisting of an expander , a condenser in the form of a gas/air heat exchanger and a storage tank for collecting water condensate and discharging uncondensed gases; the storage tank being connected by means of conduits to the hydrogen generator ; wherein the supply of water to the latter and circulation of water in order to intensify the hydrogen release process is performed by a pump mounted inside the storage tank , and drainage of water from the generator into the storage tank is performed though a filter mounted in the housing of the generator; wherein the hydrogen generator comprises individual quick change reactors made in the form of replaceable cartridges consisting of a cylindrical housing and a cover, with hydrogen-generating elements mounted inside the housing and made in the form of plates of aluminum composites, wherein the upper part of the housing has water supply holes under the cover, and the lower part of the housing comprises a mesh filter to collect reaction products for subsequent processing thereof, and has holes for draining water from the reactor, and the cover per se comprises hydrogen extraction holes, which are connected through conduits to a hydrogen supply manifold to supply hydrogen to the engine .
Module for a heating and/or hot water supply system of a building, wherein the module comprises at least one component of a heating and/or hot water supply system for a building, wherein the component(s) as well as pipelines for connecting the component(s) are arranged on a support element , wherein the module , in particular the support element , is configured such that the component(s) and/or pipelines can each be arranged at a plurality of different positions on the support element , wherein the support element has a plurality of attachment points for attaching the component and/or the pipelines , wherein the support element is a planar element for providing the attachment points and the attachment points are distributed in a regular grid over the support element and wherein the plurality of attachment points allows to vary the spatial arrangement of the component(s) and pipeline(s) on the support element, characterized in that the support element has reinforcing elements for mechanically reinforcing the support element , wherein the reinforcing elements are arranged in a frame-like manner in the region of the edges of the support element . wherein the component(s) as well as pipelines for connecting the component(s) are arranged on a support element , wherein the module , in particular the support element , is configured such that the component(s) and/or pipelines can each be arranged at a plurality of different positions on the support element , wherein the support element has a plurality of attachment points for attaching the component and/or the pipelines , wherein the support element is a planar element for providing the attachment points and the attachment points are distributed in a regular grid over the support element and wherein the plurality of attachment points allows to vary the spatial arrangement of the component(s) and pipeline(s) on the support element, characterized in that the support element has reinforcing elements for mechanically reinforcing the support element , wherein the reinforcing elements are arranged in a frame-like manner in the region of the edges of the support element .
Gold nanoparticles conjugated with a peptide of formula (I): R-L-Lys-L-Thr-L-Thr-L-Lys-L-Ser-OH (R-SEQ ID NO: 1) (I) wherein R is a C 10 -C 22 acyl moiety.
An apparatus comprising: a first electrically conductive layer ; a second electrically conductive layer ; a plurality of optics elements between the first electrically conductive layer and the second electrically conductive layer , wherein the plurality of optics elements are configured to influence a plurality of beams of charged particles; a third electrically conductive layer between the first electrically conductive layer and the second electrically conductive layer ; and an electrically insulating layer physically connected to the optics elements , wherein the electrically insulating layer is configured to electrically insulate the optics elements from the first electrically conductive layer , and the second electrically conductive layer 740); wherein the apparatus is characterized in that the electrically insulating layer comprises discrete portions, each of which is physically connected to one of the optics elements . a first electrically conductive layer ; a second electrically conductive layer ; a plurality of optics elements between the first electrically conductive layer and the second electrically conductive layer , wherein the plurality of optics elements are configured to influence a plurality of beams of charged particles; a third electrically conductive layer between the first electrically conductive layer and the second electrically conductive layer ; and an electrically insulating layer physically connected to the optics elements , wherein the electrically insulating layer is configured to electrically insulate the optics elements from the first electrically conductive layer , and the second electrically conductive layer 740); wherein the apparatus is characterized in that the electrically insulating layer comprises discrete portions, each of which is physically connected to one of the optics elements .