mhurhangee/patent-ind-claim-en huggingface dataset:
A method for facilitating a controlled collapse of an exoskeleton device including a motor, the method comprising: receiving an indication of a power fault of the exoskeleton device which initiates the exoskeleton device or a component thereof to fall to a ground, the received indication being generated by a power failure detection circuit in response to receiving information related to a performance and/or a state of the exoskeleton device or the component from one or more sensors operably coupled to the exoskeleton device or the component; and establishing a low impedance circuit between a positive terminal and a negative terminal of the motor so as to cause generation of an electro-magnetic force to resist or slow down the fall of the exoskeleton device or the component; wherein the one or more sensors comprise a temperature sensor configured to measure a temperature of a power source of the exoskeleton device and generate the information if the temperature measurement indicates a malfunctioning power source. receiving an indication of a power fault of the exoskeleton device which initiates the exoskeleton device or a component thereof to fall to a ground, the received indication being generated by a power failure detection circuit in response to receiving information related to a performance and/or a state of the exoskeleton device or the component from one or more sensors operably coupled to the exoskeleton device or the component; and establishing a low impedance circuit between a positive terminal and a negative terminal of the motor so as to cause generation of an electro-magnetic force to resist or slow down the fall of the exoskeleton device or the component; wherein the one or more sensors comprise a temperature sensor configured to measure a temperature of a power source of the exoskeleton device and generate the information if the temperature measurement indicates a malfunctioning power source.
Refrigeration appliance, in particular household refrigeration appliance, having a refrigeration chamber , a thermal insulation layer and a wall extending between the refrigeration chamber and the thermal insulation layer , a pipe support which is integral with the wall and surrounds an opening of the wall and a line which extends through the pipe support and runs with part of its length in the thermal insulation layer and with another part in the refrigeration chamber , wherein an elastic sleeve has a first end section fixed to a free end of the pipe support and a second end section abutting the line , characterised in that the sleeve has a wavy intermediate section , in which regions with a large cross-section and regions with a small cross-section alternate with one another.
Method for transmitting radio identifiers by means of a mobile radio apparatus (2; 3), comprising: repeatedly transmitting radio signals that each contain a radio identifier as an identity, linked to the radio apparatus (2; 3), vis-à-vis a receiver of the radio signals, this respective radio identifier being dynamically selected, for each of the radio signals, from a plurality of predefined, different and in each case pseudorandom sequences of radio identifiers by selecting one of the sequences in accordance with a predetermined selection rule and selecting from the thus selected sequence, in accordance with a predetermined deterministic update scheme associated with this sequence, one of the radio identifiers contained therein, and the method being characterized in that the number of sequences from which the selection is made, in accordance with the selection rule, for that sequence from which the next radio identifier to be used for transmitting one of the radio signals is to be selected is dynamically varied.
Marking system for logs, comprising a magazine housing which has a magazine recess which extends along a profile axis and which is designed to receive marking plates, and to which a holder for a hammer handle is attached, which holder is arranged on an outer surface of the magazine housing and adjacent to a mouth opening of the magazine recess , wherein the holder extends in sections along the profile axis with a U-shaped profile, characterized by an accessory part which has a base body and a holding device connected to the base body , wherein the holding device is designed to be fixed to the holder .
A method comprising: receiving, by a wireless device , at least one configuration parameter for a cell, wherein the cell comprises a downlink carrier, a normal uplink carrier, and a supplementary uplink carrier; receiving, via the downlink carrier, a reference signal; determining a signal strength of the received reference signal; determining a channel occupancy level of the normal uplink carrier; and based on determining that the signal strength of the received reference signal is greater than a first value and that the channel occupancy level of the normal uplink carrier is greater than a second value, sending a preamble via the supplementary uplink carrier. receiving, by a wireless device , at least one configuration parameter for a cell, wherein the cell comprises a downlink carrier, a normal uplink carrier, and a supplementary uplink carrier; receiving, via the downlink carrier, a reference signal; determining a signal strength of the received reference signal; determining a channel occupancy level of the normal uplink carrier; and based on determining that the signal strength of the received reference signal is greater than a first value and that the channel occupancy level of the normal uplink carrier is greater than a second value, sending a preamble via the supplementary uplink carrier.
An electronic smoking device comprising: a power supply portion comprising a battery , a liquid reservoir , and an atomizer comprising a capillary element and a heating coil wherein the atomizer is operable when connected to the battery to atomize liquid stored in the liquid reservoir wherein the capillary element is configured to draw liquid from the liquid reservoir towards the heating coil by capillary action, and wherein the capillary element comprises metal mesh , characterized in that the capillary element comprises different metal meshes differing in capillarity. a power supply portion comprising a battery , a liquid reservoir , and an atomizer comprising a capillary element and a heating coil wherein the atomizer is operable when connected to the battery to atomize liquid stored in the liquid reservoir wherein the capillary element is configured to draw liquid from the liquid reservoir towards the heating coil by capillary action, and wherein the capillary element comprises metal mesh , characterized in that the capillary element comprises different metal meshes differing in capillarity.
Control circuitry for a system (105, 105', 105") that comprises a hydraulic valve actuator , comprising: one or more input channels that are each configured to receive an operational command; one or more user-selectable inputs configured to be representative of a configuration of the valve actuator ; a motor output that is configured to cause a motor that is coupled to a hydraulic fluid pump to run; one or more valve outputs that are each configured to control an open or closed state of an associated valve , wherein each of the one or more valves is configured to control a flow of hydraulic fluid within the system; and a plurality of physical logic gates (U12C, U12D, U13A, U13B, U14A, U14B, U14C, U14D) configured to be responsive to at least signals received at the one or more input channels and the one or more user-selectable inputs to determine a state of the motor output and the one or more valve outputs; wherein the one or more user-selectable inputs comprise one or more inputs (SW3) configured to to indicate whether the valve actuator is configured as double-acting or single-acting; and wherein the one or more user-selectable inputs further comprise one or more inputs (SW1, SW2) configured to to indicate whether the single-acting actuator is configured as spring-to-open or spring-to-close. one or more input channels that are each configured to receive an operational command; one or more user-selectable inputs configured to be representative of a configuration of the valve actuator ; a motor output that is configured to cause a motor that is coupled to a hydraulic fluid pump to run; one or more valve outputs that are each configured to control an open or closed state of an associated valve , wherein each of the one or more valves is configured to control a flow of hydraulic fluid within the system; and a plurality of physical logic gates (U12C, U12D, U13A, U13B, U14A, U14B, U14C, U14D) configured to be responsive to at least signals received at the one or more input channels and the one or more user-selectable inputs to determine a state of the motor output and the one or more valve outputs; wherein the one or more user-selectable inputs comprise one or more inputs (SW3) configured to to indicate whether the valve actuator is configured as double-acting or single-acting; and wherein the one or more user-selectable inputs further comprise one or more inputs (SW1, SW2) configured to to indicate whether the single-acting actuator is configured as spring-to-open or spring-to-close.
A compound represented by Formula (I), wherein lactulosyl group is connected to a heteroatom of genin (G) via a glycosidic bond, the genin (G) is a group formed by removing one hydrogen atom from a heteroatom of an active pharmaceutical molecule, and " " indicates that the lactulosyl group is connected to the heteroatom of the genin (G) via an α-glycosidic bond or a β-glycosidic bond, and the active pharmaceutical molecule is any one selected from a group consisting of glucocorticoids, apremilast, prucalopride, mesalamine, metronidazole, azathioprine, 6-mercaptopurine, and 5-fluorouracil.
A method, comprising: obtaining at least two image data sets wherein the at least two image data sets include a first image data set acquired at a first time and a second image data set acquired at a second time, and the first and second times are different; identifying a tissue of interest located in at least one of said the two image data sets; determining a change in a volume of the tissue of interest between said at least two image data sets; generating a 3D rendering based on said image data sets; locating a region in the 3D rendering in which the tissue of interest is located; superimposing over the 3D rendering a likelihood region indicating the identified region in which the tissue of interest is located and indicia that indicates a magnitude of the change in volume across the region, wherein the likelihood region is generated based on at least one of said at least two image data sets, and is linked to a corresponding image respectively in each of the at least two image data sets, the corresponding image in each respective image data set including voxels representing the tissue of interest; visually presenting the 3D rendering in a graphical user interface; and visually presenting a first image from the first image data set and a second image from the second image data set based on the link in response to a signal indicative of a user identified at least portion of the indicia, wherein the first image and the second image correspond to the identified at least portion of the indicia. obtaining at least two image data sets wherein the at least two image data sets include a first image data set acquired at a first time and a second image data set acquired at a second time, and the first and second times are different; identifying a tissue of interest located in at least one of said the two image data sets; determining a change in a volume of the tissue of interest between said at least two image data sets; generating a 3D rendering based on said image data sets; locating a region in the 3D rendering in which the tissue of interest is located; superimposing over the 3D rendering a likelihood region indicating the identified region in which the tissue of interest is located and indicia that indicates a magnitude of the change in volume across the region, wherein the likelihood region is generated based on at least one of said at least two image data sets, and is linked to a corresponding image respectively in each of the at least two image data sets, the corresponding image in each respective image data set including voxels representing the tissue of interest; visually presenting the 3D rendering in a graphical user interface; and visually presenting a first image from the first image data set and a second image from the second image data set based on the link in response to a signal indicative of a user identified at least portion of the indicia, wherein the first image and the second image correspond to the identified at least portion of the indicia.
An apparatus for obtaining shavings of cheese, comprising: - supporting means suitable for supporting a wheel of cheese and rotatable about an axis of rotation (X); - a tool provided with a cutting edge to scrape the wheel , generating shavings of cheese; - collecting means for collecting shavings arranged at least partly near the supporting means ; - moving means for moving the tool closer to/farther from the supporting means characterised in that said tool extends between a first and a second end located opposite one another with respect to the supporting means . - supporting means suitable for supporting a wheel of cheese and rotatable about an axis of rotation (X); - a tool provided with a cutting edge to scrape the wheel , generating shavings of cheese; - collecting means for collecting shavings arranged at least partly near the supporting means ; - moving means for moving the tool closer to/farther from the supporting means
A method for automatically growing tissue comprising: selecting cells associated with the tissue; expanding the cells; forming a recombinant protein precursor based on viral vectors associated with the tissue and cell lines associated with the tissue; forming disassociated protein precursor cells based on subjecting the recombinant protein precursor to at least one disassociation reagent and stress; creating at least one protein bio-ink based on the disassociated protein precursor cells and a sterile gel; creating at least one printable protein bio-ink based on the at least one protein bio-ink and at least one protein support material; printing the at least one printable protein bio-ink in at least one protein growth medium mixture; creating at least one protein from the at least one printable protein bio-ink by growing the at least one printable protein bio-ink into the at least one protein; creating at least one tissue bio-ink including the expanded cells and the at least one protein; creating at least one tissue growth medium mixture including the at least one protein; printing the at least one tissue bio-ink in the at least one tissue growth medium mixture; growing the tissue from the printed at least one tissue bio-ink in the at least one tissue growth medium mixture; and maintaining viability of the tissue. selecting cells associated with the tissue; expanding the cells; forming a recombinant protein precursor based on viral vectors associated with the tissue and cell lines associated with the tissue; forming disassociated protein precursor cells based on subjecting the recombinant protein precursor to at least one disassociation reagent and stress; creating at least one protein bio-ink based on the disassociated protein precursor cells and a sterile gel; creating at least one printable protein bio-ink based on the at least one protein bio-ink and at least one protein support material; printing the at least one printable protein bio-ink in at least one protein growth medium mixture; creating at least one protein from the at least one printable protein bio-ink by growing the at least one printable protein bio-ink into the at least one protein; creating at least one tissue bio-ink including the expanded cells and the at least one protein; creating at least one tissue growth medium mixture including the at least one protein; printing the at least one tissue bio-ink in the at least one tissue growth medium mixture; growing the tissue from the printed at least one tissue bio-ink in the at least one tissue growth medium mixture; and maintaining viability of the tissue.
A computer readable medium having instructions stored thereon that, when executed by a processor, cause the processor to provide cloud- based identity and access management, the processor: receiving a request for performing an identity management service, wherein the request comprises a call to an application programming interface, API, that identifies the identity management service and a microservice configured to perform the identity management service; authenticating the request, wherein the request comprises a uniform resource locator, URL, wherein the microservice is identified in a prefix of the URL, wherein a resource portion of the URL identifies the API, wherein a host portion of the URL identifies a tenancy of a resource related to the request; accessing the microservice, wherein the microservice provides one or more capabilities by exposing one or more APIs, wherein communication with the microservice is implemented only through the one or more APIs; and performing the identity management service by the microservice receiving a request for performing an identity management service, wherein the request comprises a call to an application programming interface, API, that identifies the identity management service and a microservice configured to perform the identity management service; authenticating the request, wherein the request comprises a uniform resource locator, URL, wherein the microservice is identified in a prefix of the URL, wherein a resource portion of the URL identifies the API, wherein a host portion of the URL identifies a tenancy of a resource related to the request; accessing the microservice, wherein the microservice provides one or more capabilities by exposing one or more APIs, wherein communication with the microservice is implemented only through the one or more APIs; and performing the identity management service by the microservice
Process for preparing liquid pharmaceutical formulations suitable for parenteral administration containing gadolinium chelate complexes with reduced content of toxic impurities, comprising the following steps: i. mixing a predetermined amount of gadolinium oxide with a predetermined amount of chelating complexing agent in water, ii. adjusting the pH of the mixture obtained in step i. to a first pH in the range of pH 7.9 to pH 8.3 by adding a base; and iii. lowering the pH of the mixture obtained in step ii. to a second pH in the range of pH 6.8 to pH 7.4 by adding an acid, characterized in that the chelating complexing agent used in step i. is identical to the acid used in step iii. i. mixing a predetermined amount of gadolinium oxide with a predetermined amount of chelating complexing agent in water, ii. adjusting the pH of the mixture obtained in step i. to a first pH in the range of pH 7.9 to pH 8.3 by adding a base; and iii. lowering the pH of the mixture obtained in step ii. to a second pH in the range of pH 6.8 to pH 7.4 by adding an acid,
A guidewire capture sheath for use in a bodily vessel, the guidewire capture sheath comprising: a) a catheter having a longitudinal central axis and defining a lumen; and b) a capture means housed by, connected to, or integral with the catheter, at least a portion of the capture means being configured to expand and collapse between a first condition and a second condition, wherein when in the second condition, the capture means is adapted to guide a guidewire into the catheter lumen, characterised by the capture means comprising in its second condition an eccentrically oriented cone, the cone being eccentrically oriented with respect to the longitudinal central axis and being deployable from and retractable into the lumen of the catheter. a) a catheter having a longitudinal central axis and defining a lumen; and b) a capture means housed by, connected to, or integral with the catheter, at least a portion of the capture means being configured to expand and collapse between a first condition and a second condition, wherein when in the second condition, the capture means is adapted to guide a guidewire into the catheter lumen,
Cable , with a carrier device and a power transmission device, for stationary fixing of a high-altitude wind turbine, wherein the cable may be secured to a ground anchor and is able to act on a casing of the high-altitude wind turbine, wherein the cable has an aromatic polyamide material and is also designed as a carrier for the power transmission device and may itself be held by the carrier device which contains a carrier gas , and wherein the power transmission device is formed by at least one air hose for compressed air, characterised in that the air hose or hoses is or are insulated by means of krypton gas, aerogel or vacuum insulation.
Method for controlling a fluid system comprising a generator fluid circuit and a consumer fluid circuit , wherein a hydraulic separator or a hydraulic reservoir (70; 80) are arranged between the generator fluid circuit and the consumer fluid circuit as a separator, wherein the hydraulic separator or the hydraulic reservoir (70; 80) are connected to a supply line and a return line of the generator fluid circuit and a supply line and a return line of the consumer fluid circuit , the generator fluid circuit comprises at least two heat pumps (16; 28; 30) and at least one conveyor pump , wherein the at least two heat pumps (16; 28; 30) are arranged in parallel secondary circuits in the generator fluid circuit , wherein supply lines of the secondary circuits of the generator fluid circuit are connected to the supply line of the generator fluid circuit and return lines of the secondary circuits are connected to the return line of the generator fluid circuit , and the consumer fluid circuit comprises a plurality of cooling devices , which are arranged in parallel secondary circuits each having a pump associated with the cooling devices , wherein supply lines of the secondary circuits of the consumer fluid circuit are connected to the supply line of the consumer fluid circuit and return lines of the secondary circuits are connected to the return line of the consumer fluid circuit , and at least one compensation pump , wherein the at least one compensation pump is controlled such that the mass flow of the consumer fluid circuit in a hydraulic separator or in a hydraulic reservoir (70; 80) is less than or equal to the mass flow of the generator fluid circuit when the hydraulic reservoir (70; 80) is not fully loaded and/or the mass flow ratio between the generator fluid circuit and the consumer fluid circuit in the hydraulic separator or in the hydraulic reservoir (70; 80) is kept constant.
An electroluminescent device comprising a substrate and stacked thereon in the order of mention a first transparent electrode , an electroluminescent stack , and a second electrode , wherein the electroluminescent device further comprises at least one first additional hard layer being located underneath the second electrode and consisting of a layer comprising at least one semiconducting metal oxide and at least one second additional hard layer that is located on top of the second electrode, and wherein the first and the second additional hard layer have a hardness larger than the hardness of the second electrode, and wherein the at least one second additional hard layer is a non-conductive layer and comprises at least one a material selected from the group consisting of oxides, nitrides and fluorides, and the electroluminescent further comprises a conductive layer located on top of the hard layer that electrically contacts the second electrode.