mhurhangee/patent-ind-claim-en huggingface dataset:
A foldable package comprising a box defining a stowage volume, the box having a bottom and a peripheral rim comprising: - a first panel ; - a second panel opposite to the first panel ; - a third panel ; - a fourth panel opposite to the third panel , the box being able to adopt: - a stowage configuration in which each of the first panel , of the second panel , of the third panel and of the fourth panel extends substantially parallel to the bottom ; - an operating configuration in which each of the first panel , of the second panel , of the third panel and of the fourth panel extends substantially perpendicular to the bottom ; wherein, in the stowage configuration: - the first panel and the second panel are folded over the bottom of the box ; - the third panel is folded over the first panel and the second panel ; the package comprising means for returning the first panel and the second panel into the operating position, tending to make them pass from their stowage position to their operating position, the package comprising a lid to close the stowage volume of the box , characterized in that the lid is mounted in rotation on the fourth panel , and in that , in the stowage configuration of the box , the fourth panel is in the continuation of the bottom of the box and the lid is folded over the fourth panel , the first panel and the second panel , and extends in the continuation of the third panel . - a first panel ; - a second panel opposite to the first panel ; - a third panel ; - a fourth panel opposite to the third panel , the box being able to adopt: - a stowage configuration in which each of the first panel , of the second panel , of the third panel and of the fourth panel extends substantially parallel to the bottom ; - an operating configuration in which each of the first panel , of the second panel , of the third panel and of the fourth panel extends substantially perpendicular to the bottom ; wherein, in the stowage configuration: - the first panel and the second panel are folded over the bottom of the box ; - the third panel is folded over the first panel and the second panel ; - the first panel and the second panel are folded over the bottom of the box ; - the third panel is folded over the first panel and the second panel ; the package comprising means for returning the first panel and the second panel into the operating position, tending to make them pass from their stowage position to their operating position, the package comprising a lid to close the stowage volume of the box , characterized in that the lid is mounted in rotation on the fourth panel , and in that , in the stowage configuration of the box , the fourth panel is in the continuation of the bottom of the box and the lid is folded over the fourth panel , the first panel and the second panel , and extends in the continuation of the third panel .
A method of controlling the clock frequency of a processor executing software in a plurality of periods of processor activity , the method comprising, for each period : supplying parameters to a power management application ; the power management application determining granted clock frequencies for high and low frequency operating intervals; the power management application determining , for each period , the length of the low frequency interval ; and controlling the clock frequency in each interval based on the granted clock frequencies determined by the power management application, the method characterised in that : the parameters define an execution profile for the period having high frequency and low frequency operating intervals, wherein the parameters defining the execution profile comprise at least a requested high frequency clock rate for the high frequency operating interval ; the granted clock frequencies are determined based on the execution profile and a granularity of a clock supplying a clock signal to the processor , wherein the granted high frequency clock rate may be higher than the requested high frequency clock rate ; the processor supplies to the power management application at the commencement of a period of processor activity an operating cycle requirement for the period , and the power management application determines the length of the low frequency interval based on the operating cycle requirement.
Electrode for gas evolution in electrolytic processes comprising a metal substrate provided with a catalytic coating, said catalytic coating comprising an internal layer containing at least one element selected from the group of noble metals, in the form of metals or their oxides, and optionally one or more elements selected from the group of rare earths and/or an element selected from the group of alkaline earth metals, in the form of metals or their oxides, and an external layer comprising 80-99.5% by weight of ruthenium and 0.5-20% by weight of selenium referred to the metal elements, in the form of metals or their oxides.
A clothes treatment apparatus comprising: a cabinet having an opening for insertion or removal of laundry; a tub having a tub aperture perforated in a front surface of the tub to communicate with the opening and a tub through-hole perforated in a rear surface of the tub; a drum rotatably provided within the tub, the drum being configured to store laundry therein and having a drum aperture communicating with the tub aperture; a drive unit having a rotating shaft inserted into the tub through-hole to thereby be connected to the drum, characterized by the rotating shaft being movable in a radial direction inside the tub through-hole; and a drive unit support device configured to support the drive unit using at least any one of attractive force or repulsive force between magnetic units such that the drive unit is movable in a radial direction with respect to the rear surface of the tub. a cabinet having an opening for insertion or removal of laundry; a tub having a tub aperture perforated in a front surface of the tub to communicate with the opening and a tub through-hole perforated in a rear surface of the tub; a drum rotatably provided within the tub, the drum being configured to store laundry therein and having a drum aperture communicating with the tub aperture; a drive unit having a rotating shaft inserted into the tub through-hole to thereby be connected to the drum, characterized by the rotating shaft being movable in a radial direction inside the tub through-hole; and a drive unit support device configured to support the drive unit using at least any one of attractive force or repulsive force between magnetic units such that the drive unit is movable in a radial direction with respect to the rear surface of the tub.
An inspection system , comprising: a detector including a plurality of detection elements arranged along a first arrangement direction (X) and a second arrangement direction (Y), the first arrangement direction and the second arrangement direction crossing each other, the detector transmitting an ultrasonic wave (US) toward a weld portion and detecting a reflected wave (RW); an inspection device configured to calculate a tilt of the detector with respect to the weld portion ; characterized in that it further comprises a display control system configured to acquire the tilt of the detector with respect to the weld portion , the system being configured to display a user interface , displaying a symbol and a tolerance range in a region included in the user interface, and to update the display of the symbol in the region according to the acquiring of the tilt, the region spreading two-dimensionally, the symbol indicating the tilt, the tolerance range being of a target value of the tilt. a detector including a plurality of detection elements arranged along a first arrangement direction (X) and a second arrangement direction (Y), the first arrangement direction and the second arrangement direction crossing each other, the detector transmitting an ultrasonic wave (US) toward a weld portion and detecting a reflected wave (RW); an inspection device configured to calculate a tilt of the detector with respect to the weld portion ; characterized in that it further comprises a display control system configured to acquire the tilt of the detector with respect to the weld portion , the system being configured to display a user interface , displaying a symbol and a tolerance range in a region included in the user interface, and to update the display of the symbol in the region according to the acquiring of the tilt, the region spreading two-dimensionally, the symbol indicating the tilt, the tolerance range being of a target value of the tilt.
A centrifugal compressor, comprising: an impeller ; a diffuser , the diffuser comprising a pressurization passage , and air flowing through the impeller entering an inlet of the pressurization passage ; a volute , configured to collect the air pressurized by the diffuser ; and an exhaust diffuser pipe , communicated with the volute , an extending direction of the exhaust diffuser pipe inclining downwards with respect to a horizontal plane, the centrifugal compressor further comprising a gear box and a coolant passage configured to import a coolant from the outside, the coolant passage comprising a liquid spraying hole provided at an inlet end of the pressurization passage , the coolant passage further comprises a first flow guide hole provided in an inner of a side wall of the gear box and communicated with the liquid spraying hole and a second flow guide hole configured to communicate the liquid spraying hole with the first flow guide hole . an impeller ; a diffuser , the diffuser comprising a pressurization passage , and air flowing through the impeller entering an inlet of the pressurization passage ; a volute , configured to collect the air pressurized by the diffuser ; and an exhaust diffuser pipe , communicated with the volute , an extending direction of the exhaust diffuser pipe inclining downwards with respect to a horizontal plane, the centrifugal compressor further comprising a gear box and a coolant passage configured to import a coolant from the outside, the coolant passage comprising a liquid spraying hole provided at an inlet end of the pressurization passage , the coolant passage further comprises a first flow guide hole provided in an inner of a side wall of the gear box and communicated with the liquid spraying hole and a second flow guide hole configured to communicate the liquid spraying hole with the first flow guide hole .
Use of ammonium sulfate precipitation with an ammonium sulfate concentration of approximately 45 to 65% to prepare a composition of purified IgA extracted from a quantity of non-pasteurized human breastmilk, the composition having stability at 25°C for at least 14 days.
A system for generating a patient-specific treatment plan for non-invasive fat removal from a patient comprising: a computer network for transmitting information relating to a patient's target region, the target region comprising subcutaneous fat, wherein the information includes one or more of the treatment plan requests, data, images, and treatment plans; a client computer (410; 412; 414) associated with a treatment provider and in communication with the computer network ; a database connected to the computer network for storing a plurality of model data sets and a plurality of treatment parameters, wherein the plurality of model data sets include at least one of empirically-derived data and a priori information, and wherein the model data sets correspond to unique combinations of the treatment parameters; and a treatment plan generator in communication with the computer network and configured to receive patient-specific data and treatment plan requests from the client computer (410; 412; 414), compare patient-specific data to the plurality of model data sets in the database , and calculate a best-fit combination of treatment parameters from the plurality of treatment parameters to generate the patient-specific treatment plan; wherein the best-fit combination of treatment parameters includes at least one of transdermal application of energy or removal of energy from the patient's target region. a computer network for transmitting information relating to a patient's target region, the target region comprising subcutaneous fat, wherein the information includes one or more of the treatment plan requests, data, images, and treatment plans; a client computer (410; 412; 414) associated with a treatment provider and in communication with the computer network ; a database connected to the computer network for storing a plurality of model data sets and a plurality of treatment parameters, wherein the plurality of model data sets include at least one of empirically-derived data and a priori information, and wherein the model data sets correspond to unique combinations of the treatment parameters; and a treatment plan generator in communication with the computer network and configured to receive patient-specific data and treatment plan requests from the client computer (410; 412; 414), compare patient-specific data to the plurality of model data sets in the database , and calculate a best-fit combination of treatment parameters from the plurality of treatment parameters to generate the patient-specific treatment plan; wherein the best-fit combination of treatment parameters includes at least one of transdermal application of energy or removal of energy from the patient's target region.
A feeder assembly configured to transport blast media from a source of media into a flow of transport gas, the feeder comprising: a. a rotor comprising a peripheral surface , the rotor being rotatable about an axis of rotation; b. a cavity defined by at least one cavity wall and a cavity bottom, the cavity comprising a cavity axis; c. a seal comprising a first surface , the first surface disposed adjacent at least a portion of the peripheral surface; d. a piston moveably disposed at least partially in the cavity , the piston being moveable along the cavity axis, the piston having a bottom; e. an inlet connectable to a transport fluid source; f. an outlet ; g. a transport fluid flow path, at least a portion of the transport fluid flow path being defined by the seal and the piston , the transport fluid flow path comprising an entrance and an exit, the entrance being in fluid communication with the inlet , the exit being in fluid communication with the outlet ; h. a pressure chamber defined by the piston and at least a respective portion of the at least one cavity wall and the cavity bottom, characterized in that the piston and the seal are configured such that pressure within the pressure chamber controls how much sealing force with which the first surface is urged against the peripheral surface. a. a rotor comprising a peripheral surface , the rotor being rotatable about an axis of rotation; b. a cavity defined by at least one cavity wall and a cavity bottom, the cavity comprising a cavity axis; c. a seal comprising a first surface , the first surface disposed adjacent at least a portion of the peripheral surface; d. a piston moveably disposed at least partially in the cavity , the piston being moveable along the cavity axis, the piston having a bottom; e. an inlet connectable to a transport fluid source; f. an outlet ; g. a transport fluid flow path, at least a portion of the transport fluid flow path being defined by the seal and the piston , the transport fluid flow path comprising an entrance and an exit, the entrance being in fluid communication with the inlet , the exit being in fluid communication with the outlet ; h. a pressure chamber defined by the piston and at least a respective portion of the at least one cavity wall and the cavity bottom,
A method for using a mobile information gateway for home healthcare, the method comprising: capturing information with one or more of an imaging device, an audio recording device, and a patient monitoring device operatively coupled to a wearable human interface module , in order to perform monitoring of a patient; processing the captured information to determine an identity of a user of the wearable human interface module ; authenticating the identity of user; retrieving information using the captured information and the authenticated identity; presenting the retrieved information using the wearable human interface module ; capturing additional information about a medication, the additional information comprising image information describing an image of a packaging of the medication; processing the captured additional information about the medication to identify a type of medication; determining whether the type of medication is prescribed for the identity of the user; determining whether one or more conditions for taking the type of medication are satisfied; and sending a warning message for presentation by the wearable human interface module if either the type of medication is not prescribed for the identity of the user or one or more conditions for taking the type of medication are not satisfied. capturing information with one or more of an imaging device, an audio recording device, and a patient monitoring device operatively coupled to a wearable human interface module , in order to perform monitoring of a patient; processing the captured information to determine an identity of a user of the wearable human interface module ; authenticating the identity of user; retrieving information using the captured information and the authenticated identity; presenting the retrieved information using the wearable human interface module ; capturing additional information about a medication, the additional information comprising image information describing an image of a packaging of the medication; processing the captured additional information about the medication to identify a type of medication; determining whether the type of medication is prescribed for the identity of the user; determining whether one or more conditions for taking the type of medication are satisfied; and sending a warning message for presentation by the wearable human interface module if either the type of medication is not prescribed for the identity of the user or one or more conditions for taking the type of medication are not satisfied.
A diminishing gel composition, comprising: a polymer matrix containing a polymer that is a polyamine selected from the group consisting of a polyamide polyamine, an ester terminated polyamine, a tertiary amide terminated polyamine, an ether-based polyamide polyamine, a polyether polyamine, a polyalkyleneoxy polyamine, or a combination thereof; a gel-diminishing agent that facilitates a gradual decrease in volume of the gel composition while in use which is a volatile silicone selected from the group consisting of: cyclohexasiloxane, cyclopentasiloxane, cyclotetrasiloxane, cyclic polydimethylsiloxane, linear polydimethylsiloxane, hexamethyldisiloxane, and combinations thereof; and from 10 wt% to 70 wt% of a releasable olfactory agent which is released in an effective amount from the composition. a polymer matrix containing a polymer that is a polyamine selected from the group consisting of a polyamide polyamine, an ester terminated polyamine, a tertiary amide terminated polyamine, an ether-based polyamide polyamine, a polyether polyamine, a polyalkyleneoxy polyamine, or a combination thereof; a gel-diminishing agent that facilitates a gradual decrease in volume of the gel composition while in use which is a volatile silicone selected from the group consisting of: cyclohexasiloxane, cyclopentasiloxane, cyclotetrasiloxane, cyclic polydimethylsiloxane, linear polydimethylsiloxane, hexamethyldisiloxane, and combinations thereof; and from 10 wt% to 70 wt% of a releasable olfactory agent which is released in an effective amount from the composition.
A process for the preparation of 2-amino-5-fluorobenzene-1,3-diol III , comprising: (a) reacting 1,3,5-trifluoro-2-nitrobenzene VIII, phenylmethanol, and a basic reagent selected from lithium bis(trimethylsilylamide), lithium diisopropylamide, and an alkoxide reagent, to form (((5-fluoro-2-nitro-1,3-phenylene)bis(oxy))bis(methylene))dibenzene IX and (b) reacting IX with hydrogen gas and a heterogeneous metal catalyst to form III. (a) reacting 1,3,5-trifluoro-2-nitrobenzene VIII, phenylmethanol, and a basic reagent selected from lithium bis(trimethylsilylamide), lithium diisopropylamide, and an alkoxide reagent, to form (((5-fluoro-2-nitro-1,3-phenylene)bis(oxy))bis(methylene))dibenzene IX and (b) reacting IX with hydrogen gas and a heterogeneous metal catalyst to form III.
A polypeptide having an ability to export an ornithine-based product, wherein the alanine residue at position 152 from the N-terminus of the amino acid sequence of an ornithine-based product-exporting protein, which consists of an amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 2, is substituted with other amino acids.
NMR measuring arrangement , comprising - a cryostat having an evacuated vacuum container , wherein the cryostat forms a bore , and wherein a wall of the bore also delimits the vacuum container , - a superconducting magnet coil system having a magnet bore , wherein the magnet coil system is arranged directly or indirectly inside the vacuum container , wherein the cryostat , for the thermal insulation of the magnet coil system , locally forms one or more evacuated gaps (13, 21a-21c) between the superconducting magnetic coil system and the vacuum container in a sequence from the inside out, and wherein the bore extends through the magnet bore , - an NMR probehead having an HF coil system , wherein the NMR probehead is arranged outside the vacuum container , and wherein the NMR probehead is at least partially arranged in the bore , wherein the cryostat forms only one evacuated gap in the space between the magnet coil system and the wall of the bore in a sequence from the inside out, starting from the magnet coil system towards the vacuum container , wherein at least a segment of the wall of the bore is thermally coupled to a heat sink of the cryostat , and wherein the wall of the bore also delimits a hermetically sealed space outside the vacuum container , wherein this sealed space extends in the bore in the longitudinal direction (LR) at least over the length of the segment. - a cryostat having an evacuated vacuum container , wherein the cryostat forms a bore , and wherein a wall of the bore also delimits the vacuum container , - a superconducting magnet coil system having a magnet bore , wherein the magnet coil system is arranged directly or indirectly inside the vacuum container , wherein the cryostat , for the thermal insulation of the magnet coil system , locally forms one or more evacuated gaps (13, 21a-21c) between the superconducting magnetic coil system and the vacuum container in a sequence from the inside out, and wherein the bore extends through the magnet bore , - an NMR probehead having an HF coil system , wherein the NMR probehead is arranged outside the vacuum container , and wherein the NMR probehead is at least partially arranged in the bore , wherein the cryostat forms only one evacuated gap in the space between the magnet coil system and the wall of the bore in a sequence from the inside out, starting from the magnet coil system towards the vacuum container , wherein at least a segment of the wall of the bore is thermally coupled to a heat sink of the cryostat , and wherein the wall of the bore also delimits a hermetically sealed space outside the vacuum container , wherein this sealed space extends in the bore in the longitudinal direction (LR) at least over the length of the segment.
A secondary battery pouch, wherein microcapsules of a core-shell structure are applied between an inner resin layer of an upper pouch and an inner resin layer of a lower pouch along a to-be-folded portion of the pouch, and the microcapsules include an elastic thermoplastic resin in the core thereof, wherein at least a portion of the shell is designed to be melted or destructed by thermal bonding process at from 170 °C to 200 °C and wherein the elastic thermoplastic resin has a property of melting at from 170 °C to 200 °C and then curing.