mhurhangee/ep-ind-claims huggingface dataset:
A mask apparatus comprising: a mask body configured to receive a battery at a center region of a front surface of the mask body; a plurality of electronic components that are disposed at the mask body and that comprise: a pair of fan modules (16, 17) configured to be disposed at left and right sides of the battery, respectively, and a control module configured to be disposed between the battery and at least one of the pair of fan modules (16, 17); and a mask body cover that is coupled to the mask body and covers the plurality of electronic components, wherein the control module comprises: a first substrate configured to be disposed between the battery and a first fan module of the pair of fan modules (16, 17); and a second substrate configured to be disposed between the battery and a second fan module of the pair of fan modules (16, 17), and wherein the center region configured to receive the battery, the pair of fan modules (16, 17), and the first substrate and the second substrate are arranged along a widthwise direction of the mask body. a mask body configured to receive a battery at a center region of a front surface of the mask body; a plurality of electronic components that are disposed at the mask body and that comprise: a pair of fan modules (16, 17) configured to be disposed at left and right sides of the battery, respectively, and a control module configured to be disposed between the battery and at least one of the pair of fan modules (16, 17); and a pair of fan modules (16, 17) configured to be disposed at left and right sides of the battery, respectively, and a control module configured to be disposed between the battery and at least one of the pair of fan modules (16, 17); and a mask body cover that is coupled to the mask body and covers the plurality of electronic components, wherein the control module comprises: a first substrate configured to be disposed between the battery and a first fan module of the pair of fan modules (16, 17); and a second substrate configured to be disposed between the battery and a second fan module of the pair of fan modules (16, 17), and wherein the center region configured to receive the battery, the pair of fan modules (16, 17), and the first substrate and the second substrate are arranged along a widthwise direction of the mask body. a first substrate configured to be disposed between the battery and a first fan module of the pair of fan modules (16, 17); and a second substrate configured to be disposed between the battery and a second fan module of the pair of fan modules (16, 17), and wherein the center region configured to receive the battery, the pair of fan modules (16, 17), and the first substrate and the second substrate are arranged along a widthwise direction of the mask body.
A vehicle mounted structure of a battery pack mounted to a floor of a vehicle cabin, comprising: a bottom plate of a housing of the battery pack; and a plate-shaped underguard provided below the bottom plate, the underguard having upwardly protruding ribs and downwardly protruding ribs that are alternately arranged; characterized by cooling pipes provided inside or on a surface of the bottom plate for circulating coolant; wherein the cooling pipes are arranged to face the downwardly protruding ribs, and the underguard is attached to the housing such that an upper plate of the upwardly protruding ribs and a bottom surface of the bottom plate are spaced apart from each other. a bottom plate of a housing of the battery pack; and a plate-shaped underguard provided below the bottom plate, the underguard having upwardly protruding ribs and downwardly protruding ribs that are alternately arranged; characterized by cooling pipes provided inside or on a surface of the bottom plate for circulating coolant; wherein the cooling pipes are arranged to face the downwardly protruding ribs, and the underguard is attached to the housing such that an upper plate of the upwardly protruding ribs and a bottom surface of the bottom plate are spaced apart from each other.
A multi-channel magnetic resonance imaging RF coil configured for manipulating orientations of magnetic spins within an imaging zone and for receiving radio transmissions from spins within the imaging zone, the RF coil having four channels and comprising a coil element for each of the channels, the RF coil further comprising for each coil element a socket that is electrically coupled to said coil element via a respective first transmission line, each socket being adapted for receiving a plug configured for providing an RF signal via the respective first transmission line to the respective coil element, wherein with respect to a predefined RF signal the difference in electrical length between any of the first transmission lines is kλ/4 resulting in a predefined phase relationship at the sockets, where k is an integer and λ is the wavelength of the RF signal, the RF coil being configured to be driven at the wavelength of the RF signal, the RF coil having two pairs (202, 204; 200, 206) of the first transmission lines, wherein within each pair the first transmission lines are of the same electrical length and wherein the difference in electrical length between the first transmission lines of the two pairs is λ/4.
Shaft/hub connection, in the case of which, in a middle region which lies between axial end regions of the hub, the hub has an inwardly pointing shoulder and the shaft has an outwardly pointing shoulder, each shoulder (11, 21) having an arrangement of depressions (12, 22) in such a way that in each case one depression of the shoulder of the shaft and one depression of the shoulder of the hub together enclose a cavity which runs in an axial direction of the shaft, and transmission elements (5, 6, 7) which block a relative rotation between the shaft and the hub being arranged in the cavities, in each case one annular gap being formed between the shaft and the hub in opposite axial end regions of the hub, a retaining ring (3, 4) being arranged in each annular gap, and the transmission elements (5, 6, 7) bracing the retaining rings (3, 4) homogeneously against one another.
A procedure for filling pharmaceutical containers with at least one solid and sealing them under sterile conditions, comprising the steps of: a) providing a pharmaceutical container having walls and a bottom, b) dispensing the solid into the pharmaceutical container by means of a dispensing needle, gravimetrically checking the weight of solid dispensed into the container; and c) sealing the pharmaceutical container with a stopper, wherein, characterised in that, in at least one of steps a), b) and c), or in a plurality thereof in any combination, the static electric charges on the inside walls of the container, on the solid dispensed inside the container, and/or on any parts in contact with the inside walls of the container or with the solid dispensed inside the container, are neutralised by means of an ioniser to which an ionisation potential is applied such that the electrostatic charge inside the container after each ionisation is less than 2000 volts, and wherein, between step b) and step c), an additional static electric charge ionisation is carried out inside the pharmaceutical container. a) providing a pharmaceutical container having walls and a bottom, b) dispensing the solid into the pharmaceutical container by means of a dispensing needle, gravimetrically checking the weight of solid dispensed into the container; and c) sealing the pharmaceutical container with a stopper, in at least one of steps a), b) and c), or in a plurality thereof in any combination, the static electric charges on the inside walls of the container, on the solid dispensed inside the container, and/or on any parts in contact with the inside walls of the container or with the solid dispensed inside the container, are neutralised by means of an ioniser to which an ionisation potential is applied such that the electrostatic charge inside the container after each ionisation is less than 2000 volts, and wherein, between step b) and step c), an additional static electric charge ionisation is carried out inside the pharmaceutical container.
A corrugator for an extrusion system for shaping a tubular plastics product, having a multiplicity of mold blocks (6, 9, 11), a guide track along which the mold blocks (6, 9, 11) in the operation of the corrugator are guided in each case in pairs from a starting region of the guide track toward an outlet region of the guide track, two first return tracks (20, 21) which are disposed on both sides of the guide track and along which the mold blocks (6, 9, 11) in the operation of the corrugator are guided from the outlet region toward the starting region, and two second return track (22, 23) which are likewise disposed on both sides of the guide track and with the aid of which individual mold blocks (6, 9, 11) in the operation of the corrugator are capable of being extracted from the first return track (20, 21) and/or inserted into the latter, characterized in that the two second return tracks (22, 23) are disposed between the guide track and the first return tracks (20, 21). a multiplicity of mold blocks (6, 9, 11), a guide track along which the mold blocks (6, 9, 11) in the operation of the corrugator are guided in each case in pairs from a starting region of the guide track toward an outlet region of the guide track, two first return tracks (20, 21) which are disposed on both sides of the guide track and along which the mold blocks (6, 9, 11) in the operation of the corrugator are guided from the outlet region toward the starting region, and two second return track (22, 23) which are likewise disposed on both sides of the guide track and with the aid of which individual mold blocks (6, 9, 11) in the operation of the corrugator are capable of being extracted from the first return track (20, 21) and/or inserted into the latter, characterized in that the two second return tracks (22, 23) are disposed between the guide track and the first return tracks (20, 21).
A method comprising: providing a network entity of a professional mobile radio network with one or more social media service identities by means of which the network entity appears as a normal user to a social media server providing a social media service; receiving, in the network entity, from a user apparatus of the professional mobile radio network, a request to follow a specific item in the social media service; associating in the network entity the user apparatus with the specific item; and registering, by the network entity using a social media service identity the network entity has, to the social media service to follow the specific item. providing a network entity of a professional mobile radio network with one or more social media service identities by means of which the network entity appears as a normal user to a social media server providing a social media service; receiving, in the network entity, from a user apparatus of the professional mobile radio network, a request to follow a specific item in the social media service; associating in the network entity the user apparatus with the specific item; and registering, by the network entity using a social media service identity the network entity has, to the social media service to follow the specific item.
A patient interface for sealed delivery of a flow of air at a continuously positive pressure with respect to ambient air pressure to an entrance to the patient's airways including at least an entrance of a patient's nares, wherein the patient interface is configured to maintain a therapy pressure in a range of 4 cmH 2 O to 30 cmH 2 O above ambient air pressure in use, throughout the patient's respiratory cycle, while the patient is sleeping, to ameliorate sleep disordered breathing, the patient interface comprising: a sealing structure configured to seal around the entrance to the patient's airways; a positioning and stabilising structure to maintain the sealing structure in sealing contact with an area surrounding the entrance to the patient's airways while maintaining a therapeutic pressure at the entrance to the patient's airways; a plenum chamber configured to be pressurised at a pressure above ambient pressure in use; a gas washout vent configured to allow patient-exhaled CO 2 to flow to an exterior of the plenum chamber to minimise rebreathing of exhaled CO 2 by the patient, the gas washout vent including one or more outlet orifices each defining a first axis; a diffusing member covering each of the one or more outlet orifices; and a blocking member having an air-impermeable material, the blocking member preventing gas exiting from each of the one or more outlet orifices from flowing through the diffusing member and from exiting the diffusing member in a same direction as the one or more outlet orifices and including at least one hole through the blocking member, the at least one hole defining a second axis, wherein the first axis and the second axis are not aligned and not parallel. a sealing structure configured to seal around the entrance to the patient's airways; a positioning and stabilising structure to maintain the sealing structure in sealing contact with an area surrounding the entrance to the patient's airways while maintaining a therapeutic pressure at the entrance to the patient's airways; a plenum chamber configured to be pressurised at a pressure above ambient pressure in use; a gas washout vent configured to allow patient-exhaled CO 2 to flow to an exterior of the plenum chamber to minimise rebreathing of exhaled CO 2 by the patient, the gas washout vent including one or more outlet orifices each defining a first axis; a diffusing member covering each of the one or more outlet orifices; and a blocking member having an air-impermeable material, the blocking member preventing gas exiting from each of the one or more outlet orifices from flowing through the diffusing member and from exiting the diffusing member in a same direction as the one or more outlet orifices and including at least one hole through the blocking member, the at least one hole defining a second axis, wherein the first axis and the second axis are not aligned and not parallel.
A signal-injecting device for injecting variable-frequency electrical probe signals (S P) into a lightning protection system of a wind turbine or a part thereof without disconnecting the lightning protection system from a main grounding path galvanically connecting the lightning protection system to the ground, said signal-injecting device comprising one or more ferrite cores arranged around a protection unit, such as a down conductor, of the lightning protection system, around the main grounding path or at a connection point between the protection unit and the main grounding path and a signal source being configured to generate and inject variable-frequency electrical probe signals (S P) into the lightning protection system, the signal source being connected across the one or more ferrite cores. one or more ferrite cores arranged around a protection unit, such as a down conductor, of the lightning protection system, around the main grounding path or at a connection point between the protection unit and the main grounding path and a signal source being configured to generate and inject variable-frequency electrical probe signals (S P) into the lightning protection system, the signal source being connected across the one or more ferrite cores.
Pull-out guide for a sliding element, in particular of a movable furniture part or a movable element of a domestic appliance, wherein the pull-out guide comprises a draw-in and damping unit, a body rail, a middle rail and a running rail, and wherein the draw-in and damping unit comprises - a force accumulator, - a damper, and - a first driver and a second driver, which are guided relative to a housing of the draw-in and damping unit, and - wherein the first driver acts on the force accumulator and the damper, and - the second driver only acts on the damper, characterized in that - the draw-in and damping unit is arranged on the middle rail, and - the first driver being in engagement with a first activator in one end position of the pull-our guide, the first activator being arranged on the running rail, and - the second driver being in engagement with a second activator in a second end position of the pull-our guide, the second activator being arranged on the body rail. - a force accumulator, - a damper, and - a first driver and a second driver, which are guided relative to a housing of the draw-in and damping unit, and - wherein the first driver acts on the force accumulator and the damper, and - the second driver only acts on the damper, characterized in that - the draw-in and damping unit is arranged on the middle rail, and - the first driver being in engagement with a first activator in one end position of the pull-our guide, the first activator being arranged on the running rail, and - the second driver being in engagement with a second activator in a second end position of the pull-our guide, the second activator being arranged on the body rail.
A disposable paper sheet for industrial and domestic usage, comprising at least one thickness of mutually coupled cellulose plies, comprising at least one layer of an antimicrobial and antibacterial substance which is associated with one face of said at least thickness of plies, wherein said antimicrobial and antibacterial substance comprises propolis, characterized in that it comprises microcapsules which contain water, a dry component and at least one active principle, wherein said active principle is a glycolic extract of Aloe Barbadensis and wherein said microcapsules substantially comprise a percentage by weight of glycolic extract of aloe Barbadensis between 5% and 20%, water between 50% and 70% and said dry component between 35 and 50%.
A method of wireless communication by a user equipment, UE, comprising: receiving pre-configuration information for one or more reference signal transmissions; performing, at a first time during an ON duration of a discontinuous reception, DRX, cycle, measurements on one or more reference signals based, at least in part, on the pre-configuration information; determining if a trigger frame associated with the one or more reference signal transmissions has been received; and transmitting a measurement report corresponding to the measurements if a trigger frame has been received, the method characterized in that the determining occurs at a second time during the ON duration after the first time. receiving pre-configuration information for one or more reference signal transmissions; performing, at a first time during an ON duration of a discontinuous reception, DRX, cycle, measurements on one or more reference signals based, at least in part, on the pre-configuration information; determining if a trigger frame associated with the one or more reference signal transmissions has been received; and transmitting a measurement report corresponding to the measurements if a trigger frame has been received, the method characterized in that the determining occurs at a second time during the ON duration after the first time.
Trim component for a vehicle interior compartment, the trim component comprising a functional opening which is configured in such a way that, in an open state, a functional element can be arranged in the functional opening, characterized in that the trim component comprises, furthermore: - a self-unlocking cover for the functional opening, the cover having a lid which is latched to the functional opening, and a front side of the lid covering the functional opening at least partially, and the cover having at least one unlocking element which is arranged on a rear side of the lid which faces away from the front side of the lid, the trim component being configured in such a way that the lid can be displaced and/or deformed and the latching action of the lid to the functional opening can be released by way of an action of force substantially perpendicularly with respect to the functional opening on the unlocking element. - a self-unlocking cover for the functional opening, the cover having a lid which is latched to the functional opening, and a front side of the lid covering the functional opening at least partially, and the cover having at least one unlocking element which is arranged on a rear side of the lid which faces away from the front side of the lid,
A gas turbine engine component comprising: a structure providing a cooling passage having a turbulator with a pedestal joining opposing first and second surfaces (146, 148), the turbulator including first and second legs (150, 152) spaced apart from one another and adjoining the pedestal, the first leg adjoining the second surface, and the second leg adjoining the first surface, wherein the structure is an airfoil, the pedestal extends in a thickness direction between the first and second surfaces (146, 148), the first and second legs (150, 152) do not extend fully between the first and second surfaces (146, 148) in the thickness direction, characterized in that: the first and second legs are at least partially spaced apart in the thickness direction. a structure providing a cooling passage having a turbulator with a pedestal joining opposing first and second surfaces (146, 148), the turbulator including first and second legs (150, 152) spaced apart from one another and adjoining the pedestal, the first leg adjoining the second surface, and the second leg adjoining the first surface, wherein the structure is an airfoil, the pedestal extends in a thickness direction between the first and second surfaces (146, 148), the first and second legs (150, 152) do not extend fully between the first and second surfaces (146, 148) in the thickness direction, characterized in that: the first and second legs are at least partially spaced apart in the thickness direction.
A food steaming device, comprising: a base; a heating device, located within the base, for converting water into steam; a water supply device and a steam container for receiving food arranged on the base, wherein the steam container comprises a steam container body and a container lid received on the steam container body; a first steam outlet provided on the heating device to inject steam into the steam container; and wherein the food steaming device also has a fan device that comprises a fan and a driving mechanism including a motor disposed in the base for powering the fan, said fan being arranged to help evenly distribute the steam in the steam container; wherein the bottom of the steam container is provided with a second steam vent that facilitates the flow of steam; and characterized in that the fan, a central axis of which is connected to the motor via a drive shaft, is arranged in the steam container body; and wherein the container lid is provided with a first steam vent configured to enable a food temperature probe to pass through. a base; a heating device, located within the base, for converting water into steam; a water supply device and a steam container for receiving food arranged on the base, wherein the steam container comprises a steam container body and a container lid received on the steam container body; a first steam outlet provided on the heating device to inject steam into the steam container; and wherein the food steaming device also has a fan device that comprises a fan and a driving mechanism including a motor disposed in the base for powering the fan, said fan being arranged to help evenly distribute the steam in the steam container; wherein the bottom of the steam container is provided with a second steam vent that facilitates the flow of steam; and characterized in that the fan, a central axis of which is connected to the motor via a drive shaft, is arranged in the steam container body; and wherein the container lid is provided with a first steam vent configured to enable a food temperature probe to pass through.