mhurhangee/ep-ind-claims huggingface dataset:
An adjustable-depth bassinet, comprising: a support-frame assembly configured to rest on a support surface; an infant-receiving receptacle coupled to the support-frame assembly and including a floor panel and a peripheral sidewall together forming an enclosure with an open top and a depth, wherein the infant-receiving receptacle is adapted to receive and support a child therein; and a depth-adjustment mechanism including an adjustable member to which at least a portion of the peripheral sidewall is attached and that is vertically repositionable between a raised position and a lowered position to decrease or increase, respectively, the depth of the infant-receiving receptacle, wherein the infant-receiving receptacle includes a receptacle-frame assembly, the adjustable-depth mechanism includes a releasable-lock mechanism and the adjustable member is slidingly coupled to the receptacle-frame assembly and releasably locked thereto in the raised position and the lowered position by the releasable-lock mechanism. a support-frame assembly configured to rest on a support surface; an infant-receiving receptacle coupled to the support-frame assembly and including a floor panel and a peripheral sidewall together forming an enclosure with an open top and a depth, wherein the infant-receiving receptacle is adapted to receive and support a child therein; and a depth-adjustment mechanism including an adjustable member to which at least a portion of the peripheral sidewall is attached and that is vertically repositionable between a raised position and a lowered position to decrease or increase, respectively, the depth of the infant-receiving receptacle, wherein the infant-receiving receptacle includes a receptacle-frame assembly, the adjustable-depth mechanism includes a releasable-lock mechanism and the adjustable member is slidingly coupled to the receptacle-frame assembly and releasably locked thereto in the raised position and the lowered position by the releasable-lock mechanism.
Medical suction pump with a pump housing (1, 8), with a pump assembly arranged in the pump housing (1, 8) and serving to generate an underpressure, and with a device for sound damping, wherein the device for sound damping has at least two elastic bearings (51, 52) for elastically supporting the pump assembly relative to the pump housing (1, 8), wherein the bearings (51, 52) are arranged spaced apart from each other, wherein the pump assembly is arranged in a sound-damping housing (4, 7) and is held elastically in relation to this sound-damping housing (4, 7) by means of the at least two bearings (51, 52), wherein the sound-damping housing (4, 7) is arranged in a fixed position in the pump housing (1, 8), characterized in that the sound-damping housing (4, 7) is closed in an airtight manner except for a first and a second air passage (44, 45) and except for a vacuum port, that an air exchange unit is present which delivers air to the pump assembly through the first air passage of the sound-damping housing (4, 7) and withdraws air from the pump assembly through the second air passage of the sound-damping housing (4, 7), and that the air exchange unit is arranged between pump housing (1, 8) and sound-damping housing (4, 7).
A computer-implemented method of determining information indicating a context associated with a user device, the method being performed by the user device and comprising: receiving location information associated with the user device; detecting first beacon data broadcast by a first set of beacon devices; subsequent to detecting the first beacon data, detecting second beacon data broadcast by a second set of beacon devices; determining whether the received location information is indicative of a changing location of the user device; determining whether the second beacon data corresponds to a change in beacon data from the first beacon data; determining information indicating a context associated with the user device based at least in part on whether the received location information corresponds to a changing location of the user device and based at least in part on whether the second beacon data corresponds to a change in beacon data from the first beacon data; and providing for display one or more notifications associated with the determined information indicating a context associated with the user device. receiving location information associated with the user device; detecting first beacon data broadcast by a first set of beacon devices; subsequent to detecting the first beacon data, detecting second beacon data broadcast by a second set of beacon devices; determining whether the received location information is indicative of a changing location of the user device; determining whether the second beacon data corresponds to a change in beacon data from the first beacon data; determining information indicating a context associated with the user device based at least in part on whether the received location information corresponds to a changing location of the user device and based at least in part on whether the second beacon data corresponds to a change in beacon data from the first beacon data; and providing for display one or more notifications associated with the determined information indicating a context associated with the user device.
Wind power system with the least one rotor blade that is mounted on a rotor hub, as well as with a hub fairing, characterized by the fact that a rotor blade section is realized on the outer side of the hub fairing and rigidly connected to it, wherein this section of the rotor blade does not form an integral part of the rotor blade of the wind power system and that the rotor blade has its maximum profile depth in the root region, namely in the region near the hub, and is realized in two parts, wherein a partition line is oriented in the longitudinal direction of the rotor blade and that the profile of the rotor blade section realized on the hub fairing essentially corresponds to the profile of the rotor blade in the region near the hub.
A gas generant composition comprising: a fuel; an oxidizer comprising basic copper nitrate; and an endothermic slag-forming component having an average particle size diameter of greater than or equal to about 150 μm, wherein the gas generant composition has a maximum flame temperature at combustion (Tc) of less than or equal to about 1,900K (1,627°C). a fuel; an oxidizer comprising basic copper nitrate; and an endothermic slag-forming component having an average particle size diameter of greater than or equal to about 150 μm, wherein the gas generant composition has a maximum flame temperature at combustion (Tc) of less than or equal to about 1,900K (1,627°C).
A device for individually detecting animal parameters wherein the device comprises a sensor package with one or more sensors for the detection of animal parameters, wherein the device is attachable to the head and/or neck of an animal, wherein the sensor package comprises a pressure difference sensor and a sensor of the pressure difference sensor is attachable in at least one nostril of the animal, wherein the pressure difference sensor is preferably adapted to measure a relative pressure in a fluid flow of respiratory gases in the nose of the animal, characterized in that the sensor package further comprises a sensor for measuring a moisture content in the fluid flow and wherein conclusions about a condition of the animal can be derived from the detected animal parameters and/or different conditions of the animal can be displayed with a condition-specific marking on the device. the device comprises a sensor package with one or more sensors for the detection of animal parameters, wherein the device is attachable to the head and/or neck of an animal, wherein the sensor package comprises a pressure difference sensor and a sensor of the pressure difference sensor is attachable in at least one nostril of the animal, wherein the pressure difference sensor is preferably adapted to measure a relative pressure in a fluid flow of respiratory gases in the nose of the animal, characterized in that the sensor package further comprises a sensor for measuring a moisture content in the fluid flow and wherein conclusions about a condition of the animal can be derived from the detected animal parameters and/or different conditions of the animal can be displayed with a condition-specific marking on the device.
Apparatus, comprising: a female connector body comprising at least one mating surface having a first longitudinal end, and a second longitudinal end that is narrower than the first longitudinal end, wherein the mating surface is an inner surface of the female connector body; a plurality of electrically-conductive female terminals coupled to the mating surface of the female connector body; a male connector body, comprising at least one mating surface having a first longitudinal end, and a second longitudinal end that is narrower than the first longitudinal end, wherein the mating surface is an outer surface of the male connector body; and a plurality of electrically-conductive male terminals coupled to the mating surface of the male connector body; characterised in that the apparatus further comprises; an electrically-insulative connector sheath, shaped to define a plurality of apertures positioned such that, when the connector sheath is inside the female connector body or the male connector body is inside the connector sheath, each one of the apertures is aligned with a respective one of the female or male electrically-conductive terminals, respectively; and a plurality of electrical conductors disposed, respectively, within the apertures. a female connector body comprising at least one mating surface having a first longitudinal end, and a second longitudinal end that is narrower than the first longitudinal end, wherein the mating surface is an inner surface of the female connector body; a plurality of electrically-conductive female terminals coupled to the mating surface of the female connector body; a male connector body, comprising at least one mating surface having a first longitudinal end, and a second longitudinal end that is narrower than the first longitudinal end, wherein the mating surface is an outer surface of the male connector body; and a plurality of electrically-conductive male terminals coupled to the mating surface of the male connector body; characterised in that the apparatus further comprises; an electrically-insulative connector sheath, shaped to define a plurality of apertures positioned such that, when the connector sheath is inside the female connector body or the male connector body is inside the connector sheath, each one of the apertures is aligned with a respective one of the female or male electrically-conductive terminals, respectively; and a plurality of electrical conductors disposed, respectively, within the apertures.
Wobble pump system, comprising - a pump module comprising a base part and an elastically deformable membrane, wherein the base part and membrane form a linear, at least partially curved pump channel, and the base part has a pump channel inlet and a pump channel outlet, wherein the pump channel inlet and the pump channel outlet are connected to the pump channel to supply and discharge a fluid into and from the pump channel in such a way that, through a periodically circulating deformation of the membrane, a fluid can be pumped through the pump channel from the pump channel inlet to the pump channel outlet, and - a wobble pump base module, comprising a wobble pump drive with a wobble device, and a receptacle, wherein the receptacle is designed in such a way that the pump module can be inserted or placed into the receptacle by hand and can thus be received by the receptacle of the wobble pump base module, and the pump module can be removed from the receptacle the pump module by hand, characterized in that - the membrane has a bead which is formed such that it can interact with the wobble device used for deforming the membrane, and - the wobble device has a web for acting on the bead of the membrane. - a pump module comprising a base part and an elastically deformable membrane, wherein the base part and membrane form a linear, at least partially curved pump channel, and the base part has a pump channel inlet and a pump channel outlet, wherein the pump channel inlet and the pump channel outlet are connected to the pump channel to supply and discharge a fluid into and from the pump channel in such a way that, through a periodically circulating deformation of the membrane, a fluid can be pumped through the pump channel from the pump channel inlet to the pump channel outlet, and - a wobble pump base module, comprising a wobble pump drive with a wobble device, and a receptacle, wherein the receptacle is designed in such a way that the pump module can be inserted or placed into the receptacle by hand and can thus be received by the receptacle of the wobble pump base module, and the pump module can be removed from the receptacle the pump module by hand, characterized in that - the membrane has a bead which is formed such that it can interact with the wobble device used for deforming the membrane, and - the wobble device has a web for acting on the bead of the membrane. - the membrane has a bead which is formed such that it can interact with the wobble device used for deforming the membrane, and - the wobble device has a web for acting on the bead of the membrane.
An apparatus for assisting a patient with disrupted sensory and motor neurosignal transmission, the apparatus comprising: an electrical brain signal monitoring interface configured to record at least one electrical brain signal of the patient; a functional electrical stimulation device configured to connect via FES electrodes with a paralyzed portion of the patient and to control the paralyzed portion of the patient by applying FES to the paralyzed portion of the patient via the FES electrodes; an electronic processor operatively connected with the electrical brain signal monitoring interface to receive the at least one electrical brain signal and with the FES device to control the FES applied to the paralyzed portion of the patient; and a non-transitory storage medium storing instructions readable and executable by the electronic processor, characterized in that said instructions including: electrical brain signal demultiplexing instructions that are executable by the electronic processor to demultiplex the at least one electrical brain signal into an efferent motor intention signal and at least one afferent sensory signal (26, 28); and FES control instructions that are executable by the electronic processor to control the FES applied to the paralyzed portion of the patient by the FES device based on at least the efferent motor intention signal. an electrical brain signal monitoring interface configured to record at least one electrical brain signal of the patient; a functional electrical stimulation device configured to connect via FES electrodes with a paralyzed portion of the patient and to control the paralyzed portion of the patient by applying FES to the paralyzed portion of the patient via the FES electrodes; an electronic processor operatively connected with the electrical brain signal monitoring interface to receive the at least one electrical brain signal and with the FES device to control the FES applied to the paralyzed portion of the patient; and a non-transitory storage medium storing instructions readable and executable by the electronic processor, characterized in that said instructions including: electrical brain signal demultiplexing instructions that are executable by the electronic processor to demultiplex the at least one electrical brain signal into an efferent motor intention signal and at least one afferent sensory signal (26, 28); and FES control instructions that are executable by the electronic processor to control the FES applied to the paralyzed portion of the patient by the FES device based on at least the efferent motor intention signal. electrical brain signal demultiplexing instructions that are executable by the electronic processor to demultiplex the at least one electrical brain signal into an efferent motor intention signal and at least one afferent sensory signal (26, 28); and FES control instructions that are executable by the electronic processor to control the FES applied to the paralyzed portion of the patient by the FES device based on at least the efferent motor intention signal.
A fluid inlet head for use on a shunt, comprising: a first tube having a set of openings (52, 54) disposed in its wall; and a cleaning element comprising a central shaft with a number of bristles (42, 44) protruding therefrom such that when said cleaning element is installed within said first tube, at least some of said bristles (42, 44) can enter said openings (52, 54); wherein said cleaning element is adapted to vibrate when subjected to a vibration generating system, such that said bristles can move within said openings, and wherein said openings are disposed in predetermined lateral and radial positions in said tube wall, and said bristles protrude from said cleaning element in lateral and radial locations substantially aligned with the lateral and radial positions of said openings in the wall of said first tube. a first tube having a set of openings (52, 54) disposed in its wall; and a cleaning element comprising a central shaft with a number of bristles (42, 44) protruding therefrom such that when said cleaning element is installed within said first tube, at least some of said bristles (42, 44) can enter said openings (52, 54);
A positive active material for a lithium secondary battery, comprising a lithium transition metal composite oxide having an α-NaFeO 2 -type crystal structure and represented by the composition formula of Li 1+α Me 1-α O 2 (Me is a transition metal including Co, Ni and Mn and α > 0), wherein the positive active material contains K in an amount of 1200 ppm by weight or more and 18000 ppm by weight or less.
An electronic device comprising: a memory including a contiguous memory allocation region (313, 610); and a memory management unit configured to manage segmentation of the contiguous memory allocation region, wherein the memory management unit is configured to: set a segment list of the contiguous memory allocation region (313, 610), the segment list including a plurality of segments of the contiguous memory allocation region, each segment associated with a page unit memory allocation requester and a contiguous memory allocation requester, wherein the page unit memory allocation requester and the contiguous memory allocation requester associated with each segment do not simultaneously request memory allocation, receive a memory allocation request from a first memory allocation requester, and confirm whether the first memory allocation requester is included in the segment list, and, if the memory allocation requester is included in the segment list, allocate a page of a segment having the first memory allocation requester as one of the associated page unit memory allocation requester or the associated contiguous memory allocation requester. a memory including a contiguous memory allocation region (313, 610); and a memory management unit configured to manage segmentation of the contiguous memory allocation region, wherein the memory management unit is configured to: set a segment list of the contiguous memory allocation region (313, 610), the segment list including a plurality of segments of the contiguous memory allocation region, each segment associated with a page unit memory allocation requester and a contiguous memory allocation requester, wherein the page unit memory allocation requester and the contiguous memory allocation requester associated with each segment do not simultaneously request memory allocation, receive a memory allocation request from a first memory allocation requester, and confirm whether the first memory allocation requester is included in the segment list, and, if the memory allocation requester is included in the segment list, allocate a page of a segment having the first memory allocation requester as one of the associated page unit memory allocation requester or the associated contiguous memory allocation requester. set a segment list of the contiguous memory allocation region (313, 610), the segment list including a plurality of segments of the contiguous memory allocation region, each segment associated with a page unit memory allocation requester and a contiguous memory allocation requester, wherein the page unit memory allocation requester and the contiguous memory allocation requester associated with each segment do not simultaneously request memory allocation, receive a memory allocation request from a first memory allocation requester, and confirm whether the first memory allocation requester is included in the segment list, and, if the memory allocation requester is included in the segment list, allocate a page of a segment having the first memory allocation requester as one of the associated page unit memory allocation requester or the associated contiguous memory allocation requester.
Fastening bolt for the manufacturing of a flange connection of a wind turbine rotor blade, the fastening bolt being adapted to be screwed by means of an external thread into a sleeve of the flange connection without lubrication, wherein the external thread comprises a sliding material such that upon engagement with an internal thread of the sleeve, which comprises a steel material, emergency running properties are ensured, after which the fastening bolt and the sleeve can slide on each other without lubrication.
A storage unit for a urinary relief system, comprising: a body; an inlet port coupled to the body; an outlet port coupled to the body; a first porous layer disposed within the body and adjacent the inlet port; an absorbent layer disposed within the body and adjacent the first porous layer; and a second porous layer disposed within the body and adjacent the absorbent layer and the outlet port; characterized in that the absorbent layer is between the first porous layer and the second porous layer, and wherein the absorbent layer is laterally adjacent the first porous layer and the second porous layer; or wherein the absorbent layer is above the first porous layer and the absorbent layer is below the second porous layer. a body; an inlet port coupled to the body; an outlet port coupled to the body; a first porous layer disposed within the body and adjacent the inlet port; an absorbent layer disposed within the body and adjacent the first porous layer; and a second porous layer disposed within the body and adjacent the absorbent layer and the outlet port; characterized in that the absorbent layer is between the first porous layer and the second porous layer, and wherein the absorbent layer is laterally adjacent the first porous layer and the second porous layer; or wherein the absorbent layer is above the first porous layer and the absorbent layer is below the second porous layer.