mhurhangee/ep-ind-claims huggingface dataset:
Barbecue having a housing, a carrier bowl which is arranged inside the housing with spacing relative to the housing at all sides, a charcoal chamber which is located in the carrier bowl, a barbecue rack which is located above the charcoal chamber and an air supply device which produces a flow of air which is directed into the charcoal chamber from below the carrier bowl, characterised in that the charcoal chamber is constructed in a substantially cylindrical manner and comprises a removable lid which is perforated in the face thereof wherein the lid is fixed by mechanical means in the position thereof which closes the charcoal chamber, that is to say, placed on the upper edge of the charcoal chamber.
A non-medical method of modulating the activity of transient receptor potential channel melastatin member 8 (TRPM8) comprising contacting the receptor with a compound having structural Formula: or a salt or solvate thereof; wherein Ar is optionally substituted phenyl; X 1 -X 2 is O-CR 2a R 2b, CHR 3 -CHR 4, or CR 5 =CR 6; R 2a, R 2b, R 3, R 4, R 5, and R 6 are independently hydrogen or C 1 -C 6 alkyl; hAr is thienyl; and R 1 is optionally substituted heteroaryl selected from the group consisting of pyrrolyl, furanyl, thienyl, pyrazolyl, triazolyl, oxazolyl, thiazolyl, pyridyl, pyrimidyl, and triazinyl; wherein the optional substituent is one or more of a group consisting of alkyl, alkenyl, alkoxy, hydroxyl, amino, N-alkyl amino, N-dialkyl amino, halo, nitro, cyano, acyl, or carboxyl; or two substituents, together with the atoms to which they are attached, form a carbocyclyl or heterocyclyl containing one or more heteroatom(s) selected from nitrogen, oxygen, and sulfur. Ar is optionally substituted phenyl; X 1 -X 2 is O-CR 2a R 2b, CHR 3 -CHR 4, or CR 5 =CR 6; R 2a, R 2b, R 3, R 4, R 5, and R 6 are independently hydrogen or C 1 -C 6 alkyl; hAr is thienyl; and R 1 is optionally substituted heteroaryl selected from the group consisting of pyrrolyl, furanyl, thienyl, pyrazolyl, triazolyl, oxazolyl, thiazolyl, pyridyl, pyrimidyl, and triazinyl; wherein the optional substituent is one or more of a group consisting of alkyl, alkenyl, alkoxy, hydroxyl, amino, N-alkyl amino, N-dialkyl amino, halo, nitro, cyano, acyl, or carboxyl; or two substituents, together with the atoms to which they are attached, form a carbocyclyl or heterocyclyl containing one or more heteroatom(s) selected from nitrogen, oxygen, and sulfur.
Control and information system for a lavatory of an aircraft, wherein the lavatory has a door, having a door actuator for opening and closing the door, having a lock actuator for locking and unlocking the door, having a control device for controlling the door actuator and the lock actuator, having at least one human-machine interface (10, 11) for detecting a triggering action (18a, 18b) relating to the door by a user of the door and for transmitting the triggering action (18a, 18b) to the control device as a trigger signal (19a, 19b), characterized by at least one communication interface for transmitting input information to the control device from an authorized entity different to the user, and optionally also for transmitting output information from the control device to the authorized entity. having a door actuator for opening and closing the door, having a lock actuator for locking and unlocking the door, having a control device for controlling the door actuator and the lock actuator, having at least one human-machine interface (10, 11) for detecting a triggering action (18a, 18b) relating to the door by a user of the door and for transmitting the triggering action (18a, 18b) to the control device as a trigger signal (19a, 19b), characterized by at least one communication interface for transmitting input information to the control device from an authorized entity different to the user, and optionally also for transmitting output information from the control device to the authorized entity.
An apparatus for lifting items, such as pulp units, bound together by strapping means, the apparatus including at least one horizontal beam attached to a crane and the beam having a plural number of hook trolleys attached thereto and movable along the beam, each hook trolley located at an item to be lifted being arranged to grab the strapping means of the item when grabbing members belonging to the trolleys are made to approach one another, the strapping means being thus suspended from the grabbing members, wherein the hook trolleys are provided with either one or two grabbing member pairs at a fixed distance from one another, their grabbing movement being a parallel movement, characterised by each hook trolley being suspended at an adjustable distance from the other - by a slot arrangement from said horizontal beam, the slot arrangement permitting each hook trolley to move separately in a vertical direction for a predetermined distance and to tilt to a predetermined angle in the slot arrangement; or - by means of an intermediate beam from said horizontal beam, each intermediate beam being attached to suspend from the horizontal beam by means of a slot arrangement, the intermediate beam being transverse to the horizontal beam and the slot arrangement permitting each hook trolley or hook trolley pair to move separately in a vertical direction for a predetermined distance and to tilt to a predetermined angle in the slot arrangement. - by a slot arrangement from said horizontal beam, the slot arrangement permitting each hook trolley to move separately in a vertical direction for a predetermined distance and to tilt to a predetermined angle in the slot arrangement; or - by means of an intermediate beam from said horizontal beam, each intermediate beam being attached to suspend from the horizontal beam by means of a slot arrangement, the intermediate beam being transverse to the horizontal beam and the slot arrangement permitting each hook trolley or hook trolley pair to move separately in a vertical direction for a predetermined distance and to tilt to a predetermined angle in the slot arrangement.
A downhole packer assembly comprising: an outer bladder having a drain; an inflatable packer element disposed within the outer bladder such that inflation of the packer element causes the outer bladder to expand; an end coupled to the packer element and the outer bladder; a flowline in fluid communication with the drain and the end; and a piston ring in communication with the flowline wherein the piston ring has a plurality of pistons connected to one another in a loop. an outer bladder having a drain; an inflatable packer element disposed within the outer bladder such that inflation of the packer element causes the outer bladder to expand; an end coupled to the packer element and the outer bladder; a flowline in fluid communication with the drain and the end; and a piston ring in communication with the flowline wherein the piston ring has a plurality of pistons connected to one another in a loop.
A method of making a calibrant useful in liquid chromatography, comprising the steps of: providing a reducing glycan having an aldehyde group; reacting the aldehyde group of the reducing glycan with a compound having a primary amine to produce an intermediary compound; mixing the intermediary compound with a tagging reagent, wherein the intermediary compound is labeled with the tagging reagent; and producing a labeled dextran ladder having substantially identical optical properties as a labeled N-glycan wherein the label N-glycan is produced by tagging of a N-glycan with the tagging reagent. providing a reducing glycan having an aldehyde group; reacting the aldehyde group of the reducing glycan with a compound having a primary amine to produce an intermediary compound; mixing the intermediary compound with a tagging reagent, wherein the intermediary compound is labeled with the tagging reagent; and producing a labeled dextran ladder having substantially identical optical properties as a labeled N-glycan wherein the label N-glycan is produced by tagging of a N-glycan with the tagging reagent.
A method of charging a lead acid battery comprising the steps of a) connecting the battery to a charging apparatus; b) obtaining information relating to the discharging and/or charging history of the battery; c) applying to the battery a voltage wherein the voltage is adjusted in dependence on the information relating to the discharging and/or charging history of the battery; wherein the information relating to the discharging and/or charging history of the battery is the total charge discharged from the battery over the lifetime of the battery or the total charge supplied to the battery during charging over the lifetime of the battery; characterised in that the voltage is adjusted such that the voltage applied to the battery during charging phases progressively reduces over the lifetime of the battery. a) connecting the battery to a charging apparatus; b) obtaining information relating to the discharging and/or charging history of the battery; c) applying to the battery a voltage wherein the voltage is adjusted in dependence on the information relating to the discharging and/or charging history of the battery; wherein the information relating to the discharging and/or charging history of the battery is the total charge discharged from the battery over the lifetime of the battery or the total charge supplied to the battery during charging over the lifetime of the battery; characterised in that the voltage is adjusted such that the voltage applied to the battery during charging phases progressively reduces over the lifetime of the battery.
A Power over Ethernet, PoE, system, comprising: a Power Sourcing Equipment, PSE, for providing power to a PoE link, and a Powered Device, PD, coupled to the PoE link for receiving the power from the PSE, the PSE having data communication circuitry configured for providing data communication with the PD in a common mode between two pairs of lines in an Ethernet twisted pair cable, characterized in that the data communication is carried out from the Powered Device, PD, only - during a low-current 250 ms window defined by the IEEE 802.3af protocol or - during a 50 ms window defined by an overload time limit established by the IEEE 802.3af protocol. a Power Sourcing Equipment, PSE, for providing power to a PoE link, and a Powered Device, PD, coupled to the PoE link for receiving the power from the PSE, the PSE having data communication circuitry configured for providing data communication with the PD in a common mode between two pairs of lines in an Ethernet twisted pair cable, characterized in that the data communication is carried out from the Powered Device, PD, only - during a low-current 250 ms window defined by the IEEE 802.3af protocol or - during a 50 ms window defined by an overload time limit established by the IEEE 802.3af protocol. - during a low-current 250 ms window defined by the IEEE 802.3af protocol or - during a 50 ms window defined by an overload time limit established by the IEEE 802.3af protocol.
A portable enteral feeding apparatus comprising:- a pouch which defines a reservoir for enteral fluid and having a pouch outlet for delivery of enteral fluid from the pouch; an outlet spout having a pouch spigot connected to the pouch outlet and a connector spigot which is adapted for mounting of a connector shaft; a valve mounted to the spout; the connector spigot having mounting means for mounting a connector shaft of a PEG feeding system to the connector spigot when a connector shaft is extended through the valve; and an interlock to prevent fixing of a connector shaft to the connector spigot if a connector shaft is not extended through the valve, characterized in that, the connector spigot comprises a plurality of grooves (120, 122) and the interlock comprises an end stop (124, 125) in at least one of the grooves to prevent passage of a connector shaft formation. a pouch which defines a reservoir for enteral fluid and having a pouch outlet for delivery of enteral fluid from the pouch; an outlet spout having a pouch spigot connected to the pouch outlet and a connector spigot which is adapted for mounting of a connector shaft; a valve mounted to the spout; the connector spigot having mounting means for mounting a connector shaft of a PEG feeding system to the connector spigot when a connector shaft is extended through the valve; and an interlock to prevent fixing of a connector shaft to the connector spigot if a connector shaft is not extended through the valve, characterized in that, the connector spigot comprises a plurality of grooves (120, 122) and the interlock comprises an end stop (124, 125) in at least one of the grooves to prevent passage of a connector shaft formation.
A powder delivery system for an additive manufacturing device having a carrier gas source, a powder feeder, and a nozzle, the system comprising: a powder delivery line having an input section fluidly communicating with the carrier gas source and the powder feeder and an output section fluidly communicating with the nozzle; a powder control valve as a peristaltic pump assembly disposed in the powder delivery line and having an input port fluidly communicating with the input section of the powder delivery line, an output port fluidly communicating with the output section of the powder delivery line, and return port, the powder control valve having a recirculation state configured to separate an input fluid flow entering the input port into an output fluid flow supplied to the outlet port and a return fluid flow supplied to the return port; a return line fluidly communicating with the return port of the powder control valve; and a collector fluidly communicating with the return line, wherein the peristaltic pump assembly comprises an output peristaltic pump configured to engage a flexible portion of the output section and a return peristaltic pump configured to engage a flexible portion of the return line and wherein the output peristaltic pump and the return peristaltic pump comprise rotors having shoes that are configured to pinch and roll the flexible portions to advance fluid flow through the output section and return line, respectively. a powder delivery line having an input section fluidly communicating with the carrier gas source and the powder feeder and an output section fluidly communicating with the nozzle; a powder control valve as a peristaltic pump assembly disposed in the powder delivery line and having an input port fluidly communicating with the input section of the powder delivery line, an output port fluidly communicating with the output section of the powder delivery line, and return port, the powder control valve having a recirculation state configured to separate an input fluid flow entering the input port into an output fluid flow supplied to the outlet port and a return fluid flow supplied to the return port; a return line fluidly communicating with the return port of the powder control valve; and a collector fluidly communicating with the return line, wherein the peristaltic pump assembly comprises an output peristaltic pump configured to engage a flexible portion of the output section and a return peristaltic pump configured to engage a flexible portion of the return line and wherein the output peristaltic pump and the return peristaltic pump comprise rotors having shoes that are configured to pinch and roll the flexible portions to advance fluid flow through the output section and return line, respectively.
An apparatus comprising: a base configured to couple to a patient at a preliminary port location for a robotic arm; a member coupled to the base via a flexible joint, the flexible joint being configured such that the member is pivotable relative to the base, the member comprising a first end and a second end opposite the first end, wherein the member is transitionable between an extended configuration and a compressed configuration; at least one tracking element coupled to the member, wherein the at least one tracking element is configured to allow tracking of the member relative to the preliminary port location; and a marking element engaged with the member, such that when the base is coupled to the patient, the marking element is spaced apart from the patient when the member is in the extended configuration and the marking element is in contact with the patient when the member is in the compressed configuration, wherein the marking element is configured to mark the preliminary port location on the patient. a base configured to couple to a patient at a preliminary port location for a robotic arm; a member coupled to the base via a flexible joint, the flexible joint being configured such that the member is pivotable relative to the base, the member comprising a first end and a second end opposite the first end, wherein the member is transitionable between an extended configuration and a compressed configuration; at least one tracking element coupled to the member, wherein the at least one tracking element is configured to allow tracking of the member relative to the preliminary port location; and a marking element engaged with the member, such that when the base is coupled to the patient, the marking element is spaced apart from the patient when the member is in the extended configuration and the marking element is in contact with the patient when the member is in the compressed configuration, wherein the marking element is configured to mark the preliminary port location on the patient.
A valve actuator comprising a piston moveable within a cylinder, an indicator pin support member movable with the piston, and an indicator pin attached to the support member and extending through an opening provided in a housing, wherein the indicator pin includes an attachment region held captive to the support member, and characterised in that the attachment region extends through an arcuate slot formed in the support member.
A dishwasher having - a washing chamber - a door comprising a detergent dispenser, and - a wash arm arrangement with a rotatable first wash arm arranged within said washing chamber, characterized in that said wash arm arrangement further comprises - a second wash arm, which is rotatably attached to said rotatable first wash arm, and which comprises - a spray nozzle arranged to expel washing liquid, said spray nozzle moving along a circular path with a radius (r) in a plane (p) during a rotation cycle of said second wash arm, and being oriented on the second wash arm along a direction (d) that forms a first angle (α) with the radius (r) in said plane (p) and a second angle (β) with said plane (p), so that the washing liquid expelled from the spray nozzle intersects the detergent dispenser during at least a portion of said rotation cycle of the second wash arm. - a washing chamber - a door comprising a detergent dispenser, and - a wash arm arrangement with a rotatable first wash arm arranged within said washing chamber, - a second wash arm, which is rotatably attached to said rotatable first wash arm, and which comprises - a spray nozzle arranged to expel washing liquid, said spray nozzle moving along a circular path with a radius (r) in a plane (p) during a rotation cycle of said second wash arm, and being oriented on the second wash arm along a direction (d) that forms a first angle (α) with the radius (r) in said plane (p) and a second angle (β) with said plane (p), so that the washing liquid expelled from the spray nozzle intersects the detergent dispenser during at least a portion of said rotation cycle of the second wash arm.
Ahead mount display support, comprising a support body comprising two telescopic arms, wherein the two telescopic arms are overlapped with each other; a knob shaft; an adjustment gear configured to move to the overlapping part and mesh with the two telescopic arms, and drive the two telescopic arms to move towards or away from each other; and a self-locking mechanism comprising a rear housing, an elastic member and a locking member; wherein the rear housing is arranged on a side of the overlapping part away from the knob shaft, wherein the elastic member is configured to drive the locking member to bounce into the overlapping part, to lock a relative position of the two telescopic arms characterized in that said said knob shaft is configured to move into an overlapping part of the two telescopic arms in response to being pressed; said adjustment gear is fixedly sleeved on the knob shaft and configured to, in response to the knob shaft being pressed, be driven by the knob shaft; and in that an end of the elastic member is fixed to the rear housing and another end of the elastic member is connected with the locking member, and the locking member is configured to abut against an end of the knob shaft in response to the knob shaft being in a pressed state; wherein in response to the knob shaft retracting, the knob shaft is configured to drive the adjustment gear to move away from the overlapping part. a support body comprising two telescopic arms, wherein the two telescopic arms are overlapped with each other; a knob shaft; an adjustment gear configured to move to the overlapping part and mesh with the two telescopic arms, and drive the two telescopic arms to move towards or away from each other; and a self-locking mechanism comprising a rear housing, an elastic member and a locking member; wherein the rear housing is arranged on a side of the overlapping part away from the knob shaft, wherein the elastic member is configured to drive the locking member to bounce into the overlapping part, to lock a relative position of the two telescopic arms characterized in that said said knob shaft is configured to move into an overlapping part of the two telescopic arms in response to being pressed; said adjustment gear is fixedly sleeved on the knob shaft and configured to, in response to the knob shaft being pressed, be driven by the knob shaft; and in that an end of the elastic member is fixed to the rear housing and another end of the elastic member is connected with the locking member, and the locking member is configured to abut against an end of the knob shaft in response to the knob shaft being in a pressed state; wherein in response to the knob shaft retracting, the knob shaft is configured to drive the adjustment gear to move away from the overlapping part.
Method for focusing extreme ultraviolet, EUV, radiation, comprising the steps of: - coupling the EUV radiation into an optical input port of a gas-filled capillary discharge waveguide, GFCDW, having a rectilinear capillary filled with a plasma containing free electrons forming a plasma lens for the EUV radiation, wherein the free electrons have a density profile with a minimum density in the center and a maximum density at the wall of the capillary; and - coupling the EUV radiation transmitted through the GFCDW out of an optical output port. - coupling the EUV radiation into an optical input port of a gas-filled capillary discharge waveguide, GFCDW, having a rectilinear capillary filled with a plasma containing free electrons forming a plasma lens for the EUV radiation, wherein the free electrons have a density profile with a minimum density in the center and a maximum density at the wall of the capillary; and - coupling the EUV radiation transmitted through the GFCDW out of an optical output port.
A microporous crystalline zeolite having a channel system comprising 10-membered rings of tetrahedrally coordinated atoms and 12-membered rings of tetrahedrally coordinated atoms in a single channel; wherein the channel system is a one-dimensional channel system.
An ultrasonic phased array transducer assembly comprising a single ultrasonic probe housing in which a plurality of phased array subassemblies (22, 24, 26) are mounted with at least two of the phased array subassemblies (22, 26) respectively positioned at a skewed angle relative to a leading face of the probe housing and all of the phased array subassemblies are mounted at skewed angles to each other, characterized in that each phased array subassembly is mounted within the housing on a single piece of material with individual wedge surfaces machined to orient the subassemblies in their proper position.