mhurhangee/ep-ind-claims huggingface dataset:
A device suitable for the detection and/or characterization of target particles in a fluid, the device comprising: - at least one heating element for heating and/or measuring a temperature, the heating element being a wire comprising: o a core comprising at least an electrically conducting portion, o an electric isolating layer, said electric isolating layer provided at a surface of the core and wherein said electric isolating layer electrically isolates the core from the sample, and o a plurality of binding sites at/to which target particles can bind; - a processing means configured for measuring an electric output of the at least one heating element and/or a change in electric output of the at least one heating element and/or its heating power and obtaining a measurement of the thermal resistance at an interface between the heating element and the fluid or change thereof and for deriving, based on the measurement of the thermal resistance of the at least one heating element or change thereof, a characteristic of the target particles. - at least one heating element for heating and/or measuring a temperature, the heating element being a wire comprising: o a core comprising at least an electrically conducting portion, o an electric isolating layer, said electric isolating layer provided at a surface of the core and wherein said electric isolating layer electrically isolates the core from the sample, and o a plurality of binding sites at/to which target particles can bind; o a core comprising at least an electrically conducting portion, o an electric isolating layer, said electric isolating layer provided at a surface of the core and wherein said electric isolating layer electrically isolates the core from the sample, and o a plurality of binding sites at/to which target particles can bind; - a processing means configured for measuring an electric output of the at least one heating element and/or a change in electric output of the at least one heating element and/or its heating power and obtaining a measurement of the thermal resistance at an interface between the heating element and the fluid or change thereof and for deriving, based on the measurement of the thermal resistance of the at least one heating element or change thereof, a characteristic of the target particles.
A method of making a bottle made of at least one thermoplastic polymer of at least one FuranDiCarboxylic Acid (FDCA) monomer, preferably 2,5-FuranDiCarboxylic Acid (2,5-FDCA) monomer, and at least one diol monomer, preferably monoethylene glycol monomer, comprising the steps of: - providing a preform made of at least one thermoplastic polymer of at least one FDCA monomer and at least one diol monomer, said preform comprising a hollow tube extending along an axis and having a closed bottom end and an opened top end, - placing the preform in a mold having a cavity and a blowing device adapted to supply the cavity with a fluid at a blowing pressure, - blowing the preform through the opened top end to form the bottle comprising an envelop defining a housing, wherein, at the step of blowing the preform, the mold is heated at a temperature greater than or equal to 50°C, preferably comprised between 50°C and 100°C, more preferably between 65°C and 85°C. - providing a preform made of at least one thermoplastic polymer of at least one FDCA monomer and at least one diol monomer, said preform comprising a hollow tube extending along an axis and having a closed bottom end and an opened top end, - placing the preform in a mold having a cavity and a blowing device adapted to supply the cavity with a fluid at a blowing pressure, - blowing the preform through the opened top end to form the bottle comprising an envelop defining a housing,
Electrostatic precipitator/collector for an air purifier or aerosol purifier, comprising: - at least two electrically conductive strips (30, 31) forming collection electrodes between which an aerosol flow Q is intended to flow tangentially; - an electrically insulating spacer arranged between the at least two collection electrodes, characterized in that the spacer comprises a three-dimensional warp-knitted fabric that maintains a constant thickness between the collection electrodes. - at least two electrically conductive strips (30, 31) forming collection electrodes between which an aerosol flow Q is intended to flow tangentially; - an electrically insulating spacer arranged between the at least two collection electrodes, characterized in that the spacer comprises a three-dimensional warp-knitted fabric that maintains a constant thickness between the collection electrodes.
A catalytic converter assembly comprising a ceramic substrate body having a plurality of passages therethrough, discrete metal bodies at predetermined locations in the substrate body, and an electromagnetic field generator mounted adjacent the substrate body for generating a varying electromagnetic field, thereby inductively to heat the discrete metal bodies, characterised by the discrete metal bodies being lengths of metal wire mounted in at least some of the plurality of passages.
A pre-loaded piezoelectric stack actuator comprising a piezoelectric stack; first and second end caps (24, 26) at opposed first and second ends of the piezoelectric stack; one or more first plates stacked between the first end cap and the first end of the piezoelectric stack; one or more second plates stacked between the second end cap and the second end of the piezoelectric stack; a first elongate pre-loaded spring plate on a side of the piezoelectric stack and including opposed ends coupled to a first side of the first and second end caps, the first spring plate defining one or more slots (34, 36); and a second elongate pre-loaded spring plate on an opposite side of the piezoelectric stack and including opposed ends coupled to a second side of the first and second end caps opposite the first side of the first and second end caps, the second spring plate defining one or more slots (34, 36). a piezoelectric stack; first and second end caps (24, 26) at opposed first and second ends of the piezoelectric stack; one or more first plates stacked between the first end cap and the first end of the piezoelectric stack; one or more second plates stacked between the second end cap and the second end of the piezoelectric stack; a first elongate pre-loaded spring plate on a side of the piezoelectric stack and including opposed ends coupled to a first side of the first and second end caps, the first spring plate defining one or more slots (34, 36); and a second elongate pre-loaded spring plate on an opposite side of the piezoelectric stack and including opposed ends coupled to a second side of the first and second end caps opposite the first side of the first and second end caps, the second spring plate defining one or more slots (34, 36).
A portable apparatus for analyzing blood chemistry having a main body and a cartridge adapted to be mounted in the main body, wherein the cartridge includes a sensor card adapted for measuring desired data from sample blood and from a solution, and wherein the cartridge is equipped with a solution bag, the solution bag comprising: a receptacle that contains the solution; and a valve body that is attached to the receptacle and has a through-hole longitudinally formed therein; characterized by a valve spool that is disposed in the through-hole of the valve body; and a solution leakage preventing unit that is disposed in the valve spool, wherein the valve body has a flow channel in a predetermined section along the through-hole and a solution discharging pipe spaced at a predetermined distance from each other, wherein the solution leakage preventing unit of the valve spool includes a first blocking member (311 a) that prevents the solution from leaking outside and a second blocking member (311 b) that is spaced apart from the first blocking member (311 a) and stops or allows the solution flow from the flow channel to the solution discharging pipe, wherein the valve spool has a protrusion which is disposed to protrude from the valve body at the opposite side to the receptacle, and wherein the protrusion of the valve spool is pushed by a protruding block formed at the main body, when the cartridge is mounted in the main body. a receptacle that contains the solution; and a valve body that is attached to the receptacle and has a through-hole longitudinally formed therein; characterized by a valve spool that is disposed in the through-hole of the valve body; and a solution leakage preventing unit that is disposed in the valve spool, wherein the valve body has a flow channel in a predetermined section along the through-hole and a solution discharging pipe spaced at a predetermined distance from each other, wherein the solution leakage preventing unit of the valve spool includes a first blocking member (311 a) that prevents the solution from leaking outside and a second blocking member (311 b) that is spaced apart from the first blocking member (311 a) and stops or allows the solution flow from the flow channel to the solution discharging pipe, wherein the valve spool has a protrusion which is disposed to protrude from the valve body at the opposite side to the receptacle, and wherein the protrusion of the valve spool is pushed by a protruding block formed at the main body, when the cartridge is mounted in the main body.
A door, which in particular consists of glass, comprising an arresting device, with a fitting to be disposed at the door, which fitting accommodates an arresting pin, characterized in that the door is provided with a chamfer, and in that the fitting includes a shoulder surrounding the chamfer, wherein the arresting pin cooperates with an anchoring plate disposed at a floor or at a ceiling, wherein the arresting pin is supported in a through bore of the housing to be displaceable in the direction towards the anchoring plate, and a female thread is affixed in the through bore, into which the arresting pin is screwed.
An injection device for intraocular drug delivery comprising: a housing sized and shaped for manipulation with one hand, the housing having a wall, a proximal end and a distal end; an atraumatic ocular contact surface at the housing distal end; a conduit at least partially within the housing, the conduit having a proximal end, a distal end, and a lumen extending therethrough, wherein the conduit comprises a needle; a dynamic resistance component comprising a slidable sleeve; and a measuring component comprising a central core member and a plurality of radially extending members, the plurality of radially extending members spaced apart from each other and having the same length and shape. a housing sized and shaped for manipulation with one hand, the housing having a wall, a proximal end and a distal end; an atraumatic ocular contact surface at the housing distal end; a conduit at least partially within the housing, the conduit having a proximal end, a distal end, and a lumen extending therethrough, wherein the conduit comprises a needle; a dynamic resistance component comprising a slidable sleeve; and a measuring component comprising a central core member and a plurality of radially extending members, the plurality of radially extending members spaced apart from each other and having the same length and shape.
Window pane having a plurality of capacitive switching regions, for separating an interior from an external environment, comprising: - a pane having an inner surface and - a coating that is arranged at least partially on the inner surface of the pane, wherein a respective capacitive switching region is electrically separated from the coating by at least one coating-free dividing line and can be electrically connected to a sensor electronics system and has a detection region for contactlessly detecting an object moved by a person in an activation region and the direction of movement thereof, wherein the detection region is implemented in at least two strip-shaped subregions, the subregions are arranged at a coating-free distance corresponding to the width of the dividing line, a longitudinal axis of the subregions runs parallel to one side of the inner surface, a subregion has a length that corresponds to a side length of the inner surface. the subregions are arranged parallel to one another. - a pane having an inner surface and - a coating that is arranged at least partially on the inner surface of the pane,
Capsule for beverages comprising a casing in turn comprising: a base wall and a side wall defining a cavity that is suitable for containing an initial product to be combined with a fluid to obtain a final product, and further a flange rim extending from said side wall, said base wall having an opening bounded by a base rim extending up to said side wall; wherein said capsule further comprises a cover element, fixed to said flange rim to seal hermetically said cavity which is perforable by extracting means or injecting means of a dispensing machine in which said capsule is usable, and a closing element fixed to said base rim to seal hermetically said opening, which closing element is respectively perforable by injecting means or extracting means of said dispensing machine; said capsule being characterised in that said closing element is of greater dimensions than said base wall and is also fixed to said side wall to remain joined to said capsule even in the presence of a pressure increase inside said capsule.
A bioactive serum fraction derived from an Achachairu ( Garcinia humilis) plant, obtained by a method comprising the steps of: a. separating cell juice from fresh whole fruit, fruit parts, and/or leaves of an Achachairu plant or a plurality of Achachairu plants to obtain fresh Achachairu cell juice and a pulp portion; b. subjecting the fresh Achachairu cell juice to a destabilizing treatment protocol to yield a bioactive serum fraction and a post-destabilization precipitate; and c. isolating said bioactive serum fraction. a. separating cell juice from fresh whole fruit, fruit parts, and/or leaves of an Achachairu plant or a plurality of Achachairu plants to obtain fresh Achachairu cell juice and a pulp portion; b. subjecting the fresh Achachairu cell juice to a destabilizing treatment protocol to yield a bioactive serum fraction and a post-destabilization precipitate; and c. isolating said bioactive serum fraction.
A passive start drip chamber device comprising: a body comprising a chamber formed between a top portion and a bottom portion of the body, the chamber fluidly coupled to a primary flow port for entry of a first liquid into the chamber, a secondary flow port at the top portion for entry of a second liquid into the chamber, and an output flow port at the bottom portion to permit any of the first and second liquid to exit the chamber; and a primary flow path coupled to the primary flow port which is at the bottom portion of the body, the primary flow path being disposed through the body from the bottom portion of the body to a top portion of the body such that the first liquid moves through the primary flow path and enters the chamber through the top portion of the body; and a float valve disposed within the chamber and configured to move, based on a level of liquid within the chamber, between an occluding configuration, wherein the primary flow path is occluded, and an open configuration, wherein the primary flow path is not occluded. a body comprising a chamber formed between a top portion and a bottom portion of the body, the chamber fluidly coupled to a primary flow port for entry of a first liquid into the chamber, a secondary flow port at the top portion for entry of a second liquid into the chamber, and an output flow port at the bottom portion to permit any of the first and second liquid to exit the chamber; and a primary flow path coupled to the primary flow port which is at the bottom portion of the body, the primary flow path being disposed through the body from the bottom portion of the body to a top portion of the body such that the first liquid moves through the primary flow path and enters the chamber through the top portion of the body; and a float valve disposed within the chamber and configured to move, based on a level of liquid within the chamber, between an occluding configuration, wherein the primary flow path is occluded, and an open configuration, wherein the primary flow path is not occluded.
A cold weather vented garment (400, 700) comprising: a first inner panel; a second outer panel corresponding to the first inner panel; a plurality of seams (420, 720) at predetermined locations that join the first inner panel and the second outer panel; a plurality of chambers formed between the first inner panel and the second outer panel and between seams of the plurality of seams characterized in that the plurality of chambers are formed by stitching the first inner panel and the second outer panel along upper, and lower boundaries of the seams; and a plurality of perforations (410, 710) formed on at least a portion of the plurality of seams in between the upper and lower stitch boundaries. a first inner panel; a second outer panel corresponding to the first inner panel; a plurality of seams (420, 720) at predetermined locations that join the first inner panel and the second outer panel; a plurality of chambers formed between the first inner panel and the second outer panel and between seams of the plurality of seams characterized in that the plurality of chambers are formed by stitching the first inner panel and the second outer panel along upper, and lower boundaries of the seams; and a plurality of perforations (410, 710) formed on at least a portion of the plurality of seams in between the upper and lower stitch boundaries.
Locking system for securing at least one transport unit for cargo items, in particular a cargo pallet, in an aircraft, comprising: - a plurality of locking devices, each having at least one locking element for securing and releasing the transport unit at least one predetermined position, wherein the locking element is displaceable in a displacement direction (v) between a fixed position and a release position; and - at least one actuating device for remotely actuating the locking devices, wherein the actuating device has at least one positioning unit for initiating a positioning movement and at least one sliding unit for displacing the locking element, wherein the positioning unit is connected to the sliding unit for transmitting the positioning movement by means of at least one transmission section of the actuating device extending transversely to the displacement direction (v), wherein the sliding unit receives the positioning movement of the positioning unit received and/or transmitted by the transmission section and transmits it to the locking element, wherein the positioning unit is arranged offset by the locking devices transversely to the direction of displacement (v) and the locking devices can be remotely actuated via the positioning unit and the transmission section, wherein the sliding unit is mechanically coupled to the locking element of the respective locking device in order to transmit the positioning movement and move the locking element in the direction of displacement (v) between the fixing and release positions, wherein the locking element has a form-fitting area which is formed by a toothing, and the sliding unit comprises a, in particular second, rotary element which is in meshing engagement with the locking element for transfer into the fixing position and/or into the release position. - a plurality of locking devices, each having at least one locking element for securing and releasing the transport unit at least one predetermined position, wherein the locking element is displaceable in a displacement direction (v) between a fixed position and a release position; and - at least one actuating device for remotely actuating the locking devices, wherein the actuating device has at least one positioning unit for initiating a positioning movement and at least one sliding unit for displacing the locking element, wherein the positioning unit is connected to the sliding unit for transmitting the positioning movement by means of at least one transmission section of the actuating device extending transversely to the displacement direction (v), wherein the sliding unit receives the positioning movement of the positioning unit received and/or transmitted by the transmission section and transmits it to the locking element, wherein the positioning unit is arranged offset by the locking devices transversely to the direction of displacement (v) and the locking devices can be remotely actuated via the positioning unit and the transmission section,
A valve of a nozzle for an adjustable thrust engine for a missile, comprising a moveable valve body, a lever, characterized in that the lever is designed to be rotatable around a rotational axis, and that the valve body is positively connected to the lever, and that the valve body is cone-shaped at its head portion. a moveable valve body, a lever, characterized in that the lever is designed to be rotatable around a rotational axis, and that the valve body is positively connected to the lever, and that the valve body is cone-shaped at its head portion.