mhurhangee/ep-ind-claims huggingface dataset:
A dispenser for actuating an injection syringe for receiving and gradually dispensing liquid with • a rod-shaped housing, • a first reception with a first opening at the lower end of the housing for inserting a first fastening section on the upper edge of a cylinder of the injection syringe, • a receiving body with a second reception and a second opening at the lower end for inserting a second fastening section on a piston of the injection syringe, • first means for releaseably holding the first fastening section in the first reception, • second means for releaseably holding the second fastening section in the second reception, • first means for displacing the receiving body upwards in the housing, • second means for gradually displacing the receiving body downwards in the housing, comprising, • an actuating member projecting from the housing, for performing individual steps, • a toothed rack with a set of teeth arranged in the housing and connected to the receiving body, and • a pivotably mounted latch on the actuating member in the housing, which, when the actuating member is displaced downwards, engages the teeth of the toothed rack and takes said set of teeth with it and, when the actuating member is displaced upwards, upwardly disengages the set of teeth, characterised in that • the toothed rack and the receiving body are manufactured out of plastic as a single piece and • the second means for releaseably holding have at least one second lever handle, which is arranged in a side opening of the receiving body and manufactured out of elastic plastic as a single piece with the receiving body. • a rod-shaped housing, • a first reception with a first opening at the lower end of the housing for inserting a first fastening section on the upper edge of a cylinder of the injection syringe, • a receiving body with a second reception and a second opening at the lower end for inserting a second fastening section on a piston of the injection syringe, • first means for releaseably holding the first fastening section in the first reception, • second means for releaseably holding the second fastening section in the second reception, • first means for displacing the receiving body upwards in the housing, • second means for gradually displacing the receiving body downwards in the housing, comprising, • an actuating member projecting from the housing, for performing individual steps, • a toothed rack with a set of teeth arranged in the housing and connected to the receiving body, and • a pivotably mounted latch on the actuating member in the housing, which, when the actuating member is displaced downwards, engages the teeth of the toothed rack and takes said set of teeth with it and, when the actuating member is displaced upwards, upwardly disengages the set of teeth, • the toothed rack and the receiving body are manufactured out of plastic as a single piece and • the second means for releaseably holding have at least one second lever handle, which is arranged in a side opening of the receiving body and manufactured out of elastic plastic as a single piece with the receiving body.
A syringe adapter comprising: a housing having a first end and a second end, the first end configured to be secured to a first container; a cannula having a first end and a second end, the second end of the cannula positioned within the housing; and a seal arrangement positioned within the housing, the seal arrangement movable within the housing between a first position where the seal arrangement is disengaged from a mating connector and a second position where the seal arrangement is engaged with a mating connector, the seal arrangement comprising a membrane; and a lock mechanism movable between an unlocked position and a locked position, wherein the seal arrangement includes a lock interface that is configured to engage the lock mechanism when the seal arrangement is in the second position and when the lock mechanism is in the locked position, the lock mechanism is disengaged from the lock interface when the seal arrangement is in the second position and when the lock mechanism is in the unlocked position, the lock mechanism has a first end and a second end, characterized in that, when the lock mechanism is in the unlocked position, the first end of the lock mechanism protrudes from the housing and the second end of the lock mechanism is received within the housing, and when the lock mechanism is in the locked position, the first end of the lock mechanism is received within the housing and the second end of the lock mechanism protrudes from the housing. a housing having a first end and a second end, the first end configured to be secured to a first container; a cannula having a first end and a second end, the second end of the cannula positioned within the housing; and a seal arrangement positioned within the housing, the seal arrangement movable within the housing between a first position where the seal arrangement is disengaged from a mating connector and a second position where the seal arrangement is engaged with a mating connector, the seal arrangement comprising a membrane; and a lock mechanism movable between an unlocked position and a locked position, wherein the seal arrangement includes a lock interface that is configured to engage the lock mechanism when the seal arrangement is in the second position and when the lock mechanism is in the locked position, the lock mechanism is disengaged from the lock interface when the seal arrangement is in the second position and when the lock mechanism is in the unlocked position, the lock mechanism has a first end and a second end, characterized in that, when the lock mechanism is in the unlocked position, the first end of the lock mechanism protrudes from the housing and the second end of the lock mechanism is received within the housing, and when the lock mechanism is in the locked position, the first end of the lock mechanism is received within the housing and the second end of the lock mechanism protrudes from the housing.
Transport container for transporting temperature-sensitive transport goods, comprising a chamber for receiving the transport goods and a shell enclosing the chamber, wherein the shell comprises at least one first latent heat storage element, wherein the heat storage element is arranged in a heat exchanging relationship with the chamber, wherein the latent heat storage element consists of a latent heat storage material that comprises a carrier material which is dimensionally stable at use temperature and a phase change material distributed within the mass of the carrier material, so that the at least one first latent heat storage element is dimensionally stable in a temperature range both below and above the melting point of the phase change material, wherein the at least one first latent heat storage element is designed as a cast part which surrounds the chamber in one piece, seen in cross section, at least over half the circumference, characterized in that the latent heat storage element is produced by casting the latent heat storage material, wherein the latent heat storage material is liquefied by heating, wherein the liquefied latent heat storage material is being cast and allowed to solidify.
A method of gravel packing a hole in a subterranean formation having a filter cake coated on the surface thereof, comprising: injecting into the hole a gravel pack composition comprising gravel and a carrier fluid comprising a base fluid and at least one iminodiacetic acid or salt thereof, wherein the at least one iminodiacetic acid or a salt thereof is represented by the formula wherein the M groups each independently represents a hydrogen atom, an alkali metal atom, an ammonium group or a substituted ammonium group; Y represents a divalent alkyl group having from 1 to 7 carbon atoms and the divalent alkyl group may be substituted by a hydroxyl group or a COOM group wherein M represents a hydrogen atom, an alkali metal atom, an ammonium group or a substituted ammonium group; and W represents a COOM group, wherein M represents a hydrogen atom, an alkali metal atom, an ammonium group or a substituted ammonium group. injecting into the hole a gravel pack composition comprising gravel and a carrier fluid comprising a base fluid and at least one iminodiacetic acid or salt thereof, wherein the at least one iminodiacetic acid or a salt thereof is represented by the formula wherein the M groups each independently represents a hydrogen atom, an alkali metal atom, an ammonium group or a substituted ammonium group; Y represents a divalent alkyl group having from 1 to 7 carbon atoms and the divalent alkyl group may be substituted by a hydroxyl group or a COOM group wherein M represents a hydrogen atom, an alkali metal atom, an ammonium group or a substituted ammonium group; and W represents a COOM group, wherein M represents a hydrogen atom, an alkali metal atom, an ammonium group or a substituted ammonium group.
A step for a stairway, wherein the step is shaped into a U- or C-shaped profile made of a flat sheet metal blank made of sheet metal material with a walking surface section, a front and a rear bent side section (104, 106) and bent end sections (120, 122), wherein the end sections (120, 122) or respectively side sections (104, 106) have holes for a screw fastening on inner and outer holding means for a stairway, characterized in that the side sections (104, 106) and/or the end sections (120, 122) have buttstraps on the ends, which are bendable against the inside or outside of the adjacent end section or side section and the buttstraps have holes for a screw fastening on inner and outer holding means for a stairway, wherein the walking surface is tensioned in that the side sections and/or end sections are beveled by less than 90° and are bent to approximately 90° by subsequent elastic deformation and the in turn bent buttstraps on the side sections or end sections are brought into conformity tensioned with their holes to the holes in the end sections or respectively side sections and are held tensioned in the aligned holes with screws.
A composition comprising a chimeric peptide, the chimeric peptide comprising an orthopoxvirus major histocompatibility complex class 1-like protein (OMCP) peptide linked to an IL2 peptide, wherein the OMCP peptide comprises an amino acid sequence selected from the group consisting of SEQ ID NOS: 7, 13, and 14, and the IL2 peptide comprises an amino acid sequence of SEQ ID NO: 5 or SEQ ID NO: 5 with at least one mutation, wherein said at least one mutation is selected from the group consisting of R38A, F42K, and C125S.
A slidable container with a child lock, comprising: a rectangular open-top lower container including a bottom plate, a front plate, a rear plate and a pair of side plates; and a lid for closing the lower container and mounted on the lower container slidably in a direction from the rear plate toward the front plate of the lower container, said lid including a top plate, a rear plate and a pair of side plates, characterised in that each side plate of the lower container has, on its end nearest to the front plate, an inner plate portion extending inwardly from the respective side plate through a step portion, and the lower container has a pair of working plates each extending from the front plate of the lower container and lying outside of and parallel to a respective inner plate portion, wherein an engaging piece is provided through an engaging step portion at the end of each working plate opposite the front plate, wherein when the lower container is closed with the lid, each side plate of the lid overlaps the corresponding side plate and the corresponding engaging piece of the lower container, and the end of each side plate of the lid nearest to the front plate is in contact with the engaging step portion of the lower container so that the lower container is sealed by the lid, and wherein an engaging portion is provided in each engaging piece of the lower container, and a locking portion to engage the engaging portion of the engaging piece is provided in the corresponding side plate of the lid. a rectangular open-top lower container including a bottom plate, a front plate, a rear plate and a pair of side plates; and a lid for closing the lower container and mounted on the lower container slidably in a direction from the rear plate toward the front plate of the lower container, said lid including a top plate, a rear plate and a pair of side plates,
A gaspath component comprising: a flowpath body; a cooling plenum disposed within said flowpath body, the cooling plenum including a first region configured to receive a cooling flow and a second region configured to expel the cooling flow from the flowpath body; and a metering obstruction (150; 450) positioned between the first region and the second region and configured to meter a flow of coolant through the cooling plenum, wherein the metering obstruction (150; 450) is a wall segment including at least one restricted opening, the at least one restricted opening including a plurality of metering holes (152; 452), characterized in that: the plurality of metering holes (152; 452) are unevenly distributed across the metering obstruction (150; 450), with a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) farthest from an opening for receiving the cooling flow is greater than a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) closest to the opening for receiving the cooling flow. a flowpath body; a cooling plenum disposed within said flowpath body, the cooling plenum including a first region configured to receive a cooling flow and a second region configured to expel the cooling flow from the flowpath body; and a metering obstruction (150; 450) positioned between the first region and the second region and configured to meter a flow of coolant through the cooling plenum, wherein the metering obstruction (150; 450) is a wall segment including at least one restricted opening, the at least one restricted opening including a plurality of metering holes (152; 452), characterized in that: the plurality of metering holes (152; 452) are unevenly distributed across the metering obstruction (150; 450), with a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) farthest from an opening for receiving the cooling flow is greater than a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) closest to the opening for receiving the cooling flow.
Apparatus for indicating a characteristic associated with a power factor for a power line, the apparatus comprising: at least one first feedback element (229, 230) arranged to couple to a power line that delivers electrical power from an Alternating Current source to a load and arranged to provide a first feedback voltage that represents a voltage provided by the power line; and at least one further feedback element (239, 240) arranged to couple to the power line and arranged to provide a further feedback voltage that represents a current provided by the power line; and at least one impedance element; characterized by the at least one impedance element, having an electrical impedance, wherein a first potential difference across the impedance element that is responsive to a potential difference between the first feedback voltage that represents a voltage provided by the power line and the further feedback voltage that represents a current provided by the power line, indicates a characteristic associated with a power factor for the power line. at least one first feedback element (229, 230) arranged to couple to a power line that delivers electrical power from an Alternating Current source to a load and arranged to provide a first feedback voltage that represents a voltage provided by the power line; and at least one further feedback element (239, 240) arranged to couple to the power line and arranged to provide a further feedback voltage that represents a current provided by the power line; and at least one impedance element; characterized by the at least one impedance element, having an electrical impedance, wherein a first potential difference across the impedance element that is responsive to a potential difference between the first feedback voltage that represents a voltage provided by the power line and the further feedback voltage that represents a current provided by the power line, indicates a characteristic associated with a power factor for the power line.
A method for bypassing a fuel cell in a solid oxide fuel cell stack (200/ 250/ 400/ 600/ 702a, 702b, 702c, 702d, 702e, 702f), comprising: identifying a defective fuel cell to bypass; wherein the method is characterized by welding on a side of the stack a conductive jumper (202/ 254/ 602) to the fuel cell stack such that the jumper electrically connects a first interconnect (9a/ 9c/ 9g) in the fuel cell stack and a second interconnect (9b/ 9d/ 9h) in the fuel cell stack and electrically bypasses the identified defective fuel cell, wherein the jumper comprises a strip of metal that electrically connects the first and second interconnects and does not comprise a diode. identifying a defective fuel cell to bypass; wherein the method is characterized by
Method for controlling an industrial truck having a reception device for a wireless signal which is emitted by a sensor device which is carried by a person, wherein the reception device is connected to a control apparatus, characterized in that the sensor device comprises measuring sensors for detecting electrical muscle activity, and the position of body parts and/or movement sequence of body parts are detected as control gestures by means of a control apparatus of the sensor device, the control gestures are transmitted as parameters to the reception device as a wireless signal, and the control apparatus of the industrial truck generates, in accordance with the control gesture, a control command for controlling the industrial truck.
Slab production plant for producing slabs, with at least one carrier on which work stations are arranged, wherein one of these stations is a dosing device which is suitable and intended to provide a material to be pressed in a predetermined dose, wherein this dosing device is replaceable, wherein the slab production plant has a quick-change system for replacing the dosing device, characterised in that the dosing device is fastened to a stand (32, 33) of the slab production plant.
A trimmable wound bandage, namely film or foil bandage, for air- and negative pressure-tight closure of a wound space in negative pressure wound therapy, with a flat material layer, on film or foil basis, which effects the air- and negative pressure-tight closure with a frame forming support element provided on the wound-averted side of the flat material layer which stabilizes the flat material layer in areal extent during application of the wound bandage and with a glue coating provided on a wound-facing side of the flat material layer and with a detachable protective layer covering the glue coating until application of the bandage; and with multiple manually graspable, in particular tab-shaped or strip-shaped gripping regions configured to not adhere to the glue coating, for facilitating detachment of the protective layer, wherein in circumferential direction of the bandage and distributed over an outer circumference of the bandage, a multiplicity of gripping regions is provided wherein the gripping regions are configured integral as one piece with the protective layer and protrude transverse to the circumferential direction of the bandage and the distance of the gripping regions to each other in circumferential direction of the bandage measured along a border edge of the bandage is at least 10 mm, and at most 80 mm, and wherein the frame forming support element has sections which extend strip- or web-shaped inwardly from an outer circumferential region of the bandage and wherein the strip or web shaped extending sections meet each other.
A shower drain system for recovering thermal energy from a flow of shower greywater comprising: - a drain cup for receiving shower greywater, - a heat exchanger arranged downstream of the drain cup, the heat exchanger being configured to heat a flow of incoming cold water with the shower greywater, the drain cup comprising a drain cup inlet for receiving the shower greywater, and a drain cup outlet for discharging shower greywater to the heat exchanger, wherein the drain cup comprises a nozzle arranged and configured to supply hot water into the drain cup, the nozzle being arranged downstream of the drain cup inlet and upstream of the drain cup outlet, characterized by the nozzle being arranged and configured to face the drain cup outlet. - a drain cup for receiving shower greywater, - a heat exchanger arranged downstream of the drain cup, the heat exchanger being configured to heat a flow of incoming cold water with the shower greywater, the drain cup comprising a drain cup inlet for receiving the shower greywater, and a drain cup outlet for discharging shower greywater to the heat exchanger, wherein the drain cup comprises a nozzle arranged and configured to supply hot water into the drain cup, the nozzle being arranged downstream of the drain cup inlet and upstream of the drain cup outlet, characterized by the nozzle being arranged and configured to face the drain cup outlet.
A self-aligning busbar assembly, comprising: a housing; a busbar having a first terminal connecting end, a second terminal connecting end, and a jog portion (94, 96)) disposed therebetween; and a front holder coupled to the housing and the busbar, the front holder including an inner wall defining a busbar receiving aperture to receive at least a portion of the busbar, and at least one flexible tab extending inwardly from the inner wall into the busbar receiving aperture, the at least one flexible tab configured to bias and center the at least a portion of the busbar within the busbar receiving aperture, wherein at least one clearance is defined in the busbar receiving aperture between the inner wall and the busbar, the at least one clearance configured to enable at least one of the first and second terminal connecting ends (90, 92) to move to account for tolerances and/or variances during installation of the busbar assembly, characterized in that the busbar receiving aperture includes a receiving shoulder formed therein, in that the busbar includes at least one angular retention feature configured to seat with and engage the receiving shoulder to prevent removal of the front holder from the busbar; and in that the front holder further includes a front holder aperture configured to receive a retention tab of the housing to thereby secure the front holder to the housing. a housing; a busbar having a first terminal connecting end, a second terminal connecting end, and a jog portion (94, 96)) disposed therebetween; and a front holder coupled to the housing and the busbar, the front holder including an inner wall defining a busbar receiving aperture to receive at least a portion of the busbar, and at least one flexible tab extending inwardly from the inner wall into the busbar receiving aperture, the at least one flexible tab configured to bias and center the at least a portion of the busbar within the busbar receiving aperture, wherein at least one clearance is defined in the busbar receiving aperture between the inner wall and the busbar, the at least one clearance configured to enable at least one of the first and second terminal connecting ends (90, 92) to move to account for tolerances and/or variances during installation of the busbar assembly, characterized in that the busbar receiving aperture includes a receiving shoulder formed therein, in that the busbar includes at least one angular retention feature configured to seat with and engage the receiving shoulder to prevent removal of the front holder from the busbar; and in that the front holder further includes a front holder aperture configured to receive a retention tab of the housing to thereby secure the front holder to the housing.