mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: first and second fluid reservoirs (20a, 20b); a thermal transfer region disposed between the first and second fluid reservoirs (20a, 20b); and a payload volume for containing one or more objects or items to be cooled, the payload volume being disposed in thermal communication with the second fluid reservoir, the refrigerator further comprising cooling means disposed in the first fluid reservoir and in thermal communication with fluid contained therein, in use, to thereby cool said fluid, characterised in that the thermal transfer region is disposed between respective upper regions of the first and second fluid reservoirs (20a, 20b), the cooling means is disposed in a lower region of the first fluid reservoir, and the first fluid reservoir containing the cooling means is behind the payload volume as opposed to above it, the refrigerator being configured to allow fluid within the first fluid reservoir at a temperature below a critical temperature thereof, being a temperature of maximum density, to rise to an upper region of the first fluid reservoir and to allow fluid within the second fluid reservoir at a temperature above said critical temperature to rise to an upper region of the second fluid reservoir thereby to allow thermal transfer to take place in the thermal transfer region between fluid that has risen in the first fluid reservoir and fluid that has risen in the second fluid reservoir so that fluid at the critical temperature in the thermal transfer region is able to sink at least into the second fluid reservoir. first and second fluid reservoirs (20a, 20b); a thermal transfer region disposed between the first and second fluid reservoirs (20a, 20b); and a payload volume for containing one or more objects or items to be cooled, the payload volume being disposed in thermal communication with the second fluid reservoir, the refrigerator further comprising cooling means disposed in the first fluid reservoir and in thermal communication with fluid contained therein, in use, to thereby cool said fluid, characterised in that the thermal transfer region is disposed between respective upper regions of the first and second fluid reservoirs (20a, 20b), the cooling means is disposed in a lower region of the first fluid reservoir, and the first fluid reservoir containing the cooling means is behind the payload volume as opposed to above it, the refrigerator being configured to allow fluid within the first fluid reservoir at a temperature below a critical temperature thereof, being a temperature of maximum density, to rise to an upper region of the first fluid reservoir and to allow fluid within the second fluid reservoir at a temperature above said critical temperature to rise to an upper region of the second fluid reservoir thereby to allow thermal transfer to take place in the thermal transfer region between fluid that has risen in the first fluid reservoir and fluid that has risen in the second fluid reservoir so that fluid at the critical temperature in the thermal transfer region is able to sink at least into the second fluid reservoir.
A profile assembly, comprising - a first profile, a second profile and a butt connector, wherein - the butt connector is mounted vertically on the first profile, wherein - at least sections of the second profile comprise a hollow chamber, wherein the butt connector is inserted into the hollow chamber, wherein - the butt connector and the first profile are connected together by positive connecting means, wherein - a punching screw having a threaded section and a punch pin is screwed into the butt connector, wherein - the punch pin is arranged in an opening of the first profile, characterized in that the punching screw is provided with a conical section between the threaded section and the punch pin, wherein the punch pin is of conical or cone-shaped design. - a first profile, a second profile and a butt connector, wherein - the butt connector is mounted vertically on the first profile, wherein - at least sections of the second profile comprise a hollow chamber, wherein the butt connector is inserted into the hollow chamber, wherein - the butt connector and the first profile are connected together by positive connecting means, wherein - a punching screw having a threaded section and a punch pin is screwed into the butt connector, wherein - the punch pin is arranged in an opening of the first profile,
Method for operating an ultrasonic welding tool with fluid drive, wherein the ultrasonic welding tool is connected by way of a piston rod to a working piston which is guided in a housing of the drive, wherein the working piston sub-divides the drive housing into a primary chamber and a secondary chamber, wherein either two valves are provided, wherein each of the chambers is able to communicate by way of a valve with a fluidized pressure source, or a control valve is provided, with which optionally the primary chamber or the secondary chamber are able to communicate with the fluidized pressure source, wherein two sensors for detecting of two physical properties are provided, which each emit an actual signal which is in relationship with each of the physical properties detected, wherein the first physical property is the position of the piston, characterized in that either, if the first signal is smaller than, or equal to, a given threshold value, the first actual signal via a control circuit controls the two valves or the control valve in such a way that the first physical property detected follows a reference value profile, and, if the first signal is greater than the given threshold value, the second actual signal via a control circuit controls the two valves or the control valve in such a way that the second physical property detected follows a reference value profile, or, if the second actual signal is smaller than, or equal to, a given threshold value, the first actual signal via a control circuit controls the two valves or the control valve in such a way that the first physical property detected follows a reference value profile, and, if the second signal is greater than the given threshold value, the second actual signal via a control circuit controls the two valves or the control valve in such a way that the second physical property detected follows a reference value profile.
A method by a user equipment for handling a signaling message transmitted from a network, the method comprising: receiving the signaling message from the network, wherein the signaling message includes an activation time, transmission rate restrictions, and may optionally include a control duration; receiving a state transition trigger to move from a first state to a second state; and determining the user equipment's transmission rate restrictions behavior upon receiving the state transition trigger, wherein said determining the user equipment's transmission rate restrictions behavior comprises determining whether the activation time has been reached to assess whether at the time of preparing for the triggered state transition the transmission rate restrictions have been applied at the user equipment or not, and wherein said determining the user equipment's transmission rate restriction behavior is further based on whether the activation time has been reached and on whether the control duration is included in the signaling message or the control duration has lapsed. receiving the signaling message from the network, wherein the signaling message includes an activation time, transmission rate restrictions, and may optionally include a control duration; receiving a state transition trigger to move from a first state to a second state; and determining the user equipment's transmission rate restrictions behavior upon receiving the state transition trigger, wherein said determining the user equipment's transmission rate restrictions behavior comprises determining whether the activation time has been reached to assess whether at the time of preparing for the triggered state transition the transmission rate restrictions have been applied at the user equipment or not, and
A spring restraining clip for mounting the axial terminus of a coil spring on the chassis via a spring seat, said spring restraining clip comprising at least three spring restraining members (11, 13, 14) separately placed in the circumferential direction, wherein two of the aforementioned spring restraining members (11, 13) are the open type of spring restraining member structured so as to clasp and hold coil springs inserted in the axial direction, and one of the aforementioned spring restraining members is a closed spring restraining member that accepts the tip of a coil spring due to rotational movement in the circumferential direction of the coil spring inserted in the aforementioned axial direction, characterized in that the aforementioned closed spring restraining member has a loop structure in which the travel path in the circumferential direction of a coil spring that is moved rotationally is covered by a bridge, has a spring tab that extends obliquely downward in the direction of travel of the coil spring from the bridge, and is structured so that said spring tab would contact the coil spring to apply thrust force to the coil spring.
Explosion-proof housing, in particular housing of protection class ex-d, wherein the housing surrounds an interior which is suitable for receiving components (13, 14, 15) which may form ignition sources, wherein the housing comprises at least one housing wall in which at least one cavity is formed, with a passage opening which connects the cavity to the interior, characterised in that the housing wall is constructed as two or more shells with an outer wall and an inner wall, wherein the outer wall and/or the inner wall of the housing is provided with ribs, beads or similar, the tips of which are connected to the respective other wall at respective connecting points (32, 33), wherein the connecting points (32, 33) are weld points or weld seams. wherein the housing surrounds an interior which is suitable for receiving components (13, 14, 15) which may form ignition sources, wherein the housing comprises at least one housing wall in which at least one cavity is formed, with a passage opening which connects the cavity to the interior, characterised in that the housing wall is constructed as two or more shells with an outer wall and an inner wall, wherein the outer wall and/or the inner wall of the housing is provided with ribs, beads or similar, the tips of which are connected to the respective other wall at respective connecting points (32, 33), wherein the connecting points (32, 33) are weld points or weld seams.
Robot for cleaning and inspection of conduits consisting of a body, nozzle for cleaning medium connected to a hose of cleaning medium where on the front side of the body are installed a headlight and a video camera, hose of cleaning medium here passes through axis of the body, to which are radial-symmetrically attached minimum three driving units with tracks or wheels containing a control unit, electrical drive and gearbox transferring driving forces to tracks or wheels, and where this robot is interconnected with a control panel formed by a central control unit and monitor, the robot being equipped with a synchronizing mechanism formed by a rectilinear prismatic joint placed inside the body consisting of a guiding device of the synchronizing mechanism, which is attached to the body and on which a carriage is placed, slidable in direction of the longitudinal axis of the body, wherein the carriage is attached to the actuator of the synchronizing mechanism and driving units are attached symmetrically to the carriage via identical prismatic joint mechanisms, characterized by the fact that each prismatic joint mechanism comprises a rod that is attached to the carriage via a first pin and the rod is then connected by means of a second pin with a first arm, which is pivotally attached to a third pin placed in a box, which is firmly attached to the body, the other end of the first arm is pivotally attached by means of a fourth pin to its driving unit, to which one end of a second arm is also pivotally attached, while the other end of the second arm is pivotally attached to the box thus forming a parallelogram with the first arm, and wherein the plane passing through the second pin and third pin axes and the plane passing through the third pin and fourth pin axes are perpendicular to each other.
A method for making a medical device, comprising: forming a tube comprising a bioresorbable polymer or a bioresorbable polymer combination having a glass transition temperature (Tg); radially expanding the tube by blow molding, wherein the radial expansion increases polymer chain orientation in a circumferential direction, and wherein the increased polymer chain orientation in the circumferential direction occurs to a greater degree nearer to an inner surface than an outer surface of the blow-molded tube; die drawing the blow-molded tube to increase polymer chain orientation in the circumferential direction to a greater degree nearer to the outer surface than the inner surface of the blow-molded tube; and making a scaffold from the die drawn tube. forming a tube comprising a bioresorbable polymer or a bioresorbable polymer combination having a glass transition temperature (Tg); radially expanding the tube by blow molding, wherein the radial expansion increases polymer chain orientation in a circumferential direction, and wherein the increased polymer chain orientation in the circumferential direction occurs to a greater degree nearer to an inner surface than an outer surface of the blow-molded tube; die drawing the blow-molded tube to increase polymer chain orientation in the circumferential direction to a greater degree nearer to the outer surface than the inner surface of the blow-molded tube; and making a scaffold from the die drawn tube.
A method of forming a metal-containing film by atomic layer deposition, wherein the method comprises a super-conformal growth cycle comprising delivering a metal-containing complex, a purge gas, and a co-reactant to a first substrate under a single super-conformal growth set of conditions sufficient for the metal-containing complex to: (i) deposit metal and etch the metal-containing film; (ii) deposit metal, etch the metal-containing film and allow for desorption of the deposited metal from the metal-containing film; or (iii) deposit metal and allow for desorption of the deposited metal from the metal-containing film; such that the metal-containing film selectively grows on at least a portion of the first substrate; and wherein the metal-containing film selectively grows on a lower portion of a feature in the first substrate, wherein the metal-containing complex comprises: a metal selected from the group consisting of a transition metal, a lanthanide metal, an actinide metal, aluminum, gallium, indium, silicon, germanium, tin, lead, arsenic, antimony, bismuth, selenium, and tellurium, wherein the transition metal is selected from the group consisting of Mo, V, Nb, Fe, Ti, Ta, Co, and Ni. (i) deposit metal and etch the metal-containing film; (ii) deposit metal, etch the metal-containing film and allow for desorption of the deposited metal from the metal-containing film; or (iii) deposit metal and allow for desorption of the deposited metal from the metal-containing film; such that the metal-containing film selectively grows on at least a portion of the first substrate; and wherein the metal-containing film selectively grows on a lower portion of a feature in the first substrate, wherein the metal-containing complex comprises: a metal selected from the group consisting of a transition metal, a lanthanide metal, an actinide metal, aluminum, gallium, indium, silicon, germanium, tin, lead, arsenic, antimony, bismuth, selenium, and tellurium, wherein the transition metal is selected from the group consisting of Mo, V, Nb, Fe, Ti, Ta, Co, and Ni.
A ternary inorganic compound crystal having a molecular formula of Ca 8 Al 12 P 2 O 31, characterized in that an oxide of the Ca 8 Al 12 P 2 O 31 has a composition of 8CaO•6Al 2 O 3 •P 2 O 5 and a powder X-ray diffraction pattern of the Ca 8 Al 12 P 2 O 31 has diffraction peaks at 2θ of 9.62, 13.62, 19.31, 23.71, 33.80, 36.59, and 41.71. an oxide of the Ca 8 Al 12 P 2 O 31 has a composition of 8CaO•6Al 2 O 3 •P 2 O 5 and a powder X-ray diffraction pattern of the Ca 8 Al 12 P 2 O 31 has diffraction peaks at 2θ of 9.62, 13.62, 19.31, 23.71, 33.80, 36.59, and 41.71.
A fluid analyzer comprising: - a fluid analysis section adapted to receive the fluid and to measure a physical and/or chemical property of it, the fluid analysis section being equipped with an electrical heater, and - an electronics section adapted to control the fluid analysis section and to process measurement values delivered by the fluid analysis section in order to generate analytical measuring data based thereon, and - an intrinsic safety barrier adapted to provide voltage and current from a power source to an electrical load and comprising a voltage limiter and an infallible current limiting resistor for limiting the voltage and current provided to respective intrinsically safe levels, wherein - the voltage limiter is arranged in a flameproof/explosion proof or pressurized/purged enclosure, - the current limiting resistor is connected by means of a connecting line to the voltage limiter and arranged outside the flameproof/explosion proof or pressurized/purged enclosure in an enclosure designed to provide protection against ingress without being flameproof/explosion proof or pressurized/purged, and - the electrical heater being formed by the current limiting resistor. - a fluid analysis section adapted to receive the fluid and to measure a physical and/or chemical property of it, the fluid analysis section being equipped with an electrical heater, and - an electronics section adapted to control the fluid analysis section and to process measurement values delivered by the fluid analysis section in order to generate analytical measuring data based thereon, and - an intrinsic safety barrier adapted to provide voltage and current from a power source to an electrical load and comprising a voltage limiter and an infallible current limiting resistor for limiting the voltage and current provided to respective intrinsically safe levels, wherein - the voltage limiter is arranged in a flameproof/explosion proof or pressurized/purged enclosure, - the current limiting resistor is connected by means of a connecting line to the voltage limiter and arranged outside the flameproof/explosion proof or pressurized/purged enclosure in an enclosure designed to provide protection against ingress without being flameproof/explosion proof or pressurized/purged, and - the electrical heater being formed by the current limiting resistor. - the voltage limiter is arranged in a flameproof/explosion proof or pressurized/purged enclosure, - the current limiting resistor is connected by means of a connecting line to the voltage limiter and arranged outside the flameproof/explosion proof or pressurized/purged enclosure in an enclosure designed to provide protection against ingress without being flameproof/explosion proof or pressurized/purged, and - the electrical heater being formed by the current limiting resistor.
A receiver circuit for use in an inductive power transfer system, the receiver circuit comprising a receiver coil and comprising a Class E rectifier comprising a first receiver capacitance (C L) and a secondary tank circuit in parallel with the first receiver capacitance (C L), wherein the receiver circuit is arranged to receive a load in parallel with the first receiver capacitance, and the secondary tank circuit comprises the receiver coil and a second receiver capacitance arranged in parallel with the receiver coil, and a first diode (D r) is provided between the secondary tank circuit and the first receiver capacitance (C L).
Sealing piece for sealing a T-connection between a mullion profile and a transom profile, in particular for mullion-transom constructions of facades, skylights and conservatories, wherein the sealing piece has a covering body (20, 21) formed to engage over the mullion profile and the transom profile, with a slimmer upper part, a widened lower part and an inner sealant receiving space (30, 31) which can be filled from the outside by a sealant, wherein the sealant receiving space (30, 31) is formed by a feed channel in the slimmer upper part of the covering body (20, 21) and an indentation in connection with the feed channel on the underside of the widened lower part of the covering body (20, 21), characterized in that the indentation extends between a rear edge of the covering body (20, 21) and a front transverse web provided for engaging in a receiving groove of a mullion profile.
Disposable surgical drape with a longitudinal direction and a transverse direction and with an upper face and a lower face, comprising a liquid-impermeable base cloth element with a first and a second transverse edge (18, 20), a first and a second longitudinal edge (22, 24), a longitudinal central axis and a transverse central axis, and a single cutout hole arranged within the base cloth element, wherein the cutout hole is covered by a film element, and the film element is designed to be adhesive on the lower face, at least in the region of the cutout hole, and in particular has an adhesive coating, wherein a liquid-collecting bag with a bag opening directed towards the cutout hole is fastened to the upper face of the base cloth element, characterized in that the base cloth element has a transparent flat web material at least in an edge region of the cutout hole, wherein the cutout hole is arranged on the transverse central axis, wherein the liquid-collecting bag is arranged on the transverse central axis between the cutout hole and the first or second longitudinal edge (22, 24) in the transverse direction, and wherein an absorbent material portion is fastened permanently to the upper face of the base cloth element, wherein the absorbent material portion is arranged on the transverse central axis between the cutout hole and the respective other first or second longitudinal edge (22, 24) in the transverse direction.
Implant for insertion into a jawbone, the implant comprising a helical body for receiving at least part of a prosthetics pillar, the helical body comprising: a plurality of windings being kept at a predefined distance, the windings comprising gaps in between so that bone can grow through the gaps of the implant; wherein the helical body provides a hollow inside of the implant in which at least part of the prosthetics pillar can be received and held, the predefined distance between the windings being obtained by at least one support strut for supporting the windings, the at least one support strut extending parallel to the longitudinal axis of the helical body on an inside of the windings; wherein the helical body and the at least one support strut are integrally formed from one piece; the implant further comprising an internal thread for connection of the implant with the prosthetics pillar, the internal thread being formed on the inside of the at least one support strut, wherein at least part of the windings of the helical body are formed as blades. a plurality of windings being kept at a predefined distance, the windings comprising gaps in between so that bone can grow through the gaps of the implant; wherein the helical body provides a hollow inside of the implant in which at least part of the prosthetics pillar can be received and held, the predefined distance between the windings being obtained by at least one support strut for supporting the windings, the at least one support strut extending parallel to the longitudinal axis of the helical body on an inside of the windings; wherein the helical body and the at least one support strut are integrally formed from one piece; the implant further comprising an internal thread for connection of the implant with the prosthetics pillar, the internal thread being formed on the inside of the at least one support strut, wherein at least part of the windings of the helical body are formed as blades.