mhurhangee/ep-ind-claims huggingface dataset:
A fitting for the concealed arrangement in the fold between a wing and a frame of a window, a door or the like, with a bearing belt of a frame corner bearing to be fastened on the frame side, a wing corner bearing to be fastened on the wing side and a wing pivot bearing, wherein a wing support arm is mounted in an articulated manner on the bearing belt and wherein a set-out control device coupled with the bearing belt and the wing support arm is provided, by means of which the wing pivot bearing is pivoted out relative to the bearing belt when the wing is pivoted up, characterized in that the set-out control device has a control lever with a gear rim section and a gear wheel which meshes with the gear rim section, which is mounted rotationally movably on the wing support arm, wherein the control lever, on the one hand, is mounted in an articulated manner on the bearing belt and displaceably in a connecting link via a link block and, on the other hand, is mounted in an articulated manner on the wing support arm and wherein the gear wheel is connected in a positive-locking manner with the wing corner bearing, so that the gear wheel when the wing is pivoted acts via the gear rim section on the control lever, so that the latter in turn acts on the wing support arm and thus a set-out of the wing pivot bearing results.
Clamp, in particular for fastening tubular articles to a base, having a clamp band with a first peripheral end, which has a first leg, and a second peripheral end, which has a second leg, and with at least one tab (7, 71), which is arranged on at least one of the legs (4, 6), wherein the first and/or second leg (4, 6) and the tab (71, 7) arranged thereon are formed in one piece, wherein the clamp band has at least one projection, which cooperates with the at least one tab (7, 71), characterised in that the tab (7, 71) is arranged on one side of the leg (4, 6), which is arranged opposite the other respective leg (4, 6).
A carbon dioxide compression and delivery system (30, 40) comprising a vessel having an inlet, an outlet and a body, wherein the inlet is in contact with a carbon dioxide flow channel having an external wall and an inner wall, wherein carbon dioxide flows between said inner and external walls, wherein in contact with and external to said carbon dioxide flow channel are present a plurality of reversible thermoelectric devices (111, 111', 111", 111 n), characterized in that the width of the carbon dioxide flow channel is between 1.0 mm and 10 mm and the minimum number of reversible thermoelectric devices (111, 111', 111", 111 n) is three, placed respectively in correspondence of the lower, middle and upper portion of the vessel.
Crossmember configured so as to contribute to the soundproofing of a motor vehicle, said acoustic crossmember comprising at least one docking end intended for attaching said crossmember to a corresponding part of the motor vehicle, the docking end comprising first, second and third separate support surfaces (6, 7, 8) intended to come into contact with said corresponding part of the motor vehicle, said second support surface being arranged between the first and third support surfaces (6, 8) at a different level from said first and third support surfaces (6, 8), characterized in that the docking end comprises a protruding element intended to contribute to the positioning of the crossmember relative to said part of the vehicle in a longitudinal axis of said crossmember.
Use of an injectable solution for preserving cells from placental blood, bone marrow and peripheral blood, said injectable solution comprising a physiological solution of sodium chloride, potassium chloride, magnesium sulfate, sodium bicarbonate, vitamin E, vitamin A, vitamin C, lactate, and human albumin and being adapted so that the cells to be preserved can be transplanted to a patient without prior rinsing.
A high-strength spring steel wire with 80 area% or more of tempered martensite and 1,900 MPa or more of the tensile strength, wherein: the wire consists of, by mass%, hereinafter the same with respect to the chemical composition; C: 0.50-0.70% Si: 1.50-2.3%; Mn: 0.3-1.5%; P: 0.015% or less, exclusive of 0%; S: 0.015% or less, exclusive of 0%; Al: 0.001-0.10%, optionally one or more elements that belong to any of (a)-(f) below: (a) at least one element out of Cu: 0.7% or less, exclusive of 0%; and Ni: 0.7% or less, exclusive of 0%; (b) Ti: 0.10% or less, exclusive of 0%; (c) B: 0.010% or less, exclusive of 0%; (d) at least one element out of Nb: 0.10% or less, exclusive of 0%; and Mo: 0.5% or less, exclusive of 0%; (e) V: 0.4% or less, exclusive of 0%; and (f) Cr: 0.5% or less, exclusive of 0%; C and Si satisfies the relation of the expression below, the remainder consists of iron and inevitable impurities, prior austenite grain size number measured according to the method specified in JIS G 0551:2005 is No. 10 or more, and hydrogen absorption amount is 14.0 ppm or more. 0.73 ⁢ % ≤ C + Si / 8 ≤ 0.90 ⁢ % where and [Si] express the content by mass% of C and Si respectively. the wire consists of, by mass%, hereinafter the same with respect to the chemical composition; C: 0.50-0.70% Si: 1.50-2.3%; Mn: 0.3-1.5%; P: 0.015% or less, exclusive of 0%; S: 0.015% or less, exclusive of 0%; Al: 0.001-0.10%, optionally one or more elements that belong to any of (a)-(f) below: (a) at least one element out of Cu: 0.7% or less, exclusive of 0%; and Ni: 0.7% or less, exclusive of 0%; (b) Ti: 0.10% or less, exclusive of 0%; (c) B: 0.010% or less, exclusive of 0%; (d) at least one element out of Nb: 0.10% or less, exclusive of 0%; and Mo: 0.5% or less, exclusive of 0%; (e) V: 0.4% or less, exclusive of 0%; and (f) Cr: 0.5% or less, exclusive of 0%; (a) at least one element out of Cu: 0.7% or less, exclusive of 0%; and Ni: 0.7% or less, exclusive of 0%; (b) Ti: 0.10% or less, exclusive of 0%; (c) B: 0.010% or less, exclusive of 0%; (d) at least one element out of Nb: 0.10% or less, exclusive of 0%; and Mo: 0.5% or less, exclusive of 0%; (e) V: 0.4% or less, exclusive of 0%; and (f) Cr: 0.5% or less, exclusive of 0%; C and Si satisfies the relation of the expression below, the remainder consists of iron and inevitable impurities, prior austenite grain size number measured according to the method specified in JIS G 0551:2005 is No. 10 or more, and hydrogen absorption amount is 14.0 ppm or more. 0.73 ⁢ % ≤ C + Si / 8 ≤ 0.90 ⁢ % where and [Si] express the content by mass% of C and Si respectively.
A machine for cold sanitation treatment of medical devices, comprising: - at least one sanitation chamber having a first compartment for housing a first medical device; - means for supplying one or more sanitation fluids contained into respective tanks (S, S', S) inside said first compartment; wherein said sanitation chamber comprises a bottom wall for positioning the first medical device and a central portion which raises from said bottom wall to define with the inner side wall of said chamber said first compartment having a substantially annular shape; characterized in that said risen central portion comprises a slot formed on its upper front surface and adapted to define a second compartment for a second medical device, said slot being completely contained into said first compartment and provided with at least one inlet and one outlet for allowing the circulation thereinto of the fluid supplied by said supplying means and allowing the simultaneous sanitizing treatment of the first medical device housed in said first compartment and of the second medical device housed into said second compartment by means of the same sanitizing fluid. - at least one sanitation chamber having a first compartment for housing a first medical device; - means for supplying one or more sanitation fluids contained into respective tanks (S, S', S) inside said first compartment;
Illumination device for an elevator system, comprising at least one light source, the illumination device being able to illuminate an elevator shaft of the elevator system in such a way that the illumination device can indicate at least two states of the elevator system, the light source being able to emit a first light signal when the elevator system is in a first state and a second light signal when the elevator system is in a second state, and the difference between the first and the second light signal being visible, characterized in that the illumination device has an alarm having an optical sensor, the optical sensor being able to detect the first and/or the second light signal, and the alarm being able to generate an alarm signal corresponding to the first and/or the second state of the elevator system on the basis of the detected first and/or second light signal.
A three-dimensional printed heater comprising: a part body formed of fused thermoplastic polymer particles; an electrically resistive element (120, 220) formed of a matrix of conductive particles interspersed between a matrix of thermoplastic polymer particles, wherein the conductive particles and the thermoplastic polymer particles are provided at respective densities to cause the electrically resistive element to have a predetermined resistance level; and electrical contacts (222, 224) connected to the electrically resistive element, wherein a current is to be applied through the electrically resistive element via the electrical contacts to cause the electrically resistive element to generate a predefined level of heat. a part body formed of fused thermoplastic polymer particles; an electrically resistive element (120, 220) formed of a matrix of conductive particles interspersed between a matrix of thermoplastic polymer particles, wherein the conductive particles and the thermoplastic polymer particles are provided at respective densities to cause the electrically resistive element to have a predetermined resistance level; and electrical contacts (222, 224) connected to the electrically resistive element, wherein a current is to be applied through the electrically resistive element via the electrical contacts to cause the electrically resistive element to generate a predefined level of heat.
A fluid collection cartridge configured for use with a needle holder for collecting a fluid sample, the fluid collection cartridge comprising: a tubular member having a proximal end, an open distal end, and a sidewall extending between the proximal end and the distal end defining an internal chamber having an internal reservoir; and a pierceable closure associated with the open distal end of the tubular member, the closure configured to cooperate with the sidewall of the tubular member to sealingly close said open distal end; characterized by a plunger rod assembly including a stopper and a plunger rod removably associated with one another by an interengaging arrangement, wherein said interengaging arrangement is configured to enable the plunger rod to apply a distally directed force to the stopper and to enable removal of the plunger rod from the stopper and from the tubular member upon the application of a proximally directed force. a tubular member having a proximal end, an open distal end, and a sidewall extending between the proximal end and the distal end defining an internal chamber having an internal reservoir; and a pierceable closure associated with the open distal end of the tubular member, the closure configured to cooperate with the sidewall of the tubular member to sealingly close said open distal end; characterized by a plunger rod assembly including a stopper and a plunger rod removably associated with one another by an interengaging arrangement, wherein said interengaging arrangement is configured to enable the plunger rod to apply a distally directed force to the stopper and to enable removal of the plunger rod from the stopper and from the tubular member upon the application of a proximally directed force.
A system, comprising: a sensor component configured to be transitioned between an off state and an on state based at least in part on a pulse signal received by the sensor component; and a sensor management component configured to determine a pulse amplitude of a pulse in the pulse signal as a function of a pulse sample amplitude, characterized in that the sensor management component is configured to determine the pulse amplitude additionally as a function of at least one of a pre-pulse sample amplitude or a post-pulse sample amplitude, and is configured to control the transition of the sensor component between the off state and the on state based at least in part on the pulse amplitude of the pulse, wherein the sensor management component is arranged to sample the pulse signal at a first time that occurs between a prior pulse of the pulse signal and said pulse to facilitate generation of the pre-pulse sample, sample the pulse signal at a second time that occurs during said pulse to facilitate generation of the pulse sample, and sample the pulse signal at a third time that occurs after said pulse and before a next pulse in the pulse signal to facilitate generation of the post-pulse sample. a sensor component configured to be transitioned between an off state and an on state based at least in part on a pulse signal received by the sensor component; and a sensor management component configured to determine a pulse amplitude of a pulse in the pulse signal as a function of a pulse sample amplitude, characterized in that the sensor management component is configured to determine the pulse amplitude additionally as a function of at least one of a pre-pulse sample amplitude or a post-pulse sample amplitude, and is configured to control the transition of the sensor component between the off state and the on state based at least in part on the pulse amplitude of the pulse, wherein the sensor management component is arranged to sample the pulse signal at a first time that occurs between a prior pulse of the pulse signal and said pulse to facilitate generation of the pre-pulse sample, sample the pulse signal at a second time that occurs during said pulse to facilitate generation of the pulse sample, and sample the pulse signal at a third time that occurs after said pulse and before a next pulse in the pulse signal to facilitate generation of the post-pulse sample.
A structure for positioning a mold on a mold mounting face in an injection molding machine, comprising: a first mold part including a mold plate having a connection interface configured to interconnect with a mold connection interface defined on a connection block recessed within a pocket defined in a first platen, the connection interface and the mold connection interface having a complementary configuration wherein the mold connection interface is configured as a tapered recess and the complementary connection interface as a tapered pin fastened to a back face of the mold plate, so that selectively positioning the connection block within the pocket, positions the first mold part on a mold mounting face (111, 211). a first mold part including a mold plate having a connection interface configured to interconnect with a mold connection interface defined on a connection block recessed within a pocket defined in a first platen, the connection interface and the mold connection interface having a complementary configuration wherein the mold connection interface is configured as a tapered recess and the complementary connection interface as a tapered pin fastened to a back face of the mold plate, so that selectively positioning the connection block within the pocket, positions the first mold part on a mold mounting face (111, 211).
A muffling apparatus having an exhaust emission purifying function, the apparatus being formed with a turning portion in an inside of a flow passage of an exhaust gas, and comprising at least: an injection nozzle disposed in the flow passage of the exhaust gas on an upstream side of the turning portion, for injection-supplying a liquid reducing agent; and a reduction catalytic converter disposed in the flow passage of the exhaust gas on a downstream side of the turning portion, for reductively purifying nitrogen oxides with the liquid reducing agent, wherein the muffling apparatus further comprises a diffusing member which generates a vortex flow of gas traveling in a vertical plane of the turning portion to cause diffusion of the liquid reducing agent into the exhaust gas flow, characterized in that the diffusing member is a ring member of which a circumferential face is arranged substantially in parallel with a flow direction of the exhaust gas which flows into the turning portion from the upstream side exhaust gas flow passage, a plurality of opening portions is formed on the circumferential face of the ring member, and the exhaust gas which flows into the turning portion from the upstream side exhaust gas flow passage through the opening portions is injected in an outward direction of the ring member to thereby generate the vortex flow of gas.
An electromechanical component arrangement for a gas turbine engine, comprising: a mechanical component for being disposed at a first side of a firewall of a gas turbine engine; an electronic module assembly of the electromechanical component connected to the mechanical component and including: a housing; a mounting frame disposed in the housing; an electronic module secured to the mounting frame, the electronic module operably connected to the mechanical component via a module cable; a vibration isolator disposed in the housing to locate and support the mounting frame therein, the vibration isolator configured to vibrationally isolate the electronic module from gas turbine engine vibrations; and a cover plate secured to the housing, the cover plate for being secured to the first side of the firewall, while the housing is suitable for extending from the cover plate through a module opening in the firewall to a second side of the firewall, the second side in operation having a lower operating temperature than the first side. a mechanical component for being disposed at a first side of a firewall of a gas turbine engine; an electronic module assembly of the electromechanical component connected to the mechanical component and including: a housing; a mounting frame disposed in the housing; an electronic module secured to the mounting frame, the electronic module operably connected to the mechanical component via a module cable; a vibration isolator disposed in the housing to locate and support the mounting frame therein, the vibration isolator configured to vibrationally isolate the electronic module from gas turbine engine vibrations; and a cover plate secured to the housing, the cover plate for being secured to the first side of the firewall, while the housing is suitable for extending from the cover plate through a module opening in the firewall to a second side of the firewall, the second side in operation having a lower operating temperature than the first side. a housing; a mounting frame disposed in the housing; an electronic module secured to the mounting frame, the electronic module operably connected to the mechanical component via a module cable; a vibration isolator disposed in the housing to locate and support the mounting frame therein, the vibration isolator configured to vibrationally isolate the electronic module from gas turbine engine vibrations; and a cover plate secured to the housing, the cover plate for being secured to the first side of the firewall, while the housing is suitable for extending from the cover plate through a module opening in the firewall to a second side of the firewall, the second side in operation having a lower operating temperature than the first side.
A system for controlling a position of a patient's tongue, the system comprising: at least one electrode for attachment to the patient's hypoglossal nerve; and an implantable pulse generator configured to apply an electric signal through the at least one electrode to the hypoglossal nerve to stimulate at least one muscle of the tongue; characterized in that: the system is adapted to be programmed to apply the electric signal at an initial level of stimulation, wherein the initial level of stimulation is determined to maintain a defined treatment level of obstructive sleep apnea occurrences; and the system is adapted to be reprogrammed to apply the electric signal at a reduced level of stimulation, in response to a determination that a number of obstructive sleep apnea occurrences is at or below the treatment level. at least one electrode for attachment to the patient's hypoglossal nerve; and an implantable pulse generator configured to apply an electric signal through the at least one electrode to the hypoglossal nerve to stimulate at least one muscle of the tongue; characterized in that: the system is adapted to be programmed to apply the electric signal at an initial level of stimulation, wherein the initial level of stimulation is determined to maintain a defined treatment level of obstructive sleep apnea occurrences; and the system is adapted to be reprogrammed to apply the electric signal at a reduced level of stimulation, in response to a determination that a number of obstructive sleep apnea occurrences is at or below the treatment level. the system is adapted to be programmed to apply the electric signal at an initial level of stimulation, wherein the initial level of stimulation is determined to maintain a defined treatment level of obstructive sleep apnea occurrences; and the system is adapted to be reprogrammed to apply the electric signal at a reduced level of stimulation, in response to a determination that a number of obstructive sleep apnea occurrences is at or below the treatment level.
A dipping method wherein a dipping solution is applied on hybrid cords comprised of aramid and aramid-nylon 6,6 fibers, characterized by the steps of; - preparing the primary dipping solution comprised of epoxy and water, - applying the primary dipping solution on cords, - applying primary heat treatment for 15-45 seconds at the range of 215-230°C, - preparing the secondary dipping solution which is comprising of three phases wherein the first phase is prepared by mixing water, 28% aqueous ammonium hydroxide solution and 75% resorcinol-formaldehyde aqueous solution; the second phase is prepared by mixing water and 41% vinyl pyridine latex emulsion; the third phase is prepared by mixing water and 37% formaldehyde solution, mixing the said three phases together, adding an additive material to the mixture which is able to improve adhesion, adding carbon black dispersion to the mixture wherein the particle size of which is between 0.1 and 0.4 micrometer into the composition, adding wax emulsion to the mixture and mixing all the materials, - applying the secondary dipping solution on cords, - applying the secondary heat treatment for 15-45 seconds in the range of 225-240°C. - preparing the primary dipping solution comprised of epoxy and water, - applying the primary dipping solution on cords, - applying primary heat treatment for 15-45 seconds at the range of 215-230°C, - preparing the secondary dipping solution which is comprising of three phases wherein the first phase is prepared by mixing water, 28% aqueous ammonium hydroxide solution and 75% resorcinol-formaldehyde aqueous solution; the second phase is prepared by mixing water and 41% vinyl pyridine latex emulsion; the third phase is prepared by mixing water and 37% formaldehyde solution, mixing the said three phases together, adding an additive material to the mixture which is able to improve adhesion, adding carbon black dispersion to the mixture wherein the particle size of which is between 0.1 and 0.4 micrometer into the composition, adding wax emulsion to the mixture and mixing all the materials, - applying the secondary dipping solution on cords, - applying the secondary heat treatment for 15-45 seconds in the range of 225-240°C.