mhurhangee/ep-ind-claims huggingface dataset:
A component (105A, 105B) for a gas turbine engine, comprising: a body having a first circumferential side and a second circumferential side, and characterised by a circumferentially extending passage extending from the first circumferential side to the second circumferential side; wherein the first circumferential side has an outer height that is less than an inner height of the second circumferential side, and wherein the circumferentially extending passage is defined by a base portion (124; 224), first and second axial walls (120, 122), and an outer wall that extends between the first and second axial walls (120, 122). a body having a first circumferential side and a second circumferential side, and characterised by a circumferentially extending passage extending from the first circumferential side to the second circumferential side; wherein the first circumferential side has an outer height that is less than an inner height of the second circumferential side, and wherein the circumferentially extending passage is defined by a base portion (124; 224), first and second axial walls (120, 122), and an outer wall that extends between the first and second axial walls (120, 122).
A governor (10, 20) of an elevator, comprising a rope sheave; a ratchet wheel; and a centrifugal mechanism, a trip bar, and a rotatable pawl which are mounted on the rope sheave, the governor (10, 20) being able to work in a first state in which the rope sheave freely rotates with respect to the ratchet wheel or in a second state in which a safety gear is actuated; in the second state, the pawl being located in a first position in which a pawl head thereof mechanically acts on the ratchet wheel, so that rotation of the rope sheave in a first direction can act on the ratchet wheel via the pawl head; characterized in that the governor (10, 20) further comprises a reset push part (170, 270) which is disposed on the ratchet wheel and used for resetting the governor (10, 20) from the second state to the first state, wherein the reset push part (170, 270) and the pawl are set in such a manner that when the rope sheave rotates in a second direction opposite to the first direction, the reset push part (170, 270) pushes the pawl to reset the pawl to a position corresponding to the first state.
Microparticle based on a biocompatible and biodegradable material, said particle comprises on its surface cells of interest chosen from embryonic cells or stem cells and comprises molecules of at least one active substance on said cells or their environment at the time of implantation of the microparticles chosen from growth factors, cytokines, immunomodulators or factors acting on cell differentiation, said molecules being released by the microparticles in a prolonged and controlled fashion, said microparticle is coated with a compound allowing adhesion of the cells, said compound also optionally being active on said cells, chosen from poly-D-lysine, poly-L-lysine, polyornithine, polyethylenamine, or a molecule, synthetic or not, belonging to the extracellular matrix chosen from fibronectin-like, synthetic polymers on which are grafted RGD sequences or lycine or a mixture of these, and said microparticle has a diameter of between 10 and 500 μm, and said biodegradable and biocompatible material is a polymer or a polyester copolymer.
A product dispenser adapted to dispense liquids and diluents thereform, comprising: a housing; at least one dispensing circuit adaptable to a product supply and in communication with a product dispensing valve, wherein the at least one dispensing circuit delivers a product from the product supply to the product dispensing valve, and further wherein, the product exits the product dispensing valve; and a mold barrier, comprising a layer impervious to liquids and diluents, disposed between porous components of a product dispenser that may be potentially exposed to the dispensed product and the housing, wherein liquids and diluents dispensed from the product dispenser that spill onto and then penetrate the housing contact the mold barrier, and whereby the dispensed product landing on the product dispenser components does not penetrate the mold barrier, thereby providing a cleanable surface on the potentially exposed components. a housing; at least one dispensing circuit adaptable to a product supply and in communication with a product dispensing valve, wherein the at least one dispensing circuit delivers a product from the product supply to the product dispensing valve, and further wherein, the product exits the product dispensing valve; and a mold barrier, comprising a layer impervious to liquids and diluents, disposed between porous components of a product dispenser that may be potentially exposed to the dispensed product and the housing, wherein liquids and diluents dispensed from the product dispenser that spill onto and then penetrate the housing contact the mold barrier, and whereby the dispensed product landing on the product dispenser components does not penetrate the mold barrier, thereby providing a cleanable surface on the potentially exposed components.
Tempering oven for heating up flat metal workpieces that are referred to as "blanks", which tempering oven has an oven chamber that incorporates a charging hole and receives the workpieces a heat fan to blow hot air into the oven chamber, a shutter that can be moved, as required, into an open position to open the charging hole or into a closed position to shut the charging hole, a carrier on which the workpieces are placed in the oven chamber, where a subassembly referred to as a drawer is arranged in the oven chamber that incorporates the carrier and where the shutter is fastened to the drawer and can be moved together with the drawer, characterised in • that the drawer can, as required, be pulled out of the oven chamber or pushed back into the oven chamber by means of a manipulator that can be moved horizontally and is arranged in front of the oven chamber and the manipulator can be moved vertically in such a way that it can be raised or lowered in front of whichever drawer is to be actuated and can be moved horizontally at each of these levels in such a way that the drawer to be actuated can be either pulled out of the oven chamber or pushed back into the oven chamber by means of the manipulator • that hot air inlets lead into the oven chamber both above and below the carrier, where the hot air inlets are constructed and arranged in such a way that the hot air emerging from them is directed at the carrier in such a way that by blowing accurately onto the workpieces impact air is generated on the surface of the workpieces • and that the heat fan is designed to blow hot air at a high onflow velocity of at least 7 m/s and at a high circulation velocity of at least 30,000 m 3 /h. • that the drawer can, as required, be pulled out of the oven chamber or pushed back into the oven chamber by means of a manipulator that can be moved horizontally and is arranged in front of the oven chamber and the manipulator can be moved vertically in such a way that it can be raised or lowered in front of whichever drawer is to be actuated and can be moved horizontally at each of these levels in such a way that the drawer to be actuated can be either pulled out of the oven chamber or pushed back into the oven chamber by means of the manipulator • that hot air inlets lead into the oven chamber both above and below the carrier, where the hot air inlets are constructed and arranged in such a way that the hot air emerging from them is directed at the carrier in such a way that by blowing accurately onto the workpieces impact air is generated on the surface of the workpieces • and that the heat fan is designed to blow hot air at a high onflow velocity of at least 7 m/s and at a high circulation velocity of at least 30,000 m 3 /h.
A method of operating a communications device comprising: monitoring a recurring set of time and frequency resource units to determine a level of congestion; and determining a portion of a peer discovery communications channel to be used by said communications device for transmission purposes based on the determined level of congestion, said portion including a number of fractional portions of said peer discovery communications channel, the number of fractional portions being a function of said determined level of congestion. monitoring a recurring set of time and frequency resource units to determine a level of congestion; and determining a portion of a peer discovery communications channel to be used by said communications device for transmission purposes based on the determined level of congestion, said portion including a number of fractional portions of said peer discovery communications channel, the number of fractional portions being a function of said determined level of congestion.
A polyvinyl acetal composition comprising 100 parts by mass of a polyvinyl acetal and 0.5 to 100 parts by mass of an ester plasticizer that has a melting point of 30°C or less and a hydroxyl value of 15 to 450 mgKOH/g, wherein the average degree of acetalization of the polyvinyl acetal is 40 to 85 mol%.
A device switchable engine mount of a carrying mount and a support which are connected to each other by an elastomeric spring body that has a working room and a compensating room which are separated by a separation wall, filled with a fluid and hydraulically connected to each other via a damping channel, wherein the separation wall comprises a breach (9, 29) closable by a switch, and wherein the switch is a switch inserted into the compensating room and controlled by negative pressure, characterized in that the switch controlled by negative pressure consists of a pressure box, a closing spring and a closing member.
Method for transferring products to or from a collecting surface within a line for the continuous processing of said products, wherein: - a first transit zone bordering one edge of said collecting surface is fed longitudinally with at least one file of products by an entry conveyor; - a second transit zone supplies at least one file of products longitudinally to an exit conveyor, said second transit zone bordering the opposite edge of said collecting surface; - at least one column of products is transferred, by being pushed transversely with respect to the longitudinal feed, from said first transit zone to said collecting surface, or from said collecting surface to said second transit zone, by means of a transfer tool provided with a plurality of members extending longitudinally; - a member is disposed on either side of each column of products, a first member situated on one side of a column of said products is spaced apart by a first distance while a second member situated on the opposite side of said column is spaced apart by a second distance, said first and second distances constituting a functional clearance, said functional clearance allowing the transfer tool to cover the top of at least one column of products without touching them so as not to risk them falling over; characterized in that, at the moment of transfer, each column of products is gripped by said members being moved towards one another, the first member being fixed, while the second member is mounted in a movable manner with respect to said fixed first member, and in that, when gripped, each column of products is spaced apart from said members by a distance less than said functional clearance, this gripping by the members making it possible to hold the products for their transfer, minimizing or leaving no space liable to allow said products to shift. - a first transit zone bordering one edge of said collecting surface is fed longitudinally with at least one file of products by an entry conveyor; - a second transit zone supplies at least one file of products longitudinally to an exit conveyor, said second transit zone bordering the opposite edge of said collecting surface; - at least one column of products is transferred, by being pushed transversely with respect to the longitudinal feed, from said first transit zone to said collecting surface, or from said collecting surface to said second transit zone, by means of a transfer tool provided with a plurality of members extending longitudinally; - a member is disposed on either side of each column of products, a first member situated on one side of a column of said products is spaced apart by a first distance while a second member situated on the opposite side of said column is spaced apart by a second distance, said first and second distances constituting a functional clearance, said functional clearance allowing the transfer tool to cover the top of at least one column of products without touching them so as not to risk them falling over;
System for protecting pipes used for on-land and/or subsea pipelines, the system comprising a pipe (6.1), a coating and a cup; the pipe comprising an internal portion and an external portion; wherein the external portion of the pipe is covered by said coating, and wherein the cup is mechanically connected to the pipe between the external portion of the pipe (6.1) and the coating, wherein the cup further comprises an external tab (1.1), an internal surface (1.2) of the external tab (1.1), an internal tab and an internal surface (1.3) of the internal tab; wherein the internal surface (1.3) of the internal tab of the cup is mechanically connected to the internal portion of the pipe and an external surface of the external tab (1.1) of the cup is mechanically connected to the coating; wherein the internal surface (1.3) of the internal tab is connected to the external tab (1.1) in a part of the connection in the shape of a U, as an adjacent space between them; wherein the pipe is positioned between the internal surface (1.2) of the external tab (1.1) and the internal surface (1.3) of the internal tab, wherein the system further comprises: an external ring; characterized in that the coating covers the external tab (1.1) of the cup and is partially folded over the internal tab; wherein the external ring is configured in order to affix the portion of the folded coating over the internal tab of the cup. wherein the cup further comprises an external tab (1.1), an internal surface (1.2) of the external tab (1.1), an internal tab and an internal surface (1.3) of the internal tab; wherein the internal surface (1.3) of the internal tab of the cup is mechanically connected to the internal portion of the pipe and an external surface of the external tab (1.1) of the cup is mechanically connected to the coating; wherein the internal surface (1.3) of the internal tab is connected to the external tab (1.1) in a part of the connection in the shape of a U, as an adjacent space between them; wherein the pipe is positioned between the internal surface (1.2) of the external tab (1.1) and the internal surface (1.3) of the internal tab, wherein the system further comprises: an external ring; characterized in that the coating covers the external tab (1.1) of the cup and is partially folded over the internal tab; wherein the external ring is configured in order to affix the portion of the folded coating over the internal tab of the cup. wherein the internal surface (1.3) of the internal tab is connected to the external tab (1.1) in a part of the connection in the shape of a U, as an adjacent space between them; wherein the pipe is positioned between the internal surface (1.2) of the external tab (1.1) and the internal surface (1.3) of the internal tab, wherein the system further comprises: an external ring; characterized in that the coating covers the external tab (1.1) of the cup and is partially folded over the internal tab; wherein the external ring is configured in order to affix the portion of the folded coating over the internal tab of the cup.
An organ preservation and/or perfusion solution for an isolated tissue or organ, the solution comprising dextran, glucose, calcium ions, a buffer, and water, wherein the solution has a pH of 6.6 to 7.8 and is sterile based on having been subjected to heat sterilization, wherein all the components were present before heat sterilisation, and wherein the buffer comprises tris(hydroxymethyl)aminomethane (TRIS) that is present in the solution at a concentration of 1 to 15 mM.
A use of a photocurable composition as a photopolymerizable material in an additive manufacturing process that comprises heating the composition, which has a viscosity of at least 20 Pa.s at 20 °C and comprises the following components: - a photopolymerizable matrix material, - at least one thermoplastic polymer dissolved therein, and - at least one photoinitiator; characterized in that polycaprolactone or a derivative thereof is used as said dissolved thermoplastic polymer. - a photopolymerizable matrix material, - at least one thermoplastic polymer dissolved therein, and - at least one photoinitiator;
A master-slave base station cluster, comprising: a central unit and at least one remote unit, wherein each remote unit is connected to the central unit through a remote interface; the central unit comprises: a radio resource control, RRC, protocol function module, a coordination module, and a first interface function module; the RRC function module comprised in the central unit is configured to perform corresponding processing on data by using a protocol of a layer to which the RRC protocol function module belongs; the coordination module is configured to coordinate communication between the at least one remote unit and the central unit, and when the at least one remote unit comprises at least two remote units, perform coordination and control on radio signal interference between the at least two remote units; and the first interface function module is configured to generate an IP packet or a Layer 2 packet according to the data processed by the RRC function module, and transfer the packet to each remote unit; characterized in that each remote unit comprises: a second interface function module, a Layer 1, L1, layer function module, and a media access control, MAC, layer function module, a radio link control, RLC, layer function module, and a packet data convergence protocol, PDCP, layer function module; the second interface function module is connected to the first interface function module through a PDCP remote interface, and is configured to parse the IP packet or the Layer 2 packet transferred by the first interface function module; and the L1 layer function module, the MAC layer function module, the RLC layer function module, and the PDCP layer function module are configured to perform corresponding processing on the data which is obtained through parsing by the second interface function module by using a protocol of a layer to which each function module belongs.
An ultrasound diagnostic apparatus comprising: a monitor; an ultrasound probe; a sensor that detects an inclined angle or a height position of the ultrasound probe; an image generation unit that generates an ultrasound image based on a reception signal obtained by scanning a breast of a subject using the ultrasound probe; a scanning detection unit that detects a start point and an end point of scanning of the breast of the subject with the ultrasound probe along one direction based on the inclined angle or the height position of the ultrasound probe detected by the sensor; a graph generation unit that generates a graph representing a change in the inclined angle or the height position of the ultrasound probe detected by the sensor between the start point and the end point of scanning with the ultrasound probe detected by the scanning detection unit and that displays the graph on the monitor; and a display image selection unit that, in a case where at least one of a designation point on the graph corresponding to the start point or a designation point on the graph corresponding to the end point is designated by a user, displays an ultrasound image generated by the image generation unit based on a reception signal obtained at an imaging position corresponding to the designation point designated by the user, on the monitor. a monitor; an ultrasound probe; a sensor that detects an inclined angle or a height position of the ultrasound probe; an image generation unit that generates an ultrasound image based on a reception signal obtained by scanning a breast of a subject using the ultrasound probe; a scanning detection unit that detects a start point and an end point of scanning of the breast of the subject with the ultrasound probe along one direction based on the inclined angle or the height position of the ultrasound probe detected by the sensor; a graph generation unit that generates a graph representing a change in the inclined angle or the height position of the ultrasound probe detected by the sensor between the start point and the end point of scanning with the ultrasound probe detected by the scanning detection unit and that displays the graph on the monitor; and a display image selection unit that, in a case where at least one of a designation point on the graph corresponding to the start point or a designation point on the graph corresponding to the end point is designated by a user, displays an ultrasound image generated by the image generation unit based on a reception signal obtained at an imaging position corresponding to the designation point designated by the user, on the monitor.
A device for assisting the placement of an orthopedic instrument intended to be inserted by impacting a receiving bone, said device comprising an impacter including at least a striking surface adapted to impact an impact surface coupled to said orthopedic instrument to apply an impacting force to said orthopedic instrument, said device comprising a force sensor able to measure, upon each impact, said impacting force applied by the impacter on said impact surface, characterized in that the force sensor is able to provide a measurement signal indicative of the temporal variation of said applied impacting force, said force sensor being connected to processing means designed to determine, from the temporal variation of said impacting force successively provided for each impact, an indicator (I 1) representative of the degree of insertion of said orthopedic instrument within the receiving bone.