mhurhangee/ep-ind-claims huggingface dataset:
A method for producing reverse thrust in a multi-engine propeller aircraft, comprising: obtaining, at a first engine controller of a first engine of the aircraft, a first power request for the first engine, the first power request for producing reverse thrust; determining, at the first engine controller, a first blade angle for a first propeller, the first propeller coupled to the first engine; obtaining, at the first engine controller and from a second engine controller of a second engine of the aircraft, a second power request for the second engine and a second blade angle for a second propeller, the second propeller coupled to the second engine; and when the second power request is indicative of a request for producing reverse thrust and when the first and second blade angles are beyond a predetermined threshold, commanding, via the first engine controller, the first engine to produce reverse thrust based on the first power request. obtaining, at a first engine controller of a first engine of the aircraft, a first power request for the first engine, the first power request for producing reverse thrust; determining, at the first engine controller, a first blade angle for a first propeller, the first propeller coupled to the first engine; obtaining, at the first engine controller and from a second engine controller of a second engine of the aircraft, a second power request for the second engine and a second blade angle for a second propeller, the second propeller coupled to the second engine; and when the second power request is indicative of a request for producing reverse thrust and when the first and second blade angles are beyond a predetermined threshold, commanding, via the first engine controller, the first engine to produce reverse thrust based on the first power request.
A conditioning composition for the conditioning of a dental implant surface, said composition comprising ethylenediaminetetraacetic acid (EDTA) at a concentration in the range of 21-55% by weight and hydrogen peroxide (H 2 0 2) at a concentration of 2-4% by weight, said composition having a pH of 8-11.
An abrasive comprising zirconium oxide particles, wherein the zirconium oxide particles have a specific surface area of from 1 to 9 m 2 /g, wherein the zirconium oxide particles have an average primary particle size of 0.3 μm or less and an average secondary particle size of from 0.1 to 5 μm, and wherein the zirconium oxide particles are composed of crystalline zirconia that is cubic or monoclinic, or composed of amorphous zirconia.
An insulating preconditioned air delivery system, for connecting to a PCA airflow flowing in a downstream direction, comprising: a supply hose to carry a supply airflow; said supply hose having a fluidic connection for accepting a PCA airflow; a first annular insulating airpath to carry a parallel insulating airflow; said first annular insulating airpath concentrically surrounding the supply hose; a second annular insulating airpath to carry an insulating counterflow in an upstream direction; said second annular insulating airpath concentrically surrounding the first annular insulating airpath; and a hose assembly; said hose assembly comprising a set of three concentrically arranged PCA hoses (61, 62, 63) of decreasing diameter; and each of said hoses (61, 62, 63) comprising at least one PCA hose connection attachment mechanism (36, 37, 38). a supply hose to carry a supply airflow; said supply hose having a fluidic connection for accepting a PCA airflow; a first annular insulating airpath to carry a parallel insulating airflow; said first annular insulating airpath concentrically surrounding the supply hose; a second annular insulating airpath to carry an insulating counterflow in an upstream direction; said second annular insulating airpath concentrically surrounding the first annular insulating airpath; and a hose assembly; said hose assembly comprising a set of three concentrically arranged PCA hoses (61, 62, 63) of decreasing diameter; and each of said hoses (61, 62, 63) comprising at least one PCA hose connection attachment mechanism (36, 37, 38). said hose assembly comprising a set of three concentrically arranged PCA hoses (61, 62, 63) of decreasing diameter; and each of said hoses (61, 62, 63) comprising at least one PCA hose connection attachment mechanism (36, 37, 38).
A total knee implant prosthesis comprising: a tibial component including a pair of bearing surfaces (54, 56) and a post positioned between the bearing surfaces (54, 56), and a femoral component configured to rotate relative to the tibial component, the femoral component including (i) a pair of condyles (22,24) sized and shaped to articulate on the bearing surfaces (54,56) and (ii) an anterior cam positioned between the pair of condyles (22,24), and wherein (i) the cam engages the post at a first contact point when the femoral component is at 0 degrees of flexion, characterized in that: (ii) the cam engages the post at a second contact point located lateral of the first contact point when the femoral component is at a first degree of flexion greater than 0 degrees, and (iii) the cam is disengaged from the post when the femoral component is at a second degree of flexion greater than the first degree of flexion. a tibial component including a pair of bearing surfaces (54, 56) and a post positioned between the bearing surfaces (54, 56), and a femoral component configured to rotate relative to the tibial component, the femoral component including (i) a pair of condyles (22,24) sized and shaped to articulate on the bearing surfaces (54,56) and (ii) an anterior cam positioned between the pair of condyles (22,24), and wherein (i) the cam engages the post at a first contact point when the femoral component is at 0 degrees of flexion, characterized in that: (ii) the cam engages the post at a second contact point located lateral of the first contact point when the femoral component is at a first degree of flexion greater than 0 degrees, and (iii) the cam is disengaged from the post when the femoral component is at a second degree of flexion greater than the first degree of flexion.
A PD-1 gene-modified humanized mouse, wherein the genome of the mouse comprises a nucleic acid sequence encoding a chimeric PD-1 protein comprising the amino acid sequence of SEQ ID NO: 17, and wherein the mouse expresses the chimeric PD-1 protein.
A thin film transistor, comprising a gate electrode, a semiconductor layer overlapped with the gate electrode, the semiconductor layer including a plurality of holes, a gate insulating layer between the gate electrode and the semiconductor layer, the gate insulating layer including a plurality of recess portions at a surface of the gate insulating layer facing the semiconductor layer, and a source electrode and a drain electrode electrically connected to the semiconductor layer, wherein the plurality of holes of the semiconductor layer correspond to the plurality of recess portions of the gate insulating layer, a depth of the recess portions is 50 % or less of a thickness of the gate insulating layer, and the plurality of recess portions of the gate insulating layer are repetitively arranged according to a column or a row at the surface of the gate insulating layer facing the semiconductor layer. a gate electrode, a semiconductor layer overlapped with the gate electrode, the semiconductor layer including a plurality of holes, a gate insulating layer between the gate electrode and the semiconductor layer, the gate insulating layer including a plurality of recess portions at a surface of the gate insulating layer facing the semiconductor layer, and a source electrode and a drain electrode electrically connected to the semiconductor layer, wherein the plurality of holes of the semiconductor layer correspond to the plurality of recess portions of the gate insulating layer, a depth of the recess portions is 50 % or less of a thickness of the gate insulating layer, and the plurality of recess portions of the gate insulating layer are repetitively arranged according to a column or a row at the surface of the gate insulating layer facing the semiconductor layer.
Production control system with an arrangement for manufacturer-specific modules, comprising a module for control of production units, a module for control of logistical units and/or a module for providing and/or processing product data, characterised in that the production control system comprises at least one ontology unit, by way of which proprietary data models of the manufacturer-specific module are linked, that provided as individual ontology units are an ontology unit in the form of a resources unit configured for generation of data defining production sequences, an ontology unit in the form of a process unit configured for programming production and/or logistical units and an ontology unit in the form a product unit configured for processing product data, and that a superordinate ontology unit which forms a control logic for the individual ontology units is provided as ontology unit.
A lice removal device comprising: a main housing including a first aperture at a first end thereof and a second aperture at a second end thereof; a fan unit provided within the main housing to draw air in through the first aperture and expel air outwardly through the second aperture; and a comb unit secured to the first end of the main housing, the comb unit comprising a comb housing and a blade unit; and a plurality of teeth extending outwardly from adjacent an elongate opening in the blade unit such that air is drawn across a first side of the teeth and into the elongate opening (50; wherein: the blade unit is mounted for rotation relative to the comb housing and comprises a body from which the plurality of teeth extend and wherein the body is mounted within an elongate aperture on an end of the comb housing remote from the main housing, and wherein the body comprises first and second side members (46, 48) each including respective first and second planar portions (47,49) such that the first and second planar portions (47,49) define the elongate opening, and is mounted for rotation relative to the comb housing such that the teeth can move between a position in which the teeth are generally parallel to the longitudinal axis of the main housing and one or more positions in which the teeth are at an angle relative to the longitudinal axis of the main housing. a main housing including a first aperture at a first end thereof and a second aperture at a second end thereof; a fan unit provided within the main housing to draw air in through the first aperture and expel air outwardly through the second aperture; and a comb unit secured to the first end of the main housing, the comb unit comprising a comb housing and a blade unit; and a plurality of teeth extending outwardly from adjacent an elongate opening in the blade unit such that air is drawn across a first side of the teeth and into the elongate opening (50; wherein: the blade unit is mounted for rotation relative to the comb housing and comprises a body from which the plurality of teeth extend and wherein the body is mounted within an elongate aperture on an end of the comb housing remote from the main housing, and wherein the body comprises first and second side members (46, 48) each including respective first and second planar portions (47,49) such that the first and second planar portions (47,49) define the elongate opening, and is mounted for rotation relative to the comb housing such that the teeth can move between a position in which the teeth are generally parallel to the longitudinal axis of the main housing and one or more positions in which the teeth are at an angle relative to the longitudinal axis of the main housing.
An inhibitory peptide, wherein said peptide is an inhibitor capable of disrupting a Heparanase/Tissue Factor complex, the peptide having an amino acid sequence selected from the group consisting of: SEQ ID: 1, SEQ ID: 2, SEQ ID: 3, SEQ ID: 4, SEQ ID: 5, SEQ ID: 6, SEQ ID: 7.
A system for controlling a platform mounted device comprising: at least one orientation sensor configured to sense an orientation of the platform mounted device relative to an earth leveled frame of reference; and a processor configured to: (a) create at least one sector relative to said earth leveled frame of reference, wherein said at least one sector is defined by at least one of: a range of vertical angles, and a range of horizontal angles; (b) receive from said at least one orientation sensor, an indication relating to the orientation of said mounted device; (c) analyze the orientation versus the created at least one sector; (d) decide whether the device is within a pre-decided portion of the sectors; and (e) generate a control command according to the decision, wherein the mounted device is further moveable relative to said platform when mounted onto said platform, and wherein said orientation sensor is configured to continuously or periodically sense location of said device relative to the platform. at least one orientation sensor configured to sense an orientation of the platform mounted device relative to an earth leveled frame of reference; and a processor configured to: (a) create at least one sector relative to said earth leveled frame of reference, wherein said at least one sector is defined by at least one of: a range of vertical angles, and a range of horizontal angles; (b) receive from said at least one orientation sensor, an indication relating to the orientation of said mounted device; (c) analyze the orientation versus the created at least one sector; (d) decide whether the device is within a pre-decided portion of the sectors; and (e) generate a control command according to the decision, wherein the mounted device is further moveable relative to said platform when mounted onto said platform, and wherein said orientation sensor is configured to continuously or periodically sense location of said device relative to the platform. (a) create at least one sector relative to said earth leveled frame of reference, wherein said at least one sector is defined by at least one of: a range of vertical angles, and a range of horizontal angles; (b) receive from said at least one orientation sensor, an indication relating to the orientation of said mounted device; (c) analyze the orientation versus the created at least one sector; (d) decide whether the device is within a pre-decided portion of the sectors; and (e) generate a control command according to the decision,
An encapsulated cure system for curable compositions comprising: a) a carrier material, b) a curative contained in said carrier material, and c) a polymer capsule encasing said carrier material wherein the carrier material is a natural or synthetic material or composition that is substantially non-flowing in the absence of external forces, wherein the carrier material comprises a thixotropic composition of monomers, oligomers or pre-polymers, or a combination thereof, which composition is non-reactive with the curative in the encapsulated state. a) a carrier material, b) a curative contained in said carrier material, and c) a polymer capsule encasing said carrier material wherein the carrier material is a natural or synthetic material or composition that is substantially non-flowing in the absence of external forces, wherein the carrier material comprises a thixotropic composition of monomers, oligomers or pre-polymers, or a combination thereof, which composition is non-reactive with the curative in the encapsulated state.
Method for the management of resources (L01,..., L99) provided with mobile terminals (MS01,..., MS52), particularly locomotives, which are operating in a railway network and which are functionally registerable each by means of a mobile terminal (MS01,..., MS52) at a cellular mobile communications network (GSM-R), which provides functions provided for the operation of the railway network, such as the functional log-on of the subscribers, characterised in, a) that the train movement data of trains (T01,..., T03) are monitored and that for status changes of trains (T01,..., T03) change messages are generated; b) that for change messages indicating the departure of a train from a point of operation (BP-1), for this train a list of candidates with managed resources (L01,..., L99) is established, which potentially are carried with this train; c) that for change messages that relate to the arrival and/or the transit of the train at a point of operation (BP-9), the radio cells (LAx-Zx), at which the resources (L01,..., L99) recorded in the list of candidates are located, are identified by means of queries to the mobile communications network (GSM-R) or queries to the related mobile terminals (MS01,..., MS52); and d) that by means of the identified radio cells (LAx-Zx) it is determined, whether the resources (L01,..., L99) are located at the point of operation (BP-9) of arrival and that resources (L01,..., L99), which do not belong to a radio cell (LA7-Z1) of this point of operation (BP-9), are removed from the list of candidates. a) that the train movement data of trains (T01,..., T03) are monitored and that for status changes of trains (T01,..., T03) change messages are generated; b) that for change messages indicating the departure of a train from a point of operation (BP-1), for this train a list of candidates with managed resources (L01,..., L99) is established, which potentially are carried with this train; c) that for change messages that relate to the arrival and/or the transit of the train at a point of operation (BP-9), the radio cells (LAx-Zx), at which the resources (L01,..., L99) recorded in the list of candidates are located, are identified by means of queries to the mobile communications network (GSM-R) or queries to the related mobile terminals (MS01,..., MS52); and d) that by means of the identified radio cells (LAx-Zx) it is determined, whether the resources (L01,..., L99) are located at the point of operation (BP-9) of arrival and that resources (L01,..., L99), which do not belong to a radio cell (LA7-Z1) of this point of operation (BP-9), are removed from the list of candidates.
A falling prevention structure for an attached lift scaffold, whereby on a leveraged structure that can be stably connected to an attached lift scaffold body and is provided with a hinge point in the middle, a control arm is on one side of the hinge point, and an extension portion of the control arm can be connected/matched with a lifting structure of the attached lift scaffold; an operating arm is on the other side of the hinge point, an extension portion of the operating arm is provided with a transition structure and connected to a falling prevention pin by the transition structure, the falling prevention pin is provided with an elastic restoring structure and is capable of extending and retracting, and the extending falling prevention pin can be inserted into a clamping and hanging structure in a falling prevention structure directly or indirectly fixed to a building object to achieve falling prevention clamping and hanging cooperation.
A gas pressure regulator for reducing the input pressure (p E) of a gas to a constant output pressure (p A), comprising a housing with an inlet, an outlet, and a safety shut-off valve disposed in between, and a safety relief valve disposed at the outlet side of the housing, characterized in that the safety relief valve comprises a valve body with an inlet which is followed by an interspace, wherein a membrane biased by a set-point spring is disposed between the inlet and the interspace, wherein an adjustment screw for adjusting the spring force (F F) of the spring is disposed in the valve body and a closure member is disposed upstream of the adjustment screw, and wherein the interspace is connected with a bore in the valve body or in the closure member for discharging the gas in the case of increase of the output pressure (p A), and a safety membrane is disposed in the housing.
A gas turbine vane, comprising: an airfoil having a leading edge, a trailing edge, and a sidewall between the leading edge and the trailing edge, a plurality of film holes being defined in the sidewall, and a cut-back disposed proximal to the trailing edge and defined by the sidewall; an insert spaced apart from an inner surface of the sidewall and disposed within the sidewall, a plurality of insert holes being defined in the insert; and a plurality of posts extending from the sidewall, wherein: the plurality of insert holes are arranged in a plurality of rows, and the insert holes of each of the rows are arranged in a direction from the leading edge to the trailing edge; and a surface of the insert contacts the plurality of posts, wherein each of the plurality of posts has a first side and second side in longitudinal section, the second side is disposed closer to the trailing edge, the second side extends toward the sidewall from the insert and toward the trailing edge from the post, and the second side is curved, wherein an impinging jet introduced through the insert holes flows along the second side of the post. an airfoil having a leading edge, a trailing edge, and a sidewall between the leading edge and the trailing edge, a plurality of film holes being defined in the sidewall, and a cut-back disposed proximal to the trailing edge and defined by the sidewall; an insert spaced apart from an inner surface of the sidewall and disposed within the sidewall, a plurality of insert holes being defined in the insert; and a plurality of posts extending from the sidewall, wherein: the plurality of insert holes are arranged in a plurality of rows, and the insert holes of each of the rows are arranged in a direction from the leading edge to the trailing edge; and a surface of the insert contacts the plurality of posts, wherein each of the plurality of posts has a first side and second side in longitudinal section, the second side is disposed closer to the trailing edge, the second side extends toward the sidewall from the insert and toward the trailing edge from the post, and the second side is curved, wherein an impinging jet introduced through the insert holes flows along the second side of the post. the plurality of insert holes are arranged in a plurality of rows, and the insert holes of each of the rows are arranged in a direction from the leading edge to the trailing edge; and a surface of the insert contacts the plurality of posts, wherein each of the plurality of posts has a first side and second side in longitudinal section, the second side is disposed closer to the trailing edge, the second side extends toward the sidewall from the insert and toward the trailing edge from the post, and the second side is curved, wherein an impinging jet introduced through the insert holes flows along the second side of the post.