mhurhangee/ep-ind-claims huggingface dataset:
A method of obtaining diagnostic test results in respect of network elements in a network, the test results being obtained from probes in a population of probes, each probe being associated with a network element, the method comprising: receiving a first-stage set of probe reports comprising, in respect of each of a plurality of probes in an initial subset of the population of probes, a test result and metadata, each test result indicating a state of or state in respect of the network element associated with the probe; identifying, in dependence on test results received in respect of a plurality of probes in the initial subset, a specific subset of one or more probes in the initial subset wherein the test result or results from the one or more probes in the specific subset satisfy a predefined condition; determining a subsequent subset of a plurality of probes in the population of probes in dependence on the metadata of the at least one probe in the specific subset; and triggering the probes in the subsequent subset to provide a second-stage set of probe reports comprising test results indicating states of or states in respect of network elements associated with probes in the subsequent subset. receiving a first-stage set of probe reports comprising, in respect of each of a plurality of probes in an initial subset of the population of probes, a test result and metadata, each test result indicating a state of or state in respect of the network element associated with the probe; identifying, in dependence on test results received in respect of a plurality of probes in the initial subset, a specific subset of one or more probes in the initial subset wherein the test result or results from the one or more probes in the specific subset satisfy a predefined condition; determining a subsequent subset of a plurality of probes in the population of probes in dependence on the metadata of the at least one probe in the specific subset; and triggering the probes in the subsequent subset to provide a second-stage set of probe reports comprising test results indicating states of or states in respect of network elements associated with probes in the subsequent subset.
Accelerating admixture for hydraulic compositions based on C-S-H seeds, which is obtainable by hydration in aqueous suspension of a hydraulic binder based on Portland cement or other hydraulic binders with a mainly silicate base, with a water/binder ratio (W/B) ranging from W/B = 1 to W/B = 6, at a temperature ranging from 10°C to 90°C, for times ranging from 2 hours to 300 hours, in the presence of carboxylic acids, the calcium salts thereof, polyethanolamines, or mixtures thereof.
A system comprising at least one wall structure having a surface, wherein the wall structure comprises or consists of a multidimensional wave geometry having repeating shapes on at least one side whose waves extend in a horizontal direction or substantially in a horizontal direction, wherein the wave geometry can in particular have a prismatic structure, and wherein the wave geometry has one or more fastening means, in particular grooves (A13, A14) in which one or more elements are arranged or can be arranged, with the fastening means and the named elements being configured such that at least one of the elements can be fixed at different positions of the wall structure on the side of the wave geometry and comprising at least one drawer for a furniture element, with the drawer having at least one reception space for the reception of articles, in particular of kitchen utensils, wherein at least one placement element is located in the reception space on which placement element the articles can be placed, wherein the placement element has a wave profile or is formed by a wave profile sectionally or over its entire surface on at least one side, said wave profile having alternately arranged wave troughs and wave peaks, wherein the wave profile can in particular have a prismatic structure, and/or a furniture element having at least one drawer having at least one reception space for the reception of articles, in particular of kitchen utensils, wherein at least one placement element is located in the reception space on which placement element the articles can be placed, wherein the placement element has a wave profile or is formed by a wave profile sectionally or over its entire surface on at least one side, said wave profile having alternately arranged wave troughs and wave peaks, wherein the wave profile can in particular have a prismatic structure, and wherein the wave geometry of the wall structure corresponds to the wave geometry of the drawer and wherein the wall structure and the wave geometry of the drawer are designed such that a separator (A1, A2, A3) or functional element receivable in the wave geometry of the drawer can be fixed at the wall structure and/or can be received in its wave geometry.
A device for assembling an assembly, implementing an automatic stop-start function of a vehicle engine and which includes a capacitance unit intended to store electrical energy and a device for voltage-holding and switching housed beneath a protective cover, on a body shell structure of a vehicle, the device including a mounting plate for said assembly, characterized in that the device includes: - at least one indexing peg belonging to the mounting plate, said peg being fixed, for example by welding, on a rear face of the mounting plate, this rear face being that which is intended to be placed facing the body shell structure; - at least one eye intended to be secured to the body shell of said vehicle in an area of the body shell structure which is difficult to access for the operator who mounts the support on the body shell, and able to receive said indexing peg, and - at least one damping block intended to be interposed between said peg and said eye. - at least one indexing peg belonging to the mounting plate, said peg being fixed, for example by welding, on a rear face of the mounting plate, this rear face being that which is intended to be placed facing the body shell structure; - at least one eye intended to be secured to the body shell of said vehicle in an area of the body shell structure which is difficult to access for the operator who mounts the support on the body shell, and able to receive said indexing peg, and - at least one damping block intended to be interposed between said peg and said eye.
An exhaust gas aftertreatment apparatus for an internal combustion engine having - an intake for exhaust gas, - a thermoreactor having a thermal reaction zone, a first thermal storage mass and a second thermal storage mass, wherein the thermal reaction zone is configured to perform a partial oxidation of methan, in which carbon monoxide is produced, - at least one catalytic reaction zone, wherein the at least one catalytic reaction zone is connected downstream of the thermal reaction zone in flow direction of the exhaust gas through the exhaust gas aftertreatment apparatus and that by the catalytic reaction zone carbon monoxide is broken down by catalytic oxidation, characterised in that there is provided a switching-over mechanism, by which the flow direction of the exhaust gas through the thermoreactor can be altered so that in a first position the exhaust gas firstly flows through the first thermal storage mass, than through the thermal reaction zone and finally through the second thermal storage mass or in a second position firstly through the second thermal storage mass, than through the thermal reaction zone and finally through the first thermal storage mass. - an intake for exhaust gas, - a thermoreactor having a thermal reaction zone, a first thermal storage mass and a second thermal storage mass, wherein the thermal reaction zone is configured to perform a partial oxidation of methan, in which carbon monoxide is produced, - at least one catalytic reaction zone, wherein the at least one catalytic reaction zone is connected downstream of the thermal reaction zone in flow direction of the exhaust gas through the exhaust gas aftertreatment apparatus and that by the catalytic reaction zone carbon monoxide is broken down by catalytic oxidation,
A primer for use in a multistep amplification of a target nucleic acid molecule, comprising, in 5' to 3' order: a. a universal tag that does not comprise RNA nucleotides b. an RNA nucleotide c. a primer region that does not comprise RNA nucleotides and that hybridizes with a strand of the target nucleic acid molecule d. a further RNA nucleotide e. a further region that hybridizes with a strand of the target nucleic acid molecule f. a blocking group. a. a universal tag that does not comprise RNA nucleotides b. an RNA nucleotide c. a primer region that does not comprise RNA nucleotides and that hybridizes with a strand of the target nucleic acid molecule d. a further RNA nucleotide e. a further region that hybridizes with a strand of the target nucleic acid molecule f. a blocking group.
An energy absorber element (30, 100, 200, 330, 400, 480, 500) for a vehicle component, comprising: a crush wall defining (2, 140, 210, 440, 540) a deformable zone; a first support wall (4, 110, 220, 450, 530) and a second support wall (6, 120, 230, 460, 520), the first and second support walls connecting to the crush wall to form a structure; and a connection mechanism (150, 160, 170, 240, 250, 260, 280) for connecting the structure to a vehicle; the vehicle component being selected from the group consisting of occupant head impact locations, fender, hood, front glass, grill, wiper, seating system, instrument panel, roof, door, trim, A-pillar, B-pillar, C-pillar, glazing panel, knee bolster, steering system, lighting components, and combinations comprising at least one of the foregoing; at least one of the first support wall, a second support wall, and the crush wall comprising plastic; characterised in that the connection mechanism (150, 160, 170, 240, 250, 260, 280) is a crushable connector. a crush wall defining (2, 140, 210, 440, 540) a deformable zone; a first support wall (4, 110, 220, 450, 530) and a second support wall (6, 120, 230, 460, 520), the first and second support walls connecting to the crush wall to form a structure; and a connection mechanism (150, 160, 170, 240, 250, 260, 280) for connecting the structure to a vehicle; the vehicle component being selected from the group consisting of occupant head impact locations, fender, hood, front glass, grill, wiper, seating system, instrument panel, roof, door, trim, A-pillar, B-pillar, C-pillar, glazing panel, knee bolster, steering system, lighting components, and combinations comprising at least one of the foregoing; at least one of the first support wall, a second support wall, and the crush wall comprising plastic; characterised in that the connection mechanism (150, 160, 170, 240, 250, 260, 280) is a crushable connector.
A continuous gel for isoelectric focusing of peptides in a non-linear immobilised pH gradient characterized by at least three separate stepwise arranged pH-intervals 3.4-5, 5.2-6.8 and 7.8-10, wherein the three pH-intervals are not overlapping and not immediately adjacent and separated from each other by a pH-gap, and wherein the gel is adopted to peptides obtained by tryptic digestion of proteins.
A suture anchor for attachment of tissue to bone, comprising: a threaded anchor body having a proximal end and a distal end; a central bore extending from an opening at the proximal end of the anchor body through a portion of the length thereof; and four apertures located at the distal end of the anchor body and in communication with the central bore, characterized in that, the four apertures (26a-d) are arranged in two pairs (26a-b, 26c-d), each pair of apertures defining the ends of a respective groove (30a, 30b) at the distal end of the anchor body, the grooves being parallel and recessed from the most distal surface of the distal end, the grooves defining a ridge therebetween; a first suture passing through a first pair of the four apertures (26a-d), and through a first one of the grooves; and a second suture passing through a second pair of the four apertures (26a-d), and through a second one of the grooves; wherein the first and second sutures are separated at the distal end of the anchor body by the ridge and the first and second sutures are protected from abrasion by said ridge and the exterior walls of the grooves. a threaded anchor body having a proximal end and a distal end; a central bore extending from an opening at the proximal end of the anchor body through a portion of the length thereof; and four apertures located at the distal end of the anchor body and in communication with the central bore, characterized in that, the four apertures (26a-d) are arranged in two pairs (26a-b, 26c-d), each pair of apertures defining the ends of a respective groove (30a, 30b) at the distal end of the anchor body, the grooves being parallel and recessed from the most distal surface of the distal end, the grooves defining a ridge therebetween; a first suture passing through a first pair of the four apertures (26a-d), and through a first one of the grooves; and a second suture passing through a second pair of the four apertures (26a-d), and through a second one of the grooves; wherein the first and second sutures are separated at the distal end of the anchor body by the ridge and the first and second sutures are protected from abrasion by said ridge and the exterior walls of the grooves.
A method for preventing an accidental touch of a terminal with a touch screen, the method comprising: detecting current status information of the terminal and acquiring a current touch gesture which is acquired by a module configured to acquire a touch gesture,; determining, according to a matching relationship pre-established for a touch behavior, whether the current status information of the terminal and the current touch gesture correspond to the same touch behavior, wherein the pre-established matching relationship is a relationship between pre-established status information of the terminal and pre-established motion status information of a touch gesture; and when the current status information of the terminal and the current touch gesture correspond to the same touch behavior, executing an operation corresponding to the touch behavior; wherein the current status information of the terminal comprises orientation information, and the orientation information is an inclination angle of the terminal; characterised in that the method further comprises, when the detected current status information of the terminal and the current touch gesture do not correspond to the same touch behavior, executing a protection operation that is locking the touch screen of the terminal, or forbidding starting of a preset program in the terminal within a preset time. detecting current status information of the terminal and acquiring a current touch gesture which is acquired by a module configured to acquire a touch gesture,; determining, according to a matching relationship pre-established for a touch behavior, whether the current status information of the terminal and the current touch gesture correspond to the same touch behavior, wherein the pre-established matching relationship is a relationship between pre-established status information of the terminal and pre-established motion status information of a touch gesture; and when the current status information of the terminal and the current touch gesture correspond to the same touch behavior, executing an operation corresponding to the touch behavior; wherein the current status information of the terminal comprises orientation information, and the orientation information is an inclination angle of the terminal; characterised in that the method further comprises, when the detected current status information of the terminal and the current touch gesture do not correspond to the same touch behavior, executing a protection operation that is locking the touch screen of the terminal, or forbidding starting of a preset program in the terminal within a preset time.
A bearing carrier, comprising: a bearing body of a first material having a shaft-receiving aperture and a bridge land with a finger cut to channel fluid pressurized by intermeshing of gears rotatably supported by the bearing carrier into an outlet defined by a housing enveloping the bearing carrier, wherein the bearing body includes a bearing face configured to be in a facing spaced relationship with the gears, wherein the bearing face includes a wear groove and a second material integrally coupled to the first material, the second material being located within the wear groove, wherein the second material defines a portion of the bearing face of the bearing body extending about the shaft-receiving aperture, the portion of the bearing face excluding the bridge and characterised in that the wear groove extends completely around the shaft-receiving aperture. a bearing body of a first material having a shaft-receiving aperture and a bridge land with a finger cut to channel fluid pressurized by intermeshing of gears rotatably supported by the bearing carrier into an outlet defined by a housing enveloping the bearing carrier, wherein the bearing body includes a bearing face configured to be in a facing spaced relationship with the gears, wherein the bearing face includes a wear groove and a second material integrally coupled to the first material, the second material being located within the wear groove, wherein the second material defines a portion of the bearing face of the bearing body extending about the shaft-receiving aperture, the portion of the bearing face excluding the bridge and characterised in that the wear groove extends completely around the shaft-receiving aperture.
A radio communication terminal apparatus configured to perform transmission and reception with a plurality of base stations in a coordinated manner, the radio communication terminal apparatus comprising: a base station selection section configured to select a base station other than a base station that transmits control information addressed to the radio communication terminal apparatus from among the plurality of base stations; a Zadoff-Chu, ZC, sequence generation section configured to generate a reference signal using a ZC sequence, which is assigned to the selected base station, wherein the selected base station is different from the base station that transmits the control information addressed to the radio communication terminal apparatus; and a transmission section configured to transmit the generated reference signal. a base station selection section configured to select a base station other than a base station that transmits control information addressed to the radio communication terminal apparatus from among the plurality of base stations; a Zadoff-Chu, ZC, sequence generation section configured to generate a reference signal using a ZC sequence, which is assigned to the selected base station, wherein the selected base station is different from the base station that transmits the control information addressed to the radio communication terminal apparatus; and a transmission section configured to transmit the generated reference signal.
A liner assembly for lining of a gas turbine engine, the liner assembly comprising: a honeycomb core having at least two axially adjacent segments, including a forward segment and an aft segment; an impact resistant layer disposed against and radially inward of the honeycomb forward segment; and a radially interior layer, defining a relatively substantially uninterrupted flowpath over at least a portion of the impact resistant layer and the aft segment, the interior layer extending against and radially interior of both the impact resistant layer and the honeycomb aft segment; characterised in that: the honeycomb core and the impact resistant layer together are circumferentially segmented into a plurality of panels arranged around the axis of the gas turbine engine, and the interior layer covers a seam between adjacent panels (66a, 66b) of the plurality of panels; the interior layer is segmented circumferentially to form edges (72a, 72b), and the edges (72a, 72b) of each segment of the interior layer are circumferentially offset from the seam such that the interior layer extends over and covers the seam; and the edges (72a, 72b) of each segment of the interior layer are overlapped and bonded to the edges (72a, 72b) of adjacent segments of the interior layer. a honeycomb core having at least two axially adjacent segments, including a forward segment and an aft segment; an impact resistant layer disposed against and radially inward of the honeycomb forward segment; and a radially interior layer, defining a relatively substantially uninterrupted flowpath over at least a portion of the impact resistant layer and the aft segment, the interior layer extending against and radially interior of both the impact resistant layer and the honeycomb aft segment; characterised in that: the honeycomb core and the impact resistant layer together are circumferentially segmented into a plurality of panels arranged around the axis of the gas turbine engine, and the interior layer covers a seam between adjacent panels (66a, 66b) of the plurality of panels; the interior layer is segmented circumferentially to form edges (72a, 72b), and the edges (72a, 72b) of each segment of the interior layer are circumferentially offset from the seam such that the interior layer extends over and covers the seam; and the edges (72a, 72b) of each segment of the interior layer are overlapped and bonded to the edges (72a, 72b) of adjacent segments of the interior layer. the honeycomb core and the impact resistant layer together are circumferentially segmented into a plurality of panels arranged around the axis of the gas turbine engine, and the interior layer covers a seam between adjacent panels (66a, 66b) of the plurality of panels; the interior layer is segmented circumferentially to form edges (72a, 72b), and the edges (72a, 72b) of each segment of the interior layer are circumferentially offset from the seam such that the interior layer extends over and covers the seam; and the edges (72a, 72b) of each segment of the interior layer are overlapped and bonded to the edges (72a, 72b) of adjacent segments of the interior layer.