mhurhangee/ep-ind-claims huggingface dataset:
Fast lock device designed to couple to an adaptor member for a tool that can be actuated by means of a mechanical arm; said fast lock device being provided with a frame comprising two flanks connected together by means of a plate; said fast lock device comprising a movable equipment provided with at least one engaging and locking pin extending in a given direction, that can be actuated with reciprocating motion with respect to said plate along said given direction between a first end position and an second end position; wherein, in said second end position, said pin is actuated to engage in said second end position a bar of said adaptor member transversally oriented with respect to said direction; said fast lock device comprising a monitoring group for monitoring the actual position of said pin along said given direction, characterised in that said monitoring group comprises an electronic card carried by said plate and facing said at least one pin and an abutment element carried by said at least one pin and facing said electronic card, wherein said electronic card comprises a plurality of conductor members arranged aligned on said card along said direction in a plurality of given positions (P1...PN) below said at least one pin in order to identify univocally, in use, a geometric condition where said abutment element and the respective said at least one pin occupy each of said given positions (P1...PN) with respect to said plate and/or said bar, wherein in use, when said at least one pin is arranged with said abutment element facing a said conductor member arranged in a first position of said given positions (P1...PN) at opposite side from said bar, said at least one pin is contained inside said fast lock device; when said at least one pin is arranged with said abutment element facing a said conductor member in an end position at the side of said bar, said at least one pin is arranged above said bar; when said at least one pin is arranged with said abutment element facing a conductor member arranged in an intermediate position of said positions (P1...PN) and in a condition of stop with respect to said adaptor member, said pin inferiorly delimits said bar and bilaterally supports said adaptor member.
A compound having one of the following structures: or a stereoisomer, pharmaceutically acceptable salt, or tautomer thereof, wherein: X is -NH-; Y is N; R 4 is H; R 5 is, at each occurrence, independently H, halo, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, -CN, or C 1 -C 6 nitrilylalkyl; R 6 is H, C 1 -C 6 alkyl, C 1 -C 6 nitrilylalkyl or C 3 -C 6 nitrilylcycloalkyl; R 7 is H, halo, C 1 -C 6 alkyl, C 1 -C 6 nitrilylalkyl or C 3 -C 6 nitrilylcycloalkyl; and R 8 is heteroaryl. X is -NH-; Y is N; R 4 is H; R 5 is, at each occurrence, independently H, halo, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, -CN, or C 1 -C 6 nitrilylalkyl; R 6 is H, C 1 -C 6 alkyl, C 1 -C 6 nitrilylalkyl or C 3 -C 6 nitrilylcycloalkyl; R 7 is H, halo, C 1 -C 6 alkyl, C 1 -C 6 nitrilylalkyl or C 3 -C 6 nitrilylcycloalkyl; and R 8 is heteroaryl.
A method of selecting a plurality of brake assemblies desired for activation during an aircraft taxi braking event from a total number of brake assemblies, said method comprising: determining an estimated peak temperature for a plurality of brake assemblies of the total number of brake assemblies; characterized in: determining a first subset of the plurality of brake assemblies having an estimated peak temperature greater than a low threshold temperature and less than a high threshold temperature; determining whether the number of brake assemblies in the first subset is greater than or equal to the number of brake assemblies desired for braking; and activating at least one of the brake assemblies in the first subset for the next taxi braking event if the number of brake assemblies in the first subset is determined to be greater than or equal to the number of desired brake assemblies, wherein the number of brake assemblies in the activated portion of the first subset is greater than or equal to the number of desired brake assemblies. determining an estimated peak temperature for a plurality of brake assemblies of the total number of brake assemblies; characterized in: determining a first subset of the plurality of brake assemblies having an estimated peak temperature greater than a low threshold temperature and less than a high threshold temperature; determining whether the number of brake assemblies in the first subset is greater than or equal to the number of brake assemblies desired for braking; and activating at least one of the brake assemblies in the first subset for the next taxi braking event if the number of brake assemblies in the first subset is determined to be greater than or equal to the number of desired brake assemblies, wherein the number of brake assemblies in the activated portion of the first subset is greater than or equal to the number of desired brake assemblies. determining a first subset of the plurality of brake assemblies having an estimated peak temperature greater than a low threshold temperature and less than a high threshold temperature; determining whether the number of brake assemblies in the first subset is greater than or equal to the number of brake assemblies desired for braking; and activating at least one of the brake assemblies in the first subset for the next taxi braking event if the number of brake assemblies in the first subset is determined to be greater than or equal to the number of desired brake assemblies, wherein the number of brake assemblies in the activated portion of the first subset is greater than or equal to the number of desired brake assemblies.
A braze alloy consisting of: 4.5 - 15.0% of weight Cr; 7.0 - 16.5% of weight Ti; 10.0 - 16.0% of weight Zr; balance Ni. 4.5 - 15.0% of weight Cr; 7.0 - 16.5% of weight Ti; 10.0 - 16.0% of weight Zr; balance Ni.
Extrusion device for extrudate of plastic comprising an extruder unit in which an extrudate is conveyed in a conveying device, wherein the extrudate emerges from an extruder nozzle of the extruder unit, wherein the extrusion device comprises a cutting device, arranged in the emergence area of the extruder nozzle, suitable for severing extrudate on the extruder nozzle still emerging from the extruder nozzle after stopping of the conveying procedure, wherein the cutting device is applied to the extrusion device in a pivotable manner about an axis and wherein the extruder nozzle is formed in such a way that in the area of its emergence end (14 a) it has a convexly curved surface, characterised in that the cutting device on its side facing the extruder nozzle is provided with a concavely curved surface, matched to this convexly curved surface, which during the cutting procedure moves along the convexly curved surface of the nozzle.
A high-strength brass alloy for sliding members, consisting of, by mass %, 17 to 28 % of Zn, 5 to 10 % of Al, 4 to 10 % ofMn, 1 to 5 % of Fe, 0.1 to 3 % of Ni, 0.5 to 3 % of Si, and the balance of Cu and inevitable impurities, the high-strength brass alloy having a structure that includes a matrix of a single phase structure of the β phase and includes at least one of Fe-Mn-Si intermetallic compounds in the form of aciculae, spheres, or petals dispersed in the ß phase.
A wear member for attachment along the lip of a bucket, the wear member comprising: a front working end; and a pair of rearwardly extending bifurcated legs (48, 67), each said leg (48, 67) including; an inner surface to face the lip, a rear wall, a slot that opens in the inner surface and the rear wall to receive a boss on the lip, an opening to receive a lock, characterized in that the opening is forward of the slot and there is provided; a lateral wall extending between the slot and the opening, said lateral wall, having a forwardly facing bearing surface to engage the lock received through the opening; wherein the lateral wall further extends across the slot to provide a rearward surface facing the boss received in the slot. a front working end; and a pair of rearwardly extending bifurcated legs (48, 67), each said leg (48, 67) including; an inner surface to face the lip, a rear wall, a slot that opens in the inner surface and the rear wall to receive a boss on the lip, an opening to receive a lock, an inner surface to face the lip, a rear wall, a slot that opens in the inner surface and the rear wall to receive a boss on the lip, an opening to receive a lock, a lateral wall extending between the slot and the opening, said lateral wall, having a forwardly facing bearing surface to engage the lock received through the opening; wherein the lateral wall further extends across the slot to provide a rearward surface facing the boss received in the slot.
Motorcycle tyre intended to be fitted to the rear wheel of a motorcycle, comprising: - a carcass structure comprising at least one first and at least one second radially superimposed carcass plies, each comprising a plurality of reinforcing elements arranged parallel to one another; said at least one first and at least one second carcass plies being mutually crossed so that the reinforcing elements of a first ply are inclined relative to the reinforcing elements of the second carcass ply, and to an equatorial plane (X-X); - a tread band radially superimposed on the first and the second carcass plies; - said tread band extending by a length in axial direction and comprising a central portion located across the equatorial plane (X-X) and two lateral portions (L2, L3) opposed to each other relative to the central portion; - the central portion extending in axial direction by a width greater than or equal to 20% of the width of said tread band; each lateral portion (L2, L3) having a width smaller than or equal to 40% of the width L of said tread band; - said tread band comprising a plurality of grooves; - said central portion having a void-to-rubber ratio smaller than 4%; - the profile of a cross section of the tyre at the central portion comprising at least one first bending radius greater than or equal to 60 mm; characterized in that the profile of a cross section of the tyre at each lateral portion (L2, L3) comprises at least one second bending radius smaller than or equal to 50 mm. - a carcass structure comprising at least one first and at least one second radially superimposed carcass plies, each comprising a plurality of reinforcing elements arranged parallel to one another; said at least one first and at least one second carcass plies being mutually crossed so that the reinforcing elements of a first ply are inclined relative to the reinforcing elements of the second carcass ply, and to an equatorial plane (X-X); - a tread band radially superimposed on the first and the second carcass plies; - said tread band extending by a length in axial direction and comprising a central portion located across the equatorial plane (X-X) and two lateral portions (L2, L3) opposed to each other relative to the central portion; - the central portion extending in axial direction by a width greater than or equal to 20% of the width of said tread band; each lateral portion (L2, L3) having a width smaller than or equal to 40% of the width L of said tread band; - said tread band comprising a plurality of grooves; - said central portion having a void-to-rubber ratio smaller than 4%; - the profile of a cross section of the tyre at the central portion comprising at least one first bending radius greater than or equal to 60 mm;
Method for evacuating passengers from a vehicle, in particular rail-guided vehicle, in which an item of information, which is generated by a control and safety system for the vehicle and relates to the evacuation, is transmitted via a communication device (CD1, CD2), wherein the communication device (CD1, CD2) is designed as a portable communication device which, for the transmission of the information, • uses an energy source that is separate for the device, • establishes a communication connection to the control and safety system via a first air interface, characterised in that the communication connection uses a radio network, which is also used for communication between the vehicle and the control and safety system, as communication infrastructure. the communication device (CD1, CD2) is designed as a portable communication device which, for the transmission of the information, • uses an energy source that is separate for the device, • establishes a communication connection to the control and safety system via a first air interface, • uses an energy source that is separate for the device, • establishes a communication connection to the control and safety system via a first air interface, characterised in that the communication connection uses a radio network, which is also used for communication between the vehicle and the control and safety system, as communication infrastructure.
A heat treatment method of a product that has a wall portion where a resin is caulking holes provided in a wall thereof, comprising: putting the product in a furnace; and heating the product in the furnace, wherein the product is heated together with a silicone resin at a temperature capable of completely burning or decomposing the resin caulking the holes to remove it thereform, and at which at least a part of the silicone resin is discharged to the atmosphere in the furnace. putting the product in a furnace; and heating the product in the furnace, wherein the product is heated together with a silicone resin at a temperature capable of completely burning or decomposing the resin caulking the holes to remove it thereform, and at which at least a part of the silicone resin is discharged to the atmosphere in the furnace.
Method for analysing compounds in a flow of gas by mass spectrometry, comprising the following steps: a) ionising volume units in the flow of gas to form ions of the compounds, the ionisation taking place by way of beams (9, 10) which cross the flow of gas in an ionisation region which is formed by electron pulses or pulse sequences and photon pulses or pulse sequences in alternation, b) deflecting the ions in the active region of an electric field for a mass spectrometry method, and c) detecting the ions by a mass spectrometry method, characterised in that d) the photon pulses or pulse sequences are generated by an excimer lamp, e) the alternation between the electron pulses or pulse sequences and the photon pulses or pulse sequences takes place at an alternation frequency of above 50 Hz, and f) upstream from the ionisation the flow of gas is passed through a gas chromatography capillary to separate different compounds in the flow of gas. a) ionising volume units in the flow of gas to form ions of the compounds, the ionisation taking place by way of beams (9, 10) which cross the flow of gas in an ionisation region which is formed by electron pulses or pulse sequences and photon pulses or pulse sequences in alternation, b) deflecting the ions in the active region of an electric field for a mass spectrometry method, and c) detecting the ions by a mass spectrometry method, characterised in that d) the photon pulses or pulse sequences are generated by an excimer lamp, e) the alternation between the electron pulses or pulse sequences and the photon pulses or pulse sequences takes place at an alternation frequency of above 50 Hz, and f) upstream from the ionisation the flow of gas is passed through a gas chromatography capillary to separate different compounds in the flow of gas.
A method for processing spent carbon-containing cathode material, in particular spent pot liners from the production of aluminium, in which the cathode material is placed in a shaft furnace and undergoes a heat treatment in order to gasify carbon at a temperature above the ignition temperature of the carbon and above the vaporization temperature of toxic substances contained in the spent cathode material, characterized in that in a first longitudinal section of the shaft furnace, the reaction gases are conveyed as a co-current with the carbon and in a second longitudinal section of the shaft furnace, the reaction gases are conveyed as a countercurrent to the carbon and in that the reaction gases are withdrawn from a region of the shaft furnace with an enlarged cross section between said longitudinal sections.
Filter element for an extractor hood for separating impurities from steam with an at least partially air-permeable filter body, wherein the filter body of the filter element consists of a first filter part with a flat base area and a second filter part with a flat base part, the filter parts (11, 12) are connected to one another in a releasable manner, at least one slot is introduced into the base areas (110, 120) of the filter parts (11, 12) in each case, each slot in the first filter part is arranged such that it is offset in relation to each slot in the second filter part, the filter element comprises a handle, by means of which the filter element can be introduced into a suction opening of an extractor hood and can be removed therefrom, the handle is arranged between the first filter part and the second filter part and is retained at least partially between the two filter parts (11, 12) and a connecting element, which serves to connect the two filter parts of the filter body, engages at the handle, characterised in that the handle at least partially serves to activate at least one fastening element, by means of which the filter element is fastened or retained in the suction opening.
An isolated antibody, or antigen-binding fragment thereof, that specifically binds TEM-1 comprising a light chain CDR1 having the amino acid sequence of SEQ ID NO: 73, a light chain CDR2 having the amino acid sequence of SEQ ID NO: 74, a light chain CDR3 having the amino acid sequence of SEQ ID NO: 75, a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 77, a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 78, and a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 79.
A catalyst support material comprising in the range of 60 wt% to 96 wt% alumina, calculated as Al 2 O 3 on an oxide basis, in the range of 1 wt% to 20 wt% silicon oxide, calculated as SiO 2 on an oxide basis and in the range of 2 wt% to 20 wt% titanium dioxide, calculated as TiO 2 on an oxide basis, wherein the alumina and the silicon oxide are coated with the titanium dioxide.
Pouch for tobacco comprising a first pocket, wherein at least a wall of the pouch is formed of a flexible sheet laminate composed of at least a first and a second layer, wherein the pouch further comprises a slide-in pocket formed within the flexible sheet laminate, characterized in that the slide-in pocket comprises: - a pocket front wall formed of a part of the first layer of the flexible sheet laminate; - a pocket back wall formed of a part of the second layer of the flexible sheet laminate; and - a first opening arranged in the first layer or the second layer of the flexible sheet laminate, the interior of the slide-in pocket being accessible via the first opening, wherein, in the area where slide-in pocket is formed, the flexible sheet laminate is void of an adhesive between the first and second layer and/or the first layer and the second layer are not permanently laminated together. - a pocket front wall formed of a part of the first layer of the flexible sheet laminate; - a pocket back wall formed of a part of the second layer of the flexible sheet laminate; and - a first opening arranged in the first layer or the second layer of the flexible sheet laminate, the interior of the slide-in pocket being accessible via the first opening, wherein, in the area where slide-in pocket is formed, the flexible sheet laminate is void of an adhesive between the first and second layer and/or the first layer and the second layer are not permanently laminated together.
A red blood cell storage container comprising: a container body made of a resin composition comprising at least one of: polyolefin polymer, polyamide polymer, polyurethane polymer, polystyrene polymer, polybutadiene polymer, polyester polymer, fluoropolymer, polycarbonate polymer, polyacrylic polymer, and polysulfone polymer; a coating part, formed on an inner surface of the container body and made of diamond-like carbon; wherein the red blood cell storage container is characterized in that a red blood cell preservative, an anti-hemolytic agent and a surfactant are filled in the container, and in that the resin composition is free of plasticizer. a container body made of a resin composition comprising at least one of: polyolefin polymer, polyamide polymer, polyurethane polymer, polystyrene polymer, polybutadiene polymer, polyester polymer, fluoropolymer, polycarbonate polymer, polyacrylic polymer, and polysulfone polymer; a coating part, formed on an inner surface of the container body and made of diamond-like carbon;
Method for coating functional surfaces of symmetrically serrated components, in particular tooth flanks of gears, via a coating source emitting the coating material as electrically charged particles in an irradiation direction of the component and rotating relatively to the component, wherein the component is shielded during the coating process in a contour area of the component from the coating beam, the contour area having a functional surface orientation that is inclined flatly with respect to the irradiation direction using a shield arranged transversely to the irradiation direction between the component and the coating source, characterized in that the component and the coating source are rotated relatively to each other about an axis of the component which is non-uniform with longer dwell times occurring in a rotational position of the functional surface set steeply with respect to the irradiation direction.
An air inhalation device for delivering medicament to a user, said device comprising an airflow passage, a high frequency vibrator configured for suspending particles of said medicament in said airflow passage, and an acoustic controller including an acoustic sensing element located in said airflow passage, said acoustic controller being configured to detect airflow around said acoustic sensing element and to produce signals that identify the direction and amplitude of said airflow, wherein the high frequency vibrator is configured for inducing said medicament into said airflow when said signals indicate inhalation airflow by said user, and wherein said acoustic controller includes a comparator circuit for detecting the initial direction of the airflow within said airflow passage by sensing the instantaneous voltage offset generated by said acoustic sensing element when breathing commences relative to the voltage when there is no breathing.