mhurhangee/ep-ind-claims huggingface dataset:
A separation device comprising: an outer case; a pillar-shaped separation member accommodated in the outer case and including an engaging portion protruding or recessed in a radial direction, the separation member receiving a load exerted in a central axis direction; a support member including a swinging portion and an engageable portion, the swinging portion being swingably supported by the outer case, the engageable portion contacting the engaging portion to support the separation member; an inner case including a fitting hole in which the engageable portion is fitted, the fitting hole restricting swinging of the support member, and an operation-enabling element that supports the inner case in the outer case characterized in that the operation-enabling element is fusion-cut when an electric current is applied thereto, wherein when the operation-enabling element is fusion-cut, the inner case is displaced in the central axis direction, such that: the engageable portion of the support member detaches from the fitting hole; the swinging portion swings; and the engageable portion moves away from the engaging portion to release the separation member. an outer case; a pillar-shaped separation member accommodated in the outer case and including an engaging portion protruding or recessed in a radial direction, the separation member receiving a load exerted in a central axis direction; a support member including a swinging portion and an engageable portion, the swinging portion being swingably supported by the outer case, the engageable portion contacting the engaging portion to support the separation member; an inner case including a fitting hole in which the engageable portion is fitted, the fitting hole restricting swinging of the support member, and an operation-enabling element that supports the inner case in the outer case characterized in that the operation-enabling element is fusion-cut when an electric current is applied thereto, wherein when the operation-enabling element is fusion-cut, the inner case is displaced in the central axis direction, such that: the engageable portion of the support member detaches from the fitting hole; the swinging portion swings; and the engageable portion moves away from the engaging portion to release the separation member. the engageable portion of the support member detaches from the fitting hole; the swinging portion swings; and the engageable portion moves away from the engaging portion to release the separation member.
Process for producing syringes for injections or samples comprising the following operations: - extruding plastic material in order to obtain a heated tubular element made of at least partially molten state plastic material, - performing on said tubular element a blow moulding in order to obtain a plurality of medical containers, - calibrating the entire inner surface of said plurality of medical containers, performed after said operation of extruding said plastic material, suitable to make smooth and continuous said inner surface of said medical containers, wherein said extruding operation and said blow moulding operation occurs within a forming mould having a plurality of cavities each of which having the outer profile which reproduces the prefixed shape for each of said medical containers, said mould being composed of two half-shells (4, 5) facing and opposite each other, characterized in that said calibrating operation includes the operations of introducing a plurality of shaped tools into said extruded tubular element, performed after said extruding operation of said tubular element, and pressing said tubular element onto said shaped tools, performed before said blow moulding operation, and in that said pressing operation of said tubular element on said shaped tools consists of the operation of closing said forming mould, so that said half shells (4, 5) are arranged one close to the other and said tubular element and said shaped tools are placed between said half shells (4, 5) for at least one longitudinal portion of said half shells (4, 5). - extruding plastic material in order to obtain a heated tubular element made of at least partially molten state plastic material, - performing on said tubular element a blow moulding in order to obtain a plurality of medical containers, - calibrating the entire inner surface of said plurality of medical containers, performed after said operation of extruding said plastic material, suitable to make smooth and continuous said inner surface of said medical containers,
A system for providing navigation information for a vehicle, comprising: a storage for storing map data; a first input for receiving data from one or more navigational data sources; a second input for receiving a destination for the vehicle; and a processing apparatus, operatively coupled to the first input, second input and storage, wherein the processing apparatus is configured to determine a location for the vehicle, generate a plurality of routes from the location to the received destination, calculate a length value for each of the plurality of routes, calculate an autonomous driving value, i.e., a percentage of a route that can be driven autonomously, for each of the plurality of routes, and process the length values and autonomous driving values with the map data to generate a navigation map comprising information relating to the autonomous driving values and length values calculated for each of the plurality of routes. a storage for storing map data; a first input for receiving data from one or more navigational data sources; a second input for receiving a destination for the vehicle; and a processing apparatus, operatively coupled to the first input, second input and storage, wherein the processing apparatus is configured to determine a location for the vehicle, generate a plurality of routes from the location to the received destination, calculate a length value for each of the plurality of routes, calculate an autonomous driving value, i.e., a percentage of a route that can be driven autonomously, for each of the plurality of routes, and process the length values and autonomous driving values with the map data to generate a navigation map comprising information relating to the autonomous driving values and length values calculated for each of the plurality of routes.
A smoking article comprising: a rod of smokable material with a mouth end and a distal end remote from the mouth end, the rod comprising at least a first and a second segment, wherein the first segment has a distal end defining the distal end of the rod and the second segment is disposed downstream of the first segment, and a mouthpiece which is attached to the mouth end of the rod, wherein the first segment comprises a first tobacco blend with a first level of an endogenous smoke constituent and the second segment comprises a second tobacco blend with a second level of the endogenous smoke constituent, wherein the second level of the endogenous smoke constituent is lower than the first level, and wherein the first tobacco blend includes a higher level of a smoke constituent inhibitor such as ammonia or an amino acid than the second tobacco blend, characterised in that at least 30% by weight of the lamina material in the first segment is air cured burley tobacco. a rod of smokable material with a mouth end and a distal end remote from the mouth end, the rod comprising at least a first and a second segment, wherein the first segment has a distal end defining the distal end of the rod and the second segment is disposed downstream of the first segment, and a mouthpiece which is attached to the mouth end of the rod, wherein the first segment comprises a first tobacco blend with a first level of an endogenous smoke constituent and the second segment comprises a second tobacco blend with a second level of the endogenous smoke constituent, wherein the second level of the endogenous smoke constituent is lower than the first level, and wherein the first tobacco blend includes a higher level of a smoke constituent inhibitor such as ammonia or an amino acid than the second tobacco blend, characterised in that at least 30% by weight of the lamina material in the first segment is air cured burley tobacco.
A method for producing a component by joining wall parts - especially for producing a crucible for use at a high operating temperature in a crucible pulling method for quartz glass, in that at least two wall parts of a refractory metal or of a base alloy of a refractory metal are provided, butt-joined to form a joint and joined together by sintering at a temperature above 1500°C to form the component, characterized in that a sealant is inserted into the joint.
A method for metallization of solar cells, the method characterized by comprising: unrolling a sheet of polymer film from a first roll and rolling said sheet of polymer film onto a second roll; attaching a plurality of solar cells having back sides to the sheet of polymer film, the sheet of polymer film serving as a transport during metallization of the solar cells; forming contact holes (314, 315) through the sheet of polymer film to expose doped regions of the solar cells; forming metals (354, 355, 364, 365) in the contact holes (314, 315) to electrically connect to the exposed doped regions of the solar cells; and electroplating the metals to form metal contacts (114, 115), wherein the metal contacts (114, 115) of the solar cells are formed through the sheet of polymer film while the solar cells are still attached to the sheet of the polymer film and as the sheet of polymer film is unrolled from the first roll and rolled onto the second roll. unrolling a sheet of polymer film from a first roll and rolling said sheet of polymer film onto a second roll; attaching a plurality of solar cells having back sides to the sheet of polymer film, the sheet of polymer film serving as a transport during metallization of the solar cells; forming contact holes (314, 315) through the sheet of polymer film to expose doped regions of the solar cells; forming metals (354, 355, 364, 365) in the contact holes (314, 315) to electrically connect to the exposed doped regions of the solar cells; and electroplating the metals to form metal contacts (114, 115),
Line arrangement for an on-board electrical system of a motor vehicle, comprising a main supply line for the on-board electrical system and at least one power distributor which serves for tapping off current for at least one load and which is electrically conductively connected to the main supply line in at least one stripped contact-making region of the said main supply line, wherein the power distributor and the main supply line are surrounded in a liquid-tight manner by a seal (22, 46) on the outside at least in the contact-making region, characterized in that a power distributor region is arranged at a distance from one of the insulating sections adjoining the contact-making region, wherein an insert for sealing is arranged between the power distributor region and the insulating section in question.
A manufacturing method for a thin board-shaped fired piezoelectric body, the method comprising: a step of manufacturing, using a piezoelectric material, a green sheet having a ratio T/L of 0.000002 to 0.2, where T is the thickness and L is the maximum length within the surface after firing; and a step of disposing reinforcing members for firing, the reinforcing members for firing being disposed by scattering at least on one surface of the green sheet so as to exclude the areas to be the thin board-shaped fired piezoelectric body later, and performing firing, to obtain the thin board-shaped fired piezoelectric body with reinforcing members for firing, characterized in that the method additionally comprises the step, after firing, of obtaining the thin board-shaped fired piezoelectric body by removing the reinforcing members by cutting. a step of manufacturing, using a piezoelectric material, a green sheet having a ratio T/L of 0.000002 to 0.2, where T is the thickness and L is the maximum length within the surface after firing; and a step of disposing reinforcing members for firing, the reinforcing members for firing being disposed by scattering at least on one surface of the green sheet so as to exclude the areas to be the thin board-shaped fired piezoelectric body later, and performing firing, to obtain the thin board-shaped fired piezoelectric body with reinforcing members for firing,
A method for updating system information by a station, STA, (20, 220, 230) of a wireless communication system, the method comprising: receiving, by the STA, a beacon frame comprising a first change sequence field from an access point, AP, (10, 210); transmitting a probe request frame comprising a second change sequence field set as a second value stored in the STA, to the AP, when a first value of the first change sequence field received from the AP by the STA is different from the second value stored in the STA; and receiving a probe response frame, comprising at least one element of system information need to be updated by the STA, responding to the probe request frame from the AP, wherein the first value of the first change sequence field is increased by 1 when the system information is updated. receiving, by the STA, a beacon frame comprising a first change sequence field from an access point, AP, (10, 210); transmitting a probe request frame comprising a second change sequence field set as a second value stored in the STA, to the AP, when a first value of the first change sequence field received from the AP by the STA is different from the second value stored in the STA; and receiving a probe response frame, comprising at least one element of system information need to be updated by the STA, responding to the probe request frame from the AP,
A windscreen wiper device, particularly for automobiles, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade is of the flat blade type and includes at least one groove, in which groove a longitudinal strip of the carrier element is disposed, wherein said windscreen wiper device further comprises a mounting head for transferring a reciprocal movement to said wiper blade, wherein said windscreen wiper device further comprises a connecting device for detachably connecting said wiper blade directly to said mounting head, wherein said connecting device is positioned near one end of said wiper blade, characterized in that said connecting device is provided with a spacer detachably connected to said connecting device for maintaining a predetermined distance between said connecting device and said windscreen to be wiped.
A method for monitoring deposits, removals and movements in an enclosure with secure access (100, 600, 700) implemented by computer, an opening/closing cycle of said enclosure comprising a step of unlocking (E1c) access to an internal space of the enclosure to allow an introduction of an object into said space, a removal of an object from said space or the movement thereof in said space, followed by a step of re-locking access (E2a) of said space after any introduction or any removal, characterized in that the method comprises, for a cycle, a preliminary step of storing a first digital image with a sensor directed toward said internal space before the unlocking step (E1c), a step of storing (E2b) a second digital image using the sensor directed toward said internal space after access has been newly secured, an analysis step for analyzing the first and second images (P1, P2) to identify the objects deposited in the enclosure, removed from the enclosure or moved in the enclosure between the unlocking (E1c) and re-locking (E2a) steps, and, during a step for consulting the cycle history, providing at least one item of information (M1, M2) obtained during the analysis and relative to the difference between visible objects (O1, 02, 03) in the first and second images (P1, P2) on an interface outside the enclosure.
A method of mutagenizing a nucleic acid molecule, consisting of the steps of a) providing a template comprising a target nucleic acid molecule in a circular DNA vector, b) providing at least one mutagenesis primer containing the mutations to be introduced into the target nucleic acid molecule, c) annealing the mutagenesis primer to the target nucleic acid molecule, d) carrying out a primer extension and ligation reaction to form a double-stranded heteroduplex wherein one strand is a template strand and the other strand is a newly synthesized mutated strand, e) rendering the template strand unfavourable for rolling circle amplification, f) amplifying the mutated strand by multiple-primed rolling circle amplification, and g) transforming the amplified DNA to a suitable host. a) providing a template comprising a target nucleic acid molecule in a circular DNA vector, b) providing at least one mutagenesis primer containing the mutations to be introduced into the target nucleic acid molecule, c) annealing the mutagenesis primer to the target nucleic acid molecule, d) carrying out a primer extension and ligation reaction to form a double-stranded heteroduplex wherein one strand is a template strand and the other strand is a newly synthesized mutated strand, e) rendering the template strand unfavourable for rolling circle amplification, f) amplifying the mutated strand by multiple-primed rolling circle amplification, and g) transforming the amplified DNA to a suitable host.
A method for assessing the profile of a tool (50;80; 170) using a non-contact tool setting apparatus comprising a transmitter for emitting a light beam (12;152) and a receiver for receiving the light beam, the receiver generating a beam intensity signal describing the intensity of received light, the non-contact tool setting apparatus being mounted to a coordinate positioning apparatus that allows the tool to be moved relative to the non-contact tool setting apparatus, the method comprising the steps of; (i) using the coordinate positioning apparatus to move the tool relative to the non-contact tool setting apparatus along a tool inspection path (56;88), the tool inspection path being selected so that the light beam (12; 152) is traced substantially along a periphery of the tool to be inspected, (ii) collecting beam intensity data describing the beam intensity signal that is generated by the receiver as the tool inspection path of step (i) is traversed, and (iii) analysing the beam intensity data collected in step (ii) to assess the tool profile. (i) using the coordinate positioning apparatus to move the tool relative to the non-contact tool setting apparatus along a tool inspection path (56;88), the tool inspection path being selected so that the light beam (12; 152) is traced substantially along a periphery of the tool to be inspected, (ii) collecting beam intensity data describing the beam intensity signal that is generated by the receiver as the tool inspection path of step (i) is traversed, and (iii) analysing the beam intensity data collected in step (ii) to assess the tool profile.
An apparatus for providing protection from transient electrical events, the apparatus comprising: a first terminal; a second terminal; a first p-type well region; a PNPN protection structure disposed in the first p-type well region, wherein the PNPN protection structure includes an anode electrically connected to the second terminal and a cathode electrically connected to the first terminal; a first n-type well region adjacent the first p-type well region; a PN diode protection structure disposed in the first n-type well region, wherein the PN diode protection structure includes an anode electrically connected to the first terminal and a cathode electrically connected to the second terminal; a p-type tub (82b/93/82b) configured to surround the sides and the bottom of the first p-type well region and the first n-type well region; an n-type tub (84b/89/84b) configured to surround the sides and the bottom of the p-type tub; and a p-type substrate, wherein at least part of the n-type tub is disposed over the p-type substrate, and wherein the p-type tub is electrically floating, and wherein the n-type tub is electrically connected to the second terminal. a first terminal; a second terminal; a first p-type well region; a PNPN protection structure disposed in the first p-type well region, wherein the PNPN protection structure includes an anode electrically connected to the second terminal and a cathode electrically connected to the first terminal; a first n-type well region adjacent the first p-type well region; a PN diode protection structure disposed in the first n-type well region, wherein the PN diode protection structure includes an anode electrically connected to the first terminal and a cathode electrically connected to the second terminal; a p-type tub (82b/93/82b) configured to surround the sides and the bottom of the first p-type well region and the first n-type well region; an n-type tub (84b/89/84b) configured to surround the sides and the bottom of the p-type tub; and a p-type substrate, wherein at least part of the n-type tub is disposed over the p-type substrate, and wherein the p-type tub is electrically floating, and wherein the n-type tub is electrically connected to the second terminal.
Mixing arrangement for mixing fuel vapour with air, preferably for a fuel-driven vehicle heating device, comprising a housing with a bottom wall and a circumferential wall adjoining the bottom wall, and a fuel evaporation arrangement provided at the bottom wall for discharging evaporated fuel at an evaporation side of the fuel evaporation arrangement, wherein an air-fuel mixing unit (26; 126; 226), arranged at least partially opposite the fuel evaporation arrangement at the evaporation side is provided for mixing fuel discharged at the evaporation side with air, wherein the air-fuel mixing unit (26; 126; 226) comprises a plurality of guiding elements (34, 34'; 134; 234) arranged successively around a central region for guiding air and fuel vapor, and wherein a mixture guide arrangement (28; 128; 238; 338) for discharging an air-fuel mixture formed in the air-fuel mixing unit (26; 126; 226) away from the air-fuel mixing unit (26; 126; 226) is provided, wherein a mixture guide wall (30; 130; 230; 330) of the mixture guide arrangement (28; 128; 228; 328) is at least partially surrounded by the circumferential wall, wherein an air inflow space is provided between the circumferential wall and the mixture guide wall (30; 130; 230; 330).