mhurhangee/ep-ind-claims huggingface dataset:
Method for peeling cured sausages in casing, of the type comprising the following phases: a first phase wherein which a piece of product is placed in a tray-guide and said piece is placed at the end of said tray-guide, a second phase wherein the piece of product is immobilised by immobilising means, a third phase wherein a first clamp-type mechanism captures tip of intestine that wraps product and pulls it, stretching it, a fourth phase wherein some cutting means cut intestine at the tip without cutting through it, a fifth phase wherein first clamp-type mechanism pulls intestine downwards, a sixth phase wherein the immobilising means release piece, a seventh phase wherein advancing means move forward the piece, the piece at the same time passes over the cutting means which cutting means cut the intestine, the intestine being separated downwards by the action of the clamp-type mechanism, an eighth phase wherein once the intestine is separated, the first clamp-type mechanism and the cutting means return to their original position, characterised in that it comprises: a ninth phase wherein piece is pushed towards a new workstation which comprises a tray where piece is placed, where it is captured by a second clamp-type mechanism that moves along tray, with second clamp-type mechanism pulling piece, with said second clamp-type mechanism releasing piece from intestine. a first phase wherein which a piece of product is placed in a tray-guide and said piece is placed at the end of said tray-guide, a second phase wherein the piece of product is immobilised by immobilising means, a third phase wherein a first clamp-type mechanism captures tip of intestine that wraps product and pulls it, stretching it, a fourth phase wherein some cutting means cut intestine at the tip without cutting through it, a fifth phase wherein first clamp-type mechanism pulls intestine downwards, a sixth phase wherein the immobilising means release piece, a seventh phase wherein advancing means move forward the piece, the piece at the same time passes over the cutting means which cutting means cut the intestine, the intestine being separated downwards by the action of the clamp-type mechanism, an eighth phase wherein once the intestine is separated, the first clamp-type mechanism and the cutting means return to their original position, a ninth phase wherein piece is pushed towards a new workstation which comprises a tray where piece is placed, where it is captured by a second clamp-type mechanism that moves along tray, with second clamp-type mechanism pulling piece, with said second clamp-type mechanism releasing piece from intestine.
A method for fault injection and ensuring failsafe SaaS platforms, comprising: observing a behavior of a platform; building a hypothesis about a steady state behavior based on the observing the behavior of the platform; determining whether a request for fault injection has been received; in response to receiving the request for the fault injection, performing the fault injection; observing a response of the platform to the fault injection by: collecting platform data during the fault injection; and detecting anomaly patterns in the response of the platform by: determining a state metric based on the platform data during the fault injection; comparing the state metric to a steady state metric; and in response to the state metric being more than a threshold difference from the steady state metric, detecting an anomaly pattern; determining whether the fault injection is at an end; and in response to determining that the fault injection is at the end, collect and analyze data of observed response(s). observing a behavior of a platform; building a hypothesis about a steady state behavior based on the observing the behavior of the platform; determining whether a request for fault injection has been received; in response to receiving the request for the fault injection, performing the fault injection; observing a response of the platform to the fault injection by: collecting platform data during the fault injection; and collecting platform data during the fault injection; and detecting anomaly patterns in the response of the platform by: determining a state metric based on the platform data during the fault injection; comparing the state metric to a steady state metric; and in response to the state metric being more than a threshold difference from the steady state metric, detecting an anomaly pattern; determining a state metric based on the platform data during the fault injection; comparing the state metric to a steady state metric; and in response to the state metric being more than a threshold difference from the steady state metric, detecting an anomaly pattern; determining whether the fault injection is at an end; and in response to determining that the fault injection is at the end, collect and analyze data of observed response(s).
An applicator for applying a cosmetic composition to the eyelashes or the eyebrows, the applicator comprising: • an applicator member comprising: • a core; and • applicator elements, in particular bristles, that extend from the core, having ends that define an envelope surface, the applicator elements comprising: • first applicator elements having enlarged free ends; and • second applicator elements being deprived of enlarged free ends; the enlarged free ends of the first applicator elements being wide relative to the free ends of the second applicator elements, the second applicator elements having a maximum length (l 2max) that is greater than a maximum length (l 1max) of the first applicator elements; characterised by: the envelope surface being of non-circular cross-section over at least a fraction of the length of the applicator member, or presenting at least two disjoint portions that are defined by the first applicator elements, and the first applicator elements defining at least one hollow portion (E a) in the envelope surface cross-section • an applicator member comprising: • a core; and • applicator elements, in particular bristles, that extend from the core, having ends that define an envelope surface, the applicator elements comprising: • first applicator elements having enlarged free ends; and • second applicator elements being deprived of enlarged free ends; the enlarged free ends of the first applicator elements being wide relative to the free ends of the second applicator elements, the second applicator elements having a maximum length (l 2max) that is greater than a maximum length (l 1max) of the first applicator elements; characterised by: the envelope surface being of non-circular cross-section over at least a fraction of the length of the applicator member, or presenting at least two disjoint portions that are defined by the first applicator elements, and the first applicator elements defining at least one hollow portion (E a) in the envelope surface cross-section • first applicator elements having enlarged free ends; and • second applicator elements being deprived of enlarged free ends; the enlarged free ends of the first applicator elements being wide relative to the free ends of the second applicator elements, the second applicator elements having a maximum length (l 2max) that is greater than a maximum length (l 1max) of the first applicator elements; characterised by: the envelope surface being of non-circular cross-section over at least a fraction of the length of the applicator member, or presenting at least two disjoint portions that are defined by the first applicator elements, and the first applicator elements defining at least one hollow portion (E a) in the envelope surface cross-section the envelope surface being of non-circular cross-section over at least a fraction of the length of the applicator member, or presenting at least two disjoint portions that are defined by the first applicator elements, and the first applicator elements defining at least one hollow portion (E a) in the envelope surface cross-section
A method for transmitting channel information by a receiver in a communication system using beam forming, the method comprising: receiving reference signals transmitted through transmission beams of a transmitter by a first radio frequency chain using reception beams of the receiver during a first period; determining a reception beam among the reception beams of the receiver based on receive strengths of the reference signals received by the first radio frequency chain; receiving reference signals transmitted through the transmission beams by a second radio frequency chain using the determined reception beam during a second period; determining a transmission beam among the transmission beams based on receive strengths of the reference signals received by the second radio frequency chain; and obtaining channel information based on a reference signal corresponding to the determined transmission beam and the determined reception beam, and transmitting feedback information generated based on the obtained channel information to the transmitter. receiving reference signals transmitted through transmission beams of a transmitter by a first radio frequency chain using reception beams of the receiver during a first period; determining a reception beam among the reception beams of the receiver based on receive strengths of the reference signals received by the first radio frequency chain; receiving reference signals transmitted through the transmission beams by a second radio frequency chain using the determined reception beam during a second period; determining a transmission beam among the transmission beams based on receive strengths of the reference signals received by the second radio frequency chain; and obtaining channel information based on a reference signal corresponding to the determined transmission beam and the determined reception beam, and transmitting feedback information generated based on the obtained channel information to the transmitter.
An electronic cigarette comprising: a housing having one or more inlets and an outlet; a liquid storage (34, 54) within the housing; a mesh element (32, 52) in contact with the liquid storage (34, 54); and a heater spaced apart from the mesh element (32, 52) and positioned to heat air which flows through the mesh element (32, 52); wherein the mesh element (32, 52) is positioned between the heater and the liquid storage (34, 54) within a flowpath formed, in use, in the housing; characterized in that the flowpath is formed, in use, through the housing via the one or more inlets, a passageway comprising the heater, and an opening (36, 56) leading to the outlet; the mesh element is made of a porous material, the porous material being configured to wick liquid stored in the liquid storage (34, 54), when in use; and wherein the mesh element (32, 52) is further configured to allow, in use, liquid being wicked on or in the mesh element (32, 52) to be vaporized by heated air conducted through the mesh element (32, 52). a housing having one or more inlets and an outlet; a liquid storage (34, 54) within the housing; a mesh element (32, 52) in contact with the liquid storage (34, 54); and a heater spaced apart from the mesh element (32, 52) and positioned to heat air which flows through the mesh element (32, 52); wherein the mesh element (32, 52) is positioned between the heater and the liquid storage (34, 54) within a flowpath formed, in use, in the housing; characterized in that the flowpath is formed, in use, through the housing via the one or more inlets, a passageway comprising the heater, and an opening (36, 56) leading to the outlet; the mesh element is made of a porous material, the porous material being configured to wick liquid stored in the liquid storage (34, 54), when in use; and wherein the mesh element (32, 52) is further configured to allow, in use, liquid being wicked on or in the mesh element (32, 52) to be vaporized by heated air conducted through the mesh element (32, 52).
A computer-implemented method of creating a new top level domain, TLD, comprising: receiving domain data regarding an unregistered top level domain at a first system, the domain data comprising a domain name, the domain data and data defining at least one of: services to be supported by the top level domain, wherein the services include one or more Extensible Provisioning Protocol, EPP, objects and command-response extension Uniform Resource Identifiers, URIs, features to be supported by the top level domain, wherein the features include an identifier indicating whether DNS security extensions, DNSSEC, are supported, or a list of levels supported by the TLD, or policies to be enforced by the top level domain, wherein the policies include policies for a specific domain label by level, or information regarding a minimum and/or maximum number of name servers; creating a data structure comprising the domain data; and transmitting the created data structure to a second system (1010, 3010). services to be supported by the top level domain, wherein the services include one or more Extensible Provisioning Protocol, EPP, objects and command-response extension Uniform Resource Identifiers, URIs, features to be supported by the top level domain, wherein the features include an identifier indicating whether DNS security extensions, DNSSEC, are supported, or a list of levels supported by the TLD, or policies to be enforced by the top level domain, wherein the policies include policies for a specific domain label by level, or information regarding a minimum and/or maximum number of name servers; creating a data structure comprising the domain data; and transmitting the created data structure to a second system (1010, 3010).
Method for high-resolution imaging of a specimen that is marked with a fluorescence colourant using a microscope, wherein the specimen is illuminated sequentially with structured excitation light with a plurality of phase positions and the fluorescence light emitted by the specimen is recorded per phase in a respective structured individual image such that a resulting image with increased resolution is reconstructed from the individual images, characterized in that the recording of the fluorescence light in intermediate images is carried out with a significantly higher image repetition rate than is the case in the recording of the individual images, and for the parameter "pulse sequence of the illumination", that is to say the pulse duration and/or the pulse repetition rate of the illumination, setting is ascertained by way of feedback on the basis of the intermediate images and by varying the parameter by locally varying the pulse sequence on the basis of the intermediate images using an imaging system by means of which the structuring of the excitation light is generated so as to match the pulse sequence to the local conditions of the specimen.
Fertilizer system for agricultural soils, having a spreading device for spreading fertilizer, and having a testing device for detecting a nitrous oxide content in or on the agricultural soil which is to be fertilized, wherein the testing device has several nitrous oxide sensors each with a first transmitting device for transmitting measured data, and with a data processing device which has a first receiving device for receiving the measured data, wherein the nitrous oxide content can be detected by the nitrous oxide sensors at different places in the agricultural soil, and wherein one or more quantities of fertilizer can be determined from the detected values for the agricultural soil, in particular in dependence on the position of the respective nitrous oxide sensor, characterized in that the first transmitting devices are designed to transmit in addition to the measured data also position data which relate to the respective nitrous oxide sensor.
An arrangement intended to be mounted at a vehicle intended for forestry, comprising a load-bearing part and driving bogie wheels where the arrangement comprises at least two extra wheels that can be individually controlled in the vertical direction where each extra wheel is arranged at a shaft that is fixed and that is not rotatable, pivotable, and is arranged at the frame of the vehicle in order to distribute the weight of the machine, the gross weight of the machine including its payload weight, over more areas of a support and in this way improve the distribution of weight and reduce the pressure exerted against the support, characterised in that the individually controlled extra wheels are subject to a driving force and mounted at at least two arms arranged at the frame of the vehicle, that a track is placed around each set of bogie wheels and the extra wheel in order to protect against skidding and to distribute the weight, reducing the ground pressure, and that a tension arrangement in the form of a cylinder under pressure or a coiled spring unit is arranged at each arm in order to absorb motions in the length of the arm such that the length of the track does not change when the arm moves up and down.
An assembly comprising an object suitable for housing one or more light sources, the assembly further comprising electrical wiring, and one or more light sockets connected to the electrical wiring, wherein the assembly forms a light fixture and wherein the object or a part thereof comprises open cell acoustic foam, characterized in that the object is directly flocked.
A segmented instrument having braking capabilities, comprising: an elongate body defining a central lumen extending from a proximal end (1805, 1923) to a distal end (1810, 1905) of the elongate body, the central lumen being sized to receive and advance a surgical instrument through the elongate body to a location beyond the distal end (1810, 1905) of the elongate body, the elongate body comprising: a plurality of links disposed in series along an axial direction of the elongate body; a hinge connecting a pair of adjacent links (46A, 46B) in the plurality of links; and a brake assembly coupled to each link in the pair of adjacent links (46A, 46B) and positioned between the pair of adjacent links (46A, 46B) to span a distance between the pair of adjacent links (46A, 46B), wherein the brake assembly comprises a plurality of complementary-shaped components having complementary surfaces positioned between the adjacent links (46A, 46B), wherein the complementary surfaces slide relative to each other in a first state of the brake assembly and engage each other to prevent sliding relative to each other in a second state of the brake assembly. a plurality of links disposed in series along an axial direction of the elongate body; a hinge connecting a pair of adjacent links (46A, 46B) in the plurality of links; and a brake assembly coupled to each link in the pair of adjacent links (46A, 46B) and positioned between the pair of adjacent links (46A, 46B) to span a distance between the pair of adjacent links (46A, 46B), wherein the brake assembly comprises a plurality of complementary-shaped components having complementary surfaces positioned between the adjacent links (46A, 46B), wherein the complementary surfaces slide relative to each other in a first state of the brake assembly and engage each other to prevent sliding relative to each other in a second state of the brake assembly.
A marine acoustic vibrator comprising: a vibrating element; and a moving-coil transducer coupled to the vibrating element and operable to effect vibration of the vibrating element, wherein the moving-coil transducer comprises: a coil element comprising a coil; a plurality of coil clamps constraining motion of the coil element in at least one direction; a base plate for facilitating transfer of motion of the coil element to the vibrating element, wherein the plurality of coil clamps secures the base plate to the coil element; and characterised by a spring disposed in a load path of each coil clamp, wherein each coil clamp comprises a first clamp portion, a second clamp portion, and a bolt securing the first clamp portion to the second clamp portion, wherein the spring is disposed between a head of the bolt and the first clamp portion. a vibrating element; and a moving-coil transducer coupled to the vibrating element and operable to effect vibration of the vibrating element, wherein the moving-coil transducer comprises: a coil element comprising a coil; a plurality of coil clamps constraining motion of the coil element in at least one direction; a base plate for facilitating transfer of motion of the coil element to the vibrating element, wherein the plurality of coil clamps secures the base plate to the coil element; and characterised by a spring disposed in a load path of each coil clamp, wherein each coil clamp comprises a first clamp portion, a second clamp portion, and a bolt securing the first clamp portion to the second clamp portion, wherein the spring is disposed between a head of the bolt and the first clamp portion. a coil element comprising a coil; a plurality of coil clamps constraining motion of the coil element in at least one direction; a base plate for facilitating transfer of motion of the coil element to the vibrating element, wherein the plurality of coil clamps secures the base plate to the coil element; and characterised by a spring disposed in a load path of each coil clamp, wherein each coil clamp comprises a first clamp portion, a second clamp portion, and a bolt securing the first clamp portion to the second clamp portion, wherein the spring is disposed between a head of the bolt and the first clamp portion.
A device comprising: a housing made using an additive manufacturing process; and at least one electronics assembly that is embedded into the housing during the additive manufacturing process, characterized in that the electronic assembly has isolation portions that mechanically interface with the housing, the isolation portions being formed from material that thermally isolates the electronic assembly 203 from the housing.