mhurhangee/ep-ind-claims huggingface dataset:
A cooking vessel for cooking food, the cooking vessel comprising a cooking vessel body and a cooking vessel handle, wherein the cooking vessel body comprises a V-shaped insertion coupling part protruding from a side portion of the cooking vessel body, wherein the cooking vessel handle is a reverse L-shaped plate comprising a grip part for a user to grip, a V-shaped hole defined in a bent portion extending from the grip part, and an open hole defined in a front portion of the grip part to expose a finger-press protrusion part, characterized in that the cooking vessel body further comprises a circular fixing plate extending from the V-shaped insertion coupling part, and a recess concavely formed in a center portion of the circular fixing plate, and a plate spring having a reverse L-shape is provided on a lower portion of the cooking vessel handle, the plate spring comprising a plate spring attachment part fixedly attached to a rear side of the open hole of the cooking vessel handle, a plate spring contact part extending from the plate spring attachment part for making tight contact with the circular fixing plate, a plate spring protrusion stopper protruding from a front side of the plate spring contact part and inserted into the recess to fix the cooking vessel handle, and the finger-press protrusion part extending from the plate spring attachment part and located inside the open hole.
Dispensing head for a system for dispensing a product under pressure, said head comprising a body having a mounting shaft of said head on a feed tube of the product under pressure and a product dispensing path between said shaft and a dispensing orifice of said product, said dispensing orifice being formed between two longitudinal walls, respectively upper and lower which are connected to both sides respectively by a side wall (11c, 11d) of which the transverse dimension is less than the longitudinal dimension of the longitudinal walls (11a, 11b), with at least the walls (11a-11d) of the dispensing orifice comprising an antimicrobial agent for the product to be dispensed, said dispensing head being characterised in that each of the side walls (11c, 11d) has a projection which extends between the longitudinal walls (11a, 11b).
A corrosion inhibition package for use with an aqueous acid composition, said package comprising: a terpene selected from the group consisting of citral, carvone, ionone, ocimene, cymene and combinations thereof; a cinnamaldehyde or a derivative thereof; at least one amido betaine surfactant comprising a hydrophobic tail from C8 to C 16; and a solvent selected from the group consisting of isopropanol, methanol, ethanol, 2-butoxyethanol, diethylene glycol, CH 3 (CH 2) 4 CH 2 (OCH 2 CH 2) 3 OH and combinations thereof.
A towing equipment comprising a proximal portion intended to be associated with a person; a distal portion intended to be connected to a vehicle; and a junction region interposed between the proximal portion and the distal portion, wherein the proximal portion includes a first flexible branch and a second flexible branch, which are connected to the distal portion at the junction region, wherein the junction region comprises a return member and wherein the first flexible branch and the second flexible branch are joined to each other and shaped as a continuous flexible body which is arranged astride said return member, wherein a proximal end of said first flexible branch comprises a handle and a proximal end of said second flexible branch is configured to be associated with the waist of said person, the towing equipment being intended for towing said person by said vehicle. a proximal portion intended to be associated with a person; a distal portion intended to be connected to a vehicle; and a junction region interposed between the proximal portion and the distal portion, wherein the proximal portion includes a first flexible branch and a second flexible branch, which are connected to the distal portion at the junction region, wherein the junction region comprises a return member and wherein the first flexible branch and the second flexible branch are joined to each other and shaped as a continuous flexible body which is arranged astride said return member, wherein a proximal end of said first flexible branch comprises a handle and a proximal end of said second flexible branch is configured to be associated with the waist of said person, the towing equipment being intended for towing said person by said vehicle.
A channel coding method in a communication system using a Low-Density Parity-Check,LDPC, code, comprising: determining a degree distribution for a plurality of column groups of an information part and a plurality of column groups of a parity part; determining degrees for the plurality of column groups of the information part based on the degree distribution; determining a shortening order based on the degrees for the plurality of column groups of the information part; generating a parity check matrix based on the shortening order; and performing coding using the generated parity check matrix; wherein the degrees for the plurality of column groups of the information part are determined according to a change in a number of column groups of the information part, which have a same degree. determining a degree distribution for a plurality of column groups of an information part and a plurality of column groups of a parity part; determining degrees for the plurality of column groups of the information part based on the degree distribution; determining a shortening order based on the degrees for the plurality of column groups of the information part; generating a parity check matrix based on the shortening order; and performing coding using the generated parity check matrix; wherein the degrees for the plurality of column groups of the information part are determined according to a change in a number of column groups of the information part, which have a same degree.
A similarity detecting apparatus which is configured to detect similar data from search object data based on a given similarity criterion, comprising: a data processing means containing an input unit and an output unit; a random number generating means, for calculating a plurality of random number data based on a parameter for setting the similarity criterion; an initializing means, for calculating a plurality of key calculation functions based on the plurality of random number data; a data registering means, for calculating a plurality of tables corresponding to the plurality of key calculation functions based on the search object data; a searching means for carrying out a similarity detection by using the plurality of tables based on the similarity criterion in response to a nearest neighbor search request from a given reference point as a query, and outputting data detected to be a nearest neighbor; wherein a parameter for setting the similarity criterion includes a direction of interest, representing the directivity in the nearest neighbor search, and an importance parameter of the direction, and wherein the data registering means calculates the plurality of tables by substituting the search object data into the plurality of key calculation functions, and the searching means calculates a plurality of search keys corresponding to the plurality of tables based on the query by substituting the query into the plurality of key calculation function. a data processing means containing an input unit and an output unit; a random number generating means, for calculating a plurality of random number data based on a parameter for setting the similarity criterion; an initializing means, for calculating a plurality of key calculation functions based on the plurality of random number data; a data registering means, for calculating a plurality of tables corresponding to the plurality of key calculation functions based on the search object data; a searching means for carrying out a similarity detection by using the plurality of tables based on the similarity criterion in response to a nearest neighbor search request from a given reference point as a query, and outputting data detected to be a nearest neighbor; wherein a parameter for setting the similarity criterion includes a direction of interest, representing the directivity in the nearest neighbor search, and an importance parameter of the direction, and wherein the data registering means calculates the plurality of tables by substituting the search object data into the plurality of key calculation functions, and the searching means calculates a plurality of search keys corresponding to the plurality of tables based on the query by substituting the query into the plurality of key calculation function.
Computer program encoded in a tangible, non-transitory, computer readable medium for execution by a processor, and when executed by the processor operable to: receive a request from a device (102, 202), the request having an associated first address; obtain a location of the device; and determine, based on the location of the device, whether the device has made at least one previous request using a second address different than the associated first address, and in response to a positive determination: determine a bandwidth limitation for the device; aggregate bandwidth usage for a plurality of addresses associated with the device; and limit a bandwidth of the device responsive to determining, based on the aggregated bandwidth usage, that the device is exceeding the bandwidth limitation. receive a request from a device (102, 202), the request having an associated first address; obtain a location of the device; and determine, based on the location of the device, whether the device has made at least one previous request using a second address different than the associated first address, and in response to a positive determination: determine a bandwidth limitation for the device; aggregate bandwidth usage for a plurality of addresses associated with the device; and limit a bandwidth of the device responsive to determining, based on the aggregated bandwidth usage, that the device is exceeding the bandwidth limitation. determine a bandwidth limitation for the device; aggregate bandwidth usage for a plurality of addresses associated with the device; and limit a bandwidth of the device responsive to determining, based on the aggregated bandwidth usage, that the device is exceeding the bandwidth limitation.
A bristle for a toothbrush, comprising: a) a cylindrical part with a maximum constant cylinder diameter D zyl; b) adjacent to the cylindrical part a first tapered part with a bristle end and an end face delimiting the bristle end, wherein the first tapered part tapers towards the bristle end; and c) an imaginary central axis which runs through the cylindrical part and the first tapered part and which pierces the end face at a piercing point; wherein the first tapered part has a length L of 10 mm or less and at least 6 mm, as measured on the central axis starting from the piercing point; characterized in that the first tapered part has a diameter D of 95 to 140 μm, as measured on the central axis starting from the piercing point at a distance X being equal to the cylinder diameter D zyl. a) a cylindrical part with a maximum constant cylinder diameter D zyl; b) adjacent to the cylindrical part a first tapered part with a bristle end and an end face delimiting the bristle end, wherein the first tapered part tapers towards the bristle end; and c) an imaginary central axis which runs through the cylindrical part and the first tapered part and which pierces the end face at a piercing point; wherein the first tapered part has a length L of 10 mm or less and at least 6 mm, as measured on the central axis starting from the piercing point;
A method for manufacturing RFID identifiers each comprising an electronic chip and an antenna, this method comprising the steps of: - manufacturing a plurality of electronic chips on one face of a first support, - manufacturing a plurality of antennae on one face of a second support, - covering in a single operation said face of said first support and/or said face of said second support with an overall layer of a curable electrical conduction agent, - applying said first support against said second support so that said faces are opposite each other, and each antenna is opposite a respective electronic chip in order to assemble with the latter in a single operation and form a pair comprising said electronic chip and said antenna, - curing said electrical conduction agent so that said agent makes electrical connection between the microchips and antennae of each pair, and - cutting each chip/antenna pair of said assembly. - manufacturing a plurality of electronic chips on one face of a first support, - manufacturing a plurality of antennae on one face of a second support, - covering in a single operation said face of said first support and/or said face of said second support with an overall layer of a curable electrical conduction agent, - applying said first support against said second support so that said faces are opposite each other, and each antenna is opposite a respective electronic chip in order to assemble with the latter in a single operation and form a pair comprising said electronic chip and said antenna, - curing said electrical conduction agent so that said agent makes electrical connection between the microchips and antennae of each pair, and - cutting each chip/antenna pair of said assembly.
A liquid blow molding method of molding a liquid container containing a content liquid from a synthetic resin preform, the method comprising: a nozzle engagement step of engaging a blow nozzle connected to a pump through a supply channel with a mouth portion of the preform; a molding step of molding the preform into a container of a predetermined shape by supplying a pressurized liquid from the pump into the preform through the supply channel and the blow nozzle; a suck-back step of sucking back a predetermined amount of liquid from an inside of the container to the supply channel by operating the pump in a reverse direction by putting the container molded in the molding step in an upside-down posture while the blow nozzle is engaged with the mouth portion; and a nozzle separation step of separating the blow nozzle from the mouth portion with the container put in an upright posture, after the suck-back step. a nozzle engagement step of engaging a blow nozzle connected to a pump through a supply channel with a mouth portion of the preform; a molding step of molding the preform into a container of a predetermined shape by supplying a pressurized liquid from the pump into the preform through the supply channel and the blow nozzle; a suck-back step of sucking back a predetermined amount of liquid from an inside of the container to the supply channel by operating the pump in a reverse direction by putting the container molded in the molding step in an upside-down posture while the blow nozzle is engaged with the mouth portion; and a nozzle separation step of separating the blow nozzle from the mouth portion with the container put in an upright posture, after the suck-back step.
A method, comprising: receiving an ad by a service on an advertisement engine; certifying said ad by verifying at least that a landing page pointed to by the ad complies with one or more predefined constraints, (406, 408) said certifying including generating a certificate comprising a hash of content of the ad; placing said ad in a repository in response to certifying said ad; in response to receiving a request for an ad at an ad provider, obtaining an ad from a server, and providing said ad to an ad control; at said ad control, verifying that a certificate associated with the ad is not included in a list of revoked certificates; rendering said ad in response to determining that the certificate is not on said list of revoked certificates; repeating certifying for said ad in response to determining that a hash associated with said ad does not comply with the content of the ad; and revoking a certificate associated with said ad in response to determining that a landing page associated with said ad has become unsafe, said revoking including placing said certificate on said list of revoked certificates. receiving an ad by a service on an advertisement engine; certifying said ad by verifying at least that a landing page pointed to by the ad complies with one or more predefined constraints, (406, 408) said certifying including generating a certificate comprising a hash of content of the ad; placing said ad in a repository in response to certifying said ad; in response to receiving a request for an ad at an ad provider, obtaining an ad from a server, and providing said ad to an ad control; at said ad control, verifying that a certificate associated with the ad is not included in a list of revoked certificates; rendering said ad in response to determining that the certificate is not on said list of revoked certificates; repeating certifying for said ad in response to determining that a hash associated with said ad does not comply with the content of the ad; and revoking a certificate associated with said ad in response to determining that a landing page associated with said ad has become unsafe, said revoking including placing said certificate on said list of revoked certificates.
Vacuum interrupter tube comprising at least one insulating body, a fixed contact, a fixed contact flange, a moving contact having a longitudinal axis of the moving contact, a moving contact flange, and a bellows, wherein the fixed contact is arranged in a positionally fixed manner in the fixed contact flange, the moving contact is movably guided and the moving contact is movably secured to the moving contact flange by the bellows, wherein the bellows is secured to the moving contact flange by a first bellows end and the bellows is secured to the moving contact by a second bellows end, wherein the vacuum interrupter tube is protected against deformation of the fixed contact flange by an ambient pressure of the vacuum interrupter tube of over two bar, 2 bar, by means of a stiffened fixed contact flange, wherein the stiffening of the stiffened fixed contact flange is achieved by a structural element which partially reproduces the shape of the stiffened fixed contact flange that is oriented into the interior of the vacuum interrupter tube, and the structural element has a first region and a second region, wherein the first region extends substantially perpendicularly to the longitudinal axis of the moving contact and the second region extends substantially parallel to the longitudinal axis of the moving contact, wherein the first region substantially reproduces the shape of the stiffened fixed contact flange that is oriented into the interior of the vacuum interrupter tube and the second region substantially supports the first region, characterized in that the second region of the structural element does not bear completely on the stiffened fixed contact flange.
System configured to execute a closed loop control on data for cloud-based applications comprising: • an industrial automation device configured to generate cloud variables, • a cloud-based application, which is hosted by a network device with a cloud-computing infrastructure, • an industrial controller configured to control the industrial automation device by a user-defined program, hosted by industrial controller, • the user-defined program configured to receive the cloud variables, • a cloud agent configured for communication with the user-defined control program, and for communication with the cloud-based application, further configured to: collecting the cloud variables and sending the cloud variables to the cloud-based application, • the cloud-based application configured to determine updated optimized cloud variables and to notify the cloud agent in the industrial controller with the updated optimized cloud variables • the cloud agent configured to reload the updated optimized cloud variables and to notify the user-defined control program with the updated optimized cloud variables, • the user-defined control program further configured to include cloud constructs and to reload the updated optimized cloud variables in the user-defined control program, wherein the cloud constructs declare the cloud variables that are to be updated by the cloud-based application and request the updated optimized cloud variables on runtime. • an industrial automation device configured to generate cloud variables, • a cloud-based application, which is hosted by a network device with a cloud-computing infrastructure, • an industrial controller configured to control the industrial automation device by a user-defined program, hosted by industrial controller, • the user-defined program configured to receive the cloud variables, • a cloud agent configured for communication with the user-defined control program, and for communication with the cloud-based application, further configured to: collecting the cloud variables and sending the cloud variables to the cloud-based application, • the cloud-based application configured to determine updated optimized cloud variables and to notify the cloud agent in the industrial controller with the updated optimized cloud variables • the cloud agent configured to reload the updated optimized cloud variables and to notify the user-defined control program with the updated optimized cloud variables, • the user-defined control program further configured to include cloud constructs and to reload the updated optimized cloud variables in the user-defined control program, wherein the cloud constructs declare the cloud variables that are to be updated by the cloud-based application and request the updated optimized cloud variables on runtime.
A toroidal support structure for mounting to a spherical cryogenic tank of a spacecraft, the toroidal support structure comprising: one or more side panels forming a tubular ring extending between a first edge and a second edge; one or more floor panels forming a planar ring extending between an outer edge and an inner edge, wherein the first edge of the one or more side panels is fixed to the outer edge of the one or more floor panels; and a plurality of isolating linear support components connected to the second edge of the one or more side panels at connection points, a plurality of connectors for connecting the toroidal support structure to a cryogenic tank, wherein each of the plurality of connectors is pivotably connected to a different one of the plurality of isolating linear support components, wherein the connection points are evenly distributed along the second edge and equally spaced from a center axis of the toroidal support structure by a radius, and wherein each of the plurality of isolating linear support components is pivotably connected to the second edge of the one or more side panels at one of the connection points. one or more side panels forming a tubular ring extending between a first edge and a second edge; one or more floor panels forming a planar ring extending between an outer edge and an inner edge, wherein the first edge of the one or more side panels is fixed to the outer edge of the one or more floor panels; and a plurality of isolating linear support components connected to the second edge of the one or more side panels at connection points, a plurality of connectors for connecting the toroidal support structure to a cryogenic tank, wherein each of the plurality of connectors is pivotably connected to a different one of the plurality of isolating linear support components, wherein the connection points are evenly distributed along the second edge and equally spaced from a center axis of the toroidal support structure by a radius, and wherein each of the plurality of isolating linear support components is pivotably connected to the second edge of the one or more side panels at one of the connection points.