mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile communication system , comprising: a first base station configured to transmit at least part of a first data set of data segments arranged in a first sequence to a user terminal ; and a second base station configured to transmit at least part of said first data set of data segments arranged in a second sequence to said user terminal , said second sequence of said first data set being an inverse of said first sequence of said first data set, a third base station configured to transmit at least part of a second data set of data segments arranged in a first sequence to said user terminal , said second data set comprising different data segments than said first data set, wherein one of said first base station and said second base station is configured to transmit at least part of said second data set of data segments arranged in a second sequence after said user terminal has acknowledged receipt of said first data set, said first sequence of said second data set being an inverse of said second sequence of said second data set. a first base station configured to transmit at least part of a first data set of data segments arranged in a first sequence to a user terminal ; and a second base station configured to transmit at least part of said first data set of data segments arranged in a second sequence to said user terminal , said second sequence of said first data set being an inverse of said first sequence of said first data set, a third base station configured to transmit at least part of a second data set of data segments arranged in a first sequence to said user terminal , said second data set comprising different data segments than said first data set, wherein one of said first base station and said second base station is configured to transmit at least part of said second data set of data segments arranged in a second sequence after said user terminal has acknowledged receipt of said first data set, said first sequence of said second data set being an inverse of said second sequence of said second data set.
A shovel comprising: an operating element; a recognition part configured to recognize a worker in a surrounding area and recognize a predetermined gesture made by the recognized worker; a control part configured to perform operation control on the operating element in response to the predetermined gesture made by the worker recognized by the recognition part ; and a storage part configured to store correspondence information showing correspondence between the predetermined gesture and operation details of the operating element with respect to each of a plurality of predetermined gestures. an operating element; a recognition part configured to recognize a worker in a surrounding area and recognize a predetermined gesture made by the recognized worker; a control part configured to perform operation control on the operating element in response to the predetermined gesture made by the worker recognized by the recognition part ; and a storage part configured to store correspondence information showing correspondence between the predetermined gesture and operation details of the operating element with respect to each of a plurality of predetermined gestures.
A method for manufacturing a concentrate enriched in iron mineral content from an ore, which contains an iron mineral and silicate, by a reverse flotation, which method comprises the step of (c) adding a first amine to a prepared aqueous pulp of the ore and optionally one or more flotation auxiliaries to obtain an aqueous mixture, characterized in that the first amine is (A) a compound of formula I wherein R 1 and R 2 are independently from each other methyl, ethyl, propyl, 1-methyl-ethyl, butyl, pentyl, hexyl, heptyl or 2-methyl-hexyl, a salt of a protonated compound of formula I and a first anion or a mixture thereof. (A) a compound of formula I wherein R 1 and R 2 are independently from each other methyl, ethyl, propyl, 1-methyl-ethyl, butyl, pentyl, hexyl, heptyl or 2-methyl-hexyl, a salt of a protonated compound of formula I and a first anion or a mixture thereof.
A flux gate current sensor comprising a magnetic core that extends around a conductor in which there flows a current that is to be measured (Im), a measurement winding , an excitation circuit arranged to generate a digital excitation signal (Se), an acquisition circuit comprising an analog-to-digital converter and arranged to acquire an analog measurement voltage (Ve) from the terminals of the measurement winding and to produce a digital measurement signal (Sm), a demagnetization servocontrol circuit arranged to use the digital measurement signal to produce a digital demagnetization signal (Sdm) for compensating magnetic flux produced by the current that is to be measured, a summing circuit arranged to sum the digital excitation signal and the digital demagnetization signal so as to obtain a digital injection signal (Si), and an injection circuit comprising a digital-to-analog converter and arranged to produce an analog excitation current from the digital injection signal and to inject the analog excitation current into the measurement winding.
A support for a pole and footrest of a stool comprising: - a lower body which is joined by fastening means to a complementary upper body , wherein the lower body in turn comprises an upper portion and a lower portion : ▪ the upper portion comprises a recess configured to insert the pole and first mortises arranged in side walls of said upper portion and configured for coupling spokes which works as support for a footrest , - the upper body comprises side walls and has a through-opening passing through same and a recess aligned with the recess for inserting the pole , wherein said support is configured to be placed on a base of the stool and support the pole and the footrest of said stool ; characterized in that the spokes are tube-shaped, and the side walls of the upper body comprise second mortises arranged in a manner complementary to the first mortises comprised in the upper portion , so that first mortises and second mortises face each other forming a circular cross section, when the upper and lower bodies are joined. - a lower body which is joined by fastening means to a complementary upper body , wherein the lower body in turn comprises an upper portion and a lower portion : ▪ the upper portion comprises a recess configured to insert the pole and first mortises arranged in side walls of said upper portion and configured for coupling spokes which works as support for a footrest , - the upper body comprises side walls and has a through-opening passing through same and a recess aligned with the recess for inserting the pole ,
Method for the manufacture of the innerliner compound comprising: - a first mixing step wherein at least one cross-linkable unsaturated chain polymeric base and a filler system are mixed together; - a final mixing step wherein a vulcanization system is added and mixed with the mixture deriving from an earlier mixing step; said method being characterized by the fact that it comprises an intermediate mixing step interposed between said first mixing step and said final mixing step, and wherein lignin is added and mixed into the mixture deriving from a previous mixing step. - a first mixing step wherein at least one cross-linkable unsaturated chain polymeric base and a filler system are mixed together; - a final mixing step wherein a vulcanization system is added and mixed with the mixture deriving from an earlier mixing step;
Method for correcting a light pattern provided by a lighting device with a matrix of light sources , the method comprising the steps of a) obtaining a map of the light pattern divided in pixels ; b) associating a calibration power value to each pixel , depending on the light intensity of each pixel; c) assigning a new power value to each pixel; d) projecting a corrected light pattern with the new power values; and characterised in that in the step c), each new power value is inversely proportional to each calibration power value with respect to a reference power value. a) obtaining a map of the light pattern divided in pixels ; b) associating a calibration power value to each pixel , depending on the light intensity of each pixel; c) assigning a new power value to each pixel; d) projecting a corrected light pattern with the new power values; and characterised in that in the step c), each new power value is inversely proportional to each calibration power value with respect to a reference power value. characterised in that in the step c), each new power value is inversely proportional to each calibration power value with respect to a reference power value.
A pneumatic tire having a plurality of rib-shaped land parts formed by at least four circumferential grooves extended in a tread circumferential direction, wherein raised-row-shaped projections from both opposed side wall surfaces of the rib-shaped land parts adjacent to each other with the circumferential groove therebetween are provided while directed in directions toward each other, the raised-row-shaped projections formed such as to extend in the tread circumferential direction, the mutually opposed raised-row-shaped projections have a spacing from a bottom of the circumferential groove , mutually facing tip surfaces of the raised-row-shaped projections being disposed with spacing therebetween such that the tip surfaces contact each other due to elastic deformation of the grounding rib-shaped land parts when the tire is grounded, and the circumferential grooves include outermost-side circumferential grooves located on tire width direction outermost sides and inner adjacent circumferential grooves located on tire width direction inner sides of and adjacent to the outermost-side circumferential grooves , the raised-row-shaped projection in the inner adjacent circumferential groove being formed at a shallower position of the circumferential groove near a tread surface between the tread surface and a bottom of the circumferential groove as compared to the raised-row-shaped projection in the outermost-side circumferential groove . raised-row-shaped projections from both opposed side wall surfaces of the rib-shaped land parts adjacent to each other with the circumferential groove therebetween are provided while directed in directions toward each other, the raised-row-shaped projections formed such as to extend in the tread circumferential direction, the mutually opposed raised-row-shaped projections have a spacing from a bottom of the circumferential groove , mutually facing tip surfaces of the raised-row-shaped projections being disposed with spacing therebetween such that the tip surfaces contact each other due to elastic deformation of the grounding rib-shaped land parts when the tire is grounded, and the circumferential grooves include outermost-side circumferential grooves located on tire width direction outermost sides and inner adjacent circumferential grooves located on tire width direction inner sides of and adjacent to the outermost-side circumferential grooves , the raised-row-shaped projection in the inner adjacent circumferential groove being formed at a shallower position of the circumferential groove near a tread surface between the tread surface and a bottom of the circumferential groove as compared to the raised-row-shaped projection in the outermost-side circumferential groove .
An ionic wind generator comprising: a power module ; a first electrode configured to receive power from the power module by being connected to the power module to become an emitter electrode and to be a carbon brush comprising multiple carbon fibers; and a second electrode spaced apart from the first electrode and grounded at the same time of being connected to the power module to become a counter electrode, characterized in that : the first electrode is installed on a mounting arm part of an insulating material, the mounting arm part is disposed at an entrance of a module housing in which the first electrode and the second electrode are installed, and is connected to the module housing , and the mounting arm part has a coupling portion into which the first electrode is inserted, so that both ends of the first electrode protrude from the mounting arm part respectively, and the first electrode is movable in the direction of the second electrode . a power module ; a first electrode configured to receive power from the power module by being connected to the power module to become an emitter electrode and to be a carbon brush comprising multiple carbon fibers; and a second electrode spaced apart from the first electrode and grounded at the same time of being connected to the power module to become a counter electrode, characterized in that : the first electrode is installed on a mounting arm part of an insulating material, the mounting arm part is disposed at an entrance of a module housing in which the first electrode and the second electrode are installed, and is connected to the module housing , and the mounting arm part has a coupling portion into which the first electrode is inserted, so that both ends of the first electrode protrude from the mounting arm part respectively, and the first electrode is movable in the direction of the second electrode . the first electrode is installed on a mounting arm part of an insulating material, the mounting arm part is disposed at an entrance of a module housing in which the first electrode and the second electrode are installed, and is connected to the module housing , and the mounting arm part has a coupling portion into which the first electrode is inserted, so that both ends of the first electrode protrude from the mounting arm part respectively, and the first electrode is movable in the direction of the second electrode .
Concentrate comprising an aqueous solution containing N-(aminoiminomethyl)-2-aminoacetic acid and at least one salt from the group of calcium chloride and magnesium chloride, characterised in that , based on the total weight of the solution, the solution contains: a) 0.5 to 4 wt.-% N-(aminoiminomethyl)-2-aminoacetic acid and b) 10 to 70 wt.-% calcium chloride and/or magnesium chloride and c) remainder water, wherein the components a) and b) are present in the solution in dissolved form. a) 0.5 to 4 wt.-% N-(aminoiminomethyl)-2-aminoacetic acid and b) 10 to 70 wt.-% calcium chloride and/or magnesium chloride and c) remainder water,
A method for estimating a loading state of a vehicle , wherein a loading state is estimated by determining the loading state which is among a rearwardly loaded state, a centrally loaded state, and a forwardly loaded state, the method comprsing the steps of: predetermining a relationship among various loading states, stability factor of the vehicle (Kh) and lateral acceleration of the vehicle (Gy) and storing the relationship in a storage unit as a reference relationship; acquiring information regarding a lateral acceleration of the vehicle; calculating an estimated value of the stability factor of the vehicle on the basis of vehicle travelling data when turning; and characterised by estimating a loading state of the vehicle on the basis of the relationship between the estimated value of the stability factor and the lateral acceleration of the vehicle which is at the same point in time as the vehicle travelling data provided for the calculation of the estimated value and the reference relationship. predetermining a relationship among various loading states, stability factor of the vehicle (Kh) and lateral acceleration of the vehicle (Gy) and storing the relationship in a storage unit as a reference relationship; acquiring information regarding a lateral acceleration of the vehicle; calculating an estimated value of the stability factor of the vehicle on the basis of vehicle travelling data when turning; and characterised by estimating a loading state of the vehicle on the basis of the relationship between the estimated value of the stability factor and the lateral acceleration of the vehicle which is at the same point in time as the vehicle travelling data provided for the calculation of the estimated value and the reference relationship.
Method for the production of preforms with an improved neck geometry beneath the threaded region or the transporting ring for the simplified subsequent blow-moulding process, wherein the definitively produced preform made of at least one thermoplastic material has a significantly thinner wall thickness in the neck region beneath the thread than in the thread itself, and the preform is provided in order to be formed into blow-moulded containers, wherein said preform is injection moulded but, despite thin-walled regions, the holding pressure can be maintained by means of at least two channels with an increased wall thickness, wherein at least two channels are produced on the circumference of the preform region described, characterized in that , in order for it to be possible, however, for a preform to be produced by conventional injection moulding, the mould is configured such that two or three channels of sufficient width are provided over the thin wall beneath the preform neck , said channels ensuring that the holding pressure in the neck region is maintained.
A method for enabling determining positions of nodes connected in series to form a series string of communications connections, the method comprising: receiving, at a first node, an attribute request; in response to the attribute request, determining whether a connection is present on or absent from an upstream port of the first node; when the connection is present on the upstream port: relaying the attribute request to a next upstream node to the first node in the series string; and receiving an attribute information message; and responsive to determining that the attribute information message comprises a response to the attribute request, generating a node attribute information segment; when the connection is absent from the upstream port: generating, at the first node, an attribute information message; and generating a node attribute information segment; adding, at the first node, the node attribute information segment to the attribute information message at a position within the attribute information message indicative of a position of the first node within the series string; and sending the attribute information message from the first node to a next downstream node to the first node in the series string. receiving, at a first node, an attribute request; in response to the attribute request, determining whether a connection is present on or absent from an upstream port of the first node; when the connection is present on the upstream port: relaying the attribute request to a next upstream node to the first node in the series string; and receiving an attribute information message; and responsive to determining that the attribute information message comprises a response to the attribute request, generating a node attribute information segment; relaying the attribute request to a next upstream node to the first node in the series string; and receiving an attribute information message; and responsive to determining that the attribute information message comprises a response to the attribute request, generating a node attribute information segment; when the connection is absent from the upstream port: generating, at the first node, an attribute information message; and generating a node attribute information segment; generating, at the first node, an attribute information message; and generating a node attribute information segment; adding, at the first node, the node attribute information segment to the attribute information message at a position within the attribute information message indicative of a position of the first node within the series string; and sending the attribute information message from the first node to a next downstream node to the first node in the series string.
A coated cookware article comprising: a cookware substrate ; a thermal insulating coating disposed on at least a portion of the exterior of the cookware substrate , the thermal insulating coating comprising: a binder component ; and a microsphere component dispersed in the binder component including between about 2% to 25% of microspheres by weight of the binder component , characterized in that the microsphere component includes hollow microspheres. a cookware substrate ; a thermal insulating coating disposed on at least a portion of the exterior of the cookware substrate , the thermal insulating coating comprising: a binder component ; and a microsphere component dispersed in the binder component including between about 2% to 25% of microspheres by weight of the binder component , characterized in that the microsphere component includes hollow microspheres. a binder component ; and a microsphere component dispersed in the binder component including between about 2% to 25% of microspheres by weight of the binder component , characterized in that the microsphere component includes hollow microspheres.
A device, comprising: an application comprising instructions for execution on the device having a processor and memory, wherein the application is configured to: receive, after one or more entry gestures of a contactless card into a communication field of the device, a credential from the contactless card, authenticate the credential, and present at least one selected from the group of a first message type and a second message type; characterised in that each of the one or more entry gestures is indicative of a different message type. an application comprising instructions for execution on the device having a processor and memory, wherein the application is configured to: receive, after one or more entry gestures of a contactless card into a communication field of the device, a credential from the contactless card, authenticate the credential, and present at least one selected from the group of a first message type and a second message type; characterised in that each of the one or more entry gestures is indicative of a different message type.
A breast prosthesis for implantation in a human being, the device comprising a shell (112; 212) having an exterior structured to contact tissue, the shell including a first fixation surface having a first open cell structure , comprising open cells, and a second fixation surface having a second open cell structure , comprising open cells, different than said first open cell structure ; the first fixation surface and the second fixation surface being positioned to encourage respectively different degrees of tissue ingrowth or tissue adhesion by the body at a body-shell interface, characterized in that the open cells of the second open cell structure are smaller than the open cells of the first open cell structure .