mhurhangee/patent-ind-claim-en huggingface dataset:
A method for burying a pipeline in a bed of a body of water, the method comprising the steps of: - making a trench (T) with a bottom surface in a bed of a body of water by means of a bed working vehicle advanced in an advancing direction (D1); - advancing a floating unit in the body of water substantially in the advancing direction (D1); - releasing the pipeline in a controlled manner from the floating unit by means of at least one tensioner and along a tiltable lay device mounted on the floating unit so that the pipeline forms one single curve with an upward-facing concavity between the lay device and the bottom surface of the trench (T); - guiding the pipeline to the bottom surface of the trench (T) by means of a guide vehicle advanced along the trench (T) substantially in the advancing direction (D1); and - controlling the floating unit , the bed working vehicle , and the guide vehicle as a function of the advancing of the pipeline along the lay device for minimizing stress along the pipeline in the section extending between the floating unit and the bottom surface of the trench (T); characterised by - acquiring the average advancing speed of the pipeline along the lay device ; and - controlling the average advancing speed of the bed working vehicle and of the guide device as a function of the average advancing speed of the pipeline along the lay device . - making a trench (T) with a bottom surface in a bed of a body of water by means of a bed working vehicle advanced in an advancing direction (D1); - advancing a floating unit in the body of water substantially in the advancing direction (D1); - releasing the pipeline in a controlled manner from the floating unit by means of at least one tensioner and along a tiltable lay device mounted on the floating unit so that the pipeline forms one single curve with an upward-facing concavity between the lay device and the bottom surface of the trench (T); - guiding the pipeline to the bottom surface of the trench (T) by means of a guide vehicle advanced along the trench (T) substantially in the advancing direction (D1); and - controlling the floating unit , the bed working vehicle , and the guide vehicle as a function of the advancing of the pipeline along the lay device for minimizing stress along the pipeline in the section extending between the floating unit and the bottom surface of the trench (T); characterised by - acquiring the average advancing speed of the pipeline along the lay device ; and - controlling the average advancing speed of the bed working vehicle and of the guide device as a function of the average advancing speed of the pipeline along the lay device .
A method for publishing location information, comprising: Receiving the location information from an entity located in a geographic location; identifying one or more entities in a geographic region to be notified of the location information, wherein identifying the one or more entities comprises determining the geographic region comprising the geographic location, wherein the one or more entities comprise associates and strangers and wherein notifications to associates or strangers are restricted based on relationship types or privacy settings so that the identifying includes identifying strangers and associates that meet the restrictions, wherein the one or more entities are prevented from being notified of the location information when the geographic location is within a specified distance of a home of the entity; sending the location information to the identified entities including strangers that are subscribed to the geographic region; receiving, for the one or more entities, a corresponding plurality of geographic locations, and a corresponding plurality of nicknames; and visualizing a map comprising the plurality ot nicknames at the corresponding plurality of geographic locations. Receiving the location information from an entity located in a geographic location; identifying one or more entities in a geographic region to be notified of the location information, wherein identifying the one or more entities comprises determining the geographic region comprising the geographic location, wherein the one or more entities comprise associates and strangers and wherein notifications to associates or strangers are restricted based on relationship types or privacy settings so that the identifying includes identifying strangers and associates that meet the restrictions, wherein the one or more entities are prevented from being notified of the location information when the geographic location is within a specified distance of a home of the entity; sending the location information to the identified entities including strangers that are subscribed to the geographic region; receiving, for the one or more entities, a corresponding plurality of geographic locations, and a corresponding plurality of nicknames; and visualizing a map comprising the plurality ot nicknames at the corresponding plurality of geographic locations.
Food processor for preparing a food in a pot , the food processor comprising the pot , a heating element for heating the pot or a food in the pot , and a temperature sensor for determining a temperature of the pot or a food in the pot , wherein the food processor comprises a monitoring device configured such that the monitoring device detects an exceeding of a boiling point (SP) of a food in the pot on the basis of a temperature measurement value (T NTC (k)) of the temperature sensor and an electrical value (u(k)) of the energy supply to the heating element by which the heat supply by means of the heating element is taken into account, characterized in that the food processor comprises a control device for controlling the energy supply to the heating element and is configured such that the value (u(k)) of the energy supply to the heating element is a measurement value (u(k)) of the electrical power or current provided to the monitoring device in a defined or constant time interval (Z), wherein the time interval (Z) between two measurement values (u(k)) results from a sampling rate or an operating frequency of the control device .
A thermal shield for inhibiting a transfer of heat between components on a vehicle, the thermal shield comprising: an outer shell layer formed from a first solid material that is impermeable to liquids and has an outer surface, an inner surface, a thickness between the inner surface and the outer surface, and at least one curved portion extending out-of-plane to form a shape in three-dimensions; a core insulation layer coupled to the inner surface and conforming to the shape of the outer shell layer , the core insulation layer being formed from at least one layer of dried fibrous insulation material having a thickness greater than about ten times the thickness of the outer shell layer ; and an inner shell layer formed from a second solid and impermeable material, wherein the inner shell layer is coupled to the perimeter of the outer shell layer to cover an opposite surface of the core insulation layer , the thermal shield being characterized in that the core insulation layer comprises a first consolidated layer of dried fibrous insulation material and a second consolidated layer of dried fibrous insulation material that is different from the first consolidated layer . an outer shell layer formed from a first solid material that is impermeable to liquids and has an outer surface, an inner surface, a thickness between the inner surface and the outer surface, and at least one curved portion extending out-of-plane to form a shape in three-dimensions; a core insulation layer coupled to the inner surface and conforming to the shape of the outer shell layer , the core insulation layer being formed from at least one layer of dried fibrous insulation material having a thickness greater than about ten times the thickness of the outer shell layer ; and an inner shell layer formed from a second solid and impermeable material, the thermal shield being characterized in that the core insulation layer comprises a first consolidated layer of dried fibrous insulation material and a second consolidated layer of dried fibrous insulation material that is different from the first consolidated layer .
An electronic apparatus, comprising: a communicator ; a storage ; a display ; and a processor configured to: control the display to display a first image corresponding to an operation of the electronic apparatus, based on a connection request signal being received from a user terminal device through the communicator , control to store in the storage the first image output through the display , based on a second image being received from the user terminal device through the communicator , identify a first object included in the stored first image that is the same as a second object included in the received second image, and based on an identification that a first feature of the first object is the same as a second feature of the second object, control the communicator to transmit authentication information corresponding to the connection request signal to the user terminal device . a communicator ; a storage ; a display ; and a processor configured to: control the display to display a first image corresponding to an operation of the electronic apparatus, based on a connection request signal being received from a user terminal device through the communicator , control to store in the storage the first image output through the display , based on a second image being received from the user terminal device through the communicator , identify a first object included in the stored first image that is the same as a second object included in the received second image, and based on an identification that a first feature of the first object is the same as a second feature of the second object, control the communicator to transmit authentication information corresponding to the connection request signal to the user terminal device . control the display to display a first image corresponding to an operation of the electronic apparatus, based on a connection request signal being received from a user terminal device through the communicator , control to store in the storage the first image output through the display , based on a second image being received from the user terminal device through the communicator , identify a first object included in the stored first image that is the same as a second object included in the received second image, and based on an identification that a first feature of the first object is the same as a second feature of the second object, control the communicator to transmit authentication information corresponding to the connection request signal to the user terminal device .
An immunoglobulin molecule for use in a method of treating ovarian cancer, primary peritoneal cancer, or fallopian cancer in a subject, wherein the ovarian cancer, primary peritoneal cancer, or fallopian cancer is platinum-resistant, comprising administering to the subject a therapeutically effective amount of the immunoglobulin, wherein the immunoglobulin molecule is administered following failure of at least two, three or four prior anti-cancer therapies and/or the patient has received a prior anti-VEGF agent, wherein the anti-VEGF agent is an anti-VEGF antibody; and wherein the immunoglobulin molecule comprises a first antigen-binding site that specifically binds human VEGF, and a second antigen-binding site that specifically binds human DLL4; and wherein the immunoglobulin molecule is administered in combination with a taxane. wherein the immunoglobulin molecule is administered following failure of at least two, three or four prior anti-cancer therapies and/or the patient has received a prior anti-VEGF agent, wherein the anti-VEGF agent is an anti-VEGF antibody; and wherein the immunoglobulin molecule comprises a first antigen-binding site that specifically binds human VEGF, and a second antigen-binding site that specifically binds human DLL4; and wherein the immunoglobulin molecule is administered in combination with a taxane.
A composition for topical administration to the skin comprising two or more different live Propionibacterium acnes (P. acnes) bacterial strains, wherein the composition comprises a P. acnes SLST type C3 strain and a P. acnes SLST type K8 strain, wherein the composition does not include a Phylotype III strain of P. acnes.
A test band for Minimal Inhibition Concentration (MIC) detection suitable for being placed into a petri dish (B), comprising - an interaction layer ; which is in the form of a rectangular plate and which may be positioned so as to contact microorganisms (A) in the petri dish (B) and on which an antibiotic is applied, on the surface thereof for contacting the microorganisms (A), in gradually decreasing amounts between the short sides of its form of a rectangular plate; - a ruler layer , which has the same form and size as the interaction layer and is connected to the interaction layer from the face thereof that is not for contacting the microorganisms (A) and which, in order to be able to figure out the antibiotic concentration applied onto the interaction layer , includes numbers denoting a value of the antibiotic concentration and lines denoting the positions corresponding to these antibiotic concentrations; characterized in that the interaction layer is made from cotton fabric, linen fabric, silk fabric or fabrics of cotton-polymer mixture. - an interaction layer ; which is in the form of a rectangular plate and which may be positioned so as to contact microorganisms (A) in the petri dish (B) and on which an antibiotic is applied, on the surface thereof for contacting the microorganisms (A), in gradually decreasing amounts between the short sides of its form of a rectangular plate; - a ruler layer , which has the same form and size as the interaction layer and is connected to the interaction layer from the face thereof that is not for contacting the microorganisms (A) and which, in order to be able to figure out the antibiotic concentration applied onto the interaction layer , includes numbers denoting a value of the antibiotic concentration and lines denoting the positions corresponding to these antibiotic concentrations;
A system comprising: a trigger source ; a laser diode ; a first field effect transistor , wherein the laser diode is coupled to a supply voltage and a drain terminal of the first field effect transistor, wherein a source terminal of the first field effect transistor is coupled to ground, wherein a gate terminal of the first field effect transistor is coupled to the trigger source, wherein the first field effect transistor is coupled in series between the laser diode and ground; and a second field effect transistor , wherein a drain terminal of the second field effect transistor is coupled to the supply voltage, wherein a source terminal of the second field effect transistor and a gate terminal of the second field effect transistor are coupled to ground; wherein a continuous or pulsed signal of the trigger source results in turning on the first field effect transistor thereby causing the laser diode to emit a laser light pulse; wherein the laser diode is configured to emit a laser light pulse based on a current through the first field effect transistor; wherein the second field effect transistor is coupled in parallel with the laser diode and the first field effect transistor; and wherein the second field effect transistor is configured to operate as a capacitor to provide a current to the laser diode with the capacitance value of the second field effect transistor providing compensation for a parasitic inductance of the system. a trigger source ; a laser diode ; a first field effect transistor , wherein the laser diode is coupled to a supply voltage and a drain terminal of the first field effect transistor, wherein a source terminal of the first field effect transistor is coupled to ground, wherein a gate terminal of the first field effect transistor is coupled to the trigger source, wherein the first field effect transistor is coupled in series between the laser diode and ground; and a second field effect transistor , wherein a drain terminal of the second field effect transistor is coupled to the supply voltage, wherein a source terminal of the second field effect transistor and a gate terminal of the second field effect transistor are coupled to ground; wherein a continuous or pulsed signal of the trigger source results in turning on the first field effect transistor thereby causing the laser diode to emit a laser light pulse; wherein the laser diode is configured to emit a laser light pulse based on a current through the first field effect transistor; wherein the second field effect transistor is coupled in parallel with the laser diode and the first field effect transistor; and wherein the second field effect transistor is configured to operate as a capacitor to provide a current to the laser diode with the capacitance value of the second field effect transistor providing compensation for a parasitic inductance of the system.
A computer-implemented method for generating an encoded representation for one or more images, the method comprising operating a processor to: for at least one image portion of a plurality of image portions of an image of the one or more images: receive a set of projection data representing an image intensity of the image portion along a plurality of projection directions; identify a subset of projection data from the set of projection data associated with one or more dominant features comprising the steps of determining a projection direction associated with the subset of projection data associated with one or more dominant features; assigning that projection direction as a principal projection direction; and selecting one or more supplemental projection directions based on the principal projection direction, wherein the set of projection data comprises a subset of projection data for each projection direction of the plurality of projection directions; and generate the encoded representation based at least on a data variation within the subset of projection data for the at least one image portion comprising the steps of determining a direction of change between each sequential projection data within the subset of projection data by calculating a derivative for the subset of projection data; converting the direction of change to a binary representation; converting the binary representation to an integer value; determining an occurrence frequency of each respective integer value and generating a histogram to represent the occurrence frequency of each respective integer value. receive a set of projection data representing an image intensity of the image portion along a plurality of projection directions; identify a subset of projection data from the set of projection data associated with one or more dominant features comprising the steps of determining a projection direction associated with the subset of projection data associated with one or more dominant features; assigning that projection direction as a principal projection direction; and selecting one or more supplemental projection directions based on the principal projection direction, wherein the set of projection data comprises a subset of projection data for each projection direction of the plurality of projection directions; and generate the encoded representation based at least on a data variation within the subset of projection data for the at least one image portion comprising the steps of determining a direction of change between each sequential projection data within the subset of projection data by calculating a derivative for the subset of projection data; converting the direction of change to a binary representation; converting the binary representation to an integer value; determining an occurrence frequency of each respective integer value and generating a histogram to represent the occurrence frequency of each respective integer value.
A modular sole structure, comprising a sole and at least one convex arranged on the sole , wherein an anti-wear block , which is removable and matches with the convex , is mounted at the bottom of the convex near the ground, the anti-wear block comprises an anti-wear pad which contacts with the ground characterized in that it further comprises a fixed fin which is mounted at the periphery of the anti-wear pad and connected with the anti-wear pad , the anti-wear block is removably fixed on the convex by the fixed fin , the amount of the convex is at least two, the convexes comprise a first convex and a second convex , the first convex is removably equipped with a first anti-wear block , the second convex is removably equipped with a second anti-wear block , the thickness of the anti-wear pad in the first anti-wear block is larger than the thickness of the anti-wear pad in the second anti-wear block , or the wear resistance of the anti-wear pad in the first anti-wear block is higher than that of the anti-wear pad in the second anti-wear block .
Elastomer laminate comprising at least two adjacent layers: - the first layer consisting of a rubber composition based on: ∘ 20 to 100 phr of at least one copolymer comprising ethylene units and units of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; ∘ 0 to 80 phr of at least one diene elastomer having a weight content of diene units of greater than 50%; ∘ 10 to 100 phr of a plasticizing system comprising at least one plasticizing resin having a glass transition temperature above 20°C and/or at least one plasticizer that is liquid at 23°C; ∘ a reinforcing filler; and ∘ a crosslinking system, - the second layer consisting of a rubber composition based on a diene elastomer having a weight content of diene units of greater than 50% and a crosslinking system. - the first layer consisting of a rubber composition based on: ∘ 20 to 100 phr of at least one copolymer comprising ethylene units and units of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; ∘ 0 to 80 phr of at least one diene elastomer having a weight content of diene units of greater than 50%; ∘ 10 to 100 phr of a plasticizing system comprising at least one plasticizing resin having a glass transition temperature above 20°C and/or at least one plasticizer that is liquid at 23°C; ∘ a reinforcing filler; and ∘ a crosslinking system, ∘ 20 to 100 phr of at least one copolymer comprising ethylene units and units of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; ∘ 0 to 80 phr of at least one diene elastomer having a weight content of diene units of greater than 50%; ∘ 10 to 100 phr of a plasticizing system comprising at least one plasticizing resin having a glass transition temperature above 20°C and/or at least one plasticizer that is liquid at 23°C; ∘ a reinforcing filler; and ∘ a crosslinking system, - the second layer consisting of a rubber composition based on a diene elastomer having a weight content of diene units of greater than 50% and a crosslinking system.