mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementing service operations based on images, the method comprising: receiving an image sharing request sent by a first user, the image request including one or more images to be shared; storing (S101) attribute information comprised in the image sharing request, wherein the attribute information comprises first location information of the one or more images and text information entered by the first user when the first user shares the one or more images; searching (S102), based on the first location information and the text information, a database for a service object associated with the one or more images, the searching (S102) comprising: searching the database for a service object that matches the first location information to determine a matching service object, and only when a plurality of service objects are found, additionally matching the text information against the respective information about each found service object to determine the matching service object, and determining that the determined matching service object is the service object that is associated with the one or more images; pushing (S103) the one or more images to a second user associated with the user; and sending (S103) information about the matching service object to the second user based on a predetermined policy. receiving an image sharing request sent by a first user, the image request including one or more images to be shared; storing (S101) attribute information comprised in the image sharing request, wherein the attribute information comprises first location information of the one or more images and text information entered by the first user when the first user shares the one or more images; searching (S102), based on the first location information and the text information, a database for a service object associated with the one or more images, the searching (S102) comprising: searching the database for a service object that matches the first location information to determine a matching service object, and only when a plurality of service objects are found, additionally matching the text information against the respective information about each found service object to determine the matching service object, and determining that the determined matching service object is the service object that is associated with the one or more images; searching the database for a service object that matches the first location information to determine a matching service object, and only when a plurality of service objects are found, additionally matching the text information against the respective information about each found service object to determine the matching service object, and determining that the determined matching service object is the service object that is associated with the one or more images; pushing (S103) the one or more images to a second user associated with the user; and sending (S103) information about the matching service object to the second user based on a predetermined policy.
A negative electrode active material for a lithium secondary battery, comprising: first negative electrode active material particles comprising first artificial graphite particles and a carbon coating layer on a surface of the first artificial graphite particles, wherein the carbon coating layer comprises hard carbon; and second negative electrode active material particles comprising second artificial graphite particles, wherein a difference between an average particle diameter D 50 of the first negative electrode active material particles and an average particle diameter D 50 of the second negative electrode active material particles is 5 μm or less, wherein an average particle diameter D 50 of the first negative electrode active material particles and second negative electrode active material particles is defined as a particle diameter corresponding to 50% of the volume accumulation in a particle diameter distribution curve and is measured by laser diffraction, and a temperature at an exothermic peak in differential thermogravimetric analysis of the carbon coating layer is in a range of 580 °C to 690 °C. first negative electrode active material particles comprising first artificial graphite particles and a carbon coating layer on a surface of the first artificial graphite particles, wherein the carbon coating layer comprises hard carbon; and second negative electrode active material particles comprising second artificial graphite particles, wherein a difference between an average particle diameter D 50 of the first negative electrode active material particles and an average particle diameter D 50 of the second negative electrode active material particles is 5 μm or less, wherein an average particle diameter D 50 of the first negative electrode active material particles and second negative electrode active material particles is defined as a particle diameter corresponding to 50% of the volume accumulation in a particle diameter distribution curve and is measured by laser diffraction, and a temperature at an exothermic peak in differential thermogravimetric analysis of the carbon coating layer is in a range of 580 °C to 690 °C.
A top case arrangement for a vehicle, especially a motorcycle or a vehicle similar to a motorcycle, with a top case and a base support arranged beneath the top case , wherein the base support is designed for connecting to a vehicle structure , characterised in that the base support has two attachment portions for optionally attaching two armrests to the base support , and in that the top case in the region of an underside has at least one indentation in which the two attachment portions are arranged.
An implantable device for improving or remedying valvular incompetence, comprising a sealing body which comprises at least one cavity , which, after implantation of the sealing body, is fillable with a fluid, and comprising at least one anchoring element fastened to the sealing body, wherein the device is characterised in that the anchoring element on the sealing body allows atraumatic fastening in the heart, since the anchoring element for the purpose of the fastening rests against the inner wall of the heart without penetrating the wall of the heart, wherein the at least one cavity is disposed about a main body of the sealing body lying in the direction of longitudinal extent of the sealing body and the at least one fillable cavity is positioned on the sealing body relative to the direction of longitudinal extent of the sealing body such that the atrioventricular valves contact the sealing body when closing, wherein the main body is formed as a tube and a flexible wall is disposed around the main body and adjoins the main body in a sealed manner both in the lower and upper region and delimits the at least one cavity , which is expandable in volume by an inner filling with a preferably liquid fluid, wherein a closure formed as a one-way valve is disposed on the one or more cavities and can be passed through by blood due to the hydrostatic or hydrodynamic pressure applied, so that, following implantation of the device, the at least one cavity is filled automatically. wherein the device is characterised in that the anchoring element on the sealing body allows atraumatic fastening in the heart, since the anchoring element for the purpose of the fastening rests against the inner wall of the heart without penetrating the wall of the heart, wherein the at least one cavity is disposed about a main body of the sealing body lying in the direction of longitudinal extent of the sealing body and the at least one fillable cavity is positioned on the sealing body relative to the direction of longitudinal extent of the sealing body such that the atrioventricular valves contact the sealing body when closing, wherein the main body is formed as a tube and a flexible wall is disposed around the main body and adjoins the main body in a sealed manner both in the lower and upper region and delimits the at least one cavity , which is expandable in volume by an inner filling with a preferably liquid fluid, wherein a closure formed as a one-way valve is disposed on the one or more cavities and can be passed through by blood due to the hydrostatic or hydrodynamic pressure applied, so that, following implantation of the device, the at least one cavity is filled automatically.
A wirelessly activated hydrostatic set module assembly for disposal in a well at an oilfield , the assembly comprising: a hydrostatic set module for hydraulically actuating a downhole device in the well; and a wireless trigger mechanism coupled to said module via a hydraulic connection for initiating of the actuating, said mechanism having a sensor for detection of wireless communications and a processor for analysis thereof, wherein the sensor is a pressure sensor configured for detection of wireless communications in the form of pressure pulses propagated through the well from the oilfield, the pressure sensor and processor being configured to distinguish different signature patterns of pressure pulses from one another, the assembly being characterized by a second trigger mechanism , coupled to the hydrostatic set module via a second hydraulic connection , the second trigger mechanism having a second pressure sensor and processor configured to distinguish different signature patterns of pressure pulses from one another. a hydrostatic set module for hydraulically actuating a downhole device in the well; and a wireless trigger mechanism coupled to said module via a hydraulic connection for initiating of the actuating, said mechanism having a sensor for detection of wireless communications and a processor for analysis thereof, wherein the sensor is a pressure sensor configured for detection of wireless communications in the form of pressure pulses propagated through the well from the oilfield, the pressure sensor and processor being configured to distinguish different signature patterns of pressure pulses from one another, the assembly being characterized by a second trigger mechanism , coupled to the hydrostatic set module via a second hydraulic connection , the second trigger mechanism having a second pressure sensor and processor configured to distinguish different signature patterns of pressure pulses from one another.
Method for generating automation functions by automatically interpreting a piping diagram , wherein the piping diagram comprises objects and connections between objects (12, 20-24), wherein objects (12, 20-24) and/or connections are linked with operational requirements , characterised in that in a first step operational requirements are defined on the basis of a predefined set of operating principles and on the basis of a predefined set of boundary conditions by means of an operator in the piping diagram , wherein in a second step the operational requirements included in the piping diagram are successively evaluated by an automatic interpretation of the piping diagram and a plurality of data records is generated which encode an operational requirement in each case, wherein in a third step an automation function is generated, modified or extended on the basis of the data records for an operational requirement and at least on the basis of an operating principle included as an intended purpose in the respective operational requirement , or two or more already generated automation functions are functionally connected to one another and wherein the automation function is connected to the objects linked by means of the underlying operational requirement . wherein the piping diagram comprises objects and connections between objects (12, 20-24), wherein objects (12, 20-24) and/or connections are linked with operational requirements , characterised in that in a first step operational requirements are defined on the basis of a predefined set of operating principles and on the basis of a predefined set of boundary conditions by means of an operator in the piping diagram , wherein in a second step the operational requirements included in the piping diagram are successively evaluated by an automatic interpretation of the piping diagram and a plurality of data records is generated which encode an operational requirement in each case, wherein in a third step an automation function is generated, modified or extended on the basis of the data records for an operational requirement and at least on the basis of an operating principle included as an intended purpose in the respective operational requirement , or two or more already generated automation functions are functionally connected to one another and wherein the automation function is connected to the objects linked by means of the underlying operational requirement .
An implantable prosthesis comprising: a shell having an apex , a base , a radius located between said apex and said base, and a dome extending between said apex and said radius; said shell having an outer surface and an inner surface that surrounds an interior volume of said shell; and at least one rib (132A - 132H) integrally formed with said inner surface of said shell and projecting inwardly from said inner surface into said interior volume of said shell, wherein said at least one rib comprises two or more circumferential ribs (132A-132H) that are spaced from one another over said inner surface of said shell, wherein each of said two or more circumferential ribs is integrally formed with said inner surface of said shell and projects inwardly from said inner surface of said shell, wherein each of said two or more circumferential ribs has a constant depth (D) of about 0.381 to 12.70 mm (0.015-0.50 inches) relative to said inner surface of said shell. a shell having an apex , a base , a radius located between said apex and said base, and a dome extending between said apex and said radius; said shell having an outer surface and an inner surface that surrounds an interior volume of said shell; and at least one rib (132A - 132H) integrally formed with said inner surface of said shell and projecting inwardly from said inner surface into said interior volume of said shell, wherein said at least one rib comprises two or more circumferential ribs (132A-132H) that are spaced from one another over said inner surface of said shell, wherein each of said two or more circumferential ribs is integrally formed with said inner surface of said shell and projects inwardly from said inner surface of said shell, wherein each of said two or more circumferential ribs has a constant depth (D) of about 0.381 to 12.70 mm (0.015-0.50 inches) relative to said inner surface of said shell.
A method for manufacturing pipe shells of bound mineral wool, wherein a web section of a mineral wool web provided with a thermosetting, but still unset binding agent which yields the desired wall thickness of the pipe shell is wound around a rotatingly driven pipe-shaped winding core , and wherein the pipe shell thus formed and still unset is set at the outer circumference of the winding core by the action of heat and the winding core is pulled out of the set pipe shell , characterized in that the winding core has a polygonal cross-section, wherein the pipe shell also obtains a polygonal cross-section during the winding process, and that the winding core is driven at inconstant angular speed, wherein the angular speed of the winding core varies as a function of the effective distance of the respective region of the web section which meets the outer circumferential face from the axis of rotation of the winding core , so that the tensile forces acting on the web section to be wound up during the winding process vary at a lesser degree and are in particular substantially constant.
A service data offloading method, comprising: Sending , by an access network device, a local area network configuration message and a bearer configuration message to a terminal, configuring a local area network for the terminal according to the local area network configuration message, and configuring a dedicated bearer for the terminal according to the bearer configuration message, wherein the local area network is associated with the dedicated bearer, and the local area network configuration message or the bearer configuration message comprises a downlink-only data reception indication, so that the terminal receives, in the local area network according to the downlink-only data reception indication, downlink data of the dedicated bearer and prohibits sending uplink data of the dedicated bearer.
A battery module having a structure in which two unit cells are fixed to a cartridge and a plurality of cartridges is stacked, the battery module comprising unit cells having electrode terminals formed at one side thereof, cartridges for fixing two unit cells , and bus bars coupled with the electrode terminals for electrically connecting the unit cells with each other, wherein the unit cells are mounted to the cartridges such that the electrode terminals of the unit cells face each other in a state in which the unit cells are disposed laterally to each other in a direction parallel to a ground, and the electrode terminals facing each other are connected to each other in parallel by the bus bars mounted to the cartridges to form a parallel unit cell connection structure for each of the cartridges , and the cartridges are stacked in a height direction, characterized in that each of the cartridges is provided at a portion of an inner surface thereof corresponding to an upper surface or a lower surface of each of the unit cells with at least one rib for supporting each of the unit cells while defining coolant flow channels.
A wallboard tape obtainable by contacting a web of cellulose fibers with polyvinyl alcohol and with starch in a size press, the wallboard tape having a CD tensile of from 0.875 kN/m to 10.51 kN/m (5 to 60 lbf/inch) width as measured by TAPPI method 494 and a MD tensile of from 4.38 kN/m to 17.51 kN/m (25 to 100 lbf/inch) width as measured by TAPPI method 494, and the wallboard tape comprising from 0.05 to 20 wt% starch, based on the total weight of the wallboard tape, and from 0.05 to 20 wt% polyvinyl alcohol based on the total weight of the wallboard tape in a ratio of starch/polyvinyl alcohol of from 99 wt% starch/1 wt% polyvinyl alcohol to 5 wt% starch/95 wt% polyvinyl alcohol based on the total weight of the starch and polyvinyl alcohol, wherein said polyvinyl alcohol is from 75 to 100% hydrolyzed.
Medical analysis device for evaluating a patient's fitness for anaesthesia by analyzing at least one physiological biosignal (S) acquired during the time course of apnoea, the medical analysis device comprising: - an input interface for acquiring a time course of at least one physiological biosignal (S) of a patient, - a computing unit which is set up to compare, in accordance with an algorithm , a time course of the at least one physiological biosignal (S) with at least one predeterminable course or a limit value for determining the fitness of a patient for anaesthesia and to calculate an evaluation result (E) as a function thereof, the time course of the at least one physiological biosignal (S) comprising at least the time duration of an apnoea of a patient, and - an output interface connected to the computing unit for outputting the evaluation result, wherein at least one of the following physiological biosignals (S) is detected and processed in the algorithm : arterial oxygen saturation, arterio-venous oxygen saturation, peripheral pulse wave, central pulse wave, respiratory activity, ECG data, heart rate variability, arterial blood pressure. - an input interface for acquiring a time course of at least one physiological biosignal (S) of a patient, - a computing unit which is set up to compare, in accordance with an algorithm , a time course of the at least one physiological biosignal (S) with at least one predeterminable course or a limit value for determining the fitness of a patient for anaesthesia and to calculate an evaluation result (E) as a function thereof, the time course of the at least one physiological biosignal (S) comprising at least the time duration of an apnoea of a patient, and - an output interface connected to the computing unit for outputting the evaluation result,
A ferrocoke manufacturing method by shaping and carbonizing a mixture of coal and iron ore, wherein the coal is a blend of a hardly softening coal and an easily softening coal, characterized in that the hardly softening coal has a button index (CSN) of 1.0 and a volatile matter of not less than 17 %, and the easily softening coal satisfies that a value obtained by multiplying CSN of the easily softening coal by a blending ratio is within a range of 0.3-5.2, wherein the blending ratio is a weight ratio of the easily softening coal to the total coal weight, wherein the button index (CSN) is evaluated using standard JIS M8801 and the volatile matter is measured according to standard JIS M8812 and represented by dry ash free base.
A method comprising: passing a data token from a first wirelessly connectable electronic nicotine delivery (END) device to a second wirelessly connectable END device, wherein the first wirelessly connectable END device passes the token to the second wirelessly connectable END device by the first wirelessly connectable END device adopting an advertising mode and including the token in advertising data while the second wirelessly connectable END device is in a listening mode in which it can receive advertising data, the second wirelessly connectable END device being configured to switch back and forth between a first persona corresponding to an advertising mode and a second persona corresponding to a listening mode according to a switching schedule that alternates between periods for each of the first and second personas, such that at any one time the device adopts only one persona; and using the token to control an aspect of the operation of a third wirelessly connectable device, the third wirelessly connectable device having an established communications relationship with the second wirelessly connectable END device. passing a data token from a first wirelessly connectable electronic nicotine delivery (END) device to a second wirelessly connectable END device, wherein the first wirelessly connectable END device passes the token to the second wirelessly connectable END device by the first wirelessly connectable END device adopting an advertising mode and including the token in advertising data while the second wirelessly connectable END device is in a listening mode in which it can receive advertising data, the second wirelessly connectable END device being configured to switch back and forth between a first persona corresponding to an advertising mode and a second persona corresponding to a listening mode according to a switching schedule that alternates between periods for each of the first and second personas, such that at any one time the device adopts only one persona; and using the token to control an aspect of the operation of a third wirelessly connectable device, the third wirelessly connectable device having an established communications relationship with the second wirelessly connectable END device.