mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing an image by using a trained artificial intelligence, Al, model, the method comprising: obtaining, by using a camera of an electronic device, a plurality of images including a first image that includes a plurality of objects (S610); identifying a first object, which is a human, as a main object among the plurality of objects included in the first image; detecting movement of a second object based on a plurality of positions of the second object in at least two images of the plurality of images, the second object, which is a human, being different from the first object (S630); based on detecting movement of the second object, determining, by a first trained AI model stored in a memory of the electronic device, the second object as an object for removing from the first image; obtaining a second image including the first object by generating data corresponding to an area of background hidden by the second object to remove the second object from the first image (S650); and displaying the obtained second image using a display of the electronic device. obtaining, by using a camera of an electronic device, a plurality of images including a first image that includes a plurality of objects (S610); identifying a first object, which is a human, as a main object among the plurality of objects included in the first image; detecting movement of a second object based on a plurality of positions of the second object in at least two images of the plurality of images, the second object, which is a human, being different from the first object (S630); based on detecting movement of the second object, determining, by a first trained AI model stored in a memory of the electronic device, the second object as an object for removing from the first image; obtaining a second image including the first object by generating data corresponding to an area of background hidden by the second object to remove the second object from the first image (S650); and displaying the obtained second image using a display of the electronic device.
Device for the production of ice cream, comprising - an immersion bath which has an interior which is filled with a cryogenic liquid medium, - at least one case which can be moved into the interior of the immersion bath and has moulds arranged therein for receiving ice cream mass, - a filling apparatus for filling the moulds with the ice cream mass, - a stick-placement apparatus for placing sticks, characterised in that the moulds consist of two hinged halves (13.1, 13.2) which act as shaping cavity to give the ice cream the corresponding geometric shape, the two halves (13.1, 13.2) comprising a filling funnel and three-dimensional shaping profiles for the ice cream, in order to create the geometric appearance, and being held together in the closed state by a locking mechanism. - an immersion bath which has an interior which is filled with a cryogenic liquid medium, - at least one case which can be moved into the interior of the immersion bath and has moulds arranged therein for receiving ice cream mass, - a filling apparatus for filling the moulds with the ice cream mass, - a stick-placement apparatus for placing sticks,
A crown shaped retainer which comprises: a retainer ring body having one side face formed with a plurality of pockets (Pt), each having a portion with an opening, defined at respective locations in a circumferential direction for accommodating therein the balls ; a grease reservoir depressed portion (GP) provided between the pockets (Pt) neighboring with each other in the circumferential direction of the retainer ring body for reserving a grease, the grease reservoir depressed portion (GP), being delimited by an inner wall face in the retainer ring body , pocket walls (P) of the neighboring pockets (Pt) and a connecting segment bridging between the neighboring pockets (Pt) and when viewed in a plane containing an axis (L1) of the retainer ring body and passing a middle point between the neighboring pockets has such a shape as to be defined by the inner wall face of the retainer ring body and the connecting segment ; and a communicating port (Rh) in the form of a cutout open radially inwardly of the retainer ring body provided to communicate the grease reservoir depressed portion (GP) and the pocket (Pt) for allowing the grease deposited on the balls to migrate into the grease reservoir depressed portion (GP) as a result of relative movement between the balls and the retainer , characterized in that the maximum widthwise dimension (H) of the communicating port (Rh) as measured along a circumferential direction of the pocket (Pt) is chosen to be within the range of 10 to 40% of the inner diameter (d1) of the pocket (Pt). a retainer ring body having one side face formed with a plurality of pockets (Pt), each having a portion with an opening, defined at respective locations in a circumferential direction for accommodating therein the balls ; a grease reservoir depressed portion (GP) provided between the pockets (Pt) neighboring with each other in the circumferential direction of the retainer ring body for reserving a grease, the grease reservoir depressed portion (GP), being delimited by an inner wall face in the retainer ring body , pocket walls (P) of the neighboring pockets (Pt) and a connecting segment bridging between the neighboring pockets (Pt) and when viewed in a plane containing an axis (L1) of the retainer ring body and passing a middle point between the neighboring pockets has such a shape as to be defined by the inner wall face of the retainer ring body and the connecting segment ; and a communicating port (Rh) in the form of a cutout open radially inwardly of the retainer ring body provided to communicate the grease reservoir depressed portion (GP) and the pocket (Pt) for allowing the grease deposited on the balls to migrate into the grease reservoir depressed portion (GP) as a result of relative movement between the balls and the retainer , characterized in that
Fluid tank intended to be detachably mounted on a base for a steam producing appliance, said tank comprising an opening for filling the tank with a fluid and a lid mounted on said opening so as to pivot between a closed position where the opening is obstructed and an open position allowing the tank to be filled, characterised in that it further comprises a peripheral rib projecting towards the outside of the tank and formed over the entire periphery of the opening , and a groove formed by a recess between the peripheral rib and an outer wall of the tank , and in that the lid comprises an inner wall, in which a peripheral groove is formed that is intended to rest on the peripheral rib at the opening when the lid is in the closed position, the lid further comprising at least one guide means projecting relative to the inner wall of the lid , the guide means being at least partially arranged along the peripheral groove so as to come against the peripheral rib in the closed position. characterised in that it further comprises a peripheral rib projecting towards the outside of the tank and formed over the entire periphery of the opening , and a groove formed by a recess between the peripheral rib and an outer wall of the tank , and in that the lid comprises an inner wall, in which a peripheral groove is formed that is intended to rest on the peripheral rib at the opening when the lid is in the closed position, the lid further comprising at least one guide means projecting relative to the inner wall of the lid , the guide means being at least partially arranged along the peripheral groove so as to come against the peripheral rib in the closed position.
Ferrite stainless steel with excellent strength and elongation comprising, in wt%, C: 0.065% to 0.09%, N: 0.035% to 0.06%, Si: 0.6% to 1.0%, Mn: 0.01% to 0.70%, P: 0.001% to 0.035%, S: 0.001% to 0.005%, Cr: 15.0% to 17.0%, Ni: 0.001% to 0.50%, Cu: 0.001% to 0.50%, the remainder of Fe and unavoidable impurities, wherein a Γ=2 ∗ [Si]+10([C]+[N]) value is 2.2 or greater, and an area ratio Q=[area of non-annealed deformed structure]/[area of non-annealed deformed structure+area of recovered and recrystallized structure] on a microstructure of a transverse direction surface of the steel sheet after partial hot annealing is from 0.2 to 0.5.
A method of managing a plurality of photovoltaic devices in a power generation mode, each photovoltaic device comprising one single input electrode, one single output electrode and a p-n junction semiconductor body positioned between the input electrode and the output electrode, wherein a DC current generated by each photovoltaic device flows from the respective input electrode to the respective output electrode through the respective semiconductor body, said method comprising: applying a voltage signal generated by a voltage source means via a common switching means having a switch control means to control the duration of connection and/or the frequency of switching and being connected in parallel to the single input electrode of each of the plurality of photovoltaic devices , the voltage signal comprising a plurality of first states with a positive magnitude in a first position of said common switching means for generating an external electric field across the photovoltaic devices, and a second state comprising an off cycle between adjacent first states in a second position of said switching means , wherein the first and second states form voltage pulses (V App ); and superimposing the first states on top of an existing voltage generated by the photovoltaic devices. applying a voltage signal generated by a voltage source means via a common switching means having a switch control means to control the duration of connection and/or the frequency of switching and being connected in parallel to the single input electrode of each of the plurality of photovoltaic devices , the voltage signal comprising a plurality of first states with a positive magnitude in a first position of said common switching means for generating an external electric field across the photovoltaic devices, and a second state comprising an off cycle between adjacent first states in a second position of said switching means , wherein the first and second states form voltage pulses (V App ); and superimposing the first states on top of an existing voltage generated by the photovoltaic devices.
A method for the manufacture of a gel, said method comprising the steps of a. providing a matrix composition comprising a polymeric photoinitiator synthesized using: (4-(3-(bis(2-hydroxyethyl)amino)propoxy)phenyl)(phenyl)methanone, PEG-2000, and 4,4'-methylenebis(cyclohexyl-isocyanate); b. curing the matrix composition obtained in step a. by exposing it to UV radiation, and c. exposing the matrix composition to a swelling medium, thus providing a gel; wherein step c. may take place before or after step b. a. providing a matrix composition comprising a polymeric photoinitiator synthesized using: (4-(3-(bis(2-hydroxyethyl)amino)propoxy)phenyl)(phenyl)methanone, PEG-2000, and 4,4'-methylenebis(cyclohexyl-isocyanate); b. curing the matrix composition obtained in step a. by exposing it to UV radiation, and c. exposing the matrix composition to a swelling medium, thus providing a gel; wherein step c. may take place before or after step b.
Method for sealing an annular gap in a turbine having a casing and a rotor , which is arranged in the casing , is mounted so that it can rotate about its central longitudinal axis, and is equipped with a plurality of stages of rotor blades , in which method a) an annular depression , coaxial with the rotor and situated opposite the tips of the rotor blades of a stage, is provided in the casing or in at least one element fastened to the casing, b) an in particular split insert ring is provided which is designed such that it can be inserted into the depression in a form fit with play, c) the insert ring is inserted into the depression by the insert ring being pushed into the depression substantially in an axial direction, and d) the insert ring is fixed with fastening elements in such a way that an at least substantially axially directed clamping force is applied by means of the fastening elements, characterized in that an insert ring is provided which in particular on the end face has a conical and in particular annular sealing portion which tapers towards an axial end of the insert ring , and in that a depression is produced which comprises a receiving portion , the inner contour of which is adapted to the outer contour of the sealing portion of the insert ring , in particular with play, and a conical seat is obtained. a) an annular depression , coaxial with the rotor and situated opposite the tips of the rotor blades of a stage, is provided in the casing or in at least one element fastened to the casing, b) an in particular split insert ring is provided which is designed such that it can be inserted into the depression in a form fit with play, c) the insert ring is inserted into the depression by the insert ring being pushed into the depression substantially in an axial direction, and d) the insert ring is fixed with fastening elements in such a way that an at least substantially axially directed clamping force is applied by means of the fastening elements, characterized in that an insert ring is provided which in particular on the end face has a conical and in particular annular sealing portion which tapers towards an axial end of the insert ring , and in that a depression is produced which comprises a receiving portion , the inner contour of which is adapted to the outer contour of the sealing portion of the insert ring , in particular with play, and a conical seat is obtained.
A ball bearing comprising an inner ring , an outer ring , and balls wherein in their front and back there are rollers . On left and right are contained by sides of a cage . The cage is made of two rings which are connected by metal strips which form rectangles without the top side. These metal strips form stands of the cage , they hold the cage , they are part of the cage , and they sit on the inner ring . The inner ring is attached to a rotating shaft by a metal strip attachment which is an extension of the inner ring and is screwed to the shaft . The rollers are cylinders which rotate around axles . These axles pass through one hole of the cage through the hole of the roller and through the hole of the other ring of the cage . The rollers are not in contact with either the inner ring or the outer ring . The balls are in contact with the rotating inner ring and the stationary outer ring thus they receive rotation.
Method for feeding an optical cored wire into a molten metal bath , wherein the optical cored wire is decoiled, a feeding and straightening device with a plurality of rollers conducts feeding of the optical cored wire in a feeding direction towards the metal bath as well as a first straightening of the optical cored wire , and subsequently a separated further plurality of non-motor driven nozzle straighteners arranged between the feeding and straightening device and the metal bath conducts a second straightening of the optical cored wire , and comprising the steps: providing an immersion nozzle comprising a nozzle housing , a plurality of non-motor driven nozzle straighteners inside of the housing and a carrier pipe surrounded by the housing for guiding the optical cored wire , and supplying a purge gas into an annulus outside of the carrier pipe and inside of the housing , wherein a separation is adapted to separate the plurality of non-motor driven nozzle straighteners from the annulus . providing an immersion nozzle comprising a nozzle housing , a plurality of non-motor driven nozzle straighteners inside of the housing and a carrier pipe surrounded by the housing for guiding the optical cored wire , and supplying a purge gas into an annulus outside of the carrier pipe and inside of the housing , wherein a separation is adapted to separate the plurality of non-motor driven nozzle straighteners from the annulus .
A method for transmitting Downlink Control Information, DCI, applied to a base station, comprising: determining an Aggregation Level, AL, of to-be-transmitted DCI, based on a corresponding relationship between a DCI AL and a DCI payload size, and/or, determining the number of blind detections of the to-be-transmitted DCI based on a corresponding relationship between the number of blind detections corresponding to the DCI payload size; configuring the to-be-transmitted DCI based on the AL and/or the number of blind detections of the to-be-transmitted DCI; and, transmitting the to-be-transmitted DCI to a mobile communication terminal; wherein the method further comprises: transmitting a Control Resource Set, CORESET, to the mobile communication terminal; wherein the CORESET is pre-configured with DCI payload sizes corresponding to the CORESET, the corresponding relationship between the DCI AL and the DCI payload size, and/or the corresponding relationship between the number of blind detections corresponding to the DCI payload size, and the CORESET is used to determine a possible payload size of the to-be-transmitted DCI, and determine an AL and/or the number of blind detections corresponding to the possible payload size. determining an Aggregation Level, AL, of to-be-transmitted DCI, based on a corresponding relationship between a DCI AL and a DCI payload size, and/or, determining the number of blind detections of the to-be-transmitted DCI based on a corresponding relationship between the number of blind detections corresponding to the DCI payload size; configuring the to-be-transmitted DCI based on the AL and/or the number of blind detections of the to-be-transmitted DCI; and, transmitting the to-be-transmitted DCI to a mobile communication terminal; wherein the method further comprises: transmitting a Control Resource Set, CORESET, to the mobile communication terminal; wherein the CORESET is pre-configured with DCI payload sizes corresponding to the CORESET, the corresponding relationship between the DCI AL and the DCI payload size, and/or the corresponding relationship between the number of blind detections corresponding to the DCI payload size, and the CORESET is used to determine a possible payload size of the to-be-transmitted DCI, and determine an AL and/or the number of blind detections corresponding to the possible payload size.
A method for measuring growth of cells in a fluid culture, comprising; a. introducing a first portion of the culture into a microchannel being part of a resonant mass sensor of such kind that the cells' presence affects the resonant behavior of the sensor at a first time, the portion of the culture having a fluid known volume and containing a plurality of cells at a concentration chosen that for a great majority of time at most one cell is present in the microchannel at a given time, b. detecting each cell as the portion passes through the microchannel, c. at least one of counting or measuring the mass of each cell passing through the microchannel, d. introducing at least one additional, different portion of the culture into the microchannel having a known fluid volume at at least one later time, e. repeating steps b and c at the later time(s); and, f. calculating the growth rate in the culture from at least one of the change in the count per fluid volume (concentration) or the measured property between the two times. a. introducing a first portion of the culture into a microchannel being part of a resonant mass sensor of such kind that the cells' presence affects the resonant behavior of the sensor at a first time, the portion of the culture having a fluid known volume and containing a plurality of cells at a concentration chosen that for a great majority of time at most one cell is present in the microchannel at a given time, b. detecting each cell as the portion passes through the microchannel, c. at least one of counting or measuring the mass of each cell passing through the microchannel, d. introducing at least one additional, different portion of the culture into the microchannel having a known fluid volume at at least one later time, e. repeating steps b and c at the later time(s); and, f. calculating the growth rate in the culture from at least one of the change in the count per fluid volume (concentration) or the measured property between the two times.
A method for operating a spinning preparation machine in the form of a draw frame , - the draw frame comprising a drafting system having a plurality of roller combinations disposed one after the other and driven by one or more drafting drives in order to homogenize a fiber assembly passing through the drafting system during operation of the same, and - the draw frame comprising at least one auxiliary drive for driving one or more further displaceable components of the draw frame , characterized in that the auxiliary drive is driven as a generator and thereby braked when the voltage of the power source supplying the draw frame with electrical energy falls below a defined limit, wherein the voltage generated by the auxiliary drive during the braking process due to the operation thereof as a generator is used for driving the drafting drives in order to homogenize the fiber assembly fed into the drafting system even after the loss of voltage. - the draw frame comprising a drafting system having a plurality of roller combinations disposed one after the other and driven by one or more drafting drives in order to homogenize a fiber assembly passing through the drafting system during operation of the same, and - the draw frame comprising at least one auxiliary drive for driving one or more further displaceable components of the draw frame ,
A plurality of integrally interconnected wipes that collectively define a web , the web having a right edge , a left edge , a longitudinal direction extending parallel to the right and left edges, a transverse direction perpendicular to the longitudinal dimension, and a longitudinal centerline extending in the longitudinal direction and positioned midway between the right and left edges, the web defining a right side transversely between the centerline and the right edge and defining a left side transversely between the centerline and the left edge, the web including a plurality of transverse intermittent cut lines , the cut lines being spaced apart from each other in the longitudinal direction to define individual wipes , wherein each cut line defines a major tie and a minor tie , the major tie and the minor tie being on opposite sides of the longitudinal centerline, wherein the major tie and the minor tie each have a width extending in the transverse direction, the width of the major tie being greater than the width of the minor tie, and wherein the major ties in longitudinally successive cut lines are on alternating right and left sides of the longitudinal centerline, such that a plurality of major ties are arranged on the web in a zig-zag pattern in the longitudinal direction.