mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a breezeless mode of a fan of an air conditioner, wherein the method comprises: adjusting (S300) a compressor frequency of the fan according to a difference between an indoor temperature to be obtained and a target temperature to be determined, and controlling the fan to operate according to the adjusted compressor frequency, characterized in that the method furthermore comprises the steps of obtaining (S100) the indoor temperature, a turbulence intensity using T u = a ∗ F 2 + b ∗ F + c , wherein T u is the turbulent intensity, F is the current wind level of the fan, and a, b, and c are the parameters determined according to the type of the breezeless mode of the current fan, and a draught sensation rate using DR = ( 34-t a )( v a -0.05) 0.62 (0.37 × v a × T u + 3.14), wherein DR is the draught sensation rate, v a is the wind speed Va, T u is the turbulent intensity, and ta is the preselected target temperature of the fan after the fan is in the breezeless mode; obtaining (S200) a first wind speed of the fan, and determining the target temperature of the fan according to the first wind speed, the turbulence intensity, and the draught sensation rate.. adjusting (S300) a compressor frequency of the fan according to a difference between an indoor temperature to be obtained and a target temperature to be determined, and controlling the fan to operate according to the adjusted compressor frequency, characterized in that the method furthermore comprises the steps of obtaining (S100) the indoor temperature, a turbulence intensity using T u = a ∗ F 2 + b ∗ F + c , wherein T u is the turbulent intensity, F is the current wind level of the fan, and a, b, and c are the parameters determined according to the type of the breezeless mode of the current fan, and a draught sensation rate using DR = ( 34-t a )( v a -0.05) 0.62 (0.37 × v a × T u + 3.14), wherein DR is the draught sensation rate, v a is the wind speed Va, T u is the turbulent intensity, and ta is the preselected target temperature of the fan after the fan is in the breezeless mode; obtaining (S200) a first wind speed of the fan, and determining the target temperature of the fan according to the first wind speed, the turbulence intensity, and the draught sensation rate..
An electronic device , comprising: a tubular frame configured to receive and support computing components; a floor panel affixed to the tubular frame and at least partially defining an exterior surface of the electronic device ; a shell at least partially defining an aperture , the exterior surface, and an internal volume sized to encompass the computing components and the tubular frame ; the tubular frame comprising a tubular support member extending from the floor panel into the internal volume and through an opening in the exterior surface defined by the shell and opposite the floor panel , the shell being removably-attached to the tubular frame and removably sealed to the floor panel ; and a port disposed in the aperture to communicate data and power to an external system. a tubular frame configured to receive and support computing components; a floor panel affixed to the tubular frame and at least partially defining an exterior surface of the electronic device ; a shell at least partially defining an aperture , the exterior surface, and an internal volume sized to encompass the computing components and the tubular frame ; the tubular frame comprising a tubular support member extending from the floor panel into the internal volume and through an opening in the exterior surface defined by the shell and opposite the floor panel , the shell being removably-attached to the tubular frame and removably sealed to the floor panel ; and a port disposed in the aperture to communicate data and power to an external system.
A current measuring device comprising:an electrically conductive coil having a first end and a second end ; a first screen surrounding the coil and arranged to provide a current path from the second end of the coil to a location proximal to the first end of the coil , wherein a first end of the first screen is proximal to the first end of the coil , and a second end of the first screen is proximal to the second end of the coil , wherein the second end of the first screen is electrically connected to the second end of the coil ; a second screen surrounding the first screen and the coil ; and an electrical integrator , wherein a first input terminal of the integrator is electrically connected to the first end of the conductive coil , wherein a second input terminal of the integrator is electrically connected to the first end of the first screen, wherein an output of the integrator is grounded, wherein the second screen is electrically connected to the grounded output of the integrator .
Hepatoprotective agent for use in treatment of hepatitis, characterized in that the hepatoprotective agent is selected from: or or or or
An anti-scatter grid assembly for a pixel detector , comprising: - a first grid comprising first lamellas and first holes forming the first grid and - a second grid comprising second lamellas and second holes forming the second grid , wherein the second grid is arranged incongruently on top of the first grid with a lateral shift in at least one lateral direction, and wherein a first thickness (d 1 ) of the first lamellas is smaller than a second thickness (d 2 ) of the second lamellas . - a first grid comprising first lamellas and first holes forming the first grid and - a second grid comprising second lamellas and second holes forming the second grid , wherein the second grid is arranged incongruently on top of the first grid with a lateral shift in at least one lateral direction, and wherein a first thickness (d 1 ) of the first lamellas is smaller than a second thickness (d 2 ) of the second lamellas .
A peptide comprising (i) a main chain comprising at least one L-3,4-dihydroxyphenylalanine (DOPA), (ii) at least one integrin binding peptide, and (iii) at least one heparin binding peptide, which can be obtained by a combination of solid phase synthesis and Click chemistry.
A pharmaceutical composition, containing as active ingredients, diosmin and hesperidin, for use in the treatment of a pathology of the horse's foot selected from pedal oedema, laminitis, sand-crack, foot discomfort, in particular, the discomfort caused by an increase in the temperature of the foot/hoof (heating), the alterations in blood circulation in the foot, more specifically at the hoof and/or the soft tissues which are present in the vicinity of the hoof and the shoeing pains.
An RFID tag assembly adapted to be attached to a flexible surface such as fabric, textile or an item of clothing, said RFID tag assembly comprising: an RFID tag including an associated primary antenna; a receptacle frame comprising conductive material for receiving said RFID tag ; a secondary antenna associated with said flexible surface, said RFID tag assembly being characterised in that : the receptacle frame includes attachment means (17-20) for attaching the frame to said flexible surface; the secondary antenna includes a pair of conductors (50, 51; 80; 81) attached to said frame ; and the receptacle frame receives and securely holds the RFID tag therein such that said primary antenna maintains electromagnetic coupling with said secondary antenna. an RFID tag including an associated primary antenna; a receptacle frame comprising conductive material for receiving said RFID tag ; a secondary antenna associated with said flexible surface, said RFID tag assembly being characterised in that : the receptacle frame includes attachment means (17-20) for attaching the frame to said flexible surface; the secondary antenna includes a pair of conductors (50, 51; 80; 81) attached to said frame ; and the receptacle frame receives and securely holds the RFID tag therein such that said primary antenna maintains electromagnetic coupling with said secondary antenna. the receptacle frame includes attachment means (17-20) for attaching the frame to said flexible surface; the secondary antenna includes a pair of conductors (50, 51; 80; 81) attached to said frame ; and the receptacle frame receives and securely holds the RFID tag therein such that said primary antenna maintains electromagnetic coupling with said secondary antenna.
A cooling device for a hot rolled steel sheet in which spray headers are disposed above and below a hot rolled steel sheet moving in a conveyance direction to be opposed to each other, each of the spray headers including a spray plate having a plurality of cooling water ejection holes and a box-shaped main body covering the spray plate , the cooling device configured to cool the hot rolled steel sheet by spraying cooling water from the cooling water ejection holes to the hot rolled steel sheet , characterized in that the spray header internally includes a guide rail (222A U,L ) provided to an inner peripheral face of the main body and extending in a sheet width direction of the hot rolled steel sheet , and a mask member (203A L,R ) configured to move along the guide rail (222A U,L ), the mask member (203A L,R ) includes a support body and a shield body , the support body being provided movably in the sheet width direction of the hot rolled steel sheet along the guide rail (222A U,L ), the shield body being supported by the support body with an elastic body inserted between the shield body and the support body , the elastic body being elastically deformable in at least an up-down direction, and when water pressure does not act on the shield body , the shield body is located away from the spray plate and, when water pressure acts on the shield body , compression and deformation of the elastic body causes the shield body to be pressed against the spray plate , and desired ones of cooling liquid ejection holes are thereby closed.
Commercial vehicle tyre of a radial type of construction with a cross-sectional height of 135 mm to 200 mm, a load index of 121 to 154, a radial-ply casing with at least one casing ply comprising steel cords embedded in rubber and with bead regions comprising bead cores and bead fillers, around which the casing ply runs, thereby forming turn-ups, characterized in that the casing ply is reinforced with steel cords of the construction 1 + 6, wherein the core filament has a diameter (d 1 ) of 0.19 mm to 0.22 mm and the ply filaments have coinciding diameters (d 2 ) of 0.17 mm to 0.20 mm, wherein the diameter (d 2 ) of the ply filaments is less than the diameter (d 1 ) of the core filament by at least 0.01 mm and wherein, at the crown of the tyre, the steel cords are arranged in the casing ply with 60 epdm to 75 epdm.
An electronic device comprising: an input detection unit being configured to detect a contact operation or a proximity operation performed by a user; a display unit that includes a first display region displaying a first image representing a display area for an application and a software keyboard being configured to receive a first operation to enter characters on the software keyboard; and a control unit being configured to change a display mode of the first display region based on a second operation when the input detection unit detects the second operation which is detected in the first display region and that causes the display unit to display a second image representing a display area for a new application displayed in a second display region where a third operation is received, wherein the control unit is configured to reduce a size of the first display region based on the second operation, wherein the second display region includes a region made blank due to the fact that the first display region is reduced, and wherein the second operation is a slide or flick operation in a direction with a range exceeding a predetermined angle in relation to the horizontal and vertical directions. an input detection unit being configured to detect a contact operation or a proximity operation performed by a user; a display unit that includes a first display region displaying a first image representing a display area for an application and a software keyboard being configured to receive a first operation to enter characters on the software keyboard; and a control unit being configured to change a display mode of the first display region based on a second operation when the input detection unit detects the second operation which is detected in the first display region and that causes the display unit to display a second image representing a display area for a new application displayed in a second display region where a third operation is received, wherein the control unit is configured to reduce a size of the first display region based on the second operation, wherein the second display region includes a region made blank due to the fact that the first display region is reduced, and wherein the second operation is a slide or flick operation in a direction with a range exceeding a predetermined angle in relation to the horizontal and vertical directions.
A refrigerator comprising: a cabinet ; a compartment for storing food within the cabinet ; a door configured to seal the compartment ; a refrigeration component disposed within the cabinet ; and a wall panel within the cabinet , wherein the wall panel extends from a lower end of the compartment to an upper end of the compartment , wherein the wall panel separates the compartment from the refrigeration component, wherein the wall panel comprises a three-dimensional molded surface, wherein the three-dimensional molded surface comprises a three-dimensional pattern extending from a first side end of the wall panel to a second side end of the wall panel , wherein the wall panel includes a compartment facing side and a cabinet facing side , wherein the compartment facing side exhibits a pattern peak , jutting outward from the cabinet facing side , and a pattern valley and wherein an interior surface of the cabinet comprises a back surface and a pair of side surfaces , characterised in that the side surfaces comprise a reflective material. a cabinet ; a compartment for storing food within the cabinet ; a door configured to seal the compartment ; a refrigeration component disposed within the cabinet ; and a wall panel within the cabinet , wherein the wall panel extends from a lower end of the compartment to an upper end of the compartment , wherein the wall panel separates the compartment from the refrigeration component, wherein the wall panel comprises a three-dimensional molded surface, wherein the three-dimensional molded surface comprises a three-dimensional pattern extending from a first side end of the wall panel to a second side end of the wall panel , wherein the wall panel includes a compartment facing side and a cabinet facing side , wherein the compartment facing side exhibits a pattern peak , jutting outward from the cabinet facing side , and a pattern valley and wherein an interior surface of the cabinet comprises a back surface and a pair of side surfaces , characterised in that the side surfaces comprise a reflective material.
A method of facilitating navigation of an anatomical luminal network of a patient, the method, executed by a set of one or more computing devices, comprising: receiving imaging data captured by an imaging device at a distal end of an instrument positioned within the anatomical luminal network ; accessing a virtual feature derived from a virtual image simulated from a viewpoint of a virtual imaging device positioned at a virtual location within a virtual luminal network representative of the anatomical luminal network , wherein the virtual feature is derived from a virtual depth map associated with the virtual image; generating a depth map based on the imaging data; calculating a correspondence between a feature derived from the imaging data and the virtual feature derived from the virtual image, wherein calculating the correspondence is based at least partly on correlating one or more features of the depth map and one or more features of the virtual depth map ; and determining a pose of the distal end of the instrument within the anatomical luminal network based on the virtual location associated with the virtual feature . receiving imaging data captured by an imaging device at a distal end of an instrument positioned within the anatomical luminal network ; accessing a virtual feature derived from a virtual image simulated from a viewpoint of a virtual imaging device positioned at a virtual location within a virtual luminal network representative of the anatomical luminal network , wherein the virtual feature is derived from a virtual depth map associated with the virtual image; generating a depth map based on the imaging data; calculating a correspondence between a feature derived from the imaging data and the virtual feature derived from the virtual image, wherein calculating the correspondence is based at least partly on correlating one or more features of the depth map and one or more features of the virtual depth map ; and determining a pose of the distal end of the instrument within the anatomical luminal network based on the virtual location associated with the virtual feature .
A method of constructing a processing plant , the processing plant being configured to process fluid to be processed and includes a plurality of air cooled heat exchangers (ACHEs) , wherein the plurality of ACHEs are installed on a pipe rack according to a designed heat exchanger group, the heat exchanger group being designed by a computer, wherein the designed heat exchanger group indicates an arrangement of the heat exchanger group to be installed in the processing plant characterized in that the method of designing the heat exchanger group comprises: a first step (P1) of selecting at least one design variable from design variable groups consisting of a design variable relating to a tube bundle to be provided to each of the ACHEs , a design variable relating to each of heat transfer tubes to be included in the tube bundle , and a design variable relating to a fan to be provided to each of the ACHEs as variable parameters, and selecting the number of installed ACHEs in the heat exchanger group as variable parameters and setting a variable range of each of the selected variable parameters; a second step (P 1) of setting design values of each of the ACHEs , which includes the design variables not selected as the variable parameter in the first step (P 1); and a third step (P2) of, after the setting of the design value, calculating Pareto solutions for at least two objective functions selected from an objective function group consisting of an installation length of the heat exchanger group when the plurality of ACHEs are arranged in one row, a total heat transfer area of the heat transfer tubes to be included in the heat exchanger group, and total power consumption of the fans included in the heat exchanger group while changing the variable parameters within the variable range set in the first step (P 1); the method of constructing the processing plant comprising constructing the processing plant having the plurality of ACHEs installed on the pipe rack according to the Pareto solutions calculated by the computer for the at least two objective functions selected from the installation length of the heat exchanger group, the total heat transfer area of the heat transfer tubes , and the total power consumption of the fans .
Device for electropolishing an energy storage device comprising at least one lithium ion cell , comprising at least one actuatable first switch (S) that is connectable in series with a capacitor (C) and an electrical resistor (R) for current limitation, and in parallel to the at least one lithium ion cell , wherein an apparatus for discharging the capacitor (C) is connected in parallel at least to the capacitor (C), wherein the apparatus comprises a controllable energy converter that is designed as a direct current converter, and a control unit that is configured to control the at least one switch (S) in order to carry out a pulse discharge for electropolishing the lithium ion cell and/or the energy storage device when the device is connected to the lithium ion cell in such a way that lithium nucleation seeds, dendrites, and/or crystals are broken down by the pulse discharge.
Apparatus, comprising base station means adapted to provide (S10) a base station functionality for a plurality of public land mobile networks; and characterized by : access barring broadcasting means adapted to broadcast, via the base station means, in a single system information block extended access barring parameters for the plurality of public land mobile networks in the order in which the public land mobile networks are listed in a second system information block indicating the public land mobile networks sharing the base station means; wherein the extended access barring parameters comprise category indications.
A hanger assembly of a ceiling fan, comprising: a mounting bracket having two lateral walls opposing to each other, wherein each of the two lateral walls comprises a mounting end , a hanger end and a receiving portion ; a coupling rod having two ends respectively and rotatably received in the receiving portions of the two lateral walls ; and a fan rod having a first end coupled with the coupling rod , as well as a second end adapted to couple with a stator of a motor of the ceiling fan, wherein the fan rod and the stator are swingable relative to the mounting bracket under rotation of the coupling rod to prevent stress from concentrating on an interconnected part between the coupling rod and the mounting bracket , wherein the hanger assembly is characterized in that : a wire groove is arranged on an outer periphery of the coupling rod , wherein the wire groove is located between the mounting ends of the two lateral walls and is on the side of the fan rod where the first end is, wherein an electrical box is arranged between the mounting ends of the two lateral walls , wherein the electrical box is provided with a lead wire (W), wherein the lead wire (W) passes through a space between the mounting ends of the two lateral walls , reaches the coupling rod , and extends to the first end of the fan rod through the wire groove , and wherein the electrical box comprises an engaging portion engaged with one of the two lateral walls of the mounting bracket . a mounting bracket having two lateral walls opposing to each other, wherein each of the two lateral walls comprises a mounting end , a hanger end and a receiving portion ; a coupling rod having two ends respectively and rotatably received in the receiving portions of the two lateral walls ; and a fan rod having a first end coupled with the coupling rod , as well as a second end adapted to couple with a stator of a motor of the ceiling fan, wherein the fan rod and the stator are swingable relative to the mounting bracket under rotation of the coupling rod to prevent stress from concentrating on an interconnected part between the coupling rod and the mounting bracket , wherein the hanger assembly is characterized in that : a wire groove is arranged on an outer periphery of the coupling rod , wherein the wire groove is located between the mounting ends of the two lateral walls and is on the side of the fan rod where the first end is, wherein an electrical box is arranged between the mounting ends of the two lateral walls , wherein the electrical box is provided with a lead wire (W), wherein the lead wire (W) passes through a space between the mounting ends of the two lateral walls , reaches the coupling rod , and extends to the first end of the fan rod through the wire groove , and wherein the electrical box comprises an engaging portion engaged with one of the two lateral walls of the mounting bracket .