mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal comprising a main body , a camera module , and a driving structure disposed in the main body , wherein a receiving chamber configured to receive the camera module is defined in the main body , wherein the main body comprises a display screen with a display area , and wherein the receiving chamber is disposed behind a portion of the display area ; and the driving structure is connected to the camera module to drive the camera module to move from the inside of the receiving chamber to the outside of the main body or drive the camera module to move from the outside of the main body into the inside of the receiving chamber , and the camera module comprises a mounting base connected to the driving structure , characterised in that : the mounting base comprises a groove , and a rotatable element disposed in the groove ; and the camera module further comprises a camera disposed on the rotatable element , wherein, by rotation of the rotatable element relative to the mounting base of the camera module , the camera is capable of facing a plane where a front plate of the main body is located or capable of facing a plane where a back plate of the main body is located. the mounting base comprises a groove , and a rotatable element disposed in the groove ; and the camera module further comprises a camera disposed on the rotatable element , wherein, by rotation of the rotatable element relative to the mounting base of the camera module , the camera is capable of facing a plane where a front plate of the main body is located or capable of facing a plane where a back plate of the main body is located.
A ternary Titanium-Zirconium-Oxygen (Ti-Zr-O) alloy, characterized in that it comprises from 83% to 95.15 mass % of titanium, from 4.5% to 15 mass % of zirconium and from 0.35% to 2 mass % of oxygen, with said alloy being capable of forming a single-phase material consisting of a stable and homogeneous α solid solution with Hexagonal Close Packed (HCP) structure at room temperature.
A method for manufacturing a component from a composite material, more particularly a part of a bicycle, wherein fibers consisting of a liquid crystal polymer are wetted with a resin that is diluted with a solvent and a fiber mat is made from the wetted fibers, wherein the fiber mat is heated, and wherein the fiber mat is pressed to form a component, wherein the fiber mat that is made of fibers consisting of a liquid crystal polymer is stacked with fibers mats made of carbon fibers and is pressed to form the component, characterized in that , initially, the wetted fibers are stored for at least one hour at more than 60 °C to remove the solvent at least in part prior to pressing the manufactured fiber mat.
A method for producing an at least two-part structure , in particular a semifinished product for a superconducting wire, wherein a first structure and a second structure are separately produced, and the first structure and the second structure are then inserted into one another, wherein the first structure and the second structure respectively are produced in layers by selective laser melting or selective electron beam melting of a powder , characterized in that the first structure is produced with a plurality of axial recesses and the second structure is produced with a plurality of diametrically opposed axial extensions . wherein a first structure and a second structure are separately produced, and the first structure and the second structure are then inserted into one another, wherein the first structure and the second structure respectively are produced in layers by selective laser melting or selective electron beam melting of a powder , characterized in that the first structure is produced with a plurality of axial recesses and the second structure is produced with a plurality of diametrically opposed axial extensions .
A container, in particular for medicines, preferably in the form of a bottle, whose threaded neck is closed with a threaded cap, made of an internally threaded cylinder closed with a cover, the cover has a circular cut-out in which another cylindrical container is placed enclosed from a bottom with a film , while a punch is attached to a top wall of the other cylindrical container from the inside, and the punch has the form of a cylinder whose bottom part is obliquely cut, characterised in that the other cylindrical container on an outer surface has two rings between which the cover of the cap is placed, wherein a Top ring of the other cylindrical container has a conical surface, while the top wall of the other cylindrical container is flexible.
A rotating coalescer comprising: a housing comprising: a first housing section having blowby gas inlets structured to receive crankcase blowby gases from a crankcase ; and an oil outlet; an endcap ; filter media arranged in a cylindrical shape, wherein the blowby gas inlets are positioned radially inside of the filter media with respect to the central axis; the filter media coupled to and positioned between the first housing section and the endcap, the filter media structured to receive unfiltered crankcase blowby gases from the blowby gas inlets and filter the crankcase blowby gases passing radially through the filter media by coalescing and separating oils and aerosols contained in the crankcase blowby gases such that the blowby gases pass through the filter media in an inside-out flow; a hollow shaft extending through the housing and positioned radially inside of the filter media, the hollow shaft forming a blowby gas outlet structured to route filtered crankcase blowby gases out of the housing; and a drive mechanism operatively coupled to the hollow shaft, the drive mechanism structured to rotate the hollow shaft and the housing. a housing comprising: a first housing section having blowby gas inlets structured to receive crankcase blowby gases from a crankcase ; and an oil outlet; a first housing section having blowby gas inlets structured to receive crankcase blowby gases from a crankcase ; and an oil outlet; an endcap ; filter media arranged in a cylindrical shape, wherein the blowby gas inlets are positioned radially inside of the filter media with respect to the central axis; the filter media coupled to and positioned between the first housing section and the endcap, the filter media structured to receive unfiltered crankcase blowby gases from the blowby gas inlets and filter the crankcase blowby gases passing radially through the filter media by coalescing and separating oils and aerosols contained in the crankcase blowby gases such that the blowby gases pass through the filter media in an inside-out flow; a hollow shaft extending through the housing and positioned radially inside of the filter media, the hollow shaft forming a blowby gas outlet structured to route filtered crankcase blowby gases out of the housing; and a drive mechanism operatively coupled to the hollow shaft, the drive mechanism structured to rotate the hollow shaft and the housing.
A method of generating a digital media message , comprising: receiving a digital video segment with an electronic device ; providing a plurality of images via a display of the electronic device, each image of the plurality of images being indicative of a respective digital content segment different from the digital video segment; receiving , via the electronic device, a first input indicating selection of a first digital content segment associated with a corresponding image of the plurality of images; associating the digital video segment and the first digital content segment with a play sequence of the digital media message such that the first digital content segment will be presented simultaneously with at least part of the digital video segment when the digital media message is played, wherein associating the digital video segment and the first digital content segment with the play sequence comprises replacing a plurality of frames of the digital video segment with a single frame corresponding to an image of the first digital content segment; and providing the digital media message for sharing with a remote electronic device , wherein the digital media message comprises at least the digital video segment and the first digital content segment. receiving a digital video segment with an electronic device ; providing a plurality of images via a display of the electronic device, each image of the plurality of images being indicative of a respective digital content segment different from the digital video segment; receiving , via the electronic device, a first input indicating selection of a first digital content segment associated with a corresponding image of the plurality of images; associating the digital video segment and the first digital content segment with a play sequence of the digital media message such that the first digital content segment will be presented simultaneously with at least part of the digital video segment when the digital media message is played, wherein associating the digital video segment and the first digital content segment with the play sequence comprises replacing a plurality of frames of the digital video segment with a single frame corresponding to an image of the first digital content segment; and providing the digital media message for sharing with a remote electronic device , wherein the digital media message comprises at least the digital video segment and the first digital content segment.
The HDM2-p53 interaction inhibitor drug (S)-5-(5-Chloro-1-methyl-2-oxo-1,2-dihydro-pyridin-3-yl)-6-(4-chloro-phenyl)-2-(2,4-dimethoxy-pyrimidin-5-yl)-1-isopropyl-5,6-dihydro-1H-pyrrolo[3,4-d]imidazol-4-one [HDM201] or a pharmaceutically acceptable salt, solvate, hydrate, complex or co-crystal thereof, for use in the treatment of a haematological tumor, wherein the treatment further comprises adminstration of the BCL2 inhibitor 4-(4-{[2-(4-chlorophenyl)-4,4-dimethylcyclohex-1-en-1-yl]methyl}piperazin-1-yl)-N-[(3-nitro-4-{[(oxan-4yl)methyl]amino}phenyl)sulfonyl]-2-[(1H-pyrrolo[2,3-b]pyridin-5-yl)oxy]benzamide [venetoclax], or a pharmaceutically acceptable salt, solvate, hydrate, complex or co-crystal thereof, wherein HDM201 is administered on each of the first 5 days of a 28 days treatment cycle followed by a drug-administration-free period from day 6 until day 28. wherein the treatment further comprises adminstration of the BCL2 inhibitor 4-(4-{[2-(4-chlorophenyl)-4,4-dimethylcyclohex-1-en-1-yl]methyl}piperazin-1-yl)-N-[(3-nitro-4-{[(oxan-4yl)methyl]amino}phenyl)sulfonyl]-2-[(1H-pyrrolo[2,3-b]pyridin-5-yl)oxy]benzamide [venetoclax], or a pharmaceutically acceptable salt, solvate, hydrate, complex or co-crystal thereof, wherein HDM201 is administered on each of the first 5 days of a 28 days treatment cycle followed by a drug-administration-free period from day 6 until day 28.
Apparatus for determining centration parameters for the adjustment of spectacles, comprising a camera carrier , which partly encloses an interior that is open to the top, to the bottom and to a rear side and which carries at least three cameras which are arranged between two free ends of the camera carrier and directed onto the interior , and wherein the camera carrier has an illumination device for illuminating the interior , characterized by a distance sensor for measuring the distance of a head of a subject that is arranged in the interior from the centre of the camera carrier and an indication unit for indicating the distance or a variable characterizing the distance, wherein the illumination device forms the indication unit.
A process for producing a container having a shaped tail, the process comprising: heating a preform having a tail ; injection blow molding the heated preform having the tail , wherein the injection blow molding comprises longitudinal stretching of the heated preform having the tail, wherein a blow mold utilized during the injection blow molding includes two halves that are closed about the heated preform having the tail ; and shaping the tail to form the shaped tail , wherein shaping the tail to form the shaped tail includes engaging the tail with a tail shaping means , characterized in that the tail shaping means is provided as a channel formed between the two halves of the blow mold that receives and directs the tail into the shaped tail during the longitudinal stretching of the heated preform having the tail , wherein the channel includes a curved surface against which the tail is contacted during the longitudinal stretching of the heated preform having the tail so that at least a portion of the tail deviates from a longitudinal axis of the container to shape the tail into a hook-shape; thereby producing the container having the shaped tail , the shaped tail being hook-shaped. heating a preform having a tail ; injection blow molding the heated preform having the tail , wherein the injection blow molding comprises longitudinal stretching of the heated preform having the tail, wherein a blow mold utilized during the injection blow molding includes two halves that are closed about the heated preform having the tail ; and shaping the tail to form the shaped tail , wherein shaping the tail to form the shaped tail includes engaging the tail with a tail shaping means , characterized in that the tail shaping means is provided as a channel formed between the two halves of the blow mold that receives and directs the tail into the shaped tail during the longitudinal stretching of the heated preform having the tail , wherein the channel includes a curved surface against which the tail is contacted during the longitudinal stretching of the heated preform having the tail so that at least a portion of the tail deviates from a longitudinal axis of the container to shape the tail into a hook-shape; thereby producing the container having the shaped tail , the shaped tail being hook-shaped.
A high strength and high modulus glass fiber, comprising components with contents (weight percentages) as follows: SiO 2 56-64 Al 2 O 3 13-20 CaO 8-13 MgO 7-12 Li 2 O >0-0.8 TiO 2 >0-2.5 ZrO 2 >0-2.0 Na 2 O+K 2 O >0-1.0 Fe 2 O 3 0-0.60 F 2 0-0.60, wherein SO 3 is added to the high strength and high modulus glass fiber, and B 2 O 3 is not included in the high strength and high modulus glass fiber.
A combined heat and power unit, CHP, comprising a starter system for start up of the combined heat and power unit and a generator which is connectable to the grid , wherein the starter system comprises: a variable frequency drive, VFD , operable to receive power from the grid, to reduce the frequency of the power, and to provide the reduced-frequency power to the generator to start the generator; characterized in that the starter system further comprises a bypass relay configured to bypass the VFD, allowing direct connection between the grid and the generator after the generator has started, and wherein the variable frequency drive is configured to operate temporarily during start up of the combined heat and power unit; wherein the starter system comprises heat dissipation devices that would be insufficient for dissipation of heat from the VFD in continuous operation; wherein the VFD is operable to initially reduce the frequency of the power received from the grid to an initial value; and wherein the VFD is operable to subsequently increase the frequency of the power provided to the generator from the initial value up to the grid-frequency over a time period which is less than 20 seconds. a variable frequency drive, VFD , operable to receive power from the grid, to reduce the frequency of the power, and to provide the reduced-frequency power to the generator to start the generator; characterized in that the starter system further comprises a bypass relay configured to bypass the VFD, allowing direct connection between the grid and the generator after the generator has started, and wherein the variable frequency drive is configured to operate temporarily during start up of the combined heat and power unit; wherein the starter system comprises heat dissipation devices that would be insufficient for dissipation of heat from the VFD in continuous operation; wherein the VFD is operable to initially reduce the frequency of the power received from the grid to an initial value; and wherein the VFD is operable to subsequently increase the frequency of the power provided to the generator from the initial value up to the grid-frequency over a time period which is less than 20 seconds.
An ink cartridge for a CIJ type printer, such a cartridge including at least one volume delimited by a wall , an aperture of this wall, this aperture being hermetically sealed, a pigmented fluid ink and magnetic means movable with respect to the cartridge shell.
Container closure made of plastic, having - a spout with a jacket for fastening the closure to a container and for drinking out of the container , and having a lower rim , and a nozzle adjoining the jacket and surrounding a pouring opening , which spout has an internal thread formed on the inner face of the jacket for screwing onto the neck of the container and has a plurality of thread turns formed on the outer face of the jacket, - a closure cap which is connected to the spout and has on its inner side a sealing element for closing the pouring opening , - a tamper-proof ring , which is connected to the closure cap on the free rim of the closure cap by at least one predetermined breaking web , wherein the container closure also features - a hinge with which the closure cap is pivotable relative to the spout from a closed position into an open position and vice versa wherein the tamper-proof ring is connected to the closure cap on the free rim of the closure cap with the hinge , as well characterized in - that thread turns are formed as lower thread turns and upper thread turns lying above them and - that at least one first pin , which engages in one of the lower thread turns , is formed on the inner side of the tamper-proof ring . - a spout with a jacket for fastening the closure to a container and for drinking out of the container , and having a lower rim , and a nozzle adjoining the jacket and surrounding a pouring opening , which spout has an internal thread formed on the inner face of the jacket for screwing onto the neck of the container and has a plurality of thread turns formed on the outer face of the jacket, - a closure cap which is connected to the spout and has on its inner side a sealing element for closing the pouring opening , - a tamper-proof ring , which is connected to the closure cap on the free rim of the closure cap by at least one predetermined breaking web , wherein the container closure also features - a hinge with which the closure cap is pivotable relative to the spout from a closed position into an open position and vice versa wherein the tamper-proof ring is connected to the closure cap on the free rim of the closure cap with the hinge , as well - that thread turns are formed as lower thread turns and upper thread turns lying above them and - that at least one first pin , which engages in one of the lower thread turns , is formed on the inner side of the tamper-proof ring .
A method for controlling a voltage, the method being applied to a power supply network comprising a plurality of inverters connected in parallel, and the method comprising: acquiring a current output voltage of an inverter; calculating (S202) a current voltage error of the current output voltage relative to a given output voltage; inputting (S203) the current voltage error into a fuzzy controller to determine a target output voltage of the inverter; determining, (S204) by using a first PI controller, an amplitude adjustment command based on a difference between an amplitude of the target output voltage and an amplitude of the current output voltage; determining, (S205) by using a second PI controller, a phase adjustment command based on a difference between a phase of the target output voltage and a phase of the current output voltage; and adjusting (S206) an amplitude of an output voltage of the inverter according to the amplitude adjustment command, and adjusting a phase of the output voltage of the inverter according to the phase adjustment command, to maintain the output voltage of the inverter within a preset range. acquiring a current output voltage of an inverter; calculating (S202) a current voltage error of the current output voltage relative to a given output voltage; inputting (S203) the current voltage error into a fuzzy controller to determine a target output voltage of the inverter; determining, (S204) by using a first PI controller, an amplitude adjustment command based on a difference between an amplitude of the target output voltage and an amplitude of the current output voltage; determining, (S205) by using a second PI controller, a phase adjustment command based on a difference between a phase of the target output voltage and a phase of the current output voltage; and adjusting (S206) an amplitude of an output voltage of the inverter according to the amplitude adjustment command, and adjusting a phase of the output voltage of the inverter according to the phase adjustment command, to maintain the output voltage of the inverter within a preset range.
A method of forming a filter media pack with a filter media sheet , comprising: pressing at least one feature into the filter media sheet repeatedly with stamping dies , the stamping dies being in a non-roll form; and assembling multiple pressed sections into the filter media pack; wherein said assembling comprises gathering the multiple pressed sections by moving the pressed sections into overlaying relationship, further comprising creasing the filter media sheet at spaced intervals (66, 68; 278) to form a plurality of pleat tips , the filter media sheet being a continuous sheet extending through the pleat tips that is gathered subsequent to said creasing to form a pleated filter media pack, and further comprising conducting the creasing by said stamping dies, the stamping dies comprising mating female and male embossment features (36, 102, 104; 36, 132, 134) that form embossments and a crease feature comprising a male score extension interacting with a female score extension and forming the creasing. pressing at least one feature into the filter media sheet repeatedly with stamping dies , the stamping dies being in a non-roll form; and assembling multiple pressed sections into the filter media pack; wherein said assembling comprises gathering the multiple pressed sections by moving the pressed sections into overlaying relationship, further comprising creasing the filter media sheet at spaced intervals (66, 68; 278) to form a plurality of pleat tips , the filter media sheet being a continuous sheet extending through the pleat tips that is gathered subsequent to said creasing to form a pleated filter media pack, and further comprising conducting the creasing by said stamping dies, the stamping dies comprising mating female and male embossment features (36, 102, 104; 36, 132, 134) that form embossments and a crease feature comprising a male score extension interacting with a female score extension and forming the creasing.