mhurhangee/ep-ind-claims huggingface dataset:
Arrangement of a dust filter bag comprising a holding plate and a dust bag fastened to the holding plate in a vacuum cleaner, in particular in an electric-motor-operated vacuum cleaner, optionally also in a vacuum cleaner in the form of an automatically movable floor cleaning device, the holding plate having a preferably closable entry opening for dust-laden air flowing in an entry direction (a) that is substantially perpendicular to an opening surface of the entry opening, the vacuum cleaner also having a filter chamber for receiving the dust filter bag and a suction/blower nozzle to which an inserted dust filter bag is connected, the filter chamber furthermore being provided with a pivotable closure cover for removing and inserting the dust filter bag, which closure cover has a registration projection, it only being possible to close the closure cover if the registration projection interacts with an inserted dust filter bag, characterised in that, when the closure cover is in the closed position, the registration projection is retracted into an engagement space of the holding plate, which engagement space has a U-shaped cross section and is open in the direction of the registration projection.
An image processing apparatus (100, 104) that generates ejection data for ink ejection by using a print head, the print head having a first nozzle array in which nozzles for ejecting a predetermined color of inks are arranged in a predetermined direction and a second nozzle array (L1, L2) in which nozzles for ejecting the predetermined color of inks are arranged in the predetermined direction, the first nozzle array and the second nozzle array being arranged in an intersection direction intersecting the predetermined direction, the ink ejection being performed by that the print head ejects the predetermined color of inks to a print medium in order of the second nozzle array and the first nozzle array while relatively moving the print medium with respect to the print head in the intersection direction, the image processing apparatus comprising: a generating unit configured to generate the ejection data so that, in a case where image data is input in which the pixels corresponding to the first nozzles in the first nozzle array and the pixels corresponding to the second nozzles in the second nozzle array have the same value, the image processing apparatus being characterized in that a continuous number of pixels corresponding to the first nozzles becomes larger than the continuous number of pixels corresponding to the second nozzles, the continuous number being a number of continuous pixels where non-ink ejection are set in the intersection direction.
A system for cooling a medical ablation device, the system comprising: a fluid reservoir configured to hold a cooling fluid; a tubing system connected to and in fluid communication with the fluid reservoir; a pump connected to the tubing system and configured to induce the cooling fluid to flow from the reservoir through the tubing system; the medical ablation device connected to the tubing system configured to allow the cooling fluid to flow through the medical ablation device and draw heat therefrom, wherein the tubing system is connected to the fluid reservoir such that the fluid is returned to the fluid reservoir and reused; a fluid flow indicator (309, 309b) configured to provide indicia of the flow of cooling fluid through the system; and a drip container connected to and in fluid communication with an outflow port of the reservoir and the tubing system, wherein the drip container includes the fluid flow indicator. a fluid reservoir configured to hold a cooling fluid; a tubing system connected to and in fluid communication with the fluid reservoir; a pump connected to the tubing system and configured to induce the cooling fluid to flow from the reservoir through the tubing system; the medical ablation device connected to the tubing system configured to allow the cooling fluid to flow through the medical ablation device and draw heat therefrom, wherein the tubing system is connected to the fluid reservoir such that the fluid is returned to the fluid reservoir and reused; a fluid flow indicator (309, 309b) configured to provide indicia of the flow of cooling fluid through the system; and a drip container connected to and in fluid communication with an outflow port of the reservoir and the tubing system, wherein the drip container includes the fluid flow indicator.
An isolated or purified T cell receptor having antigenic specificity for the mutated Kirsten rat sarcoma viral oncogene homolog (KRAS) amino acid sequence of GADGVGKSA (SEQ ID NO: 18) presented in the context of a human leukocyte antigen -Cw8 molecule, wherein the TCR comprises: an α chain complementarity determining region 1 comprising the amino acid sequence of SEQ ID NO: 3, an α chain CDR2 comprising the amino acid sequence of SEQ ID NO: 4, and an α chain CDR3 comprising the amino acid sequence of SEQ ID NO: 5; a β chain CDR1 comprising the amino acid sequence of SEQ ID NO: 6, a β chain CDR2 comprising the amino acid sequence of SEQ ID NO: 7, and a β chain CDR3 comprising the amino acid sequence of SEQ ID NO: 8; or both and. an α chain complementarity determining region 1 comprising the amino acid sequence of SEQ ID NO: 3, an α chain CDR2 comprising the amino acid sequence of SEQ ID NO: 4, and an α chain CDR3 comprising the amino acid sequence of SEQ ID NO: 5; a β chain CDR1 comprising the amino acid sequence of SEQ ID NO: 6, a β chain CDR2 comprising the amino acid sequence of SEQ ID NO: 7, and a β chain CDR3 comprising the amino acid sequence of SEQ ID NO: 8; or both and.
A blood flow simulation method for a subject-specific three-dimensional blood vessel model using a computer system, comprising: (a) receiving the subject-specific three-dimensional blood vessel model; (b) generating a CFD model, analysis model, for blood flow analysis by applying a blood flow equation to the subject-specific three-dimensional blood vessel model; (c) setting an initial condition at grid points of the analysis model and a boundary condition at an inlet and an outlet in the CFD model; (d) generating an LPM model, lumped parameter model, including artery parameters and microvascular bed parameters to provide an outlet boundary condition of the CFD model; and (e) performing a blood flow simulation for the CFD model by coupling the CFD model and the LPM model, characterized in that the act of (e) performing the blood flow simulation for the CFD model by coupling the CFD model and the LPM model includes: (f) performing a blood flow simulation for the CFD model under the initial condition and the boundary condition; (g) calculating a blood flow rate Qi and a total outflow blood flow rate Qtot_cfd for each outlet of the CFD model by the blood flow simulation; (h) updating the microvascular bed parameters of the LPM model by using the blood flow rate for each outlet and the total outflow blood flow rate of the CFD model; (i) updating the boundary condition of the outlet of each branch of the CFD model by using the updated LPM model; and (j) repeatedly performing the acts of (f) to (i) until a convergence condition of the blood flow simulation for the CFD model is satisfied. (a) receiving the subject-specific three-dimensional blood vessel model; (b) generating a CFD model, analysis model, for blood flow analysis by applying a blood flow equation to the subject-specific three-dimensional blood vessel model; (c) setting an initial condition at grid points of the analysis model and a boundary condition at an inlet and an outlet in the CFD model; (d) generating an LPM model, lumped parameter model, including artery parameters and microvascular bed parameters to provide an outlet boundary condition of the CFD model; and (e) performing a blood flow simulation for the CFD model by coupling the CFD model and the LPM model, characterized in that the act of (e) performing the blood flow simulation for the CFD model by coupling the CFD model and the LPM model includes: (f) performing a blood flow simulation for the CFD model under the initial condition and the boundary condition; (g) calculating a blood flow rate Qi and a total outflow blood flow rate Qtot_cfd for each outlet of the CFD model by the blood flow simulation; (h) updating the microvascular bed parameters of the LPM model by using the blood flow rate for each outlet and the total outflow blood flow rate of the CFD model; (i) updating the boundary condition of the outlet of each branch of the CFD model by using the updated LPM model; and (j) repeatedly performing the acts of (f) to (i) until a convergence condition of the blood flow simulation for the CFD model is satisfied.
A wireless data card connected to a computer, comprising: a detecting module, adapted to send a notification message after detecting a Domain Name System resolution request sent by the computer and detecting that no user account information exists in the wireless data card; and an executing module, adapted to: receive the notification message sent by the detecting module, send prompt information to the computer so as to prompt a user to input the user account information, wherein the executing module is further adapted to write the input user account information into the wireless data card, an address allocating module, adapted to allocate a private Internet Protocol, IP, address to the computer; an address translating module, configured to translate addresses between said private IP address and a public IP address of the computer; a Transport Control Protocol, TCP, module, configured to enable the wireless data card to have the routing function so as to enable the computer to access the Internet; and a storing unit, configured to store the user account information input by the user and preset default account information, wherein the default account information is used for logging in to a server of an operator of the wireless data card, so as to obtain the user account information, wherein the user account information is used by the computer to access the Internet through the wireless data card without installing drivers of the wireless data card in the computer. a detecting module, adapted to send a notification message after detecting a Domain Name System resolution request sent by the computer and detecting that no user account information exists in the wireless data card; and an executing module, adapted to: receive the notification message sent by the detecting module, send prompt information to the computer so as to prompt a user to input the user account information, wherein the executing module is further adapted to write the input user account information into the wireless data card, an address allocating module, adapted to allocate a private Internet Protocol, IP, address to the computer; an address translating module, configured to translate addresses between said private IP address and a public IP address of the computer; a Transport Control Protocol, TCP, module, configured to enable the wireless data card to have the routing function so as to enable the computer to access the Internet; and a storing unit, configured to store the user account information input by the user and preset default account information, wherein the default account information is used for logging in to a server of an operator of the wireless data card, so as to obtain the user account information, wherein the user account information is used by the computer to access the Internet through the wireless data card without installing drivers of the wireless data card in the computer.
A pump toothbrush comprising; i. a pump head, said pump head including: a. a pumping chamber having an opening attached with an elastic pump actuator, b. a dispensing platform extending from said pumping chamber, said dispensing platform having a flow channel with an outlet opening attached with a slit spout, c. a check valve mounted on a valve seat in flow communication with said actuator, ii. a toothpaste tube containing a dentifrice material, said toothpaste tube having an outlet opening, iii. a bristle head having a base attached with bristles, said base having an opening for inserting with said slit spout to receive the dentifrice material dispensed from said pump head, characterised in that said pump toothbrush comprises a handle attached to said pump head, said handle having sidewalls and width retainers (63, 65), and in that said toothpaste tube has a hollow neck with external threads, a shoulder, collapsible sidewall with a sealed bottom end, and said toothpaste tube being enclosed by said sidewalls and supported by said width retainers (63, 65) to prevent total collapse of the toothpaste tube sidewall. i. a pump head, said pump head including: a. a pumping chamber having an opening attached with an elastic pump actuator, b. a dispensing platform extending from said pumping chamber, said dispensing platform having a flow channel with an outlet opening attached with a slit spout, c. a check valve mounted on a valve seat in flow communication with said actuator, a. a pumping chamber having an opening attached with an elastic pump actuator, b. a dispensing platform extending from said pumping chamber, said dispensing platform having a flow channel with an outlet opening attached with a slit spout, c. a check valve mounted on a valve seat in flow communication with said actuator, ii. a toothpaste tube containing a dentifrice material, said toothpaste tube having an outlet opening, iii. a bristle head having a base attached with bristles, said base having an opening for inserting with said slit spout to receive the dentifrice material dispensed from said pump head,
An intra-oral scanner, comprising: a body; a tip attached to the body; a light engine module; and a projection module, the projection module comprising a light modulator, and first and second prism elements, the first prism element being a right angle- shaped prism having a TIR surface, and the second prism element being a wedge-shaped prism positioned adjacent the TIR surface, the first prism element configured to receive light generated by the light engine module, and to reflect the received light off the light modulator; wherein light that exits a surface of the light modulator at an angle greater than normal is transmitted through the first and second prism elements out of the TIR prism, and light that exits the surface of the light modulator at an angle less than normal is reflected by the first element and not transmitted through the second element. a body; a tip attached to the body; a light engine module; and a projection module, the projection module comprising a light modulator, and first and second prism elements, the first prism element being a right angle- shaped prism having a TIR surface, and the second prism element being a wedge-shaped prism positioned adjacent the TIR surface, the first prism element configured to receive light generated by the light engine module, and to reflect the received light off the light modulator; wherein light that exits a surface of the light modulator at an angle greater than normal is transmitted through the first and second prism elements out of the TIR prism, and light that exits the surface of the light modulator at an angle less than normal is reflected by the first element and not transmitted through the second element.
A roller carriage for receiving a sliding door, having a roller module for displaceably attaching to a roller running track and having a main body for fastening to the sliding door, wherein the roller carriage has a lift-off protection device for protecting against the roller module being removed from the displaceable attachment to the roller running track, wherein the lift-off protection device has a lift-off protection means movably mounted between a protection position and a release position as well as a locking device for locking the lift-off protection means in a form-fitting manner at least in the protection position, wherein the locking device has at least one locking means, for engaging into a locking receptacle in a form-fitting manner at least in sections which correlates to the protection position of the lift-off protection means and for engaging into another locking receptacle in a form-fitting manner at least in sections which correlates to the release position of the lift-off protection means, wherein the locking device has at least one second spring element, which applies a spring force to the locking means in the direction of the locking positions, wherein there is a fixed connection between the locking means and the lift-off protection means, characterized in that through this fixed connection, an axial movement of the lift-off protection means entrains the locking means into a non-locking position and a rotational movement of the lift-off protection means into the protection position and a linear backwards movement of the lift-off protection means entrains the locking means into a locking position for the protection position. wherein the lift-off protection device has a lift-off protection means movably mounted between a protection position and a release position as well as a locking device for locking the lift-off protection means in a form-fitting manner at least in the protection position, wherein the locking device has at least one locking means, for engaging into a locking receptacle in a form-fitting manner at least in sections which correlates to the protection position of the lift-off protection means and for engaging into another locking receptacle in a form-fitting manner at least in sections which correlates to the release position of the lift-off protection means, wherein the locking device has at least one second spring element, which applies a spring force to the locking means in the direction of the locking positions, wherein there is a fixed connection between the locking means and the lift-off protection means, characterized in that through this fixed connection, an axial movement of the lift-off protection means entrains the locking means into a non-locking position and a rotational movement of the lift-off protection means into the protection position and a linear backwards movement of the lift-off protection means entrains the locking means into a locking position for the protection position.
An egg processing system having an incoming conveyor system configured to transport a plurality of eggs for processing, the egg processing system characterized by: an outgoing conveyor system configured to transport the eggs post-processing, the outgoing conveyor system being separate from the incoming conveyor system; an egg cradle table having an array of cradles configured to receive eggs for processing, the egg cradle table being disposed between the incoming and outgoing conveyor systems (102, 104); a first lifting head configured to remove eggs from the incoming conveyor system and to place the eggs within the array of cradles; a second lifting head configured to remove eggs from the array of cradles and to place the eggs on the outgoing conveyor system; and wherein the egg cradle table is movable relative to the first and second lifting heads (134, 132). an outgoing conveyor system configured to transport the eggs post-processing, the outgoing conveyor system being separate from the incoming conveyor system; an egg cradle table having an array of cradles configured to receive eggs for processing, the egg cradle table being disposed between the incoming and outgoing conveyor systems (102, 104); a first lifting head configured to remove eggs from the incoming conveyor system and to place the eggs within the array of cradles; a second lifting head configured to remove eggs from the array of cradles and to place the eggs on the outgoing conveyor system; and wherein the egg cradle table is movable relative to the first and second lifting heads (134, 132).
A composition comprising stable fibrinogen in liquid form, characterised in that it has a coagulable fibrinogen / antigen fibrinogen ratio which is greater than 0.5; preferably greater than 0.6; greater than 0.7; greater than 0.8; greater than 0.9; even more preferably approximately equal to 1.0, and in that said composition is devoid of proteases and fibrinolysis activators.
A crosslinkable polymeric composition, comprising: (a) a thermoplastic, non-elastomer ethylene-based polymer; (b) an organic peroxide; and (c) a crosslinking coagent comprising N,N,N',N',N",N"-hexaallyl-1,3,5-triazine-2,4,6-triamine, wherein the crosslinkable polymeric composition comprises the ethylene-based polymer in an amount ranging from 80 to 99 wt%, based on the entire crosslinkable polymeric composition weight; and wherein the ethylene-based polymer has no halide-containing monomers. (a) a thermoplastic, non-elastomer ethylene-based polymer; (b) an organic peroxide; and (c) a crosslinking coagent comprising N,N,N',N',N",N"-hexaallyl-1,3,5-triazine-2,4,6-triamine, wherein the crosslinkable polymeric composition comprises the ethylene-based polymer in an amount ranging from 80 to 99 wt%, based on the entire crosslinkable polymeric composition weight; and wherein the ethylene-based polymer has no halide-containing monomers.
Use of melibiose or a salt thereof as a cosmetic skin-whitening agent which reduces melanin content in skin of a subject desirous of a lightened skin tone.
An ambient condition detector 10 comprising: at least one sensor 28a; a plurality of substantially identical batteries 16; a plurality of voltage measurement circuits 18b; a plurality of battery switch management circuits 18a; wherein the plurality of voltage measurement circuits are coupled to the battery switch management circuits to provide electrical energy intermittently from the members of the plurality of batteries and where the batteries are switched such that all of the batteries are used to provide energy to control circuits on an intermittent basis, during a sequence of predetermined time intervals wherein during a predetermined time interval of the sequence a selected one battery of the plurality of batteries is used 100% of the time and the others are not used at all; and wherein the one battery is tested to determine when the battery has reached the end of its useful life, and in response thereto, an indicator is generated to provide an indicium of remaining life of all other members of the plurality. at least one sensor 28a; a plurality of substantially identical batteries 16; a plurality of voltage measurement circuits 18b; a plurality of battery switch management circuits 18a; wherein the plurality of voltage measurement circuits are coupled to the battery switch management circuits to provide electrical energy intermittently from the members of the plurality of batteries and where the batteries are switched such that all of the batteries are used to provide energy to control circuits on an intermittent basis, during a sequence of predetermined time intervals wherein during a predetermined time interval of the sequence a selected one battery of the plurality of batteries is used 100% of the time and the others are not used at all; and