mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-layered display device comprising: a first display layer in a first plane for displaying a first image, wherein the first display layer is a first liquid crystal display; a second display layer in a second plane for displaying a second image, wherein the second display layer is a second liquid crystal display, wherein said first and second planes are approximately parallel to each other; a refractive element located on a top surface of the first display layer or between the first and second display layers; and an index matching material between the first and second displays, the index matching material having a first refraction index that is higher than a refractive index of air and is from about 1.40 to 1.65, characterized in that the index matching material is wider and higher than the first liquid crystal display and the second liquid crystal display. a first display layer in a first plane for displaying a first image, wherein the first display layer is a first liquid crystal display; a second display layer in a second plane for displaying a second image, wherein the second display layer is a second liquid crystal display, wherein said first and second planes are approximately parallel to each other; a refractive element located on a top surface of the first display layer or between the first and second display layers; and an index matching material between the first and second displays, the index matching material having a first refraction index that is higher than a refractive index of air and is from about 1.40 to 1.65, characterized in that the index matching material is wider and higher than the first liquid crystal display and the second liquid crystal display.
A paper shredder comprising: a housing ; cutters positioned in the housing ; and a feeder base coupled to the housing and adapted to support a stack of paper , the feeder base including a feeder slot through which paper passes for shredding in the cutters , wherein the paper shredder further comprises a feeder assembly positioned above the feeder base , the feeder assembly including a feeder door that covers substantially the entire feeder base and is pivoted about an axis at one end of the feeder door , and a pressure plate mounted adjacent a bottom surface of the feeder door and movable relative to the feeder door , wherein the pressure plate includes a front plate and a rear plate that are completely separate or that are hinged together to allow some degree of independent movement, and wherein the feeder base further includes an aperture providing communication between a top surface of the feeder base and a waste area below the feeder base , and wherein the pressure plate does not overlap with the aperture . a housing ; cutters positioned in the housing ; and a feeder base coupled to the housing and adapted to support a stack of paper , the feeder base including a feeder slot through which paper passes for shredding in the cutters , wherein the paper shredder further comprises a feeder assembly positioned above the feeder base , the feeder assembly including a feeder door that covers substantially the entire feeder base and is pivoted about an axis at one end of the feeder door , and a pressure plate mounted adjacent a bottom surface of the feeder door and movable relative to the feeder door , wherein the pressure plate includes a front plate and a rear plate that are completely separate or that are hinged together to allow some degree of independent movement, and wherein the feeder base further includes an aperture providing communication between a top surface of the feeder base and a waste area below the feeder base , and wherein the pressure plate does not overlap with the aperture .
A baggage labeling system comprising: a baggage labeling module comprising: a housing ; a workstation interface ; a controller communicatively coupled to the workstation interface; a baggage sensor communicatively coupled to the controller; a conveyor system communicatively coupled to the controller and configured to move a baggage item comprising: a conveyor belt ; and a conveyor actuating motor; an optical scanner communicatively coupled to the controller, wherein the optical scanner is configured to scan at least one surface of the baggage item; a printing assembly communicatively coupled to the controller comprising: a printer head configured to print a label directly onto the baggage item; a positioning arm mechanically coupled to the printer head; and a positioning arm motor mechanically coupled to the positioning arm, wherein the positioning arm is configured to at least one of: rotate the positioning arm relative to at least one plane; or; translate the positioning arm relative to first axis. a housing ; a workstation interface ; a controller communicatively coupled to the workstation interface; a baggage sensor communicatively coupled to the controller; a conveyor system communicatively coupled to the controller and configured to move a baggage item comprising: a conveyor belt ; and a conveyor actuating motor; a conveyor belt ; and a conveyor actuating motor; an optical scanner communicatively coupled to the controller, wherein the optical scanner is configured to scan at least one surface of the baggage item; a printing assembly communicatively coupled to the controller comprising: a printer head configured to print a label directly onto the baggage item; a positioning arm mechanically coupled to the printer head; and a positioning arm motor mechanically coupled to the positioning arm, wherein the positioning arm is configured to at least one of: rotate the positioning arm relative to at least one plane; or; translate the positioning arm relative to first axis. a printer head configured to print a label directly onto the baggage item; a positioning arm mechanically coupled to the printer head; and a positioning arm motor mechanically coupled to the positioning arm, wherein the positioning arm is configured to at least one of: rotate the positioning arm relative to at least one plane; or; translate the positioning arm relative to first axis. rotate the positioning arm relative to at least one plane; or; translate the positioning arm relative to first axis.
A composition for refrigerator comprising a mixed refrigerant, and a refrigerator oil containing a base oil (P), the mixed refrigerant containing a saturated fluorinated hydrocarbon compound (HFC) and an unsaturated fluorinated hydrocarbon compound (HFO), the saturated fluorinated hydrocarbon compound (HFC) containing at least difluoromethane (R32) and 1,1,1,2,2-pentafluoroethane (R125), the mixed refrigerant having a content of any one of difluoromethane (R32) and 1,1,1,2,2-pentafluoroethane (R125) of more than 0% by mass and 20% by mass or less based on the total amount of the mixed refrigerant, and a content of the other thereof of 50% by mass or more based on the total amount of the mixed refrigerant, and the base oil (P) containing one or more kind selected from the group consisting of a polyvinyl ether (PVE), a polyalkylene glycol (PAG), and a polyol ester (POE), and the base oil (P) having a hydroxy number of 15 mgKOH/g or less, wherein the total content of the mixed refrigerant and the refrigerator oil is 100% by mass, and wherein the mixed refrigerant has a content of 1,1,1,2-tetrafluoroethane (R134a) of 0% by mass. the mixed refrigerant containing a saturated fluorinated hydrocarbon compound (HFC) and an unsaturated fluorinated hydrocarbon compound (HFO), the saturated fluorinated hydrocarbon compound (HFC) containing at least difluoromethane (R32) and 1,1,1,2,2-pentafluoroethane (R125), the mixed refrigerant having a content of any one of difluoromethane (R32) and 1,1,1,2,2-pentafluoroethane (R125) of more than 0% by mass and 20% by mass or less based on the total amount of the mixed refrigerant, and a content of the other thereof of 50% by mass or more based on the total amount of the mixed refrigerant, and the base oil (P) containing one or more kind selected from the group consisting of a polyvinyl ether (PVE), a polyalkylene glycol (PAG), and a polyol ester (POE), and the base oil (P) having a hydroxy number of 15 mgKOH/g or less, wherein the total content of the mixed refrigerant and the refrigerator oil is 100% by mass, and wherein the mixed refrigerant has a content of 1,1,1,2-tetrafluoroethane (R134a) of 0% by mass.
Hydraulic supply circuit for a cylinder , the circuit comprising a distributor with a slide that can move between first and second extreme positions on either side of a stable central position in order to: - in the central position, connect first and second chambers of the cylinder to a return port of the distributor; - in the first extreme position , connect the first chamber to a supply port of the distributor and the second chamber to the return port; - in the second extreme position , connect the second chamber to the supply port, the first chamber being connected either to the supply port or to the return port; the hydraulic circuit comprising pressure maintenance means for maintaining the pressure in the first chamber of the cylinder when the slide passes through the central position when being moved from the first extreme position towards the second extreme position, the pressure maintenance means comprising a valve arranged on a line provided for connecting the distributor to the first chamber , characterised in that the valve comprises a slide that can move between a closed position and an open position, to which the slide is returned by a spring , the valve comprising two control chambers, namely one closing chamber designed to be connected to the first chamber of the cylinder and one opening chamber designed to be connected to the second chamber of the cylinder . - in the central position, connect first and second chambers of the cylinder to a return port of the distributor; - in the first extreme position , connect the first chamber to a supply port of the distributor and the second chamber to the return port; - in the second extreme position , connect the second chamber to the supply port, the first chamber being connected either to the supply port or to the return port;
A glycosylated polypeptide selected from the group of polypeptides consisting of SEQ ID NOs: 2-50 and polypeptides having at least 75% sequence identity to the full length sequence of SEQ ID Nos: 2-50, wherein the glycosylated polypeptide comprises an O-linked glycosylation in at least one position.
A fan unit connectable to a predetermined unit through a duct, the fan unit comprising: a fan with a variable rotation speed; a casing that has an intake port and a blow-out port and houses the fan; a first acquisition unit that acquires front-rear differential pressure (ΔPx) that is a difference in air pressure between the intake port and the blow-out port of the casing ; a second acquisition unit that acquires a volume of air (Qx) or a wind speed (Vx) of the fan ; and a control unit ; is characterized in that the control unit is configured to store in advance a first relational expression that derives an allowable upper limit value of the front-rear differential pressure with respect to the volume of air of the fan , and the control unit is further configured to determine whether or not surging by the fan occurs by comparing the allowable upper limit value of the front-rear differential pressure calculated on the basis of the volume of air (Qx) acquired by the second acquisition unit and the first relational expression with the front-rear differential pressure (ΔPx) acquired by the first acquisition unit. a fan with a variable rotation speed; a casing that has an intake port and a blow-out port and houses the fan; a first acquisition unit that acquires front-rear differential pressure (ΔPx) that is a difference in air pressure between the intake port and the blow-out port of the casing ; a second acquisition unit that acquires a volume of air (Qx) or a wind speed (Vx) of the fan ; and a control unit ; is characterized in that the control unit is configured to store in advance a first relational expression that derives an allowable upper limit value of the front-rear differential pressure with respect to the volume of air of the fan , and the control unit is further configured to determine whether or not surging by the fan occurs by comparing the allowable upper limit value of the front-rear differential pressure calculated on the basis of the volume of air (Qx) acquired by the second acquisition unit and the first relational expression with the front-rear differential pressure (ΔPx) acquired by the first acquisition unit.
An antigen-specific immunotherapeutic composition for use in inducing antigen-specific tolerance, wherein repeated administration of the composition to a subject does not induce immunosuppression, wherein the composition comprises polymeric synthetic nanocarriers coupled to an mTOR inhibitor, wherein the mTOR inhibitor is rapamycin or a rapamycin analog, and wherein: (a) the composition further comprises an exogenous antigen; or (b) the composition is administered concomitantly with an exogenous antigen in the same composition or in separate compositions; or (c) the composition does not comprise an exogenous antigen and is administered: (i) prior to administration of an exogenous antigen; and/or (ii) after administration of an exogenous antigen; wherein the antigen is a therapeutic protein, or an antigenic fragment thereof, that is not coupled to the mTOR inhibitor. (a) the composition further comprises an exogenous antigen; or (b) the composition is administered concomitantly with an exogenous antigen in the same composition or in separate compositions; or (c) the composition does not comprise an exogenous antigen and is administered: (i) prior to administration of an exogenous antigen; and/or (ii) after administration of an exogenous antigen;
Support grid for filling material packing, comprising support strips and comprising top strips which are inclined relative to one another in opposite directions, wherein support strips and top strips intersect one another, the inclination of each top strip is defined by at least one top strip receiving groove , which is made in at least one support strip and in which the top strip is received, and the orientation of each support strip is stabilised by at least one support strip receiving groove , in which the support strip is received. support strips and top strips intersect one another, the inclination of each top strip is defined by at least one top strip receiving groove , which is made in at least one support strip and in which the top strip is received, and the orientation of each support strip is stabilised by at least one support strip receiving groove , in which the support strip is received.
Method for producing spacers for a winding unit of an electrical high-voltage device, wherein - at least two starting components (A, B) are mixed together in a mixing chamber under a vacuum to form a component mixture, - the component mixture is transferred to an extrusion housing of an extruder, which is likewise under a vacuum, in which a transport means is arranged and which is equipped with a mouthpiece which delimits an outlet opening , and - extrudate exiting the mouthpiece is cured by the application of heat in a vacuum, in order to obtain the spacers . - at least two starting components (A, B) are mixed together in a mixing chamber under a vacuum to form a component mixture, - the component mixture is transferred to an extrusion housing of an extruder, which is likewise under a vacuum, in which a transport means is arranged and which is equipped with a mouthpiece which delimits an outlet opening , and - extrudate exiting the mouthpiece is cured by the application of heat in a vacuum, in order to obtain the spacers .
A method of forming a material in a superplastic forming tool, characterised in that the method comprises: applying pressurized gas at a baseline pressure to a surface of the material when the material is received within a cavity of a forming tool; and generating pressure fluctuations relative to the baseline pressure within the cavity using a supersonic fluidic oscillator, each pressure fluctuation (i) deforming the material and (ii) subsequently allowing for a partial stress relief of the material during the forming process. applying pressurized gas at a baseline pressure to a surface of the material when the material is received within a cavity of a forming tool; and generating pressure fluctuations relative to the baseline pressure within the cavity using a supersonic fluidic oscillator, each pressure fluctuation (i) deforming the material and (ii) subsequently allowing for a partial stress relief of the material during the forming process.
Method for setting a gear in a gear mechanism of a power tool , in particular a power core drill, wherein the power tool includes an electric motor for generating and transmitting a torque to the gear mechanism and a control unit for setting the speed of the electric motor , and the gear mechanism includes an operating device for selecting a gear in the gear mechanism , a gearshift fork for engaging a gear in the gear mechanism and an actuator for converting a signal into a mechanical movement of the gearshift fork , wherein the operating device includes at least one signal transmitter and at least one sensor for receiving at least one signal from the at least one signal transmitter , comprising the method steps of - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism ; - detecting a signal by the at least one sensor in accordance with the second position of the operating device ; - sending a signal to the control unit ; characterized by the method steps of - setting the speed of the electric motor from a first value to a second value by the control unit ; - positioning the operating device from the second position into a third position; - detecting a signal by the at least one sensor in accordance with the third position of the operating device ; - sending a signal to the actuator ; and - setting the gearshift fork , by means of the actuator , from a first position into a second position for changing from a first gear to a second gear. comprising the method steps of - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism ; - detecting a signal by the at least one sensor in accordance with the second position of the operating device ; - sending a signal to the control unit ; - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism ; - detecting a signal by the at least one sensor in accordance with the second position of the operating device ; - sending a signal to the control unit ; characterized by the method steps of - setting the speed of the electric motor from a first value to a second value by the control unit ; - positioning the operating device from the second position into a third position; - detecting a signal by the at least one sensor in accordance with the third position of the operating device ; - sending a signal to the actuator ; and - setting the gearshift fork , by means of the actuator , from a first position into a second position for changing from a first gear to a second gear. - setting the speed of the electric motor from a first value to a second value by the control unit ; - positioning the operating device from the second position into a third position; - detecting a signal by the at least one sensor in accordance with the third position of the operating device ; - sending a signal to the actuator ; and - setting the gearshift fork , by means of the actuator , from a first position into a second position for changing from a first gear to a second gear.
A vehicle occupant information acquisition device comprising: a driving control unit configured to switch between autonomous driving mode and manual driving mode of a vehicle; an acquisition unit configured to acquire, from two or more vehicle occupants intended to ride on the vehicle, a plurality of information relating to driving suitability of each of the vehicle occupants; and an alert unit configured to, in a case in which the driving control unit is switching from autonomous driving mode to manual driving mode, alert one vehicle occupant among the riding vehicle occupants who is suitable to drive on the basis of acquisition results of the acquisition unit, characterized in that the alert unit is configured to select and alert the one vehicle occupant who is suitable to drive by calculating an evaluation value for each of the vehicle occupants by adding respective weightings based on the plurality of information acquired by the acquisition unit and evaluating each of the vehicle occupants based on the calculated evaluation value. a driving control unit configured to switch between autonomous driving mode and manual driving mode of a vehicle; an acquisition unit configured to acquire, from two or more vehicle occupants intended to ride on the vehicle, a plurality of information relating to driving suitability of each of the vehicle occupants; and an alert unit configured to, in a case in which the driving control unit is switching from autonomous driving mode to manual driving mode, alert one vehicle occupant among the riding vehicle occupants who is suitable to drive on the basis of acquisition results of the acquisition unit, characterized in that the alert unit is configured to select and alert the one vehicle occupant who is suitable to drive by calculating an evaluation value for each of the vehicle occupants by adding respective weightings based on the plurality of information acquired by the acquisition unit and evaluating each of the vehicle occupants based on the calculated evaluation value.