mhurhangee/patent-ind-claim-en huggingface dataset:
An inventory management system using an automated guided vehicle, the inventory management system comprising: a plurality of shelf cases ; a scanning unit adapted to recognize information about articles placed in the plurality of shelf cases ; guide lines deployed along the plurality of shelf cases , wherein the plurality of shelf cases are spaced apart from each other; a vehicle adapted to support the scanning unit , to recognize the guide lines , and to move along the guide lines ; and a control unit adapted to control the vehicle so that the vehicle moves along the guide lines , wherein the scanning unit comprises antennas vertically disposed at locations corresponding to heights of the plurality of shelf cases , characterized in that : the control unit is adapted to receive location information of shelf cells of the shelf case and path information of the vehicle , wherein the location information of shelf cells and the path information of the vehicle are stored in an identifier of the guide lines, to control a moving direction of the vehicle , and to control the scanning unit to selectively turn on and off the antennas so that only the antenna corresponding to one of the shelf cells is operated and remaining other antennas are not operated, using the location information of the shelf cell .; a plurality of shelf cases ; a scanning unit adapted to recognize information about articles placed in the plurality of shelf cases ; guide lines deployed along the plurality of shelf cases , wherein the plurality of shelf cases are spaced apart from each other; a vehicle adapted to support the scanning unit , to recognize the guide lines , and to move along the guide lines ; and a control unit adapted to control the vehicle so that the vehicle moves along the guide lines , wherein the scanning unit comprises antennas vertically disposed at locations corresponding to heights of the plurality of shelf cases , characterized in that : the control unit is adapted to receive location information of shelf cells of the shelf case and path information of the vehicle , wherein the location information of shelf cells and the path information of the vehicle are stored in an identifier of the guide lines, to control a moving direction of the vehicle , and to control the scanning unit to selectively turn on and off the antennas so that only the antenna corresponding to one of the shelf cells is operated and remaining other antennas are not operated, using the location information of the shelf cell .; the control unit is adapted to receive location information of shelf cells of the shelf case and path information of the vehicle , wherein the location information of shelf cells and the path information of the vehicle are stored in an identifier of the guide lines, to control a moving direction of the vehicle , and to control the scanning unit to selectively turn on and off the antennas so that only the antenna corresponding to one of the shelf cells is operated and remaining other antennas are not operated, using the location information of the shelf cell .;
An anti-reflow device to prevent failure of a swinging fan flap in a socket , wherein the anti-reflow device comprises: a plate having a proximal end and a distal end ; and an attachment feature disposed at the proximal end of the plate, the attachment feature being configured to attach the proximal end of the plate to a wall of the socket to allow the distal end of the plate to move relative to the wall ; characterized by an embossed feature extending from the plate between the proximal end and the distal end , the embossed feature being configured to extend through a forward aperture on the wall of the socket to contact a fan module inserted in the socket ; and a stopping feature extending from the distal end of the plate, the stopping feature being configured to extend through a rear aperture on the wall of the socket to contact the swinging fan flap . a plate having a proximal end and a distal end ; and an attachment feature disposed at the proximal end of the plate, the attachment feature being configured to attach the proximal end of the plate to a wall of the socket to allow the distal end of the plate to move relative to the wall ; characterized by an embossed feature extending from the plate between the proximal end and the distal end , the embossed feature being configured to extend through a forward aperture on the wall of the socket to contact a fan module inserted in the socket ; and a stopping feature extending from the distal end of the plate, the stopping feature being configured to extend through a rear aperture on the wall of the socket to contact the swinging fan flap .
A resin composition comprising a polyamide resin, and a light transmitting dye, characterized in that the resin composition further comprises a maleic anhydride-modified polyphenylene ether-based resin, a phosphazene-based flame retardant, and a zinc metal oxide.
An immunomodulatory polypeptide comprising: a) a first peptide comprising a p35 subunit of IL-12; b) a second peptide comprising a p40 subunit of IL-12; and c) a joining region connecting the first and second peptides, wherein the joining region comprises a targeting moiety that binds to a target molecule. a) a first peptide comprising a p35 subunit of IL-12; b) a second peptide comprising a p40 subunit of IL-12; and c) a joining region connecting the first and second peptides, wherein the joining region comprises a targeting moiety that binds to a target molecule.
A hearing aid restoration apparatus , comprising: a housing with at least a first pneumatic port that selectively outputs air and a second pneumatic port that selectively sucks in air; a user interface that receives a user input to select a mode of operation of the hearing aid restoration apparatus , a first mode of operation providing no suction at the second pneumatic port and a second mode of operation providing suction at the second pneumatic port ; a pneumatic valve that includes at least an input port , a first output port, and a second output port, wherein the first output port is configured to provide a vacuum chamber mode and the second output port is configured to provide a vacuum wand mode; a pump that includes a pump inlet port and a pump outlet port , wherein the input port of the valve is fluidly connected to the pump inlet port , and the second output port of the pneumatic valve is fluidly connected to the second pneumatic port , characterized in that the apparatus furthermore comprises a controller that detects what mode of operation is selected based on a measurement of pressure inside the hearing aid restoration apparatus ; wherein the pressure measurement is provided by a vacuum sensor that measures a level of vacuum in an air space that is not fluidly connected to the second pneumatic port and outputs a signal representative of the measured level of vacuum to the controller , and the pneumatic valve toggles a fluid connection from the input port of the pneumatic valve to either the first output port or the second output port. a housing with at least a first pneumatic port that selectively outputs air and a second pneumatic port that selectively sucks in air; a user interface that receives a user input to select a mode of operation of the hearing aid restoration apparatus , a first mode of operation providing no suction at the second pneumatic port and a second mode of operation providing suction at the second pneumatic port ; a pneumatic valve that includes at least an input port , a first output port, and a second output port, wherein the first output port is configured to provide a vacuum chamber mode and the second output port is configured to provide a vacuum wand mode; a pump that includes a pump inlet port and a pump outlet port , wherein the input port of the valve is fluidly connected to the pump inlet port , and the second output port of the pneumatic valve is fluidly connected to the second pneumatic port , characterized in that the apparatus furthermore comprises a controller that detects what mode of operation is selected based on a measurement of pressure inside the hearing aid restoration apparatus ; wherein the pressure measurement is provided by a vacuum sensor that measures a level of vacuum in an air space that is not fluidly connected to the second pneumatic port and outputs a signal representative of the measured level of vacuum to the controller , and the pneumatic valve toggles a fluid connection from the input port of the pneumatic valve to either the first output port or the second output port.
A device for wireless charging, which is configured to be arranged in a vehicle and has two charging surfaces , wherein each charging surface comprises at least one coil to generate a magnetic field, wherein said device for wireless charging furthermore comprises a system for passive amplification of a mobile signal with at least one antenna structure for the charging surfaces , characterized in that the system for passive amplification comprises two antenna structures for the charging surfaces and further comprises a signal splitter , wherein the signal splitter is configured to be connected to a vehicle antenna of the vehicle, wherein the signal splitter is connected to a first antenna structure for the charging surface arranged under the first charging surface and to a second antenna structure for the charging surface arranged under the second charging surface , wherein the signal splitter is a 3 dB hybrid coupler.
An external control device for use with a stimulation system , the stimulation system having a neurostimulation device, the external control device comprising: a user interface configured for receiving input from a user, the user interface including a display screen configured for displaying graphical parameter objects respectively corresponding to stimulation parameter sets, wherein each of the stimulation parameter sets comprises a pulse amplitude, a pulse width, a pulse rate, and an electrode combination, and displaying graphical program objects respectively corresponding to stimulation programs; and at least one controller/processor configured for, in response to a first input from the user that selects a first one of graphical parameter objects , drags the first selected graphical parameter object , and drops the first dragged graphical parameter object into a first one of the graphical program objects , storing the stimulation parameter set corresponding to the first dropped graphical parameter object in association with the stimulation program corresponding to the first graphical program object , and for instructing the neurostimulation device to sequentially convey electrical energy in accordance with the stimulation parameter set corresponding to the first dropped graphical parameter object and any other stimulation parameter sets that have been associated with the stimulation program associated with the first one of the graphical program objects . a user interface configured for receiving input from a user, the user interface including a display screen configured for displaying graphical parameter objects respectively corresponding to stimulation parameter sets, wherein each of the stimulation parameter sets comprises a pulse amplitude, a pulse width, a pulse rate, and an electrode combination, and displaying graphical program objects respectively corresponding to stimulation programs; and at least one controller/processor configured for, in response to a first input from the user that selects a first one of graphical parameter objects , drags the first selected graphical parameter object , and drops the first dragged graphical parameter object into a first one of the graphical program objects , storing the stimulation parameter set corresponding to the first dropped graphical parameter object in association with the stimulation program corresponding to the first graphical program object , and for instructing the neurostimulation device to sequentially convey electrical energy in accordance with the stimulation parameter set corresponding to the first dropped graphical parameter object and any other stimulation parameter sets that have been associated with the stimulation program associated with the first one of the graphical program objects .
A power system for an unmanned surface vehicle , the power system comprising: a fuel cell including a fuel cell stack , wherein the fuel cell stack includes a fuel inlet , an air inlet , and an exhaust outlet ; a fuel storage including at least one fuel-storage module fluidly connected to the fuel inlet of the fuel cell stack , wherein the fuel-storage module is a source of energy for the fuel cell ; an air management system fluidly connected to the air inlet and the exhaust outlet of the fuel cell ; and an air snorkel that is part of the air management system and provides air to operate the fuel cell while the unmanned surface vehicle is deployed within a body of water, wherein the air snorkel includes: - an air intake for receiving ambient air supplied to the fuel cell stack ; and - an exhaust for expelling exhausted air and exhausted water-vapor created by the fuel cell stack ; wherein the air snorkel includes a conduit , a first air valve , and a second air valve , and wherein the ambient air enters the conduit through the air intake , the exhausted air and exhausted water-vapor exit the conduit through the exhaust , the first air valve is fluidly connected to the air intake , and the second air valve is fluidly connected to the exhaust , and characterised in that the conduit defines a sump and the air snorkel includes a water pump fluidly connected to the sump , and water collected within the sump is removed by opening the first air valve and the second air valve and then activating the water pump . a fuel cell including a fuel cell stack , wherein the fuel cell stack includes a fuel inlet , an air inlet , and an exhaust outlet ; a fuel storage including at least one fuel-storage module fluidly connected to the fuel inlet of the fuel cell stack , wherein the fuel-storage module is a source of energy for the fuel cell ; an air management system fluidly connected to the air inlet and the exhaust outlet of the fuel cell ; and an air snorkel that is part of the air management system and provides air to operate the fuel cell while the unmanned surface vehicle is deployed within a body of water, wherein the air snorkel includes: - an air intake for receiving ambient air supplied to the fuel cell stack ; and - an exhaust for expelling exhausted air and exhausted water-vapor created by the fuel cell stack ; wherein - an air intake for receiving ambient air supplied to the fuel cell stack ; and - an exhaust for expelling exhausted air and exhausted water-vapor created by the fuel cell stack ; wherein the air snorkel includes a conduit , a first air valve , and a second air valve , and wherein the ambient air enters the conduit through the air intake , the exhausted air and exhausted water-vapor exit the conduit through the exhaust , the first air valve is fluidly connected to the air intake , and the second air valve is fluidly connected to the exhaust , and characterised in that the conduit defines a sump and the air snorkel includes a water pump fluidly connected to the sump , and water collected within the sump is removed by opening the first air valve and the second air valve and then activating the water pump .
Frame for an electric heating device for heating an air flow circulating inside a heating, ventilation and/or air-conditioning installation of a motor vehicle in which at least one heating element is disposed, said frame comprising at least one housing intended to receive said at least one heating element , the housing being delimited by a plurality of longitudinal walls forming a longitudinal insertion path for said at least one heating element, said insertion path being delimited longitudinally by an end wall that extends on the opposite side from an opening through which it is possible to insert the heating element intended to be located in the housing, an insertion direction being defined from the opening to the end wall , at least one of the longitudinal walls of the housing comprising a displacement reducing element protruding from said wall, said displacement reducing element being configured in order to contact said at least one heating element , said displacement reducing element being arranged such that its downstream end extends at a distance from the end wall , characterized in that said displacement reducing element has a ramp extending progressively towards the interior of the housing with respect to the insertion direction, towards the opposite longitudinal wall. at least one of the longitudinal walls of the housing comprising a displacement reducing element protruding from said wall, said displacement reducing element being configured in order to contact said at least one heating element , said displacement reducing element being arranged such that its downstream end extends at a distance from the end wall , characterized in that said displacement reducing element has a ramp extending progressively towards the interior of the housing with respect to the insertion direction, towards the opposite longitudinal wall.
A pharmaceutical composition for use in the prevention or treatment of a condition associated with a reduction in the number of Lactobacilli in the vagina of a subject relative to a healthy subject, wherein the composition comprises from 1.3 to 1.7 w/v % glycogen and less than 0.1 w/v % lactic acid, optionally wherein the composition contains no lactic acid.
A windscreen wiper device of the flat blade type, particularly for automobiles, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal groove , in which groove at least one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm can be pivotally connected to said connecting device about a pivot axis near one end thereof, wherein said connecting device is connected to the flexible material of said wiper blade by at least one pin , wherein said pin cooperates with a recess provided along an exterior edge of said longitudinal strip in order to limit any movement of said wiper blade in longitudinal direction thereof relative to said longitudinal strip at the location of the interconnection of said connecting device and said wiper blade , wherein said connecting device has a substantially U-shaped cross-section, wherein free ends of legs of said U-shaped cross-section extend inwardly so as to form grooves for receiving longitudinal sides of said wiper blade , and wherein at least one of said legs is provided with a hole for receiving said pin , characterized in that said pin is glued to an inner wall of said hole or said pin is form-locked inside said hole .
A method of forming a coating, comprising: providing a mold that has a flexible wall that defines a mold cavity , the mold being formed of an elastomeric material; inserting a component that is to be coated into the mold cavity , the component having a component surface roughness and there being a coating gap defined between the component and the flexible wall of the mold cavity ; introducing a molding slurry into the mold cavity , the molding slurry containing a carrier liquid, such as water or organic solvent, and coating powder particles, the molding slurry filling the coating gap and contacting the component so as to overcoat the component surface roughness; solidifying the molding slurry to form a green coating on the component , the solidifying including drying in order to remove the carrier liquid, leaving the coating powder particles as a green coating on the surface of the component ; and consolidating the green coating to form a final coating on the component , the component being removed from the mold and heated to a temperature at which the coating powder sinters or fuses, the final coating having a coating surface roughness that is less than the component surface roughness. providing a mold that has a flexible wall that defines a mold cavity , the mold being formed of an elastomeric material; inserting a component that is to be coated into the mold cavity , the component having a component surface roughness and there being a coating gap defined between the component and the flexible wall of the mold cavity ; introducing a molding slurry into the mold cavity , the molding slurry containing a carrier liquid, such as water or organic solvent, and coating powder particles, the molding slurry filling the coating gap and contacting the component so as to overcoat the component surface roughness; solidifying the molding slurry to form a green coating on the component , the solidifying including drying in order to remove the carrier liquid, leaving the coating powder particles as a green coating on the surface of the component ; and consolidating the green coating to form a final coating on the component , the component being removed from the mold and heated to a temperature at which the coating powder sinters or fuses, the final coating having a coating surface roughness that is less than the component surface roughness.
A communication device , comprising: a receiver configured to receive a signal set ; a first equalizer configured to equalize the signal set in accordance with a first equalization process taking into account that the signal set includes an inter cell interference signal and to thereby generate a first equalized signal set; a first calculating circuit configured to calculate a predefined characteristic of the first equalized signal set; a second equalizer configured to equalize the signal set in accordance with a second equalization process taking into account that the signal set is free from an inter cell interference signal and to thereby generate a second equalized signal set; a second calculating circuit configured to calculate a predefined characteristic of the second equalized signal set; a selecting circuit configured to select the first equalized signal set or the second equalized signal set for further processing based on the determined predefined characteristics; wherein the signal set is a combined signal set superimposed of at least a first signal set transmitted by a first base station and a second signal set transmitted by a second base station . a receiver configured to receive a signal set ; a first equalizer configured to equalize the signal set in accordance with a first equalization process taking into account that the signal set includes an inter cell interference signal and to thereby generate a first equalized signal set; a first calculating circuit configured to calculate a predefined characteristic of the first equalized signal set; a second equalizer configured to equalize the signal set in accordance with a second equalization process taking into account that the signal set is free from an inter cell interference signal and to thereby generate a second equalized signal set; a second calculating circuit configured to calculate a predefined characteristic of the second equalized signal set; a selecting circuit configured to select the first equalized signal set or the second equalized signal set for further processing based on the determined predefined characteristics; wherein the signal set is a combined signal set superimposed of at least a first signal set transmitted by a first base station and a second signal set transmitted by a second base station .