mhurhangee/patent-ind-claim-en huggingface dataset:
A laser microdissection apparatus , comprising: sample movement means capable of retaining a slide on which a sample is mounted and moving the slide in a horizontal direction; device movement means on which a device having a thermofusible film for transferring a sample can be mounted, the device movement means capable of moving the device in the horizontal direction; a laser irradiation part for irradiating the sample with a dissection laser light, excising the sample in a location irradiated with the dissection laser light, and adhering the excised location to the thermofusible film as a collected sample; storage means for correlating and storing positional coordinates of the sample in the location irradiated by the dissection laser light and positional coordinates of the thermofusible film in a location where the collected sample is adhered; and a movement means drive control part for controlling driving of the sample movement means and the device movement means on the basis of the positional coordinates of the sample and the positional coordinates of the thermofusible film stored in the storage means; characterized in that the sample movement means is capable of moving the slide in a vertical direction; and the dissection laser light being radiated through the device onto the sample from below the device . sample movement means capable of retaining a slide on which a sample is mounted and moving the slide in a horizontal direction; device movement means on which a device having a thermofusible film for transferring a sample can be mounted, the device movement means capable of moving the device in the horizontal direction; a laser irradiation part for irradiating the sample with a dissection laser light, excising the sample in a location irradiated with the dissection laser light, and adhering the excised location to the thermofusible film as a collected sample; storage means for correlating and storing positional coordinates of the sample in the location irradiated by the dissection laser light and positional coordinates of the thermofusible film in a location where the collected sample is adhered; and a movement means drive control part for controlling driving of the sample movement means and the device movement means on the basis of the positional coordinates of the sample and the positional coordinates of the thermofusible film stored in the storage means; characterized in that the sample movement means is capable of moving the slide in a vertical direction; and the dissection laser light being radiated through the device onto the sample from below the device .
A device for storing and providing at least one oral nursing element for an infant and/or a small child, comprising a storage unit for storing the oral nursing element , a filling unit for filling the storage unit with the at least one oral nursing element , and a dispensing unit for removing the at least one oral nursing element from the storage unit , wherein the storage unit comprises at least one fastening element for removably fastening the storage unit to an element of a child's bed or of a vehicle or to a wall, characterized by a conveying device for conveying the at least one oral nursing element from the filling unit to the dispensing unit , and that the conveying device comprises at least one conveying element (18.1) with hinges , and at least two tension pulley elements (20.1, 20.2, 20.3, 20.4) which are located on an inner wall (12.1) of the storage unit and around which the conveying element (18.1, 18.2) is able to move around, and supporting surfaces mounted on the hinges for the at least one oral nursing element .
A method for reducing neutral oil losses during a neutralization step comprising the following steps: mixing an acid-treated vegetable oil with a base to neutralize (a) free fatty acid and (b) added acid in the acid-treated vegetable oil to obtain a pretreated mixture; subjecting the pretreated mixture to at least two cycles of localized shear effects, said cycles being arranged in succession, each cycle comprising a step of forcing the pretreated mixture at a pressure through one or more nozzles, each cycle of localized shear effects having a shear duration time of less than 5×10 -5 seconds and a shear rate of at least about 6000 sec -1 . mixing an acid-treated vegetable oil with a base to neutralize (a) free fatty acid and (b) added acid in the acid-treated vegetable oil to obtain a pretreated mixture; subjecting the pretreated mixture to at least two cycles of localized shear effects, said cycles being arranged in succession, each cycle comprising a step of forcing the pretreated mixture at a pressure through one or more nozzles, each cycle of localized shear effects having a shear duration time of less than 5×10 -5 seconds and a shear rate of at least about 6000 sec -1 .
A method for transforming a diesel engine into an engine running on Natural Gas for Vehicles (NGV), said diesel engine having, in each of its cylinders , a piston that is movable in translation within the cylinder and defining with the cylinder a combustion chamber of variable volume, the head of said cylinder , defined by a part of the cylinder head of the engine, comprising at least an orifice for receiving a glow plug and an orifice for receiving a fuel injection member for a diesel engine, said method comprising at least the steps of: a) removing the fuel injection system for a diesel engine, comprising a glow plug and a fuel injection member for injecting fuel into the diesel engine , b) installing an NGV injection system in the diesel engine , characterised in that during step a) the glow plug is removed and at least the orifice for receiving said glow plug is sealed, the injection member is removed and the receiving orifice of said member is partially sealed and in that during step b) the volume of the combustion chamber is increased by approximately 50% in order to obtain a compression ratio ideally close to 12, and the head of each initial piston is modified comprising at least one circular cavity with a bottom provided with a convex portion , by widening the diameter of the cavity by 20% and the convex portion is reduced in diameter and in height and in that the partially sealed receiving orifice is used to installing a spark plug , said spark plug being positioned angularly with respect to a longitudinal axis (O) of the nearest piston such that the longitudinal axis (P) of the spark plug , once in place in the orifice , forms an angle (A) relative to the longitudinal axis (O) of the nearest piston of between 19° and 35°, and in that said orifice is at least 3 mm away from any internal orifice or cavity of the cylinder head and in that during step b), the injection of NGV into an air intake duct of the engine is ensured.
Method for lowering the dust deposit on interior spaces or technical equipment, speeding up the cleaning and lowering the frequency of cleaning of interior spaces or technical equipment, wherein said method comprises at least the following step: - the targeted atomization on the surfaces of a liquid with spores of benign bacteria on all or certain types of surfaces by means of an electrically and/or pneumatically powered atomizer, while the space remains accessible to people and animals; characterized in that in the aerosol formed by atomizing the liquid, the droplets are smaller than or equal to 80 μm and obtain the same electric charge by the ballo-electrical effect, said same electric charge being retained upon the sedimentation of the aerosols on dust. - the targeted atomization on the surfaces of a liquid with spores of benign bacteria on all or certain types of surfaces by means of an electrically and/or pneumatically powered atomizer, while the space remains accessible to people and animals;
A method for determining a transmission parameter of an uplink signal comprising: determining , by a terminal, a first Sounding Reference Signal, SRS, resource set; receiving , by the terminal, first indication information sent by a network device, the first indication information being used to indicate a target SRS resource set and instruct the terminal to transmit an aperiodic SRS; determining , by the terminal, the target SRS resource set from the first SRS resource set according to the first indication information, the target SRS resource set being a subset of the first SRS resource set; sending , by the terminal, the aperiodic SRS to the network device on an SRS resource in the target SRS resource set; receiving , by the terminal, second indication information sent by the network device, the second indication information being used to indicate a target SRS resource in the target SRS resource set; and determining , by the terminal, a transmission parameter used to transmit an uplink signal different from SRS according to the target SRS resource, wherein the transmission parameter comprising at least one of followings: a beamforming weight; precoding indication information; an antenna panel for transmission of an uplink signal; an antenna port for transmission of an uplink signal; a layer number for uplink transmission; and a modulation and coding scheme for uplink transmission. determining , by a terminal, a first Sounding Reference Signal, SRS, resource set; receiving , by the terminal, first indication information sent by a network device, the first indication information being used to indicate a target SRS resource set and instruct the terminal to transmit an aperiodic SRS; determining , by the terminal, the target SRS resource set from the first SRS resource set according to the first indication information, the target SRS resource set being a subset of the first SRS resource set; sending , by the terminal, the aperiodic SRS to the network device on an SRS resource in the target SRS resource set; receiving , by the terminal, second indication information sent by the network device, the second indication information being used to indicate a target SRS resource in the target SRS resource set; and determining , by the terminal, a transmission parameter used to transmit an uplink signal different from SRS according to the target SRS resource, wherein the transmission parameter comprising at least one of followings: a beamforming weight; precoding indication information; an antenna panel for transmission of an uplink signal; an antenna port for transmission of an uplink signal; a layer number for uplink transmission; and a modulation and coding scheme for uplink transmission. a beamforming weight; precoding indication information; an antenna panel for transmission of an uplink signal; an antenna port for transmission of an uplink signal; a layer number for uplink transmission; and a modulation and coding scheme for uplink transmission.
An apparatus for sorting a plurality of items, comprising: a plurality of sort destinations; a plurality of delivery vehicles for delivering items to the sort destinations, wherein each vehicle comprises: a surface for supporting items to be delivered; and an edge-detection assembly for detecting an edge of an item when the item is conveyed onto or discharged from the vehicle, wherein the edge-detection assembly comprises: an emitter for emitting a beam of light toward the surface, wherein the emitter is positioned below the surface so that the beam of light is projected transverse the surface; and a plurality of detectors for detecting the beam of light, wherein an object on the surface of the vehicle affects the beam of light received by the detectors; a controller for controlling the loading of an item onto one of the vehicles or the discharge of an item from the vehicle based on signals from the edge- detection assembly. a plurality of sort destinations; a plurality of delivery vehicles for delivering items to the sort destinations, wherein each vehicle comprises: a surface for supporting items to be delivered; and an edge-detection assembly for detecting an edge of an item when the item is conveyed onto or discharged from the vehicle, wherein the edge-detection assembly comprises: an emitter for emitting a beam of light toward the surface, wherein the emitter is positioned below the surface so that the beam of light is projected transverse the surface; and a plurality of detectors for detecting the beam of light, wherein an object on the surface of the vehicle affects the beam of light received by the detectors; a controller for controlling the loading of an item onto one of the vehicles or the discharge of an item from the vehicle based on signals from the edge- detection assembly. a surface for supporting items to be delivered; and an edge-detection assembly for detecting an edge of an item when the item is conveyed onto or discharged from the vehicle, wherein the edge-detection assembly comprises: an emitter for emitting a beam of light toward the surface, wherein the emitter is positioned below the surface so that the beam of light is projected transverse the surface; and a plurality of detectors for detecting the beam of light, wherein an object on the surface of the vehicle affects the beam of light received by the detectors; a controller for controlling the loading of an item onto one of the vehicles or the discharge of an item from the vehicle based on signals from the edge- detection assembly. an emitter for emitting a beam of light toward the surface, wherein the emitter is positioned below the surface so that the beam of light is projected transverse the surface; and a plurality of detectors for detecting the beam of light, wherein an object on the surface of the vehicle affects the beam of light received by the detectors; a controller for controlling the loading of an item onto one of the vehicles or the discharge of an item from the vehicle based on signals from the edge- detection assembly.
Adapter for a quick coupler system for changing attachments on a construction machine, comprising a supporting body with two coupling elements arranged at a predetermined distance from each other for connecting the adapter to a quick coupler and a coupling element carrier attached to at least one coupling element via one or more resilient upper support bars and one or more resilient lower support bars , characterized in that the at least one resilient upper support bar is designed in the form of an upwardly curved arc and has an upper engagement part projecting upwardly relative to the coupling element carrier for engagement in a corresponding recess of the quick coupler .
Autonomous working device, in particular autonomous lawnmower, comprising at least one orientation apparatus which is different from a perimeter wire orientation apparatus and is provided for orientation within a processing region , and comprising at least one open-loop and/or closed-loop control unit for determining a travel strategy, wherein the at least one open-loop and/or closed loop control unit is provided at least for determining an alignment relative to a base station for targeted docking to an interface, in particular a charging interface , of the base station depending on at least one orientation characteristic variable which is detected by means of the at least one orientation apparatus , characterized in that the at least one open-loop and/or closed-loop control unit is provided at least for determining an offset (d) relative to a main axis of the base station , wherein the main axis of the base station is arranged parallel to a main entry direction of the autonomous working device for docking to the interface of the base station , wherein the orientation apparatus comprises a transmitting and/or receiving unit which is provided for communicating at least with the base station in the vicinity of the base station , wherein the at least one open-loop and/or closed-loop control unit is provided for determining the offset (d) relative to the main axis of the base station at least partially with reference to at least one item of information which is detected by the transmitting and/or receiving unit .
A method comprising: - (S201) authenticating a user device to an access point of a Wireless Local Area Network, WLAN or WiFi network; wherein authenticating the user device comprises receiving an authentication message from the user device and connecting to the access point after successful authentication; - (S202) determining, by a network device, a location of the user device; - (S203) assigning a Virtual Local Area Network, VLAN, to the user device based on the location of the user device; and - (S204) providing at least one service available via the assigned VLAN network, characterised in that it comprises: tagging each incoming authentication message with a set of three-dimensional coordinates representing the location of the user device. - (S201) authenticating a user device to an access point of a Wireless Local Area Network, WLAN or WiFi network; wherein authenticating the user device comprises receiving an authentication message from the user device and connecting to the access point after successful authentication; - (S202) determining, by a network device, a location of the user device; - (S203) assigning a Virtual Local Area Network, VLAN, to the user device based on the location of the user device; and - (S204) providing at least one service available via the assigned VLAN network,
A solar cell module comprising: a solar cell panel ; a terminal housing configured to accommodate therein a plurality of terminals protruding from a rear surface of the solar cell panel, the terminal housing being attached to the rear surface of the solar cell panel; an inverter housing disposed so as to be spaced apart from the rear surface of the solar cell panel by a predetermined distance and configured to accommodate therein a circuit unit including a bypass diode that interconnects the terminals and a direct current (DC)-alternating current (AC) inverter that converts direct current output from the terminals into alternating current; and a ribbon exposed outward between the terminal housing and the inverter housing to transmit the output from the terminals to the circuit unit. a solar cell panel ; a terminal housing configured to accommodate therein a plurality of terminals protruding from a rear surface of the solar cell panel, the terminal housing being attached to the rear surface of the solar cell panel; an inverter housing disposed so as to be spaced apart from the rear surface of the solar cell panel by a predetermined distance and configured to accommodate therein a circuit unit including a bypass diode that interconnects the terminals and a direct current (DC)-alternating current (AC) inverter that converts direct current output from the terminals into alternating current; and a ribbon exposed outward between the terminal housing and the inverter housing to transmit the output from the terminals to the circuit unit.
Handheld, rechargeable battery-operated vacuum cleaner , which has an intake opening , a dust separation apparatus , a motor fan unit , which is designed to generate a suction air flow which extends from the intake opening via the dust separation apparatus to the motor fan unit , a handle , a holder for a replaceable battery , wherein the holder is embodied so that the replaceable battery can be inserted into the holder in an insertion direction which runs obliquely downward from back to front, wherein the holder is arranged so that when the vacuum cleaner is intentionally placed on a horizontal ground , an intermediate space is embodied between a lower side of the rechargeable battery inserted into the holder and the horizontal ground , characterised in that the insertion direction runs at an angle in the range of 40° to 80° in relation to the vertical of the vacuum cleaner , wherein the holder is embodied so that the rechargeable battery inserted into the holder is arranged at least partly outside of the housing of the vacuum cleaner and is accessible at least on one part of its underside , wherein the intermediate space is dimensioned so that the rechargeable battery inserted into the holder can be accessible from below. a dust separation apparatus , a motor fan unit , which is designed to generate a suction air flow which extends from the intake opening via the dust separation apparatus to the motor fan unit , a handle , a holder for a replaceable battery , wherein the holder is embodied so that the replaceable battery can be inserted into the holder in an insertion direction which runs obliquely downward from back to front, wherein the holder is arranged so that when the vacuum cleaner is intentionally placed on a horizontal ground , an intermediate space is embodied between a lower side of the rechargeable battery inserted into the holder and the horizontal ground , characterised in that the insertion direction runs at an angle in the range of 40° to 80° in relation to the vertical of the vacuum cleaner , wherein the holder is embodied so that the rechargeable battery inserted into the holder is arranged at least partly outside of the housing of the vacuum cleaner and is accessible at least on one part of its underside , wherein the intermediate space is dimensioned so that the rechargeable battery inserted into the holder can be accessible from below.