mhurhangee/patent-ind-claim-en huggingface dataset:
A pressing equipment for manufacturing a floor element , wherein the floor element comprises an upper decorative layer and a lower support layer , wherein the equipment comprises: a pressing device for pressing the upper decorative layer upon the lower support layer , a positioning device for placing at least one between the lower support layer and the upper decorative layer in a pressing position at the pressing device , and a centering device for adjusting the mutual position of the upper decorative layer and of the lower support layer at the pressing position, wherein the positioning device comprises at least a first couple of contact surfaces adapted to contact opposite edges of the layer to be positioned in the pressing position, characterized in that the positioning device comprises at least one movable element adapted to adjust the distance between the contact surface of the couple of contact surfaces .
Self-wrapping safety device for the physical restraint of a person, comprising: a main body , provided with a first (10 a ) and a second (10 b ) end and configured to get in contact with a person, at least one self-wrapping strip , coupled to said main body , provided with a first (11 a ) and a second (11 b ) end, said main body and said at least one self-wrapping strip being configured to each other so as to be able to move both from a first position, in which said first (10 a ) and second (10 b ) end of said main body are arranged opposite to each other and coplanar and said first (11 a ) and second (11 b ) end of said at least one self-wrapping strip are arranged opposite to each other and coplanar, to a second position, in which said self-wrapping strip and said main body are arranged wrapped and rolled up on themselves or around said person, said self-wrapping safety device being characterized in that it comprises at least one pair of activation handles coupled to said at least one self-wrapping strip , configured to cause said at least one self-wrapping strip and therefore said main body moving from said first position to said second position. a main body , provided with a first (10 a ) and a second (10 b ) end and configured to get in contact with a person, at least one self-wrapping strip , coupled to said main body , provided with a first (11 a ) and a second (11 b ) end, said main body and said at least one self-wrapping strip being configured to each other so as to be able to move both from a first position, in which said first (10 a ) and second (10 b ) end of said main body are arranged opposite to each other and coplanar and said first (11 a ) and second (11 b ) end of said at least one self-wrapping strip are arranged opposite to each other and coplanar, to a second position, in which said self-wrapping strip and said main body are arranged wrapped and rolled up on themselves or around said person, said self-wrapping safety device being characterized in that it comprises at least one pair of activation handles coupled to said at least one self-wrapping strip , configured to cause said at least one self-wrapping strip and therefore said main body moving from said first position to said second position.
An intravascular blood pump, comprising a pumping device with - a pump casing having a primary blood flow inlet and a primary blood flow outlet which are hydraulically connected by a primary blood flow passage , - a primary impeller having an upstream end and a downstream end and being configured to convey a primary blood flow from the primary blood flow inlet to the primary blood flow outlet along the primary blood flow passage , - a drive unit configured to rotate the primary impeller about an axis of rotation , - an impeller bearing supporting the upstream end of the primary impeller , and - a central opening axially extending through the impeller bearing , characterized in that the pumping device further comprises at least one secondary blood flow passage in the primary impeller , the at least one secondary blood flow passage having a secondary blood flow inlet in axial alignment with the central opening of the impeller bearing and each of the at least one secondary blood flow passage having a secondary blood flow outlet , wherein the at least one secondary blood flow passage is configured to convey a secondary blood flow from the secondary blood flow inlet to the secondary blood flow outlet , and wherein the secondary blood flow outlet connects the at least one secondary blood flow passage to the primary blood flow passage at a location axially between the upstream and downstream ends of the primary impeller . - a pump casing having a primary blood flow inlet and a primary blood flow outlet which are hydraulically connected by a primary blood flow passage , - a primary impeller having an upstream end and a downstream end and being configured to convey a primary blood flow from the primary blood flow inlet to the primary blood flow outlet along the primary blood flow passage , - a drive unit configured to rotate the primary impeller about an axis of rotation , - an impeller bearing supporting the upstream end of the primary impeller , and - a central opening axially extending through the impeller bearing , characterized in that the pumping device further comprises at least one secondary blood flow passage in the primary impeller , the at least one secondary blood flow passage having a secondary blood flow inlet in axial alignment with the central opening of the impeller bearing and each of the at least one secondary blood flow passage having a secondary blood flow outlet , wherein the at least one secondary blood flow passage is configured to convey a secondary blood flow from the secondary blood flow inlet to the secondary blood flow outlet , and wherein the secondary blood flow outlet connects the at least one secondary blood flow passage to the primary blood flow passage at a location axially between the upstream and downstream ends of the primary impeller .
A method of sample analysis comprising the steps of: generating an array of emulsions with a plate that includes an array of emulsion generator units , each emulsion including partitions of a respective sample disposed in droplets ; collecting the emulsions in an array of chambers defined by the plate , such that each emulsion forms a monolayer of droplets in a respective chamber of the array of chambers ; applying heat to the emulsions while they are disposed in the array of chambers , to induce nucleic acid amplification in droplets of the emulsions ; imaging droplets located in each chamber ; and estimating a presence, if any, of the nucleic acid target in each respective sample based on the step of imaging; wherein each chamber has a width and a thickness, wherein the thickness promotes formation of the monolayer of droplets in the chamber , wherein the width is at least about ten times the thickness, and wherein the average separation between adjacent pairs of droplets in each chamber is less than an average diameter of the droplets ; and wherein the plate defines an array of sample ports that open upwardly, wherein the step of generating includes a step of disposing each respective sample in a sample port, and wherein the chamber corresponding to each sample port has a larger footprint than the sample port such that the chamber occupies a larger area than the sample port. generating an array of emulsions with a plate that includes an array of emulsion generator units , each emulsion including partitions of a respective sample disposed in droplets ; collecting the emulsions in an array of chambers defined by the plate , such that each emulsion forms a monolayer of droplets in a respective chamber of the array of chambers ; applying heat to the emulsions while they are disposed in the array of chambers , to induce nucleic acid amplification in droplets of the emulsions ; imaging droplets located in each chamber ; and estimating a presence, if any, of the nucleic acid target in each respective sample based on the step of imaging; wherein each chamber has a width and a thickness, wherein the thickness promotes formation of the monolayer of droplets in the chamber , wherein the width is at least about ten times the thickness, and wherein the average separation between adjacent pairs of droplets in each chamber is less than an average diameter of the droplets ; and wherein the plate defines an array of sample ports that open upwardly, wherein the step of generating includes a step of disposing each respective sample in a sample port, and wherein the chamber corresponding to each sample port has a larger footprint than the sample port such that the chamber occupies a larger area than the sample port.
A method for processing seeds into a paste-like food product by using one single mixer unit , the method comprising providing the seeds into the mixer unit , adding liquid to the seeds , heating the seeds to thereby soften the seeds , and mixing the seeds into a paste to thereby obtain the paste-like food product, characterized in that the seeds comprise less than 30 wt% water when provided into the mixer unit , and the added liquid has a temperature of at least 60 °C, such that the heating is least partially provided by the added liquid .
A method for distributing information, comprising: producing a symbol to be overlaid on at least one primary image presented on a first display screen , the symbol encoding a specified digital value in a set of color elements having different, respective colors; receiving a message from a client device containing an indication of the specified digital value decoded by the client device upon capturing and analyzing secondary images of the first display screen; and transmitting to the client device, in response to the message, an item of information relating to the primary image for presentation on a second display screen associated with the client device, characterized in that transmitting the item of information provides one or more interactive controls, to be superimposed on the secondary images of the first display screen and causes the client device to superimpose the interactive controls on the secondary images of the first display screen, which are displayed on the second display screen with a superimposed interactive control in registration with an object appearing on the first display screen, thereby providing an additional layer of enriched content on the first-screen images to enable a user of the client device to actuate the interactive control by operating a touch screen interface of the client device. producing a symbol to be overlaid on at least one primary image presented on a first display screen , the symbol encoding a specified digital value in a set of color elements having different, respective colors; receiving a message from a client device containing an indication of the specified digital value decoded by the client device upon capturing and analyzing secondary images of the first display screen; and transmitting to the client device, in response to the message, an item of information relating to the primary image for presentation on a second display screen associated with the client device, characterized in that transmitting the item of information provides one or more interactive controls, to be superimposed on the secondary images of the first display screen and causes the client device to superimpose the interactive controls on the secondary images of the first display screen, which are displayed on the second display screen with a superimposed interactive control in registration with an object appearing on the first display screen, thereby providing an additional layer of enriched content on the first-screen images to enable a user of the client device to actuate the interactive control by operating a touch screen interface of the client device.
A front-loading washing machine comprising: a cabinet comprising a first laundry item inlet ; a tub disposed inside the cabinet to retain wash water; a drum disposed inside the tub to accommodate laundry items; and a door configured to open and close the first laundry item inlet , wherein the door comprises, a second laundry item inlet formed at a front side of the door ; a door glass structured with at least a portion protruding toward an inside of the cabinet when the first laundry item inlet is closed by the door ; a glass opening is provided at the door glass so that, when the first laundry item inlet is closed by the door , laundry items inserted through a second laundry item inlet pass through the glass opening to be accommodated inside the drum ; a connection chute configured to form a movement passage of laundry items from the second laundry item inlet to the glass opening ; wherein the door further comprises a sub-door configured to open and close the second laundry item inlet , and a rear sealing unit disposed between a rear end of the connection chute and the glass opening . a cabinet comprising a first laundry item inlet ; a tub disposed inside the cabinet to retain wash water; a drum disposed inside the tub to accommodate laundry items; and a door configured to open and close the first laundry item inlet , wherein the door comprises, a second laundry item inlet formed at a front side of the door ; a door glass structured with at least a portion protruding toward an inside of the cabinet when the first laundry item inlet is closed by the door ; a glass opening is provided at the door glass so that, when the first laundry item inlet is closed by the door , laundry items inserted through a second laundry item inlet pass through the glass opening to be accommodated inside the drum ; a connection chute configured to form a movement passage of laundry items from the second laundry item inlet to the glass opening ; wherein the door further comprises a sub-door configured to open and close the second laundry item inlet , and a rear sealing unit disposed between a rear end of the connection chute and the glass opening .
A fixation and body temperature maintaining apparatus for fixing a small animal in order to generate a high-resolution micro image of a predetermined tissue of the small animal within a biomicroscope with an object lens, comprising: a plate heater with a heat wire installed therein, on which the small animal is enabled to be directly placed; a glass heater holder fixed to a hole of the plate heater ; and a glass heater fixed to the glass heater holder , and located above the tissue of the small animal and maintaining flatness of the tissue, and increasing a temperature of the tissue itself; wherein the glass heater comprises a cover glass serving to adjust a refractive index of the object lens, a glass holder fixing the cover glass , a glass holder cover , and a heat wire heater , and the glass holder and the heat wire heater are integrally formed, and the glass holder and the glass holder cover are enabled to be separated from each other and fixed by using a screw and a magnet . a plate heater with a heat wire installed therein, on which the small animal is enabled to be directly placed; a glass heater holder fixed to a hole of the plate heater ; and a glass heater fixed to the glass heater holder , and located above the tissue of the small animal and maintaining flatness of the tissue, and increasing a temperature of the tissue itself; wherein the glass heater comprises a cover glass serving to adjust a refractive index of the object lens, a glass holder fixing the cover glass , a glass holder cover , and a heat wire heater , and the glass holder and the heat wire heater are integrally formed, and the glass holder and the glass holder cover are enabled to be separated from each other and fixed by using a screw and a magnet .
A route-deviation recognition method, comprising obtaining a current positioned-location of a terminal; determining a candidate region covering the current positioned-location in an electronic map; obtaining road network data corresponding to the candidate region characterized by generating a plurality of road-segment tree structures according to the obtained road network data in the candidate region, wherein the road network data includes road segments in the candidate region and a connection relationship between the road segments, and the plurality of road-segment tree structure includes an independent road-segment tree structure which is formed of a road segment having no intersection with any other road segment in the candidate region; obtaining a matching weight between the positioned-location and each road-segment branch in each of the road-segment tree structures; determining , according to the matching weight, a road-segment branch matching the positioned-location as a matched road-segment branch; and when the matched road-segment branch does not belong to a planned navigation route, determining that route-deviation occurs. obtaining a current positioned-location of a terminal; determining a candidate region covering the current positioned-location in an electronic map; obtaining road network data corresponding to the candidate region characterized by generating a plurality of road-segment tree structures according to the obtained road network data in the candidate region, wherein the road network data includes road segments in the candidate region and a connection relationship between the road segments, and the plurality of road-segment tree structure includes an independent road-segment tree structure which is formed of a road segment having no intersection with any other road segment in the candidate region; obtaining a matching weight between the positioned-location and each road-segment branch in each of the road-segment tree structures; determining , according to the matching weight, a road-segment branch matching the positioned-location as a matched road-segment branch; and when the matched road-segment branch does not belong to a planned navigation route, determining that route-deviation occurs.
A composition containing less than 1% by weight of phenolic resin or phenolic compound, relative to the total weight of the composition, comprising: (a) 10% to 75% by weight of a benzoxazine; (b) 10% to 70% by weight of an epoxy resin; and (c) 5% to 80% by weight of an acid anhydride which is a modified dianhydride adduct obtained from the reaction of a flexible di- or polyamine selected from alkylene diamines such as ethane-1,2-diamine, propane-1,3-diamine, propane-1,2-diamine, 2,2-dimethylpropane-1,3-diamine and hexane-1,6-diamine; aliphatic diamines containing cyclic structures like 4,4'-methylenedicyclohexanamine (DACHM), 4,4'-methylenebis(2-methylcyclohexanamine) and 3-(aminomethyl)-3,5,5-trimethylcyclohexanamine (isophorone diamine (IPDA)); araliphatic diamines like m-xylylene diamine (MXDA); polyether amines; amine functional polysiloxanes; or amine functional elastomers, and excess dianhydride; wherein the percent by weights are based on the total weight of the composition. (a) 10% to 75% by weight of a benzoxazine; (b) 10% to 70% by weight of an epoxy resin; and (c) 5% to 80% by weight of an acid anhydride which is a modified dianhydride adduct obtained from the reaction of a flexible di- or polyamine selected from alkylene diamines such as ethane-1,2-diamine, propane-1,3-diamine, propane-1,2-diamine, 2,2-dimethylpropane-1,3-diamine and hexane-1,6-diamine; aliphatic diamines containing cyclic structures like 4,4'-methylenedicyclohexanamine (DACHM), 4,4'-methylenebis(2-methylcyclohexanamine) and 3-(aminomethyl)-3,5,5-trimethylcyclohexanamine (isophorone diamine (IPDA)); araliphatic diamines like m-xylylene diamine (MXDA); polyether amines; amine functional polysiloxanes; or amine functional elastomers, and excess dianhydride;
A vehicle comprising: one or more sensors disposed on the vehicle ; one or more processors ; and memory storing processor-executable instructions that, when executed by the one or more processors , configure the vehicle to: receive sensor data from a sensor of the one or more sensors , the sensor data comprising information about an object in an environment proximate the vehicle ; determine a planned path of the vehicle through the environment ; determine a lateral distance between the planned path and the object ; determine a classification of the object ; determine, based at least in part on the lateral distance and the classification, a lateral width proximate the object ; the vehicle being further characterized in that the instructions configure the vehicle to determine a drive envelope , wherein the drive envelope defines a boundary of a portion of the environment along the planned path in which the vehicle can travel and wherein at least a portion of the drive envelope extends the lateral width laterally from the planned path and toward the object . one or more sensors disposed on the vehicle ; one or more processors ; and memory storing processor-executable instructions that, when executed by the one or more processors , configure the vehicle to: receive sensor data from a sensor of the one or more sensors , the sensor data comprising information about an object in an environment proximate the vehicle ; determine a planned path of the vehicle through the environment ; determine a lateral distance between the planned path and the object ; determine a classification of the object ; determine, based at least in part on the lateral distance and the classification, a lateral width proximate the object ; the vehicle being further characterized in that the instructions configure the vehicle to determine a drive envelope , wherein the drive envelope defines a boundary of a portion of the environment along the planned path in which the vehicle can travel and wherein at least a portion of the drive envelope extends the lateral width laterally from the planned path and toward the object . receive sensor data from a sensor of the one or more sensors , the sensor data comprising information about an object in an environment proximate the vehicle ; determine a planned path of the vehicle through the environment ; determine a lateral distance between the planned path and the object ; determine a classification of the object ; determine, based at least in part on the lateral distance and the classification, a lateral width proximate the object ; the vehicle being further characterized in that the instructions configure the vehicle to determine a drive envelope , wherein the drive envelope defines a boundary of a portion of the environment along the planned path in which the vehicle can travel and wherein at least a portion of the drive envelope extends the lateral width laterally from the planned path and toward the object .