mhurhangee/patent-ind-claim-en huggingface dataset:
A sorting device for loading, conveying and discharging objects , the sorting device comprising: - trays each intended for carrying an object in a conveyance direction (T) from a loading position (L) to a discharge position (D), - a drive system for conveying the trays along a path , - a pusher arm arranged on the tray for by means of pushing away, discharging an object present on the tray , wherein pushing away takes place substantially transverse to the conveyance direction (T) of the tray , - a scanning device arranged along the path at a scanning position downstream the loading position (L), and arranged for scanning the object during conveyance at the scanning position , characterised by a labelling device arranged along the path at a labelling position downstream the scanning position , and arranged to compose a label based on the object scanned by the scanning device , and to affix the label during conveyance on the object based on the scanned object present on the tray , wherein the labelling device is associated with a printing device to print the label corresponding to the object , and wherein the labelling device comprises a robot having an operating means to pick a printed label and to affix the printed label on to the object . - trays each intended for carrying an object in a conveyance direction (T) from a loading position (L) to a discharge position (D), - a drive system for conveying the trays along a path , - a pusher arm arranged on the tray for by means of pushing away, discharging an object present on the tray , wherein pushing away takes place substantially transverse to the conveyance direction (T) of the tray , - a scanning device arranged along the path at a scanning position downstream the loading position (L), and arranged for scanning the object during conveyance at the scanning position , a labelling device arranged along the path at a labelling position downstream the scanning position , and arranged to compose a label based on the object scanned by the scanning device , and to affix the label during conveyance on the object based on the scanned object present on the tray , wherein the labelling device is associated with a printing device to print the label corresponding to the object , and wherein the labelling device comprises a robot having an operating means to pick a printed label and to affix the printed label on to the object .
A fuel injection control system for an internal combustion engine in which fuel discharged from a low pressure fuel pump is supplied to a fuel injection valve with its pressure boosted by a high pressure fuel pump, further comprising: a fuel pressure sensor that measures the pressure of fuel discharged from said high pressure fuel pump; a detection section that detects a discharge failure in said high pressure fuel pump, using as a parameter the amount of change in the measurement value of said fuel pressure sensor in relation to timing of operation of said high pressure fuel pump; a pressure increasing section that increases the discharge pressure of said low pressure fuel pump when said detection section detects a discharge failure in said high pressure fuel pump; characterized in that the fuel injection control system further comprises a determination section that determines that a fuel injection system including said high pressure fuel pump is in failure if said detection section detects a discharge failure in said high pressure fuel pump again after the discharge pressure of said low pressure fuel pump is increased by said pressure increasing section, and when a determination is made that the fuel injection system is in failure, a notification is generated for a user of the engine. a fuel pressure sensor that measures the pressure of fuel discharged from said high pressure fuel pump; a detection section that detects a discharge failure in said high pressure fuel pump, using as a parameter the amount of change in the measurement value of said fuel pressure sensor in relation to timing of operation of said high pressure fuel pump; a pressure increasing section that increases the discharge pressure of said low pressure fuel pump when said detection section detects a discharge failure in said high pressure fuel pump; characterized in that the fuel injection control system further comprises a determination section that determines that a fuel injection system including said high pressure fuel pump is in failure if said detection section detects a discharge failure in said high pressure fuel pump again after the discharge pressure of said low pressure fuel pump is increased by said pressure increasing section, and when a determination is made that the fuel injection system is in failure, a notification is generated for a user of the engine.
A link element , in particular for use in utility vehicles, comprising a first wall region , a second wall region and a third wall region , wherein the link element has a pivot region for pivotable support about a pivot axis (S), wherein the first wall region and the second wall region have a main extent which extends substantially parallel with a transverse plane (Q), wherein the transverse plane (Q) is orthogonal to the pivot axis (S), wherein the third wall region protrudes substantially along a lateral plane (L) from the first wall region and/or from the second wall region , wherein the lateral plane (L) is orientated perpendicularly to the transverse plane (Q), and wherein the third wall region is arranged eccentrically with respect to the extent of the first wall region and/or the second wall region , characterized in that the third wall region has a recess which extends substantially along the lateral plane (L).
A method for sealing a flexible package of collapsible type comprising providing a first seal extending transverse a filling channel of the flexible package , and providing a second seal extending transverse the filling channel of the flexible package , said second seal overlapping said first seal such that a combined seal is provided comprising a top portion formed solely by a first sealing unit , an intermediate portion formed by the first and a second sealing unit, and a bottom portion formed solely by the second sealing unit , characterized by setting operating parameters comprising a time parameter, a temperature parameter and a pressure parameter for providing said first seal and for providing said second seal such that a sealing characteristic below a threshold value is obtained in said top portion and said bottom portion and such that a sealing characteristic equal to or above the threshold value is obtained in said intermediate portion . providing a first seal extending transverse a filling channel of the flexible package , and providing a second seal extending transverse the filling channel of the flexible package , said second seal overlapping said first seal such that a combined seal is provided comprising a top portion formed solely by a first sealing unit , an intermediate portion formed by the first and a second sealing unit, and a bottom portion formed solely by the second sealing unit , characterized by setting operating parameters comprising a time parameter, a temperature parameter and a pressure parameter for providing said first seal and for providing said second seal such that a sealing characteristic below a threshold value is obtained in said top portion and said bottom portion and such that a sealing characteristic equal to or above the threshold value is obtained in said intermediate portion .
A reverse type stamp comprising: an outer cylindrical body ; an inner cylindrical body which is accommodated in the outer cylindrical body and configured to be able to perform a relative movement thereto; an elastic member which constantly urges the inner cylindrical body in a protruding direction inside the outer cylindrical body ; an inversion body which is accommodated in the inner cylindrical body and configured to be able to be reversed and returned in synchronization with said relative movement; and a print body which is joined to the inversion body , wherein the inner cylindrical body has an ink cartridge therein, and wherein in a non-use state in which the outer cylindrical body of the stamp is not pressed, the ink cartridge is blocked by the inversion body urged by the elastic member and characterized in that : an inner portion of the ink cartridge is sealed by a sealing member provided at the inversion body and a sealed surface of the ink cartridge receiving the sealing member is formed in a tapered shape. an outer cylindrical body ; an inner cylindrical body which is accommodated in the outer cylindrical body and configured to be able to perform a relative movement thereto; an elastic member which constantly urges the inner cylindrical body in a protruding direction inside the outer cylindrical body ; an inversion body which is accommodated in the inner cylindrical body and configured to be able to be reversed and returned in synchronization with said relative movement; and a print body which is joined to the inversion body , wherein the inner cylindrical body has an ink cartridge therein, and wherein in a non-use state in which the outer cylindrical body of the stamp is not pressed, the ink cartridge is blocked by the inversion body urged by the elastic member and characterized in that : an inner portion of the ink cartridge is sealed by a sealing member provided at the inversion body and a sealed surface of the ink cartridge receiving the sealing member is formed in a tapered shape.
A dispensing system comprising: a product dispenser comprising: a housing comprising (i) a primary roll holder configured to hold a first roll and (ii) a stub roll holder configured to hold the first roll as a second roll when an amount remaining of the first roll is in a threshold range; a dispensing mechanism coupled to the housing and configured to dispense from the stub roll holder until the second roll is depleted and thereafter dispense from the primary roll holder ; a dispenser counter , characterised by the dispenser counter configured to count a number of combined dispenses of the first and second rolls; and a data communication device configured to transmit the number of combined dispenses; and a data processing system configured to: receive the number of combined dispenses from the data communication device ; determine available dispenses of the second roll based on the number of combined dispenses and a maximum number of dispenses of the first roll ; and determine an expected depletion date of the first and second rolls based on the number of combined dispenses, the available dispenses of the second roll and the maximum number of dispenses of the first roll . a housing comprising (i) a primary roll holder configured to hold a first roll and (ii) a stub roll holder configured to hold the first roll as a second roll when an amount remaining of the first roll is in a threshold range; a dispensing mechanism coupled to the housing and configured to dispense from the stub roll holder until the second roll is depleted and thereafter dispense from the primary roll holder ; a dispenser counter , characterised by the dispenser counter configured to count a number of combined dispenses of the first and second rolls; and a data communication device configured to transmit the number of combined dispenses; and a data processing system configured to: receive the number of combined dispenses from the data communication device ; determine available dispenses of the second roll based on the number of combined dispenses and a maximum number of dispenses of the first roll ; and determine an expected depletion date of the first and second rolls based on the number of combined dispenses, the available dispenses of the second roll and the maximum number of dispenses of the first roll . receive the number of combined dispenses from the data communication device ; determine available dispenses of the second roll based on the number of combined dispenses and a maximum number of dispenses of the first roll ; and determine an expected depletion date of the first and second rolls based on the number of combined dispenses, the available dispenses of the second roll and the maximum number of dispenses of the first roll .
A spiral heat exchanger characterized by : first spiral channels configured to form rows and columns (r2, c1; r4, c1; r6, c1; r8, c1; r10, c1; r2, c3; r4, c3; r6, c3; r8, c3; r10, c3; r2, c5; r4, c5; r6, c5; r8, c5; r10, c5; ...; r2, c17; r4, c17; r6, c17; r8, c17; r10, c17; and r2, c19; r4, c19; r6, c19; r8, c19; r10, c19) of coiled hot fluid pathways to receive hot fluid; and second spiral channels configured to form corresponding rows and columns (r1, c18; r3, c18; r5, c18; r7, c18; r9, c18; r11, c18; r1, c16; r3, c16; r5, c16; r7, c16; r9, c16; r11, c16; r1, c14; r3, c14; r5, c14; r7, c14; r9, c14; r11, c14; ...; r1, c4; r3, c4; r5, c4; r7, c4; r9, c4; r11, c4; and r1, c2; r3, c2; r5, c2; r7, c2; r9, c2; r11, c2) of coiled cold fluid pathways to receive cold fluid having a temperature less than the hot fluid; characterised in the first spiral channels and the second spiral channels being configured to alternate every other row and column so as to form a matrix of alternating rows and columns of coiled hot and cold fluid pathways separated by alternating coiled walls that act as both fluid separators and conduits through which heat is transferred between the hot fluid and cold fluid. first spiral channels configured to form rows and columns (r2, c1; r4, c1; r6, c1; r8, c1; r10, c1; r2, c3; r4, c3; r6, c3; r8, c3; r10, c3; r2, c5; r4, c5; r6, c5; r8, c5; r10, c5; ...; r2, c17; r4, c17; r6, c17; r8, c17; r10, c17; and r2, c19; r4, c19; r6, c19; r8, c19; r10, c19) of coiled hot fluid pathways to receive hot fluid; and second spiral channels configured to form corresponding rows and columns (r1, c18; r3, c18; r5, c18; r7, c18; r9, c18; r11, c18; r1, c16; r3, c16; r5, c16; r7, c16; r9, c16; r11, c16; r1, c14; r3, c14; r5, c14; r7, c14; r9, c14; r11, c14; ...; r1, c4; r3, c4; r5, c4; r7, c4; r9, c4; r11, c4; and r1, c2; r3, c2; r5, c2; r7, c2; r9, c2; r11, c2) of coiled cold fluid pathways to receive cold fluid having a temperature less than the hot fluid; characterised in the first spiral channels and the second spiral channels being configured to alternate every other row and column so as to form a matrix of alternating rows and columns of coiled hot and cold fluid pathways separated by alternating coiled walls that act as both fluid separators and conduits through which heat is transferred between the hot fluid and cold fluid.
An authentication document , comprising: a document body with a document surface , wherein the document surface comprises a document feature of the authentication document; a light-transparent layer , which is arranged on the document surface of the document body , wherein the light-transparent layer comprises an image detector for recording an image of the document feature ; and a communication interface for outputting the image recording. a document body with a document surface , wherein the document surface comprises a document feature of the authentication document; a light-transparent layer , which is arranged on the document surface of the document body , wherein the light-transparent layer comprises an image detector for recording an image of the document feature ; and a communication interface for outputting the image recording.
A push-to-connect and pull-to-disconnect quick coupling comprising: a) a female socket having an open end to receive a male plug , a recess to accept a first detent and holes to contain a second detent ; b) a shuttle slidable along the outside of the socket , said shuttle having holes to contain the first detent ; c) a collar slidable along the outside of both the female socket and shuttle , the collar having a recess for the first detent and a ramp for the second detent ; d) a spring compressed between the collar and the shuttle ; e) a male plug insertable into the female socket , said plug having a recess for the second detent ; f) wherein a stable connected state is established when the plug is inserted into the female socket and the collar , initially pushed by the male plug , automatically slides to a locked position; g) and wherein a stable disconnected state is reached by manually pulling the collar toward the open end of the socket . a) a female socket having an open end to receive a male plug , a recess to accept a first detent and holes to contain a second detent ; b) a shuttle slidable along the outside of the socket , said shuttle having holes to contain the first detent ; c) a collar slidable along the outside of both the female socket and shuttle , the collar having a recess for the first detent and a ramp for the second detent ; d) a spring compressed between the collar and the shuttle ; e) a male plug insertable into the female socket , said plug having a recess for the second detent ; f) wherein a stable connected state is established when the plug is inserted into the female socket and the collar , initially pushed by the male plug , automatically slides to a locked position; g) and wherein a stable disconnected state is reached by manually pulling the collar toward the open end of the socket .
A method of forming a Pb-free perovskite film, the method comprising: first depositing, based on vacuum evaporation in a vacuum evaporation system, a first material comprising Sn halide on a substrate to form a first layer; second depositing, based on vacuum evaporation in the vacuum evaporation system, a second material comprising organic halide to form a second layer on the first layer to obtain a sequentially-deposited two-layer film on the substrate; and transferring the sequentially-deposited two-layer film on the substrate from the vacuum evaporation system to a containment chamber after the second depositing; and annealing the sequentially-deposited two-layer film on the substrate to cause the first and second materials to inter-diffuse and react to form the Pb-free perovskite film, wherein the annealing is done in the containment chamber, the second material is deposited to form the second layer to cover the first layer for preventing the first layer from air exposure, and wherein the sequentially-deposited two-layer film is exposed to air in the transferring. first depositing, based on vacuum evaporation in a vacuum evaporation system, a first material comprising Sn halide on a substrate to form a first layer; second depositing, based on vacuum evaporation in the vacuum evaporation system, a second material comprising organic halide to form a second layer on the first layer to obtain a sequentially-deposited two-layer film on the substrate; and transferring the sequentially-deposited two-layer film on the substrate from the vacuum evaporation system to a containment chamber after the second depositing; and annealing the sequentially-deposited two-layer film on the substrate to cause the first and second materials to inter-diffuse and react to form the Pb-free perovskite film, wherein the annealing is done in the containment chamber, the second material is deposited to form the second layer to cover the first layer for preventing the first layer from air exposure, and wherein the sequentially-deposited two-layer film is exposed to air in the transferring.
An anodic bonding method between a first substrate and a second substrate comprising: • interposing an intermediate layer between the first and second substrates; • assembly of the substrates at a determined bonding temperature; • application of an electric voltage between the first and the second substrate, characterised in that said electric voltage comprises a pulsed or AC component, and in that said bonding temperature is less than 300 °C, preferably not more than 200 °C. • interposing an intermediate layer between the first and second substrates; • assembly of the substrates at a determined bonding temperature; • application of an electric voltage between the first and the second substrate, characterised in that said electric voltage comprises a pulsed or AC component, and in that said bonding temperature is less than 300 °C, preferably not more than 200 °C.
Arrangement suitable for a motor vehicle, comprising a casing, in particular of the engine block type, having first and second parts that are fastened to one another so as to be able to enclose a fluid in an internal environment of the casing, in particular oil for lubricating a mobile linkage located in the internal environment , at least one functional member located in the internal environment , at least one seal , in particular in the form of a flat gasket, intended to establish a seal with respect to a fluid at the interface between the first and second parts when the first and second parts are fastened to one another, the seal comprising, over all or part of its length, clamping elements fastening on to the seal all or part of at least one wiring harness that is suitable for establishing an electrical connection through the casing between the functional member located in the internal environment bounded by the casing and electrical wiring arranged in an environment outside the casing, the clamping elements comprising a plurality of holding tabs that are bent so as to be folded down around the wiring harness , staggered along all or part of the length of the seal considered at the interface between the first and second parts of the casing that are fastened to one another, characterized in that the clamping elements are configured so as to detachably fasten the wiring harness to the seal , the clamping elements being deformable between a bent position so as to cover the wiring harness by wrapping approximately three-quarters of the way around it, and a straightened position in which the clamping elements extend essentially linearly from that part of the seal that is intended to seal the first and second parts .
A layered construct comprising: a base; a first coating layer on the base, the first coating layer being adapted to reflect at least 60% of incident light, wherein the first coating layer exhibits an L* value (CIELAB scale) that is greater than 90; and a second coating layer over the first coating layer, the second coating layer being substantially transparent or translucent and comprising photocatalytic titanium dioxide, wherein the second coating layer exhibits an average transmission over the wavelengths of 400-700 nm of at least 50%. a base; a first coating layer on the base, the first coating layer being adapted to reflect at least 60% of incident light, wherein the first coating layer exhibits an L* value (CIELAB scale) that is greater than 90; and a second coating layer over the first coating layer, the second coating layer being substantially transparent or translucent and comprising photocatalytic titanium dioxide, wherein the second coating layer exhibits an average transmission over the wavelengths of 400-700 nm of at least 50%.
Method for a hob (10a; 10b; 10c), namely for operating the hob (10a; 10b; 10c), which has at least one variable cooking area (12a; 12b; 12c), which in at least one operating state is divided into a plurality of heating zones (16a; 16b; 16c, 34c) along at least one division direction (18a; 18b; 18c), which are each assigned, on a location-dependent basis, at least one heating parameter for heating an item of cookware (24a; 24b; 24c, 32c) placed on the heating zone (16a; 16b; 16c, 34c), wherein during the division of the cooking area (12a; 12b; 12c) into the heating zones (16a; 16b; 16c, 34c), in at least one edge region of the cooking area (12a; 12b; 12c) at least one cookware characteristic variable is taken into consideration, wherein during the division at least one cookware extent is taken into consideration, characterised in that in at least one further operating state, which in particular may be identical to the operating state, in the event of at least two placed items of cookware (24a; 24b; 24c, 32c), a division of the cooking area (12a; 12b; 12c) into heating zones (16a; 16b; 16c, 34c) is performed separately for each of the items of cookware (24a; 24b; 24c, 32c).