mhurhangee/patent-ind-claim-en huggingface dataset:
A pack of tissue paper rolls, comprising a plurality of rolls (R) of tissue paper that are arranged adjacent to one another with the respective axes parallel to, or coinciding with, one another, and are wrapped in a plastic film ; the plastic film laterally wraps the rolls and is arranged with a first (1.1) and a second (1.2) longitudinal edge folded and closed onto two approximately flat opposite surfaces, which are defined by bases of the tissue paper rolls; wherein the plastic film comprises a first transverse edge (1.3) and a second transverse edge (1.4) extending from one flat surface to the other , one (1.4) of said first transverse edge and second transverse edge being outside the pack and the other transverse edge (1.3) being inside the pack; characterised in that a line-shaped element having a first end and a second end is applied to a surface of the plastic film; wherein at least one of said first end and second end of the line-shaped element is arranged near, or at the transverse edge (1.4) of the plastic film outside the pack; and wherein the line-shaped element completely surrounds the pack and wherein a member is applied to the plastic film to prevent the plastic film from breaking, said member being applied along the line-shaped element .
A system configured to detect sensor faults, the system comprising: a processor ; and a memory comprising computer-executable instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising: monitoring outputs of a volumetric sensor and a light curtain sensor ; determining whether the outputs of the volumetric sensor and the light curtain sensor follow an expected pattern ; and based at least in part on determining that the outputs of the volumetric sensor and the light curtain sensor do not follow the expected pattern, wherein the expected pattern includes a maximum elapsed time between an output from a first one of the volumetric sensor and the light curtain sensor and an output from a second one of the volumetric sensor and the light curtain sensor: identifying that the volumetric sensor or the light curtain sensor is not following the expected pattern ; and transmitting a notification indicating that the volumetric sensor or the light curtain sensor is exhibiting unexpected behaviour . a processor ; and a memory comprising computer-executable instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising: monitoring outputs of a volumetric sensor and a light curtain sensor ; determining whether the outputs of the volumetric sensor and the light curtain sensor follow an expected pattern ; and based at least in part on determining that the outputs of the volumetric sensor and the light curtain sensor do not follow the expected pattern, wherein the expected pattern includes a maximum elapsed time between an output from a first one of the volumetric sensor and the light curtain sensor and an output from a second one of the volumetric sensor and the light curtain sensor: identifying that the volumetric sensor or the light curtain sensor is not following the expected pattern ; and transmitting a notification indicating that the volumetric sensor or the light curtain sensor is exhibiting unexpected behaviour . monitoring outputs of a volumetric sensor and a light curtain sensor ; determining whether the outputs of the volumetric sensor and the light curtain sensor follow an expected pattern ; and based at least in part on determining that the outputs of the volumetric sensor and the light curtain sensor do not follow the expected pattern, wherein the expected pattern includes a maximum elapsed time between an output from a first one of the volumetric sensor and the light curtain sensor and an output from a second one of the volumetric sensor and the light curtain sensor: identifying that the volumetric sensor or the light curtain sensor is not following the expected pattern ; and transmitting a notification indicating that the volumetric sensor or the light curtain sensor is exhibiting unexpected behaviour . identifying that the volumetric sensor or the light curtain sensor is not following the expected pattern ; and transmitting a notification indicating that the volumetric sensor or the light curtain sensor is exhibiting unexpected behaviour .
A microfluidic device for detection of at least one biological cell within a fluid, the device comprising a sample chamber for receiving the fluid, a detection chamber , and a waste reservoir , each of the sample chamber, detection chamber and waste reservoir being in fluid communication with one another such that the received fluid can pass from the sample chamber through the detection chamber to the waste reservoir , the microfluidic device further comprising a substrate having a first surface defining entrances to a plurality of chambers defined in the substrate, the plurality of chambers forming a microcavity array within the detection chamber , surfaces of the chambers of the microcavity array defining a second surface of the substrate, the first surface being modified for selective targeting and capture of the at least one biological cell to operably effect a blocking of the entrance to at least one of the chambers of the microcavity array by plugging an inside of the chamber or by being immobilised across the opening of the chamber thereby blocking an opening to the chamber, the device further comprising an electrode arrangement configured to provide an electrochemical output response characteristic and wherein the electrochemical output response characteristic of the microfluidic device as provided by the electrode arrangement is operably varied by the blocking of the entrance to the at least one of the chambers by the biological cell, thereby providing an indication of the presence of the analyte within the fluid.
A flexible coupling, comprising: a flexure; a first drive member having a body , a seat and an angular stop and defining an axis and connected to the flexure; a second drive member defining an axis and connected to the flexure on a side of the flexure opposite the first drive member; and said angular stop being fixed within the first drive member and extending through at least a portion of the second drive member, at least a portion of the second drive member axially overlapping the angular stop , wherein the angular stop has a first position (I) and a second position (II), the angular stop being radially separated from the second drive member in the first position (I), the angular stop contacting the second drive member in the second position (II), and wherein a radial gap is provided that separates angular stop from said seat , flexure and a portion of said second drive member , wherein said radial gap defined between said first position I and said second position II is selected to limit angular misalignment of the first drive member axis relative to the second drive member axis while transmitting torque between the first and second drive members and to prevent overstress of the flexure during installation and removal of the flexible coupling from a drive train. a flexure; a first drive member having a body , a seat and an angular stop and defining an axis and connected to the flexure; a second drive member defining an axis and connected to the flexure on a side of the flexure opposite the first drive member; and said angular stop being fixed within the first drive member and extending through at least a portion of the second drive member, at least a portion of the second drive member axially overlapping the angular stop , wherein the angular stop has a first position (I) and a second position (II), the angular stop being radially separated from the second drive member in the first position (I), the angular stop contacting the second drive member in the second position (II), and wherein a radial gap is provided that separates angular stop from said seat , flexure and a portion of said second drive member , wherein said radial gap defined between said first position I and said second position II is selected to limit angular misalignment of the first drive member axis relative to the second drive member axis while transmitting torque between the first and second drive members and to prevent overstress of the flexure during installation and removal of the flexible coupling from a drive train.
A bone positioning guide comprising: a bone engagement member configured to engage a first metatarsal of a foot; a tip configured to engage a second bone different than the first metatarsal; a mechanism configured to urge the bone engagement member and the tip towards each other; and an actuator configured to actuate the mechanism , wherein actuating the mechanism is configured to cause the first metatarsal engaged with the bone engagement member to move to correct an alignment of the first metatarsal in more than one plane with respect to the second bone in contact with the tip , including about an axis in a frontal plane. a bone engagement member configured to engage a first metatarsal of a foot; a tip configured to engage a second bone different than the first metatarsal; a mechanism configured to urge the bone engagement member and the tip towards each other; and an actuator configured to actuate the mechanism , wherein actuating the mechanism is configured to cause the first metatarsal engaged with the bone engagement member to move to correct an alignment of the first metatarsal in more than one plane with respect to the second bone in contact with the tip , including about an axis in a frontal plane.
Process for producing a metal sheet or a sheet metal component composed of a magnesium-based alloy, comprising the following sequential steps: a) production of a melt containing, in percent by weight, from 0.35% to 0.95% of aluminium, from 0.1% to 0.6% of calcium, from 0.1% to 0.6% of manganese, and magnesium and production-related impurities as balance; b) production of a cast strip (10") by means of casting-rolling with rapid solidification; c) homogenization heat treatment of the cast strip (10") d) hot rolling of the cast strip (10") in a plurality of passes (I-IX) to final thickness to give a metal sheet . a) production of a melt containing, in percent by weight, from 0.35% to 0.95% of aluminium, from 0.1% to 0.6% of calcium, from 0.1% to 0.6% of manganese, and magnesium and production-related impurities as balance; b) production of a cast strip (10") by means of casting-rolling with rapid solidification; c) homogenization heat treatment of the cast strip (10") d) hot rolling of the cast strip (10") in a plurality of passes (I-IX) to final thickness to give a metal sheet .
A light emitting device comprising: a substrate ; a first conductivity type semiconductor layer disposed on the substrate; an active layer disposed on the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer disposed on the active layer, wherein the first conductivity type semiconductor layer comprises a first layer provided at the upper surface thereof with a plurality of notches , a second layer disposed on the first layer and a third layer disposed on the second layer, wherein the upper surface of the second layer is even, wherein the first conductivity type semiconductor layer further comprises a blocking layer between the first layer and the second layer , wherein a first electrode is disposed on the first layer , characterized in that openings of the notches are disposed above a contact surface of the first electrode and the first layer , and in that the blocking layer is disposed along the notches such that the second layer of the first conductivity type semiconductor layer has a bottom surface having a shape corresponding to the notches on the upper surface of the first layer . a substrate ; a first conductivity type semiconductor layer disposed on the substrate; an active layer disposed on the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer disposed on the active layer, wherein the first conductivity type semiconductor layer comprises a first layer provided at the upper surface thereof with a plurality of notches , a second layer disposed on the first layer and a third layer disposed on the second layer, wherein the upper surface of the second layer is even, wherein the first conductivity type semiconductor layer further comprises a blocking layer between the first layer and the second layer , wherein a first electrode is disposed on the first layer , characterized in that openings of the notches are disposed above a contact surface of the first electrode and the first layer , and in that the blocking layer is disposed along the notches such that the second layer of the first conductivity type semiconductor layer has a bottom surface having a shape corresponding to the notches on the upper surface of the first layer .
A composition comprising Tisochrysis lutea for use in preventing or treating dry eye syndrome.
An antenna module, comprising: a first radiator ; a conductive sheet , connected to the first radiator ; a ground feeding point , connected to the conductive sheet ; a first feeding point , connected to the first radiator ; and at least one second feeding point , spaced apart from the first feeding point , and connected to the conductive sheet at a position different from the ground feeding point , wherein the first feeding point , the first radiator , the conductive sheet , and the ground feeding point form a first path for radiating and receiving radio signals in a first frequency band, the second feeding point , the conductive sheet , and the first radiator form a second path for radiating and receiving radio signals in a second frequency band; and wherein a central frequency of the first frequency band is not equal to that of the second frequency band, wherein the conductive sheet and the first radiator are shared by the paths corresponding to the first frequency band and the second frequency band, and characterized in that the ground feeding point is connected to an end of the conductive sheet away from the first radiator . a first radiator ; a conductive sheet , connected to the first radiator ; a ground feeding point , connected to the conductive sheet ; a first feeding point , connected to the first radiator ; and at least one second feeding point , spaced apart from the first feeding point , and connected to the conductive sheet at a position different from the ground feeding point , wherein the first feeding point , the first radiator , the conductive sheet , and the ground feeding point form a first path for radiating and receiving radio signals in a first frequency band, the second feeding point , the conductive sheet , and the first radiator form a second path for radiating and receiving radio signals in a second frequency band; and wherein a central frequency of the first frequency band is not equal to that of the second frequency band, wherein the conductive sheet and the first radiator are shared by the paths corresponding to the first frequency band and the second frequency band, and characterized in that the ground feeding point is connected to an end of the conductive sheet away from the first radiator .
A RFID tag configured to transmit a predetermined code (3 A-K ) as a RF backscattered radiation in response to an impinging RF signal , wherein the RFID tag is configured to react to an impinging signal at a predetermined reference frequency with a reference backscattered signal (2 R ), characterized in that the RFID tag is further configured to react to an impinging signal at any of a group of transmission frequencies with coding backscattered signals (2 A-G ) whose amplitudes (20 A , 20 B , 20 R ) relative to the amplitude (20 R ) of the reference backscattered signal define the code (3 A-K ); the group of transmission frequencies comprises at least a transmission frequency , preferably the group of transmission frequencies comprises a plurality of transmission frequencies ; more preferably the number of transmission frequencies being a power of 2.
A luminaire comprising a receptacle socket assembly mounted in an opening of a wall of the luminaire, said receptacle socket assembly comprising: - a receptacle extending in the opening, said receptacle having a front side for being located at an external side of the wall, a rear side for being located at an internal side of the wall and a peripheral side between the front side and the rear side, said receptacle housing a plurality of receptacle contacts and said front side being configured for receiving external contacts of an external module such that the external contacts contact the receptacle contacts; - at least one peripheral body (200; 200a, 200b) arranged around the peripheral side of the receptacle and coupled in such a manner with the wall that the at least one peripheral body is non-rotatable relative to the wall; - wherein the at least one peripheral body (200; 200a, 200b) and the peripheral side of the receptacle are coupled such that the receptacle is non-rotatable relative to the at least one peripheral body; wherein the receptacle socket assembly further comprises a nut , wherein the peripheral side of the receptacle is provided near the rear side with a screw thread cooperating with the nut to fix the receptacle in the opening, characterized in that the at least one peripheral body is inserted between the wall and the nut . - a receptacle extending in the opening, said receptacle having a front side for being located at an external side of the wall, a rear side for being located at an internal side of the wall and a peripheral side between the front side and the rear side, said receptacle housing a plurality of receptacle contacts and said front side being configured for receiving external contacts of an external module such that the external contacts contact the receptacle contacts; - at least one peripheral body (200; 200a, 200b) arranged around the peripheral side of the receptacle and coupled in such a manner with the wall that the at least one peripheral body is non-rotatable relative to the wall; - wherein the at least one peripheral body (200; 200a, 200b) and the peripheral side of the receptacle are coupled such that the receptacle is non-rotatable relative to the at least one peripheral body;
A system for wiping a face of a printhead movable along a path in a scanning direction, the system comprising: a stationary wiper positioned across the path to wipe across a face of the printhead in the printhead scanning direction, the stationary wiper being configured to be stationary while the printhead moves during wiping of the printhead, and/or a helical wiper simultaneously rotatable, about an axis of rotation perpendicular to the scanning direction, against the face of the printhead and translatable along the face of the printhead in a direction perpendicular to the scanning direction to wipe ink off to the side of the printhead; and a movable web of cleaning material near the stationary wiper to wipe along the face of the printhead perpendicular to the printhead scanning direction after wiping with the stationary wiper and/or the helical wiper . a stationary wiper positioned across the path to wipe across a face of the printhead in the printhead scanning direction, the stationary wiper being configured to be stationary while the printhead moves during wiping of the printhead, and/or a helical wiper simultaneously rotatable, about an axis of rotation perpendicular to the scanning direction, against the face of the printhead and translatable along the face of the printhead in a direction perpendicular to the scanning direction to wipe ink off to the side of the printhead; and a movable web of cleaning material near the stationary wiper to wipe along the face of the printhead perpendicular to the printhead scanning direction after wiping with the stationary wiper and/or the helical wiper .
A method for preparing a surface of a YAG crystal for thermal bonding, the method comprising: i) performing an ion implantation process to introduce nitrogen into a mating surface layer of the YAG crystal , wherein the mating surface layer of the YAG crystal is an amorphous polished surface layer, to replace depleted oxygen therein so as to activate the mating surface layer of the YAG crystal , and to perturb and change a surface potential of the mating surface layer ; ii) metallizing the ion implanted mating surface layer, wherein the ion implanted mating surface layer provides desired wettability, adhesion, and surface void characteristics to provide efficient interfacial heat transfer between the YAG crystal and a thermal management device ; and iii) joining the metallized ion implanted mating surface layer with the thermal management device , the thermal management device configured to dissipate heat from the YAG crystal . i) performing an ion implantation process to introduce nitrogen into a mating surface layer of the YAG crystal , wherein the mating surface layer of the YAG crystal is an amorphous polished surface layer, to replace depleted oxygen therein so as to activate the mating surface layer of the YAG crystal , and to perturb and change a surface potential of the mating surface layer ; ii) metallizing the ion implanted mating surface layer, wherein the ion implanted mating surface layer provides desired wettability, adhesion, and surface void characteristics to provide efficient interfacial heat transfer between the YAG crystal and a thermal management device ; and iii) joining the metallized ion implanted mating surface layer with the thermal management device , the thermal management device configured to dissipate heat from the YAG crystal .
Weeding harrow for soil working, comprising - a chassis ; - a frame structure connected to the chassis ; - a plurality of rows of tines arranged one behind the other with respect to the longitudinal direction (x) of the weeding harrow and each having a plurality of tines arranged next to one another in the transverse direction (y) of the weeding harrow for working the soil; - wherein the rows of tines are pivotally mounted to the frame structure in a coupled manner so that pivoting of the rows of tines causes synchronous pivoting of the tines between positions that are extended to different extents; characterised in that - the weeding harrow has precisely one adjustable stop which, depending on how far it is extended or retracted, limits the pivoting movement of the rows of tines and thus a working depth of the tines . - a chassis ; - a frame structure connected to the chassis ; - a plurality of rows of tines arranged one behind the other with respect to the longitudinal direction (x) of the weeding harrow and each having a plurality of tines arranged next to one another in the transverse direction (y) of the weeding harrow for working the soil; - wherein the rows of tines are pivotally mounted to the frame structure in a coupled manner so that pivoting of the rows of tines causes synchronous pivoting of the tines between positions that are extended to different extents; characterised in that - the weeding harrow has precisely one adjustable stop which, depending on how far it is extended or retracted, limits the pivoting movement of the rows of tines and thus a working depth of the tines .