mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid jet head configured to jet liquid comprising: a jet section configured to jet the liquid; at least one drive circuit configured to output a drive signal (Sd) used to jet the liquid to the jet section; a differential input line (Tin1, Tin2) configured to transmit data (Dt) from an outside of the liquid jet head toward the drive circuit; a differential output line (Tin2, Tin1) configured to transmit data from the drive circuit toward the outside of the liquid jet head; characterized by a coupling part which is arranged for transmitting signals between the outside of the liquid jet head and the drive circuit, and to which the differential input line and the differential output line are individually coupled; and a detection circuit configured to perform detection of a coupling state in the coupling part using a transmission signal (Sv1, Sv2) in at least one of the differential output line and the differential input line. a jet section configured to jet the liquid; at least one drive circuit configured to output a drive signal (Sd) used to jet the liquid to the jet section; a differential input line (Tin1, Tin2) configured to transmit data (Dt) from an outside of the liquid jet head toward the drive circuit; a differential output line (Tin2, Tin1) configured to transmit data from the drive circuit toward the outside of the liquid jet head; characterized by a coupling part which is arranged for transmitting signals between the outside of the liquid jet head and the drive circuit, and to which the differential input line and the differential output line are individually coupled; and a detection circuit configured to perform detection of a coupling state in the coupling part using a transmission signal (Sv1, Sv2) in at least one of the differential output line and the differential input line.
A retrofittable controller for a building's exhaust air blower , comprising a processor unit , a data transfer unit , a memory unit , a sensor unit comprising at least one sensor adapted to measure exhaust air arriving at the exhaust air blower, a control unit adapted to regulate operation of a fan motor on the basis of a measurement conducted by the at least one sensor, a protective housing inside which the controller's units are installed, and an attachment element adapted to fasten the controller to a safety cage of the exhaust air blower, characterized in that the protective housing comprises an air inlet duct , which protrudes therefrom and is configured to be fitted inside the exhaust air blower's safety cage through an opening for inserting the air inlet duct into an interior of the safety cage formed to the safety cage , and by means of which a portion of the exhaust air arriving at the exhaust air blower is conducted into the protective housing to be analyzed by the sensor unit. a processor unit , a data transfer unit , a memory unit , a sensor unit comprising at least one sensor adapted to measure exhaust air arriving at the exhaust air blower, a control unit adapted to regulate operation of a fan motor on the basis of a measurement conducted by the at least one sensor, a protective housing inside which the controller's units are installed, and an attachment element adapted to fasten the controller to a safety cage of the exhaust air blower, characterized in that the protective housing comprises an air inlet duct , which protrudes therefrom and is configured to be fitted inside the exhaust air blower's safety cage through an opening for inserting the air inlet duct into an interior of the safety cage formed to the safety cage , and by means of which a portion of the exhaust air arriving at the exhaust air blower is conducted into the protective housing to be analyzed by the sensor unit.
An antibody or antigen binding fragment thereof that binds to FLT-3 comprising a CDRH1 having the amino acid sequence of SEQ ID NO:23, a CDRH2 having the amino acid sequence of SEQ ID NO:29, a CDRH3 having the amino acid sequence of SEQ ID NO:32, a CDRL1 having the amino acid sequence of SEQ ID NO: 14, a CDRL2 having the amino acid sequence of SEQ ID NO: 17, and a CDRL3 having the amino acid sequence of SEQ ID NO:20, wherein, optionally, the antigen-binding fragment is selected from the group consisting of Fab, Fab', F(ab') 2 , Fv, and scFv; wherein optionally the antibody comprises an Fc region that is an IgG subtype; and wherein optionally the antibody comprises an Fc region that comprises a substitution of a non-natural amino acid at amino acid position 124 of the heavy chain, and wherein the non-natural amino acid is para-acetylphenylalanine (pAF).
A container neck finish that includes: an outer surface ; an axially facing sealing surface ; a bead projecting radially outwardly from the outer surface and axially spaced from the sealing surface; and a plurality of circumferentially spaced retention elements projecting radially outwardly from the outer surface, and being located axially between the sealing surface and the bead, wherein at least one of the retention elements includes: a stop portion including a ramp portion that extends circumferentially and radially inwardly toward the neck finish outer surface, characterised in that the outer surface has a parting line , and in that the ramp portion extends circumferentially toward the parting line and converges therewith at a location within ten angular degrees of the parting line. an outer surface ; an axially facing sealing surface ; a bead projecting radially outwardly from the outer surface and axially spaced from the sealing surface; and a plurality of circumferentially spaced retention elements projecting radially outwardly from the outer surface, and being located axially between the sealing surface and the bead, wherein at least one of the retention elements includes: a stop portion including a ramp portion that extends circumferentially and radially inwardly toward the neck finish outer surface, characterised in that the outer surface has a parting line , and in that the ramp portion extends circumferentially toward the parting line and converges therewith at a location within ten angular degrees of the parting line. a stop portion including a ramp portion that extends circumferentially and radially inwardly toward the neck finish outer surface, characterised in that the outer surface has a parting line , and in that the ramp portion extends circumferentially toward the parting line and converges therewith at a location within ten angular degrees of the parting line.
A countertop appliance , comprising: a body including a pedestal ; a mixer head operably coupled to the body and defining a slot ; and an adjustment assembly operably coupled to and selectively disposed within the mixer head , the adjustment assembly including: an actuation feature defining detents and including an actuator with a first engagement member and a second engagement member ; a slider including a knob extending outwardly from the slot defined by the mixer head , wherein the knob is selectively coupled to the actuation feature ; and a barrier member operably coupled to the slider proximate to the slot defined by the mixer head and the actuation feature . a body including a pedestal ; a mixer head operably coupled to the body and defining a slot ; and an adjustment assembly operably coupled to and selectively disposed within the mixer head , the adjustment assembly including: an actuation feature defining detents and including an actuator with a first engagement member and a second engagement member ; a slider including a knob extending outwardly from the slot defined by the mixer head , wherein the knob is selectively coupled to the actuation feature ; and a barrier member operably coupled to the slider proximate to the slot defined by the mixer head and the actuation feature . an actuation feature defining detents and including an actuator with a first engagement member and a second engagement member ; a slider including a knob extending outwardly from the slot defined by the mixer head , wherein the knob is selectively coupled to the actuation feature ; and a barrier member operably coupled to the slider proximate to the slot defined by the mixer head and the actuation feature .
A conveyor pan for use in mining applications, in particular, for a chain scraper conveyor, comprising: a bottom plate ; and a pair of side profiles configured to be fixed to the bottom plate by welding, each of the pair of side profiles comprising at least one profile rail extending along a longitudinal direction (Z) with a substantially T-shaped cross-section and including a profile flange extending in a transverse direction (X) and a profile web extending from the profile flange towards bottom plate , wherein the profile web includes a recess formed in a distal end of the same, the recess extending from a side surface of the profile web to a bottom surface of the profile web , characterized in that , at least part of the recess extending at an angle (α) of less than 40° with respect to the transverse direction (X), and wherein the ratio of a width (w) of the bottom surface to a depth (d) of the recess when viewed in a direction perpendicular to the transverse direction (X) is between 0.08 and 0.4, in particular, between 0.13 and 0.37. a bottom plate ; and a pair of side profiles configured to be fixed to the bottom plate by welding, each of the pair of side profiles comprising at least one profile rail extending along a longitudinal direction (Z) with a substantially T-shaped cross-section and including a profile flange extending in a transverse direction (X) and a profile web extending from the profile flange towards bottom plate , wherein the profile web includes a recess formed in a distal end of the same, the recess extending from a side surface of the profile web to a bottom surface of the profile web , characterized in that , at least part of the recess extending at an angle (α) of less than 40° with respect to the transverse direction (X), and wherein the ratio of a width (w) of the bottom surface to a depth (d) of the recess when viewed in a direction perpendicular to the transverse direction (X) is between 0.08 and 0.4, in particular, between 0.13 and 0.37.
A medicament delivery device comprising: a device housing for placing on the skin of a patient, the housing comprising a needle aperture ; a needle for injecting a medicament, the needle arranged to pass through the needle aperture ; a plurality of sensors configured to provide a signal when the housing is placed on the skin of the patient, wherein the sensors are arranged around the needle aperture ; and a retractable needle shield which is disposed around the needle aperture ; wherein the needle shield is retracted within the housing in a first position, and extends to surround the needle in a second position; and wherein the needle shield is configured to move to the second position conditional on the signal provided by the plurality of sensors . a device housing for placing on the skin of a patient, the housing comprising a needle aperture ; a needle for injecting a medicament, the needle arranged to pass through the needle aperture ; a plurality of sensors configured to provide a signal when the housing is placed on the skin of the patient, wherein the sensors are arranged around the needle aperture ; and a retractable needle shield which is disposed around the needle aperture ; wherein the needle shield is retracted within the housing in a first position, and extends to surround the needle in a second position; and wherein the needle shield is configured to move to the second position conditional on the signal provided by the plurality of sensors .
A link for a conveyor belt, comprising: a first longitudinal end and a second longitudinal end; a first laterally aligned, rod receiving aperture proximate to the first longitudinal end of the link , and a second laterally aligned, rod receiving aperture proximate to the second longitudinal end of the link ; the first rod receiving aperture forming a rod insertion pathway configured to receive a connecting rod ; and a resilient projection proximate at least one lateral end of the link ; wherein, in a first, undeflected position, the resilient projection prevents insertion and removal of a connecting rod through the first rod receiving aperture along the rod insertion pathway; the resilient projection is movable to a second, deflected position, characterized in that the resilient projection may be deflected in two opposite directions, and in that when the projection is deflected in a first direction perpendicular to the substantially lateral direction or a second, opposite direction perpendicular to the substantially lateral direction, the projection allows insertion and removal of a connecting rod through the first rod receiving aperture . a first longitudinal end and a second longitudinal end; a first laterally aligned, rod receiving aperture proximate to the first longitudinal end of the link , and a second laterally aligned, rod receiving aperture proximate to the second longitudinal end of the link ; the first rod receiving aperture forming a rod insertion pathway configured to receive a connecting rod ; and a resilient projection proximate at least one lateral end of the link ; wherein, in a first, undeflected position, the resilient projection prevents insertion and removal of a connecting rod through the first rod receiving aperture along the rod insertion pathway; the resilient projection is movable to a second, deflected position, characterized in that the resilient projection may be deflected in two opposite directions, and in that when the projection is deflected in a first direction perpendicular to the substantially lateral direction or a second, opposite direction perpendicular to the substantially lateral direction, the projection allows insertion and removal of a connecting rod through the first rod receiving aperture .
A plate for a heat exchanger, intended to be disposed in a plate stack , the plate comprising: - a main panel having a first edge , a second edge , opposite to the first edge , a third edge , and a fourth edge , opposite to the third edge , - at least one first rib protruding from the main panel and able to delimit, with the main panel and an adjacent plate, a fluid circulation path, and - a first junction panel extending from the third edge , characterised in that the first rib extends from the first edge of the main panel toward the second edge , without extending until the second edge , so as to provide a first fluid passage between one end of the first rib and the second edge where the fluid circulation path forms a first baffle (C), and in that the first junction panel has a fluid inlet opening allowing entry of the fluid to the circulation path. - a main panel having a first edge , a second edge , opposite to the first edge , a third edge , and a fourth edge , opposite to the third edge , - at least one first rib protruding from the main panel and able to delimit, with the main panel and an adjacent plate, a fluid circulation path, and - a first junction panel extending from the third edge ,
A cooking apparatus comprising: a frame having a cooking chamber ; a burner cover provided in the frame to form a combustion chamber (C); a burner provided within the combustion chamber (C); a fan provided at an outside of the burner cover in the frame ; and a fan cover configured to cover the fan and the burner cover , wherein the frame comprises an air introduction hole through which air outside the frame is introduced into the frame , the burner cover comprises a fan accommodation portion in which at least a part of the fan is accommodated, wherein the burner cover covers the air introduction hole , characterized in that the burner cover comprising an air introduction guide having a plurality of air introduction openings through which the air passed through the air introduction hole is introduced into the combustion chamber (C), wherein the burner cover comprises a first cover which has the fan accommodation portion , and a second cover which is coupled to the first cover and having the air introduction guide , wherein the fan accommodation portion is formed by recessing a part of the burner cover toward the frame , and wherein the air introduction guide extends toward the fan , and the fan accommodation portion being in contact with the air introduction guide . a frame having a cooking chamber ; a burner cover provided in the frame to form a combustion chamber (C); a burner provided within the combustion chamber (C); a fan provided at an outside of the burner cover in the frame ; and a fan cover configured to cover the fan and the burner cover , wherein the frame comprises an air introduction hole through which air outside the frame is introduced into the frame , the burner cover comprises a fan accommodation portion in which at least a part of the fan is accommodated, wherein the burner cover covers the air introduction hole , wherein the burner cover comprises a first cover which has the fan accommodation portion , and a second cover which is coupled to the first cover and having the air introduction guide , wherein the fan accommodation portion is formed by recessing a part of the burner cover toward the frame , and wherein the air introduction guide extends toward the fan , and the fan accommodation portion being in contact with the air introduction guide .
A method comprising: receiving sensor data from an arrangement of sensors removably attached to an eyelid , wherein the arrangement of the sensors comprises an inner sensor positioned inwards relative to a user's face and an outer sensor positioned outward relative to the user's face and the inner sensor , wherein the inner and outer sensors are piezoelectric sensors; based on the received sensor data, generating eyeball movement data by differentiating first directional data from second directional data, wherein the first directional data is defined based on an x-axis associated with the inner sensor and the outer sensor , and the second directional data is defined based on a y-axis substantially orthogonal to the x-axis and extending vertically relative to the user's face; determining whether the first directional data is indicative of a saccadic movement; and preventing the second directional data from being attributed to eyeball movement in the event that the first directional data is determined to be indicative of saccadic movement. receiving sensor data from an arrangement of sensors removably attached to an eyelid , wherein the arrangement of the sensors comprises an inner sensor positioned inwards relative to a user's face and an outer sensor positioned outward relative to the user's face and the inner sensor , wherein the inner and outer sensors are piezoelectric sensors; based on the received sensor data, generating eyeball movement data by differentiating first directional data from second directional data, wherein the first directional data is defined based on an x-axis associated with the inner sensor and the outer sensor , and the second directional data is defined based on a y-axis substantially orthogonal to the x-axis and extending vertically relative to the user's face; determining whether the first directional data is indicative of a saccadic movement; and preventing the second directional data from being attributed to eyeball movement in the event that the first directional data is determined to be indicative of saccadic movement.
A motion capture system comprising: a plurality of cameras , each camera fixedly mounted so as to be directed towards a target scene; and a processing unit configured to perform processing using image data from each of the plurality of cameras , characterized in that : each of the cameras comprises an accelerometer and the processing unit is configured to perform processing that is dependent on an output from the accelerometers , and the processing unit is configured to: detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera ; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold. a plurality of cameras , each camera fixedly mounted so as to be directed towards a target scene; and a processing unit configured to perform processing using image data from each of the plurality of cameras , characterized in that : each of the cameras comprises an accelerometer and the processing unit is configured to perform processing that is dependent on an output from the accelerometers , and the processing unit is configured to: detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera ; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold. each of the cameras comprises an accelerometer and the processing unit is configured to perform processing that is dependent on an output from the accelerometers , and the processing unit is configured to: detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera ; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold. detect a change in an orientation of any of the cameras based on an output from the accelerometers by detecting a change in the direction of gravity relative to that camera ; and indicate that a camera has been disturbed significantly and that checking of the mounting and/or recalibration is necessary if the detected change in the orientation of the camera is larger than a predetermined threshold.
A torque bearing attachment for a passenger seat, the attachment comprising: an elongated body comprising a flat upper surface; a first bearing element configured for connecting the torque bearing attachment with a passenger seat frame and connected with the elongated body at a first end of the elongated body ; a second bearing element configured for connecting the torque bearing attachment with the passenger seat frame and connected with the elongated body at a second end of the elongated body opposite the first end; and characterized in that the elongated body comprises a hollow conduit and a concave lower surface and in that the torque bearing attachment further comprises: one or more connecting features positioned at a forward edge of the elongated body between the first end and second end, and configured to receive an aft end of a seat bottom panel . an elongated body comprising a flat upper surface; a first bearing element configured for connecting the torque bearing attachment with a passenger seat frame and connected with the elongated body at a first end of the elongated body ; a second bearing element configured for connecting the torque bearing attachment with the passenger seat frame and connected with the elongated body at a second end of the elongated body opposite the first end; and characterized in that the elongated body comprises a hollow conduit and a concave lower surface and in that the torque bearing attachment further comprises: one or more connecting features positioned at a forward edge of the elongated body between the first end and second end, and configured to receive an aft end of a seat bottom panel .