mhurhangee/ep-ind-claims huggingface dataset:
A marker for estimating the posture of an object, comprising: a first visual line angle estimation means for estimating a visual line angle around at least one axis with respect to the object; and a second visual line angle estimation means for estimating the visual line angle around the axis, the second visual line angle estimation means having a resolution of the visual line angle higher than that of the first visual line angle estimation means, wherein the first and second visual line angle estimation means (VS1, VH1) consist of a lenticular lens or a lens array provided on a stripe pattern, wherein the lenticular lens or the lens array as the first visual line angle estimation means has a lens pitch p and a focal distance f, wherein the lenticular lens or the lens array as the second visual line angle estimation means has a ratio (p/f) between the lens pitch (p) and the focal distance (f) according to tan(tan -1 (p/f)/n), where n is a number larger than 1. a first visual line angle estimation means for estimating a visual line angle around at least one axis with respect to the object; and a second visual line angle estimation means for estimating the visual line angle around the axis, the second visual line angle estimation means having a resolution of the visual line angle higher than that of the first visual line angle estimation means, wherein the first and second visual line angle estimation means (VS1, VH1) consist of a lenticular lens or a lens array provided on a stripe pattern, wherein the lenticular lens or the lens array as the first visual line angle estimation means has a lens pitch p and a focal distance f, wherein the lenticular lens or the lens array as the second visual line angle estimation means has a ratio (p/f) between the lens pitch (p) and the focal distance (f) according to tan(tan -1 (p/f)/n), where n is a number larger than 1.
A method for producing a ketene-derived acetylated compound, comprising: a step (i) of conducting thermal decomposition reaction of acetic acid in the presence of a phosphorus-containing catalyst in a reactor to produce a thermal decomposition gas containing ketene, a step (ii) of cooling the thermal decomposition gas to be separated into a gaseous component containing ketene, and a condensed liquid containing a phosphorus compound (a), and a step (iii) of causing the ketene to react with a different organic compound having a carboxyl group, a hydroxyl group, or an amino group to produce an acetylated compound in which the carboxyl group, the hydroxyl group, or the amino group is acetylated, wherein the step (i) includes: conducting the thermal decomposition reaction while supplying, into the reactor, the condensed liquid containing the phosphorus compound (a) or a concentrated liquid of the condensed liquid containing the phosphorus compound (a), and wherein the phosphorus compound (a) is an oxo acid of phosphorus, an oxo acid of any alkylated phosphorus, or a salt of phosphoric acid. a step (i) of conducting thermal decomposition reaction of acetic acid in the presence of a phosphorus-containing catalyst in a reactor to produce a thermal decomposition gas containing ketene, a step (ii) of cooling the thermal decomposition gas to be separated into a gaseous component containing ketene, and a condensed liquid containing a phosphorus compound (a), and a step (iii) of causing the ketene to react with a different organic compound having a carboxyl group, a hydroxyl group, or an amino group to produce an acetylated compound in which the carboxyl group, the hydroxyl group, or the amino group is acetylated, wherein the step (i) includes: conducting the thermal decomposition reaction while supplying, into the reactor, the condensed liquid containing the phosphorus compound (a) or a concentrated liquid of the condensed liquid containing the phosphorus compound (a), and wherein the phosphorus compound (a) is an oxo acid of phosphorus, an oxo acid of any alkylated phosphorus, or a salt of phosphoric acid.
A method of pre-distorting a dual band signal to compensate for distortion of a power amplifier in a transmitter that transmits a first band of the dual band signal at a first carrier frequency and transmits a second band of the dual band signal at a second carrier frequency, the method comprising: tuning a first signal x 1 having first signal information to a first intermediate frequency to produce a first tuned signal, the first intermediate frequency being less than the first carrier frequency and less than the second carrier frequency; tuning a second signal x 2 having second signal information to a second intermediate frequency to produce a second tuned signal; adding the first signal to the second tuned signal to produce a third signal and adding the second signal to the first tuned signal to produce a fourth signal; inputting the third signal into a first pre-distorter applying a first set of basis functions to the third signal to produce a first pre-distorted signal at baseband, having the first signal information; and inputting the fourth signal into a second pre-distorter applying the first set of basis functions to the fourth signal to produce a second pre-distorted signal at baseband, having the second signal information. tuning a first signal x 1 having first signal information to a first intermediate frequency to produce a first tuned signal, the first intermediate frequency being less than the first carrier frequency and less than the second carrier frequency; tuning a second signal x 2 having second signal information to a second intermediate frequency to produce a second tuned signal; adding the first signal to the second tuned signal to produce a third signal and adding the second signal to the first tuned signal to produce a fourth signal; inputting the third signal into a first pre-distorter applying a first set of basis functions to the third signal to produce a first pre-distorted signal at baseband, having the first signal information; and inputting the fourth signal into a second pre-distorter applying the first set of basis functions to the fourth signal to produce a second pre-distorted signal at baseband, having the second signal information.
A body electrode comprising: a first electrode configured to stimulate a muscle of a body; a second electrode and a third electrode, the second electrode and the third electrode being configured to detect a physiological signal from the muscle that is stimulated by the first electrode; a first connection portion arranged between the first electrode and the second electrode; and a second connection portion arranged between the third electrode and one of the first electrode and the second electrode, wherein the first connection portion comprises at least one first direction changing part configured to change a direction in which the first connection portion extends in a longitudinal direction of the body electrode, such that a distance and an angle between the first electrode and the second electrode is adjustable. a first electrode configured to stimulate a muscle of a body; a second electrode and a third electrode, the second electrode and the third electrode being configured to detect a physiological signal from the muscle that is stimulated by the first electrode; a first connection portion arranged between the first electrode and the second electrode; and a second connection portion arranged between the third electrode and one of the first electrode and the second electrode, wherein the first connection portion comprises at least one first direction changing part configured to change a direction in which the first connection portion extends in a longitudinal direction of the body electrode, such that a distance and an angle between the first electrode and the second electrode is adjustable.
A component for a flow heater, the component comprising: a body that defines a first fluid conduit with a first aperture, a cover that defines a second aperture, and at least one cap that is couplable to a flow heater inset (76, 78, 80), wherein the body, the cover and the cap are connectable to form an assembled state, and wherein in the assembled state, the cover is fluid tightly connected to the body by a material connection and the cap is fluid tightly connected to the cover in such a way that the first aperture and the second aperture are in at least partial registration with one another, and the cap and the body define a second fluid conduit that comprises at least the first conduit, and, if the flow heater inset is coupled to the cap, the flow heater inset (76, 78, 80) is arrangeable at least in part in the first conduit, characterized in that the cap comprises distally, axially extending arms for exposing the cap to compression load and engaging, in the assembled state, the cover distal from the body. a body that defines a first fluid conduit with a first aperture, a cover that defines a second aperture, and at least one cap that is couplable to a flow heater inset (76, 78, 80), wherein the body, the cover and the cap are connectable to form an assembled state, and wherein in the assembled state, the cover is fluid tightly connected to the body by a material connection and the cap is fluid tightly connected to the cover in such a way that the first aperture and the second aperture are in at least partial registration with one another, and the cap and the body define a second fluid conduit that comprises at least the first conduit, and, if the flow heater inset is coupled to the cap, the flow heater inset (76, 78, 80) is arrangeable at least in part in the first conduit, characterized in that the cap comprises distally, axially extending arms for exposing the cap to compression load and engaging, in the assembled state, the cover distal from the body.
Transfer apparatus for the sliding transfer of press-in elements on a press-bound sheet-metal processing tool, having a lower coupling device which is held on a lower tool part and having an upper coupling device which is held on an upper tool part and is brought into contact with the lower coupling device during the press-cycle-bound closing of the sheet-metal processing tool such that a receiving channel present in the upper coupling device comes to overlap a transfer channel present in the lower coupling device, thereby allowing the transfer of at least one press-in element, wherein the lower coupling device has a first actuable passage barrier for the transfer channel and the upper coupling device has a second actuable passage barrier for the receiving channel, wherein the first passage barrier is formed on the lower coupling device as a first blocking slide which is movable transversely to the conveying direction (A, B) of the press-in elements, and wherein the transfer apparatus has a first blocking-slide mechanism which automatically actuates the first blocking slide when the coupling devices (200, 300) are brought into contact and in the process moves said first blocking slide from a blocking position into a releasing position, characterized in that the second passage barrier is formed on the upper coupling device as a second blocking slide which is movable transversely to the conveying direction (A, B) of the press-in elements, wherein the transfer apparatus also has a second blocking-slide mechanism which automatically actuates the second blocking slide when the coupling devices (200, 300) are brought into contact and in the process moves said second blocking slide from a releasing position into a blocking position, such that the blocking slides (250, 350) are automatically actuated alternately during the contact of the coupling devices (200, 300), in order, as a result, to allow the lock-like transfer of a defined number of press-in elements. wherein the first passage barrier is formed on the lower coupling device as a first blocking slide which is movable transversely to the conveying direction (A, B) of the press-in elements, and wherein the transfer apparatus has a first blocking-slide mechanism which automatically actuates the first blocking slide when the coupling devices (200, 300) are brought into contact and in the process moves said first blocking slide from a blocking position into a releasing position, characterized in that the second passage barrier is formed on the upper coupling device as a second blocking slide which is movable transversely to the conveying direction (A, B) of the press-in elements, wherein the transfer apparatus also has a second blocking-slide mechanism which automatically actuates the second blocking slide when the coupling devices (200, 300) are brought into contact and in the process moves said second blocking slide from a releasing position into a blocking position, such that the blocking slides (250, 350) are automatically actuated alternately during the contact of the coupling devices (200, 300), in order, as a result, to allow the lock-like transfer of a defined number of press-in elements.
A neutron detector (10, 20, 31, 33, 41) comprising: a first detecting element comprising: a Si semiconductor layer; a first electrode formed on one main surface of the Si semiconductor layer; and a second electrode formed on the other main surface of the Si semiconductor layer, wherein the Si semiconductor layer comprises a P-type impurity region in contact with the second electrode and an N-type impurity region in contact with the first electrode; and a radiator (8, 11) configured to convert incident neutrons into charged particles and arranged to face the first electrode, characterized in that: the Si semiconductor layer has a thickness of not less than 30 μm and not greater than 100 μm. a first detecting element comprising: a Si semiconductor layer; a first electrode formed on one main surface of the Si semiconductor layer; and a second electrode formed on the other main surface of the Si semiconductor layer, wherein the Si semiconductor layer comprises a P-type impurity region in contact with the second electrode and an N-type impurity region in contact with the first electrode; and a radiator (8, 11) configured to convert incident neutrons into charged particles and arranged to face the first electrode, characterized in that: the Si semiconductor layer has a thickness of not less than 30 μm and not greater than 100 μm.
A networked system for physical intrusion detection/alarm monitoring comprises: one or more computing devices, comprising processor devices and memory in communication with the processor devices, configured to receive sensory inputs from credentials or badges within a monitored premises; determine virtual groups of individuals associated with the received credential data by determining from the received inputs relative proximity of individuals to each other over periods of time; store the determined virtual groups of individuals into a list of tag locations as grouping information; modify the grouping information over time frames of configurable duration, based on the virtual groupings by changing the list of tag locations for each virtual group as virtual group membership changes; and apply rules set to the grouping information to track and detect individuals within the virtual group. receive sensory inputs from credentials or badges within a monitored premises; determine virtual groups of individuals associated with the received credential data by determining from the received inputs relative proximity of individuals to each other over periods of time; store the determined virtual groups of individuals into a list of tag locations as grouping information; modify the grouping information over time frames of configurable duration, based on the virtual groupings by changing the list of tag locations for each virtual group as virtual group membership changes; and apply rules set to the grouping information to track and detect individuals within the virtual group.
A method of fabricating a balloon catheter, comprising: providing an inner tubular member having a distal section, a distal end, and a lumen extending therein; forming a balloon having a working length, a distal neck, and a distal leg, the distal leg having a first segment with a first diameter and first wall thickness and a second segment with a second diameter and second wall thickness, the second diameter being larger than the first diameter and the second wall thickness being thinner than the first wall thickness; positioning the distal end of the inner tubular member in the balloon, with the first segment of the distal leg disposed proximate the distal section of the inner tubular member and the second segment of the distal leg extending distally beyond the distal end of the inner tubular member; heating the distal leg of the balloon to bond at least a portion of the first segment to the distal section of the inner tubular member and to reduce the second diameter of the second segment of the distal leg. providing an inner tubular member having a distal section, a distal end, and a lumen extending therein; forming a balloon having a working length, a distal neck, and a distal leg, the distal leg having a first segment with a first diameter and first wall thickness and a second segment with a second diameter and second wall thickness, the second diameter being larger than the first diameter and the second wall thickness being thinner than the first wall thickness; positioning the distal end of the inner tubular member in the balloon, with the first segment of the distal leg disposed proximate the distal section of the inner tubular member and the second segment of the distal leg extending distally beyond the distal end of the inner tubular member; heating the distal leg of the balloon to bond at least a portion of the first segment to the distal section of the inner tubular member and to reduce the second diameter of the second segment of the distal leg.
A piston rod drive arrangement for an injection device, comprising; - A piston rod having an outer surface with an outer thread which outer thread extend helically in a longitudinal direction along a centre line and which outer surface further is provided with a longitudinal extending engagement surface such that the outer surface of the piston rod has a non-circular cross-section, - A first element engaging the longitudinal extending engagement surface of the non-circular cross-section of the piston rod, - A second element having an inner thread mating the outer thread of the piston rod, such that the piston rod is moved in the longitudinal direction when the first element and the second element are rotated in relation to each other, and wherein, a resilient element formed as an integral part of the inner thread of the second element apply a force to the piston rod in the longitudinal direction. and wherein the inner thread is formed from one or more thread segments, wherein at least one thread segment terminates in a resilient arm, the resilient arm defining a helix angle different from the helix angle of the Z at least one thread segment terminating in the resilient arm, and which resilient arm abuts a crest of the outer thread on the piston rod in order to apply the force axially onto the piston rod in the longitudinal direction. - A piston rod having an outer surface with an outer thread which outer thread extend helically in a longitudinal direction along a centre line and which outer surface further is provided with a longitudinal extending engagement surface such that the outer surface of the piston rod has a non-circular cross-section, - A first element engaging the longitudinal extending engagement surface of the non-circular cross-section of the piston rod, - A second element having an inner thread mating the outer thread of the piston rod,
A display panel, comprising: a display panel body (1, 2); and an encapsulation layer disposed on the display panel body (1, 2), wherein the encapsulation layer has a gradually increasing thickness in a direction from a central position of the display panel to an edge position of the display panel, wherein the display panel body (1, 2) comprises a base substrate and one or more pixel units disposed on the base substrate, the display panel being characterized by further comprising: a pixel-defining layer being configured to define a light emitting element of the one or more pixel units and that has a gradually increasing thickness in the direction from the central position of the display panel to the edge position of the display panel. a display panel body (1, 2); and an encapsulation layer disposed on the display panel body (1, 2), wherein the encapsulation layer has a gradually increasing thickness in a direction from a central position of the display panel to an edge position of the display panel, wherein the display panel body (1, 2) comprises a base substrate and one or more pixel units disposed on the base substrate, the display panel being characterized by further comprising: a pixel-defining layer being configured to define a light emitting element of the one or more pixel units and that has a gradually increasing thickness in the direction from the central position of the display panel to the edge position of the display panel.
A system of a spectrum management entity proxy for enabling inter-frequency user equipment mobility in shared spectrum communication systems, the system comprising: a communication interface; and an electronic processor, coupled to the communication interface and configured to, for each of a plurality of base stations (110, 112), determine a location for the base station; select at least one handover candidate from the plurality of base stations based on the location and at least one base station characteristic; receive, from the base station, a spectrum allocation request via the communication interface; transmit the spectrum allocation request to a spectrum management entity via the communication interface; receive, via the communication interface, a channel allocation for the base station from the spectrum management entity; generate, based on the channel allocation of the at least one handover candidate, a neighbor channel list; and transmit the neighbor channel list via the communication interface. a communication interface; and an electronic processor, coupled to the communication interface and configured to, for each of a plurality of base stations (110, 112), determine a location for the base station; select at least one handover candidate from the plurality of base stations based on the location and at least one base station characteristic; receive, from the base station, a spectrum allocation request via the communication interface; transmit the spectrum allocation request to a spectrum management entity via the communication interface; receive, via the communication interface, a channel allocation for the base station from the spectrum management entity; generate, based on the channel allocation of the at least one handover candidate, a neighbor channel list; and transmit the neighbor channel list via the communication interface. determine a location for the base station; select at least one handover candidate from the plurality of base stations based on the location and at least one base station characteristic; receive, from the base station, a spectrum allocation request via the communication interface; transmit the spectrum allocation request to a spectrum management entity via the communication interface; receive, via the communication interface, a channel allocation for the base station from the spectrum management entity; generate, based on the channel allocation of the at least one handover candidate, a neighbor channel list; and transmit the neighbor channel list via the communication interface.