mhurhangee/ep-ind-claims huggingface dataset:
A regional surveillance and alarming method, which is applicable to a control device in a surveillance system, the control device having stored thereon an association table, in which a plurality of target objects, an associated object of each of the target objects and an alarm output triggering condition for each of the target objects are recorded, wherein, the target objects comprise a security region where the control device is located or a video surveillance region, the alarm output triggering condition for each target object is a result of a logical operation on states of all the associated objects of the target object, the security region where the control device is located is taken as a first target object, and the security region comprises video surveillance regions, characterized in that the method comprising: determining all first associated objects of the first target object based on associated objects of a target object recorded in the association table as stored in the control device, wherein the first associated objects are video surveillance regions; obtaining a state of each of the first associated objects, comprising: taking the first associated object as a second target object, determining all second associated objects of the second target object, and determining a state of the second target object based on the states of all the second associated objects and the alarm output triggering condition for the second target object as recorded in the association table, wherein the second associated object is a detection device within the video surveillance region; determining whether a result of a logical operation on the states of all the first associated objects satisfies the alarm output triggering condition for the first target object as recorded in the association table; and if the result satisfies the condition, outputting an alarm signal. determining all first associated objects of the first target object based on associated objects of a target object recorded in the association table as stored in the control device, wherein the first associated objects are video surveillance regions; obtaining a state of each of the first associated objects, comprising: taking the first associated object as a second target object, determining all second associated objects of the second target object, and determining a state of the second target object based on the states of all the second associated objects and the alarm output triggering condition for the second target object as recorded in the association table, wherein the second associated object is a detection device within the video surveillance region; determining whether a result of a logical operation on the states of all the first associated objects satisfies the alarm output triggering condition for the first target object as recorded in the association table; and if the result satisfies the condition, outputting an alarm signal.
An image control method, comprising: displaying, on a display device, a plurality of items of selection option information that are subject to a selection operation, and changing display states of the plurality of items of selection option information while said plurality of items of selection option information are being displayed; acquiring (S13, S211) detection information indicating a gaze region or a position of a user with respect to the display device; determining (S14, S212, S311, S313)whether or not the gaze region of the user indicated by the acquired detection information is in a resting state, or whether or not the position of the user indicated by the acquired detection information is within a predetermined range (191, 195); and by a processor, controlling modification of an extent of change of the display states of the items of the selection option information displayed in a specific region of the display device in accordance with a determination result based on the detection information (S15, S16, S39, S214, S312, S314, S315, S332, S334). displaying, on a display device, a plurality of items of selection option information that are subject to a selection operation, and changing display states of the plurality of items of selection option information while said plurality of items of selection option information are being displayed; acquiring (S13, S211) detection information indicating a gaze region or a position of a user with respect to the display device; determining (S14, S212, S311, S313)whether or not the gaze region of the user indicated by the acquired detection information is in a resting state, or whether or not the position of the user indicated by the acquired detection information is within a predetermined range (191, 195); and by a processor, controlling modification of an extent of change of the display states of the items of the selection option information displayed in a specific region of the display device in accordance with a determination result based on the detection information (S15, S16, S39, S214, S312, S314, S315, S332, S334).
A needle cannula inspection method comprising: rotating a first bevel of said needle cannula about an axis of the needle relative to a first image capture device; operating the first image capture device to capture a plurality of images along the circumferential direction of said needle cannula for a whole rotation of said needle cannula; and screening, processing and analyzing the captured images to inspect at least one quality or technical parameter of said needle cannula; characterised in that the method further comprises: identifying one image from among all the plurality of images captured by the first image capture device for said needle cannula, wherein said one image is identified as the image with a bright area that is the largest; and selecting said one identified image, wherein said first image capture device is arranged such that said identified image is a front illuminated image capturing the position wherein the bevel of said needle cannula directly faces the first image capture device. rotating a first bevel of said needle cannula about an axis of the needle relative to a first image capture device; operating the first image capture device to capture a plurality of images along the circumferential direction of said needle cannula for a whole rotation of said needle cannula; and screening, processing and analyzing the captured images to inspect at least one quality or technical parameter of said needle cannula; characterised in that the method further comprises: identifying one image from among all the plurality of images captured by the first image capture device for said needle cannula, wherein said one image is identified as the image with a bright area that is the largest; and selecting said one identified image, wherein said first image capture device is arranged such that said identified image is a front illuminated image capturing the position wherein the bevel of said needle cannula directly faces the first image capture device. identifying one image from among all the plurality of images captured by the first image capture device for said needle cannula, wherein said one image is identified as the image with a bright area that is the largest; and selecting said one identified image, wherein said first image capture device is arranged such that said identified image is a front illuminated image capturing the position wherein the bevel of said needle cannula directly faces the first image capture device.
A display device, comprising: a substrate comprising a display area including a plurality of pixels, and a non-display area adjacent to the display area; a plurality of sensing electrodes disposed to overlap with the display area; a plurality of display pads disposed along a first direction in the non-display area; a plurality of sensing pads (SP1, SP2) disposed between the display pads; and a multiplexer electrically connecting the sensing electrodes and the sensing pads (SP1, SP2) wherein the multiplexer is adjacent to at least one of the sensing pads (SP1, SP2) in the first direction. a substrate comprising a display area including a plurality of pixels, and a non-display area adjacent to the display area; a plurality of sensing electrodes disposed to overlap with the display area; a plurality of display pads disposed along a first direction in the non-display area; a plurality of sensing pads (SP1, SP2) disposed between the display pads; and a multiplexer electrically connecting the sensing electrodes and the sensing pads (SP1, SP2) wherein the multiplexer is adjacent to at least one of the sensing pads (SP1, SP2) in the first direction.
An elevator control system (101, 201, 301) comprising: an elevator car (103, 203, 303); an elevator controller (115, 315); and an occupancy detection system configured to detect an occupancy level within the elevator car (103, 203, 303), the occupancy detection system comprising at least one camera, wherein the elevator controller (115, 315) and the occupancy detection system are arranged to control the elevator car (103, 203, 303) to prevent additional passengers from entering the elevator car (103, 203, 303) when the occupancy detection system detects an occupancy level above a predetermined threshold; characterised in that: the elevator controller (115, 315) and the occupancy detection system are arranged to control the elevator car (103, 203, 303) such that if a request is made at an elevator call button, the elevator controller (115, 315) will reopen the elevator car door(s) only if there is free space available inside the elevator car (103, 203, 303). an elevator car (103, 203, 303); an elevator controller (115, 315); and an occupancy detection system configured to detect an occupancy level within the elevator car (103, 203, 303), the occupancy detection system comprising at least one camera, wherein the elevator controller (115, 315) and the occupancy detection system are arranged to control the elevator car (103, 203, 303) to prevent additional passengers from entering the elevator car (103, 203, 303) when the occupancy detection system detects an occupancy level above a predetermined threshold; characterised in that: the elevator controller (115, 315) and the occupancy detection system are arranged to control the elevator car (103, 203, 303) such that if a request is made at an elevator call button, the elevator controller (115, 315) will reopen the elevator car door(s) only if there is free space available inside the elevator car (103, 203, 303).
An alkaline battery separator comprising a nonwoven fabric, wherein the nonwoven fabric comprises subject fibers; at least a part of the subject fibers comprise a chelate forming fiber; and the chelate forming fiber has a chelate formable functional group introduced into a fiber material and is capable of forming a chelate with a metal ion; the fiber material comprises at least one fiber selected from the group consisting of a cellulosic fiber, a polyvinyl alcohol fiber, an ethylene-vinyl alcohol copolymer fiber, a polyolefinic fiber, a polyamide fiber, a polyamide/modified-polyamid composite fiber; the subject fibers in the nonwoven fabric further comprise a shape retainable fiber comprising a polyvinyl alcohol fiber; and the mass ratio of chelate forming fiber to shape retainable fiber (chelate fiber/shape retainable fiber) is in the range from 1/99 to 70/30.
An olefin polymerization catalyst comprising a porous metal oxide, a transition metal catalyst system and an antistatic additive, wherein said antistatic additive comprises a polysulfone and a solvent for said polysulfone and wherein said catalyst is further characterized in that said antistatic additive is added to said porous metal oxide in an amount of from 5,000 to 50,000 parts per million by weight based on the weight of said porous metal oxide.
An effective amount of a first composition containing quercetin, vitamin C, and vitamin B3, and an effective amount of a second composition containing a statin, for use in lowering the plasma cholesterol level of a subject.
An antenna, comprising a tapered slot antenna, a folded dipole, and a feeding structure, wherein the tapered slot antenna comprises a first metal structure and a second metal structure, a tapered slot is formed between the first metal structure and the second metal structure, an extension direction of the tapered slot is a first direction, and two ends of the tapered slot are a narrow-gap end and a wide-gap end; an extension direction of the folded dipole is a second direction, the second direction intersects with the first direction, the folded dipole comprises a main dipole and a parasitic dipole that are disposed opposite to each other, an area between the main dipole and the parasitic dipole forms internal space of the folded dipole, the main dipole is located between the parasitic dipole and the narrow-gap end, the main dipole comprises a first stub and a second stub that are alternately arranged in the second direction, the first stub is electrically connected to the first metal structure, and the second stub is electrically connected to the second metal structure, to enable the internal space of the folded dipole to form a resonant tank of the tapered slot antenna; and the feeding structure is electrically connected between the first stub and the second stub, and is configured to feed the folded dipole and the tapered slot antenna at the same time, to excite the tapered slot antenna that is a directional antenna and excite the folded dipole that is an omnidirectional antenna. the tapered slot antenna comprises a first metal structure and a second metal structure, a tapered slot is formed between the first metal structure and the second metal structure, an extension direction of the tapered slot is a first direction, and two ends of the tapered slot are a narrow-gap end and a wide-gap end; an extension direction of the folded dipole is a second direction, the second direction intersects with the first direction, the folded dipole comprises a main dipole and a parasitic dipole that are disposed opposite to each other, an area between the main dipole and the parasitic dipole forms internal space of the folded dipole, the main dipole is located between the parasitic dipole and the narrow-gap end, the main dipole comprises a first stub and a second stub that are alternately arranged in the second direction, the first stub is electrically connected to the first metal structure, and the second stub is electrically connected to the second metal structure, to enable the internal space of the folded dipole to form a resonant tank of the tapered slot antenna; and the feeding structure is electrically connected between the first stub and the second stub, and is configured to feed the folded dipole and the tapered slot antenna at the same time, to excite the tapered slot antenna that is a directional antenna and excite the folded dipole that is an omnidirectional antenna.
Charging device for charging electrically operated devices having a primary coil which is suitable and intended to generate a magnetic field in order to inductively transmit electrical energy to a secondary coil which is a component of the electrically operated device, wherein the charging device has a detection device for detecting objects, wherein the detection device comprises at least one signal generator which supplies alternating current voltage to an electrical circuit (4, 6), having at least one coil and/or at least one capacitor, and a sensor device which detects at least one electrical variable which is characteristic for this electrical circuit (4, 6) operated by the alternating current voltage, wherein the variable characteristic for the electrical circuit (4, 6) is a phase information and this characteristic variable is obtained on the basis of scattering parameter measurements of the electrical circuit (4, 6) by the sensor device, wherein the sensor device detects the characteristic variable of the electrical circuit (4, 6) by applying alternating current voltage to the same and more precise by detecting a reaction of the electrical circuit (4, 6) being applied with the alternating current voltage, to the presence of a foreign object, wherein the primary coil is operated with a primary voltage of the frequency and the AC (alternating current) voltage source emits an alternating current voltage of the frequency, wherein one of these two frequencies is at least twice as great as the other one of the two frequencies (f1, f2), and wherein the frequency of the AC voltage source is adjustable in a predetermined frequency range, characterised in that a detected analog signal is scannable by means of an A-D converter which thus enables not only receiving amplitude values but also receiving phase information of the analog signal, which thus enables regenerating wave frequencies by means of algorithm and analyzing scattering parameter (S11, S12, S21, S22) as real complex values, and wherein after generating this analog signal it is introduced into a directional coupler after a signal amplification and/or signal processing, wherein additionally a signal from the electrical circuit (4, 6) is introduced into the directional coupler, and further wherein both signals are introduced from the directional coupler into a signal processing device, the charging arrangement comprising a gain and phase detector, as a special variation of the signal processing device, which is implemented as a form of the signal processing device, and thus the gain and phase detector delivers DC-signals, so that a time-discrete signal sampling is able to be omitted, since the gain and phase detector - although as DC-signal - delivers an amplitude information and a phase information, which in turn enables a complex depiction, wherein a decoupling of predetermined wave frequencies is depicted and not all of the wave frequencies being available from the network, and further wherein the gain and phase detector performs a signal preparation for the detection in an ADC of the microcontroller.
A delivery method for delivering a delivery box containing therein a parcel to a delivery destination, wherein the delivery box is carried by a delivery vehicle, the delivery vehicle is carried by a carrier vehicle, the carrier vehicle transports the delivery vehicle to a relay point on a traveling route to the delivery destination, and the delivery vehicle exits the carrier vehicle at the relay point, transports the delivery box from the relay point to the delivery destination and fixes the delivery box to a delivery box fixture located at the delivery destination, wherein the delivery box includes an information input part for receiving input of predetermined information including an unlocking key code, upon which the delivery box performs lock control to unlock or open a door of the delivery box, wherein the parcel can be taken out of the delivery box when the door is open, wherein the delivery box sends the delivery vehicle an authentication request including the predetermined information inputted from the information input part, and wherein upon receiving the authentication request including the predetermined information from the delivery box, the delivery vehicle determines whether or not the predetermined information is a correct unlocking key code to unlock the delivery box, and when the delivery vehicle determines that the predetermined information is the correct unlocking key code, the delivery vehicle respectively responds to the delivery box, which then performs unlocking to unlock the locked door. the delivery box is carried by a delivery vehicle, the delivery vehicle is carried by a carrier vehicle, the carrier vehicle transports the delivery vehicle to a relay point on a traveling route to the delivery destination, and the delivery vehicle exits the carrier vehicle at the relay point, transports the delivery box from the relay point to the delivery destination and fixes the delivery box to a delivery box fixture located at the delivery destination, wherein the delivery box includes an information input part for receiving input of predetermined information including an unlocking key code, upon which the delivery box performs lock control to unlock or open a door of the delivery box, wherein the parcel can be taken out of the delivery box when the door is open, wherein the delivery box sends the delivery vehicle an authentication request including the predetermined information inputted from the information input part, and wherein upon receiving the authentication request including the predetermined information from the delivery box, the delivery vehicle determines whether or not the predetermined information is a correct unlocking key code to unlock the delivery box, and when the delivery vehicle determines that the predetermined information is the correct unlocking key code, the delivery vehicle respectively responds to the delivery box, which then performs unlocking to unlock the locked door.
A synthetic method, the method comprising: introducing a protecting group to a hydroxy group and/or a mercapto group of a compound comprising said hydroxy group and/or a mercapto group by reacting the compound with an agent; and removing said protecting group from the hydroxy and/or mercapto group; said agent being represented by the following formula (I-a): wherein X is a halogen atom or OSO 2 R 5, wherein R 5 is an aryl group or an alkyl group. introducing a protecting group to a hydroxy group and/or a mercapto group of a compound comprising said hydroxy group and/or a mercapto group by reacting the compound with an agent; and removing said protecting group from the hydroxy and/or mercapto group; said agent being represented by the following formula (I-a): wherein X is a halogen atom or OSO 2 R 5, wherein R 5 is an aryl group or an alkyl group.
A process for the production of nanoporous polymer foams, comprising the stages a) loading of a polymer melt formed from thermoplastic polymers with a propellant under a pressure and at a temperature at which the propellant is in the supercritical state, b) heating of the laden polymer melt to a temperature which lies in the range from 40°C under to 40°C over the glass transition temperature of the unladen polymer melt determinable by DSC according to DIN-ISO 11357-2 at a heating rate of 20 K/min, c) depressurization of the polymer melt laden in stage a) and heated in stage b) with a depressurization rate in the range from 15,000 to 2,000,000 MPa/sec. a) loading of a polymer melt formed from thermoplastic polymers with a propellant under a pressure and at a temperature at which the propellant is in the supercritical state, b) heating of the laden polymer melt to a temperature which lies in the range from 40°C under to 40°C over the glass transition temperature of the unladen polymer melt determinable by DSC according to DIN-ISO 11357-2 at a heating rate of 20 K/min, c) depressurization of the polymer melt laden in stage a) and heated in stage b) with a depressurization rate in the range from 15,000 to 2,000,000 MPa/sec.