mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for tracking a maintenance trajectory in an elevator system , the apparatus being configured to generate maintenance trajectory information corresponding to a maintenance worker entity , wherein the apparatus comprises: a height information acquiring component configured to acquire relative height information of the maintenance worker entity in a lifting passage corresponding to the elevator system; a maintenance trajectory generating component configured to generate the maintenance trajectory information corresponding to the maintenance worker entity based on the relative height information, and a maintenance operation judgment component configured to judge a compliance status of a maintenance operation of the corresponding maintenance worker entity based on the maintenance trajectory information. a height information acquiring component configured to acquire relative height information of the maintenance worker entity in a lifting passage corresponding to the elevator system; a maintenance trajectory generating component configured to generate the maintenance trajectory information corresponding to the maintenance worker entity based on the relative height information, and a maintenance operation judgment component configured to judge a compliance status of a maintenance operation of the corresponding maintenance worker entity based on the maintenance trajectory information.
Characterization and driving method for closed loop operation of electrostatic MEMS based resonator structures with varying gap, characterized in that it comprises the steps of; • Converting an output current of an electrostatic MEMS based resonator with varying gap into a voltage via a trans-impedance amplifier , • Multiplying the output voltage of the trans-impedance amplifier , by means of a mixer , with AC voltage that drives the resonator and thereby converting a second harmonic component of the output voltage of the trans-impedance amplifier to main tone having the resonance frequency of the resonator; • Eliminating frequency components apart from the resonance frequency of the resonator from the output of the mixer with a harmonic elimination circuit which eliminates higher order harmonic frequencies except the resonance frequency • Adjusting gain and phase values at the harmonic elimination circuit output by using a phase and gain regulation amplifier , • Feeding back the phase and gain regulation amplifier output to a resonator drive electrode of the electrostatic MEMS based resonator with varying gap. • Converting an output current of an electrostatic MEMS based resonator with varying gap into a voltage via a trans-impedance amplifier , • Multiplying the output voltage of the trans-impedance amplifier , by means of a mixer , with AC voltage that drives the resonator and thereby converting a second harmonic component of the output voltage of the trans-impedance amplifier to main tone having the resonance frequency of the resonator; • Eliminating frequency components apart from the resonance frequency of the resonator from the output of the mixer with a harmonic elimination circuit which eliminates higher order harmonic frequencies except the resonance frequency • Adjusting gain and phase values at the harmonic elimination circuit output by using a phase and gain regulation amplifier , • Feeding back the phase and gain regulation amplifier output to a resonator drive electrode of the electrostatic MEMS based resonator with varying gap.
A method to provide network coverage for a group of devices in an area comprising: cycling over time through a coverage sequence that includes providing a first coverage configuration and providing a second coverage configuration, wherein: providing the first coverage configuration includes transmitting a first beam of a first network that is configured to provide coverage for the group of devices; and providing the second coverage configuration includes transmitting a second beam of the first network that is narrower than the first beam and characterized in that : the second beam is configured to provide coverage to at least one continuous use device of the group of devices, wherein the at least one continuous use device is actively involved in a voice call, a download, or a content streaming with the network, and providing coverage by a second network to a plurality of interval use devices of the group of devices. providing the first coverage configuration includes transmitting a first beam of a first network that is configured to provide coverage for the group of devices; and providing the second coverage configuration includes transmitting a second beam of the first network that is narrower than the first beam and characterized in that : the second beam is configured to provide coverage to at least one continuous use device of the group of devices, wherein the at least one continuous use device is actively involved in a voice call, a download, or a content streaming with the network, and providing coverage by a second network to a plurality of interval use devices of the group of devices.
An exhaust receiver arrangement for a large two-stroke engine having a plurality of cylinders , wherein the exhaust receiver arrangement comprises a tubular exhaust receiver for collecting exhaust gas from the cylinders , with the exhaust receiver extending from a first end in an axial direction (A) to a second end and being designed for extending along the cylinders , and wherein the exhaust receiver comprises a plurality of inlet openings for receiving exhaust ducts of the cylinders , wherein a damping device is provided for reducing pressure pulsations in the exhaust receiver , wherein the damping device comprises at least one resonance absorber , wherein each resonance absorber is configured to dampen a resonance frequency of the exhaust receiver such that, by reducing the pressure pulsations in the exhaust receiver, an unbalance of a scavenging process for the cylinders is reduced, characterized in that the exhaust receiver comprises two tubular elements , which are arranged in-line, and which are connected by a transition element arranged between the two tubular elements .
Patient feedback system for providing a patient with feedback information relating to the use of a therapeutic device, said system comprising: - a data interface for receiving personal profile data of the patient ; - a database for storing reference profile data and reference device settings from a plurality of reference patients using therapeutic devices, wherein the reference device settings include at least one device parameter being indicative of how a therapeutic device of a reference patient is configured; - a cohort selection module for comparing the personal profile data of the patient with the reference profile data of the reference patients in the database and for determining a cohort for the patient from the plurality of reference patients based upon said comparison, wherein said cohort comprises a subset of the reference patients having reference profile data similar to the personal profile data of the patient and using similar or the same therapeutic devices as the patient , wherein determining the cohort further includes determining for one of the at least one device parameter a statistical sample size representing a minimum number of reference patients in the cohort depending on a required granularity of said device parameter to allow determining statistically relevant feedback information being related to said device parameter and - a feedback unit for determining feedback information based on the reference device settings of the reference patients in the cohort and for providing said feedback information to the patient . - a data interface for receiving personal profile data of the patient ; - a database for storing reference profile data and reference device settings from a plurality of reference patients using therapeutic devices, wherein the reference device settings include at least one device parameter being indicative of how a therapeutic device of a reference patient is configured; - a cohort selection module for comparing the personal profile data of the patient with the reference profile data of the reference patients in the database and for determining a cohort for the patient from the plurality of reference patients based upon said comparison, wherein said cohort comprises a subset of the reference patients having reference profile data similar to the personal profile data of the patient and using similar or the same therapeutic devices as the patient , wherein determining the cohort further includes determining for one of the at least one device parameter a statistical sample size representing a minimum number of reference patients in the cohort depending on a required granularity of said device parameter to allow determining statistically relevant feedback information being related to said device parameter and - a feedback unit for determining feedback information based on the reference device settings of the reference patients in the cohort and for providing said feedback information to the patient .
A method of identifying a mammalian subject having or at risk of developing multiple sclerosis (MS), comprising measuring, in a biological sample obtained from said subject, the expression level of two or more genes selected from the group TIMP1, LRG1, CXCL1, CXCL5, CXCL10, IL-8, NFκBIZ, YKL40, and G-CSF; wherein an increased level of expression relative to a control indicates that the subject has or is at risk of developing multiple sclerosis, and wherein the expression level of LRG1 and at least one or more genes selected from the group TIMP1, CXCL1, CXCL5, CXCL10, IL-8, NFκBIZ, YKL40, and G-CSF are measured. measuring, in a biological sample obtained from said subject, the expression level of two or more genes selected from the group TIMP1, LRG1, CXCL1, CXCL5, CXCL10, IL-8, NFκBIZ, YKL40, and G-CSF; wherein an increased level of expression relative to a control indicates that the subject has or is at risk of developing multiple sclerosis, and
A water-in-oil emulsion comprising less than 45% water, and wherein said emulsion comprises an oil phase and a water phase, and wherein the water phase comprises a dipeptide selected from the group consisting of acetyl dipeptide 1 cetyl ester, acetyl dipeptide 3 aminohexanoate, azelaoyl bisdipeptide 10, coumaroyl dipeptide 3, dicetyl dipeptide 9, dipeptide diamino butyroyl benzylamide diacetate, dipeptide 1, dipeptide 10, dipeptide 11, dipeptide 12, dipeptide 15, dipeptide 16, dipeptide 17, dipeptide 18, dipeptide 19, dipeptide 2, dipeptide 20, dipeptide 3, dipeptide 4, dipeptide 5, dipeptide 6, dipeptide 7, dipeptide 8, dipeptide 8 HCL, dipeptide 9, hexanoyl dipeptide 3 norleucine acetate, methyl undecylenoyl dipeptide 16, nicotinoyl dipeptide 22, nicotinoyl dipeptide 23, nicotinoyl dipeptide 24, nicotinoyl dipeptide 26, oleoyl dipeptide 15, palmitoyl dipeptide 10, palmitoyl dipeptide 13, palmitoyl dipeptide17, palmitoyl dipeptide 5 diaminobutyroyl hydroxythreonine, palmitoyl dipeptide 5 diaminohydroxybutyrate, palmitoyl dipeptide 7 and mixtures thereof, and a further peptide selected from the group consisting of tripeptide, tetrapeptide, pentapeptide and mixtures thereof.
A sleeveless energy absorbing rock bolt , a first end of the rock bolt being configured to facilitate the mixing of an anchoring composition and/or anchoring the rock bolt in the rock, characterised in that the rock bolt comprises manganese alloyed steel, the manganese content of the steel used to manufacture the rock bolt being in the range of 10% to 24%, the manganese alloyed steel being a transformation induced plasticity steel in which metastable austenite transforms to martensite during deformation of the steel, the rock bolt including two work hardened end regions defining a displacement zone therebetween, which, under the influence of a sudden dynamic load or static load, instantaneously debonds from the anchoring composition along the length of the displacement zone, wherein the displacement zone is a smooth bar region of the rock bolt which has not been work hardened, and in that the rock bolt exhibits, post the yield point thereof, under static load conditions, an increase in load capacity and elongation with a uniform reduction in diameter without necking or breaking along an entire displacement zone thereof until the break or fail point of the rock bolt is reached, wherein the work hardened end regions comprise the formation of one or more paddles at the first end to facilitate mixing of the anchoring composition and providing a larger surface area for bonding with the composition, and wherein a second end of the rock bolt is configured to receive a securing means for securing the second end of the rock bolt relative to the rock face.
A status prompt multimedia playing method, comprising: receiving (S202), by a telephony application server a call request sent by a calling terminal device to a called terminal device; receiving (S206), by the telephony application server , a call busy message or a call waiting message sent by the called terminal device; determining (S207), by the telephony application server , based on the call busy message or the call waiting message, that the called terminal device is in the non-idle state; determining (S207), by the telephony application server , that a called party of the called terminal device has customized status prompt multimedia; and sending (S213), by the telephony application server , based on the determining that the called terminal is in a non-idle state and the determining that the called party of the called terminal device has customized status prompt multimedia, a first multimedia request to a status prompt application server , to implement multimedia capability negotiation between the status prompt application server and the calling terminal device, so that the status prompt application server plays the status prompt multimedia for the calling terminal device. receiving (S202), by a telephony application server a call request sent by a calling terminal device to a called terminal device; receiving (S206), by the telephony application server , a call busy message or a call waiting message sent by the called terminal device; determining (S207), by the telephony application server , based on the call busy message or the call waiting message, that the called terminal device is in the non-idle state; determining (S207), by the telephony application server , that a called party of the called terminal device has customized status prompt multimedia; and sending (S213), by the telephony application server , based on the determining that the called terminal is in a non-idle state and the determining that the called party of the called terminal device has customized status prompt multimedia, a first multimedia request to a status prompt application server , to implement multimedia capability negotiation between the status prompt application server and the calling terminal device, so that the status prompt application server plays the status prompt multimedia for the calling terminal device.
A catalyst composition comprising a zeolite having a CHA framework, the zeolite having a molar silica-to-alumina ratio (SAR) of at least 40, and an atomic copper-to-aluminum ratio of at least 1.25; wherein the zeolite is essentially free of ion-exchanged copper; and, wherein the zeolite is essentially free of framework transition metal.
An image forming apparatus comprising: a printhead configured to add energy to an image material ; and control means configured to output, based on image data, a signal pattern for controlling energy to be added by the printhead to the image material including a plurality of color development layers that have different color development characteristic and develop colors in accordance with the added energy, characterized in that when causing at least two of the plurality of color development layers to develop colors, the control means generates, based on at least two signal patterns generated to cause the at least two color development layers to develop colors, a signal pattern of an OR of the at least two signal patterns and outputs the signal pattern. a printhead configured to add energy to an image material ; and control means configured to output, based on image data, a signal pattern for controlling energy to be added by the printhead to the image material including a plurality of color development layers that have different color development characteristic and develop colors in accordance with the added energy, characterized in that when causing at least two of the plurality of color development layers to develop colors, the control means generates, based on at least two signal patterns generated to cause the at least two color development layers to develop colors, a signal pattern of an OR of the at least two signal patterns and outputs the signal pattern.
An article of footwear , comprising: a first support member having a first outer portion made of a compressible material and a first inner portion , wherein the first inner portion is filled with rheological fluid; a second support member having a second outer portion made of a compressible material and a second inner portion , wherein the second inner portion is filled with rheological fluid, wherein the first support member and the second support member are spaced apart from one another; a sensor ; a first reservoir in fluid communication with the first inner portion via a first fluid line ; a second reservoir in fluid communication with the second inner portion via a second fluid line ; a first electromagnetic device configured to be activated to vary a viscosity of the rheological fluid in the first inner portion in response to sensed information from the sensor; a second electromagnetic device configured to be activated to vary the viscosity of the rheological fluid in the second inner portion in response to sensed information from the sensor or from another sensor. a first support member having a first outer portion made of a compressible material and a first inner portion , wherein the first inner portion is filled with rheological fluid; a second support member having a second outer portion made of a compressible material and a second inner portion , wherein the second inner portion is filled with rheological fluid, wherein the first support member and the second support member are spaced apart from one another; a sensor ; a first reservoir in fluid communication with the first inner portion via a first fluid line ; a second reservoir in fluid communication with the second inner portion via a second fluid line ; a first electromagnetic device configured to be activated to vary a viscosity of the rheological fluid in the first inner portion in response to sensed information from the sensor; a second electromagnetic device configured to be activated to vary the viscosity of the rheological fluid in the second inner portion in response to sensed information from the sensor or from another sensor.
Cleaning system for installation in a vehicle, for cleaning a transparent element with a fluid cleaning agent which is kept in at least one reservoir , comprising at least one conveying device , which conveys the cleaning agent via a hydraulic connection to an outlet opening for distributing the cleaning agent on the transparent element , wherein at least one electrically actuatable switching valve is provided, which in a closed position blocks the hydraulic connection between the conveying device and the outlet opening and in an open position releases it, wherein at least two switching valves are combined in a valve block and wherein the conveying device can be controlled by way of an electrical control line and each switching valve can be controlled by way of an electrical connecting line by an electronic control unit , characterized in that individual connecting lines for controlling the switching valves are combined in a common electrical interface , which is arranged on the valve block .
Anchor assembly having an anchor , which is designed to be inserted into a drill hole in the ground and has an elongated traction element , which has - a base section being designed for anchoring in the ground by injecting an injection medium that can be set, - a centre section designed to be arranged in the ground together with the base section , and - a head portion , which is arranged outside of the hole and a tensioning device for applying a tensile stress, characterised in that - a tension release device is arranged in the region of the head portion and is designed for the targeted reduction of the strength of the traction element at an effective point to a reduced strength state, in which the traction element is plastically deformed at the effective point by the applied tensile stress in order to reduce the stress. - a base section being designed for anchoring in the ground by injecting an injection medium that can be set, - a centre section designed to be arranged in the ground together with the base section , and - a head portion , which is arranged outside of the hole and a tensioning device for applying a tensile stress, - a tension release device is arranged in the region of the head portion and is designed for the targeted reduction of the strength of the traction element at an effective point to a reduced strength state, in which the traction element is plastically deformed at the effective point by the applied tensile stress in order to reduce the stress.
Swing door system for use with a freezer device , comprising two adjacent swing doors and at least one mullion being in contact with said swing doors , wherein each swing door comprises a transparent pane and a non-transparent area, wherein each non-transparent area is proximal to the mullion when the swing doors are in a closed position, wherein the non-transparent areas and the mullion define a non-transparent region , and wherein under an horizontal viewing angle between 0° and 180° with respect to the plane in which the swing doors are arranged when the swing doors are in the closed position all of the horizontal diameters of the non-transparent region are less than 100 mm, preferably less than 90 mm, more preferably less than 80 mm, most preferably less than 70 mm, and wherein said horizontal viewing angle is the angle between the plane in which the swing doors are arranged when the swing doors are in the closed position and the direction of view, wherein the direction of view itself lies within a plane being perpendicular to the plane in which the swing doors are arranged when the swing doors are in a closed position and being perpendicular to the longitudinal extension of the mullion , characterized in that a part of the mullion reaches in between the two adjacent swing doors , when the swing doors are in the closed position.