mhurhangee/ep-ind-claims huggingface dataset:
Intermodulation measurement method for ascertaining an intermodulation source by means of intermodulation measurement in a transmission link, in particular for ascertaining a passive intermodulation source in a mobile radio transmission link, having at least the following method steps: - simultaneously supplying a first test signal (t 1) and a second test signal (t 2) to the transmission link; and - measuring an output signal (s) from the transmission link in response to the supplied test signals (t 1, t 2), wherein the output signal (s) is analyzed in a discrete frequency spectrum in order to determine the intermodulation signal level (P PIM) at a discrete intermodulation frequency (f PIM), the measurement frequency range (ΔM) of the frequency spectrum being stipulated such that the frequency spectrum has at least the signal level (P 0...n) associated with a further discrete measurement frequency (f 0...n), characterized in that a control device is used to perform a plausibility check on the intermodulation measurement in order to evaluate whether the intermodulation signal level (P PIM) recorded in the discrete frequency spectrum can be attributed with sufficient plausibility to an intermodulation source in the transmission link rather than to other interference or injected input in the transmission link, the intermodulation measurement being rejected, repeated or used to ascertain the intermodulation source on the basis of the plausibility, preferably on the basis of a plausibility characteristic value determined by the control device. - simultaneously supplying a first test signal (t 1) and a second test signal (t 2) to the transmission link; and - measuring an output signal (s) from the transmission link in response to the supplied test signals (t 1, t 2), wherein the output signal (s) is analyzed in a discrete frequency spectrum in order to determine the intermodulation signal level (P PIM) at a discrete intermodulation frequency (f PIM), the measurement frequency range (ΔM) of the frequency spectrum being stipulated such that the frequency spectrum has at least the signal level (P 0...n) associated with a further discrete measurement frequency (f 0...n), characterized in that a control device is used to perform a plausibility check on the intermodulation measurement in order to evaluate whether the intermodulation signal level (P PIM) recorded in the discrete frequency spectrum can be attributed with sufficient plausibility to an intermodulation source in the transmission link rather than to other interference or injected input in the transmission link, the intermodulation measurement being rejected, repeated or used to ascertain the intermodulation source on the basis of the plausibility, preferably on the basis of a plausibility characteristic value determined by the control device.
A method for constructing a traffic filter enabling routing of data between a wireless device and a Local Service Cloud, LSC, based service provider providing service(s) and/or application(s) for the wireless device, the method comprises: - obtaining information representing the identity of the wireless device requesting an application to be processed by the local cloud based service, and a representation of an application identity identifying the application; - selecting, based on the application identity and on information identifying a selection of Virtual Machines, VMs, within the local cloud, a Virtual Machine, VM, as the LSC based service provider suitable to process the application for the wireless device, wherein the information identifying a selection of VMs is obtained from a Topology Data Base, TDB, carrying information about existing VMs within the local cloud and information about the deployment of applications; - constructing a traffic filter based on the information representing the identity of the wireless device, the representation of the application identity and a representation of the identity of the selected VM, said traffic filter providing routing of data between the wireless device and the selected VM. - obtaining information representing the identity of the wireless device requesting an application to be processed by the local cloud based service, and a representation of an application identity identifying the application; - selecting, based on the application identity and on information identifying a selection of Virtual Machines, VMs, within the local cloud, a Virtual Machine, VM, as the LSC based service provider suitable to process the application for the wireless device, wherein the information identifying a selection of VMs is obtained from a Topology Data Base, TDB, carrying information about existing VMs within the local cloud and information about the deployment of applications; - constructing a traffic filter based on the information representing the identity of the wireless device, the representation of the application identity and a representation of the identity of the selected VM, said traffic filter providing routing of data between the wireless device and the selected VM.
Method for detecting a position of a mobile, in particular autonomous, robot vehicle (10, 10a) along a boundary conductor (12a, 12b, 24) surrounding a defined area (14, 26), having at least the method steps of - transmitting a first runtime signal S1 in the form of a current signal supplied to the boundary conductor (12a, 24), with an electromagnetic alternating field (20a, 32) being generated, - detecting an arrival of the first runtime signal S1 at the robot vehicle (10, 10a), in particular as a result of a detection of an electromagnetic field change, caused by the runtime signal S1, that stems from the generated electromagnetic alternating field (20a, 32), - transmitting a second runtime signal S2, - detecting an arrival of the second runtime signal S2 at the robot vehicle (10, 10a), characterized by the method steps of - determining a time delay between the arrival of the first runtime signal S1 and the arrival of the second runtime signal S2, - determining the position of the robot vehicle (10, 10a) along the boundary conductor (12a, 12b, 24) on the basis of the determined time delay. - transmitting a first runtime signal S1 in the form of a current signal supplied to the boundary conductor (12a, 24), with an electromagnetic alternating field (20a, 32) being generated, - detecting an arrival of the first runtime signal S1 at the robot vehicle (10, 10a), in particular as a result of a detection of an electromagnetic field change, caused by the runtime signal S1, that stems from the generated electromagnetic alternating field (20a, 32), - transmitting a second runtime signal S2, - detecting an arrival of the second runtime signal S2 at the robot vehicle (10, 10a), characterized by the method steps of - determining a time delay between the arrival of the first runtime signal S1 and the arrival of the second runtime signal S2, - determining the position of the robot vehicle (10, 10a) along the boundary conductor (12a, 12b, 24) on the basis of the determined time delay.
Monitoring method able to detect at least one state of a door provided with a locking system, the method comprising an initial learning step during which a mechanical wave sensor measures at least one reference signal corresponding to a mechanical wave signal propagated in the door while the locking system of said door is actuated in a predetermined way chosen between a locking action and an unlocking action, where this method comprises at least the following subsequent steps during use of the door: - at least one measurement step during which said mechanical wave sensor measures a mechanical wave signal corresponding to a mechanical wave propagated in the door; - at least one step of comparison during which the reference signal and the mechanical wave signal are compared to determine if the locking system of the door has been locked or unlocked; - and, according to the result of said comparison, a determination if the door is in a locking state or an unlocking state. - at least one measurement step during which said mechanical wave sensor measures a mechanical wave signal corresponding to a mechanical wave propagated in the door; - at least one step of comparison during which the reference signal and the mechanical wave signal are compared to determine if the locking system of the door has been locked or unlocked; - and, according to the result of said comparison, a determination if the door is in a locking state or an unlocking state.
Shoulder orthosis with - a main body made of an elastic material, - and at least one strap, by means of which a dorsal area of the main body is connected to a ventral area of the main body when the shoulder orthosis is applied, characterized in that at least one element made of a non-elastic material is arranged on the main body and has - at least one first segment which, when the shoulder orthosis is applied, extends above a head of an upper arm and exerts a force on a collarbone and a shoulder blade of the shoulder, and - at least one second segment which, when the shoulder orthosis is applied, extends below the head of a an upper arm and exerts a force on a humerus of the upper arm, which force is directed towards a glenoid cavity of the shoulder. - a main body made of an elastic material, - and at least one strap, by means of which a dorsal area of the main body is connected to a ventral area of the main body when the shoulder orthosis is applied, characterized in that - at least one first segment which, when the shoulder orthosis is applied, extends above a head of an upper arm and exerts a force on a collarbone and a shoulder blade of the shoulder, and - at least one second segment which, when the shoulder orthosis is applied, extends below the head of a an upper arm and exerts a force on a humerus of the upper arm, which force is directed towards a glenoid cavity of the shoulder.
A cleaning, bleaching or disinfecting composition, comprising an isolated perhydrolase, which is a homolog of M. smegmatis perhydrolase and is a SGNH-hydrolase family polypeptide, which comprises: a) the motifs GDSL-GRTT, and GAND; b) the amino acid residues corresponding to L6, W14, W34, L38, R56, D62, L74, L78, H81, P83, M90, K97, G110, L114, L135, F180, G205, S11, D192, and H195 of SEQ ID NO: 2; wherein said perhydrolase exhibits: i) perhydrolysis activity that is at least about 0.2 compared to the perhydrolysis activity exhibited by M. smegmatis perhydrolase; and ii) a perhydrolysis to hydrolysis ratio that is greater than 1; wherein said perhydrolysis activity and said perhydrolysis to hydrolysis ratio is determined using the perhydrolysis and hydrolysis assays as described in Example 2. a) the motifs GDSL-GRTT, and GAND; b) the amino acid residues corresponding to L6, W14, W34, L38, R56, D62, L74, L78, H81, P83, M90, K97, G110, L114, L135, F180, G205, S11, D192, and H195 of SEQ ID NO: 2; i) perhydrolysis activity that is at least about 0.2 compared to the perhydrolysis activity exhibited by M. smegmatis perhydrolase; and ii) a perhydrolysis to hydrolysis ratio that is greater than 1;
A lighting system for indoor microbiome management, wherein the lighting system comprises a light generating device and a microbe dispenser device; wherein: - the microbe dispenser device is configured to provide in a microbic application mode an emission of first microbes, wherein the microbe dispenser device has a microbe emission region; - the light generating device is configured to provide in a microbic lighting mode a first beam of first device radiation; - a spectral power distribution of the first device radiation is selected for promoting persistence of the first microbes relative to second microbes, other than the first microbes; and - the microbe emission region and the first beam at least partly spatially overlap. - the microbe dispenser device is configured to provide in a microbic application mode an emission of first microbes, wherein the microbe dispenser device has a microbe emission region; - the light generating device is configured to provide in a microbic lighting mode a first beam of first device radiation; - a spectral power distribution of the first device radiation is selected for promoting persistence of the first microbes relative to second microbes, other than the first microbes; and - the microbe emission region and the first beam at least partly spatially overlap.
A magnetic resonance imaging "MRI" device comprising an assembly of at least two pole-magnet pieces, at least two main magnets and a self-fastening cage, said assembly being used for providing a homogenous, stable and uniform main magnet field within said MRI, wherein said main magnets and said pole-magnet pieces are antisymmetrically arranged with respect to said main magnetic field, said MRI device characterized by: a. said self-fastening cage comprising an outside shell; said outside shell comprising at least three flexi-jointed magnetically linked adjoining walls, said walls disposed in a predetermined arrangement around an axis substantially parallel to said main magnetic field such that the self-fastening cage's contour has a polyhedron shape surrounding said main magnets and said pole-magnet pieces; wherein at least a portion of said walls are free to move such that, if dislocation of one of the walls occurs, at least one wall is able to re-adjust so as to fit with adjacent walls in a closed form; and b. said assembly further comprising at least six side-magnets in two groups antisymmetrically arranged with respect to said magnetic field, in a magnetic connection with said outside shell, and wherein said main magnets are such that each main magnet is in magnetic connection with one group of side magnets and each said group of side magnets is between said main magnet and said outside shell, so as to increase the overall strength of said main magnetic field; wherein at least a portion of said side-magnets are superconductors or ferromagnets. a. said self-fastening cage comprising an outside shell; said outside shell comprising at least three flexi-jointed magnetically linked adjoining walls, said walls disposed in a predetermined arrangement around an axis substantially parallel to said main magnetic field such that the self-fastening cage's contour has a polyhedron shape surrounding said main magnets and said pole-magnet pieces; wherein at least a portion of said walls are free to move such that, if dislocation of one of the walls occurs, at least one wall is able to re-adjust so as to fit with adjacent walls in a closed form; and b. said assembly further comprising at least six side-magnets in two groups antisymmetrically arranged with respect to said magnetic field, in a magnetic connection with said outside shell, and wherein said main magnets are such that each main magnet is in magnetic connection with one group of side magnets and each said group of side magnets is between said main magnet and said outside shell, so as to increase the overall strength of said main magnetic field;
A channel state information measurement method, comprising: configuring, by a network side device, channel state information reference signal, CSI-RS, transmit information of M access points, wherein the M access points are M coordinated transmission access points, the CSI-RS transmit information indicates the M access points to periodically send a CSI-RS to a first user equipment at a preset interval, the preset interval is a time interval and/or a subband interval, and M is an integer greater than 1; and obtaining, by the network side device, channel state information, CSI, corresponding to each of the M access points, wherein the CSI corresponding to the access point comprises first CSI, and the first CSI is information that is measured based on the CSI-RS corresponding to the access point and fed back by the first user equipment, when the preset interval is the subband interval, a Precoding Matrix Indication, PMI, in the CSI corresponding to the access point is fed back at a granularity of a subband, wherein periodically sending, by the M access points, the CSI-RS to the first user equipment at the preset interval comprises: periodically sending, by K joint access point groups, the CSI-RS to the first user equipment at the preset interval, wherein the K joint access point groups are obtained by dividing the M access points into K groups, access points in any one of the K joint access point groups are configured to jointly send the CSI-RS, and K is a positive integer. configuring, by a network side device, channel state information reference signal, CSI-RS, transmit information of M access points, wherein the M access points are M coordinated transmission access points, the CSI-RS transmit information indicates the M access points to periodically send a CSI-RS to a first user equipment at a preset interval, the preset interval is a time interval and/or a subband interval, and M is an integer greater than 1; and obtaining, by the network side device, channel state information, CSI, corresponding to each of the M access points, wherein the CSI corresponding to the access point comprises first CSI, and the first CSI is information that is measured based on the CSI-RS corresponding to the access point and fed back by the first user equipment, when the preset interval is the subband interval, a Precoding Matrix Indication, PMI, in the CSI corresponding to the access point is fed back at a granularity of a subband, wherein periodically sending, by the M access points, the CSI-RS to the first user equipment at the preset interval comprises: periodically sending, by K joint access point groups, the CSI-RS to the first user equipment at the preset interval, wherein the K joint access point groups are obtained by dividing the M access points into K groups, access points in any one of the K joint access point groups are configured to jointly send the CSI-RS, and K is a positive integer.
An ATR inhibitor of the formula: in combination with another cancer therapy selected from gemcitabine, radiation therapy, and both gemcitabine and radiation therapy together, for use in treating pancreatic cancer in a patient.
A remote data collecting system, comprising: a measuring device comprising at least two scales (10, 12) in communication with a terminal center, the scales (10, 12) comprising a receptacle for holding a product; a control center in communication with the terminal center, the control center having the ability to collect and distribute data related to product removed from the receptacle of each scale and a computer with a software for organizing, analyzing, and displaying the data, wherein each of the at least two scales (10, 12) communicates with the control center only via the terminal center and the computer with the software for organizing, analyzing, and displaying the data communicates with the terminal center only via the control center. a measuring device comprising at least two scales (10, 12) in communication with a terminal center, the scales (10, 12) comprising a receptacle for holding a product; a control center in communication with the terminal center, the control center having the ability to collect and distribute data related to product removed from the receptacle of each scale and a computer with a software for organizing, analyzing, and displaying the data, wherein each of the at least two scales (10, 12) communicates with the control center only via the terminal center and the computer with the software for organizing, analyzing, and displaying the data communicates with the terminal center only via the control center.
Method for producing a recombinant allergen in a Nicotiana benthamiana tobacco plant, comprising the steps of: a) growing the plant aeroponically or hydroponically, preferably on mobile floats, and under LED lighting, then b) agroinfiltrating the plant obtained in a) under vacuum with agrobacteria comprising the expression vector pAG01 of sequence SEQ ID NO: 21, said vector comprising a DNA fragment coding for the recombinant allergen, then c) returning the plants to growth after step b), under the same conditions as for step a), then d) extracting and purifying the recombinant allergen from the aerial parts of the plants produced in step c). a) growing the plant aeroponically or hydroponically, preferably on mobile floats, and under LED lighting, then b) agroinfiltrating the plant obtained in a) under vacuum with agrobacteria comprising the expression vector pAG01 of sequence SEQ ID NO: 21, said vector comprising a DNA fragment coding for the recombinant allergen, then c) returning the plants to growth after step b), under the same conditions as for step a), then d) extracting and purifying the recombinant allergen from the aerial parts of the plants produced in step c).
A pipe support for supporting a horizontally extending pipe in combination with a vertical hanger, the pipe support comprising: a U-shaped body being opened at a top end thereof and comprising a bottom wall and first and second side walls (36, 38), the body, bottom wall and first and second side walls each having inner and outer surfaces extending along an axis between first and second extremities (32, 34); a pair of transversal vertical ribs, located on the outer surface of the body and extending transversally to the axis, the pair of transversal vertical ribs forming a space to receive the hanger therebetween, the space being positioned between the first and second extremities of the body; characterised by a shock detection mechanism attachable to the pipe support, the shock detection mechanism comprising a shock indicator movable between a hold position and an alert position indicative that the pipe support was subjected to a shock exceeding a predetermined threshold force. a U-shaped body being opened at a top end thereof and comprising a bottom wall and first and second side walls (36, 38), the body, bottom wall and first and second side walls each having inner and outer surfaces extending along an axis between first and second extremities (32, 34); a pair of transversal vertical ribs, located on the outer surface of the body and extending transversally to the axis, the pair of transversal vertical ribs forming a space to receive the hanger therebetween, the space being positioned between the first and second extremities of the body; characterised by a shock detection mechanism attachable to the pipe support, the shock detection mechanism comprising a shock indicator movable between a hold position and an alert position indicative that the pipe support was subjected to a shock exceeding a predetermined threshold force.