mhurhangee/ep-ind-claims huggingface dataset:
A lighting fixture that provides an illumination light, the lighting fixture comprising: a wireless signal repeater configured to receive an input wireless signal and to transmit an output wireless signal that corresponds to the input wireless signal; and an occupancy sensor configured to monitor a space and to output occupancy detection information indicating whether the space is occupied, wherein the wireless signal repeater is configured to operate based on the occupancy detection information, wherein the wireless signal repeater is configured to start transmitting the output wireless signal corresponding to the input wireless signal if the occupancy detection information indicates that the space is occupied, characterised in that the wireless signal repeater is configured to scan for a free channel or a less crowded channel, and wherein the wireless signal repeater is configured to use the free channel or the less crowded channel to transmit the output wireless signal. a wireless signal repeater configured to receive an input wireless signal and to transmit an output wireless signal that corresponds to the input wireless signal; and an occupancy sensor configured to monitor a space and to output occupancy detection information indicating whether the space is occupied, wherein the wireless signal repeater is configured to operate based on the occupancy detection information, wherein the wireless signal repeater is configured to start transmitting the output wireless signal corresponding to the input wireless signal if the occupancy detection information indicates that the space is occupied, characterised in that the wireless signal repeater is configured to scan for a free channel or a less crowded channel, and wherein the wireless signal repeater is configured to use the free channel or the less crowded channel to transmit the output wireless signal.
A method to configure a parameter used to operate a cell belonging to a network of cells, using a radio environment map, composed of following operations: i. before a configuration of any cell, performing following steps,: a. splitting a geographic area over which said network of cells is deployed into a set of Level 1-Radio Blocks, b. pre-allocating, to each Level 1-Radio Block, a pool of values containing a subset of values that can be assigned to said parameter, c. splitting the geographic area over which said network of cells is deployed into a set of Level 2-Radio Blocks. ii. for each new cell deployed, performing the following steps: a. computing, at each Level 2-Radio Block, an estimated Received Signal Strength of said cell, and storing the result in a radio environment map, b. identifying, using the radio environment map, the Level 1-Radio Block associated with said cell, based on a number of Level 2-Radio Blocks over which the estimated Received Signal Strength of said cell is beyond a pre-defined threshold, c. selecting a value, from the pool of values pre-allocated to the Level 1-Radio Block identified in step ii.b, and removing this value from the pool. i. before a configuration of any cell, performing following steps,: a. splitting a geographic area over which said network of cells is deployed into a set of Level 1-Radio Blocks, b. pre-allocating, to each Level 1-Radio Block, a pool of values containing a subset of values that can be assigned to said parameter, c. splitting the geographic area over which said network of cells is deployed into a set of Level 2-Radio Blocks. a. splitting a geographic area over which said network of cells is deployed into a set of Level 1-Radio Blocks, b. pre-allocating, to each Level 1-Radio Block, a pool of values containing a subset of values that can be assigned to said parameter, c. splitting the geographic area over which said network of cells is deployed into a set of Level 2-Radio Blocks. ii. for each new cell deployed, performing the following steps: a. computing, at each Level 2-Radio Block, an estimated Received Signal Strength of said cell, and storing the result in a radio environment map, b. identifying, using the radio environment map, the Level 1-Radio Block associated with said cell, based on a number of Level 2-Radio Blocks over which the estimated Received Signal Strength of said cell is beyond a pre-defined threshold, c. selecting a value, from the pool of values pre-allocated to the Level 1-Radio Block identified in step ii.b, and removing this value from the pool. a. computing, at each Level 2-Radio Block, an estimated Received Signal Strength of said cell, and storing the result in a radio environment map, b. identifying, using the radio environment map, the Level 1-Radio Block associated with said cell, based on a number of Level 2-Radio Blocks over which the estimated Received Signal Strength of said cell is beyond a pre-defined threshold, c. selecting a value, from the pool of values pre-allocated to the Level 1-Radio Block identified in step ii.b, and removing this value from the pool.
A method of scaling amperometric data obtained during an electrochemical analysis of an analyte of interest to compensate for variations in electrode conductivity, the method comprising the steps of: applying an electrical test sequence to a body fluid sample in an electrochemical biosensor, the biosensor comprising: an electrode system, a reagent in electrical communication with the electrode system, and a receptacle configured to contact the fluid sample provided to the biosensor, wherein the test sequence comprises at least one AC block of low-amplitude signals and at least one DC block, and wherein the body fluid sample comprises the analyte of interest; measuring AC and DC current responses to an electro-active species indicative of the analyte of interest; measuring at least two loop resistances of the electrode system of the biosensor, wherein a first loop resistance is measured between two contact pads associated with a trace of a working electrode, and wherein a second loop resistance is measured between two contact pads associated with a trace of a counter electrode; normalizing the at least two loop resistances (R conductor) by dividing a first loop resistance by a first constant and by dividing a second loop resistance by a second constant to obtain normalized loop resistances; scaling the amperometric data by incorporating the lowest normalized loop resistance into an algorithm for determining an analyte concentration or a failsafe calculation. an electrode system, a reagent in electrical communication with the electrode system, and a receptacle configured to contact the fluid sample provided to the biosensor, measuring AC and DC current responses to an electro-active species indicative of the analyte of interest; measuring at least two loop resistances of the electrode system of the biosensor, wherein a first loop resistance is measured between two contact pads associated with a trace of a working electrode, and wherein a second loop resistance is measured between two contact pads associated with a trace of a counter electrode; normalizing the at least two loop resistances (R conductor) by dividing a first loop resistance by a first constant and by dividing a second loop resistance by a second constant to obtain normalized loop resistances; scaling the amperometric data by incorporating the lowest normalized loop resistance into an algorithm for determining an analyte concentration or a failsafe calculation.
An adjusting tool for the semi-automatic end-of-travel adjustment of home automation closure equipment, said home automation equipment comprising an apron that can be wound onto a winding tube, said actuator being rotated by an electric actuator equipped with rotation measurement means and/or with torque measurement means and/or with signal receiving and calculating means, a first end of the apron comprising a load bar and a second end of the apron being connected to the winding tube, characterized in that said adjusting tool is removable after the adjustments and that it comprises at least: - an end stop means (10, 10', 10", 10*, 10**) comprising an abutment surface (16, 16', 16", 16'") able to collaborate with a fixed end stop of the home automation equipment during a maneuver of winding the roll-up element into a position close to a fully rolled-up position, at least one particular position of the adjusting tool being automatically detected when the contact between the adjusting tool and the fixed end stop occurs, and - a means (9, 9', 9", 9'") of removable attachment to the first end of the apron, able to withstand an abutment force applied to the abutment surface. - an end stop means (10, 10', 10", 10*, 10**) comprising an abutment surface (16, 16', 16", 16'") able to collaborate with a fixed end stop of the home automation equipment during a maneuver of winding the roll-up element into a position close to a fully rolled-up position, at least one particular position of the adjusting tool being automatically detected when the contact between the adjusting tool and the fixed end stop occurs, and - a means (9, 9', 9", 9'") of removable attachment to the first end of the apron, able to withstand an abutment force applied to the abutment surface.
A method, comprising: receiving, by an application executing on a device, a request specifying a subject and a medical condition; receiving, by the application, a cryptogram from a contactless card associated with an account of the subject; transmitting, by the application, the cryptogram to a server; receiving, by the application, a decryption result from the server; determining, by the application based on the decryption result, that the server decrypted the cryptogram; receiving, by the application from the contactless card, a medical attestation, a digital signature of the medical attestation, and a public key of the digital signature; decrypting the digital signature by the application based on the public key of the digital signature; verifying, by the application, the medical attestation based on the decrypted digital signature; determining, based on the verification of the medical attestation, that the subject is immune to the medical condition; generating, by the application, an attestation result specifying that the subject is immune to the medical condition; and transmitting, by the application, the attestation result to a recipient device. receiving, by an application executing on a device, a request specifying a subject and a medical condition; receiving, by the application, a cryptogram from a contactless card associated with an account of the subject; transmitting, by the application, the cryptogram to a server; receiving, by the application, a decryption result from the server; determining, by the application based on the decryption result, that the server decrypted the cryptogram; receiving, by the application from the contactless card, a medical attestation, a digital signature of the medical attestation, and a public key of the digital signature; decrypting the digital signature by the application based on the public key of the digital signature; verifying, by the application, the medical attestation based on the decrypted digital signature; determining, based on the verification of the medical attestation, that the subject is immune to the medical condition; generating, by the application, an attestation result specifying that the subject is immune to the medical condition; and transmitting, by the application, the attestation result to a recipient device.
Method for determining the stopping power SPR from computed tomography scans, comprising the steps: - Preparation of computed tomography scans of a body region with two different recording energies (A, B), - Determination of the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) of the computed tomography scans, and - Formation of a data field in which the determined values for the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) are applied as a function of the CT numbers H, - Formation of a look-up table from the data field, - Determination of the stopping power SPR SE for different CT numbers H from single energy image areas (A\B) of the computed tomography scans by means of the look-up table. - Preparation of computed tomography scans of a body region with two different recording energies (A, B), - Determination of the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) of the computed tomography scans, and - Formation of a data field in which the determined values for the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) are applied as a function of the CT numbers H, - Formation of a look-up table from the data field, - Determination of the stopping power SPR SE for different CT numbers H from single energy image areas (A\B) of the computed tomography scans by means of the look-up table.
A polypeptide comprising an amino acid sequence having at least 95% sequence identity to the amino acid sequence of SEQ ID NO: 18, wherein said polypeptide has protease activity and wherein said polypeptide has cleaning activity in a detergent composition.
A shape measurement apparatus configured to measure surface roughness distribution of a strip-shaped body comprising: a light source configured to irradiate a surface of a moving strip-shaped body with linear light at a prescribed angle of incidence from an upstream side or a downstream side in a movement direction of the strip-shaped body; a screen configured such that reflected light of the linear light on the surface of the strip-shaped body is projected on the screen; an imaging unit configured to image the reflected light of the linear light projected on the screen; and an arithmetic processing unit configured to specify surface roughness distribution of the strip-shaped body on the basis of width distribution of a light strip of the reflected light of the linear light imaged by the imaging unit and the prescribed angle of incidence, wherein the prescribed angle of incidence is set in accordance with target surface roughness of the surface of the strip-shaped body. a light source configured to irradiate a surface of a moving strip-shaped body with linear light at a prescribed angle of incidence from an upstream side or a downstream side in a movement direction of the strip-shaped body; a screen configured such that reflected light of the linear light on the surface of the strip-shaped body is projected on the screen; an imaging unit configured to image the reflected light of the linear light projected on the screen; and an arithmetic processing unit configured to specify surface roughness distribution of the strip-shaped body on the basis of width distribution of a light strip of the reflected light of the linear light imaged by the imaging unit and the prescribed angle of incidence, wherein the prescribed angle of incidence is set in accordance with target surface roughness of the surface of the strip-shaped body.
A system comprising: a platform comprising a processor coupled to a plurality of databases; a grid comprising a plurality of agents coupled to the platform, wherein each agent of the plurality of agents is an agent of the platform configured to run on a client device; and metadata of content of memory accessible by a plurality of client devices corresponding to the plurality of agents, wherein: each agent of each client device is configured to generate and provide the metadata to the platform, platform comprises the metadata instead of the content and is configured to use the metadata to determine locations of the content, generate goals representing operations for maintaining a state of the content, and generate a plurality of tasks corresponding to the goals and assign each task to an agent having access to the content that corresponds to the task, and each task is a processing operation directed by the platform to be performed by an agent on content accessible by the agent. a platform comprising a processor coupled to a plurality of databases; a grid comprising a plurality of agents coupled to the platform, wherein each agent of the plurality of agents is an agent of the platform configured to run on a client device; and metadata of content of memory accessible by a plurality of client devices corresponding to the plurality of agents, wherein: each agent of each client device is configured to generate and provide the metadata to the platform, platform comprises the metadata instead of the content and is configured to use the metadata to determine locations of the content, generate goals representing operations for maintaining a state of the content, and generate a plurality of tasks corresponding to the goals and assign each task to an agent having access to the content that corresponds to the task, and each task is a processing operation directed by the platform to be performed by an agent on content accessible by the agent. each agent of each client device is configured to generate and provide the metadata to the platform, platform comprises the metadata instead of the content and is configured to use the metadata to determine locations of the content, generate goals representing operations for maintaining a state of the content, and generate a plurality of tasks corresponding to the goals and assign each task to an agent having access to the content that corresponds to the task, and each task is a processing operation directed by the platform to be performed by an agent on content accessible by the agent.
A radio communication device configured to perform radio communication with another radio communication device, comprising: an identification information sending unit configured to send identification information at a predetermined interval; and a scan request receiving unit configured to receive a scan request sent by the other radio communication device that has received the identification information sent by the identification information sending unit; the radio communication device characterized by further comprising an interval changing unit configured to change the predetermined interval in the case where the scan request receiving unit receives the scan request sent by the other radio communication device; a response sending unit configured to send a response to the scan request to the other radio communication device in the case where the scan request receiving unit receives the scan request sent by the other radio communication device, the response including information on the changed predetermined interval. an identification information sending unit configured to send identification information at a predetermined interval; and a scan request receiving unit configured to receive a scan request sent by the other radio communication device that has received the identification information sent by the identification information sending unit;
A method comprising the steps of: providing a tool having a collet over a collar secured to a stud on a gas turbine engine system; and driving said collet to rotate and remove said collar from said stud; characterised in that: said collet includes a plurality of collet fingers and said collet fingers being driven between a released and a secured position, with said collet fingers being in said released position when initially placed over said collar, and then driven to said locked position prior to said collet fingers being driven to rotate and remove said collar, wherein said collet fingers move with a piston within a housing and hydraulic fluid drives said piston into said housing to move said collet fingers to a relaxed position at which they define the released position, and a spring operating in opposition to said hydraulic fluid to drive said piston outwardly of said housing and said collet fingers to said secured position, and wherein said piston has a conical surface which is forced against an edge surface of an opening in said housing, with said conical surface being forced against said edge surface to move said collet fingers to said secured position. providing a tool having a collet over a collar secured to a stud on a gas turbine engine system; and driving said collet to rotate and remove said collar from said stud; characterised in that: said collet includes a plurality of collet fingers and said collet fingers being driven between a released and a secured position, with said collet fingers being in said released position when initially placed over said collar, and then driven to said locked position prior to said collet fingers being driven to rotate and remove said collar, wherein said collet fingers move with a piston within a housing and hydraulic fluid drives said piston into said housing to move said collet fingers to a relaxed position at which they define the released position, and a spring operating in opposition to said hydraulic fluid to drive said piston outwardly of said housing and said collet fingers to said secured position, and wherein said piston has a conical surface which is forced against an edge surface of an opening in said housing, with said conical surface being forced against said edge surface to move said collet fingers to said secured position.
An absorbent article comprising: a cover layer; a barrier layer; and an absorbent system consisting of superabsorbent polymer adhered to a tissue layer that is arranged between the cover layer and the barrier layer, wherein said SAP is present in an amount of between 100 gsm and 150 gsm, wherein said SAP has a gel blocking ratio at one minute of at least 0.30 and a gel blocking ratio at five minutes of at least 0.72; wherein said absorbent article has an average Density Compounded Drapeability Index (DCDI) value of at least 0.50, wherein DCDI = (BW/MCB)*Average Density, BW is the average Basis Weight (gsm), MCB is the average Modified Circular Bend Stiffness (g), and Average Density (g/cm 3) =(BW / Thickness (mm))/1000; and wherein said absorbent article has an Absorbency Index of at least 1.5 and/or an absorbent capacity of at least 5.0 g, wherein AI = 6.27 − R 6.12 + 499 − FPT 495, wherein R = Rewet Value and FPT = Fluid Penetration Time; wherein the DCDI, BW, MCB, absorbent capacity, R, FPT, and gel blocking ratio are obtained using the methods described in the description. a cover layer; a barrier layer; and an absorbent system consisting of superabsorbent polymer adhered to a tissue layer that is arranged between the cover layer and the barrier layer, wherein said SAP is present in an amount of between 100 gsm and 150 gsm, wherein said SAP has a gel blocking ratio at one minute of at least 0.30 and a gel blocking ratio at five minutes of at least 0.72; wherein said absorbent article has an average Density Compounded Drapeability Index (DCDI) value of at least 0.50, wherein DCDI = (BW/MCB)*Average Density, BW is the average Basis Weight (gsm), MCB is the average Modified Circular Bend Stiffness (g), and Average Density (g/cm 3) =(BW / Thickness (mm))/1000; and wherein said absorbent article has an Absorbency Index of at least 1.5 and/or an absorbent capacity of at least 5.0 g,