mhurhangee/ep-ind-claims huggingface dataset:
A method of determining the presence of a Chemical in an environment, the method comprising: receiving, by an exposure application stored in a non-transitory memory and executed on a processor, a plurality of sensor readings from a plurality of Chemical sensors (152, 154) via a communication device associated with an individual, wherein each Chemical sensor of the plurality of Chemical sensors (152, 154) is configured to detect a different Chemical; determining, by the exposure application, a cross-sensitivity pattern from one or a combination of Chemicals in the plurality of sensor readings; comparing, by the exposure application, the cross-sensitivity pattern with one or more known Chemical patterns of a chemical or combination of chemicals; determining that the cross-sensitivity pattern matches one of the one or more known Chemical patterns; and identifying a chemical or combination of Chemicals giving rise to the cross-sensitivity pattern based on determining that the cross-sensitivity pattern matches the one of the one or more known Chemical patterns; characterized by: determining, by the exposure application, at least one personal protective equipment requirement based on the identification of the chemical or combination of chemicals giving rise to the cross-sensitivity pattern, and sending a notification of the determined personal protective equipment requirement to the communication device associated with the individual. receiving, by an exposure application stored in a non-transitory memory and executed on a processor, a plurality of sensor readings from a plurality of Chemical sensors (152, 154) via a communication device associated with an individual, wherein each Chemical sensor of the plurality of Chemical sensors (152, 154) is configured to detect a different Chemical; determining, by the exposure application, a cross-sensitivity pattern from one or a combination of Chemicals in the plurality of sensor readings; comparing, by the exposure application, the cross-sensitivity pattern with one or more known Chemical patterns of a chemical or combination of chemicals; determining that the cross-sensitivity pattern matches one of the one or more known Chemical patterns; and identifying a chemical or combination of Chemicals giving rise to the cross-sensitivity pattern based on determining that the cross-sensitivity pattern matches the one of the one or more known Chemical patterns; characterized by: determining, by the exposure application, at least one personal protective equipment requirement based on the identification of the chemical or combination of chemicals giving rise to the cross-sensitivity pattern, and sending a notification of the determined personal protective equipment requirement to the communication device associated with the individual.
A method for Quality of Service management in a mobile communication system (UE, RAN, CN), comprising a step of: - providing, to a Bearer that has just been established for Non Real Time services, during a configurable time, a higher priority than requested at Bearer establishment. - providing, to a Bearer that has just been established for Non Real Time services, during a configurable time, a higher priority than requested at Bearer establishment.
An exterior door handle for a motor vehicle, comprising an electromechanical closing system having a manually operable handle member adapted to perform a lifting movement for opening a door lock of a door, wherein said lifting movement of the handle member is segmented, wherein at the end of a first lifting path, a switch is operative to electrically open the door lock, wherein, in case of failure of the electric power supply or of the electric portion of the closing system, said handle member is adapted to realize, beyond said first lifting path, an additional lifting path which is effective to mechanically open the door lock, characterized in that, at the end of the first lifting path, a device acts on the handle member while causing a short-time increase of the actuation resistance, notably in the manner of a pressure point with subsequent stopper, said pressure point being perceivable at the handle member and having to be overcome, so that the switch will electrically open the door lock after or when said pressure point is overcome.
Method for opening a movable panel of a motor vehicle, comprising the following steps of: - activating at least one virtual switch with projection of at least one light spot with which an authorized user has to interact, - determining if there is an intention to open the movable panel, and - authorizing the opening of the movable panel if an intention to open the movable panel is detected, the step of determining if there is an intention to open the movable panel, comprising the sub-steps of: - acquiring a measurement signal of a movement performed by the user in a measurement area, - eliminating the noise by filtering the signal, - identifying if the movement performed by the user is according to a predefined triggering sequence in a predefined correct order with at least the following steps: moving at least one user's part towards the light spot, keeping the user's part in the light spot and moving the user's part outside the light spot, and determining if at least one step of the movement performed by the user meets a predefined specific time condition, characterized in that: - it further comprises a step of measuring the time elapsed between activating the virtual switch and the moment of placing the user's part in the light spot, and a step of determining if the measured time is comprised in a predefined time window, the filtering of the signal is executed by using a mean average filter with zero-order hold, and - it further comprises a sub-step of calculating a reference value based on a floor measurement, and a sub-step of comparing the filtered signal with the reference value. - activating at least one virtual switch with projection of at least one light spot with which an authorized user has to interact, - determining if there is an intention to open the movable panel, and - authorizing the opening of the movable panel if an intention to open the movable panel is detected, - acquiring a measurement signal of a movement performed by the user in a measurement area, - eliminating the noise by filtering the signal, - identifying if the movement performed by the user is according to a predefined triggering sequence in a predefined correct order with at least the following steps: moving at least one user's part towards the light spot, keeping the user's part in the light spot and moving the user's part outside the light spot, and determining if at least one step of the movement performed by the user meets a predefined specific time condition, - it further comprises a step of measuring the time elapsed between activating the virtual switch and the moment of placing the user's part in the light spot, and a step of determining if the measured time is comprised in a predefined time window, the filtering of the signal is executed by using a mean average filter with zero-order hold, and - it further comprises a sub-step of calculating a reference value based on a floor measurement, and a sub-step of comparing the filtered signal with the reference value.
An alignment device for an encoder having a hub arranged in an encoder base and rotatable about an axis of rotation, whereas the encoder base is arranged to carry detectors and the hub is arranged to carry an encoder disc, the alignment device which is arranged to urge the hub into a predetermined axial and radial position relative to the encoder base is comprising: a contact portion configured to contact an axial surface of the encoder base in a coupled arrangement between the alignment device and the encoder; a locating structure (47, 52) configured to maintain the alignment device in a predefined radial position in the coupled arrangement; a flange structure configured to contact an axial surface of the hub in the coupled arrangement; and a spring structure configured to urge the hub into a predefined axial position by urging the hub toward the flange structure in the coupled arrangement; wherein the spring structure is configured to contact the hub so as to form a detent, the detent permitting removal of the alignment device from the hub by pulling the alignment device axially away from the hub. a contact portion configured to contact an axial surface of the encoder base in a coupled arrangement between the alignment device and the encoder; a locating structure (47, 52) configured to maintain the alignment device in a predefined radial position in the coupled arrangement; a flange structure configured to contact an axial surface of the hub in the coupled arrangement; and a spring structure configured to urge the hub into a predefined axial position by urging the hub toward the flange structure in the coupled arrangement;
A method, performed by a network device, for determining a set of power state parameters at least partly defining when a wireless terminal is to be in an active state or a power saving state, the method comprising the steps of: obtaining traffic types for each one of a plurality of traffic flows to or from the wireless terminal, resulting in a present combination of traffic types selected from a group consisting of voice over Internet Protocol, video conference, video streaming, audio streaming, web browsing, peer-to-peer traffic, media downloads and software downloads; finding, in a power state parameter repository that allows a set of power state parameters to be found using a combination of traffic types, a first match between the present combination of traffic types and a combination of traffic types associated with a first set of power state parameters; when the first match is found, transmitting the first set of power state parameters to the wireless terminal; when no first match is found, reading a configuration associated with the wireless terminal, the configuration specifying a prioritised single traffic type; when no first match is found, finding, in the power state parameter repository, a second match between the prioritised single traffic type and a single traffic type associated with a second set of power state parameters; and when the second match is found, transmitting the second set of power state parameters to the wireless terminal. obtaining traffic types for each one of a plurality of traffic flows to or from the wireless terminal, resulting in a present combination of traffic types selected from a group consisting of voice over Internet Protocol, video conference, video streaming, audio streaming, web browsing, peer-to-peer traffic, media downloads and software downloads; finding, in a power state parameter repository that allows a set of power state parameters to be found using a combination of traffic types, a first match between the present combination of traffic types and a combination of traffic types associated with a first set of power state parameters; when the first match is found, transmitting the first set of power state parameters to the wireless terminal; when no first match is found, reading a configuration associated with the wireless terminal, the configuration specifying a prioritised single traffic type; when no first match is found, finding, in the power state parameter repository, a second match between the prioritised single traffic type and a single traffic type associated with a second set of power state parameters; and when the second match is found, transmitting the second set of power state parameters to the wireless terminal.
A channel access method, comprising: performing, by a network element, random backoff listen before talk, LBT, at a high unlicensed frequency band for channel preemption, and after the preemption succeeds, performing, signal transmission at the high unlicensed frequency band in a first transmission time interval, TTI, within a maximum channel occupancy time, MCOT; and performing, by the network element before another at least one TTI within the MCOT, nonrandom backoff LBT at the high unlicensed frequency band for channel preemption, wherein the high unlicensed frequency band is a frequency band above 6 GHz. performing, by a network element, random backoff listen before talk, LBT, at a high unlicensed frequency band for channel preemption, and after the preemption succeeds, performing, signal transmission at the high unlicensed frequency band in a first transmission time interval, TTI, within a maximum channel occupancy time, MCOT; and performing, by the network element before another at least one TTI within the MCOT, nonrandom backoff LBT at the high unlicensed frequency band for channel preemption, wherein the high unlicensed frequency band is a frequency band above 6 GHz.
An elevator drive machinery comprising a rotatable drive sheave for driving plurality of ropes of the elevator, the drive sheave comprising a central cylinder, which comprises a central axis around which the central cylinder is rotatable; a plurality of circular rim members surrounding the central cylinder, each said rim member comprising an outer rim surface for engaging a rope, characterized in that said plurality of circular rim members includes one or more rotatably mounted circular rim members, each said rotatably mounted circular rim member being mounted on the central cylinder rotatably around said central axis relative to the central cylinder and relative to one or more of the other circular rim members, and in that said drive sheave moreover comprises control means (10,20,30,40,50) for controlling rotation of each said rotatably mounted circular rim member relative to the central cylinder and relative to one or more of the other circular rim members, wherein the central cylinder is at least partly hollow such that it comprises an inside space for accommodating at least partly said control means (10,20,30,40,50). a central cylinder, which comprises a central axis around which the central cylinder is rotatable; a plurality of circular rim members surrounding the central cylinder, each said rim member comprising an outer rim surface for engaging a rope, characterized in that said plurality of circular rim members includes one or more rotatably mounted circular rim members, each said rotatably mounted circular rim member being mounted on the central cylinder rotatably around said central axis relative to the central cylinder and relative to one or more of the other circular rim members, and in that said drive sheave moreover comprises control means (10,20,30,40,50) for controlling rotation of each said rotatably mounted circular rim member relative to the central cylinder and relative to one or more of the other circular rim members, wherein the central cylinder is at least partly hollow such that it comprises an inside space for accommodating at least partly said control means (10,20,30,40,50).
Microcontroller comprising a memory module for simultaneously providing at least one secure memory area and at least one non-secure memory area, the memory module comprising its own electronic writing/reading unit (132, 162) for each of the memory areas (133, 163) and at least one common analogue circuit part for a plurality of electronic writing/reading units (132, 162) and/or a plurality of memory areas (133, 163), and comprising at least one main CPU and at least one secure CPU which are each connected to the memory module and access the latter in order to write and/or read non-secure and/or secure data, characterized in that the at least one secure CPU is additionally connected to the memory module via an additional identification connection.
A rotary blade carrier assembly for an interrupter module of a modular multiple pole circuit breaker, comprising a) a blade carrier, the blade carrier being cylindrical and having first and second opposing circular end surfaces (33,35) and a curved cylindrical surface between the two end surfaces; and the blade carrier having drive pin through-holes passing longitudinally through the blade carrier cylinder, and b) an antifriction disc (23, 23') having a circular top plate having drive pin through-holes matching the relative positions of the blade carrier drive pin through-holes, the drive pin through-holes each located on an arc portion segment of the circular top plate, the top plate having a perpendicular rim wall (45, 47) connected thereto, the rim wall (45, 47) connected to at least one of the arc portion segments including the drive pin through-holes; c) the top plate of the antifriction disc (23, 23') being placed adjacent one of the end surfaces (33,35) of the blade carrier with the rim wall (45, 47) slidably fitting over the curved cylindrical surface of the blade carrier, characterized in that the antifriction disc (23, 23') has a plurality of perpendicular rim walls (45, 47), each perpendicular rim wall (45, 47) attached at an arc of the antifriction disc (23, 23') defining a sector of the antifriction disc (23, 23') containing a drive pin through-hole. a) a blade carrier, the blade carrier being cylindrical and having first and second opposing circular end surfaces (33,35) and a curved cylindrical surface between the two end surfaces; and the blade carrier having drive pin through-holes passing longitudinally through the blade carrier cylinder, and b) an antifriction disc (23, 23') having a circular top plate having drive pin through-holes matching the relative positions of the blade carrier drive pin through-holes, the drive pin through-holes each located on an arc portion segment of the circular top plate, the top plate having a perpendicular rim wall (45, 47) connected thereto, the rim wall (45, 47) connected to at least one of the arc portion segments including the drive pin through-holes; c) the top plate of the antifriction disc (23, 23') being placed adjacent one of the end surfaces (33,35) of the blade carrier with the rim wall (45, 47) slidably fitting over the curved cylindrical surface of the blade carrier,
Detection device comprising: - a detector that can be configured according to at least two determined configurations, - an adapter out of several separate adapters, each adapter being able to be adapted to the detector, wherein, when it is adapted to the detector, each adapter comprises: - mechanical selection means (10, 11, 12) for selecting a type of output signal from the detection device to terminals of an external connector, - configuration means for assigning to the detector a determined configuration selected amongst common range and increased range. - a detector that can be configured according to at least two determined configurations, - an adapter out of several separate adapters, each adapter being able to be adapted to the detector, wherein, when it is adapted to the detector, each adapter comprises: - mechanical selection means (10, 11, 12) for selecting a type of output signal from the detection device to terminals of an external connector, - configuration means for assigning to the detector a determined configuration selected amongst common range and increased range. - mechanical selection means (10, 11, 12) for selecting a type of output signal from the detection device to terminals of an external connector, - configuration means for assigning to the detector a determined configuration selected amongst common range and increased range.
High tensile steel having excellent bendability and stretch-flangeability, comprising: a base steel sheet comprising, by weight, carbon: 0.05% to 0.15%, silicon (Si): 1.5% or less, manganese (Mn): 1.5% to 2.5%, molybdenum (Mo): 0.2% or less, chromium (Cr): 1.5% or less, phosphorus: 0.1% or less, sulfur: 0.01% or less, soluble aluminum (sol.Al): 0.02% to 0.06%, titanium (Ti): 0.003% to 0.06%, niobium (Nb): 0.003% to 0.06%, nitrogen: 0.01% or less, boron: 0.003% or less, a remainder of iron (Fe), and other inevitable impurities; and a zinc-based plated layer on at least one surface of the base steel sheet, wherein a component relationship of Si, Mo, Cr, and C represented by the following Relationship 1 is 5 or more, the base steel sheet comprises martensite having an area fraction of 10% to 30%, tempered martensite having an area fraction of 20% to 40%, and a remainder of ferrite, as a microstructure of the base steel sheet, and at a thickness 1/4t point of the base steel sheet, where t is a thickness of the steel in millimeter, a Vickers hardness ratio of a martensite phase and a tempered martensite phase expressed by the following Relationship 2 is 2 or less, and a hardness ratio of a martensite phase and a ferrite phase expressed by the following Relationship 3 is 3 or less: Si + Cr + Mo / C ≥ 5 where each component refers to a weight content of the element, H M / H TM ≤ 2 where M refers to martensite, and TM refers to tempered martensite, H M / H F ≤ 3 where M refers to martensite, and F refers to ferrite, wherein the microstructure and the hardness ratio are determined by the measurement method described in the description.
A dual component lithium-rich layered oxide positive electrode material for a secondary battery, the material comprising a single-phase lithium metal oxide component, having the general formula Li 1+b N 1-b O 2, wherein 0.155≤b≤0.25 and N=Ni x Mn y Co z Zr c A d, wherein 0.10≤x≤0.40, 0.30≤y≤0.80, 0<z≤0.20, 0.005≤c≤0.03, 0≤d≤0.10, and wherein x+y+z+c+d=1, with A being a dopant comprising at least one element, and the material further comprising a Li 2 ZrO 3 component.
Device for retrieving small workpieces on a machine tool, having an infeed hose for directing the small workpieces to a dispensing opening, wherein the infeed hose is connected to a chamber which is able to be impinged with a vacuum, characterized in that the chamber has an activatable closure for the dispensing opening, and a purging opening which is connected to a purging unit from which purging liquid forced through the purging opening into the chamber purges a workpiece located in the chamber out of the latter by way of the dispensing opening. the chamber has an activatable closure for the dispensing opening, and a purging opening which is connected to a purging unit from which purging liquid forced through the purging opening into the chamber purges a workpiece located in the chamber out of the latter by way of the dispensing opening.
A surgical instrument comprising: a handle (20, 26); an adaptor including a proximal end releasably coupled to a distal end of the handle and a connector at the distal end of the adaptor, which is releasably coupleable to a working portion; and a non-contact electrical interface configured to wirelessly transfer energy from the handle (20, 26) to the adaptor and configured to wirelessly transmit data from the adaptor to the handle (20, 26), wherein the handle (20, 26) includes a protrusion, wherein the adaptor defines a recess that receives the protrusion when the adaptor is coupled to the handle, and wherein the electrical interface includes a proximal electrical coil disposed within the protrusion and a distal electrical coil disposed within the adaptor at a location adjacent the recess; wherein when the adaptor is coupled to the handle the proximal and distal electrical coils form a transformer. a handle (20, 26); an adaptor including a proximal end releasably coupled to a distal end of the handle and a connector at the distal end of the adaptor, which is releasably coupleable to a working portion; and a non-contact electrical interface configured to wirelessly transfer energy from the handle (20, 26) to the adaptor and configured to wirelessly transmit data from the adaptor to the handle (20, 26), wherein the handle (20, 26) includes a protrusion, wherein the adaptor defines a recess that receives the protrusion when the adaptor is coupled to the handle, and wherein the electrical interface includes a proximal electrical coil disposed within the protrusion and a distal electrical coil disposed within the adaptor at a location adjacent the recess; wherein when the adaptor is coupled to the handle the proximal and distal electrical coils form a transformer.