mhurhangee/ep-ind-claims huggingface dataset:
A method for determining an injury risk of a user from a plurality of exercises using a device with a heart rate sensor, a processor, a memory (61A, 62B) including a resident memory, an output device and software, the method having following steps implemented with said device: determining for each physical exercise a timestamp and a value of training load, storing the timestamp and the value of training load of each exercise in the resident memory to obtain a register having plurality of such records from executed exercises, performing a recovery test frequently, including measuring a beat-by-beat heart rate, to obtain a recovery value with a timestamp from each recovery test, where the recovery value is a maximum of heart rate variability-to-heart rate ratio averages, which averages are calculated from a predetermined length period over the whole measurement, and storing the recovery values with the timestamps in the register of the resident memory, calculating indices depicting a short term training load (STTL), a ratio of the short term training load (STTL) and a long term training load (LTTL), and a recovery based on the stored values of the register, calculating a weighting factor for each said index, each weighting factor depicting the relevance of the corresponding index to the user's probability of injury, correcting each index with the corresponding weighting factor to obtain weighted indices, calculating a numerical value of injury risk using the weighted indices, displaying the value of injury risk to the user using the output device. determining for each physical exercise a timestamp and a value of training load, storing the timestamp and the value of training load of each exercise in the resident memory to obtain a register having plurality of such records from executed exercises, performing a recovery test frequently, including measuring a beat-by-beat heart rate, to obtain a recovery value with a timestamp from each recovery test, where the recovery value is a maximum of heart rate variability-to-heart rate ratio averages, which averages are calculated from a predetermined length period over the whole measurement, and storing the recovery values with the timestamps in the register of the resident memory, calculating indices depicting a short term training load (STTL), a ratio of the short term training load (STTL) and a long term training load (LTTL), and a recovery based on the stored values of the register, calculating a weighting factor for each said index, each weighting factor depicting the relevance of the corresponding index to the user's probability of injury, correcting each index with the corresponding weighting factor to obtain weighted indices, calculating a numerical value of injury risk using the weighted indices, displaying the value of injury risk to the user using the output device.
A system for securely communicating with a mobile device including an embedded universal integrated circuit card, eUICC,, the system comprising: an eUICC subscription manager configured to: a) receive, from the mobile device, i) an eUICC identity and ii) an eUICC public key; b) generate an eUICC subscription manager private key and an eUICC subscription manager public key; c) derive a profile key using an elliptic curve Diffie Hellman, ECDH, key exchange with the eUICC subscription manager private key and the eUICC public key; d) encrypt a first portion of an eUICC profile with the profile key, wherein the first portion includes network parameters; and e) encrypt a second portion of the eUICC profile with a symmetric key, wherein the second portion includes a subscriber identity and a key K, and wherein the second portion is distinct from the first portion; and a server configured to: a) send, to the mobile device, i) the encrypted first portion of the eUICC profile and ii) the encrypted second portion of the eUICC profile; and b) after a mobile network operator authenticates a user associated with the mobile device, send, to the mobile device, the symmetric key. an eUICC subscription manager configured to: a) receive, from the mobile device, i) an eUICC identity and ii) an eUICC public key; b) generate an eUICC subscription manager private key and an eUICC subscription manager public key; c) derive a profile key using an elliptic curve Diffie Hellman, ECDH, key exchange with the eUICC subscription manager private key and the eUICC public key; d) encrypt a first portion of an eUICC profile with the profile key, wherein the first portion includes network parameters; and e) encrypt a second portion of the eUICC profile with a symmetric key, wherein the second portion includes a subscriber identity and a key K, and wherein the second portion is distinct from the first portion; and a) receive, from the mobile device, i) an eUICC identity and ii) an eUICC public key; b) generate an eUICC subscription manager private key and an eUICC subscription manager public key; c) derive a profile key using an elliptic curve Diffie Hellman, ECDH, key exchange with the eUICC subscription manager private key and the eUICC public key; d) encrypt a first portion of an eUICC profile with the profile key, wherein the first portion includes network parameters; and e) encrypt a second portion of the eUICC profile with a symmetric key, wherein the second portion includes a subscriber identity and a key K, and wherein the second portion is distinct from the first portion; and a server configured to: a) send, to the mobile device, i) the encrypted first portion of the eUICC profile and ii) the encrypted second portion of the eUICC profile; and b) after a mobile network operator authenticates a user associated with the mobile device, send, to the mobile device, the symmetric key. a) send, to the mobile device, i) the encrypted first portion of the eUICC profile and ii) the encrypted second portion of the eUICC profile; and b) after a mobile network operator authenticates a user associated with the mobile device, send, to the mobile device, the symmetric key.
A light guide plate, LPG, positioning structure, comprising: a plurality of positioning members arranged between a first surface of a LGP and a back plate, wherein the first surface of the light guide plate is adjacent to a light incident surface of the LGP for light from a light source, wherein a first direction being a direction extending from a first end of the first surface near the light incident surface of the LGP toward a second end of the first surface opposite to the first end and away from the light incident surface of the LGP, characterized in that a surface reflectivity of each positioning member at a side of the light guide plate near the incident surface is lower than a surface reflectivity of any other positioning members at the same side of the light guide plate away from the light incident surface.
Sealing strand for sealing a movable vehicle window pane, having a sealing portion with flocking for sliding abutment against the vehicle window pane, wherein the flocking is formed by pieces of fibre which are adhesively bonded at one end to the surface, in a preferred direction perpendicular to the flocked surface, characterized in that, with a length of the pieces of fibre being smaller than 0.4 mm, the linear density of the pieces of fibre lies below 0.5 dTex.
A heat exchanger assembly comprising: - at least one heat exchanger comprising a plurality of tubes with open ends stacked parallelly with respect to each other, a pair of manifolds comprising headers (104A, 104B) and tanks (106A, 106B) configured to receive the open ends of the tubes; and - a protection grid mounted on the heat exchanger, the protection grid comprising a first pair of sides, and a second pair of sides, wherein the first pair of sides is substantially parallel to headers (104A, 104B) and the second pair of sides is substantially parallel to the tubes, characterized in that, the protection grid is fixed to the heat exchanger along second sides, and the protection grid comprises at least one spacing element formed on at least one of the first side of the protection grid and adapted to interact with the heat exchanger to deform the protection grid to a curved profile so that at least a portion of the first side is spaced away from the heat exchanger. - at least one heat exchanger comprising a plurality of tubes with open ends stacked parallelly with respect to each other, a pair of manifolds comprising headers (104A, 104B) and tanks (106A, 106B) configured to receive the open ends of the tubes; and - a protection grid mounted on the heat exchanger, the protection grid comprising a first pair of sides, and a second pair of sides, wherein the first pair of sides is substantially parallel to headers (104A, 104B) and the second pair of sides is substantially parallel to the tubes, characterized in that, the protection grid is fixed to the heat exchanger along second sides, and the protection grid comprises at least one spacing element formed on at least one of the first side of the protection grid and adapted to interact with the heat exchanger to deform the protection grid to a curved profile so that at least a portion of the first side is spaced away from the heat exchanger.
An apparatus comprising: a security system that protects a secured geographic area; and a processor of the security system that saves, in a memory, a geographic travel location that is outside of the secured geographic area, tracks a geographic location of an authorized user, generates an alert upon detecting that a difference between the geographic location of the authorized user and the geographic travel location exceeds a threshold value, and transmits the alert to an emergency response team near the geographic travel location, wherein the geographic travel location is an intended destination of the authorized user. a security system that protects a secured geographic area; and a processor of the security system that saves, in a memory, a geographic travel location that is outside of the secured geographic area, tracks a geographic location of an authorized user, generates an alert upon detecting that a difference between the geographic location of the authorized user and the geographic travel location exceeds a threshold value, and transmits the alert to an emergency response team near the geographic travel location, wherein the geographic travel location is an intended destination of the authorized user.
A method for processing local access connections wherein a user terminal is in a connected state and accesses through a hybrid-mode home nodeB, if a mobility management entity of a core network detects that a closed subscriber group, CSG, membership of the user terminal changes or times out (401, 501), wherein mobility management entity of the core network initiating releasing of affected local access packet data network, PDN, connections, or notifying the home nodeB to trigger a local gateway to initiate releasing of the affected local access packet data network connections; characterized in that when the user terminal does not subscribe a Wildcard Access Point Name, APN, the mobility management entity initiates releasing of all the activated local access PDN connections, or the mobility management entity notifies the home nodeB to trigger the local gateway to initiate releasing of all the affected local access packet data network connections; when the user terminal has subscribed the Wildcard APN, the mobility management entity initiates releasing of the local access PDN connections corresponding to an APN binding with the CSG in the session management context, but does not treat those local access PDN connections corresponding to an APN not binding with the CSG in the session management context, or the mobility management entity notifies the home nodeB to trigger the local gateway to initiate releasing of the local access PDN connections corresponding to an APN binding with the CSG in the session management context, but not to treat those local access PDN connections corresponding to an APN not binding with the CSG in the session management context.
A compact joint suitable for being used in furniture and other furnishing items with a shelf and at least one shoulder positioned perpendicular to each other, wherein said joint is provided in combination with said shelf and at least one shoulder and comprises a plurality of interconnection and blocking components for joining and firmly blocking said shelf and said at least one shoulder together, wherein said plurality of components lies on the same plane which is, when the joint is assembled to the furniture, perpendicular to said shelf and said at least one shoulder, said plane containing a coupling axis along which axis said shelf and said at least one shoulder are coupled, said coupling axis being defined so that it lies inside said shelf when the joint is assembled to the furniture, said joint further providing an actuation axis, characterized in that the actuation axis of the joint is perpendicular to the coupling axis and lies on a plane which is, when the joint is assembled to the furniture, parallel and interspaced with respect to the shelf and perpendicular with respect to the at least one shoulder, said plurality of interconnection and blocking components of said joint comprise a body, configured to be associated beneath said shelf, which contains a worm screw-toothed wheel pair (74, 75) that causes a screw to slide, which is engaged in a housing of a pin connected to said at least one shoulder.
A communication method performed by a centralized unit user plane, CU-UP, of an access network, comprising: sending, by the centralized unit user plane, CU-UP, of an access network, an E1 interface setup request message to a centralized unit control plane, CU-CP, of the access network, wherein the interface setup request message comprises an identity of a public land mobile network served by the CU-UP and a network slice identifier corresponding to the public land mobile network, wherein the network slice identifier is single network slice selection assistance information, S-NSSAI, or an S-NSSAI list, the interface setup request message further comprises service range information of the CU-UP, and the service range information comprises an identity of a cell served by the CU-UP; and receiving, by the CU-UP, an interface setup response message from the CU-CP after sending the interface setup request message. sending, by the centralized unit user plane, CU-UP, of an access network, an E1 interface setup request message to a centralized unit control plane, CU-CP, of the access network, wherein the interface setup request message comprises an identity of a public land mobile network served by the CU-UP and a network slice identifier corresponding to the public land mobile network, wherein the network slice identifier is single network slice selection assistance information, S-NSSAI, or an S-NSSAI list, the interface setup request message further comprises service range information of the CU-UP, and the service range information comprises an identity of a cell served by the CU-UP; and receiving, by the CU-UP, an interface setup response message from the CU-CP after sending the interface setup request message.
A venting apparatus having an opening therein for venting an enclosure, said venting apparatus comprising: a porous venting element affixed within said venting apparatus and forming a liquid-tight, gas-permeable seal of said opening, said porous venting element having a porosity of less than 80%, comprising PTFE, and comprising at least one surface indentation having a depth of at least 12 microns; and wherein the at least one surface indentation forms a surface pattern comprising compressed and uncompressed regions on the porous venting element. a porous venting element affixed within said venting apparatus and forming a liquid-tight, gas-permeable seal of said opening, said porous venting element having a porosity of less than 80%, comprising PTFE, and comprising at least one surface indentation having a depth of at least 12 microns; and wherein the at least one surface indentation forms a surface pattern comprising compressed and uncompressed regions on the porous venting element.
A power module, comprising: two semiconductor elements connected in series; two DC terminals (20, 22) of different polarity, each DC terminal (20, 22) providing an electrical connection to an outer end of the series connection of the two semiconductor elements; an AC terminal providing an electrical connection to a midpoint of the series connection; a pick-up coil arranged for sensing a time-varying magnetic field generated by a time-varying current flowing through the DC terminals (20, 22) and the AC terminal, the pick-up coil comprising a plurality of conductor loops wound in two extension sections and an intermediate extension section of the pick-up coil such that the pick-up coil surrounds one of the DC terminals only partially; wherein the two extension sections run along opposite sides of the one of the DC terminals, the two extension sections having conductor loops wound in the same clockwise direction or counter clockwise direction with respect to a center line of the pick-up coil running around the one of the DC terminals; wherein the intermediate extension section is connected between the two opposite extension sections, the power module being characterized in that the intermediate section is arranged between the one of the DC terminals and the AC terminal; and in that the intermediate extension section has conductor loops wound in the opposite clockwise direction or counter clockwise direction with respect to the center line of the pick-up coil. two semiconductor elements connected in series; two DC terminals (20, 22) of different polarity, each DC terminal (20, 22) providing an electrical connection to an outer end of the series connection of the two semiconductor elements; an AC terminal providing an electrical connection to a midpoint of the series connection; a pick-up coil arranged for sensing a time-varying magnetic field generated by a time-varying current flowing through the DC terminals (20, 22) and the AC terminal, the pick-up coil comprising a plurality of conductor loops wound in two extension sections and an intermediate extension section of the pick-up coil such that the pick-up coil surrounds one of the DC terminals only partially; wherein the two extension sections run along opposite sides of the one of the DC terminals, the two extension sections having conductor loops wound in the same clockwise direction or counter clockwise direction with respect to a center line of the pick-up coil running around the one of the DC terminals; wherein the intermediate extension section is connected between the two opposite extension sections, the power module being characterized in that the intermediate section is arranged between the one of the DC terminals and the AC terminal; and in that the intermediate extension section has conductor loops wound in the opposite clockwise direction or counter clockwise direction with respect to the center line of the pick-up coil.
An adhesive composition comprising: A) a propylene based plastomer or elastomer (PBPE) comprising up to 10 wt % units derived from ethylene and having: (i) a Koenig B-value less than 1.0; (ii) a total unsaturation per mole of propylene from 0.010% to 0.030%; (iii) a density from 0.870 g/cc to 0.890 g/cc; (iv) a melt viscosity at 177°C from 800 mPa.s to 11,000 mPa.s; and (v) a weight average molecular weight from 20,000 to 50,000 g/mol; B) a tackifier; and C) a wax. A) a propylene based plastomer or elastomer (PBPE) comprising up to 10 wt % units derived from ethylene and having: (i) a Koenig B-value less than 1.0; (ii) a total unsaturation per mole of propylene from 0.010% to 0.030%; (iii) a density from 0.870 g/cc to 0.890 g/cc; (iv) a melt viscosity at 177°C from 800 mPa.s to 11,000 mPa.s; and (v) a weight average molecular weight from 20,000 to 50,000 g/mol; (i) a Koenig B-value less than 1.0; (ii) a total unsaturation per mole of propylene from 0.010% to 0.030%; (iii) a density from 0.870 g/cc to 0.890 g/cc; (iv) a melt viscosity at 177°C from 800 mPa.s to 11,000 mPa.s; and (v) a weight average molecular weight from 20,000 to 50,000 g/mol; B) a tackifier; and C) a wax.
A detection method for branch states of a battery system, the battery system comprising a first terminal, a second terminal, at least one resistance connected between the first terminal and the second terminal, and a plurality of branches connected in parallel, each of the branches comprising at least one battery, the detection method comprising: obtaining a first open circuit voltage corresponding to each of the branches, characterized by: obtaining a second open circuit voltage corresponding to the battery system, wherein the second open circuit voltage is obtained from the first terminal and the second terminal, two terminals of the at least one resistance, or two terminals of an external equivalent capacitance of the battery system; and judging a current on/off state of each corresponding branch according to the first open circuit voltage and the second open circuit voltage. obtaining a first open circuit voltage corresponding to each of the branches, characterized by: obtaining a second open circuit voltage corresponding to the battery system, wherein the second open circuit voltage is obtained from the first terminal and the second terminal, two terminals of the at least one resistance, or two terminals of an external equivalent capacitance of the battery system; and judging a current on/off state of each corresponding branch according to the first open circuit voltage and the second open circuit voltage. obtaining a second open circuit voltage corresponding to the battery system, wherein the second open circuit voltage is obtained from the first terminal and the second terminal, two terminals of the at least one resistance, or two terminals of an external equivalent capacitance of the battery system; and judging a current on/off state of each corresponding branch according to the first open circuit voltage and the second open circuit voltage.