mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a first sensor configured to measure a skin temperature of skin of a user; a second sensor configured to measure heat flux transmitted from the skin to a main body of the electronic device; a third sensor configured to measure a heart rate of the user; and a processor characterised in that the processor is configured to estimate a rate of core body temperature change based on the skin temperature measured at a first time and a second time, the heat flux, the heart rate, and in that the processor is further configured to: estimate a rate of skin temperature change based on the skin temperature measured at the first time and the second time; estimate energy metabolism based on the heart rate; and estimate the rate of core body temperature change based on the rate of skin temperature change, the energy metabolism, and the heat flux. a first sensor configured to measure a skin temperature of skin of a user; a second sensor configured to measure heat flux transmitted from the skin to a main body of the electronic device; a third sensor configured to measure a heart rate of the user; and a processor characterised in that the processor is configured to estimate a rate of core body temperature change based on the skin temperature measured at a first time and a second time, the heat flux, the heart rate, and in that the processor is further configured to: estimate a rate of skin temperature change based on the skin temperature measured at the first time and the second time; estimate energy metabolism based on the heart rate; and estimate the rate of core body temperature change based on the rate of skin temperature change, the energy metabolism, and the heat flux. estimate a rate of skin temperature change based on the skin temperature measured at the first time and the second time; estimate energy metabolism based on the heart rate; and estimate the rate of core body temperature change based on the rate of skin temperature change, the energy metabolism, and the heat flux.
A method associated with a M2M application provider, comprising: receiving a unique reference to a preliminary M2M ID, PMI, of a M2M device; and registering the M2M device at a M2M ID provider, MIP, by using an application key and authorization service, K/AS; replacing the PMI with a M2M ID, MI, wherein the MI is generated by the MIP; sending, to the K/AS, a session request associated with the MI; receiving, from the K/AS, an identifier associated with the MI; and establishing secure communication with the M2M device using the identifier. receiving a unique reference to a preliminary M2M ID, PMI, of a M2M device; and registering the M2M device at a M2M ID provider, MIP, by using an application key and authorization service, K/AS; replacing the PMI with a M2M ID, MI, wherein the MI is generated by the MIP; sending, to the K/AS, a session request associated with the MI; receiving, from the K/AS, an identifier associated with the MI; and establishing secure communication with the M2M device using the identifier.
A protection apparatus for protecting an electrical network, the protection apparatus comprising: at least one protection device configured to protect the electrical network from a fault in response to a or a respective protection criterion being met; and a controller (34, 36) configured to: receive real-time information on a change in topological structure of the electrical network; perform an online determination of the real-time impedance or admittance matrix (Z MD) of the electrical network based on the change in topological structure of the electrical network by determining an equivalent impedance or admittance value of at least one component disconnected from or connected into the electrical network or one with an increase or decrease of power and combining the or each equivalent impedance or admittance value into the reference impedance or admittance matrix (Z M0) by addition or subtraction so as to determine the real-time impedance or admittance matrix (Z MD); and adapt the or each protection criterion based on the real-time impedance or admittance matrix (Z MD). at least one protection device configured to protect the electrical network from a fault in response to a or a respective protection criterion being met; and a controller (34, 36) configured to: receive real-time information on a change in topological structure of the electrical network; perform an online determination of the real-time impedance or admittance matrix (Z MD) of the electrical network based on the change in topological structure of the electrical network by determining an equivalent impedance or admittance value of at least one component disconnected from or connected into the electrical network or one with an increase or decrease of power and combining the or each equivalent impedance or admittance value into the reference impedance or admittance matrix (Z M0) by addition or subtraction so as to determine the real-time impedance or admittance matrix (Z MD); and adapt the or each protection criterion based on the real-time impedance or admittance matrix (Z MD). receive real-time information on a change in topological structure of the electrical network; perform an online determination of the real-time impedance or admittance matrix (Z MD) of the electrical network based on the change in topological structure of the electrical network by determining an equivalent impedance or admittance value of at least one component disconnected from or connected into the electrical network or one with an increase or decrease of power and combining the or each equivalent impedance or admittance value into the reference impedance or admittance matrix (Z M0) by addition or subtraction so as to determine the real-time impedance or admittance matrix (Z MD); and adapt the or each protection criterion based on the real-time impedance or admittance matrix (Z MD).
A connecting device for connecting a beverage machine with an external liquid delivery system, e.g. a water distribution network, to supply such liquid to said machine, said connecting device having: - a device body; - an inlet for a fluid connection to said external system; - an outlet for delivering liquid from said external system via the inlet to said beverage machine; - a valve arrangement (12a,12b) switchable between an open configuration for establishing a fluidic connection between the inlet and the outlet and a closed configuration for interrupting the fluidic connection, the valve arrangement (12a,12b) being connected to the inlet via a fluid connector fixed to a frame portion of the device body; and - a control unit for switching the valve arrangement (12a,12b) between its open configuration and its closed configuration, optionally the control unit being connected to at least one of: a power source via a power connector (14c,14d); and a user interface (14a,14b) such as an interface comprising a power and/or reset switch and/or a control indicator e.g. a control light, characterised in that the device body has an assembly arrangement (16c;16b,16d,16e,16f) for reversibly or irreversibly assembling the device body to said machine, such as to a tank and/or to a main machine body of said machine. - a device body; - an inlet for a fluid connection to said external system; - an outlet for delivering liquid from said external system via the inlet to said beverage machine; - a valve arrangement (12a,12b) switchable between an open configuration for establishing a fluidic connection between the inlet and the outlet and a closed configuration for interrupting the fluidic connection, the valve arrangement (12a,12b) being connected to the inlet via a fluid connector fixed to a frame portion of the device body; and - a control unit for switching the valve arrangement (12a,12b) between its open configuration and its closed configuration, optionally the control unit being connected to at least one of: a power source via a power connector (14c,14d); and a user interface (14a,14b) such as an interface comprising a power and/or reset switch and/or a control indicator e.g. a control light,
A method of operating a non-volatile memory, comprising: providing error management for correcting errors liable to arise when the non-volatile memory ages through use; and commencing the error management only when the non-volatile memory has reached a predetermined age; CHARACTERISED BY: the method further comprising: providing a measure of the age of the non-volatile memory by the number of program/erase cycles undergone by the non-volatile memory; configuring the memory into first and second portions, the first portion having memory cells operating with less error rate but lower density storage compared to the second portion; programming input data into the first portion; and subsequently, copying the data to create a copy in the second portion; and wherein the error management further comprises: (a) checking the copy for error; (b) identifying the copy as valid or invalid data depending on whether the error is less than a predetermined number of error bits or not; and (c) when the copy is identified as invalid, repeating the copying to another location in the second portion and steps (a) to (c) up to a predetermined number of times. providing error management for correcting errors liable to arise when the non-volatile memory ages through use; and commencing the error management only when the non-volatile memory has reached a predetermined age; CHARACTERISED BY: the method further comprising: providing a measure of the age of the non-volatile memory by the number of program/erase cycles undergone by the non-volatile memory; configuring the memory into first and second portions, the first portion having memory cells operating with less error rate but lower density storage compared to the second portion; programming input data into the first portion; and subsequently, copying the data to create a copy in the second portion; and providing a measure of the age of the non-volatile memory by the number of program/erase cycles undergone by the non-volatile memory; configuring the memory into first and second portions, the first portion having memory cells operating with less error rate but lower density storage compared to the second portion; programming input data into the first portion; and subsequently, copying the data to create a copy in the second portion; and wherein the error management further comprises: (a) checking the copy for error; (b) identifying the copy as valid or invalid data depending on whether the error is less than a predetermined number of error bits or not; and (c) when the copy is identified as invalid, repeating the copying to another location in the second portion and steps (a) to (c) up to a predetermined number of times. (a) checking the copy for error; (b) identifying the copy as valid or invalid data depending on whether the error is less than a predetermined number of error bits or not; and (c) when the copy is identified as invalid, repeating the copying to another location in the second portion and steps (a) to (c) up to a predetermined number of times.
Target assembly for PVD processes comprising a target for operation in an arc or sputtering plasma, and a target holding device, wherein the target comprises a target body and a first bayonet lock and the target holding device comprises a counterbody for the first bayonet lock of the target and a second bayonet lock configured to engage, in use, the target assembly in cooling means of a deposition chamber, whereby the target further comprises - a first portion of the target having a first outer diameter D 1 being the largest diameter of the target; - a target front side with the diameter D 1 to be exposed to the arc or sputtering plasma during operation; - a second portion of the target having a second diameter D 2 smaller than D 1; and - a target backside configured to be in contact with the cooling means, and - at least two target protrusions in a third portion of the target, which protrude along the circumference of the target body over the second portion of the target in radial direction but do not protrude the first portion of the target, the target protrusions thereby form the first bayonet lock, and the target holding device, which further comprises: - at least two sets of outer and inner protrusions, wherein the inner protrusions form the counterbody for the first bayonet lock of the target protrusions and the outer protrusions form the second bayonet lock configured to lock, in use, the target in the deposition chamber. - a first portion of the target having a first outer diameter D 1 being the largest diameter of the target; - a target front side with the diameter D 1 to be exposed to the arc or sputtering plasma during operation; - a second portion of the target having a second diameter D 2 smaller than D 1; and - a target backside configured to be in contact with the cooling means, and - at least two target protrusions in a third portion of the target, which protrude along the circumference of the target body over the second portion of the target in radial direction but do not protrude the first portion of the target, the target protrusions thereby form the first bayonet lock, and the target holding device, which further comprises: - at least two sets of outer and inner protrusions, wherein the inner protrusions form the counterbody for the first bayonet lock of the target protrusions and the outer protrusions form the second bayonet lock configured to lock, in use, the target in the deposition chamber. - at least two sets of outer and inner protrusions, wherein the inner protrusions form the counterbody for the first bayonet lock of the target protrusions and the outer protrusions form the second bayonet lock configured to lock, in use, the target in the deposition chamber.
A method, comprising: at a user equipment device, UE: establishing a first cellular connection using a first subscriber identity module, SIM; establishing a second cellular connection using a second SIM; receiving, using the second cellular connection, paging configuration information including a paging repetition pattern associated with the second cellular connection, wherein the paging repetition pattern includes a number of repetitions and time intervals associated with the repetitions; receiving, using the second cellular connection, a page for the second SIM; determining that responding to the page would result in a collision with an ongoing communication activity of the first SIM; and determining whether to respond to the page based on a paging cause associated with the page, the paging cause indicating voice, wherein determining whether to respond to the page is further based on the paging repetition pattern and includes comparing an expected length of the ongoing communication activity of the first SIM to a time of a particular expected repetition. establishing a first cellular connection using a first subscriber identity module, SIM; establishing a second cellular connection using a second SIM; receiving, using the second cellular connection, paging configuration information including a paging repetition pattern associated with the second cellular connection, wherein the paging repetition pattern includes a number of repetitions and time intervals associated with the repetitions; receiving, using the second cellular connection, a page for the second SIM; determining that responding to the page would result in a collision with an ongoing communication activity of the first SIM; and determining whether to respond to the page based on a paging cause associated with the page, the paging cause indicating voice, wherein determining whether to respond to the page is further based on the paging repetition pattern and includes comparing an expected length of the ongoing communication activity of the first SIM to a time of a particular expected repetition.
Beverage container comprising: - a cup comprising an inner wall, which delimits a receiving space for liquid that is open at a top side of the cup, the cup further comprising an outer wall, an intermediate space that is open at the top side being formed between the inner wall and the outer wall, and - a lid, which is removably arranged on the top side of the cup such that it closes a receiving space opening and an intermediate space opening in a fluid-tight manner, characterised in that - a sensor unit is arranged in the lid for detecting a quantity of liquid withdrawn from the cup by a user, and - the lid comprises a wireless communication unit, which is configured to establish a data link to a user's mobile terminal device and to transmit the detected quantity of liquid to the user's mobile terminal device for evaluation, the sensor unit also being configured to detect harmful organic substances in the user's saliva, in particular bacteria and/or viruses in the user's saliva, and/or at least one vital parameter that can be deduced from the user's saliva. - a cup comprising an inner wall, which delimits a receiving space for liquid that is open at a top side of the cup, the cup further comprising an outer wall, an intermediate space that is open at the top side being formed between the inner wall and the outer wall, and - a lid, which is removably arranged on the top side of the cup such that it closes a receiving space opening and an intermediate space opening in a fluid-tight manner, characterised in that - a sensor unit is arranged in the lid for detecting a quantity of liquid withdrawn from the cup by a user, and - the lid comprises a wireless communication unit, which is configured to establish a data link to a user's mobile terminal device and to transmit the detected quantity of liquid to the user's mobile terminal device for evaluation,
Access-denial concrete bollard, preferably made of fiber-reinforced concrete, comprising a body which has at least two opposite faces referred to as the lower face and upper face, and one peripheral wall referred to as the side wall connecting the two opposite faces (11, 12), and anchoring means intended for lifting the bollard, the anchoring means being secured to the body and arranged in blind cavities without protruding outside these cavities, in particular arranged in one of the faces of the body of the bollard such as the upper face of the bollard in the installed position of the bollard on the ground, the anchoring means extending from the bottom of the cavity and being at most coplanar with the plane of the external face of the body comprising the cavities, and the body comprising blockouts (14, 4, 5, 6, 7), characterized in that the external surface of the side wall comprises, on the whole of its periphery, a blockout forming a recess of the external surface for housing a peripheral groove surrounding the bollard.
A method in an infrastructure provider for supporting connectivity of a wireless device to a network infrastructure, the method comprising: - associating (2:1, 400) a set of device identification numbers to a first radio access provider in a subscription database of the infrastructure provider, and - setting (2:2, 402) the first radio access provider as a preferred roaming partner in a subscriber module, - wherein a subscriber identifier in said subscriber module includes at least a network identifier of the infrastructure provider and one of the device identification numbers associated to the first radio access provider, - wherein the subscriber module is provided (2:3, 406) for use in said wireless device, and - wherein access to the network infrastructure over a radio access network of the first radio access provider is enabled in the wireless device based on the subscriber identifier and the preferred roaming partner in the subscriber module, - wherein the wireless device is enabled to attach to the first radio access provider according to the preferred roaming partner in the subscriber module, and the first radio access provider is enabled to direct the wireless device to the network infrastructure based on the network identifier in the subscriber identifier. - associating (2:1, 400) a set of device identification numbers to a first radio access provider in a subscription database of the infrastructure provider, and - setting (2:2, 402) the first radio access provider as a preferred roaming partner in a subscriber module, - wherein a subscriber identifier in said subscriber module includes at least a network identifier of the infrastructure provider and one of the device identification numbers associated to the first radio access provider, - wherein the subscriber module is provided (2:3, 406) for use in said wireless device, and - wherein access to the network infrastructure over a radio access network of the first radio access provider is enabled in the wireless device based on the subscriber identifier and the preferred roaming partner in the subscriber module, - wherein the wireless device is enabled to attach to the first radio access provider according to the preferred roaming partner in the subscriber module, and the first radio access provider is enabled to direct the wireless device to the network infrastructure based on the network identifier in the subscriber identifier.
A logistic module for storing, at least temporarily, goods, the logistic module comprising: - a base, - at least two side walls (102, 103) mounted vertically on the base, at least one face of the logistic module being without side walls, and - a juxtaposition of at least two individual fall prevention flaps (112, 113) comprising a lower fall prevention flap in the shape of a flexible sheet, the lower fall prevention flap being able to be placed in a closed state wherein the lower fall prevention flap individually covers a lower part of a face of the logistic module without side walls and capable of being placed in a folded state, and an upper fall prevention flap in the shape of a flexible sheet, the upper fall prevention flap being capable of being placed in a closed state wherein the upper fall prevention flap individually covers an upper part of the same face of the logistic module and capable of being placed in a folded state, characterised in that the juxtaposition is disposed so that the lower fall prevention flap and the upper fall prevention flap partially overlap. - a base, - at least two side walls (102, 103) mounted vertically on the base, at least one face of the logistic module being without side walls, and - a juxtaposition of at least two individual fall prevention flaps (112, 113) comprising a lower fall prevention flap in the shape of a flexible sheet, the lower fall prevention flap being able to be placed in a closed state wherein the lower fall prevention flap individually covers a lower part of a face of the logistic module without side walls and capable of being placed in a folded state, and an upper fall prevention flap in the shape of a flexible sheet, the upper fall prevention flap being capable of being placed in a closed state wherein the upper fall prevention flap individually covers an upper part of the same face of the logistic module and capable of being placed in a folded state, characterised in that the juxtaposition is disposed so that the lower fall prevention flap and the upper fall prevention flap partially overlap.