mhurhangee/ep-ind-claims huggingface dataset:
A pot usable on induction plates comprising: an outer containment body at least partly made of a material that is thermally insulating and non-magnetic or diamagnetic, the outer containment body forming at least one main housing seat; a container at least partly made of thermally conductive material, mounted in the main housing seat; the container comprising at least one active portion made of ferromagnetic material that can be heated by electromagnetic induction; at least one power supply inductor associated with the outer containment body and which can be powered by electromagnetic induction; and at least one electrically-powered auxiliary device, electrically connected to the power supply inductor so that it can be powered by the latter; and wherein said auxiliary device comprises a device for adjusting the electromagnetic coupling positioned at least at the base of the outer containment body between the active portion of the container and a lower outer surface of the self-same outer containment body; the device for adjusting the electromagnetic coupling being switchable between a maximum coupling configuration and a minimum coupling configuration; in the minimum coupling configuration the device for adjusting the electromagnetic coupling constituting a screen designed to prevent or limit the propagation of an electromagnetic field, generated by an induction plate on which in use the pot is rested, from the lower outer surface towards the active portion. an outer containment body at least partly made of a material that is thermally insulating and non-magnetic or diamagnetic, the outer containment body forming at least one main housing seat; a container at least partly made of thermally conductive material, mounted in the main housing seat; the container comprising at least one active portion made of ferromagnetic material that can be heated by electromagnetic induction; at least one power supply inductor associated with the outer containment body and which can be powered by electromagnetic induction; and at least one electrically-powered auxiliary device, electrically connected to the power supply inductor so that it can be powered by the latter;
A method for predicting the survival of a subject having colorectal cancer, the method comprising: (a) determining a PI3K/HER index based upon the activation levels of PI3K and a HER receptor in a cellular extract produced from an isolated cancer cell, wherein the activation levels of PI3K and the HER receptor correspond to phosphorylation levels thereof; and (b) predicting the survival of the subject based upon the PI3K/HER index relative to a reference PI3K/HER index cut-off, wherein the subject is predicted to have a good prognosis when the determined PI3K/HER index is less than the reference PI3K/HER index cut-off, wherein the good prognosis comprises a higher disease-free survival, and wherein the subject has a wild-type KRAS genotype or a G13D mutation in the KRAS oncogene, or wherein the subject is predicted to have a poor prognosis when the determined PI3K/HER index is greater than the reference PI3K/HER index cut-off, wherein the poor prognosis comprises a lower disease-free survival, and wherein the subject has a wild-type KRAS genotype or a G13D or G12 mutation in the KRAS oncogene. (a) determining a PI3K/HER index based upon the activation levels of PI3K and a HER receptor in a cellular extract produced from an isolated cancer cell, wherein the activation levels of PI3K and the HER receptor correspond to phosphorylation levels thereof; and (b) predicting the survival of the subject based upon the PI3K/HER index relative to a reference PI3K/HER index cut-off,
An apparatus for wireless communication operable at a first station, comprising: means for receiving at the first station a frame comprising information on transmission opportunity, TXOP, bursting receive capability of a second station operating in a power save mode, wherein the information on the TXOP bursting receive capability indicates the number of data frames that can be received by the second station in one TXOP burst; and means for sending multiple data frames in a single TXOP to the second station based on the TXOP bursting receive capability of the second station by performing channel access at start of the TXOP, and sending the multiple data frames in the TXOP without performing another channel access. means for receiving at the first station a frame comprising information on transmission opportunity, TXOP, bursting receive capability of a second station operating in a power save mode, wherein the information on the TXOP bursting receive capability indicates the number of data frames that can be received by the second station in one TXOP burst; and means for sending multiple data frames in a single TXOP to the second station based on the TXOP bursting receive capability of the second station by performing channel access at start of the TXOP, and sending the multiple data frames in the TXOP without performing another channel access.
A method of transmitting and receiving data by a user equipment, UE, for configuring dual connectivity, the method comprising: receiving, from a master Base Station, master BS, an radio resource control, RRC, message indicating configuration of dual connectivity using the master BS and a secondary Base Station, secondary BS; configuring a split signaling radio bearer, split SRB that is connected to a master cell group, including one or more cells associated with said master BS, and to a secondary cell group including one or more cells associated with said secondary BS; and performing duplicated transmission of uplink signalling data to each of the master BS and the secondary BS via the split SRB, wherein the RRC message received from the master BS comprises information for indicating duplicated transmission of the uplink signalling data using the split SRB at a packet data convergence protocol, PDCP, entity of the UE; wherein the master BS and the secondary BS use different radio access technologies, the master BS using the Long Term Evolution, LTE, technology and the secondary BS using the New Radio, NR, technology; and the method comprising: receiving, from the secondary BS via an interface between the secondary BS and the UE, a NR RRC reconfiguration message comprising a RRC information of the secondary base station for configuring a NR-signaling radio bearer between the user equipment and the secondary BS, configuring the NR-signaling radio bearer between the user equipment and the secondary BS based on the NR RRC reconfiguration message. receiving, from a master Base Station, master BS, an radio resource control, RRC, message indicating configuration of dual connectivity using the master BS and a secondary Base Station, secondary BS; configuring a split signaling radio bearer, split SRB that is connected to a master cell group, including one or more cells associated with said master BS, and to a secondary cell group including one or more cells associated with said secondary BS; and performing duplicated transmission of uplink signalling data to each of the master BS and the secondary BS via the split SRB, wherein the RRC message received from the master BS comprises information for indicating duplicated transmission of the uplink signalling data using the split SRB at a packet data convergence protocol, PDCP, entity of the UE; wherein the master BS and the secondary BS use different radio access technologies, the master BS using the Long Term Evolution, LTE, technology and the secondary BS using the New Radio, NR, technology; and the method comprising: receiving, from the secondary BS via an interface between the secondary BS and the UE, a NR RRC reconfiguration message comprising a RRC information of the secondary base station for configuring a NR-signaling radio bearer between the user equipment and the secondary BS, configuring the NR-signaling radio bearer between the user equipment and the secondary BS based on the NR RRC reconfiguration message.
An operation input apparatus, comprising: display means for displaying an image to be viewed by an operator; imaging means for generating a set of data regarding an image of the operator, the imaging means disposed in a vicinity of the display means while being faced to the operator; area setting means for preliminarily setting a control area to enable a first part of the operator to control a predetermined indicator displayed on the display means and for preliminarily setting a motion area for judging whether or not an operation related to the position of the indicator on a display surface of the display means has been executed, each of the control area and the motion area being separated into a respective right side and a respective left side of the operator such that the control area and the motion area are separated by a non-sensing buffer area; indicator controlling part for extracting the first part of the operator from the image of the operator, and for moving the indicator in accordance with a positional relation between the first part of the operator and the display means when the first part of the operator is located within the set control area, the indicator controlling part being configured to determine a motion of the first part of the operator in the control area; and operation judging part for extracting a second part of the operator from the image of the operator and judging the content of the operation in accordance with a motion of the second part of the operator within the motion area. display means for displaying an image to be viewed by an operator; imaging means for generating a set of data regarding an image of the operator, the imaging means disposed in a vicinity of the display means while being faced to the operator; area setting means for preliminarily setting a control area to enable a first part of the operator to control a predetermined indicator displayed on the display means and for preliminarily setting a motion area for judging whether or not an operation related to the position of the indicator on a display surface of the display means has been executed, each of the control area and the motion area being separated into a respective right side and a respective left side of the operator such that the control area and the motion area are separated by a non-sensing buffer area; indicator controlling part for extracting the first part of the operator from the image of the operator, and for moving the indicator in accordance with a positional relation between the first part of the operator and the display means when the first part of the operator is located within the set control area, the indicator controlling part being configured to determine a motion of the first part of the operator in the control area; and operation judging part for extracting a second part of the operator from the image of the operator and judging the content of the operation in accordance with a motion of the second part of the operator within the motion area.
An electrode material comprising carbonaceous electrode active material complex particles including a carbonaceous material on surfaces of electrode active material particles, characterized in that: 60% or more of the surfaces of the electrode active material complex particles are coated with the carbonaceous material, and a content of carbon in the carbonaceous electrode active material complex particles is in a range of 0.3% by mass to 8.0% by mass, characterized in that an oxygen content in the carbonaceous material is 5.0 % by mass or less, wherein the oxygen content rate is determined by a method wherein the electrode active material in the carbonaceous electrode active material complex particles is dissolved using a hydrochloric solution to obtain a simple substance of carbonaceous material, and the simple substance is washed with pure water and is vacuum-dried at 100°C for 2 hours to obtain the dried simple substance, and subsequently the oxygen content rate of the dried simple substance is measured with an oxygen and nitrogen analyzer. 60% or more of the surfaces of the electrode active material complex particles are coated with the carbonaceous material, and a content of carbon in the carbonaceous electrode active material complex particles is in a range of 0.3% by mass to 8.0% by mass, characterized in that an oxygen content in the carbonaceous material is 5.0 % by mass or less, wherein the oxygen content rate is determined by a method wherein the electrode active material in the carbonaceous electrode active material complex particles is dissolved using a hydrochloric solution to obtain a simple substance of carbonaceous material, and the simple substance is washed with pure water and is vacuum-dried at 100°C for 2 hours to obtain the dried simple substance, and subsequently the oxygen content rate of the dried simple substance is measured with an oxygen and nitrogen analyzer.
A valve device for controlling a fluid flow, consisting of a flow control valve which has a valve casing with at least one supply connection and one user connection as well as a valve piston which can be guided, longitudinally displaceable, in the valve casing and which, by means of a thermal element which is placed in a pressure chamber of the valve casing, controls the passage to the user connection via an aperture (37, 39) depending on the temperature of the fluid flow in the valve casing, and with a pressure maintenance valve connected to the supply connection, which pressure maintenance valve keeps the respective drop in pressure constant over the aperture (37, 39).
A data collection apparatus collecting data from plural terminal devices connected through a communication path, comprising: a schedule managing unit for determining a schedule for transmitting a data acquisition request to the terminal device according to timing data; a transmission amount adjusting unit for adjusting a transmission amount of the data acquisition request; and a collected data managing unit for managing the data collected from the terminal device, wherein the schedule managing unit is configured to manage a start point time that is a time at which a data collection from each terminal device starts, a collection period that is an interval of the data collection from each terminal device, a retransmission interval that is a time until the data acquisition request is retransmitted when the data collection from the terminal device fails, and a retransmission number that is the number of times to retransmit the data acquisition request, characterized in that the schedule managing unit is configured to manage a plurality of combinations of the start point time, the collection period, the retransmission interval, and the retransmission number for one terminal device, and is configured to determine a transmission schedule of the data acquisition request to the terminal device according to the plurality of managed combinations. a schedule managing unit for determining a schedule for transmitting a data acquisition request to the terminal device according to timing data; a transmission amount adjusting unit for adjusting a transmission amount of the data acquisition request; and a collected data managing unit for managing the data collected from the terminal device, wherein the schedule managing unit is configured to manage a start point time that is a time at which a data collection from each terminal device starts, a collection period that is an interval of the data collection from each terminal device, a retransmission interval that is a time until the data acquisition request is retransmitted when the data collection from the terminal device fails, and a retransmission number that is the number of times to retransmit the data acquisition request, characterized in that the schedule managing unit is configured to manage a plurality of combinations of the start point time, the collection period, the retransmission interval, and the retransmission number for one terminal device, and is configured to determine a transmission schedule of the data acquisition request to the terminal device according to the plurality of managed combinations.
A method, comprising: determining, by a network side node, radio access network-based notification area, RNA, information represented by at least one of radio access network, RAN, tracking area, RTA, information that includes information regarding RTA, cell information, or tracking area, TA, information that includes information regarding a TA; transmitting, by the network side node, the determined RNA information to the terminal; determining, by the network side node, a failure to perform a paging based on the RNA information, the failure determined according to an absence of a paging response following transmission of a paging message; and transmitting, by the network side node, paging assistance information to a core network, wherein the paging assistance information comprises a cell list and a TA list. determining, by a network side node, radio access network-based notification area, RNA, information represented by at least one of radio access network, RAN, tracking area, RTA, information that includes information regarding RTA, cell information, or tracking area, TA, information that includes information regarding a TA; transmitting, by the network side node, the determined RNA information to the terminal; determining, by the network side node, a failure to perform a paging based on the RNA information, the failure determined according to an absence of a paging response following transmission of a paging message; and transmitting, by the network side node, paging assistance information to a core network, wherein the paging assistance information comprises a cell list and a TA list.
A method, carried out by at least one apparatus, the method comprising: - illuminating at least some of the items of laundry which are located in a laundry container of a washing machine and are to be subjected to a washing process; - determining color information that is indicative of one or more colors of at least some of the illuminated items of laundry that are located in the laundry container of the washing machine; and - checking, based at least in part on the determined color information, whether a potentially undesirable item of laundry is located in the laundry container of the washing machine. - the potentially undesirable item of laundry being an item of laundry which is not desired in a washing process and/or which is not to be washed together with other items of laundry, - the illumination being provided by at least one lighting unit and/or the color information being determined by at least one detector unit, - the method being characterized in that the method further comprises: - thoroughly mixing the items of laundry that are located in the laundry container of the washing machine before the washing process begins, in particular at least temporarily during illuminating and/or determining the color information - establishing that a potentially undesirable item of laundry is located in the laundry container of the washing machine when, based on the determined color information, a color difference reaches or exceeds a predefined color difference. - illuminating at least some of the items of laundry which are located in a laundry container of a washing machine and are to be subjected to a washing process; - determining color information that is indicative of one or more colors of at least some of the illuminated items of laundry that are located in the laundry container of the washing machine; and - checking, based at least in part on the determined color information, whether a potentially undesirable item of laundry is located in the laundry container of the washing machine. - the potentially undesirable item of laundry being an item of laundry which is not desired in a washing process and/or which is not to be washed together with other items of laundry, - the illumination being provided by at least one lighting unit and/or the color information being determined by at least one detector unit, - the method being characterized in that the method further comprises: - thoroughly mixing the items of laundry that are located in the laundry container of the washing machine before the washing process begins, in particular at least temporarily during illuminating and/or determining the color information - establishing that a potentially undesirable item of laundry is located in the laundry container of the washing machine when, based on the determined color information, a color difference reaches or exceeds a predefined color difference.
Method for managing the emission of electromagnetic waves in a wireless local communication network comprising a domestic gateway (1; 1') and at least one terminal (3; 3'), the said domestic gateway (1; 1') comprising at least one wireless communication interface able to emit electromagnetic waves for communicating with the said at least one terminal (3; 3'), the said method comprising the following steps: - deactivation of the emission of the electromagnetic waves at the level of the said at least one wireless communication interface; and - on reception of an event originating from (R1; R'1) or destined for the said at least one terminal (3; 3'), reactivation of the emission of the electromagnetic waves at the level of the said at least one wireless communication interface, and being characterized by the said event consisting of an access request for access to the domestic gateway (1; 1') emitted by the said at least one terminal (3, 3') through the intermediary of at least one external network (5; 9). - deactivation of the emission of the electromagnetic waves at the level of the said at least one wireless communication interface; and - on reception of an event originating from (R1; R'1) or destined for the said at least one terminal (3; 3'), reactivation of the emission of the electromagnetic waves at the level of the said at least one wireless communication interface,