mhurhangee/ep-ind-claims huggingface dataset:
A method for providing feedback to a wireless multicast or broadcast communication network, comprising: scheduling a correlation between a block of downlink transmission resources and a block of uplink transmission resources for an allocation period, the correlation identifying to terminal devices a particular uplink channel that can be used to transmit a negative acknowledgement NACK related to a particular downlink channel; transmitting the scheduled correlation via the multicast or broadcast service to a plurality of terminal devices; characterised by providing along with the scheduled correlation a probability factor to be used in limiting the number of terminal devices that will transmit a feedback message when the block of downlink transmission resources is not received; varying the probability factor by increasing or decreasing to adjust interference and avoid or mitigate collisions between transmissions from different terminal devices; transmitting the probability factor along with the scheduled correlation; and receiving negative acknowledgement, NACK, messages related to the block of downlink transmission resources via the block of uplink transmission resources from those terminal devices that have generated a random number that matches a comparison with the probability factor. scheduling a correlation between a block of downlink transmission resources and a block of uplink transmission resources for an allocation period, the correlation identifying to terminal devices a particular uplink channel that can be used to transmit a negative acknowledgement NACK related to a particular downlink channel; transmitting the scheduled correlation via the multicast or broadcast service to a plurality of terminal devices; characterised by providing along with the scheduled correlation a probability factor to be used in limiting the number of terminal devices that will transmit a feedback message when the block of downlink transmission resources is not received; varying the probability factor by increasing or decreasing to adjust interference and avoid or mitigate collisions between transmissions from different terminal devices; transmitting the probability factor along with the scheduled correlation; and receiving negative acknowledgement, NACK, messages related to the block of downlink transmission resources via the block of uplink transmission resources from those terminal devices that have generated a random number that matches a comparison with the probability factor.
A wireless headset (102, 200, 402, 502) configured to communicate with one or more audio sources and configured to output from speakers in the wireless headset audio signals transmitted from the one or more audio sources, wherein the wireless headset comprises: means (202, 408) for selecting between a first audio coding process (204, 412) and a second audio coding process (206, 410), wherein the first and the second audio coding process are configured to decode audio signals transmitted from the one or more audio signals; means located in the wireless headset for determining an ambient noise level at the wireless headset; and wherein the means for selecting further comprises means for determining when the ambient noise level at the wireless headset is above a threshold noise level, and means for selecting the first audio coding process consuming less power than the second audio coding process when the ambient noise level at the wireless headset is above the threshold noise level. means (202, 408) for selecting between a first audio coding process (204, 412) and a second audio coding process (206, 410), wherein the first and the second audio coding process are configured to decode audio signals transmitted from the one or more audio signals; means located in the wireless headset for determining an ambient noise level at the wireless headset; and wherein the means for selecting further comprises means for determining when the ambient noise level at the wireless headset is above a threshold noise level, and means for selecting the first audio coding process consuming less power than the second audio coding process when the ambient noise level at the wireless headset is above the threshold noise level.
A sensor substrate, comprising: an insulating substrate; a pair of electrodes comprising a cathode (2-) and an anode (2+) disposed on a principal face of the insulating substrate; a resistor wiring section comprising multiple layers of linear conductors located within the insulating substrate, the multiple layers being disposed in a thickness direction of the insulating substrate, the linear conductors each having a meandering configuration as seen in a transparent plan view of the sensor substrate; and a widened metallic layer disposed so as to overlap at least the cathode (2-) of the pair of electrodes, as seen in the transparent plan view of the sensor substrate, wherein as seen in the transparent plan view, the widened metallic layer overlaps the linear conductors, and wherein the widened metallic layer is located between at least the cathode (2-) of the pair of electrodes and the uppermost layer of the multiple layers of linear conductors in the thickness direction of the insulating substrate, wherein the widened metallic layer is not connected to the pair of electrodes and the resistor wiring section. an insulating substrate; a pair of electrodes comprising a cathode (2-) and an anode (2+) disposed on a principal face of the insulating substrate; a resistor wiring section comprising multiple layers of linear conductors located within the insulating substrate, the multiple layers being disposed in a thickness direction of the insulating substrate, the linear conductors each having a meandering configuration as seen in a transparent plan view of the sensor substrate; and a widened metallic layer disposed so as to overlap at least the cathode (2-) of the pair of electrodes, as seen in the transparent plan view of the sensor substrate, wherein as seen in the transparent plan view, the widened metallic layer overlaps the linear conductors, and wherein the widened metallic layer is located between at least the cathode (2-) of the pair of electrodes and the uppermost layer of the multiple layers of linear conductors in the thickness direction of the insulating substrate, wherein the widened metallic layer is not connected to the pair of electrodes and the resistor wiring section.
A shoulder implant system comprising: a humeral stem including a threaded attachment post attached to and extending from a surface of the humeral stem; a removable taper member adapted to being mounted over the threads of the attachment post and un-mounted from the attachment post; and a glenosphere adapted to operate with a complementary glenoid component; wherein the humeral stem includes the removable taper member on a side of the humeral stem facing the glenosphere, the removable taper member configured to mount the glenosphere to the humeral stem, characterised in that the glenosphere is configured to be force fit over the removable taper member. a humeral stem including a threaded attachment post attached to and extending from a surface of the humeral stem; a removable taper member adapted to being mounted over the threads of the attachment post and un-mounted from the attachment post; and a glenosphere adapted to operate with a complementary glenoid component; wherein the humeral stem includes the removable taper member on a side of the humeral stem facing the glenosphere, the removable taper member configured to mount the glenosphere to the humeral stem, characterised in that the glenosphere is configured to be force fit over the removable taper member.
Use of a nutritional composition comprising at least a lipid fraction which accounts for 42 to 90 % of the total energy of the composition, for the manufacture of a medicament or medicinal nutrition for the prevention and/or treatment of post-operative ileus, wherein the composition is to be administered between 5 minutes to 3 days after surgery.
A method for indicating protocol data unit session status, comprising: sending, by a network device, configuration signaling to a terminal device, wherein the configuration signaling instructs the terminal device to deactivate a protocol data unit session, PDU session, wherein the method further comprises, when the configuration signaling indicates to release an identifier, ID, of a first data radio bearer, DRB, or IDs of a first group of DRBs, instructing deactivation of at least one PDU session when the terminal device releases a DRB corresponding to the first DRB ID or DRBs corresponding to the first group of DRBs IDs based on the configuration signaling, such that the at least one PDU session has no DRB associated therewith. sending, by a network device, configuration signaling to a terminal device, wherein the configuration signaling instructs the terminal device to deactivate a protocol data unit session, PDU session, wherein the method further comprises, when the configuration signaling indicates to release an identifier, ID, of a first data radio bearer, DRB, or IDs of a first group of DRBs, instructing deactivation of at least one PDU session when the terminal device releases a DRB corresponding to the first DRB ID or DRBs corresponding to the first group of DRBs IDs based on the configuration signaling, such that the at least one PDU session has no DRB associated therewith.
Diving equipment, comprising a compressed air cylinder which is connected to a breathing apparatus, and an inflatable vest by means of which buoyancy can be balanced by it being possible to connect the vest, in normal operation, to the compressed air cylinder for inflating or to an outlet for letting out air, a monitoring device being provided which can be activated by means of a control valve depending on a surrounding water pressure and which has a time monitoring unit which, after a defined time has elapsed and in the event of the absence of breathing activity in the breathing apparatus, can transfer into an emergency operation and can actuate an emergency valve by means of a control line, which valve thereby connects the vest to the compressed air cylinder and thus forces the vest to inflate, an inflation valve and an outlet valve being provided, the inflation valve connecting the vest to the compressed air cylinder when manually activated and the outlet valve connecting the vest to an outlet when manually actuated, and at least one regulating valve being provided, by means of the relevant activation of which the monitoring device and/or the control valve can be influenced during a dive, characterized in that the relevant activation of the at least one regulating valve is coupled, at least from a defined degree, to an activation of the inflation valve and/or to an activation of the outlet valve.
A ceramic sintered body comprising 95% by mass or more of a component having a composition represented by Y x Ti y Ni z O 3±δ using molar ratios, wherein 0 < x, 0 < y, 0 ≤ z, x + y + z = 2, and δ ≤ 1 are satisfied, and wherein, in a phase diagram based on Y 2 O 3 -TiO 2 -NiO molar fractions, the composition of the component falls within a range surrounded by a vertex representing Y 2 O 3, a point representing YTi 0.5 Ni 0.5 O 3 and a vertex representing NiO.
A method for allocating radio resources to multiple sites using a same frequency band, the method comprising: determining a fixed number of subframes used commonly among the multiple sites, wherein the fixed number of subframes is determined by the number of frames including as many downlink subframes as the least common multiple of the number of downlink subframes included in one frame and the maximum number of downlink Hybrid Automatic Repeat request, HARQ, processes, and wherein a base station and a user equipment located in each of the multiple sites are operated according to Time Division Duplex, TDD, scheme; and allocating resources to the multiple sites based on the fixed number of subframes, wherein the fixed number of subframes is used such that radio resources allocated to each of the multiple sites are distributed being separated in the time domain, and wherein if the multiple sites include a first site and a second site, first subframes used for a communication between a first base station and a first user equipment located in the first site and second subframes used for the communication between a second base station and a second user equipment do not overlap with each other in the time domain within the fixed number of subframes. determining a fixed number of subframes used commonly among the multiple sites, wherein the fixed number of subframes is determined by the number of frames including as many downlink subframes as the least common multiple of the number of downlink subframes included in one frame and the maximum number of downlink Hybrid Automatic Repeat request, HARQ, processes, and wherein a base station and a user equipment located in each of the multiple sites are operated according to Time Division Duplex, TDD, scheme; and allocating resources to the multiple sites based on the fixed number of subframes, wherein the fixed number of subframes is used such that radio resources allocated to each of the multiple sites are distributed being separated in the time domain, and wherein if the multiple sites include a first site and a second site, first subframes used for a communication between a first base station and a first user equipment located in the first site and second subframes used for the communication between a second base station and a second user equipment do not overlap with each other in the time domain within the fixed number of subframes.
A battery pack transport system (100; 100') comprising: a battery pack including a first cover; a second cover mounted to the first cover; a battery module received in a receiving space formed between the first and second covers (1, 2) and a female connector connected to the battery module, the battery module having two battery cell groups, each battery cell group configured with a plurality of cells and having a positive electrode and a negative electrode; a female connector having a plurality of conductive terminals respectively and electrically connected to positive and negative electrodes of two battery cell groups, two conductive terminals with same polarity may be connected with each other in parallel to connect two battery cell groups with each other in parallel; and the battery pack transport system (100; 100') further comprises a protective member (600; 700) adapted to be mechanically coupled to the battery pack to change the electrical connection of two conductive terminals with same polarity from parallel connected state to isolated state, the protective member (600; 700) comprises a plurality of inserting portions (62; 72) corresponding to the conductive terminals of the battery pack, and wherein the inserting portions (62; 72) each is connected to a corresponding conductive terminal when the protective member (600; 700) is coupled to the battery pack, characterized in that the female connector comprises a converter slidably received therein, and wherein the converter includes a plurality of inner contacts corresponding to the conductive terminals, and each inner contact is simultaneously connected to two conductive terminals with same polarity when the protective member (600; 700) is separated from the battery pack. two conductive terminals with same polarity may be connected with each other in parallel to connect two battery cell groups with each other in parallel; and the battery pack transport system (100; 100') further comprises a protective member (600; 700) adapted to be mechanically coupled to the battery pack to change the electrical connection of two conductive terminals with same polarity from parallel connected state to isolated state, the protective member (600; 700) comprises a plurality of inserting portions (62; 72) corresponding to the conductive terminals of the battery pack, and wherein the inserting portions (62; 72) each is connected to a corresponding conductive terminal when the protective member (600; 700) is coupled to the battery pack, characterized in that the female connector comprises a converter slidably received therein, and wherein the converter includes a plurality of inner contacts corresponding to the conductive terminals, and each inner contact is simultaneously connected to two conductive terminals with same polarity when the protective member (600; 700) is separated from the battery pack.
A method of communicating in a base station subsystem comprising an access point and an access terminal (106a - 106d), the method comprising: transmitting beacon messages from the access point to the access terminal (106a - 106d), each beacon message being an instance of a full beacon message type or an instance of a short beacon message type, transmitting a first beacon message comprising content information, the content information specifying content of information contained in beacon messages of the short beacon message type transmitted subsequently to the first beacon message. transmitting beacon messages from the access point to the access terminal (106a - 106d), each beacon message being an instance of a full beacon message type or an instance of a short beacon message type, transmitting a first beacon message comprising content information, the content information specifying content of information contained in beacon messages of the short beacon message type transmitted subsequently to the first beacon message.
A sense amplifier, comprising a first differential pair of transistors coupled to a first differential input from a first memory bank (400_1) storing data; a second differential pair of transistors coupled to a second differential input from a second memory bank (420_2) storing data, the second memory bank being different from the first memory bank (400_1); and a current source configured to source a current to flow through the first and second differential pairs (710, 720) of transistors to output data stored in the first memory bank (400_1) and data stored in the second memory bank (420_2). a first differential pair of transistors coupled to a first differential input from a first memory bank (400_1) storing data; a second differential pair of transistors coupled to a second differential input from a second memory bank (420_2) storing data, the second memory bank being different from the first memory bank (400_1); and a current source configured to source a current to flow through the first and second differential pairs (710, 720) of transistors to output data stored in the first memory bank (400_1) and data stored in the second memory bank (420_2).
A method for performing communications between a mobile device and an access control system, the method comprising performing, by the mobile device: authenticating the access control system using a first wireless protocol; after authentication, creating a secure channel between the mobile device and the access control system using a shared secret, the secure channel using the first wireless protocol; communicating, using the secure channel, one or more ranging capabilities with the access control system for ranging to be performed using a second wireless protocol; transmitting, using the second wireless protocol, a first set of pulses in a ranging request message to the access control system, wherein the second wireless protocol uses a pulse width that is less than a pulse width used by the first wireless protocol; receiving, using the second wireless protocol, a second set of pulses in one or more ranging response messages from the access control system; determining distance information corresponding to a transmission time(s) of the first set of pulses and a reception time(s) of the second set of pulses; and sending the distance information to the access control system, thereby enabling the access control system to perform an operation. authenticating the access control system using a first wireless protocol; after authentication, creating a secure channel between the mobile device and the access control system using a shared secret, the secure channel using the first wireless protocol; communicating, using the secure channel, one or more ranging capabilities with the access control system for ranging to be performed using a second wireless protocol; transmitting, using the second wireless protocol, a first set of pulses in a ranging request message to the access control system, wherein the second wireless protocol uses a pulse width that is less than a pulse width used by the first wireless protocol; receiving, using the second wireless protocol, a second set of pulses in one or more ranging response messages from the access control system; determining distance information corresponding to a transmission time(s) of the first set of pulses and a reception time(s) of the second set of pulses; and sending the distance information to the access control system, thereby enabling the access control system to perform an operation.
A dispenser for a liquid modifying agent, said dispenser including: a container body; a closing lid engaged with said container body, said closing lid having a displaceable or removable section; a wicking member within said container; a liquid absorbent emanation surface within said container and in contact with said wicking member, with there being at least one locating member which projects into the container body to define a space capable of receiving the wicking member with said at least one locating member also loosely supporting the wicking member so said wicking member is positively located within the container body, said dispenser being characterized in that: said closing lid biases said emanation surface into contact with said wicking member; and with said displaceable or removable section intact, said closing lid maintains said emanation surface under compression such that removal of said displaceable or removable section allows expansion of said emanation surface. a container body; a closing lid engaged with said container body, said closing lid having a displaceable or removable section; a wicking member within said container; a liquid absorbent emanation surface within said container and in contact with said wicking member, with there being at least one locating member which projects into the container body to define a space capable of receiving the wicking member with said at least one locating member also loosely supporting the wicking member so said wicking member is positively located within the container body, said dispenser being characterized in that: said closing lid biases said emanation surface into contact with said wicking member; and with said displaceable or removable section intact, said closing lid maintains said emanation surface under compression such that removal of said displaceable or removable section allows expansion of said emanation surface. said closing lid biases said emanation surface into contact with said wicking member; and with said displaceable or removable section intact, said closing lid maintains said emanation surface under compression such that removal of said displaceable or removable section allows expansion of said emanation surface.