mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication executed by a user equipment, UE , in a wireless network comprising a base station, , wherein the method comprises: receiving, from the base station, a slow grant comprising information that indicates a demodulation reference signal, DMRS, configuration to be used by the base station during communication with the UE; receiving , from the base station, in a first transmission time interval, TTI, having a duration shorter than 1ms a control region that includes a DMRS for demodulating the control region, wherein the control region further comprises one or more downlink, DL, grants or uplink, UL, data grants that provide a mapping between the control region and one or more data regions, wherein the mapping between the control region and the one or more data regions is dependent upon the location of the time-frequency resources within the control region that are used to carry the DMRS pilot signals, the location of the time-frequency resources within the control region being based on whether open-loop pre-coding or closed-loop precoding is used, so that the location of the DMRS pilot signals varies depending upon whether open-loop precoding or closed loop precoding is used when transmitted by the base station; demodulating the control region based at least on the DMRS. receiving, from the base station, a slow grant comprising information that indicates a demodulation reference signal, DMRS, configuration to be used by the base station during communication with the UE; receiving , from the base station, in a first transmission time interval, TTI, having a duration shorter than 1ms a control region that includes a DMRS for demodulating the control region, wherein the control region further comprises one or more downlink, DL, grants or uplink, UL, data grants that provide a mapping between the control region and one or more data regions, wherein the mapping between the control region and the one or more data regions is dependent upon the location of the time-frequency resources within the control region that are used to carry the DMRS pilot signals, the location of the time-frequency resources within the control region being based on whether open-loop pre-coding or closed-loop precoding is used, so that the location of the DMRS pilot signals varies depending upon whether open-loop precoding or closed loop precoding is used when transmitted by the base station; demodulating the control region based at least on the DMRS.
A wireless station configured to: generate a Location Configuration Information, 'LCI', request having a plurality of subelements arranged to query for a LCI report that includes location information regarding Access Points, APs, proximate to a reporting AP, ; send the LCI request to the reporting AP ; and characterized by the circuitry to cause the wireless station to: receive the LCI report from the reporting AP , the LCI report comprising latitude information, longitude information, and altitude information, the LCI report including BSSIDs of proximate APs, additional information elements associated with the reporting AP and the proximate APs, and LCI information for the proximate APs, characterized in that the additional information elements comprise for at least one of the reporting AP or a proximate AP a floor level of said AP and a height above the floor of said AP. generate a Location Configuration Information, 'LCI', request having a plurality of subelements arranged to query for a LCI report that includes location information regarding Access Points, APs, proximate to a reporting AP, ; send the LCI request to the reporting AP ; and characterized by the circuitry to cause the wireless station to: receive the LCI report from the reporting AP , the LCI report comprising latitude information, longitude information, and altitude information, the LCI report including BSSIDs of proximate APs, additional information elements associated with the reporting AP and the proximate APs, and LCI information for the proximate APs, characterized in that the additional information elements comprise for at least one of the reporting AP or a proximate AP a floor level of said AP and a height above the floor of said AP. receive the LCI report from the reporting AP , the LCI report comprising latitude information, longitude information, and altitude information, the LCI report including BSSIDs of proximate APs, additional information elements associated with the reporting AP and the proximate APs, and LCI information for the proximate APs, characterized in that the additional information elements comprise for at least one of the reporting AP or a proximate AP a floor level of said AP and a height above the floor of said AP.
An optogenetic system for preventing or halting seizures, the system including: a sensor for monitoring the activity of a neural network containing a group of target neurons, and generating an input signal indicative of said activity, the target neurons being excitatory neurons; an optical stimulator for delivering an excitatory stimulus in the form of an optical signal to the target neurons, the optical signal being determined based on the input signal, to reduce the overall activity of the target neurons; a processor, configured to generate an output signal based on the input signal, wherein the output signal is used to generate the optical signal which forms the excitatory stimulus; characterised in that : the sensor is adapted to generate the input signal so that the input signal is oscillatory in nature and has the same frequency as oscillatory signals which are representative of the activities of the target neurons; the processor is adapted to generate the output signal, said output signal having the same frequency as the input signal. a sensor for monitoring the activity of a neural network containing a group of target neurons, and generating an input signal indicative of said activity, the target neurons being excitatory neurons; an optical stimulator for delivering an excitatory stimulus in the form of an optical signal to the target neurons, the optical signal being determined based on the input signal, to reduce the overall activity of the target neurons; a processor, configured to generate an output signal based on the input signal, wherein the output signal is used to generate the optical signal which forms the excitatory stimulus; characterised in that : the sensor is adapted to generate the input signal so that the input signal is oscillatory in nature and has the same frequency as oscillatory signals which are representative of the activities of the target neurons; the processor is adapted to generate the output signal, said output signal having the same frequency as the input signal. the sensor is adapted to generate the input signal so that the input signal is oscillatory in nature and has the same frequency as oscillatory signals which are representative of the activities of the target neurons; the processor is adapted to generate the output signal, said output signal having the same frequency as the input signal.
Perforator assembly for rewinder machines of sheet material, particularly paper, comprising a perforator cylinder rotating around its own axis, whose cylindrical surface is provided with an even number of blades with a continuous cutting edge and helical profile, and a normally fixed counter-cylinder having a rectilinear counter-blade with a discontinuous cutting edge, such that during rotation of the perforator cylinder there is a continuous punctiform contact between a blade and the counter-blade which determines, on a web material (N) passing between the cylinders and , transverse perforation lines at regular intervals which are dependent on the distance between the blades and on the peripheral speed of the perforator cylinder with respect to the feed speed of the web (N), characterised in that said blades are mounted on the perforator cylinder so as to be brought automatically, without manual intervention by the operator, from a work position in which they come into contact with said counter-blade to perform the perforation of the web (N) to a rest position spaced away from the counter-blade to let the web (N) pass freely, wherein each of said blades is mounted on a respective blade holder , operable to bring the blade along a work trajectory (L) or a rest trajectory (R) by means of inflatable tubes or sleeves , respectively.
A peripheral device package for use in a host computing device , the peripheral device package comprising: a plurality of compute elements ; a plurality of resources shared by the plurality of compute elements ; a datastructure stored in a hidden memory of the peripheral device package , the data structure holding metadata about ownership of the resources of the peripheral device package by a plurality of user runtime processes of the host computing device which use the compute elements , at least one of the user runtime processes being a secure user runtime process; and a command processor configured to use the datastructure to enforce isolation of the resources used by the secure user runtime process; wherein the command processor is configured to use the datastructure to ensure trusted execution of the secure user runtime process on the peripheral device by, when a request is received to create a secure channel on the peripheral device package, for use by the secure user runtime process, checking the datastructure to find whether one or more resources associated with the request are protected from direct access by the host, and are free, and if the check fails, failing the request, and if the check succeeds, implementing the request and updating the datastructure a plurality of compute elements ; a plurality of resources shared by the plurality of compute elements ; a datastructure stored in a hidden memory of the peripheral device package , the data structure holding metadata about ownership of the resources of the peripheral device package by a plurality of user runtime processes of the host computing device which use the compute elements , at least one of the user runtime processes being a secure user runtime process; and a command processor configured to use the datastructure to enforce isolation of the resources used by the secure user runtime process; wherein the command processor is configured to use the datastructure to ensure trusted execution of the secure user runtime process on the peripheral device by, when a request is received to create a secure channel on the peripheral device package, for use by the secure user runtime process, checking the datastructure to find whether one or more resources associated with the request are protected from direct access by the host, and are free, and if the check fails, failing the request, and if the check succeeds, implementing the request and updating the datastructure
A mechanical winch with improved ergonomics with a mechanism for controlling the winch comprising: - a drum onto which a pulling rope is wound, - a brake comprising a brake handle and a brake belt installed on the drum, - a clutch comprising a handle , - a first rope for activation of pulling, wherein the first rope is led via pulleys to the handle connected with the clutch, which is arranged to trigger rotation of the drum , and - a second rope for releasing of the brake, which is connected to the brake handle , characterized in that the winch further comprises a rolling element , linear movement of which is arranged to be transferred via an eccentric or any other suitable element or mechanism in order to squeeze or release the brake belt, and that the brake handle is provided with a curved cut-out , arranged to allow a linear movement of the rolling element , and that the curved cut-out is made in a middle part of the brake handle wherein the cut-out is in the first, upper part flatter and in the second, bottom part steeper. - a drum onto which a pulling rope is wound, - a brake comprising a brake handle and a brake belt installed on the drum, - a clutch comprising a handle , - a first rope for activation of pulling, wherein the first rope is led via pulleys to the handle connected with the clutch, which is arranged to trigger rotation of the drum , and - a second rope for releasing of the brake, which is connected to the brake handle , characterized in that the winch further comprises a rolling element , linear movement of which is arranged to be transferred via an eccentric or any other suitable element or mechanism in order to squeeze or release the brake belt, and that the brake handle is provided with a curved cut-out , arranged to allow a linear movement of the rolling element , and that the curved cut-out is made in a middle part of the brake handle wherein the cut-out is in the first, upper part flatter and in the second, bottom part steeper. - a first rope for activation of pulling, wherein the first rope is led via pulleys to the handle connected with the clutch, which is arranged to trigger rotation of the drum , and - a second rope for releasing of the brake, which is connected to the brake handle , the winch further comprises a rolling element , linear movement of which is arranged to be transferred via an eccentric or any other suitable element or mechanism in order to squeeze or release the brake belt, and that the brake handle is provided with a curved cut-out , arranged to allow a linear movement of the rolling element , and that the curved cut-out is made in a middle part of the brake handle wherein the cut-out is in the first, upper part flatter and in the second, bottom part steeper.
A method for determining the presence of at least one predetermined material or material class in a sample of water, including the following: providing an electrical circuit that includes an electric field detector ; providing a hydrophobic plastic cup adapted to receive the sample of water ; placing the sample in the plastic cup; swirling said liquid sample in the plastic cup for a predetermined amount of time or for a predetermined number of revolutions; placing said electric field detector in non-contact proximity to the plastic cup; measuring presence and/or strength of an electrical field in non-contact proximity to the plastic cup; determining a presence or absence of a predetermined material or material class in said sample as a function of strength of said electric field; and, indicating to a user said presence or absence of said predetermined material or material class in said sample. providing an electrical circuit that includes an electric field detector ; providing a hydrophobic plastic cup adapted to receive the sample of water ; placing the sample in the plastic cup; swirling said liquid sample in the plastic cup for a predetermined amount of time or for a predetermined number of revolutions; placing said electric field detector in non-contact proximity to the plastic cup; measuring presence and/or strength of an electrical field in non-contact proximity to the plastic cup; determining a presence or absence of a predetermined material or material class in said sample as a function of strength of said electric field; and, indicating to a user said presence or absence of said predetermined material or material class in said sample.
A tip protector device for an instrument , the instrument comprising an elongate shaft having a distal tip and said tip including an end face, and the tip protector device comprising: - a guard portion engagable with said tip , the guard portion including an elongate tubular portion that, in use, extends along said shaft , the tubular portion extending between first and second ends , and a cap arranged to extend over said end face, the cap being connected to the first end of the tubular portion ; - a first connection member and a second connection member , characterised by the first and second connection members extending from the second end of the tubular portion , and the first and second connection members being movable relative to each other between a first, disengaged position in which said tip of the instrument can be inserted into and removed from the guard portion , and a second, gripping position in which the tip protector grips the shaft of the instrument , the first and second connection members being biased in the first position; and - complementary engagement features on each of the first and second connection members configured to engage and releasably retain the first and second connection members in the gripping position, wherein the cap is connected to the first end of the tubular portion by at least one flexible connecting member . - a guard portion engagable with said tip , the guard portion including an elongate tubular portion that, in use, extends along said shaft , the tubular portion extending between first and second ends , and a cap arranged to extend over said end face, the cap being connected to the first end of the tubular portion ; - a first connection member and a second connection member , characterised by the first and second connection members extending from the second end of the tubular portion , and the first and second connection members being movable relative to each other between a first, disengaged position in which said tip of the instrument can be inserted into and removed from the guard portion , and a second, gripping position in which the tip protector grips the shaft of the instrument , the first and second connection members being biased in the first position; and - complementary engagement features on each of the first and second connection members configured to engage and releasably retain the first and second connection members in the gripping position,
A latching device for a wing arrangement for an aircraft , which wing arrangement includes a wing comprising a base section having a first end portion adapted to be secured to the fuselage of an aircraft and an opposite second end portion , and a tip section having a third end portion and an opposite fourth end portion , wherein the third end portion is pivotably connected to the second end portion such that the tip section is pivotable about a pivot axis between a deployed position and a stowed position in which the spanwise length of the wing is smaller than in the deployed position, wherein the latching device comprises: - a support structure , - a latching bolt having a longitudinal axis and being slidably supported by the support structure such that the latching bolt is movable between a retracted position and an extended position, wherein in the extended position the latching bolt extends further from the support structure than in the retracted position, and - at least one first hydraulic actuator and at least one first connector assembly adapted to be connected to a first hydraulic system of an aircraft and to supply the at least one first hydraulic actuator with pressurized hydraulic fluid, characterized in that the latching device further comprises at least one second hydraulic actuator and at least one second connector assembly adapted to be connected to a second hydraulic system of an aircraft and to supply the at least one second hydraulic actuator with pressurized hydraulic fluid, wherein the at least one first connector assembly is separated from the at least one second connector assembly , and wherein the at least one first hydraulic actuator and the at least one second hydraulic actuator are adapted to effect movement of the latching bolt from the extended position into the retracted position independent of the other one of the at least one first hydraulic actuator and the at least one second hydraulic actuator . - a support structure , - a latching bolt having a longitudinal axis and being slidably supported by the support structure such that the latching bolt is movable between a retracted position and an extended position, wherein in the extended position the latching bolt extends further from the support structure than in the retracted position, and - at least one first hydraulic actuator and at least one first connector assembly adapted to be connected to a first hydraulic system of an aircraft and to supply the at least one first hydraulic actuator with pressurized hydraulic fluid,
Solid, flavored, low-sodium condiment, comprising, or consisting substantially of, a mixture: - having 19% to 34% by weight of NaCl; - having 32% to 65% by weight either of CaSO 4 *2H 2 O or of a mixture of CaSO 4 *2H 2 O and MgSO4*7H 2 O; and - having 1% to 15% by weight of an organic aromatic compound, said compound being selected from the group consisting of aromatic herbs; the proportions of the compounds in the mixture being given relative to the total weight of said condiment. - having 19% to 34% by weight of NaCl; - having 32% to 65% by weight either of CaSO 4 *2H 2 O or of a mixture of CaSO 4 *2H 2 O and MgSO4*7H 2 O; and - having 1% to 15% by weight of an organic aromatic compound, said compound being selected from the group consisting of aromatic herbs; the proportions of the compounds in the mixture being given relative to the total weight of said condiment.
An oral liquid composition comprising: i) about 0.25% to about 1% w/v of methimazole, a pharmaceutically acceptable salt, solvate, or combination thereof, ii) at least about 0.2% w/v of xanthan gum, and iii) water. i) about 0.25% to about 1% w/v of methimazole, a pharmaceutically acceptable salt, solvate, or combination thereof, ii) at least about 0.2% w/v of xanthan gum, and iii) water.
A method of wireless communication performed by a user equipment, UE , comprising: receiving a configuration that indicates a first sub-slot periodicity for downlink semi-persistent scheduling, SPS, such that the first sub-slot periodicity is less than 14 OFDM symbols; receiving a plurality of transmissions according to the first sub-slot periodicity in a first slot, wherein the first sub-slot periodicity enables receiving the plurality of transmissions within a single slot; and transmitting hybrid automatic repeat request acknowledgement, HARQ-ACK, information in a second slot, wherein the second slot includes a plurality of physical uplink control channels, PUCCHs, with a second sub-slot periodicity, and wherein the HARQ-ACK information is associated with the plurality of transmissions. receiving a configuration that indicates a first sub-slot periodicity for downlink semi-persistent scheduling, SPS, such that the first sub-slot periodicity is less than 14 OFDM symbols; receiving a plurality of transmissions according to the first sub-slot periodicity in a first slot, wherein the first sub-slot periodicity enables receiving the plurality of transmissions within a single slot; and transmitting hybrid automatic repeat request acknowledgement, HARQ-ACK, information in a second slot, wherein the second slot includes a plurality of physical uplink control channels, PUCCHs, with a second sub-slot periodicity, and wherein the HARQ-ACK information is associated with the plurality of transmissions.
A method of forming a composite material comprising nanotubes oriented in a matrix comprising a ceramic material, the method comprising the steps of: providing an array of substantially aligned nanotubes, wherein the nanotubes comprise carbon nanotubes; providing a ceramic matrix material in the form of a solution; applying the solution to the nanotubes; allowing the solution to infiltrate into the array of nanotubes; and sintering the ceramic matrix material to form the composite material, wherein the nanotubes are substantially aligned in the ceramic matrix, wherein the ceramic matrix is formed by a sol-gel process. providing an array of substantially aligned nanotubes, wherein the nanotubes comprise carbon nanotubes; providing a ceramic matrix material in the form of a solution; applying the solution to the nanotubes; allowing the solution to infiltrate into the array of nanotubes; and sintering the ceramic matrix material to form the composite material, wherein the nanotubes are substantially aligned in the ceramic matrix, wherein the ceramic matrix is formed by a sol-gel process.