mhurhangee/ep-ind-claims huggingface dataset:
A method in a receiving network node for controlling caching of information in a wireless communications network comprising the receiving network node and a transmitting network node, wherein the method comprises: - receiving a configuration message, from the transmitting network node, the configuration message including a caching indicator associated with a radio bearer for a user equipment, UE,; - receiving (S20') a UE context; - determining if the caching of information is enabled, or disabled, for the radio bearer for the UE based on both the caching indicator in the received configuration message and the received UE context; and - in response to determining that the caching of information is enabled, enabling (S30a) the caching of information for the radio bearer for the UE from an internal storage, of the receiving network node, on the radio bearer. - receiving a configuration message, from the transmitting network node, the configuration message including a caching indicator associated with a radio bearer for a user equipment, UE,; - receiving (S20') a UE context; - determining if the caching of information is enabled, or disabled, for the radio bearer for the UE based on both the caching indicator in the received configuration message and the received UE context; and - in response to determining that the caching of information is enabled, enabling (S30a) the caching of information for the radio bearer for the UE from an internal storage, of the receiving network node, on the radio bearer.
Pressure application garment for applying pressure to the body of a subject, comprising three active parts (3, 4, 5) which are one abdominal active part intended to surround the subject's abdomen and two lower active parts (4, 5) each intended to surround one of the subject's lower limbs (L 1, L 2), each of the active parts (3, 4, 5) comprising at least one bladder (31, 41, 51) fillable with a fluid so as to obtain a homogeneous positive pressure applied by the active part to the whole of the corresponding body part of the subject among the abdomen and the lower limbs (L 1, L 2), the pressure application garment comprising: - for each active part (3, 4, 5), at least one interface pressure sensor configured to measure a pressure at the interface between the active part (3, 4, 5) and the corresponding body part of the subject while being positioned between the active part (3, 4, 5) and the corresponding body part of the subject, - a control unit comprising a receiving module configured to receive the interface pressure measurements from the one or more interface pressure sensors of each active part (3, 4, 5), and a driving module configured to drive, based on the interface pressure measurements received by the receiving module for each active part, at least one injection device (63, 64, 65) for injecting fluid into the one or more fillable bladders (31, 41, 51) of the active part, so as to maintain a predefined interface pressure value for each active part, the predefined interface pressure value for the abdominal active part being strictly less than the predefined interface pressure value for each lower active part (4, 5). - for each active part (3, 4, 5), at least one interface pressure sensor configured to measure a pressure at the interface between the active part (3, 4, 5) and the corresponding body part of the subject while being positioned between the active part (3, 4, 5) and the corresponding body part of the subject, - a control unit comprising a receiving module configured to receive the interface pressure measurements from the one or more interface pressure sensors of each active part (3, 4, 5), and a driving module configured to drive, based on the interface pressure measurements received by the receiving module for each active part, at least one injection device (63, 64, 65) for injecting fluid into the one or more fillable bladders (31, 41, 51) of the active part, so as to maintain a predefined interface pressure value for each active part, the predefined interface pressure value for the abdominal active part being strictly less than the predefined interface pressure value for each lower active part (4, 5).
A method for operating a Radio Frequency Identification "RFID" integrated circuit "IC" that is in a hidden state where it does not respond to any commands from a reader (702, 902) unless the commands contain correct verification information and/or the reader (702, 902) is verified, said method comprising inducing the RFID IC to transition from the hidden state to an unhidden state (806, 808), or to remain in the hidden state and provide recycling information while in the hidden state, wherein the method comprises the following steps, when the IC is in the hidden state: receiving a selection command; determining whether the selection command includes verification information, a request for the recycling information, or both; in response to a determination that the selection command includes verification information, determining whether the verification information is correct; in response to a determination that the verification information is correct, transitioning to the unhidden state (806, 808) and responding to a subsequent inventorying command with identifying information; in response to a determination that the selection command does not include verification information but includes the request for the recycling information, remaining in the hidden state and responding to the subsequent inventorying command only with the recycling information but not the identifying information; and in response to a determination that the selection command does not include correct verification information or the request for the recycling information, remaining in the hidden state and therefore ignoring the subsequent inventorying command. receiving a selection command; determining whether the selection command includes verification information, a request for the recycling information, or both; in response to a determination that the selection command includes verification information, determining whether the verification information is correct; in response to a determination that the verification information is correct, transitioning to the unhidden state (806, 808) and responding to a subsequent inventorying command with identifying information; in response to a determination that the selection command does not include verification information but includes the request for the recycling information, remaining in the hidden state and responding to the subsequent inventorying command only with the recycling information but not the identifying information; and in response to a determination that the selection command does not include correct verification information or the request for the recycling information, remaining in the hidden state and therefore ignoring the subsequent inventorying command.
A process for producing scandium oxide, the process comprising: a first heating step of heating scandium oxalate containing a sulfur-containing compound as an impurity in an atmosphere not containing oxygen; and a second heating step of further heating a heated product obtained in the first heating step in an atmosphere containing oxygen. a first heating step of heating scandium oxalate containing a sulfur-containing compound as an impurity in an atmosphere not containing oxygen; and a second heating step of further heating a heated product obtained in the first heating step in an atmosphere containing oxygen.
A process for wrapping a product in a wrapper of sheet material, adhering to the surface of the product, comprising the steps of: - providing a first and a second sheet of wrapping material, - shaping said first sheet according to a cup-shaped configuration comprising a bottom portion substantially complementary to a bottom portion of the surface of the product, a tubular portion which extends above the top of the product when inserted in said so-shaped sheet and defining a mouth adapted for the introduction of the product and an annular flange terminal portion surrounding said mouth, - introducing the product in said first shaped sheet, and - connecting said second sheet to said annular flange so as to form a closed wrapper around said product, characterised in that, following the introduction of the product and prior to connection of said second sheet with said annular flange, it includes the operation to make a bottleneck of said tubular portion of said first sheet in its region immediately above the top of the product, exerting on said annular flange a pressure suitable to bind the edges of flange or to limit its radial movement, so as to cause the adhesion of said tubular wall to a substantial portion of the top surface of the product. - providing a first and a second sheet of wrapping material, - shaping said first sheet according to a cup-shaped configuration comprising a bottom portion substantially complementary to a bottom portion of the surface of the product, a tubular portion which extends above the top of the product when inserted in said so-shaped sheet and defining a mouth adapted for the introduction of the product and an annular flange terminal portion surrounding said mouth, - introducing the product in said first shaped sheet, and - connecting said second sheet to said annular flange so as to form a closed wrapper around said product, characterised in that, following the introduction of the product and prior to connection of said second sheet with said annular flange, it includes the operation to make a bottleneck of said tubular portion of said first sheet in its region immediately above the top of the product, exerting on said annular flange a pressure suitable to bind the edges of flange or to limit its radial movement, so as to cause the adhesion of said tubular wall to a substantial portion of the top surface of the product.
Mechanism for controlling the closing and opening of a power breaking device, the mechanism comprising: - an arming shaft pivot-liked relative to a frame; - a first and a second spiral spring each comprising a central end (105a, 106a) integral with the arming shaft, and a peripheral end (105b, 106b); - an arming wheel, integral with the arming shaft, the peripheral end of the first spring being integral with the frame, so that the release of this spring from a tensioned state rotates the arming wheel and thus causes the opening of the current breaking device; - a closing wheel, pivot-linked relative to the arming shaft, and connected to the peripheral end of the second spring so that the release of this spring from a tensioned state rotates the closing wheel and thus causes the closing of the current breaking device; - an arming lever configured to rotate, via an engagement pawl, the arming wheel, in an arming direction, in order to tension the first and second springs during an arming phase; - a first and a second hooking means (108, 110) intended, when they are in a first state, to block the rotation of the arming and closing wheel, respectively, during the arming phase and thus maintaining the first and the second spring in a tensioned state, and, when they are in a second state, to allow the rotation of the arming and closing wheel, respectively; - a disengagement means; characterised in that the disengagement means is configured, under the effect of the rotation of the closing wheel during the closing of the current breaking device, to disengage the arming lever from the arming wheel. - an arming shaft pivot-liked relative to a frame; - a first and a second spiral spring each comprising a central end (105a, 106a) integral with the arming shaft, and a peripheral end (105b, 106b); - an arming wheel, integral with the arming shaft, the peripheral end of the first spring being integral with the frame, so that the release of this spring from a tensioned state rotates the arming wheel and thus causes the opening of the current breaking device; - a closing wheel, pivot-linked relative to the arming shaft, and connected to the peripheral end of the second spring so that the release of this spring from a tensioned state rotates the closing wheel and thus causes the closing of the current breaking device; - an arming lever configured to rotate, via an engagement pawl, the arming wheel, in an arming direction, in order to tension the first and second springs during an arming phase; - a first and a second hooking means (108, 110) intended, when they are in a first state, to block the rotation of the arming and closing wheel, respectively, during the arming phase and thus maintaining the first and the second spring in a tensioned state, and, when they are in a second state, to allow the rotation of the arming and closing wheel, respectively; - a disengagement means;
Security lock to be operated with a double bit key with several tumblers arranged in a lock casing, whereby the double bit key acts as the sole means for activating and implementing the resetting of the tumblers and for actuating the closing mechanism, characterised in that the key can be rotated from a starting position in an opening direction up to an opening position and resetting is activated by turning the key from the starting position counter to the opening direction, then back to the starting position and finally in the opening direction further than the normal opening position up to the stopper and whereby the key can be withdrawn and a new key with a corresponding code can be inserted and can close the lock.
A security and/or value document comprising an electronic transponder circuitry, the transponder circuitry being connected to a transponder antenna, the transponder antenna being connected to means for displaying an activation of the transponder antenna, characterized in that the means comprise particles, wherein the particles can be activated by irradiation of electromagnetic radiation so to form optically variable particles, wherein the activated optically variable particles produce an optical signal at or after activation of the transponder antenna.
A turbomachine, comprising: a plurality of transition ducts disposed in a generally annular array and comprising a first transition duct and a second transition duct, each of the plurality of transition ducts comprising an inlet, an outlet, and a passage (56, 166) extending between the inlet and the outlet and defining a longitudinal axis, a radial axis, and a tangential axis, the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis; a support ring assembly downstream of the plurality of transition ducts along a hot gas path; a plurality of mechanical fasteners; and a seal (210, 212); wherein the plurality of mechanical fasteners connect at least one transition duct of the plurality of transition ducts to the support ring assembly; and the seal is disposed between the outlet of the at least one transition duct and the support ring assembly; or the plurality of mechanical fasteners connect the first transition duct and the second transition duct to the support ring assembly; and the seal is disposed between the outlet of the first transition duct and the outlet of the second transition duct; and wherein the passage of the at least one transition duct comprises an upstream portion extending between the inlet and an aft end, the downstream portion extending between a head end and the outlet, and a joint coupling the upstream portion and the downstream portion. a plurality of transition ducts disposed in a generally annular array and comprising a first transition duct and a second transition duct, each of the plurality of transition ducts comprising an inlet, an outlet, and a passage (56, 166) extending between the inlet and the outlet and defining a longitudinal axis, a radial axis, and a tangential axis, the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis; a support ring assembly downstream of the plurality of transition ducts along a hot gas path; a plurality of mechanical fasteners; and a seal (210, 212); the plurality of mechanical fasteners connect at least one transition duct of the plurality of transition ducts to the support ring assembly; and the seal is disposed between the outlet of the at least one transition duct and the support ring assembly; or the plurality of mechanical fasteners connect the first transition duct and the second transition duct to the support ring assembly; and the seal is disposed between the outlet of the first transition duct and the outlet of the second transition duct; and wherein the passage of the at least one transition duct comprises an upstream portion extending between the inlet and an aft end, the downstream portion extending between a head end and the outlet, and a joint coupling the upstream portion and the downstream portion.
A tire (10, 20, 30) comprising: a carcass (14, 24, 34) toroidally extending between a pair of bead portions (13, 23, 33); a spiral cord layer arranged on an outer side in a tire radial direction of a crown portion of the carcass (14, 24, 34) and in which an upper layer and a lower layer are formed by spirally winding a reinforcing cord (101, 102); and an auxiliary belt layer (17, 27, 37a-d) arranged on the outer side in the tire radial direction of the spiral cord layer, wherein an inclination direction of belt cords of the auxiliary belt layer (17, 27, 37a-d) and an inclination direction of the reinforcing cord of the upper layer of the spiral cord layer are the same when an angle α of the belt cords of the auxiliary belt layer (17, 27, 37a-d) with respect to the tire circumferential direction is 54.7° < α < 90°, and the inclination directions are different when the angle α of the belt cords of the auxiliary belt layer (17, 27, 37a-d) with respect to the tire circumferential direction is 0° < α < 54.7°, characterized by comprising a core-material cord layer between the upper layer and the lower layer of the spiral cord layer. a carcass (14, 24, 34) toroidally extending between a pair of bead portions (13, 23, 33); a spiral cord layer arranged on an outer side in a tire radial direction of a crown portion of the carcass (14, 24, 34) and in which an upper layer and a lower layer are formed by spirally winding a reinforcing cord (101, 102); and an auxiliary belt layer (17, 27, 37a-d) arranged on the outer side in the tire radial direction of the spiral cord layer, wherein an inclination direction of belt cords of the auxiliary belt layer (17, 27, 37a-d) and an inclination direction of the reinforcing cord of the upper layer of the spiral cord layer are the same when an angle α of the belt cords of the auxiliary belt layer (17, 27, 37a-d) with respect to the tire circumferential direction is 54.7° < α < 90°, and the inclination directions are different when the angle α of the belt cords of the auxiliary belt layer (17, 27, 37a-d) with respect to the tire circumferential direction is 0° < α < 54.7°, characterized by comprising a core-material cord layer between the upper layer and the lower layer of the spiral cord layer.
A method performed by a session management function, SMF, in a 5 th generation system, 5GS, as a time sensitive networking, TSN, bridge, the method comprising: obtaining at least one quality of service, QoS, parameter associated with a TSN; and transmitting, to a base station, N2 session management, SM, information including information on the at least one QoS parameter associated with the TSN, wherein the at least one QoS parameter includes a packet delay budget, PDB, parameter associated with a backhaul delay between the base station and user plane function, UPF, wherein an air delay of the base station is determined by subtracting the backhaul delay from a value of the PDB parameter, and wherein the PDB parameter associated with the backhaul delay is used to a scheduling by the base station. obtaining at least one quality of service, QoS, parameter associated with a TSN; and transmitting, to a base station, N2 session management, SM, information including information on the at least one QoS parameter associated with the TSN, wherein the at least one QoS parameter includes a packet delay budget, PDB, parameter associated with a backhaul delay between the base station and user plane function, UPF, wherein an air delay of the base station is determined by subtracting the backhaul delay from a value of the PDB parameter, and wherein the PDB parameter associated with the backhaul delay is used to a scheduling by the base station.
Chin rest for a musical instrument, comprising a chin support and a holding device (34; 126) for holding the chin support on the musical instrument, characterized by a plurality of support feet (42, 44; 132, 134) via which the chin support supports itself on a top of the musical instrument, wherein the support feet (42, 44; 132, 134) are releasably arranged on the chin support and wherein the support feet (42, 44; 132, 134) are lockably rotatably and/or lockably swivelably and/or lockably tiltably fixable to the chin support and wherein the chin support comprises a first circular arc element which comprises a first circular arc area and on which a support foot (42, 44; 132, 134) supports itself with a second circular arc element via a second circular arc area thereof.
A shift control device for a continuously variable transmission, comprising: - requested horsepower calculating means that obtain a requested horsepower, for making an actual vehicle speed reach a target vehicle speed (So) set during cruise control, on the basis of a speed difference (ΔS) between the target vehicle speed (So) and the actual vehicle speed; - requested torque calculating means that obtain a requested torque (Tcs) on the basis of the requested horsepower (HPs) and an engine rotation speed (Ne); - accelerator-opening calculating means that obtain a cruise-control accelerator opening on the basis of the requested torque (Tcs) and the engine rotation speed (Ne); and - shift controlling means that perform shift control by setting a target gear shift ratio of the continuously variable transmission on the basis of the cruise-control accelerator opening obtained by the accelerator-opening calculating means and the actual vehicle speed, wherein the accelerator-opening calculating means have a map for designating the cruise-control accelerator opening on the basis of the requested torque (Tcs) and the engine rotation speed (Ne), and characterised in that the map stores a cruise-control accelerator-opening characteristic curve set basically along an equal horsepower line. - requested horsepower calculating means that obtain a requested horsepower, for making an actual vehicle speed reach a target vehicle speed (So) set during cruise control, on the basis of a speed difference (ΔS) between the target vehicle speed (So) and the actual vehicle speed; - requested torque calculating means that obtain a requested torque (Tcs) on the basis of the requested horsepower (HPs) and an engine rotation speed (Ne); - accelerator-opening calculating means that obtain a cruise-control accelerator opening on the basis of the requested torque (Tcs) and the engine rotation speed (Ne); and - shift controlling means that perform shift control by setting a target gear shift ratio of the continuously variable transmission on the basis of the cruise-control accelerator opening obtained by the accelerator-opening calculating means and the actual vehicle speed,
A housing having an electric motor, in particular a fan motor, consisting of at least one first and one second housing part (1, 2) with a common parting plane, wherein the parting plane is substantially formed by a plane in which the motor axis lies or a plane parallel thereto, wherein at least one housing part (1, 2) has at least one receiving recess on the inside, wherein the electric motor has a circumferential rim, characterised in that the circumferential rim is provided with receiving shafts corresponding to the receiving recesses of the housing, and a damping body is inserted into at least one receiving recess.