mhurhangee/ep-ind-claims huggingface dataset:
An information processing device comprising: a communication unit configured to communicate with an external terminal; and a control unit; characterized in that the control unit is configured to receive transition instruction information from a predetermined external terminal, including a transition instruction terminal ID and instructing a transition to a function restriction mode in which a usable function is restricted, receive release instruction information, including a transmission source terminal ID and instructing release of the function restriction mode, from an external terminal in a state in which the usable function is restricted; determine whether the predetermined external terminal that has transmitted the transition instruction information and the external terminal that has transmitted the release instruction information match each other, wherein it is determined whether the transition instruction terminal ID matches the transmission source terminal ID; and control release of the function restriction mode if it is determined that the predetermined external terminal that has transmitted the transition instruction information and the external terminal that has transmitted the release instruction information match each other. a communication unit configured to communicate with an external terminal; and a control unit; characterized in that the control unit is configured to receive transition instruction information from a predetermined external terminal, including a transition instruction terminal ID and instructing a transition to a function restriction mode in which a usable function is restricted, receive release instruction information, including a transmission source terminal ID and instructing release of the function restriction mode, from an external terminal in a state in which the usable function is restricted; determine whether the predetermined external terminal that has transmitted the transition instruction information and the external terminal that has transmitted the release instruction information match each other, wherein it is determined whether the transition instruction terminal ID matches the transmission source terminal ID; and control release of the function restriction mode if it is determined that the predetermined external terminal that has transmitted the transition instruction information and the external terminal that has transmitted the release instruction information match each other.
A method for communicating in a wireless communication network, said method comprising at an access node: obtaining a timing indicator; transmitting to at least one communication device a first frame sequence (500; 600) comprising a first portion (510; 610) comprising a first preamble (510a; 610a) associated with a first communication protocol, followed by a second portion (515; 615) comprising a first polling frame (515a; 615a), associated with the first communication protocol, and a third portion (520; 620) comprising a second preamble (520a; 620a) followed by a second polling frame (520b; 620b), associated with a second communication protocol, said third portion (520; 620) being multiplexed in the frequency domain with the second portion (515; 615); providing to the at least one communication device the timing indicator for enabling the access node to control a time of reception (t adj) of a first portion (560; 670) of a subsequent second frame sequence (550; 650) from the at least one communication device; and receiving the first portion (560; 670) of the second frame sequence (550; 650). obtaining a timing indicator; transmitting to at least one communication device a first frame sequence (500; 600) comprising a first portion (510; 610) comprising a first preamble (510a; 610a) associated with a first communication protocol, followed by a second portion (515; 615) comprising a first polling frame (515a; 615a), associated with the first communication protocol, and a third portion (520; 620) comprising a second preamble (520a; 620a) followed by a second polling frame (520b; 620b), associated with a second communication protocol, said third portion (520; 620) being multiplexed in the frequency domain with the second portion (515; 615); a first portion (510; 610) comprising a first preamble (510a; 610a) associated with a first communication protocol, followed by a second portion (515; 615) comprising a first polling frame (515a; 615a), associated with the first communication protocol, and a third portion (520; 620) comprising a second preamble (520a; 620a) followed by a second polling frame (520b; 620b), associated with a second communication protocol, said third portion (520; 620) being multiplexed in the frequency domain with the second portion (515; 615); providing to the at least one communication device the timing indicator for enabling the access node to control a time of reception (t adj) of a first portion (560; 670) of a subsequent second frame sequence (550; 650) from the at least one communication device; and receiving the first portion (560; 670) of the second frame sequence (550; 650).
A step-ladder equipped with a tool holder, which step-ladder consists of two ladder parts (3, 4) having a top step (5, 6), which two ladder parts (3, 4) are interconnected so as to be foldable about a hinge in the region of the top step (5, 6), at least one of the ladder parts (3, 4) having a folding stage (11, 12) rotatably disposed about a bearing 10 between lateral ladder legs (8, 9) of said ladder part (3, 4), which bearing can, in the folded position of the step-ladder 1, be moved in the direction of the ladder legs (8, 9) of said ladder part (3, 4) and, in the unfolded position of the step-ladder 1, to a position extending toward the other ladder part (3, 4) parallel to the top step (5, 6), and wherein the tool holder has a base and at least one tool holder wall disposed thereon and extending away from the base, which tool holder wall can be enclosed by the ladder parts (3, 4), characterized in that the tool holder wall has a guiding surface disposed on a side remote from the base and/or a guide point for the folding stage (11, 12) and that the guiding surface and/or the guide point cooperates with the folding stage (11, 12) and guides the folding stage (11, 12) from the unfolded position parallel to the top step (5, 6) to a position extending in the direction of the ladder legs (8, 9) when the ladder part (3, 4) comprising the folding stage (11, 12) is set downwardly onto the tool holder, wherein there is provided on the folding stage (11, 12) a push-pull-rigid brace hinged at a distance from the bearing, which brace is rotatably connected to the oppositely disposed ladder part (3, 4), the length and bearing points of which being dimensioned such that swivelling of the folding stage (11, 12) causes the ladder parts (3, 4) to move from the unfolded position to the folded position and vice versa.
An implantable medical device for treating reflux disease in a human patient, the implantable medical device comprising a movement restriction device having an outer surface including a biocompatible material, wherein the movement restriction device has a volume of at least 125 mm3, and a circumference of at least 15 mm, and is adapted to be at least partially invaginated by the stomach wall of the patient, without restricting the food passage in the food passageway when implanted and in function, such that movement of the cardiac notch of the patient's stomach towards the patient's diaphragm is restricted, thereby preventing the cardia from sliding through the patient's diaphragm opening into the patient's thorax, characterized in that the implantable medical device comprises a holding device, wherein the holding device is at least partly placed inside the outer wall of the implantable medical device.
An apparatus for a vehicle having an engine, a drive wheel and a transmission operatively disposed between the engine and the drive wheel for shifting gears by executing a clutch switch operation so as to change a drive transmission path of the transmission, the apparatus comprising control means for controlling a gear shifting of the transmission, the control means comprising: engine speed suppressing means for executing an engine speed suppression control when a driver performs an accelerator operation during the clutch switch operation associated with downshifting while coasting, the engine speed suppression control being arranged to reduce a torque capacity decrease rate of a clutch (C1, C2) being released in comparison with a torque capacity decrease rate that would occur if shifting was taking place during normal coasting in which the accelerator operation is not performed, characterized in that the engine speed suppressing means is arranged to reduce the torque capacity decrease rate during the engine speed suppression control such that as an accelerator depression amount becomes larger, the torque capacity decrease rate is set to a smaller value. engine speed suppressing means for executing an engine speed suppression control when a driver performs an accelerator operation during the clutch switch operation associated with downshifting while coasting, the engine speed suppression control being arranged to reduce a torque capacity decrease rate of a clutch (C1, C2) being released in comparison with a torque capacity decrease rate that would occur if shifting was taking place during normal coasting in which the accelerator operation is not performed, characterized in that the engine speed suppressing means is arranged to reduce the torque capacity decrease rate during the engine speed suppression control such that as an accelerator depression amount becomes larger, the torque capacity decrease rate is set to a smaller value.
A method of producing a collagen-based gel, the method comprising: providing a jellyfish tissue; desalting said jellyfish tissue; chopping said jellyfish tissue; determining an isoelectric point of said jellyfish tissue; adding an acid of a concentration and molarity which is dependent on an isoelectric point of said jellyfish tissue to said jellyfish tissue to produce a collagen-salt colloid; and mixing said collagen-salt colloid to form a viscous gel.
An electric blower (1, 1b, 54) comprising: a motor: a first rotor blade provided on one end side of the motor in an axial direction; a second rotor blade provided on another side of the motor opposite to the first rotor blade in the axial direction; a first stator blade provided to face the first rotor blade; and a second stator blade provided to face the second rotor blade; a first wind guide plate provided on the flow path between the first stator blade and the motor and to guide an air current generated by the rotation of the first rotor blade towards the motor; and a casing covering the first rotor blade and the second rotor blade, wherein the casing has: a first intake formed to face the first rotor blade; a second intake formed to face the second rotor blade; and an outlet formed to face the motor. a motor: a first rotor blade provided on one end side of the motor in an axial direction; a second rotor blade provided on another side of the motor opposite to the first rotor blade in the axial direction; a first stator blade provided to face the first rotor blade; and a second stator blade provided to face the second rotor blade; a first rotor blade provided on one end side of the motor in an axial direction; a second rotor blade provided on another side of the motor opposite to the first rotor blade in the axial direction; a first stator blade provided to face the first rotor blade; and a second stator blade provided to face the second rotor blade; a first wind guide plate provided on the flow path between the first stator blade and the motor and to guide an air current generated by the rotation of the first rotor blade towards the motor; and a casing covering the first rotor blade and the second rotor blade, wherein the casing has: a first intake formed to face the first rotor blade; a second intake formed to face the second rotor blade; and an outlet formed to face the motor. a first intake formed to face the first rotor blade; a second intake formed to face the second rotor blade; and an outlet formed to face the motor.
A method comprising: receiving a transmission at a wireless communication device, said transmission associated with resource units; generating log-likelihood ratio, LLR, data from the received transmission; calculating noise and interference for each of said resource units; modifying said generated log-likelihood ratio data based on said calculated noise and interference; inputting (68, 70) said modified log- likelihood ratio data to a decoder to provide bit values; characterized in that the method further comprises the step of checking an output of the decoder for error and if error is detected recalculating said noise and interference; wherein said calculating noise and interference is on a symbol level basis and is performed by calculating the distance between the received signal and a symbol in the transmitted constellation and said recalculating noise and interference is based on the LLR data and re-encoded bit values. receiving a transmission at a wireless communication device, said transmission associated with resource units; generating log-likelihood ratio, LLR, data from the received transmission; calculating noise and interference for each of said resource units; modifying said generated log-likelihood ratio data based on said calculated noise and interference; inputting (68, 70) said modified log- likelihood ratio data to a decoder to provide bit values; characterized in that the method further comprises the step of checking an output of the decoder for error and if error is detected recalculating said noise and interference; wherein said calculating noise and interference is on a symbol level basis and is performed by calculating the distance between the received signal and a symbol in the transmitted constellation and said
A convex ostomy barrier for attaching an ostomy appliance to a peristomal skin surrounding a stoma, the convex ostomy barrier comprising: a skin barrier formed from a skin friendly adhesive; an inlet opening for receiving a stoma; and a convex insert system arranged adjacent the skin barrier and configured to provide a convex body-side contour of the convex ostomy barrier, wherein the convex insert system includes a convex insert and a plurality of rings (21, 21', 21") including a first ring having a first characteristic and a second ring having a second characteristic, wherein the convex insert and one of the plurality of rings are configured to be assembled together to form the convex insert system, wherein the convex ostomy barrier is configured to have a first softness/hardness comprising the convex insert system formed from the convex insert and the first ring, wherein the convex ostomy barrier is configured to have a second softness/hardness comprising the convex insert system formed from the convex insert and the second ring; wherein the first softness/hardness is different from the second softness/hardness and the first characteristic is different from the second characteristic. a skin barrier formed from a skin friendly adhesive; an inlet opening for receiving a stoma; and a convex insert system arranged adjacent the skin barrier and configured to provide a convex body-side contour of the convex ostomy barrier, wherein the convex insert system includes a convex insert and a plurality of rings (21, 21', 21") including a first ring having a first characteristic and a second ring having a second characteristic, wherein the convex insert and one of the plurality of rings are configured to be assembled together to form the convex insert system, wherein the convex ostomy barrier is configured to have a first softness/hardness comprising the convex insert system formed from the convex insert and the first ring, wherein the convex ostomy barrier is configured to have a second softness/hardness comprising the convex insert system formed from the convex insert and the second ring; wherein the first softness/hardness is different from the second softness/hardness and the first characteristic is different from the second characteristic.
An attachment apparatus for enabling a bolt to be secured to a substrate that is susceptible to fracturing, the apparatus comprising: a plate with a plurality of openings (42a, 42b, 42c, 42d) therethrough, wherein each opening is configured to receive a fixing member, wherein the plate includes a plurality of plate orifices therethrough, wherein the plurality of plate orifices includes a first plate orifice and a further plate orifice, and wherein the plurality of openings include at least two openings in addition to two openings per orifice of the plurality of plate orifices; a receiving member fixedly secured to the plate, the receiving member having a cavity with an aperture at one end that at least partially overlaps the first plate orifice, wherein the receiving member is configured to receive and retain a corresponding bolt such that the corresponding bolt is disposed within the aperture, cavity and the first plate orifice; and a further receiving member with a further aperture at one end that at least partially overlaps the further plate orifice, and wherein the further receiving member is fixedly secured to the plate, wherein each receiving member includes external protrusions and/or external indentations to form an interference fit with the substrate. a plate with a plurality of openings (42a, 42b, 42c, 42d) therethrough, wherein each opening is configured to receive a fixing member, wherein the plate includes a plurality of plate orifices therethrough, wherein the plurality of plate orifices includes a first plate orifice and a further plate orifice, and wherein the plurality of openings include at least two openings in addition to two openings per orifice of the plurality of plate orifices; a receiving member fixedly secured to the plate, the receiving member having a cavity with an aperture at one end that at least partially overlaps the first plate orifice, wherein the receiving member is configured to receive and retain a corresponding bolt such that the corresponding bolt is disposed within the aperture, cavity and the first plate orifice; and a further receiving member with a further aperture at one end that at least partially overlaps the further plate orifice, and wherein the further receiving member is fixedly secured to the plate, wherein each receiving member includes external protrusions and/or external indentations to form an interference fit with the substrate.
A quantum communication transmitter (700/1000), comprising: a laser (750/1002) configured to produce an optical flux; a polarization modulator (770/1020) configured to modulate the optical flux so as to encode data in at least two orthogonal polarization bases; a first variable attenuator (762/1010) configured to apply a first variable attenuation to the optical flux so as to enable a receiver to perform birefringence calibration; and a second variable attenuator (764/1012) configured to apply a second variable attenuation to the optical flux so that the data is also encoded in two or more decoy-states, each decoy-state corresponding to a predetermined value for an average photon number, wherein the second variable attenuator is configured to operate faster than the first variable attenuator. a laser (750/1002) configured to produce an optical flux; a polarization modulator (770/1020) configured to modulate the optical flux so as to encode data in at least two orthogonal polarization bases; a first variable attenuator (762/1010) configured to apply a first variable attenuation to the optical flux so as to enable a receiver to perform birefringence calibration; and a second variable attenuator (764/1012) configured to apply a second variable attenuation to the optical flux so that the data is also encoded in two or more decoy-states, each decoy-state corresponding to a predetermined value for an average photon number, wherein the second variable attenuator is configured to operate faster than the first variable attenuator.
A process for making a cylindrically-shaped photosensitive element for use as a printing form, comprising: a) mounting a cylindrically-shaped support having an exterior surface and an interior surface onto a roll having an outer surface, the interior surface of the support contacting the outer surface of the roll, wherein the roll is selected from a shaft, a drum or a mandrel and wherein the outer surface of the roll is compliant; b) providing a photosensitive layer comprising a thermoplastic binder, monomer and photoinitiator, the layer having a first end and a second end opposite the first end joined by a contact surface; c) contacting the contact surface of the photosensitive layer to the exterior surface of the support by wrapping the photosensitive layer around the support to bring the second end adjacent the first end; d) laminating the photosensitive layer onto the support and sealing the ends (25, 35) together to form a continuous layer on the support; and e) heating the photosensitive layer, or the support, or both the photosensitive layer and the support; characterised in that the photosensitive layer is laminated onto the support by using a laminating roll to form a nip with the support and the photosensitive layer therebetween and the process further comprises the step of removing the resulting cylindrically-shaped photosensitive element from the roll. a) mounting a cylindrically-shaped support having an exterior surface and an interior surface onto a roll having an outer surface, the interior surface of the support contacting the outer surface of the roll, wherein the roll is selected from a shaft, a drum or a mandrel and wherein the outer surface of the roll is compliant; b) providing a photosensitive layer comprising a thermoplastic binder, monomer and photoinitiator, the layer having a first end and a second end opposite the first end joined by a contact surface; c) contacting the contact surface of the photosensitive layer to the exterior surface of the support by wrapping the photosensitive layer around the support to bring the second end adjacent the first end; d) laminating the photosensitive layer onto the support and sealing the ends (25, 35) together to form a continuous layer on the support; and e) heating the photosensitive layer, or the support, or both the photosensitive layer and the support;