mhurhangee/ep-ind-claims huggingface dataset:
Parking system for storing a plurality of two wheeled vehicles, comprising [a] a storage enclosure with at least one opening for introducing and extracting said vehicles to be stored in said parking system, [b] a first carrousel type transporting device arranged inside said enclosure comprising [i] a first carrousel guiding path defining a guiding direction and [ii] a plurality of first single vehicle holding devices, each of said first vehicle holding devices holding a corresponding single vehicle and being movable along said first carrousel guiding path in said guiding direction, wherein said first carrousel guiding path lies on a horizontal plane, characterized in that [c] said vehicle holding devices are configured to hold the corresponding vehicle such that in operation of said parking system, the handlebar of said corresponding vehicle is oriented crosswise to said guiding direction. [a] a storage enclosure with at least one opening for introducing and extracting said vehicles to be stored in said parking system, [b] a first carrousel type transporting device arranged inside said enclosure comprising [i] a first carrousel guiding path defining a guiding direction and [ii] a plurality of first single vehicle holding devices, each of said first vehicle holding devices holding a corresponding single vehicle and being movable along said first carrousel guiding path in said guiding direction, wherein said first carrousel guiding path lies on a horizontal plane, characterized in that [i] a first carrousel guiding path defining a guiding direction and [ii] a plurality of first single vehicle holding devices, each of said first vehicle holding devices holding a corresponding single vehicle and being movable along said first carrousel guiding path in said guiding direction, wherein said first carrousel guiding path lies on a horizontal plane, [c] said vehicle holding devices are configured to hold the corresponding vehicle such that in operation of said parking system, the handlebar of said corresponding vehicle is oriented crosswise to said guiding direction.
A method to be executed on a computing device for coordinating shared wireless spectrum use between a wireless device and a wireless network, wherein a nominal operation of the wireless device is unrelated to the wireless network, the wireless network comprising a plurality of user equipments, the method comprising: detecting activation of the wireless device configured to operate on one of: a single fixed frequency, a fixed set of frequencies, a single frequency selected from a group of frequencies, and a set of frequencies selected from a group of sets of frequencies, wherein the single frequency or the set of frequencies is shared by the wireless device and the wireless network; negotiating frequency use between the wireless device and the wireless network through a user equipment that is one of the plurality of user equipments of the wireless network, wherein the user equipment is integrated with the wireless device or communicates with the wireless device via a connection; receiving, from the wireless network, information that the wireless device is allowed to operate using a frequency or frequencies; and enabling the wireless device to operate using the frequency or frequencies allowed by the wireless network. detecting activation of the wireless device configured to operate on one of: a single fixed frequency, a fixed set of frequencies, a single frequency selected from a group of frequencies, and a set of frequencies selected from a group of sets of frequencies, a single fixed frequency, a fixed set of frequencies, a single frequency selected from a group of frequencies, and a set of frequencies selected from a group of sets of frequencies, wherein the single frequency or the set of frequencies is shared by the wireless device and the wireless network; negotiating frequency use between the wireless device and the wireless network through a user equipment that is one of the plurality of user equipments of the wireless network, wherein the user equipment is integrated with the wireless device or communicates with the wireless device via a connection; receiving, from the wireless network, information that the wireless device is allowed to operate using a frequency or frequencies; and enabling the wireless device to operate using the frequency or frequencies allowed by the wireless network.
An orchestrator server comprising: circuitry to: monitor resource usage of an accelerator kernel configured on a source accelerator device; determine whether the resource usage exceeds a threshold specified in one or more policies; upon a determination that the resource usage exceeds the threshold, identify a target accelerator device to which to migrate the accelerator kernel; and migrate the accelerator kernel from the source accelerator device to the target accelerator device, wherein the circuitry is further to: monitor a power consumption of a source accelerator sled having one or more accelerator devices executing a workload relative to a power threshold specified in the one or more policies; and upon a determination that the power consumption threshold is exceeded, scale-out the workload to one or more accelerator devices on a target accelerator sled such that the workload currently executing on the source accelerator sled is re-provisioned on to one or more additional accelerator sleds, wherein to scale-out the workload to the one or more accelerator devices on the target accelerator sled comprises to migrate the workload from one or more of the accelerator devices of the source accelerator sled to the one or more accelerator devices of the target accelerator sled. monitor resource usage of an accelerator kernel configured on a source accelerator device; determine whether the resource usage exceeds a threshold specified in one or more policies; upon a determination that the resource usage exceeds the threshold, identify a target accelerator device to which to migrate the accelerator kernel; and migrate the accelerator kernel from the source accelerator device to the target accelerator device, monitor a power consumption of a source accelerator sled having one or more accelerator devices executing a workload relative to a power threshold specified in the one or more policies; and upon a determination that the power consumption threshold is exceeded, scale-out the workload to one or more accelerator devices on a target accelerator sled such that the workload currently executing on the source accelerator sled is re-provisioned on to one or more additional accelerator sleds, wherein to scale-out the workload to the one or more accelerator devices on the target accelerator sled comprises to migrate the workload from one or more of the accelerator devices of the source accelerator sled to the one or more accelerator devices of the target accelerator sled.
A child stroller apparatus comprising: a stroller frame; and an adapter assembled with the stroller frame and having a first coupling portion and a second coupling portion, each of the first and second coupling portions (146, 148) being configurable as a mount for installation of a detachable part, the adapter being pivotally connected with the stroller frame about a pivot axis extending transversally from a left side to a right side of the stroller frame, the adapter being rotatable to displace the first and second coupling portions (146, 148) in a concurrent manner for modifying an orientation of the first and second coupling portions (146, 148); wherein the adapter is movable relative to the stroller frame to displace the first and second coupling portions (146, 148), a first position of the adapter configuring the first coupling portion as the mount while maintaining an angle between the first coupling portion and the second coupling portion, and a second position of the adapter configuring the second coupling portion as the mount while maintaining the angle between the first coupling portion and the second coupling portion; characterized in that the first and second coupling portions (146, 148) protrude in different directions, a top of the second coupling portion in the second position of the adapter being at a substantially same height as a top of the first coupling portion in the first position of the adapter. a stroller frame; and an adapter assembled with the stroller frame and having a first coupling portion and a second coupling portion, each of the first and second coupling portions (146, 148) being configurable as a mount for installation of a detachable part, the adapter being pivotally connected with the stroller frame about a pivot axis extending transversally from a left side to a right side of the stroller frame, the adapter being rotatable to displace the first and second coupling portions (146, 148) in a concurrent manner for modifying an orientation of the first and second coupling portions (146, 148); wherein the adapter is movable relative to the stroller frame to displace the first and second coupling portions (146, 148), a first position of the adapter configuring the first coupling portion as the mount while maintaining an angle between the first coupling portion and the second coupling portion, and a second position of the adapter configuring the second coupling portion as the mount while maintaining the angle between the first coupling portion and the second coupling portion; characterized in that the first and second coupling portions (146, 148) protrude in different directions, a top of the second coupling portion in the second position of the adapter being at a substantially same height as a top of the first coupling portion in the first position of the adapter.
An electric brake actuator with a parking function, comprising: an electric motor unit; a braking force applying mechanism configured to apply a braking force to a wheel in accordance with an output of the electric motor unit; a locking mechanism including an actuator configured to drive the locking mechanism to switch between a parking locking state in which the braking force of the braking force applying mechanism is inhibited from becoming loose and an unlocking state in which the braking force is permitted to become loose; a detection unit provided in a vehicle in which the electric brake actuator is provided, the detection unit being capable of detecting movement of the vehicle from a stop state; and a determination unit configured to determine whether the locking mechanism has shifted to the parking locking state, by using a detection signal outputted from the detection unit, when the locking mechanism is driven by the actuator so as to switch from the unlocking state to the parking locking state, characterised in that when the detection signal which is outputted from the detection unit and changes in response to a movement speed or a movement distance of the vehicle is equal to or less than a threshold, the determination unit determines that the locking mechanism has shifted to the parking locking state. an electric motor unit; a braking force applying mechanism configured to apply a braking force to a wheel in accordance with an output of the electric motor unit; a locking mechanism including an actuator configured to drive the locking mechanism to switch between a parking locking state in which the braking force of the braking force applying mechanism is inhibited from becoming loose and an unlocking state in which the braking force is permitted to become loose; a detection unit provided in a vehicle in which the electric brake actuator is provided, the detection unit being capable of detecting movement of the vehicle from a stop state; and a determination unit configured to determine whether the locking mechanism has shifted to the parking locking state, by using a detection signal outputted from the detection unit, when the locking mechanism is driven by the actuator so as to switch from the unlocking state to the parking locking state, characterised in that when the detection signal which is outputted from the detection unit and changes in response to a movement speed or a movement distance of the vehicle is equal to or less than a threshold, the determination unit determines that the locking mechanism has shifted to the parking locking state.
A dowel pin (10; 30; 40; 50; 60; 70; 110; 120; 130; 140; 150; 160; 170) for arrangement in lightweight panels, wherein a lightweight panel has a first surface layer and a second surface layer of a compact compression-resistant material, and a core layer arranged between the surface layers (92, 94) and made of a material with a low density compared with the surface layers (92, 94), in particular a paper honeycomb, a foam or solid wood with a low density, with a first dowel pin part (12; 32; 72; 112) and a second dowel pin part (14; 34; 74; 114), wherein the first and second dowel pin parts are designed such that they can be moved relative to each other, characterised in that the first dowel pin part (12; 32; 72; 112) and the second dowel pin part (14; 34; 74; 114) each have at least two fingers (18a, 18b, 18c, 18d) extending parallel to a longitudinal direction of the dowel pin (10; 30; 40; 50; 60; 70; 110; 120; 130; 140; 150; 160; 170), wherein the fingers (18a, 18b, 18c, 18d) of the first dowel pin part (12; 32; 72; 112) and the fingers (22a, 22b, 22c, 22d) of the second dowel pin part (14; 34; 74; 114) interlock with one another, at least in sections, in the plugged-together state of the first and second dowel pin parts.
Double-row tapered roller bearing, comprising an outer ring, an inner ring, and two rows of rollers arranged between the outer ring and the inner ring, characterized in that an outer periphery of the outer ring corresponding to a loaded zone of each row of rollers is provided with a groove, each groove is provided with an independent optical fibre cable comprising at least one Bragg grating, and a signal in the optical fibre cables being used to determine a preload or load on the roller bearing. an outer periphery of the outer ring corresponding to a loaded zone of each row of rollers is provided with a groove, each groove is provided with an independent optical fibre cable comprising at least one Bragg grating, and a signal in the optical fibre cables being used to determine a preload or load on the roller bearing.
A method comprising: a user agent transmitting a session initiation protocol message to a SIP component in a network, wherein the SIP message includes information related to a plurality of uniform resource identifier schemes that the user agent supports for communication over a policy channel and information related to a plurality of representations of policy information that the user agent supports; the user agent receiving an indication from the SIP component of a selection of at least one of the plurality of URI schemes and a selection of at least one of the plurality of representations of the policy information; and the user agent obtaining policy information using at least one of the selected representations of the policy information and using at least one of the selected URI schemes, wherein the policy information enables the user agent to carry out or set up a session in compliance with one or more of the network's policies. a user agent transmitting a session initiation protocol message to a SIP component in a network, wherein the SIP message includes information related to a plurality of uniform resource identifier schemes that the user agent supports for communication over a policy channel and information related to a plurality of representations of policy information that the user agent supports; the user agent receiving an indication from the SIP component of a selection of at least one of the plurality of URI schemes and a selection of at least one of the plurality of representations of the policy information; and the user agent obtaining policy information using at least one of the selected representations of the policy information and using at least one of the selected URI schemes, wherein the policy information enables the user agent to carry out or set up a session in compliance with one or more of the network's policies.
A downhole seal system (5, 5') comprising: at least one expandable seal; at least one deformable member; a fixing member fixed relative to the deformable member to securely locate the deformable member in the seal system; the deformable member comprising or at least partially defining a seal receiving groove and at least part of the expandable seal being received or receivable within the seal receiving groove such that the expandable seal is expandable so as to deform the deformable member, the deformable member being securely located by the fixing member, and thereby increase an outer diameter or extent of the deformable member; wherein the groove is at least partially defined by at least two opposing legs (80a, 80b), the opposing legs (80a, 80b) comprising an upper or outer leg and a lower or inner leg, wherein the upper or outer leg is provided radially outwardly of the lower or inner leg. at least one expandable seal; at least one deformable member; a fixing member fixed relative to the deformable member to securely locate the deformable member in the seal system; the deformable member comprising or at least partially defining a seal receiving groove and at least part of the expandable seal being received or receivable within the seal receiving groove such that the expandable seal is expandable so as to deform the deformable member, the deformable member being securely located by the fixing member, and thereby increase an outer diameter or extent of the deformable member; wherein the groove is at least partially defined by at least two opposing legs (80a, 80b), the opposing legs (80a, 80b) comprising an upper or outer leg and a lower or inner leg, wherein the upper or outer leg is provided radially outwardly of the lower or inner leg.
A wireless communication device comprising: a wireless communication unit configured to perform wireless communication with another wireless communication device in accordance with an IEEE 802.11 standard; and a control unit configured to control the wireless communication unit so that the wireless communication unit includes schedule information in a physical layer convergence protocol PLCP header defined in the IEEE 802.11 standard and transmits the schedule information to the other wireless communication device, the schedule information relating to orthogonal frequency-division multiple access OFDMA characterized in that the PLCP header includes, as the schedule information, segmentation pattern identification information indicating one segment pattern to be used among one or more segmentation patterns, wherein a segmentation pattern is a pattern used to divide one or more subcarriers forming a frequency channel into one or more frequency segments, and wherein the segmentation pattern identification information is used in common by users multiplexed by the OFDMA, wherein the PLCP header includes a flag indicating whether communication with the other wireless communication device is performed using OFDMA. a wireless communication unit configured to perform wireless communication with another wireless communication device in accordance with an IEEE 802.11 standard; and a control unit configured to control the wireless communication unit so that the wireless communication unit includes schedule information in a physical layer convergence protocol PLCP header defined in the IEEE 802.11 standard and transmits the schedule information to the other wireless communication device, the schedule information relating to orthogonal frequency-division multiple access OFDMA characterized in that the PLCP header includes, as the schedule information, segmentation pattern identification information indicating one segment pattern to be used among one or more segmentation patterns, wherein a segmentation pattern is a pattern used to divide one or more subcarriers forming a frequency channel into one or more frequency segments, and wherein the segmentation pattern identification information is used in common by users multiplexed by the OFDMA, wherein the PLCP header includes a flag indicating whether communication with the other wireless communication device is performed using OFDMA.
An active energy ray-curable inkjet ink set, comprising at least two inks, each of which has different color, wherein each ink comprises a surface tension adjusting agent in an amount of 1.0 to 5.0% by weight with respect to a total amount of each ink, a difference in the amount of the surface tension adjusting agent in each ink is 0.5% by weight or less with respect to a total amount of each ink, related to the order by which the at least two inks are printed, wherein the surface tension adjusting agent is a silicone surface tension adjusting agent, wherein in the ink set, a difference between maximum and minimum in the amount of surface tension adjusting agent in each ink is 2% by weight or less.
A stretchable multi-layer assembly for transfer-printing of an associated curved object, comprising: a stretchable carrier which defines a first outer surface of the assembly; a stretchable image supported on the carrier; the multi-layer assembly including an adhesive second outer surface defined by at least one of the stretchable image and an adhesive layer; the carrier and the stretchable image being penetrable to radiation that cures the adhesive second outer surface for securing the assembly to an associated object. a stretchable carrier which defines a first outer surface of the assembly; a stretchable image supported on the carrier; the multi-layer assembly including an adhesive second outer surface defined by at least one of the stretchable image and an adhesive layer; the carrier and the stretchable image being penetrable to radiation that cures the adhesive second outer surface for securing the assembly to an associated object.
A hot air blower, comprising: - an electric fan; - an air channel (12A, 12B) for blowing a mam stream of air therethrough by said electric fan; - a gas tank, for supplying burning gas; - a gas burner, comprising: a) an air inlet, disposed within said air channel (12A, 12B), for receiving a first portion of said main air stream; b) a burning gas inlet for receiving said burning gas; and c) an outlet, disposed within said air channel (12A, 12B), thereby said gas burner, in use produces a flame at said outlet within said air channel (12A, 12B), for heating said main air stream, characterized in that in the flame is fed by said first air portion, by said burning gas, and by a second portion of the main stream not entering said gas burner; and characterized by - a mechanism (68, 101) configured for automatically fitting a size of said air inlet to an extent of said main air stream and consequently, to an extent of said second portion thereof, thereby maintaining the flame durable to changes of said main stream without requiring changing supply rate of the burning gas. - an electric fan; - an air channel (12A, 12B) for blowing a mam stream of air therethrough by said electric fan; - a gas tank, for supplying burning gas; - a gas burner, comprising: a) an air inlet, disposed within said air channel (12A, 12B), for receiving a first portion of said main air stream; b) a burning gas inlet for receiving said burning gas; and c) an outlet, disposed within said air channel (12A, 12B), thereby said gas burner, in use produces a flame at said outlet within said air channel (12A, 12B), for heating said main air stream, characterized in that in the flame is fed by said first air portion, by said burning gas, and by a second portion of the main stream not entering said gas burner; and characterized by a) an air inlet, disposed within said air channel (12A, 12B), for receiving a first portion of said main air stream; b) a burning gas inlet for receiving said burning gas; and c) an outlet, disposed within said air channel (12A, 12B), - a mechanism (68, 101) configured for automatically fitting a size of said air inlet to an extent of said main air stream and consequently, to an extent of said second portion thereof,