mhurhangee/ep-ind-claims huggingface dataset:
A sub-system operative to be used as a virtual Provider Edge (vPE) cluster of an SDN communication system, and characterized in that said virtual Provider Edge (vPE) cluster comprising a plurality of network elements and a managing entity, wherein said vPE cluster further comprises one or more virtual routing engines for routing traffic to/from said plurality of network elements, said one or more virtual routing engines are configured to communicate with said managing entity and with a plurality of virtual forwarding engines, and wherein said managing entity is configured to manage operation of the one or more virtual routing engines and the plurality of virtual forwarding engines.
A drive train assembly comprising at least one drive train (11, 12, 21, 22)for actuating a degree of freedom (q 1) of an end effector (2.1, 2.2) of a surgical instrument, in particular a robot guided surgical instrument, relative to an instrument shaft by means of a drive, and a measuring assembly (31 - 34) arranged on the drive train for detecting a load (F 1, F 2) in the drive train, wherein the drive train assembly comprises at least two drive trains (11, 12; 21, 22) acting in opposite directions for actuating the same degree of freedom (q 1) of the end effector, wherein the measuring assembly comprises a first measuring means which is arranged on a first drive train for detecting a load (F 1) in said drive train, and a second measuring means arranged on a second drive train, which second drive train acts in the opposite direction, the second measuring means for detecting a load (F 2) in said drive train, wherein the same degree of freedom (q 1) of the end effector can be actuated by the first drive train and the second drive train, and wherein the first and the second measuring means are linked to one another in terms of signalling technology, characterised in that the first and the second measuring means are linked to one another in a compensatory manner, in particular in two branches of a Wheatstone bridge circuit.
A method of making a 2-aminoimidazole-functional silicone elastomer comprising forming a mixture by combining: a silicone elastomer base material having vinyl functionality; a 2-aminoimidazole-functional monomer or a 2-aminoimidazole-functional oligomer; a free-radical initiator; and optionally, one or more cross-linkers, pigments, vinyl polymer, non-functional silicone fluid, or any combination thereof. a silicone elastomer base material having vinyl functionality; a 2-aminoimidazole-functional monomer or a 2-aminoimidazole-functional oligomer; a free-radical initiator; and optionally, one or more cross-linkers, pigments, vinyl polymer, non-functional silicone fluid, or any combination thereof.
A liquid storage container for storing liquid with which a liquid tank of an inkjet printing apparatus is to be replenished, comprising: a discharge port member including a discharge port through which liquid stored in a storage portion can be discharged and a coupling portion in which male thread portions are arranged on the outside; and a cover portion including a female thread portion on the inside and configured to be attachable to the discharge port member, the female thread portion configured to be screwed to the male thread portions, characterized in that the male thread portions are discontinuous in the coupling portion in that they are not continuously formed over the entire periphery of the discharge port member, and the coupling portion includes a recess portion in a portion where the male thread portions are discontinuous, wherein the recess portion is recessed from a circle formed according to a diameter of a portion of the coupling portion excluding a projecting portion of the male thread portions. a discharge port member including a discharge port through which liquid stored in a storage portion can be discharged and a coupling portion in which male thread portions are arranged on the outside; and a cover portion including a female thread portion on the inside and configured to be attachable to the discharge port member, the female thread portion configured to be screwed to the male thread portions, characterized in that the male thread portions are discontinuous in the coupling portion in that they are not continuously formed over the entire periphery of the discharge port member, and the coupling portion includes a recess portion in a portion where the male thread portions are discontinuous, wherein the recess portion is recessed from a circle formed according to a diameter of a portion of the coupling portion excluding a projecting portion of the male thread portions.
A method for transmitting signals, the method comprising: transmitting, by a transmit point (110, 120), a first filtered-orthogonal frequency division multiplexing-based, f-OFDM, signal over a first frequency sub-band of a carrier and a second f-OFDM signal over a second frequency sub-band of the carrier, the first frequency sub-band having a first bandwidth and a first numerology based on the first bandwidth, the second frequency sub-band having a second bandwidth and a second numerology based on the second bandwidth, the second bandwidth being different from the first bandwidth, and the second numerology having a different transmission time interval, TTI or sub-carrier spacing than the first numerology, wherein the first frequency sub-band and the second frequency sub-band are contiguous in the frequency domain such that the first frequency sub-band and the second frequency sub-band are not separated by a guard band. transmitting, by a transmit point (110, 120), a first filtered-orthogonal frequency division multiplexing-based, f-OFDM, signal over a first frequency sub-band of a carrier and a second f-OFDM signal over a second frequency sub-band of the carrier, the first frequency sub-band having a first bandwidth and a first numerology based on the first bandwidth, the second frequency sub-band having a second bandwidth and a second numerology based on the second bandwidth, the second bandwidth being different from the first bandwidth, and the second numerology having a different transmission time interval, TTI or sub-carrier spacing than the first numerology, wherein the first frequency sub-band and the second frequency sub-band are contiguous in the frequency domain such that the first frequency sub-band and the second frequency sub-band are not separated by a guard band.
A method for an apparatus having a touch screen and a stereoscopic display, comprising: receiving (310, 710) information on presence of an object in close proximity to a touch screen surface (5,112) of the touch screen, detecting (320, 720) a display element currently associated with the object, the display element being visualized to be displaced from a touch screen surface level in the z-direction substantially perpendicular to the touch screen surface by the stereoscopic display, wherein the display element comprises a graphical user interface object or icon, and the method characterized by further comprising adapting the position of the display element in the z-direction in relation to movement of the object towards or away from the touch screen surface on the basis of a distance between the object and the touch screen surface (5, 112), wherein the display element is visualized (370, 730), by the stereoscopic display: at an opposite side of the touch screen surface (5, 112) as compared to the position of the object; to move in a direction opposite to the direction of movement of the object; and to locate substantially at the touch screen surface level in response to detecting the object to touch the touch screen surface. receiving (310, 710) information on presence of an object in close proximity to a touch screen surface (5,112) of the touch screen, detecting (320, 720) a display element currently associated with the object, the display element being visualized to be displaced from a touch screen surface level in the z-direction substantially perpendicular to the touch screen surface by the stereoscopic display, wherein the display element comprises a graphical user interface object or icon, and the method characterized by further comprising adapting the position of the display element in the z-direction in relation to movement of the object towards or away from the touch screen surface on the basis of a distance between the object and the touch screen surface (5, 112), wherein the display element is visualized (370, 730), by the stereoscopic display: at an opposite side of the touch screen surface (5, 112) as compared to the position of the object; to move in a direction opposite to the direction of movement of the object; and to locate substantially at the touch screen surface level in response to detecting the object to touch the touch screen surface.
A camera module, the camera module comprising: a PCB; an image sensor mounted on the PCB and formed with an image pickup device; a base mounted on the PCB and including a plated portion formed at a lower center with an opening mounted with an IR, infrared, filter, and corner pillar portions each erected at a corner portion of the plated portion; a lower spring plate formed with a conductive material, and coupled to an upper surface of the plated portion of the base; a lens actuator including a bobbin elastically supported by the lower spring plate and accommodated inside a lens assembly, and a yoke wrapping the bobbin and coupled to an upper surface of the base; an upper spring plate coupled to an upper surface of the lens actuator to supportively apply a pressure to the lens actuator; and a cover arranged on an upper surface of the upper spring plate, coupled to a corner pillar portion of the base and formed thereon with a hole, wherein the lower spring plate is formed with an upwardly-protruding yoke terminal to supply an electric power to the lens actuator, characterized in that an upper surface of the plated portion of the base is formed with an accommodation structure inwardly stair-cased for accommodating the lower spring plate, wherein the lower spring plate is accommodated by the staircases at the upper surface of the plated portion of the base to structurally prevent from exposing to an external surface of the base, whereby the lower spring plate is prevented from being short-circuited with an external conductive material. a PCB; an image sensor mounted on the PCB and formed with an image pickup device; a base mounted on the PCB and including a plated portion formed at a lower center with an opening mounted with an IR, infrared, filter, and corner pillar portions each erected at a corner portion of the plated portion; a lower spring plate formed with a conductive material, and coupled to an upper surface of the plated portion of the base; a lens actuator including a bobbin elastically supported by the lower spring plate and accommodated inside a lens assembly, and a yoke wrapping the bobbin and coupled to an upper surface of the base; an upper spring plate coupled to an upper surface of the lens actuator to supportively apply a pressure to the lens actuator; and a cover arranged on an upper surface of the upper spring plate, coupled to a corner pillar portion of the base and formed thereon with a hole, wherein the lower spring plate is formed with an upwardly-protruding yoke terminal to supply an electric power to the lens actuator, characterized in that an upper surface of the plated portion of the base is formed with an accommodation structure inwardly stair-cased for accommodating the lower spring plate, wherein the lower spring plate is accommodated by the staircases at the upper surface of the plated portion of the base to structurally prevent from exposing to an external surface of the base, whereby the lower spring plate is prevented from being short-circuited with an external conductive material.
A combination weighing device comprising: a weighing unit which weighs a weighing target; a trough which extends toward the weighing unit; a screw (100, 100A) which is rotated inside the trough so that the weighing target fed into the trough is conveyed toward the weighing unit; and a rotational driving unit which rotates the screw, characterized in that the screw (100, 100A) is a non-axial member that is formed as a spiral plate-shaped member (101, 101A) extending in a weighing target conveying direction. a weighing unit which weighs a weighing target; a trough which extends toward the weighing unit; a screw (100, 100A) which is rotated inside the trough so that the weighing target fed into the trough is conveyed toward the weighing unit; and a rotational driving unit which rotates the screw, characterized in that the screw (100, 100A) is a non-axial member that is formed as a spiral plate-shaped member (101, 101A) extending in a weighing target conveying direction.
A device comprising: - a semiconductor structure including a light emitting layer disposed between an n-type region and a p-type region; and - a contact (44, 46) electrically connected to one of the n-type region and the p-type region; wherein the semiconductor structure includes a diffusely reflective region (38, 40, 98); wherein the semiconductor structure further comprises a top surface from which light extracted from the semiconductor structure is emitted; and wherein the light emitting layer is disposed between the top surface and the diffusely reflective region (38, 40, 98), characterized in that the diffusely reflective region (38, 40, 98) is a porous region disposed between the contact (44, 46) and the light emitting layer. - a semiconductor structure including a light emitting layer disposed between an n-type region and a p-type region; and - a contact (44, 46) electrically connected to one of the n-type region and the p-type region;
An occupant posture control method: characterized by controlling a posture of an occupant (Pa) of a vehicle based on information relating to a vehicle motion with a controller; predicting (S101-S110, S121-S126) a vehicle motion with the controller based on the information relating to the vehicle motion, imparting (S111, S129, S205) a stimulus using an actuator for generating a muscle tension in the occupant (Pa); and when a predicted vehicle motion occurs, the imparting of the stimulus with the actuator produces the muscle tension such that the occupant (Pa) assumes the posture corresponding to the vehicle motion. characterized by controlling a posture of an occupant (Pa) of a vehicle based on information relating to a vehicle motion with a controller; predicting (S101-S110, S121-S126) a vehicle motion with the controller based on the information relating to the vehicle motion, imparting (S111, S129, S205) a stimulus using an actuator for generating a muscle tension in the occupant (Pa); and when a predicted vehicle motion occurs, the imparting of the stimulus with the actuator produces the muscle tension such that the occupant (Pa) assumes the posture corresponding to the vehicle motion.
A computer implemented method for training a convolutional neural network, comprising: receiving a captured image; generating a denoised image by applying the convolutional neural network to the captured image; and training the convolutional neural network based on a high frequency loss function, the captured image and the denoised image; wherein the high frequency loss function L comprises a high pass filter function for applying to the captured image and the denoised image; and characterised in that the loss function is defined as: HFEN loss: L = α HP x − F x 2, where α is a value between zero and one which increases towards one with the number of epochs, F(x) is the random patches of the denoised image comprising swapped pixel values, x is the random patches of the captured image comprising swapped pixel values, and HP is a high pass filter. receiving a captured image; generating a denoised image by applying the convolutional neural network to the captured image; and training the convolutional neural network based on a high frequency loss function, the captured image and the denoised image; wherein the high frequency loss function L comprises a high pass filter function for applying to the captured image and the denoised image; and characterised in that the loss function is defined as: HFEN loss: L = α HP x − F x 2, training the convolutional neural network based on a high frequency loss function, the captured image and the denoised image; wherein the high frequency loss function L comprises a high pass filter function for applying to the captured image and the denoised image; and characterised in that the loss function is defined as: HFEN loss: L = α HP x − F x 2, where α is a value between zero and one which increases towards one with the number of epochs, F(x) is the random patches of the denoised image comprising swapped pixel values, x is the random patches of the captured image comprising swapped pixel values, and HP is a high pass filter.
A method for wireless communication implemented by a user equipment, UE, the method comprising: transmitting, to a base station, a report indicating a location of the UE; receiving, from the base station, an indication that the UE belongs to at least one group of UEs for a group-level resource allocation, wherein the group-level resource allocation is based at least in part on the location of the UE; receiving, from the base station, an allocation of resources comprising a pool of resources assigned to the at least one group of UEs; and reserving a subset of resources of the pool of resources for communication to at least one other UE. transmitting, to a base station, a report indicating a location of the UE; receiving, from the base station, an indication that the UE belongs to at least one group of UEs for a group-level resource allocation, wherein the group-level resource allocation is based at least in part on the location of the UE; receiving, from the base station, an allocation of resources comprising a pool of resources assigned to the at least one group of UEs; and reserving a subset of resources of the pool of resources for communication to at least one other UE.
An additive manufacturing process comprising: (c) selecting a polymer filament having a coating comprising an electrically conductive percolated network of carbon nanotubes; (d) fabricating a three-dimensional object from the polymer filament; and (e) irradiating the polymer filaments with microwaves during or after the step of fabricating the three-dimensional object. (c) selecting a polymer filament having a coating comprising an electrically conductive percolated network of carbon nanotubes; (d) fabricating a three-dimensional object from the polymer filament; and (e) irradiating the polymer filaments with microwaves during or after the step of fabricating the three-dimensional object.
An airtight apparatus comprising: an airtight box for measurement for placing therein a sample to be measured by an X-ray analysis apparatus installed outside; and a glove box connected to the airtight box for measurement, wherein the airtight box for measurement comprises: a housing that is hollow therein and has a connecting unit for connecting the housing to the glove box; a sample stage including a sample loading portion; a measurement window that is provided in the housing to measure a sample loaded on the sample stage from the outside by the X-ray analysis apparatus, wherein the connecting unit of the housing is designed for connection to the glove box which is arranged outside side by side together with the airtight box for measurement, such that the inside of the housing communicates with the inside of the glove box, and the inside of each of the housing and the glove box is put into an airtight state; characterised by an X-ray shielding member arranged for shielding intrusion of X-rays from the inside of the housing into the glove box. an airtight box for measurement for placing therein a sample to be measured by an X-ray analysis apparatus installed outside; and a glove box connected to the airtight box for measurement, wherein the airtight box for measurement comprises: a housing that is hollow therein and has a connecting unit for connecting the housing to the glove box; a sample stage including a sample loading portion; a measurement window that is provided in the housing to measure a sample loaded on the sample stage from the outside by the X-ray analysis apparatus, wherein the connecting unit of the housing is designed for connection to the glove box which is arranged outside side by side together with the airtight box for measurement, such that the inside of the housing communicates with the inside of the glove box, and the inside of each of the housing and the glove box is put into an airtight state; characterised by an X-ray shielding member arranged for shielding intrusion of X-rays from the inside of the housing into the glove box. a housing that is hollow therein and has a connecting unit for connecting the housing to the glove box; a sample stage including a sample loading portion; a measurement window that is provided in the housing to measure a sample loaded on the sample stage from the outside by the X-ray analysis apparatus, wherein the connecting unit of the housing is designed for connection to the glove box which is arranged outside side by side together with the airtight box for measurement, such that the inside of the housing communicates with the inside of the glove box, and the inside of each of the housing and the glove box is put into an airtight state; characterised by an X-ray shielding member arranged for shielding intrusion of X-rays from the inside of the housing into the glove box.