mhurhangee/patent-ind-claim-en huggingface dataset:
A light field image capturing apparatus comprising: an objective lens to focus light incident from an external object; an image sensor , including a plurality of pixels, to output an image signal by detecting incident light, the image sensor comprising a plurality of non-overlapping image capturing regions for capturing partial images (I1,I2,I3,I4,I5) having different viewing points; and a microlens array disposed between the objective lens and the image sensor and including a plurality of partial microlens array regions arranged in a two-dimensional manner, each of the plurality of partial microlens array regions corresponding respectively to an image capturing region of the image sensor, wherein at least one partial microlens array region of the plurality of partial microlens array regions is shifted with respect to its corresponding image capture region of the image sensor, wherein each of the plurality of partial microlens array regions is configured to focus a partial image in its corresponding image capturing region so that the image capture regions are adapted to simultaneously capture partial images having different viewing points, and wherein a one-to-one correspondence exists between the plurality of microlenses of the microlens array and the plurality of pixels of the image sensor. an objective lens to focus light incident from an external object; an image sensor , including a plurality of pixels, to output an image signal by detecting incident light, the image sensor comprising a plurality of non-overlapping image capturing regions for capturing partial images (I1,I2,I3,I4,I5) having different viewing points; and a microlens array disposed between the objective lens and the image sensor and including a plurality of partial microlens array regions arranged in a two-dimensional manner, each of the plurality of partial microlens array regions corresponding respectively to an image capturing region of the image sensor, wherein at least one partial microlens array region of the plurality of partial microlens array regions is shifted with respect to its corresponding image capture region of the image sensor, wherein each of the plurality of partial microlens array regions is configured to focus a partial image in its corresponding image capturing region so that the image capture regions are adapted to simultaneously capture partial images having different viewing points, and wherein a one-to-one correspondence exists between the plurality of microlenses of the microlens array and the plurality of pixels of the image sensor.
A foldable display stack for an electronic device comprising a covering structure comprising a first cover layer and a polarizing layer , a second cover layer , a displaying structure arranged between said covering structure and said second cover layer , a first adhesive layer attaching said covering structure to said displaying structure , a second adhesive layer attaching said displaying structure to said second cover layer , said displaying structure comprising a plurality of layers, said displaying structure comprising the neutral plane (N) of said foldable display stack , said first cover layer being arranged at a first distance from said neutral plane (N), in a first direction (D1) perpendicular to said neutral plane (N), said second cover layer being arranged at a second distance from said neutral plane (N), in a second direction (D2) opposite to said first direction (D1), said first distance and said second distance being equal such that said display stack is arranged to be foldable by an equal amount from an unfolded position, in said first direction (D1) to a first folded position and in said second direction (D2) to a second folded position, characterized in that said polarizing layer is arranged between said first cover layer and said first adhesive layer . a covering structure comprising a first cover layer and a polarizing layer , a second cover layer , a displaying structure arranged between said covering structure and said second cover layer , a first adhesive layer attaching said covering structure to said displaying structure , a second adhesive layer attaching said displaying structure to said second cover layer , said displaying structure comprising a plurality of layers, said displaying structure comprising the neutral plane (N) of said foldable display stack , said first cover layer being arranged at a first distance from said neutral plane (N), in a first direction (D1) perpendicular to said neutral plane (N), said second cover layer being arranged at a second distance from said neutral plane (N), in a second direction (D2) opposite to said first direction (D1), said first distance and said second distance being equal such that said display stack is arranged to be foldable by an equal amount from an unfolded position, in said first direction (D1) to a first folded position and in said second direction (D2) to a second folded position, characterized in that said polarizing layer is arranged between said first cover layer and said first adhesive layer .
A method for distributing a traffic load within a heterogeneous network with multi radio access technology, said network comprising macrocells served by base stations of a first tier of the network, called MBSs, operating in a first frequency band, and minicells served by second base stations of a second tier of the network, called SBS, adapted to operate in said first frequency band and in a second frequency band, disjoined from the first frequency band, characterised by : - acquiring or measuring coverage parameters of said network; - determining , from the coverage parameters of said network, an optimum pair of bias values Q T opt Q R opt maximising the coverage probability, P c ( Υ ), defined as the probability that the signal-to-noise plus interference ratio at a terminal is on average greater than a predetermined threshold ( Υ ) in the deployment zone of said network; - associating to the terminal an MBS base station, if the highest power received from an MBS base station in the first frequency band is greater , than the highest power received from an SBS station in this same frequency band, corrected by the first bias value ( Q T opt ), the association being then made in the first frequency band; and if not, - associating to the terminal the SBS base station of the highest power received by the terminal in the first frequency band, the association being made in the first frequency band if this power is greater than the power received by the terminal in the second frequency band, corrected by the second bias value, and the association being made in the second frequency band otherwise. - acquiring or measuring coverage parameters of said network; - determining , from the coverage parameters of said network, an optimum pair of bias values Q T opt Q R opt maximising the coverage probability, P c ( Υ ), defined as the probability that the signal-to-noise plus interference ratio at a terminal is on average greater than a predetermined threshold ( Υ ) in the deployment zone of said network; - associating to the terminal an MBS base station, if the highest power received from an MBS base station in the first frequency band is greater , than the highest power received from an SBS station in this same frequency band, corrected by the first bias value ( Q T opt ), the association being then made in the first frequency band; and if not, - associating to the terminal the SBS base station of the highest power received by the terminal in the first frequency band, the association being made in the first frequency band if this power is greater than the power received by the terminal in the second frequency band, corrected by the second bias value, and the association being made in the second frequency band otherwise.
A method comprising: a Bluetooth Low Energy, BLE, -enabled proxy performing: responding to receiving from a BLE-enabled source a proxy connection initiation request message (ADV_PROXY_IND) encapsulated in a BLE Link Layer packet, the proxy connection initiation request message being a request to provide a proxy and including an address of a BLE-enabled target and an address of the source, by causing sending of a BLE advertising message (ADV_DIRECT_IND) addressed to the target; subsequently receiving a BLE connection request message (CONNECT_REQ) comprising data for connection setup between the proxy and the target from the target and establishing a connection with the target; and subsequently responding to receiving a further proxy connection initiation request message from the source by causing sending of a proxy setup request message (PROXY_REQ) comprising data for connection setup between the proxy and the source, the proxy setup request message encapsulated in a BLE Link Layer packet and addressed to the source, and establishing a connection with the source; and the connection with the target and the connection with the source establishing a proxy-based connection between the source and the target. responding to receiving from a BLE-enabled source a proxy connection initiation request message (ADV_PROXY_IND) encapsulated in a BLE Link Layer packet, the proxy connection initiation request message being a request to provide a proxy and including an address of a BLE-enabled target and an address of the source, by causing sending of a BLE advertising message (ADV_DIRECT_IND) addressed to the target; subsequently receiving a BLE connection request message (CONNECT_REQ) comprising data for connection setup between the proxy and the target from the target and establishing a connection with the target; and subsequently responding to receiving a further proxy connection initiation request message from the source by causing sending of a proxy setup request message (PROXY_REQ) comprising data for connection setup between the proxy and the source, the proxy setup request message encapsulated in a BLE Link Layer packet and addressed to the source, and establishing a connection with the source; and the connection with the target and the connection with the source establishing a proxy-based connection between the source and the target.
Chopping blade for a straw chopper , said chopping blade having a fastening opening for receiving a fastening element for attaching the chopping blade in a pendular manner to a rotor of the straw chopper , two side faces and cutting edges arranged at one or both ends of the side faces , wherein at least one of the side faces is provided with means for reducing the frictional resistance of the chopping blade with respect to the air and/or the chopping material, characterized in that the means for reducing the air resistance of the chopping blade have a texture that reduces frictional resistance, and in that the texture is formed by steps extending parallel to the cutting edges or waves extending parallel to the cutting edges with recesses and elevations or recesses and elevations that follow one another in both directions defined by the plane of the side faces .
Ajoint structure comprising: - a first member having a fit-in groove ; - a second member made of a material different from a material of the first member and comprising an insertion section to be inserted into the fit-in groove ; and a plurality of bonding layers having different hardness and formed between the fit-in groove and the insertion section , wherein the plurality of bonding layers include a first layer to be bonded to the first member , a second layer to be bonded to a second member , and a third layer, characterized in that the third layer is softer than the first and second layers and is disposed between the first and second layers. - a first member having a fit-in groove ; - a second member made of a material different from a material of the first member and comprising an insertion section to be inserted into the fit-in groove ; and a plurality of bonding layers having different hardness and formed between the fit-in groove and the insertion section , wherein the plurality of bonding layers include a first layer to be bonded to the first member , a second layer to be bonded to a second member , and a third layer, characterized in that the third layer is softer than the first and second layers and is disposed between the first and second layers.
Device for moving a furniture part which is held on a furniture body of a piece of furniture , wherein the device has guide means with which, when the device is mounted on the piece of furniture , the furniture part can be moved from a closed position into an open position relative to the furniture body and back, wherein the furniture part assumes a position moved at most up to a front side of the furniture body when in the closed position, wherein the device has a housing, on which the guide means are movably mounted, guide means being formed as an articulated lever , wherein there is a first and a second articulated lever (14.1, 14.2), wherein the first and the second articulated lever (14.1, 14.2) are connected to each other in an articulated manner, wherein the first articulated lever (14.1) is formed in the manner of a sandwich with at least two lever arms , so that the second articulated lever (14.2) is movably held between the two lever arms of the first articulated lever (14.1), wherein the first articulated lever (14.1) is designed such that it can be arranged detachably on mounting means of the device , wherein the mounting means can be mounted on the furniture part , wherein the guide means comprise a third articulated lever (14.3), wherein the third articulated lever (14.3) is formed in the manner of a sandwich with at least two lever arms, so that the second articulated lever (14.2) is movably held between the two lever arms of the third articulated lever (14.3), characterized in that the guide means comprise a fourth articulated lever (14.4), wherein the fourth articulated lever is movably held between the two lever arms of the third articulated lever (14.3), wherein the fourth articulated lever (14.4) is movably held between the two lever arms of the first articulated lever (14.1).
Device for clearing roadside debris mounds at road embankments, said device including at least the following parts: a quick-release mount for hitching the device to a work machine, a scraper pivotally arranged on the quick-release mount, a transport apparatus for evacuating loosened material, and a drive device for operating the transport apparatus, characterised by that the scraper comprises a scoop that has a bottom plate and a cover arranged to be essentially parallel to each other, and the scoop further comprising one or more contour walls that, leaving the scoop open between the bottom plate and the cover in the working direction and in a direction towards the adjacent road embankment, run from the bottom plate to the cover partially sealing the scoop vertically, the transport apparatus is arranged between said bottom plate and cover such that the transport apparatus is rotatable around a shaft running from the drive device , through the cover , and essentially to the bottom plate , the drive device is arranged above the cover , where it is arranged to interact with said shaft , and the scoop of the scraper has a front corner , that is to be positioned above the carriageway, and a rear corner , that is to be positioned above the carriageway's lateral verge, said corners being connected by a working edge . a quick-release mount for hitching the device to a work machine, a scraper pivotally arranged on the quick-release mount, a transport apparatus for evacuating loosened material, and a drive device for operating the transport apparatus, characterised by that the scraper comprises a scoop that has a bottom plate and a cover arranged to be essentially parallel to each other, and the scoop further comprising one or more contour walls that, leaving the scoop open between the bottom plate and the cover in the working direction and in a direction towards the adjacent road embankment, run from the bottom plate to the cover partially sealing the scoop vertically, the transport apparatus is arranged between said bottom plate and cover such that the transport apparatus is rotatable around a shaft running from the drive device , through the cover , and essentially to the bottom plate , the drive device is arranged above the cover , where it is arranged to interact with said shaft , and the scoop of the scraper has a front corner , that is to be positioned above the carriageway, and a rear corner , that is to be positioned above the carriageway's lateral verge, said corners being connected by a working edge .
A system for locating at least one movable trolley in a premises , the system comprising at least one communications beacon having range that covers the premises and that is connected to a control computer unit , and at least one electronic module on board the trolley and comprising a transmitter device arranged to transmit positioning data to the communications beacon, and an inertial motion detector unit that comprises a device for detecting linear motion along axes of a detection reference frame (X', Y', Z') and a device for detecting angular motion about the axes of the detection reference frame, the inertial motion detector being arranged to provide positioning data on the basis of the linear motion measurement data and the angular motion measurement data, the module being mounted on an element of the trolley such that any movement of the trolley in the premises gives rise to an angular movement of the element, the system being arranged to detect that the trolley has stopped whenever the angular motion measurement data corresponds to zero angular motion at a measurement instant and then to reset to zero the speeds calculated on the basis of the linear motion measurement data corresponding to the same measurement instant.
A method performed at a client device, the method comprising: sending from a client device a request to join a conference to a cloud-based controller; receiving , by the client device, a Simple Traversal of Universal Datagram Protocol, UDP, through Network Address Translators, NATs, STUN, URL; resolving , the STUN URL received from the controller, into (a) a first IP address of a cluster of on-premises media agents fronted by an on-premises load balancer disposed at a physical location of an enterprise, and (b) a second IP address of cloud-based media agents fronted by a cloud-based load balancer disposed at a cloud location that is remote from the physical location of the enterprise, the first address having a higher priority than the second address; connecting , by the client device, to the on-premises load balancer, which determines , whether the cluster of on-premises media agents has sufficient capacity to handle the request; connecting , by the client device, using the first address, to the cluster of on-premises media agents via the on-premises load balancer if the cluster of on-premises media agents has sufficient capacity to handle the request, as determined by the on-premises load balancer; and in response to receiving a rejection of the request from the on-premises load balancer due to the on-premises media agents having insufficient capacity to handle the request, connecting , using the second address, to the cluster of cloud-based media agents. sending from a client device a request to join a conference to a cloud-based controller; receiving , by the client device, a Simple Traversal of Universal Datagram Protocol, UDP, through Network Address Translators, NATs, STUN, URL; resolving , the STUN URL received from the controller, into (a) a first IP address of a cluster of on-premises media agents fronted by an on-premises load balancer disposed at a physical location of an enterprise, and (b) a second IP address of cloud-based media agents fronted by a cloud-based load balancer disposed at a cloud location that is remote from the physical location of the enterprise, the first address having a higher priority than the second address; connecting , by the client device, to the on-premises load balancer, which determines , whether the cluster of on-premises media agents has sufficient capacity to handle the request; connecting , by the client device, using the first address, to the cluster of on-premises media agents via the on-premises load balancer if the cluster of on-premises media agents has sufficient capacity to handle the request, as determined by the on-premises load balancer; and in response to receiving a rejection of the request from the on-premises load balancer due to the on-premises media agents having insufficient capacity to handle the request, connecting , using the second address, to the cluster of cloud-based media agents.
A control device for a hybrid vehicle comprising an engine , a motor , an inverter that supplies AC electric power to the motor using a switching element , and a temperature detection unit that detects a temperature of the switching element , the control device comprising a control unit that starts driving the engine at a start of driving the motor if the temperature of the switching element is equal to or higher than a predetermined temperature, wherein at the start of driving the motor , the control unit starts the engine if the temperature of the switching element is equal to or higher than a first predetermined temperature, characterized in that at start of driving the motor , the control unit starts the engine and restricts torque of the motor if the temperature of the switching element is equal to or higher than a second predetermined temperature higher than the first predetermined temperature. the control device comprising a control unit that starts driving the engine at a start of driving the motor if the temperature of the switching element is equal to or higher than a predetermined temperature, wherein at the start of driving the motor , the control unit starts the engine if the temperature of the switching element is equal to or higher than a first predetermined temperature, characterized in that at start of driving the motor , the control unit starts the engine and restricts torque of the motor if the temperature of the switching element is equal to or higher than a second predetermined temperature higher than the first predetermined temperature.
Butterfly valve comprising: a fitting body ; a sealing sleeve arranged within a through-opening of the fitting body and delimiting an inner flow space for process fluid; and a sensor arrangement having at least one sensor portion which extends flatly between an outward-facing surface of the sealing sleeve and an inward-facing surface of the fitting body for generating a sensor signal (S_120), characterized in that the sensor signal (S_120) characterizes a force acting on the sensor portion , at least one support element which can be connected to the butterfly valve and is separate from the butterfly valve and the sealing sleeve comprising the at least one sensor portion of the sensor arrangement . a fitting body ; a sealing sleeve arranged within a through-opening of the fitting body and delimiting an inner flow space for process fluid; and a sensor arrangement having at least one sensor portion which extends flatly between an outward-facing surface of the sealing sleeve and an inward-facing surface of the fitting body for generating a sensor signal (S_120), characterized in that the sensor signal (S_120) characterizes a force acting on the sensor portion , at least one support element which can be connected to the butterfly valve and is separate from the butterfly valve and the sealing sleeve comprising the at least one sensor portion of the sensor arrangement .