mhurhangee/patent-ind-claim-en huggingface dataset:
A relay station which performs radio communications with a base station and a mobile station , the relay station comprising: a receiver configured to receive radio signals from the base station in downlink backhaul subframes, and to limit reception of radio signals from the base station in subframes other than the downlink backhaul subframes; and a controller configured to allow, when performing a random access to the base station, the receiver to receive a message of the random access even in the subframes other than the downlink backhaul subframes. a receiver configured to receive radio signals from the base station in downlink backhaul subframes, and to limit reception of radio signals from the base station in subframes other than the downlink backhaul subframes; and a controller configured to allow, when performing a random access to the base station, the receiver to receive a message of the random access even in the subframes other than the downlink backhaul subframes.
Coupling for attaching a transmission to a drive shaft , comprising a revolving intermediate piece with a drive-side flange and an output-side flange which is connected axially immovably to the drive-side flange , the drive-side flange being connected via longitudinal webs to the output-side flange , the longitudinal web being configured in one piece with the drive-side flange and with the output-side flange , the respective longitudinal web being configured in one part or in two parts, the drive-side and the output-side flange having opposite recesses for receiving releasable fastening means , characterized in that at least one of the fastening means comprises a pin , at least portions of which are conical. the drive-side flange being connected via longitudinal webs to the output-side flange , the longitudinal web being configured in one piece with the drive-side flange and with the output-side flange , the respective longitudinal web being configured in one part or in two parts, the drive-side and the output-side flange having opposite recesses for receiving releasable fastening means , characterized in that at least one of the fastening means comprises a pin , at least portions of which are conical.
A system comprising an operating table , an air compressor , and an air bladder configured to be inflated by the air compressor , wherein the operating table comprises: a tabletop comprising an upper deformable portion , and a lower rigid portion ; and a split pad comprising a first layer and a second layer, configured to host the air bladder between the layers, the first layer and second layer joined to each other in a portion at an end of the split pad , the first layer providing at least a portion of the upper deformable portion and the second layer providing at least a portion of the lower rigid portion , wherein, the tabletop is configured such that the air bladder is movable when being hosted between the first layer and second layer of the split pad , the tabletop comprises several sections respectively linked by a joint , and the air bladder is movable into a position adjacent to one of the joints . a tabletop comprising an upper deformable portion , and a lower rigid portion ; and a split pad comprising a first layer and a second layer, configured to host the air bladder between the layers, the first layer and second layer joined to each other in a portion at an end of the split pad , the first layer providing at least a portion of the upper deformable portion and the second layer providing at least a portion of the lower rigid portion , the first layer and second layer joined to each other in a portion at an end of the split pad , the first layer providing at least a portion of the upper deformable portion and the second layer providing at least a portion of the lower rigid portion , wherein, the tabletop is configured such that the air bladder is movable when being hosted between the first layer and second layer of the split pad , the tabletop comprises several sections respectively linked by a joint , and the air bladder is movable into a position adjacent to one of the joints .
Method for managing ambient light, implemented in a set-top box which is connected to a viewing device and to a lighting device arranged to adjust ambient light, the management method comprising the steps of: - detecting a start of a broadcasting of a first current programme (Pc1); - accessing a light parameter base comprising reference values (Vref) of light parameters associated with programme metadata; - selecting, in the light parameter base , first current values (Vc1) of said light parameters, which are associated with programme metadata corresponding to the first current programme (Pc1); - transmitting a first command (C1) to the lighting device , such that the lighting device adjusts the ambient light according to said first current values of the light parameters, the light parameter base comprising first reference values (Vref1) of the light parameters associated with first programme metadata, said first reference values being defined by the user, characterized in that the set-top box is arranged to: - receive a second command (C2) from a user who wishes to adjust the ambient light while a second current programme (Pc2) is being broadcast; - producing second current values (Vc2) of the light parameters according to the second command; - transmitting a third command (C3) to the lighting device , such that the lighting device adjusts the ambient light according to said second current values; - storing the second current values in the light parameter base by associating them with metadata of the second current programme, such that the first reference values thus comprise the second current values, and the first programme metadata thus comprise said metadata of the second current programme. - detecting a start of a broadcasting of a first current programme (Pc1); - accessing a light parameter base comprising reference values (Vref) of light parameters associated with programme metadata; - selecting, in the light parameter base , first current values (Vc1) of said light parameters, which are associated with programme metadata corresponding to the first current programme (Pc1); - transmitting a first command (C1) to the lighting device , such that the lighting device adjusts the ambient light according to said first current values of the light parameters, - receive a second command (C2) from a user who wishes to adjust the ambient light while a second current programme (Pc2) is being broadcast; - producing second current values (Vc2) of the light parameters according to the second command; - transmitting a third command (C3) to the lighting device , such that the lighting device adjusts the ambient light according to said second current values; - storing the second current values in the light parameter base by associating them with metadata of the second current programme, such that the first reference values thus comprise the second current values, and the first programme metadata thus comprise said metadata of the second current programme.
A method performed by a network node , the method comprising: configuring (S140) a wireless device with at least two search space set groups, SSSGs, for Physical Downlink Control Channel, PDCCH, wherein a configured search space set group comprises the sets of search spaces which may be monitored during a given time period and the at least one other search space set group cannot be monitored during the same time period; configuring (S142) the wireless device to switch control channel monitoring between the at least two SSSGs, wherein the configuring of the wireless device to switch control channel monitoring between the at least two SSSGs corresponds to configuring the wireless device with a timer for determining when to switch control channel monitoring between the at least two SSSGs; and causing (S144) transmission of signaling on the control channel in accordance with the configured switching of the control channel monitoring, wherein the switching being configured to occur based on an indication for switching control channel monitoring when detected by the wireless device and on an expiration of the timer when the indication is not detected by the wireless device. configuring (S140) a wireless device with at least two search space set groups, SSSGs, for Physical Downlink Control Channel, PDCCH, wherein a configured search space set group comprises the sets of search spaces which may be monitored during a given time period and the at least one other search space set group cannot be monitored during the same time period; configuring (S142) the wireless device to switch control channel monitoring between the at least two SSSGs, wherein the configuring of the wireless device to switch control channel monitoring between the at least two SSSGs corresponds to configuring the wireless device with a timer for determining when to switch control channel monitoring between the at least two SSSGs; and causing (S144) transmission of signaling on the control channel in accordance with the configured switching of the control channel monitoring, wherein the switching being configured to occur based on an indication for switching control channel monitoring when detected by the wireless device and on an expiration of the timer when the indication is not detected by the wireless device.
A device to improve the drying performance of a tumble dryer, comprising: a three-dimensional body portion defining a single outwardly facing curved surface therearound, wherein the body portion is substantially resistant to conducting heat and collapse during a tumble-drying cycle; and a heat reflective layer disposed on and substantially covering the curved surface, characterised in that the body portion comprises a plastics material and the heat reflective layer is metallic, and wherein a maximum cross-sectional dimension of the device is 30-100mm and a weight of the device is 3-55g. a three-dimensional body portion defining a single outwardly facing curved surface therearound, wherein the body portion is substantially resistant to conducting heat and collapse during a tumble-drying cycle; and a heat reflective layer disposed on and substantially covering the curved surface, characterised in that the body portion comprises a plastics material and the heat reflective layer is metallic, and wherein a maximum cross-sectional dimension of the device is 30-100mm and a weight of the device is 3-55g.
A gas turbine engine component comprising: a wall having opposing first and second wall surfaces ; and a cooling hole extending through the wall and comprising: an inlet located at the first wall surface ; an outlet located at the second wall surface ; a metering section extending downstream from the inlet ; and a diffusing section extending from the metering section to the outlet and comprising: a first lobe in line with the metering section and diverging longitudinally from the metering section ; a second lobe adjacent the first lobe and diverging longitudinally and laterally from the metering section , wherein the first lobe and the second lobe meet at a ridge ; characterised in that the diffusing section further comprises a transition region extending between the ridge and the first and second lobes and the outlet . a wall having opposing first and second wall surfaces ; and a cooling hole extending through the wall and comprising: an inlet located at the first wall surface ; an outlet located at the second wall surface ; a metering section extending downstream from the inlet ; and a diffusing section extending from the metering section to the outlet and comprising: a first lobe in line with the metering section and diverging longitudinally from the metering section ; a second lobe adjacent the first lobe and diverging longitudinally and laterally from the metering section , wherein the first lobe and the second lobe meet at a ridge ; characterised in that the diffusing section further comprises a transition region extending between the ridge and the first and second lobes and the outlet . an inlet located at the first wall surface ; an outlet located at the second wall surface ; a metering section extending downstream from the inlet ; and a diffusing section extending from the metering section to the outlet and comprising: a first lobe in line with the metering section and diverging longitudinally from the metering section ; a second lobe adjacent the first lobe and diverging longitudinally and laterally from the metering section , wherein the first lobe and the second lobe meet at a ridge ; characterised in that the diffusing section further comprises a transition region extending between the ridge and the first and second lobes and the outlet . a first lobe in line with the metering section and diverging longitudinally from the metering section ; a second lobe adjacent the first lobe and diverging longitudinally and laterally from the metering section , wherein the first lobe and the second lobe meet at a ridge ; characterised in that the diffusing section further comprises a transition region extending between the ridge and the first and second lobes and the outlet .
A locking switch , comprising: a housing comprising two or more entry slots , wherein each of the two or more entry slots is configured to receive a locking tongue ; a solenoid-driven locking bolt inside the housing and configured to engage with an engagement hole formed in the locking tongue in response to advancing to a locked position while the locking tongue is inserted into any one of the two or more entry slots; two or more radio frequency identifier, RFID, coils mounted inside the housing and positioned above the two or more entry slots, respectively, wherein the two or more RFID coils are electrically connected in series, and wherein each of the two or more RFID coils is configured to, in response to insertion of the locking tongue into a corresponding one of the two or more entry slots, detect a presence of an RFID tag mounted on the locking tongue; and a bobbin mounted inside the housing, wherein the bobbin comprises a first surface that is slanted relative to a second surface opposite the first surface and the bobbin comprises an opening in a center of the bobbin configured to receive the locking bolt when the locking bolt advances to a locked position, the two or more RFID coils are mounted to the first surface, and the slanted surface orients the two or more RFID coils to direct an axis of each of the two or more RFID coils outward from the center of the bobbin. a housing comprising two or more entry slots , wherein each of the two or more entry slots is configured to receive a locking tongue ; a solenoid-driven locking bolt inside the housing and configured to engage with an engagement hole formed in the locking tongue in response to advancing to a locked position while the locking tongue is inserted into any one of the two or more entry slots; two or more radio frequency identifier, RFID, coils mounted inside the housing and positioned above the two or more entry slots, respectively, wherein the two or more RFID coils are electrically connected in series, and wherein each of the two or more RFID coils is configured to, in response to insertion of the locking tongue into a corresponding one of the two or more entry slots, detect a presence of an RFID tag mounted on the locking tongue; and a bobbin mounted inside the housing, wherein the bobbin comprises a first surface that is slanted relative to a second surface opposite the first surface and the bobbin comprises an opening in a center of the bobbin configured to receive the locking bolt when the locking bolt advances to a locked position, the two or more RFID coils are mounted to the first surface, and the slanted surface orients the two or more RFID coils to direct an axis of each of the two or more RFID coils outward from the center of the bobbin.
A method of forming a contactless transaction card , comprising providing a card body , the card body defining a window ; attaching an antenna assembly layer to the card body , the antenna assembly layer comprising an antenna , a set of curable connectors (112; 132,134) disposed on a set of end regions of the antenna within the window , and a UV-transparent layer , supporting the antenna ; providing a contactless chip module within the window on a first side of the antenna assembly layer ; and directing radiation through the UV-transparent layer comprising directing a first UV laser beam exposure to a first curable connector disposed on a first end region of the antenna ; and directing a second UV laser beam exposure to a second curable connector disposed on a second end region of the antenna , and wherein the contactless chip module is electrically connected to the antenna via the set of curable connectors (112; 132,134). providing a card body , the card body defining a window ; attaching an antenna assembly layer to the card body , the antenna assembly layer comprising an antenna , a set of curable connectors (112; 132,134) disposed on a set of end regions of the antenna within the window , and a UV-transparent layer , supporting the antenna ; providing a contactless chip module within the window on a first side of the antenna assembly layer ; and directing radiation through the UV-transparent layer comprising directing a first UV laser beam exposure to a first curable connector disposed on a first end region of the antenna ; and directing a second UV laser beam exposure to a second curable connector disposed on a second end region of the antenna , and wherein the contactless chip module is electrically connected to the antenna via the set of curable connectors (112; 132,134). directing a first UV laser beam exposure to a first curable connector disposed on a first end region of the antenna ; and directing a second UV laser beam exposure to a second curable connector disposed on a second end region of the antenna , and wherein the contactless chip module is electrically connected to the antenna via the set of curable connectors (112; 132,134).
A method for controlling an operation of a paper machine in a web manufacturing system comprising: obtaining routine operating data associated with a model-based controller; repeatedly identifying one or more values for one or more model parameters of at least one model associated with a process, the one or more values for the one or more model parameters identified using data associated with the process, wherein the method comprises; clustering the values of the one or more model parameters into one or more clusters using a support vector machine, the support vector machine using a kernel function to generate a clustering of data by mapping the data into a space where a cluster boundary is identified; identifying one or more additional values for the one or more model parameters using additional data associated with the process; detecting using a tool a mismatch between the at least one model and the process in response to determining that at least some of the one or more additional values fall outside of the one or more clusters, the tool analyzing the routine operating data for the model-based controller using the support vector machine for detecting the mismatch; and taking corrective action in response to detecting the mismatch, wherein the corrective action comprises generating at least one new or updated model for the industrial process controller. obtaining routine operating data associated with a model-based controller; repeatedly identifying one or more values for one or more model parameters of at least one model associated with a process, the one or more values for the one or more model parameters identified using data associated with the process, wherein the method comprises; clustering the values of the one or more model parameters into one or more clusters using a support vector machine, the support vector machine using a kernel function to generate a clustering of data by mapping the data into a space where a cluster boundary is identified; identifying one or more additional values for the one or more model parameters using additional data associated with the process; detecting using a tool a mismatch between the at least one model and the process in response to determining that at least some of the one or more additional values fall outside of the one or more clusters, the tool analyzing the routine operating data for the model-based controller using the support vector machine for detecting the mismatch; and taking corrective action in response to detecting the mismatch, wherein the corrective action comprises generating at least one new or updated model for the industrial process controller.
Microscope comprising an acousto-optic beam combiner , wherein the acousto-optic beam combiner receives at least a first illumination light beam and a second illumination light beam and combines them to form a collinear output light beam, wherein the first illumination light beam and the second illumination light beam have the same illumination light wavelength but a different polarization, in particular linear polarization, wherein the beam combiner is configured as an acousto-optic beam combiner and is constructed and operated in such a way that by way of interaction with at least one mechanical wave, both the first illumination light beam and the second illumination light beam are diffracted and thereby directed onto a common optical axis, characterized in that the acousto-optic beam combiner has a first crystal , through which a first mechanical wave propagates, and has a second crystal , through which a second mechanical wave propagates, wherein the first illumination light beam is diffracted and directed onto the common optical axis by way of interaction with the first mechanical wave and wherein the second illumination light beam is diffracted and directed onto the common optical axis by way of interaction with the second mechanical wave and wherein the diffracted second illumination light beam passes through the first crystal without being diffracted by the first mechanical wave, and in that the beam combiner functions as a main beam splitter which directs illumination light onto an illumination light beam path for illuminating a sample and which directs detection light emanating from the sample onto a detection beam path having a detector .