mhurhangee/ep-ind-claims huggingface dataset:
A method of reading data from a memory core (115, 345) of an integrated memory device (100, 300), the method comprising: communicating first data (iDQ) from the memory core (115, 345) at a first signalling voltage (Vcore), level shifting the first data (iDQ) to a second signaling voltage (Vi), and communicating the level-shifted first data (iDQ) at a first data rate; communicating second data (iDQ) from the memory core (115, 345) at the first signaling voltage (Vcore) and communicating the second data (iDQ) at a second data rate; storing, by a mode register of a core interface, a mode value selecting one of a first mode and a second mode, wherein the mode register is configured to assert or to de-asserts a signal (LP/HP), producing, by a clock circuit, an interface clock signal (iClk) responsive to a reference clock signal (rClk), wherein the frequency of the interface clock signal (iClk) varies between the first mode and the second mode, characterized in that the method further comprises using, by a speed sensor, a period of the interface clock signal (iClk) as a measure of a propagation delay, and adjusting, by the speed sensor, the second signaling voltage (Vi) by using a control signal (SetRef) to a regulator. communicating first data (iDQ) from the memory core (115, 345) at a first signalling voltage (Vcore), level shifting the first data (iDQ) to a second signaling voltage (Vi), and communicating the level-shifted first data (iDQ) at a first data rate; communicating second data (iDQ) from the memory core (115, 345) at the first signaling voltage (Vcore) and communicating the second data (iDQ) at a second data rate; storing, by a mode register of a core interface, a mode value selecting one of a first mode and a second mode, wherein the mode register is configured to assert or to de-asserts a signal (LP/HP), producing, by a clock circuit, an interface clock signal (iClk) responsive to a reference clock signal (rClk), wherein the frequency of the interface clock signal (iClk) varies between the first mode and the second mode, characterized in that the method further comprises using, by a speed sensor, a period of the interface clock signal (iClk) as a measure of a propagation delay, and adjusting, by the speed sensor, the second signaling voltage (Vi) by using a control signal (SetRef) to a regulator.
A computer implemented method of determining that two or more members of a subscription group comprising a plurality of members are in close proximity to each other, the method comprising the steps of: enabling a mobile electronic device of at least one member of the subscription group to use a short range wireless communication module to detect other mobile electronic devices within signal range of its short range wireless communication module and, in response to detecting, receiving and storing a unique identifier for each detected other mobile electronic device, wherein the subscription group comprises a plurality of members of a service that are associated with one another as an identifiable group of subscribers amongst all subscribers of the service; at a processor, comparing each stored unique identifier for said detected other mobile electronic devices with a plurality of known unique identifiers of mobile electronic devices of said plurality of members of said subscription group; and determining that two members of the subscription group are in close proximity to each other if one of the stored unique identifiers for said detected other mobile electronic devices matches one of the plurality of known unique identifiers of mobile electronic devices of said plurality of members of said subscription group. enabling a mobile electronic device of at least one member of the subscription group to use a short range wireless communication module to detect other mobile electronic devices within signal range of its short range wireless communication module and, in response to detecting, receiving and storing a unique identifier for each detected other mobile electronic device, wherein the subscription group comprises a plurality of members of a service that are associated with one another as an identifiable group of subscribers amongst all subscribers of the service; at a processor, comparing each stored unique identifier for said detected other mobile electronic devices with a plurality of known unique identifiers of mobile electronic devices of said plurality of members of said subscription group; and determining that two members of the subscription group are in close proximity to each other if one of the stored unique identifiers for said detected other mobile electronic devices matches one of the plurality of known unique identifiers of mobile electronic devices of said plurality of members of said subscription group.
A transmission apparatus comprising: an opto-electronic conversion unit configured to perform high dynamic range opto-electronic conversion on high dynamic range video data to obtain transmission video data; an encoding unit configured to perform encoding processing on the transmission video data to obtain a video stream; a transmission unit configured to transmit a container including the video stream, the container being an MPEG-2 transport stream; and an information insertion unit configured to insert first metadata information indicating a standard dynamic range opto-electronic transfer characteristic into a layer of the video stream, and to insert second metadata information indicating a high dynamic range opto-electronic transfer characteristic into at least one of the layer of the video stream and a layer of the container, and to insert third metadata information for display control into the layer of the video stream; wherein the third metadata information for display control includes region information indicating a region of transmission code values in which brightness conversion is permitted. an opto-electronic conversion unit configured to perform high dynamic range opto-electronic conversion on high dynamic range video data to obtain transmission video data; an encoding unit configured to perform encoding processing on the transmission video data to obtain a video stream; a transmission unit configured to transmit a container including the video stream, the container being an MPEG-2 transport stream; and an information insertion unit configured to insert first metadata information indicating a standard dynamic range opto-electronic transfer characteristic into a layer of the video stream, and to insert second metadata information indicating a high dynamic range opto-electronic transfer characteristic into at least one of the layer of the video stream and a layer of the container, and to insert third metadata information for display control into the layer of the video stream; wherein the third metadata information for display control includes region information indicating a region of transmission code values in which brightness conversion is permitted.
A display apparatus for a vehicle which includes a display installed at a front surface of a center fascia of the vehicle to display an image, the display apparatus comprising: a display part; a housing for supporting the display part; and a driving part for moving the housing in an upper side and a lower side direction with respect to the center fascia, characterized in that the display part moved upward is provided to be further upright than when moved downward, and in that the display part is slidably coupled to the center fascia. a display part; a housing for supporting the display part; and a driving part for moving the housing in an upper side and a lower side direction with respect to the center fascia, characterized in that the display part moved upward is provided to be further upright than when moved downward, and in that the display part is slidably coupled to the center fascia.
A base station, wherein the base station comprises: a processor and a transceiver, wherein the transceiver is configured to interact with a terminal device; and the processor is configured to perform rate matching of a unicast signal according to a multicast/broadcast single frequency network reference signal, MBSFN RS; and send, by using the transceiver, the unicast signal to the terminal device; wherein the rate matching is determining a quantity of resource elements, RE, matching a quantity of data units used to transmit a physical layer signal, and wherein the processor is adapted to allocate, in a data frame, a RE used to transmit the unicast signal.
A handpiece (106, 600) for controlling an electrosurgical instrument, the handpiece comprising: a body; a flexible shaft extending from a distal end of the body; a coaxial cable (226, 626) extending through a lumen defined by the flexible shaft, the coaxial cable being for connection to an electrosurgical instrument locatable at a distal end of the flexible shaft; a control rod extending through the lumen, the control rod being for connection to an electrosurgical instrument locatable at a distal end of the flexible shaft; an actuating element slidably mounted on the body; and a rotator rotatably mounted on the body, wherein the coaxial cable and the flexible shaft are mounted to slide relative to the body with the actuating element and rotate relative to the body with the rotator, and wherein the control rod has a proximal portion that is mounted in a longitudinally fixed position relative to the body. a body; a flexible shaft extending from a distal end of the body; a coaxial cable (226, 626) extending through a lumen defined by the flexible shaft, the coaxial cable being for connection to an electrosurgical instrument locatable at a distal end of the flexible shaft; a control rod extending through the lumen, the control rod being for connection to an electrosurgical instrument locatable at a distal end of the flexible shaft; an actuating element slidably mounted on the body; and a rotator rotatably mounted on the body, wherein the coaxial cable and the flexible shaft are mounted to slide relative to the body with the actuating element and rotate relative to the body with the rotator, and wherein the control rod has a proximal portion that is mounted in a longitudinally fixed position relative to the body.
An osteogenesis promoter which comprises one or more compounds selected from the group consisting of lansoprazole and rabeprazole, and their pharmaceutically acceptable salts for use in the therapeutic treatment of a bone fracture, a bone defect, or bone lengthening using distraction osteogenesis, the treatment involving the promotion of osteogenesis.
A cutting tool comprising a main body and a multi-layer coating applied thereto, characterised in that the main body comprises a hard metal which - comprises 5 to 8% by weight of Co, 0 to 2% by weight of TaC, 0 to 1% by weight of NbC and 89 to 95% by weight of WC with a mean grain size of 1 to 5 μm, and the coating has - a first layer of TiAIN having a layer thickness of 1 to 5 μm, and - a second layer of aluminium oxide having a layer thickness of 1 to 4 μm, and the coating further additionally includes on the second layer of aluminium oxide - n alternately mutually superposedly applied layers of TiAIN and layers of aluminium oxide respectively having a layer thickness of 0.1 to 0.5 μm, wherein n relates to each individual layer and is an even number of 0 to 10, wherein the total layer thickness of the coating is 2 to 16 μm and the coating is produced in the PVD process. - comprises 5 to 8% by weight of Co, 0 to 2% by weight of TaC, 0 to 1% by weight of NbC and 89 to 95% by weight of WC with a mean grain size of 1 to 5 μm, and the coating has - a first layer of TiAIN having a layer thickness of 1 to 5 μm, and - a second layer of aluminium oxide having a layer thickness of 1 to 4 μm, and the coating further additionally includes on the second layer of aluminium oxide - n alternately mutually superposedly applied layers of TiAIN and layers of aluminium oxide respectively having a layer thickness of 0.1 to 0.5 μm, wherein n relates to each individual layer and is an even number of 0 to 10, wherein the total layer thickness of the coating is 2 to 16 μm and the coating is produced in the PVD process.
A coated seed comprising: a seed; and a coating at least partially surrounding the seed, wherein the coating comprises a fungicide, a micronutrient metal, and a chelating agent, wherein the fungicide comprises copper hydroxide, wherein the amount of copper hydroxide is from 0.12 mg/ seed to 0.21 mg/ seed, and wherein the chelating agent is zeolite. a seed; and a coating at least partially surrounding the seed, wherein the coating comprises a fungicide, a micronutrient metal, and a chelating agent, wherein the fungicide comprises copper hydroxide, wherein the amount of copper hydroxide is from 0.12 mg/ seed to 0.21 mg/ seed, and wherein the chelating agent is zeolite.
Injection stretch blow molding process for preparing polyolefin containers, comprising the following steps: 1) preparing a preform by injection molding a polyolefin composition comprising a polymer selected from ethylene polymers, propylene polymers and mixtures thereof, and a heat absorber; 2) supplying heat to reheat the preform prepared in step 1) and stretch blow molding said preform; characterized in that the heat absorber is a copper hydroxide phosphate. 1) preparing a preform by injection molding a polyolefin composition comprising a polymer selected from ethylene polymers, propylene polymers and mixtures thereof, and a heat absorber; 2) supplying heat to reheat the preform prepared in step 1) and stretch blow molding said preform; characterized in that the heat absorber is a copper hydroxide phosphate.
Machine tool for, in particular, machining processing of workpieces (26a, 26b) comprising a workpiece table which is mounted in a machine frame such that it can be rotated about a horizontal axis of rotation and comprises one workpiece holder (20a, 20b) on each of its two opposite table sides for receiving at least one workpiece (26a, 26b), wherein one workpiece holder is provided on a processing side and the other workpiece holder is provided on a loading side and wherein the workpiece holder on the processing side and the workpiece holder on the loading side can be exchanged by swivelling the workpiece table, characterized in that the two workpiece holders (20a, 20b) each have a projecting support edge (28a, 28b) for putting, in particular, plate-shaped workpieces (26a, 26b) and that in its processing position and loading position the workpiece table is inclined with respect to the vertical such that the workpiece put on the support edge on the loading side can rest against the table side on the loading side.
A remote control system for a camera with a lens that has a focusing mechanism, the remote control system comprising: a distance indicator configured to indicate a focal distance of the lens, wherein the distance indicator is rotatable and motorized; and a manual controller, which is rotatable and non-motorized, and which in a first mode controls the distance indicator and the focusing mechanism, in a second mode is operably decoupled from the distance indicator and the focusing mechanism to allow an autofocus controller to control the distance indicator and the focusing mechanism without changing a position of the manual controller, and when returning from the second mode to the first mode, starts controlling the distance indicator and the focusing mechanism from the focal distance shown by the distance indicator. a distance indicator configured to indicate a focal distance of the lens, wherein the distance indicator is rotatable and motorized; and a manual controller, which is rotatable and non-motorized, and which in a first mode controls the distance indicator and the focusing mechanism, in a second mode is operably decoupled from the distance indicator and the focusing mechanism to allow an autofocus controller to control the distance indicator and the focusing mechanism without changing a position of the manual controller, and when returning from the second mode to the first mode, starts controlling the distance indicator and the focusing mechanism from the focal distance shown by the distance indicator. in a first mode controls the distance indicator and the focusing mechanism, in a second mode is operably decoupled from the distance indicator and the focusing mechanism to allow an autofocus controller to control the distance indicator and the focusing mechanism without changing a position of the manual controller, and when returning from the second mode to the first mode, starts controlling the distance indicator and the focusing mechanism from the focal distance shown by the distance indicator.
A method carried out by a wireless terminal which is configured to communicate wirelessly with a radio access node over a radio interface and which is configured to communicate with another wireless terminal by performing device-to-device, D2D, communication, the method characterized by comprising: performing a cell selection/reselection operation for selecting a candidate frequency to be used in the D2D communication; and setting, during the cell selection/reselection operation, one frequency to a highest priority frequency, when the wireless terminal is performing the D2D communication in a state in which the wireless terminal camps on the one frequency. performing a cell selection/reselection operation for selecting a candidate frequency to be used in the D2D communication; and setting, during the cell selection/reselection operation, one frequency to a highest priority frequency, when the wireless terminal is performing the D2D communication in a state in which the wireless terminal camps on the one frequency.
Apparatus for generating steam comprising a water inlet, a casing which defines a steam chamber, an evaporation element on which an evaporation surface is formed, and a heater, wherein the water inlet is for providing water to the evaporation surface, characterized in that: the evaporation element protrudes into the steam chamber to perform an evaporation process and is surrounded by a scale collection region at a location which is separate from the evaporation a temperature sensor placed in proximity to the evaporation surface to quickly detect any drop of temperature in the evaporation surface; the heater is disposed adjacent to the evaporation surface to heat said evaporation surface to a predetermined temperature such that water fed onto the evaporation surface via the water inlet forms a film on the evaporation surface and is evaporated such that no, or very little, water will enter the scale collection region; and the water inlet is adapted to feed water to one or more regions of the evaporation surface at a temperature lower than the predetermined temperature, such that the temperature differential between the evaporation surface and the water is sufficient to induce thermal stresses and strains in any scale that has formed on the evaporation surface, thereby causing scale on said evaporation surface to break apart and be dislodged from said evaporation surface and to fall into the scale collection region. the evaporation element protrudes into the steam chamber to perform an evaporation process and is surrounded by a scale collection region at a location which is separate from the evaporation a temperature sensor placed in proximity to the evaporation surface to quickly detect any drop of temperature in the evaporation surface; the heater is disposed adjacent to the evaporation surface to heat said evaporation surface to a predetermined temperature such that water fed onto the evaporation surface via the water inlet forms a film on the evaporation surface and is evaporated such that no, or very little, water will enter the scale collection region; and the water inlet is adapted to feed water to one or more regions of the evaporation surface at a temperature lower than the predetermined temperature, such that the temperature differential between the evaporation surface and the water is sufficient to induce thermal stresses and strains in any scale that has formed on the evaporation surface, thereby causing scale on said evaporation surface to break apart and be dislodged from said evaporation surface and to fall into the scale collection region.
A method of determining a position of a fault precursor in a deteriorated high-voltage cable connecting a first station and a second station, one of the first station and the second station being a source station adapted to supply the high-voltage cable with a high-voltage signal and the other of the first station and the second station being a secondary station adapted to receive the high-voltage signal, comprising the following steps detection by the first station of a first signature of an electric current anomaly in the high-voltage signal, detection by the second station of a second signature of the electric current anomaly in the high-voltage signal, emission by the second station of a witness signal to the first station in the high-voltage cable, the witness signal being emitted by the second station with a predetermined delay from an instant of detection of the second signature, detection by the first station of the control signal received by the first station, determination of the position of the fault precursor in the high-voltage cable, as a function of a time of detection of the first signature by the first station and a time of detection of the warning signal by the first station, the method being characterized in that the predetermined delay takes on a value of between 15% and 50% of the period of the high-voltage signal. detection by the first station of a first signature of an electric current anomaly in the high-voltage signal, detection by the second station of a second signature of the electric current anomaly in the high-voltage signal, emission by the second station of a witness signal to the first station in the high-voltage cable, the witness signal being emitted by the second station with a predetermined delay from an instant of detection of the second signature, detection by the first station of the control signal received by the first station, determination of the position of the fault precursor in the high-voltage cable, as a function of a time of detection of the first signature by the first station and a time of detection of the warning signal by the first station, the method being characterized in that the predetermined delay takes on a value of between 15% and 50% of the period of the high-voltage signal.
An Achilles heel wedge comprising: a back part; a front part; a longitudinal axis extending in a longitudinal direction between the back part and the front part; a first wedge section defining a bottom surface, and a top surface forming a convex portion; and a second wedge section removably attachable to the bottom surface of the first wedge section, the second wedge section defining substantially parallel top and bottom surfaces (264, 266), and a ramped edge at or near a front of the second wedge section; characterized in that the convex portion curves along the longitudinal axis and extends between side portions of the first wedge section, and is positionable under a longitudinal arch of a foot of a user during use, and the ramped edge extends downwardly and forwardly relative to the first wedge section and the top surface of the second wedge section. a back part; a front part; a longitudinal axis extending in a longitudinal direction between the back part and the front part; a first wedge section defining a bottom surface, and a top surface forming a convex portion; and a second wedge section removably attachable to the bottom surface of the first wedge section, the second wedge section defining substantially parallel top and bottom surfaces (264, 266), and a ramped edge at or near a front of the second wedge section; characterized in that the convex portion curves along the longitudinal axis and extends between side portions of the first wedge section, and is positionable under a longitudinal arch of a foot of a user during use, and the ramped edge extends downwardly and forwardly relative to the first wedge section and the top surface of the second wedge section.