mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling power at a base station in a communication system, the method comprising: transmitting allocation information indicating channel quality information, CQI, channels (610-1 to 610-N) allocated to a plurality of mobile stations in a CQI channel region of a frame; generating (801, 803) a power control message including power control information elements (410-1 to 410-N) for power control of the mobile stations, being arranged in the same order of the allocated CQI channels (610-1 to 610-N); and transmitting to the mobile stations the power control message including the arranged power control information elements (410-1 to 410-N). transmitting allocation information indicating channel quality information, CQI, channels (610-1 to 610-N) allocated to a plurality of mobile stations in a CQI channel region of a frame; generating (801, 803) a power control message including power control information elements (410-1 to 410-N) for power control of the mobile stations, being arranged in the same order of the allocated CQI channels (610-1 to 610-N); and transmitting to the mobile stations the power control message including the arranged power control information elements (410-1 to 410-N).
Method for preparing a biomaterial comprising a support containing calcium phosphate, characterized in that: - the support is chosen from hydroxyapatite and a BCP, preferably a BCP, and - in that said support is impregnated with at least one calcium-based coagulant, preferably CaCl 2, in the form of an aqueous solution with a concentration ranging from 1 to 50 mMol/l, preferably from 3 to 40 mMol/l, advantageously from 5 to 20 mMol/l, the proportion of solution of coagulant and of hydroxyapatite or of BCP being from 0.5 to 5, preferably from 1 to 3, by volume of coagulant solution relative to the volume of hydroxyapatite or of BCP. - the support is chosen from hydroxyapatite and a BCP, preferably a BCP, and - in that said support is impregnated with at least one calcium-based coagulant, preferably CaCl 2, in the form of an aqueous solution with a concentration ranging from 1 to 50 mMol/l, preferably from 3 to 40 mMol/l, advantageously from 5 to 20 mMol/l, the proportion of solution of coagulant and of hydroxyapatite or of BCP being from 0.5 to 5, preferably from 1 to 3, by volume of coagulant solution relative to the volume of hydroxyapatite or of BCP.
The use of a liquid composition comprising a liquid medium and dissolved and/or dispersed therein a solid matter having a refractive index of from 1.3 to 1.8 and showing a solid state at 20°C for application to a metachromatic member comprising a support and provided thereon a porous layer formed by fixing therein a low refractive index pigment having a refractive index from 1.4 to 1.7 together with a binder resin, the metachromatic member being capable of rendering different transparency between a liquid-absorbed state and a liquid unabsorbed state.
A battery module comprising: two or more battery cells ( 210a, 210b, 210c,) which can be charged and discharged, stacked in a state of being adjacent to each other in a vertical direction; and sheathing members for respectively fixing the battery cells to form a battery cell stack, wherein each of the battery cells has electrode leads (212a, 212b, 212c) electrically connected to an electrode assembly, which is mounted in a battery cell case of each of the battery cells, in a state of protruding outward from the battery cell case, the electrode leads of the battery cells of the battery cell stack are coupled to each other by welding to form a coupled portion of the electrode leads, and the coupled portion of the electrode leads or the remaining portion of the electrode leads excluding the coupled portion of the electrode leads is provided with a damping structure for absorbing or buffering external force applied to the battery module or vibration generated during welding, characterized in that - the battery cells (210a, 210b) comprise a first battery cell and a second battery cell adjacent to each other in the vertical direction, and each electrode lead of the second battery cell comprises a first bent portion bent toward a corresponding electrode lead of the first battery cell such that the first bent portion is adjacent to the corresponding electrode lead of the first battery cell, an inclined portion extending from the first bent portion, and a second bent portion extending from the inclined portion and horizontally bent such that the second bent portion is connected to the corresponding electrode lead of the first battery cell, the second bent portion being located more adjacent to a main body of the first battery cell than the first bent portion. - the battery cells (210a, 210b) comprise a first battery cell and a second battery cell adjacent to each other in the vertical direction, and each electrode lead of the second battery cell comprises a first bent portion bent toward a corresponding electrode lead of the first battery cell such that the first bent portion is adjacent to the corresponding electrode lead of the first battery cell, an inclined portion extending from the first bent portion, and a second bent portion extending from the inclined portion and horizontally bent such that the second bent portion is connected to the corresponding electrode lead of the first battery cell, the second bent portion being located more adjacent to a main body of the first battery cell than the first bent portion.
A sphygmomanometer cuff having an air bag formed with a thin film and arranged within an outer bag, from which a tube attached to the air bag at a tube attaching portion is extended outward, wherein said outer bag is formed by joining an outer periphery of a pair of strip-like cloth-materials such that an opening portion is provided for said outer bag allowing replacing of the air bag, the tube of the air bag being drawn out of said outer bag through the opening portion, wherein said opening portion is formed at a side in a longitudinal direction of said outer bag and has a length having a width d plus a width D, wherein said tube attaching portion is arranged at the part of width d of said opening portion, characterized In that an anti-rotating member for preventing rotation of the air bag within the outer bag has been fixed to said tube attaching portion of said air bag, and a portion of width D of said opening portion is provided with a fastener for opening and closing said opening portion.
A method of operation of a video transmission system comprising: encoding a first video frame in a first color space for generating a first encoded video frame and a color reference frame including dynamically partitioning the first color space of the first video frame; generating a subsequent encoded video frame by differentially encoding subsequent video frame in a second color space using a resampled color frame reference, from the color reference frame; generating a video stream by multiplexing the first encoded video frame and the subsequent encoded video frame; generating a decoded video stream by capturing the resampled color frame reference from the video stream and applying the subsequent encoded video frame to the resampled color frame reference; and presenting on a display the decoded video stream; and characterized in that the dynamically partitioning of the first color space is based on dynamically adjusting independently for each equal step of a luminance axis, a chrominance C b partition and a chrominance C r partition for the color reference frame. encoding a first video frame in a first color space for generating a first encoded video frame and a color reference frame including dynamically partitioning the first color space of the first video frame; generating a subsequent encoded video frame by differentially encoding subsequent video frame in a second color space using a resampled color frame reference, from the color reference frame; generating a video stream by multiplexing the first encoded video frame and the subsequent encoded video frame; generating a decoded video stream by capturing the resampled color frame reference from the video stream and applying the subsequent encoded video frame to the resampled color frame reference; and presenting on a display the decoded video stream; and characterized in that the dynamically partitioning of the first color space is based on dynamically adjusting independently for each equal step of a luminance axis, a chrominance C b partition and a chrominance C r partition for the color reference frame.
A thermal printer, comprising: heating elements that generate heat according to amounts of energy applied thereto; an energy applier (14, 16, 17) that applies energy to the heating elements; a memory that is configured to store a gradation table where energy levels to be applied to the heating elements are set for gradation levels based on a relationship between dot area ratios of an image and the amounts of energy applied to the heating elements; and a controller that is configured to transfer control data multiple times to the energy applier (14, 16, 17) based on the gradation table to control the amounts of energy to be applied by the energy applier (14, 16, 17) to the heating elements, each of the control data corresponding to different amounts of energy. heating elements that generate heat according to amounts of energy applied thereto; an energy applier (14, 16, 17) that applies energy to the heating elements; a memory that is configured to store a gradation table where energy levels to be applied to the heating elements are set for gradation levels based on a relationship between dot area ratios of an image and the amounts of energy applied to the heating elements; and a controller that is configured to transfer control data multiple times to the energy applier (14, 16, 17) based on the gradation table to control the amounts of energy to be applied by the energy applier (14, 16, 17) to the heating elements, each of the control data corresponding to different amounts of energy.
An automated storage/retrieval system (100, 200, 300) comprising: a first multi-tier rack and a second multi-tier rack, each having shelves, that are arranged in a parallel position to each other; a transferring shuttle that can run in a horizontal direction along a shelf of a selected tier between the first multi-tier rack and the second multi-tier rack to store a load onto or retrieve a load from the shelf, and an elevator to move the transferring shuttle to another tier wherein the elevator comprises: a shuttle elevating platform for moving upward and downward with the transferring shuttle placed thereon, the shuttle elevating platform being able to move upward and downward adjacent to the first multi-tier rack and the second multi-tier rack; and a first load elevating platform and a second load elevating platform for moving upward and downward with a load placed thereon, respectively, the first load elevating platform and second load elevating platform being able to move upward and downward together with the shuttle elevating platform while being in a horizontal alignment with the shuttle elevating platform, wherein when the shuttle elevating platform is in alignment with the first load elevating platform, the transferring shuttle on the shuttle elevating platform can deliver a load to or receive a load from the first load elevating platform, and wherein when the shuttle elevating platform is in alignment with the second load elevating platform, the transferring shuttle on the shuttle elevating platform can deliver a load to or receive a load from the second load elevating platform, characterised in that at least part of the tiers of the first multi-tier rack and the second multi-tier rack comprise waiting platforms (50L, 50R) to have a load placed and wait thereon, enabling the load to be delivered to or received from the first load elevating platform and second load elevating platform. a first multi-tier rack and a second multi-tier rack, each having shelves, that are arranged in a parallel position to each other; a transferring shuttle that can run in a horizontal direction along a shelf of a selected tier between the first multi-tier rack and the second multi-tier rack to store a load onto or retrieve a load from the shelf, and an elevator to move the transferring shuttle to another tier
A Flexible Boom and its Sail System (FBSS) comprising a one piece, vertically rigid but horizontally varying airfoil shaped camber flexible boom, characterized in that the boom is bent and stabilised at any desired camber by one or more expansion rods positioned appropriately inside a laterally rigid frame consisting of the boom itself and a cable string attached to its ends (3, 5) and in that the system further comprises a boom sail of straightforwardly flat design.
A method for encrypting a MAC protocol data unit, MPDU, having a compressed MAC header in a wireless LAN, WLAN, system, comprising: constructing, by a first station, STA, Additional Authentication Data, AAD, including a Frame Control, FC, field, an Address 1, A1, field, an Address 2, A2, field, and a Sequence Control, SC, field, wherein the FC field, the A1 field, the A2 field, and the SC field of the AAD are constructed on the basis of an FC field, an A1 field, an A2 field, and an SC field of the compressed MAC header of the MPDU; performing encryption for the MPDU based on the AAD and a packet number, PN; and transmitting a frame including the encrypted MPDU from the first STA to a second STA, wherein: one of the A1 field and the A2 field of the AAD includes an associated identifier, AID, value according to whether a transmission direction of the frame is an uplink or downlink direction; and a part of the PN is used as a sequence number in a SC field of the compressed MAC header of the encrypted MPDU. constructing, by a first station, STA, Additional Authentication Data, AAD, including a Frame Control, FC, field, an Address 1, A1, field, an Address 2, A2, field, and a Sequence Control, SC, field, wherein the FC field, the A1 field, the A2 field, and the SC field of the AAD are constructed on the basis of an FC field, an A1 field, an A2 field, and an SC field of the compressed MAC header of the MPDU; performing encryption for the MPDU based on the AAD and a packet number, PN; and transmitting a frame including the encrypted MPDU from the first STA to a second STA, wherein: one of the A1 field and the A2 field of the AAD includes an associated identifier, AID, value according to whether a transmission direction of the frame is an uplink or downlink direction; and a part of the PN is used as a sequence number in a SC field of the compressed MAC header of the encrypted MPDU. one of the A1 field and the A2 field of the AAD includes an associated identifier, AID, value according to whether a transmission direction of the frame is an uplink or downlink direction; and a part of the PN is used as a sequence number in a SC field of the compressed MAC header of the encrypted MPDU.
A water-based ink for inkjet recording, comprising a pigment, water, organic solvents, at least one compound selected from urea compounds, and a binder resin, wherein the organic solvents include at least: a water-soluble organic solvent having a boiling point of from 100°C to 200°C inclusive and a vapor pressure at 20°C of 0.5 hPa or more, propylene glycol, and glycerin, diglycerin, and/or a derivative thereof serving as an organic solvent. a water-soluble organic solvent having a boiling point of from 100°C to 200°C inclusive and a vapor pressure at 20°C of 0.5 hPa or more, propylene glycol, and glycerin, diglycerin, and/or a derivative thereof serving as an organic solvent.
A packet transmission method, applied to a virtual extensible local area network VXLAN, wherein the VXLAN comprises a first virtual extensible local area network tunnel end point VTEP, a second VTEP, and a network address translation NAT device, the first VTEP communicates with the second VTEP through the NAT device, the first VTEP is located in a public network, the second VTEP is located in a private network, and the method comprises: performing, by the first VTEP, VXLAN encapsulation on a first packet, to obtain a second packet, wherein the first packet is a to-be-sent packet, a destination port number of the second packet is obtained based on a first mapping relationship between a destination Internet Protocol IP address of the second packet and the destination port number, and a source port number of the second packet is a preset port number; and sending, by the first VTEP, the second packet to the second VTEP through the NAT device. performing, by the first VTEP, VXLAN encapsulation on a first packet, to obtain a second packet, wherein the first packet is a to-be-sent packet, a destination port number of the second packet is obtained based on a first mapping relationship between a destination Internet Protocol IP address of the second packet and the destination port number, and a source port number of the second packet is a preset port number; and sending, by the first VTEP, the second packet to the second VTEP through the NAT device.
Line monitoring of smoke switches for a locking device for fire doors, wherein at least two smoke switches are electrically connected to one another, wherein each smoke switch has a smoke detector and a signal device for triggering the locking device and for outputting an alarm, and wherein a connecting line with lines for voltage supply to the smoke switches, which are connected in parallel with respect to the voltage supply thereof, has a signal line which is provided for triggering the locking device and outputting an alarm and which connects the contacts of all signal devices of the smoke switches in a series circuit, characterized in that each of the smoke switches has resistors (9a, 9b) as end elements, wherein the first end element is connected to 0 V of the operating voltage at one end and the second end element is connected to the 24 V operating voltage at one end, and wherein the end elements (9a, 9b) are electrically connected to one another at the other ends and together are connected to the signal line by means of a deactivator by means of a conductor track, and wherein the deactivator is provided for interrupting the connection between the end elements and the signal line.
A cosmetic method of treating a skin condition, comprising topically applying a topical skin care composition comprising magnolia extract, wherein said magnolia extract is a Magnolia flower, bark, and/or seed cone extract including as active ingredients magnolol, dihydroxydihydromagnolol, honokiol, and/or dihydrohonokiol, and citrus grandis fruit extract, wherein said citrus grandis fruit extract includes as an active ingredient apigenin, to skin, wherein topical application of the composition treats the skin condition and wherein the skin condition is eye circles or puffy eyes.
A fluid treatment system for an implantable blood pump having a percutaneous cable coupled thereto, the system comprising: a delivery tube comprising a distal end and a proximal end, the distal end configured to surround at least a portion of a percutaneous cable, the percutaneous cable extending from within a patient to outside the patient through tissue at an exit site, the proximal end being connectable to a fluid source and wherein fluid from the fluid source is configured to be delivered to the exit site through the delivery tube; characterized in further comprising: an anchor coupleable to the percutaneous cable to secure the percutaneous cable to the tissue at the exit site; and a vacuum assisted closure system being configured to remove the fluid delivered to the exit site and including a wound dressing attached or secured to form a seal around the delivery tube. a delivery tube comprising a distal end and a proximal end, the distal end configured to surround at least a portion of a percutaneous cable, the percutaneous cable extending from within a patient to outside the patient through tissue at an exit site, the proximal end being connectable to a fluid source and wherein fluid from the fluid source is configured to be delivered to the exit site through the delivery tube; characterized in further comprising: an anchor coupleable to the percutaneous cable to secure the percutaneous cable to the tissue at the exit site; and a vacuum assisted closure system being configured to remove the fluid delivered to the exit site and including a wound dressing attached or secured to form a seal around the delivery tube. an anchor coupleable to the percutaneous cable to secure the percutaneous cable to the tissue at the exit site; and a vacuum assisted closure system being configured to remove the fluid delivered to the exit site and including a wound dressing attached or secured to form a seal around the delivery tube.
An automatically moving cleaning device with a device housing, at least one obstacle detection device and a control device for controlling the cleaning device within an environment as a function of a detection result of the obstacle detection device, wherein the obstacle detection device is at least partially movably mounted on the device housing, so that a detection region of the obstacle detection device can be displaced relative to the device housing, characterized in that the control device is set up to shift the detection region of the obstacle detection device relative to the device housing depending on a position and/or orientation of the cleaning device (1, wherein the control device is set up to effect, that the obstacle detection device is moved relative to the device housing during and/or chronologically before a change in a direction of movement of the cleaning device in such a way that a detection region of the obstacle detection device essentially points in the new direction of movement, and/or that the obstacle detection device is moved in such a way upon detecting an obstacle that a detection region of the obstacle detection device follows the obstacle even given a continued movement of the cleaning device.