mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adjusting transmission power of a small cell operating on a cellular network, comprising: transmitting a power adjusting request to the surrounding small cells, so as to cause the surrounding small cells to adjust the transmission power of the surrounding small cells when the surrounding small cells transmit downlink data; upon receiving an instruction to switch from an off state to an on state, determining that downlink data needs to be transmitted; acquiring transmission power of surrounding small cells when it is determined that downlink data needs to be transmitted; adjusting transmission power for transmitting the downlink data according to a load state of the small cell and the transmission power of the surrounding small cells; and adjusting the transmission power for transmitting the downlink data according to a power adjusting request upon receiving the power adjusting request from the surrounding small cells. transmitting a power adjusting request to the surrounding small cells, so as to cause the surrounding small cells to adjust the transmission power of the surrounding small cells when the surrounding small cells transmit downlink data; upon receiving an instruction to switch from an off state to an on state, determining that downlink data needs to be transmitted; acquiring transmission power of surrounding small cells when it is determined that downlink data needs to be transmitted; adjusting transmission power for transmitting the downlink data according to a load state of the small cell and the transmission power of the surrounding small cells; and adjusting the transmission power for transmitting the downlink data according to a power adjusting request upon receiving the power adjusting request from the surrounding small cells.
A monitoring system for monitoring the condition of a line guided by a line guide apparatus, in particular an energy guide chain, comprising: - a displaceable line guide apparatus (1; 41) for guiding a line between a stationary connection point and a connection point mobile relative thereto, wherein the line guide apparatus (1; 41) forms at least one mobile run with a first connection end and a further run with a second connection end ; - at least one line (13; 13A; 13B), which is guided by the line guide apparatus (1; 41); and - a monitoring device (10; 20; 30) having an evaluation unit which detects information about the condition of the line to be monitored; characterized in that - the monitoring device comprises a first device with an interface for data communication and a second device (12; 12') with an interface for data communication, which devices are configured for data communication according to a protocol for digital data transmission, wherein each interface has a unique address for data communication; - the interfaces of the two devices are connected by way of the at least one line (13; 13A; 13B), which is guided by the line guide apparatus (1; 41); and - the evaluation unit is configured to detect information about the condition of the line to be monitored on the basis of an information technological quality feature of the data link between the first device and the second device (12; 12'), wherein the quality feature is determinable using information technology (IT) by data transmission addressed to the second device . - a displaceable line guide apparatus (1; 41) for guiding a line between a stationary connection point and a connection point mobile relative thereto, wherein the line guide apparatus (1; 41) forms at least one mobile run with a first connection end and a further run with a second connection end ; - at least one line (13; 13A; 13B), which is guided by the line guide apparatus (1; 41); and - a monitoring device (10; 20; 30) having an evaluation unit which detects information about the condition of the line to be monitored; - the monitoring device comprises a first device with an interface for data communication and a second device (12; 12') with an interface for data communication, which devices are configured for data communication according to a protocol for digital data transmission, wherein each interface has a unique address for data communication; - the interfaces of the two devices are connected by way of the at least one line (13; 13A; 13B), which is guided by the line guide apparatus (1; 41); and - the evaluation unit is configured to detect information about the condition of the line to be monitored on the basis of an information technological quality feature of the data link between the first device and the second device (12; 12'), wherein the quality feature is determinable using information technology (IT) by data transmission addressed to the second device .
An Unmanned Autonomous Vehicle, UAV , comprising: an H-frame having a wing spar secured to two or more boom carriers , wherein the wing spar includes two or more mounting locations, wherein each of the two or more mounting locations of the wing spar is configured to secure a horizontal propulsion unit , and wherein the boom carriers include a plurality of mounting locations, wherein each of the plurality of mounting locations of the boom carriers is configured to secure a vertical propulsion unit ; characterised by : a pre-formed wing shell attached to the H-frame; and a pre-formed boom shell attached to a boom carrier. a pre-formed wing shell attached to the H-frame; and a pre-formed boom shell attached to a boom carrier.
Process for the preparation of high alumina cement comprising: - introducing a solid batch material for preparation of high alumina cement into a melter , the melter comprising cooled melting chamber walls , for example double steel walls separated by circulating cooling liquid, preferably water, and which are not covered by a refractory lining; - melting the solid batch material in the melter by submerged combustion to form a liquid melt, wherein one or more nozzles are arranged in the melter bottom; - withdrawing at least a portion of the liquid melt from the melter ; - cooling said discharged liquid melt to obtain solidified melt; and - grinding the solidified melt to appropriate grain size. - introducing a solid batch material for preparation of high alumina cement into a melter , the melter comprising cooled melting chamber walls , for example double steel walls separated by circulating cooling liquid, preferably water, and which are not covered by a refractory lining; - melting the solid batch material in the melter by submerged combustion to form a liquid melt, wherein one or more nozzles are arranged in the melter bottom; - withdrawing at least a portion of the liquid melt from the melter ; - cooling said discharged liquid melt to obtain solidified melt; and - grinding the solidified melt to appropriate grain size.
A method performed by a wireless transmitting device for a communication network , the communication network implementing a standard in which transmitting devices contend for access to a wireless transmission medium, a transmitting device being permitted to transmit using the wireless transmission medium for a window of time upon winning contention, the method comprising: initiating a first, initial transmission to one or more wireless receiving devices in the window of time, the first transmission comprising a first preamble and user data; receiving at least one acknowledgement message from the one or more wireless receiving devices, wherein the at least one acknowledgement message identifies user data that was not correctly received; and subsequent to the first transmission, initiating a second transmission to the one or more wireless receiving devices in the window of time, the second transmission comprising a second preamble which is shorter than the first preamble, or comprising no preamble, and wherein the second transmission further comprises a re-transmission of user data that was not correctly received. initiating a first, initial transmission to one or more wireless receiving devices in the window of time, the first transmission comprising a first preamble and user data; receiving at least one acknowledgement message from the one or more wireless receiving devices, wherein the at least one acknowledgement message identifies user data that was not correctly received; and subsequent to the first transmission, initiating a second transmission to the one or more wireless receiving devices in the window of time, the second transmission comprising a second preamble which is shorter than the first preamble, or comprising no preamble, and wherein the second transmission further comprises a re-transmission of user data that was not correctly received.
A curved liquid crystal display device comprising: a liquid crystal display panel including a thin film transistor substrate and a color filter substrate ; a backlight unit configured to apply light to the liquid crystal display panel ; a bottom cover supporting the backlight unit ; and a reinforcement frame being a rigid body and having a predetermined curvature and being attached to the bottom cover ; wherein the bottom cover is mounted on the reinforcement frame and the bottom cover , the backlight unit and the liquid crystal display panel have said predetermined curvature of the reinforcement frame , and wherein the reinforcement frame includes a plurality of horizontal reinforcement bars having said predetermined curvature and a plurality of straight vertical reinforcement bars attached to said the plurality of horizontal reinforcement bars such that each one of the vertical reinforcement bars extends across said plurality of horizontal reinforcement bars . a liquid crystal display panel including a thin film transistor substrate and a color filter substrate ; a backlight unit configured to apply light to the liquid crystal display panel ; a bottom cover supporting the backlight unit ; and a reinforcement frame being a rigid body and having a predetermined curvature and being attached to the bottom cover ; wherein the bottom cover is mounted on the reinforcement frame and the bottom cover , the backlight unit and the liquid crystal display panel have said predetermined curvature of the reinforcement frame , and wherein the reinforcement frame includes a plurality of horizontal reinforcement bars having said predetermined curvature and a plurality of straight vertical reinforcement bars attached to said the plurality of horizontal reinforcement bars such that each one of the vertical reinforcement bars extends across said plurality of horizontal reinforcement bars .
A tissue repair membrane comprising: a membrane; and at least one coating of a hydrogel polymer on at least a portion of a surface of the membrane, the hydrogel polymer comprising hyaluronic acid and alginate, wherein the hydrogel polymer coating provides one or more of self-adhesion and lubrication to the tissue repair membrane. a membrane; and at least one coating of a hydrogel polymer on at least a portion of a surface of the membrane, the hydrogel polymer comprising hyaluronic acid and alginate, wherein the hydrogel polymer coating provides one or more of self-adhesion and lubrication to the tissue repair membrane.
An image forming apparatus that forms an image on a transfer material in an image forming mode, the image forming apparatus comprising: a photoreceptor rotatable in a predetermined rotation direction; a developer that is arranged on the photoreceptor and forms a toner image on the photoreceptor using a two-component developing agent including toner and a carrier; a transferor that is arranged on the photoreceptor on a downstream side in the predetermined rotation direction with respect to the developer and transfers the toner image onto the transfer material; a carrier collector that is arranged on the photoreceptor on an upstream side in the predetermined rotation direction with respect to the transferor and on a downstream side in the predetermined rotation direction with respect to the developer and applies an electric field corresponding to a collecting bias to a carrier adhering to the photoreceptor to collect the carrier by a force of the electric field; and a carrier detector that is arranged on the photoreceptor on a downstream side in the predetermined rotation direction with respect to the carrier collector and detects a carrier remaining on the photoreceptor after collecting the carrier by the carrier collector ; characterized by a controller that is configured to set the collecting bias in the image forming mode on the basis of the amount of carriers detected by the carrier detector when a carrier adhesion detecting mode that is arranged to forcibly causing a carrier to adhere to the photoreceptor is executed. a photoreceptor rotatable in a predetermined rotation direction; a developer that is arranged on the photoreceptor and forms a toner image on the photoreceptor using a two-component developing agent including toner and a carrier; a transferor that is arranged on the photoreceptor on a downstream side in the predetermined rotation direction with respect to the developer and transfers the toner image onto the transfer material; a carrier collector that is arranged on the photoreceptor on an upstream side in the predetermined rotation direction with respect to the transferor and on a downstream side in the predetermined rotation direction with respect to the developer and applies an electric field corresponding to a collecting bias to a carrier adhering to the photoreceptor to collect the carrier by a force of the electric field; and a carrier detector that is arranged on the photoreceptor on a downstream side in the predetermined rotation direction with respect to the carrier collector and detects a carrier remaining on the photoreceptor after collecting the carrier by the carrier collector ; characterized by a controller that is configured to set the collecting bias in the image forming mode on the basis of the amount of carriers detected by the carrier detector when a carrier adhesion detecting mode that is arranged to forcibly causing a carrier to adhere to the photoreceptor is executed.
A composition, comprising: a continuous phase selected from the group consisting of water, alcohol, and a mixture of water and alcohol; hexagonal boron nitride nanoparticles dispersed in the continuous phase; and a compound having a formula (I) or a salt thereof, wherein n is an integer between 50 and 200 and y is an integer between 20 and 200. a continuous phase selected from the group consisting of water, alcohol, and a mixture of water and alcohol; hexagonal boron nitride nanoparticles dispersed in the continuous phase; and a compound having a formula (I) or a salt thereof, wherein n is an integer between 50 and 200 and y is an integer between 20 and 200.
A method for creating a map, the method comprising repeating the following steps a plurality of times: acquiring an image captured when an acquisition entity is moving, location data associated with the image, and point cloud data associated with the image , the location data indicating a location where the acquisition entity is located when the image is captured, and the point cloud data indicating three-dimensional information of the image; extracting a global feature of the image, the global feature being a spatial envelope of the image; and associating the location data with the global feature to generate a first element in a global feature layer of the map ; and extracting a plurality of local features of the image, the plurality of local features representing each an attribute related to a part of the image; extracting three-dimensional information associated with each one of the plurality of local features from the point cloud data; and associating each one of the plurality of local features with the corresponding three-dimensional information to generate a second element in a local feature layer of the map , the first element corresponding to the second element. acquiring an image captured when an acquisition entity is moving, location data associated with the image, and point cloud data associated with the image , the location data indicating a location where the acquisition entity is located when the image is captured, and the point cloud data indicating three-dimensional information of the image; extracting a global feature of the image, the global feature being a spatial envelope of the image; and associating the location data with the global feature to generate a first element in a global feature layer of the map ; and extracting a plurality of local features of the image, the plurality of local features representing each an attribute related to a part of the image; extracting three-dimensional information associated with each one of the plurality of local features from the point cloud data; and associating each one of the plurality of local features with the corresponding three-dimensional information to generate a second element in a local feature layer of the map , the first element corresponding to the second element.
An authenticating method for authenticating a document comprising receiving one or more obtained images of the document detecting one or more elements of the document obtaining Z at least one parameter of the detected elements, by processing the obtained one or more images of the document using an image processing method; determining at least one meta-characteristic by comparing at least one parameter of the detected elements to at least one reference parameter of one or more pre-obtained elements; determining an authenticity indicator of the document by verifying whether the at least one meta-characteristic satisfies at least one predefined threshold associated to the at least one meta-characteristic, wherein the meta-characteristic is at least one measurement of a difference of at least one parameter of a detected element relative to at least one reference parameter of at least one reference model; the reference model comprising the one or more pre-obtained elements. receiving one or more obtained images of the document detecting one or more elements of the document obtaining Z at least one parameter of the detected elements, by processing the obtained one or more images of the document using an image processing method; determining at least one meta-characteristic by comparing at least one parameter of the detected elements to at least one reference parameter of one or more pre-obtained elements; determining an authenticity indicator of the document by verifying whether the at least one meta-characteristic satisfies at least one predefined threshold associated to the at least one meta-characteristic, wherein the meta-characteristic is at least one measurement of a difference of at least one parameter of a detected element relative to at least one reference parameter of at least one reference model; the reference model comprising the one or more pre-obtained elements.
An antimicrobial composition comprising: a) Thymol; b) Terpineol; c) Niacinamide d) an Antimicrobial peptide (AMP); and e) a cosmetically acceptable base. a) Thymol; b) Terpineol; c) Niacinamide d) an Antimicrobial peptide (AMP); and e) a cosmetically acceptable base.
A single use in-line speed reduction torque limiting assembly comprising: a shaft assembly comprising a drive shaft and a sun gear attached to the drive shaft ; a housing ; a plurality of planetary gears each having a plurality of gear teeth; and, an output assembly ; an undulated torque-limiting assembly with a shaped channel for receiving a tool ; characterized in that one or more of the gears are non-metal and comprise one or more non-metal teeth; and, that the one or more non-metal teeth are configured to be frangible after a predetermined number of use cycles. a shaft assembly comprising a drive shaft and a sun gear attached to the drive shaft ; a housing ; a plurality of planetary gears each having a plurality of gear teeth; and, an output assembly ; an undulated torque-limiting assembly with a shaped channel for receiving a tool ; characterized in that one or more of the gears are non-metal and comprise one or more non-metal teeth; and, that the one or more non-metal teeth are configured to be frangible after a predetermined number of use cycles.
An adhesion-type holding structure for mounting onto a wall (W), comprising: a main attaching member , comprising a holding portion for bearing an external object and a first adhering portion for adhering to a wall (W) ; a backup attaching member , comprising a second adhering portion for adhering to a wall (W) ; wherein, in use, the main attaching member and the backup attaching member are attachable to a wall (W) on positions close to each other by means of the first and second adhering portions , wherein the adhesion-type holding structure further comprises a safety mechanism for holding the holding portion in a detached state, comprising a replacement device disposed between the main attaching member and the backup attaching member , wherein the replacement device comprises a connecting member , the connecting member having a lower connection position connected to the main attaching member and an upper connection position connected to the backup attaching member , such that in use when the main attaching member comes loose from the wall and falls down, the backup attaching member can prevent, by means of the replacement device, the main attaching member from falling down, and timely replaces the main attaching member to hold the holding portion, characterized in that the safety mechanism further comprises a guiding device configured to keep the holding portion in an upright posture, when, in use, the main attaching member is becoming loose from the wall (W). a main attaching member , comprising a holding portion for bearing an external object and a first adhering portion for adhering to a wall (W) ; a backup attaching member , comprising a second adhering portion for adhering to a wall (W) ; wherein, in use, the main attaching member and the backup attaching member are attachable to a wall (W) on positions close to each other by means of the first and second adhering portions , wherein the adhesion-type holding structure further comprises a safety mechanism for holding the holding portion in a detached state, comprising a replacement device disposed between the main attaching member and the backup attaching member , wherein the replacement device comprises a connecting member , the connecting member having a lower connection position connected to the main attaching member and an upper connection position connected to the backup attaching member , such that in use when the main attaching member comes loose from the wall and falls down, the backup attaching member can prevent, by means of the replacement device, the main attaching member from falling down, and timely replaces the main attaching member to hold the holding portion, characterized in that the safety mechanism further comprises a guiding device configured to keep the holding portion in an upright posture, when, in use, the main attaching member is becoming loose from the wall (W).
Injection-moulding device having an injection mould which has at least one mould cavity for at least partially receiving a functional part and for moulding a plastics moulding onto the functional part to form a multi-component part , in particular a syringe , wherein the injection-moulding device has at least one functional part holder , characterized in that the functional part holder comprises a clamping sleeve for holding a functional part in its injection position with clamping action, the functional part at least partially projecting into the mould cavity in said injection position, and in that the injection-moulding device has a clamping device having at least one clamping ram which can be fed transversely with respect to a longitudinal extent of the clamping sleeve in order to clamp a functional part located in the clamping sleeve , wherein the clamping sleeve has a functional part receptacle and a clamping portion having an outer pressure surface which can be acted on by the clamping ram of the clamping device for the purpose of narrowing the functional part receptacle .