mhurhangee/ep-ind-claims huggingface dataset:
A multi-mode base station, comprising: a shared interface processing module, adapted to distinguish a wireless air interface mode of data and/or signaling while receiving the data and/or the signaling, and distribute the data and/or the signaling to a protocol processing module corresponding to the wireless air interface mode; and at least two protocol processing modules, respectively vested in at least two wireless air interface modes, and adapted to process data and/or signaling of the wireless air interface mode according to a protocol corresponding to the wireless air interface mode after receiving the data or the signaling from the shared interface processing module, characterized in that if the data is IP data and/or signaling, the interface processing module is adapted to distinguish the wireless air interface mode of the data and/or the signaling according to an address and/or a port number of the IP data and/or the signaling; or if the data is ATM data and/or signaling, the interface processing module adapted to distinguish the wireless air interface mode of the ATM data and/or the signaling according to an address and/or a permanent virtual line number of the ATM data and/or the signaling. a shared interface processing module, adapted to distinguish a wireless air interface mode of data and/or signaling while receiving the data and/or the signaling, and distribute the data and/or the signaling to a protocol processing module corresponding to the wireless air interface mode; and at least two protocol processing modules, respectively vested in at least two wireless air interface modes, and adapted to process data and/or signaling of the wireless air interface mode according to a protocol corresponding to the wireless air interface mode after receiving the data or the signaling from the shared interface processing module, characterized in that if the data is IP data and/or signaling, the interface processing module is adapted to distinguish the wireless air interface mode of the data and/or the signaling according to an address and/or a port number of the IP data and/or the signaling; or if the data is ATM data and/or signaling, the interface processing module adapted to distinguish the wireless air interface mode of the ATM data and/or the signaling according to an address and/or a permanent virtual line number of the ATM data and/or the signaling.
A balancing device, particularly for turbocompressors, comprising a base structure which supports elastically a supporting structure which has a flange for supporting a receptacle of a rotating element and a rotating element, said rotating element being movable with a rotary motion about its own rotation axis, and further comprising actuation means adapted to actuate lever means along a substantially radial direction, said lever means being adapted to generate a force for fixing said receptacle to said flange in a direction which is substantially parallel to said rotation axis, characterized in that elastic elements are comprised between said actuation means and said lever means, act in a substantially radial direction and are adapted to uncouple mechanically said actuation means from said lever means.
An assay device having: a unitary body with an exterior surface, the unitary body being substantially transparent to visible light and formed from a material having a refractive index in the range 1.26 to 1.40, the refractive index being measured at 20 °C with light of wavelength 589 nm, and wherein the unitary body is formed from a hydrophobic material, and at least two capillary bores extending internally along the unitary body, wherein at least a portion of the surface of each capillary bore includes a hydrophilic layer for retaining an assay reagent, and wherein the hydrophilic layer is also substantially transparent to visible light to allow optical interrogation of the capillary bores through the capillary wall. a unitary body with an exterior surface, the unitary body being substantially transparent to visible light and formed from a material having a refractive index in the range 1.26 to 1.40, the refractive index being measured at 20 °C with light of wavelength 589 nm, and wherein the unitary body is formed from a hydrophobic material, and at least two capillary bores extending internally along the unitary body, wherein at least a portion of the surface of each capillary bore includes a hydrophilic layer for retaining an assay reagent, and wherein the hydrophilic layer is also substantially transparent to visible light to allow optical interrogation of the capillary bores through the capillary wall.
Heat sink for an electric machine, comprising at least one cooling channel which adjoins an inner chamber surrounded by the heat sink, characterized in that the heat sink is designed as a single-piece plate bent into a closed ring, in which two abutting surfaces (19, 21), which are positioned opposite each other, are connected to each other in a fluid-tight manner in the region of a joint, wherein a plurality of closed channels extend in the plate from one abutting surface to the other abutting surface, wherein the abutting surfaces (19, 21) are offset with respect to one another in the axial direction in such a way that adjacent channels lead into each other in the region of the joint and thus form one continuous, spiral channel which extends in multiple spiral turns from an axially front end to an axially rear end of the annular heat sink.
A process to eliminate or reduce a pollutant in a starting material, wherein the starting material is a compound selected from the group consisting of esters of oils, esters of fats, their derivatives and mixtures thereof, either of animal, Krill, algae or microbial origin or biofuels, or of vegetable origin characterized in that the process consists of one step selected from fluid extraction, molecular distillation and supercritical fluid chromatography, and optionally a further treatment step with activated carbon.
A system adapted to control the access to the content of a refrigerator comprising: a thermal sensor that is adapted to detect a temperature parameter from a user of a door of the refrigerator; and a processing unit adapted to receive and process the temperature parameter and to determine whether to allow access to the refrigerator or not, characterized in that the processing unit is adapted to receive a threshold value, and is adapted to compare the temperature parameter with the threshold value, and adapted to determine whether to allow access to the refrigerator or not based on the comparison between the threshold value and the temperature parameter, wherein the thermal sensor is a temperature sensor, and wherein the temperature sensor is adapted to detect a set of temperature parameters from the user of the door of the refrigerator, and wherein the processing unit is adapted to generate a trigger, if the processing unit has determined for not allowing the access to the refrigerator, the system further comprising: - a locking unit adapted to lock or unlock the door of the refrigerator; and - a controller adapted to receive the trigger and to direct the locking unit for locking the door of the refrigerator. a thermal sensor that is adapted to detect a temperature parameter from a user of a door of the refrigerator; and a processing unit adapted to receive and process the temperature parameter and to determine whether to allow access to the refrigerator or not, characterized in that the processing unit is adapted to receive a threshold value, and is adapted to compare the temperature parameter with the threshold value, and adapted to determine whether to allow access to the refrigerator or not based on the comparison between the threshold value and the temperature parameter, wherein the thermal sensor is a temperature sensor, and wherein the temperature sensor is adapted to detect a set of temperature parameters from the user of the door of the refrigerator, and wherein the processing unit is adapted to generate a trigger, if the processing unit has determined for not allowing the access to the refrigerator, the system further comprising: - a locking unit adapted to lock or unlock the door of the refrigerator; and - a controller adapted to receive the trigger and to direct the locking unit for locking the door of the refrigerator. - a locking unit adapted to lock or unlock the door of the refrigerator; and - a controller adapted to receive the trigger and to direct the locking unit for locking the door of the refrigerator.
A filter for filtering molten metal, characterized in that the filter comprises a refractory material, a binder and an additive, wherein the refractory material is bonded to a open cell porous material through the binder to shape by sintering, wherein the weight ratio of the refractory material, the binder and the additive is 20∼45 wt% of the refractory material: 52∼78 wt% of the binder: 1∼9 wt% of the additive; wherein the total weight ratio of the refractory material, the binder and the additive is 100%; the binder includes carbon-based material and binding material, wherein the carbon-based material is selected from carbon, asphalt, tar or synthetic asphalt, the binding material is selected from alumino silica gel or silica sol; and the refractory material is one or more selected from the group consisting of mullite, corundum or spinel.
Method for driving a matrix of elements responding to the absolute value of the activation voltage avoiding crosstalk, the matrix being composed of a set of elements arranged in M rows and N columns and having a first and a second electrodes on which to apply the activation voltage, such that when at least one selected element (E 3C,E 6C,E 8C) of the matrix located on a common activation column (C c) and on at least one activation row (R 3,R 6,R 8) is to be excited, the method comprises the following column excitation process for said common activation column (Cc): - applying a row activation voltage to the first electrode of all the elements located on the at least one activation row (R 3,R 6,R 8); - applying a column activation voltage to the second electrode of all the elements located on the common activation column (C c); - applying a common row voltage to the first electrode of the elements located on all the rows of the matrix except for the at least one activation row (R 3,R 6,R 8); - applying a common column voltage to the second electrode of the elements located on all the columns of the matrix except for the common activation column (C c); characterized in that column activation voltage is 0 volts and the row activation voltage, common row voltage and common column voltage are such that V 1 = V 3 3 ⋅ 1 + x, V 2 = 2 ⁢ V 3 3 ⋅ 1 - x with V3>V2>V1>V0 and |x| lower that 0.5. - applying a row activation voltage to the first electrode of all the elements located on the at least one activation row (R 3,R 6,R 8); - applying a column activation voltage to the second electrode of all the elements located on the common activation column (C c); - applying a common row voltage to the first electrode of the elements located on all the rows of the matrix except for the at least one activation row (R 3,R 6,R 8); - applying a common column voltage to the second electrode of the elements located on all the columns of the matrix except for the common activation column (C c); characterized in that column activation voltage is 0 volts and the row activation voltage, common row voltage and common column voltage are such that V 1 = V 3 3 ⋅ 1 + x, V 2 = 2 ⁢ V 3 3 ⋅ 1 - x with V3>V2>V1>V0 and |x| lower that 0.5.
A vehicle body cover structure for a saddled vehicle, comprising: a vehicle body cover formed of a fiber-reinforced resin covering an outside of a vehicle body, the fiber-reinforced resin being formed of a cloth woven from warp threads and filling threads formed of fibers, characterized in that the vehicle body cover has the cloth disposed thereon, the cloth having disposed thereon a bisector that divides an angle formed between the warp threads and the filling threads into two equal parts, the bisector being disposed so as to extend along a line segment that connects between a fixing portion to be fixed to a vehicle body side and a vehicle body cover end portion that is farthest from the fixing portion, the vehicle body cover is a radiator shroud that covers an outside of a radiator, the radiator shroud includes, at a rear portion thereof, the fixing portion to be fixed to the vehicle body side and has, at a position spaced away downwardly toward a front from the fixing portion, a vehicle body cover end portion as a free end, a distance (L1, L3) in an anterior-posterior direction between the fixing portion (56r, 56t) to be fixed to the vehicle body side and the vehicle body cover end portion is substantially equal to a distance (L2, L4) in the anterior-posterior direction between the fixing portion (56r, 56t) and a rear end portion of the radiator shroud, and a distance in a superior-inferior direction between the fixing portion and the vehicle body cover end portion is longer than a distance in the superior-inferior direction between the fixing portion and a lower end portion. a vehicle body cover formed of a fiber-reinforced resin covering an outside of a vehicle body, the fiber-reinforced resin being formed of a cloth woven from warp threads and filling threads formed of fibers, characterized in that the vehicle body cover has the cloth disposed thereon, the cloth having disposed thereon a bisector that divides an angle formed between the warp threads and the filling threads into two equal parts, the bisector being disposed so as to extend along a line segment that connects between a fixing portion to be fixed to a vehicle body side and a vehicle body cover end portion that is farthest from the fixing portion, the vehicle body cover is a radiator shroud that covers an outside of a radiator, the radiator shroud includes, at a rear portion thereof, the fixing portion to be fixed to the vehicle body side and has, at a position spaced away downwardly toward a front from the fixing portion, a vehicle body cover end portion as a free end, a distance (L1, L3) in an anterior-posterior direction between the fixing portion (56r, 56t) to be fixed to the vehicle body side and the vehicle body cover end portion is substantially equal to a distance (L2, L4) in the anterior-posterior direction between the fixing portion (56r, 56t) and a rear end portion of the radiator shroud, and a distance in a superior-inferior direction between the fixing portion and the vehicle body cover end portion is longer than a distance in the superior-inferior direction between the fixing portion and a lower end portion.
A method comprising: identifying a plurality of segments of media content, each of the plurality of segments including a plurality of media frames; generating segment metadata for each of the plurality of segments, the segment metadata including a URL indicating a segment identifier and a respective location for retrieving the segment; transmitting a broadcast stream including the plurality of segments, and transmitting the segment metadata for each respective segment of the plurality of segments in an adaptation field of a first packet of each segment of the plurality of segments; and making the plurality of segments available for retrieval via a unicast stream using each of the URLs indicating the segment identifiers. identifying a plurality of segments of media content, each of the plurality of segments including a plurality of media frames; generating segment metadata for each of the plurality of segments, the segment metadata including a URL indicating a segment identifier and a respective location for retrieving the segment; transmitting a broadcast stream including the plurality of segments, and transmitting the segment metadata for each respective segment of the plurality of segments in an adaptation field of a first packet of each segment of the plurality of segments; and making the plurality of segments available for retrieval via a unicast stream using each of the URLs indicating the segment identifiers.
A method of making a delivery device for a therapeutic agent, drug, or vaccine, comprising: providing a flat panel wafer; forming a plurality of reservoirs, with each reservoir defining a cavity within the flat panel wafer; attaching a cover layer across the plurality of reservoirs; filling the plurality of reservoirs with at least one of the therapeutic agent, drug, and vaccine to form a plurality of filled reservoirs; providing a housing portion adjacent each of the plurality of filled reservoirs to form a composed layer; and separating the composed layer into a plurality of delivery devices, wherein each delivery device comprises a reservoir. providing a flat panel wafer; forming a plurality of reservoirs, with each reservoir defining a cavity within the flat panel wafer; attaching a cover layer across the plurality of reservoirs; filling the plurality of reservoirs with at least one of the therapeutic agent, drug, and vaccine to form a plurality of filled reservoirs; providing a housing portion adjacent each of the plurality of filled reservoirs to form a composed layer; and separating the composed layer into a plurality of delivery devices, wherein each delivery device comprises a reservoir.
A method of controlling a medical image capturing apparatus, the method comprising: establishing, by a mobile apparatus, a communication link between the mobile apparatus and the medical image capturing apparatus; detecting an operation mode of the mobile apparatus in response to establishing the communication link; determining a function corresponding to the detected operation mode from functions provided by the medical image capturing apparatus; and performing the determined function, characterized in that detecting the operation mode comprises determining the operation mode as one of a width direction mode and a height direction mode based on displacement information of the mobile apparatus, wherein the performing the determined function comprises, when the operation mode is the width direction mode in which the mobile apparatus is displaced in a width direction, controlling the medical image capturing apparatus based on a user input, and wherein the performing the determined function comprises, when the operation mode is the height direction mode in which the mobile apparatus is displaced in a height direction, displaying object-related information comprising at least one of medical record information of an object, medical image record information of the object, a medical image captured by the medical image capturing apparatus, and lesion information of the object. establishing, by a mobile apparatus, a communication link between the mobile apparatus and the medical image capturing apparatus; detecting an operation mode of the mobile apparatus in response to establishing the communication link; determining a function corresponding to the detected operation mode from functions provided by the medical image capturing apparatus; and performing the determined function, characterized in that detecting the operation mode comprises determining the operation mode as one of a width direction mode and a height direction mode based on displacement information of the mobile apparatus, wherein the performing the determined function comprises, when the operation mode is the width direction mode in which the mobile apparatus is displaced in a width direction, controlling the medical image capturing apparatus based on a user input, and wherein the performing the determined function comprises, when the operation mode is the height direction mode in which the mobile apparatus is displaced in a height direction, displaying object-related information comprising at least one of medical record information of an object, medical image record information of the object, a medical image captured by the medical image capturing apparatus, and lesion information of the object.
A process for forming curved thermoplastic composite material, comprising the steps of: providing a length of straight thermoplastic material; pre-forming said length of straight thermoplastic material into a selected cross-sectional configuration; pressing said length of straight thermoplastic material; and imparting a curved shape to said length of straight thermoplastic material following said step of pressing by providing a curved section of a process assembly and passing said length of straight thermoplastic material through said curved section of the process assembly following said step of pressing. providing a length of straight thermoplastic material; pre-forming said length of straight thermoplastic material into a selected cross-sectional configuration; pressing said length of straight thermoplastic material; and imparting a curved shape to said length of straight thermoplastic material following said step of pressing by providing a curved section of a process assembly and passing said length of straight thermoplastic material through said curved section of the process assembly following said step of pressing.
A materials handling vehicle comprising: a fixed mast weldment; at least one movable mast weldment (240, 250) coupled to said fixed mast weldment; a fork carriage apparatus movably coupled to said at least one movable mast weldment (240, 250); at least one first ram/cylinder assembly coupled to said fixed mast weldment and said at least one movable mast weldment to effect movement of said at least one movable mast weldment relative to said fixed mast weldment; a second ram/cylinder assembly coupled to said fork carriage apparatus and said at least one movable mast weldment to effect movement of said fork carriage apparatus relative to said at least one movable mast weldment; and a hydraulic system including a motor, a pump coupled to said motor to supply a pressurized fluid to said first and second ram/cylinder assemblies, and at least one first electronically controlled valve (430, 440) and a second electronically controlled valve (430, 440) associated with said at least one first ram cylinder assembly and said second ram/cylinder assembly; characterised in that the materials handling vehicle further comprises a control structure to estimate a speed of said fork carriage apparatus relative to said fixed mast weldment from a speed of said motor and to control the operation of said first and second valves (430, 440) using the estimated fork carriage apparatus speed; wherein said control structure controls the operation of said valves by comparing a determined fork carriage apparatus speed and a threshold speed based on the estimated fork carriage apparatus speed. a fixed mast weldment; at least one movable mast weldment (240, 250) coupled to said fixed mast weldment; a fork carriage apparatus movably coupled to said at least one movable mast weldment (240, 250); at least one first ram/cylinder assembly coupled to said fixed mast weldment and said at least one movable mast weldment to effect movement of said at least one movable mast weldment relative to said fixed mast weldment; a second ram/cylinder assembly coupled to said fork carriage apparatus and said at least one movable mast weldment to effect movement of said fork carriage apparatus relative to said at least one movable mast weldment; and a hydraulic system including a motor, a pump coupled to said motor to supply a pressurized fluid to said first and second ram/cylinder assemblies, and at least one first electronically controlled valve (430, 440) and a second electronically controlled valve (430, 440) associated with said at least one first ram cylinder assembly and said second ram/cylinder assembly; characterised in that the materials handling vehicle further comprises a control structure to estimate a speed of said fork carriage apparatus relative to said fixed mast weldment from a speed of said motor and to control the operation of said first and second valves (430, 440) using the estimated fork carriage apparatus speed; wherein said control structure controls the operation of said valves by comparing a determined fork carriage apparatus speed and a threshold speed based on the estimated fork carriage apparatus speed.