mhurhangee/patent-ind-claim-en huggingface dataset:
A refuse bag roll with a plurality of refuse bags (10-1, 10-2; 10, 10', 10'', 10′′′) rolled up one behind the other, which may be separated from one another by material weakenings extending in the transverse direction of the refuse bag roll, and wherein each of the refuse bags (10-1, 10-2; 10, 10', 10'', 10′′′) has at least one filling opening for refuse and at least two refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16''-1, 16''-2; 16′′′-1, 16′′′-2, 16'''-3), which may be filled via the at least one filling opening, wherein the refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16"-1, 16''-2; 16′′′-1, 16′′′-2, 16′′′-3) may each be separated from the refuse bag in a non-destructive manner, so that the refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16"-1, 16''-2; 16′′′-1, 16′′′-2, 16′′′-3) each form separate refuse bags after separation from the refuse bag, characterised in that each refuse bag has a main bag wall on which at least one connecting wall (22-1, 22-2) is provided, by means of which refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16''-1, 16''-2) are formed, wherein the at least one connecting wall extends at least in portions in the longitudinal direction, and wherein a material weakening for non-destructive separation is formed on the at least one connecting wall.
A nanoparticle comprising alginate, C-C motif chemokine ligand 21(CCL21), protamine sulfate, and a divalent cation.
A method for a measurement reporting of a user equipment, UE, configured with a primary cell, the method being performed by the UE and comprising: adding (S1503) a secondary cell as a serving cell of the UE; determining (S1601) whether the secondary cell is applicable for a measurement associated to an event triggering a measurement report; determining (S1602) whether the secondary cell is included in a triggered cell list; when the secondary cell is not applicable for the measurement associated to the event triggering a measurement report and when the secondary cell is included in the triggered cell list, removing the secondary cell from the triggered cell list; and transmitting the triggered cell list included in a measurement report to a base station. adding (S1503) a secondary cell as a serving cell of the UE; determining (S1601) whether the secondary cell is applicable for a measurement associated to an event triggering a measurement report; determining (S1602) whether the secondary cell is included in a triggered cell list; when the secondary cell is not applicable for the measurement associated to the event triggering a measurement report and when the secondary cell is included in the triggered cell list, removing the secondary cell from the triggered cell list; and transmitting the triggered cell list included in a measurement report to a base station.
A method for reporting group identifiers of port groups of an OpenFlow switch, comprising: when the OpenFlow switch receives a port information query message sent by an OpenFlow controller, reporting port group identifiers of port groups, to which each port of the OpenFlow switch or each port in the port information query message belongs, to the OpenFlow controller, characterized in that the port groups are obtained by grouping ports based on their corresponding supported action types of flow tables or corresponding supported group table types in the OpenFlow switch, and each of the port groups has a port group identifier. (A).
A data transmission method, comprising: receiving , by a terminal device, a first transport block from a radio access network device, wherein the first transport block comprises at least two code blocks, the at least two code blocks are divided into at least two different code block groups, and each code block group comprises at least one of the at least two code blocks; and sending, by the terminal device, first feedback information to the radio access network device, wherein the first feedback information comprises at least two pieces of feedback information corresponding to the first transport block, and the at least two pieces of feedback information are respectively used to indicate receiving statuses of the at least two code block groups; characterized in that each of the at least two pieces of feedback information in the first feedback information is negative acknowledgement information, in case that the terminal device determines that the each of the at least two code block groups passes decoded check but the first transport block fails in decoded check. receiving , by a terminal device, a first transport block from a radio access network device, wherein the first transport block comprises at least two code blocks, the at least two code blocks are divided into at least two different code block groups, and each code block group comprises at least one of the at least two code blocks; and sending, by the terminal device, first feedback information to the radio access network device, wherein the first feedback information comprises at least two pieces of feedback information corresponding to the first transport block, and the at least two pieces of feedback information are respectively used to indicate receiving statuses of the at least two code block groups; characterized in that each of the at least two pieces of feedback information in the first feedback information is negative acknowledgement information, in case that the terminal device determines that the each of the at least two code block groups passes decoded check but the first transport block fails in decoded check.
Vehicle warning apparatus for warning a first vehicle about traffic congestion in and around a hazard area, comprising: a first communication interface designed to receive first data, the first data relating to a state of motion of the first vehicle ; a second communication interface designed to receive second data from the second vehicle , the second data relating to a state of motion of the second vehicle , characterized in that a processing apparatus is designed to take the first data and the second data as a basis for determining a future position of the second vehicle at a predicted time at which the first vehicle is within the hazard area, and the processing apparatus is further designed to transmit a vehicle warning signal to the first vehicle before the first vehicle enters the hazard area if the determined future position of the second vehicle is directly behind the hazard area and would prompt the first vehicle to stop within this hazard area. a first communication interface designed to receive first data, the first data relating to a state of motion of the first vehicle ; a second communication interface designed to receive second data from the second vehicle , the second data relating to a state of motion of the second vehicle , characterized in that a processing apparatus is designed to take the first data and the second data as a basis for determining a future position of the second vehicle at a predicted time at which the first vehicle is within the hazard area, and the processing apparatus is further designed to transmit a vehicle warning signal to the first vehicle before the first vehicle enters the hazard area if the determined future position of the second vehicle is directly behind the hazard area and would prompt the first vehicle to stop within this hazard area.
A collodion-based composition comprising acetylsalicylic acid.
A device for enabling uniform white balancing of a first viewing element and a second viewing element in an endoscopic tip , wherein the first viewing element is positioned on a distal face of the endoscopic tip and the second viewing element is positioned on a side of the endoscopic tip, said device comprising a housing defining an enclosed volume and having an opening for receiving said endoscopic tip, wherein said opening has a first diameter (d) configured to snugly receive said endoscopic tip such that external light is prevented from entering through said opening when said endoscopic tip is inserted in the housing, wherein the enclosed volume has a surface area and the first viewing element and second viewing element each have a field of view, wherein the surface area of the enclosed volume within said first field of view of the first viewing element and the surface area of the enclosed volume within said second field of view are the same color, characterized in that the field of view of the second viewing element is at a predefined distance (t) from the second viewing element when said endoscopic tip is inserted in the housing; and said device further comprises a member extending out from the surface area and within the enclosed volume, wherein said member is configured to position said first viewing element at the same predefined distance (t) from the surface area.
An injection molding machine comprising: an operation unit configured to receive an operation of a display screen and/or an operation for operating the injection molding machine ; and a controller configured to perform a control according to the operation received by the operation unit , characterized in that the controller includes a manual creation unit which is configured to create a procedure manual related to the operation received by the operation unit based on the operation received by the operation unit . an operation unit configured to receive an operation of a display screen and/or an operation for operating the injection molding machine ; and a controller configured to perform a control according to the operation received by the operation unit , characterized in that the controller includes a manual creation unit which is configured to create a procedure manual related to the operation received by the operation unit based on the operation received by the operation unit .
A method for secure execution of software at a receiver entity , wherein the software is executed in the receiver entity conditionally, the method comprising the following steps at the receiver entity : executing an authentication scheme with a sender entity using an authentication key to select a hash function from a hash function family , receiving the software and a first hash value from the sender entity , wherein the first hash value is calculated by inputting the software into the selected hash function , storing the authentication key and usage data about the usage of the stored authentication key , wherein the usage data is embodied as a counter or as a whitelist, updating the usage data with every usage of the stored authentication key , marking the stored authentication key as unusable or deleting the stored authentication key when a to a certain threshold defined usage limit according to the updated usage data is reached, inputting the received software into the selected hash function to calculate a second hash value , and executing the software only if the first hash value is equal to the second hash value , wherein the received first hash value is a respective individual first hash value calculated individually for each of a plurality of receiver entities . executing an authentication scheme with a sender entity using an authentication key to select a hash function from a hash function family , receiving the software and a first hash value from the sender entity , wherein the first hash value is calculated by inputting the software into the selected hash function , storing the authentication key and usage data about the usage of the stored authentication key , wherein the usage data is embodied as a counter or as a whitelist, updating the usage data with every usage of the stored authentication key , marking the stored authentication key as unusable or deleting the stored authentication key when a to a certain threshold defined usage limit according to the updated usage data is reached, inputting the received software into the selected hash function to calculate a second hash value , and executing the software only if the first hash value is equal to the second hash value , wherein the received first hash value is a respective individual first hash value calculated individually for each of a plurality of receiver entities .
A treatment device comprising: a probe including an axial portion that defines a longitudinal axis (C) in which ultrasonic vibration is transmitted, and a cutting blade provided on a distal side of the axial portion and projecting in a direction crossing the longitudinal axis (C), the cutting blade being capable of cutting bones and cartilages at a distal end of a projecting direction; a first sheath enclosing an outer peripheral surface of the axial portion in the probe ; a second sheath being arranged eccentric from the longitudinal axis (C) of the probe toward a side where the cutting blade is provided, and enclosing a periphery of the first sheath , and the second sheath forming a suction path including, between a periphery of the first sheath and the second sheath , a wide portion corresponding to a side where the cutting blade is provided and a narrow portion corresponding to a side opposite to the side where the cutting blade is provided; a connection part communicating with the suction path and connected to a suction source , wherein when a height of the cutting blade in a direction crossing the longitudinal axis (C) direction is represented as H1, a height of the wide portion in the direction crossing the longitudinal axis (C) is represented as H2, and a height of the narrow portion in the direction crossing the longitudinal axis (C) is represented as H0, a relationship of H2>H1>H0 is satisfied. a probe including an axial portion that defines a longitudinal axis (C) in which ultrasonic vibration is transmitted, and a cutting blade provided on a distal side of the axial portion and projecting in a direction crossing the longitudinal axis (C), the cutting blade being capable of cutting bones and cartilages at a distal end of a projecting direction; a first sheath enclosing an outer peripheral surface of the axial portion in the probe ; a second sheath being arranged eccentric from the longitudinal axis (C) of the probe toward a side where the cutting blade is provided, and enclosing a periphery of the first sheath , and the second sheath forming a suction path including, between a periphery of the first sheath and the second sheath , a wide portion corresponding to a side where the cutting blade is provided and a narrow portion corresponding to a side opposite to the side where the cutting blade is provided; a connection part communicating with the suction path and connected to a suction source , wherein when a height of the cutting blade in a direction crossing the longitudinal axis (C) direction is represented as H1, a height of the wide portion in the direction crossing the longitudinal axis (C) is represented as H2, and a height of the narrow portion in the direction crossing the longitudinal axis (C) is represented as H0, a relationship of H2>H1>H0 is satisfied.
A method for decoding video comprising: creating a first list of motion vectors from neighboring blocks of a current block in a current frame , wherein the neighboring blocks include an above block of the current block, a left block of the current block, and an above left block of the current block; creating a second list comprising a motion vector of a block in a previously transmitted frame by: deriving coordinates of a position of the block in the previously transmitted frame by performing a flooring function, wherein the flooring function operates an arithmetic right shift operation on a pixel position in the current frame based on a top-left position of the current block followed by an arithmetic left shift operation, and wherein a magnitude of the arithmetic right shift operation and a magnitude of the arithmetic left shift operation each have a value of 4; generating a third list of candidate motion vectors including the first list and the second list; receiving a control parameter indicating a location in the third list; selecting a candidate motion vector in the third list, indicated by the control parameter, as a motion vector predictor for the current block , wherein the current block is a 4 x 4 block. creating a first list of motion vectors from neighboring blocks of a current block in a current frame , wherein the neighboring blocks include an above block of the current block, a left block of the current block, and an above left block of the current block; creating a second list comprising a motion vector of a block in a previously transmitted frame by: deriving coordinates of a position of the block in the previously transmitted frame by performing a flooring function, wherein the flooring function operates an arithmetic right shift operation on a pixel position in the current frame based on a top-left position of the current block followed by an arithmetic left shift operation, and wherein a magnitude of the arithmetic right shift operation and a magnitude of the arithmetic left shift operation each have a value of 4; deriving coordinates of a position of the block in the previously transmitted frame by performing a flooring function, wherein the flooring function operates an arithmetic right shift operation on a pixel position in the current frame based on a top-left position of the current block followed by an arithmetic left shift operation, and wherein a magnitude of the arithmetic right shift operation and a magnitude of the arithmetic left shift operation each have a value of 4; generating a third list of candidate motion vectors including the first list and the second list; receiving a control parameter indicating a location in the third list; selecting a candidate motion vector in the third list, indicated by the control parameter, as a motion vector predictor for the current block , wherein the current block is a 4 x 4 block.
A separator apparatus, comprising: an inlet operable to receive an effluent stream comprising water, a fluid and particles; a centrifugal separator comprising a radial fan and a centrifugal particle separator operable to separate at least some of said particles from said fluid, said centrifugal separator comprising a cylindrical chamber defined by a base plate and an opposing plate coupled by a rim , wherein the opposing plate is provided with an inlet at its center for receiving the effluent and , wherein said radial fan is rotatable and comprises a plurality of vanes extending from said inlet towards said rim, said centrifugal particle separator is rotatable and comprises an elongate annular body or rim extending from the opposing plate within which is provided aplurality of conduits extending axially proximate said rim to receive said effluent stream, wherein a wall of said conduits is configured to entrain said particles and said water to separate said particles and said water from said fluid during rotation of said conduits as said effluent stream is conveyed therethrough, and wherein each conduit comprises a conduit inlet for receiving the fluids separated from the particles and the water entrained by the walls of a volute of the radial fan and a conduit outlet as said outlet for venting said fluid substantially free of particles and water droplets , said particles and said water entrained by said wall draining back through said inlet.; a fluid outlet for providing said fluid; and a particle outlet for providing said particles separated from said fluid. an inlet operable to receive an effluent stream comprising water, a fluid and particles; a centrifugal separator comprising a radial fan and a centrifugal particle separator operable to separate at least some of said particles from said fluid, said centrifugal separator comprising a cylindrical chamber defined by a base plate and an opposing plate coupled by a rim , wherein the opposing plate is provided with an inlet at its center for receiving the effluent and , wherein said radial fan is rotatable and comprises a plurality of vanes extending from said inlet towards said rim, said centrifugal particle separator is rotatable and comprises an elongate annular body or rim extending from the opposing plate within which is provided aplurality of conduits extending axially proximate said rim to receive said effluent stream, wherein a wall of said conduits is configured to entrain said particles and said water to separate said particles and said water from said fluid during rotation of said conduits as said effluent stream is conveyed therethrough, and wherein each conduit comprises a conduit inlet for receiving the fluids separated from the particles and the water entrained by the walls of a volute of the radial fan and a conduit outlet as said outlet for venting said fluid substantially free of particles and water droplets , said particles and said water entrained by said wall draining back through said inlet.; a fluid outlet for providing said fluid; and a particle outlet for providing said particles separated from said fluid.
A vehicular instrument comprising: a light source ; a light guide body for guiding light emitted from the light source ; an information display part for displaying information relating to a vehicle by receiving irradiation of the light guided by the light guide body ; and a light shielding member mounted to overlap a peripheral edge of the information display part and having a light shielding property; wherein at least part of the light guide body is covered by the light shielding member ; and wherein the light shielding member has a decoration opening formed in a part of a region overlapping the light guide body so as to allow the light guided by the light guide body to pass therethrough; characterized in that the light shielding member is configured by a casing arranged on an upper side of the information display part . a light source ; a light guide body for guiding light emitted from the light source ; an information display part for displaying information relating to a vehicle by receiving irradiation of the light guided by the light guide body ; and a light shielding member mounted to overlap a peripheral edge of the information display part and having a light shielding property; wherein at least part of the light guide body is covered by the light shielding member ; and wherein the light shielding member has a decoration opening formed in a part of a region overlapping the light guide body so as to allow the light guided by the light guide body to pass therethrough; characterized in that the light shielding member is configured by a casing arranged on an upper side of the information display part .
Method for the bioleaching of a metalliferous ore, said method comprising the following steps: a) adding to a tank a ground metalliferous ore , a medium comprising a microbial bioleaching consortium and a nutrient substrate of the microorganisms of the microbial consortium, b) obtaining a suspension in the tank by means of at least one stirring system for placing and/or holding the metalliferous ore in suspension in a liquid phase, c) injecting a gas containing oxygen and optionally carbon dioxide into the suspension, d) bioleaching the metalliferous ore in the suspension with the microbial consortium so as to obtain released metal, e) recovering a liquid product containing released metal and consisting of (a) a liquor and (b) a solid residue , characterised in that the temperature of the suspension is controlled by regulating the flow rates and the composition of the injected gas, as well as, optionally, the solid concentration of the suspension, the temperature of the suspension being controlled so as to be maintained within a predetermined range suitable for bioleaching. a) adding to a tank a ground metalliferous ore , a medium comprising a microbial bioleaching consortium and a nutrient substrate of the microorganisms of the microbial consortium, b) obtaining a suspension in the tank by means of at least one stirring system for placing and/or holding the metalliferous ore in suspension in a liquid phase, c) injecting a gas containing oxygen and optionally carbon dioxide into the suspension, d) bioleaching the metalliferous ore in the suspension with the microbial consortium so as to obtain released metal, e) recovering a liquid product containing released metal and consisting of (a) a liquor and (b) a solid residue ,