mhurhangee/ep-ind-claims huggingface dataset:
A grant-free data communication method of a terminal in a wireless communication system, the method comprising: receiving configuration information of a grant-free transmission resource (600, 700 1000), wherein the configuration information of the grant-free transmission resource (600, 700, 1000) comprises information about a resource region in time and frequency resource domain of the grant-free transmission resource (600, 700, 1000); selecting one of a plurality of partial resources included in the grant-free transmission resource (600, 700, 1000) as a transmission resource for transmitting a physical uplink shared channel, PUSCH, based on the configuration information; transmitting uplink control information, UCI, comprising scheduling information of the selected partial resource and index information of the selected partial resource; and transmitting the PUSCH based on the selected partial resource. receiving configuration information of a grant-free transmission resource (600, 700 1000), wherein the configuration information of the grant-free transmission resource (600, 700, 1000) comprises information about a resource region in time and frequency resource domain of the grant-free transmission resource (600, 700, 1000); selecting one of a plurality of partial resources included in the grant-free transmission resource (600, 700, 1000) as a transmission resource for transmitting a physical uplink shared channel, PUSCH, based on the configuration information; transmitting uplink control information, UCI, comprising scheduling information of the selected partial resource and index information of the selected partial resource; and transmitting the PUSCH based on the selected partial resource.
A method of processing organic waste to provide a slow-release fertiliser comprising at least one digesting step to provide digested organic waste and a setting step to provide a slow release fertiliser, wherein said digesting step comprises combining the organic waste with a metal catalyst, 50-100% concentrate of sulphuric acid and 5-100% concentrate of hydrogen peroxide, wherein the ratio of sulphuric acid to hydrogen peroxide is 1:1 to 1:10, and wherein said catalyst is titanium, copper, or compounds thereof.
An apparatus, comprising a first lead-acid battery plate including: a conductive silicon wafer (104; 304) to provide a current collector; a first mechanical support (110A; 310A; 315A) deposited on a first side of the conductive silicon wafer (104; 304); and a first active material (112A; 312A) deposited on the first mechanical support (110A; 310A; 315A) and the first side of the conductive silicon wafer (104; 304), the first active material (112A; 312A) having a first polarity, wherein the conductive silicon wafer (104; 304) includes a first ohmic contact layer between the first active material (112A; 312A) and a bulk of the conductive silicon wafer (104; 304); characterized in that the first active material (112A; 312A) is formed of cured paste; and the first mechanical support (110A; 310A; 315A) comprises an array pattern including an array of linear segments, a grid structure, an array of mesa structures, or a bump array pattern. a conductive silicon wafer (104; 304) to provide a current collector; a first mechanical support (110A; 310A; 315A) deposited on a first side of the conductive silicon wafer (104; 304); and a first active material (112A; 312A) deposited on the first mechanical support (110A; 310A; 315A) and the first side of the conductive silicon wafer (104; 304), the first active material (112A; 312A) having a first polarity, wherein the conductive silicon wafer (104; 304) includes a first ohmic contact layer between the first active material (112A; 312A) and a bulk of the conductive silicon wafer (104; 304); characterized in that the first active material (112A; 312A) is formed of cured paste; and the first mechanical support (110A; 310A; 315A) comprises an array pattern including an array of linear segments, a grid structure, an array of mesa structures, or a bump array pattern.
A vehicle comprising a vehicle power unit disposed between front side members that extend along a front and rear direction on a left side and a right side of the vehicle, and a brake system, the brake system comprising: an input device to which braking operation by an operator is input; and an electric brake actuator for generating a hydraulic brake pressure by driving a hydraulic pressure control piston housed in a cylinder main body by an electric motor disposed lower than the cylinder main body, according to at least the braking operation, wherein the input device and the electric brake actuator are mounted on the vehicle, characterized in that the electric motor is disposed in a space formed between the vehicle power unit and one of the front side members, and is rotated, with the axial line of the cylinder main body as the center of rotation, toward the space formed between the vehicle power unit and the one front side member in the direction going away from the vehicle power unit. an input device to which braking operation by an operator is input; and an electric brake actuator for generating a hydraulic brake pressure by driving a hydraulic pressure control piston housed in a cylinder main body by an electric motor disposed lower than the cylinder main body, according to at least the braking operation, wherein the input device and the electric brake actuator are mounted on the vehicle, characterized in that the electric motor is disposed in a space formed between the vehicle power unit and one of the front side members, and is rotated, with the axial line of the cylinder main body as the center of rotation, toward the space formed between the vehicle power unit and the one front side member in the direction going away from the vehicle power unit.
A loudspeaker assembly comprising: a diaphragm having a front side, a rear side and a circumferential edge between the front side and the rear side, a frame disposed at the rear side and at the edge of the diaphragm (104; 304; 504), and configured to support the diaphragm, a light source configured to generate light, and a light guide attached to the frame and optically coupled to the light source, the light guide configured to guide the light from the light source to the frame and to illuminate a vicinity of the light guide, wherein the light guide is coupled to the light source via an optical connector, wherein the light guide is configured to guide the light in a main direction along the guide light and to reflect, diffuse, distract or divert parts of the light in at least one other direction, wherein the assembly comprises a mounting ring and a grill with an edge profile at a front end of the assembly, wherein the light guide is arranged between the mounting ring and the edge profile, wherein the diaphragm is reflective so that the light emitted by the light guide is shadowed by the edge profile, but is visible from the front end via the reflective diaphragm. a diaphragm having a front side, a rear side and a circumferential edge between the front side and the rear side, a frame disposed at the rear side and at the edge of the diaphragm (104; 304; 504), and configured to support the diaphragm, a light source configured to generate light, and a light guide attached to the frame and optically coupled to the light source, the light guide configured to guide the light from the light source to the frame and to illuminate a vicinity of the light guide, wherein the light guide is coupled to the light source via an optical connector, wherein the light guide is configured to guide the light in a main direction along the guide light and to reflect, diffuse, distract or divert parts of the light in at least one other direction, wherein the assembly comprises a mounting ring and a grill with an edge profile at a front end of the assembly, wherein the light guide is arranged between the mounting ring and the edge profile, wherein the diaphragm is reflective so that the light emitted by the light guide is shadowed by the edge profile, but is visible from the front end via the reflective diaphragm.
A system comprising: a code branch tracking module stored in memory that: maintains a counter value in association with each of multiple code branches defined within a code body during execution of the code body, the counter value for each one of the code branches representing a number of times the code branch has executed within a current run-time environment; and dynamically updates and maintains a pass indicator status for each of the code branches during execution of the code body, the pass indicator status indicating satisfaction or non-satisfaction of a pass condition identified within the code branch that is based on the associated counter value for the code branch, wherein the pass condition for each one of the code branches is identified within an annotation included within the code branch, the annotation referencing: a threshold value; and a pass evaluation macro that is executed to evaluate the pass condition upon execution of the code branch based on a comparison between the threshold value and the counter value. a code branch tracking module stored in memory that: maintains a counter value in association with each of multiple code branches defined within a code body during execution of the code body, the counter value for each one of the code branches representing a number of times the code branch has executed within a current run-time environment; and dynamically updates and maintains a pass indicator status for each of the code branches during execution of the code body, the pass indicator status indicating satisfaction or non-satisfaction of a pass condition identified within the code branch that is based on the associated counter value for the code branch, wherein the pass condition for each one of the code branches is identified within an annotation included within the code branch, the annotation referencing: maintains a counter value in association with each of multiple code branches defined within a code body during execution of the code body, the counter value for each one of the code branches representing a number of times the code branch has executed within a current run-time environment; and dynamically updates and maintains a pass indicator status for each of the code branches during execution of the code body, the pass indicator status indicating satisfaction or non-satisfaction of a pass condition identified within the code branch that is based on the associated counter value for the code branch, wherein the pass condition for each one of the code branches is identified within an annotation included within the code branch, the annotation referencing: a threshold value; and a pass evaluation macro that is executed to evaluate the pass condition upon execution of the code branch based on a comparison between the threshold value and the counter value.
A solar cell comprising a non-polymeric compound, said compound incorporating one or more groups of Formula A: where M is selected from sulfur, oxygen, or N-R 1, where R 1 is H, C 1 -C 30 alkyl or C 6 -C 30 aryl; where either X 1 is CH and Y 1 is -C -, or X 1 is -C - and Y 1 is CH; and characterized in that W is selected from F, Cl, Br, I, -CN, -CF 3, -CHF 2, or -CH 2 F. where M is selected from sulfur, oxygen, or N-R 1, where R 1 is H, C 1 -C 30 alkyl or C 6 -C 30 aryl; where either X 1 is CH and Y 1 is -C -, or X 1 is -C - and Y 1 is CH; and characterized in that W is selected from F, Cl, Br, I, -CN, -CF 3, -CHF 2, or -CH 2 F.
A packaging bag comprising a bag body containing a content, wherein the bag body comprises: - a back seal portion formed by sealing a film in a length direction and disposed on a back surface; - a pair of end seal portions (3,4) formed by sealing the film in a width direction and disposed on ends in a length direction; - an edge seal portion formed by sealing the film and disposed on one side end; - a notch being formed in the edge seal portion, the notch serving as a starting point for opening of the bag body; and - an easy-to-cut portion disposed on an extension of the notch in an opening direction, characterized in that - the easy-to-cut portion being formed in a rectangular shape, and disposed to extend beyond the back seal portion between one side and the other side of the back seal portion, and - the bag body does not include easy-to-cut portions disposed at the side ends of the bag body. - a back seal portion formed by sealing a film in a length direction and disposed on a back surface; - a pair of end seal portions (3,4) formed by sealing the film in a width direction and disposed on ends in a length direction; - an edge seal portion formed by sealing the film and disposed on one side end; - a notch being formed in the edge seal portion, the notch serving as a starting point for opening of the bag body; and - an easy-to-cut portion disposed on an extension of the notch in an opening direction, characterized in that - the easy-to-cut portion being formed in a rectangular shape, and disposed to extend beyond the back seal portion between one side and the other side of the back seal portion, and - the bag body does not include easy-to-cut portions disposed at the side ends of the bag body.
Method for pendulum welding at least one workpiece by means of a welding tool, the pendulum by a robot arm of an industrial robot is moved automatically relative to the workpiece along a programmed path and thereby to produce a weld seam on the workpiece, comprising the steps in recurring order: - Performing a programmed motion by the robot arm along the programmed path, - Performing a pendulum motion of the welding tool in synchronism with the advance movement, characterized by the steps: - Braking of the forward movement according to a first braking profile with in a pendulum period up to a standstill before the pendulum movement has reached its next reversal point - Determining a residual deflection value, which by a first position (S') is at a standstill and a second position (U') at the next inversion point is defined in part of the pendulum movement, - Braking in the feed movement in a subsequent pendulum period having a function of the residual deflection value from a previous pendulum period delayed braking movement. - Performing a programmed motion by the robot arm along the programmed path, - Performing a pendulum motion of the welding tool in synchronism with the advance movement, characterized by the steps: - Braking of the forward movement according to a first braking profile with in a pendulum period up to a standstill before the pendulum movement has reached its next reversal point - Determining a residual deflection value, which by a first position (S') is at a standstill and a second position (U') at the next inversion point is defined in part of the pendulum movement, - Braking in the feed movement in a subsequent pendulum period having a function of the residual deflection value from a previous pendulum period delayed braking movement. - Braking of the forward movement according to a first braking profile with in a pendulum period up to a standstill before the pendulum movement has reached its next reversal point - Determining a residual deflection value, which by a first position (S') is at a standstill and a second position (U') at the next inversion point is defined in part of the pendulum movement, - Braking in the feed movement in a subsequent pendulum period having a function of the residual deflection value from a previous pendulum period delayed braking movement.
Block copolymer consisting of: - a partially or totally hydrophilic elastomeric block, with a Tg of less than 30°C and comprising at least one hydrophilic monomer, and - a water-soluble thermoplastic block with a Tg of greater than 30°C and comprising at least one monomer bearing a carboxyl group, said copolymer being partially or totally soluble in water or in aqueous medium, and the mass proportion of the thermoplastic block being greater than 50% of the weight of said copolymer, said copolymer being of structure P(BA-MPEGMA)-b-P(BA-S-MAA) and being extrudable and granulable. - a partially or totally hydrophilic elastomeric block, with a Tg of less than 30°C and comprising at least one hydrophilic monomer, and - a water-soluble thermoplastic block with a Tg of greater than 30°C and comprising at least one monomer bearing a carboxyl group,
An electronic subassembly for a personal care product comprising: a housing defining a chamber, the housing defining a tapered guide surface; a first circuit board having a rigid end positioned within the chamber and a flexible portion positioned outside the chamber; the electronic subassembly being characterized in that it comprises a second circuit board positioned within the chamber of the housing, the second circuit board having an electrical connector dimensioned to receive the rigid end; and an adapter secured to the first circuit board between the rigid end and the flexible portion; wherein the adapter has a corresponding tapered guide surface that engages the tapered guide surface of the housing to align the rigid end with the electrical connector. a housing defining a chamber, the housing defining a tapered guide surface; a first circuit board having a rigid end positioned within the chamber and a flexible portion positioned outside the chamber; the electronic subassembly being characterized in that it comprises a second circuit board positioned within the chamber of the housing, the second circuit board having an electrical connector dimensioned to receive the rigid end; and an adapter secured to the first circuit board between the rigid end and the flexible portion; wherein the adapter has a corresponding tapered guide surface that engages the tapered guide surface of the housing to align the rigid end with the electrical connector.
A multilayer film comprising five or more total layers and at least three polymeric piezoelectric layers in which said polymeric piezoelectric layers are each separated by one or more intervening substantially transparent non-piezoelectric layers, wherein each layer (1,2) has a thickness of 0.05 to 5 μm, and wherein said one or more non-piezoelectric layers comprise a polymer selected from the group consisting of polyalkylene naphthalate, polyalkylene terephthalate, polycarbonate, polyarylate, polyamide, polyimide, polyamide-imide, polyether-amide, polyether-imide, polyaryl ether, polyarylether ketone, aliphatic polyketone, polyphenylene sulfide, polysulfone, polystyrene, polyacrylate, polymethacrylate, cellulose derivative, polyalkylene, ionomeric resin, elastomer, silicone resin, epoxy resin, and polyurethane.
An end assembly for a dance pole, the end assembly comprising: an end part; a connector configured for connection, directly or indirectly, to a part of the dance pole; a first engagement element (30, 68) connected to the connector; a second engagement element (18, 70) engageable with the first engagement element (30, 68); and a movable element (6, 75) movable between a first position and a second position to move the second engagement element (18, 70) and switch the end assembly between: a spinning mode with the first engagement element (30, 68) disengaged from the second engagement element (18, 70), and with the connector capable of rotation relative to the end part; and a static mode with the first engagement element (30, 68) engaged with the second engagement element (18, 70) to restrict the rotation relative to the end part. an end part; a connector configured for connection, directly or indirectly, to a part of the dance pole; a first engagement element (30, 68) connected to the connector; a second engagement element (18, 70) engageable with the first engagement element (30, 68); and a movable element (6, 75) movable between a first position and a second position to move the second engagement element (18, 70) and switch the end assembly between: a spinning mode with the first engagement element (30, 68) disengaged from the second engagement element (18, 70), and with the connector capable of rotation relative to the end part; and a static mode with the first engagement element (30, 68) engaged with the second engagement element (18, 70) to restrict the rotation relative to the end part. a spinning mode with the first engagement element (30, 68) disengaged from the second engagement element (18, 70), and with the connector capable of rotation relative to the end part; and a static mode with the first engagement element (30, 68) engaged with the second engagement element (18, 70) to restrict the rotation relative to the end part.
A method for determining system information, comprising: sending, by a terminal device, a first random access preamble to a network device within a specific period, wherein the specific period is preset on the terminal device and wherein a first random access preamble being sent in the specific period is configured to request system information and a first random access preamble being sent out of the specific period is configured to perform a normal random access process; receiving, by the terminal device, a media access control, MAC, protocol data unit, PDU, sent by the network device, the MAC PDU comprising at least one MAC subPDU, wherein the at least one MAC subPDU comprises a first type MAC subPDU, and the first type MAC subPDU comprises a random access preamble identifier, RAPID, and wherein the at least one MAC subPDU comprises a third type MAC subPDU, and the third type MAC subPDU is the first MAC subPDU of the at least one MAC subPDU and comprises a backoff Indicator, BI; and determining, by the terminal device, the system information to be sent by the network device according to the RAPID in the first type MAC subPDU, characterized in that the method further comprises: decoding, by the terminal device, the MAC PDU according to a specific random access radio network temporary identification, RA-RNTI, wherein a value of the specific RA-RNTI is different from a value of an RA-RNTI used for the normal random access process. sending, by a terminal device, a first random access preamble to a network device within a specific period, wherein the specific period is preset on the terminal device and wherein a first random access preamble being sent in the specific period is configured to request system information and a first random access preamble being sent out of the specific period is configured to perform a normal random access process; receiving, by the terminal device, a media access control, MAC, protocol data unit, PDU, sent by the network device, the MAC PDU comprising at least one MAC subPDU, wherein the at least one MAC subPDU comprises a first type MAC subPDU, and the first type MAC subPDU comprises a random access preamble identifier, RAPID, and wherein the at least one MAC subPDU comprises a third type MAC subPDU, and the third type MAC subPDU is the first MAC subPDU of the at least one MAC subPDU and comprises a backoff Indicator, BI; and determining, by the terminal device, the system information to be sent by the network device according to the RAPID in the first type MAC subPDU, characterized in that the method further comprises: decoding, by the terminal device, the MAC PDU according to a specific random access radio network temporary identification, RA-RNTI, wherein a value of the specific RA-RNTI is different from a value of an RA-RNTI used for the normal random access process.