mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing an ore slurry from raw material ores comprising: a pulverizing/classifying step of pulverizing the raw material ores and classifying the resulting ores at a predetermined classifying point so that oversized ore particles are removed so as to obtain a coarse ore slurry composed of undersized ore particles; a grain size measuring step of measuring the grain size of the coarse ore slurry obtained by the pulverizing/classifying step; and an ore slurry condensing step of loading the coarse ore slurry to a solid-liquid separation device and separating and removing moisture contained in the coarse ore slurry therefrom so as to condense ore components, wherein in the case when the grain size measured in the grain size measuring step is lower than a predetermined value, one portion of the oversized ore particles that have been removed in the pulverizing/classifying step is loaded and added to the solid-liquid separation device in the ore slurry condensing step; wherein the predetermined value for the grain size is 20μm; wherein upon loading and adding the oversized ore particles to the solid-liquid separation device in the ore slurry condensing step, the oversized ore particles are adjusted so as to have a particle size in a range from 20 to 100μm and added thereto; and wherein the oversized ore particles are added at a rate of 1 to 30 weight% relative to the entire ore particles to be loaded into the solid-liquid separation device. a pulverizing/classifying step of pulverizing the raw material ores and classifying the resulting ores at a predetermined classifying point so that oversized ore particles are removed so as to obtain a coarse ore slurry composed of undersized ore particles; a grain size measuring step of measuring the grain size of the coarse ore slurry obtained by the pulverizing/classifying step; and an ore slurry condensing step of loading the coarse ore slurry to a solid-liquid separation device and separating and removing moisture contained in the coarse ore slurry therefrom so as to condense ore components, wherein in the case when the grain size measured in the grain size measuring step is lower than a predetermined value, one portion of the oversized ore particles that have been removed in the pulverizing/classifying step is loaded and added to the solid-liquid separation device in the ore slurry condensing step; wherein the predetermined value for the grain size is 20μm; wherein upon loading and adding the oversized ore particles to the solid-liquid separation device in the ore slurry condensing step, the oversized ore particles are adjusted so as to have a particle size in a range from 20 to 100μm and added thereto; and wherein the oversized ore particles are added at a rate of 1 to 30 weight% relative to the entire ore particles to be loaded into the solid-liquid separation device.
An emulsion comprising: - a continuous oily phase which is a solution comprising a fluorinated oil and a conductivity-improving compound, wherein said conductivity-improving compound is an ionic liquid, - a dispersed aqueous phase dispersed in said continuous oily phase, and - a fluorinated surfactant. - a continuous oily phase which is a solution comprising a fluorinated oil and a conductivity-improving compound, wherein said conductivity-improving compound is an ionic liquid, - a dispersed aqueous phase dispersed in said continuous oily phase, and - a fluorinated surfactant.
A pharmaceutical composition comprising a compound having a formula of or a pharmaceutically acceptable salt thereof, for use in the treatment of pain by parenteral administration.
A transmission method for a physical layer operations, administration and maintenance, PLOAM, message in a passive optical network, the transmission method comprising: a transmitter dividing a PLOAM message carrying a plurality of kinds of information to generate more than two new PLOAM messages carrying only one kind of information, wherein each of the more than two new PLOAM messages only has a single function, and each of the more than two new PLOAM messages comprises at least a message identification, Message ID, field, wherein each Message ID identifies one kind of function, and simultaneously identifies a new PLOAM message; and the transmitter transmitting the new PLOAM messages; wherein, in the step of the transmitter transmitting the new PLOAM messages, the transmitter transmits the new PLOAM messages in any one of following ways: assembling n arbitrary new PLOAM messages into one PLOAM message group to transmit, wherein n≥2 and n is an integer; assembling part of fields of n new PLOAM messages into one PLOAM message group to transmit; assembling n new PLOAM messages with an undivided PLOAM message into one PLOAM message group to transmit; assembling part of fields of n new PLOAM messages with an undivided PLOAM message into one PLOAM message group to transmit; wherein there are t ONU IDs in the assembled PLOAM message group, 0≤t≤n, and t is an integer. a transmitter dividing a PLOAM message carrying a plurality of kinds of information to generate more than two new PLOAM messages carrying only one kind of information, wherein each of the more than two new PLOAM messages only has a single function, and each of the more than two new PLOAM messages comprises at least a message identification, Message ID, field, wherein each Message ID identifies one kind of function, and simultaneously identifies a new PLOAM message; and the transmitter transmitting the new PLOAM messages; wherein, in the step of the transmitter transmitting the new PLOAM messages, the transmitter transmits the new PLOAM messages in any one of following ways: assembling n arbitrary new PLOAM messages into one PLOAM message group to transmit, wherein n≥2 and n is an integer; assembling part of fields of n new PLOAM messages into one PLOAM message group to transmit; assembling n new PLOAM messages with an undivided PLOAM message into one PLOAM message group to transmit; assembling part of fields of n new PLOAM messages with an undivided PLOAM message into one PLOAM message group to transmit; wherein there are t ONU IDs in the assembled PLOAM message group, 0≤t≤n, and t is an integer. assembling n arbitrary new PLOAM messages into one PLOAM message group to transmit, wherein n≥2 and n is an integer; assembling part of fields of n new PLOAM messages into one PLOAM message group to transmit; assembling n new PLOAM messages with an undivided PLOAM message into one PLOAM message group to transmit; assembling part of fields of n new PLOAM messages with an undivided PLOAM message into one PLOAM message group to transmit; wherein there are t ONU IDs in the assembled PLOAM message group, 0≤t≤n, and t is an integer.
A method for transmitting media data, the media data being included in data transmission units in a network abstraction layer unit stream, the data transmission units having been ordered in a transmission order which is at least partly different from a decoding order of the media data in the data transmission units and the decoding order of the media data being at least partly different from an output order of the media data, wherein the method comprises: - encapsulating the data transmission units into packets of a real time transmission protocol; and - transmitting the packets of the real time transmission protocol; characterised in that the method further comprises: - determining the maximum number of data transmission units that precede any data transmission unit in the transmission order and follow said any data transmission unit in the decoding order in the network abstraction layer unit stream; - setting the maximum number as a value of a parameter to be provided to a receiver to determine buffering space in de-packetizing; and - defining a maximum decoding order number distance of data transmission units in the encoded picture stream to be provided to a receiver to determine initial buffering duration to reorder packets from transmission order to decoding order. - encapsulating the data transmission units into packets of a real time transmission protocol; and - transmitting the packets of the real time transmission protocol; - determining the maximum number of data transmission units that precede any data transmission unit in the transmission order and follow said any data transmission unit in the decoding order in the network abstraction layer unit stream; - setting the maximum number as a value of a parameter to be provided to a receiver to determine buffering space in de-packetizing; and - defining a maximum decoding order number distance of data transmission units in the encoded picture stream to be provided to a receiver to determine initial buffering duration to reorder packets from transmission order to decoding order.
A pump system , comprising: a base ; an opening in the base; a bellow comprising a suction valve and an upper lip ; a stem comprising a top portion, a neck, and an end portion, wherein the top portion is configured to seat next to the upper lip of the bellow , the neck extends through the suction valve , and the end portion extends through the opening in the base ; a guide in communication with the bellow , characterised by a fluid lock attached to the end portion of the stem. a base ; an opening in the base; a bellow comprising a suction valve and an upper lip ; a stem comprising a top portion, a neck, and an end portion, wherein the top portion is configured to seat next to the upper lip of the bellow , the neck extends through the suction valve , and the end portion extends through the opening in the base ; a guide in communication with the bellow , characterised by a fluid lock attached to the end portion of the stem.
A single crystal CVD diamond material comprising: three orthogonal dimensions of at least 2 mm; one or more regions of low optical birefringence, indicative of low strain, such that in a sample of the single crystal CVD diamond material having a thickness in a range 0.5 mm to 1.0 mm and an area of greater than 1.3 mm x 1.3 mm and measured using a pixel size of area in a range 1 x 1 μm 2 to 20 x 20 μm 2 , a maximum value of Δn [average] does not exceed 1.5 x 10 -4 for the one or more regions of low optical birefringence, where Δn [average] is an average value of a difference between refractive index for light polarised parallel to slow and fast axes averaged over the sample thickness; one or more regions of high optical birefringence, indicative of high strain, such that in said sample of the single crystal CVD diamond material and measured using said pixel size, Δn [average] is greater than 1.5 x 10 -4 and less than 3 x 10 -3 ; and wherein every 1.3 mm x 1.3 mm area of the sample of the single crystal CVD diamond material comprises at least one of said regions of high optical birefringence. three orthogonal dimensions of at least 2 mm; one or more regions of low optical birefringence, indicative of low strain, such that in a sample of the single crystal CVD diamond material having a thickness in a range 0.5 mm to 1.0 mm and an area of greater than 1.3 mm x 1.3 mm and measured using a pixel size of area in a range 1 x 1 μm 2 to 20 x 20 μm 2 , a maximum value of Δn [average] does not exceed 1.5 x 10 -4 for the one or more regions of low optical birefringence, where Δn [average] is an average value of a difference between refractive index for light polarised parallel to slow and fast axes averaged over the sample thickness; one or more regions of high optical birefringence, indicative of high strain, such that in said sample of the single crystal CVD diamond material and measured using said pixel size, Δn [average] is greater than 1.5 x 10 -4 and less than 3 x 10 -3 ; and wherein every 1.3 mm x 1.3 mm area of the sample of the single crystal CVD diamond material comprises at least one of said regions of high optical birefringence.
A light emission drive circuit comprising: a light emission current wire configured to flow a light emission current for causing a light emitting element to emit light, in the light emitting element ; a light emission current switch that is connected to the light emission current wire , and is configured to control the light emission current; a preliminary current wire configured to flow, in the light emission current wire , a preliminary current for exciting an inductance component of the light emission current wire before a light emission period being a period in which the light emission current flows in the light emitting element ; and a preliminary current switch that is connected to the preliminary current wire , and is configured to control the preliminary current, wherein one end of the preliminary current switch is connected to the preliminary current wire via a first resistor , and another end of the preliminary current switch is grounded, and wherein one end of the light emission current switch is connected to the light emission current wire via a second resistor , and another end of the light emission current switch is grounded. a light emission current wire configured to flow a light emission current for causing a light emitting element to emit light, in the light emitting element ; a light emission current switch that is connected to the light emission current wire , and is configured to control the light emission current; a preliminary current wire configured to flow, in the light emission current wire , a preliminary current for exciting an inductance component of the light emission current wire before a light emission period being a period in which the light emission current flows in the light emitting element ; and a preliminary current switch that is connected to the preliminary current wire , and is configured to control the preliminary current,
Stabilization element for stabilizing a roof hook with respect to a roof tile , comprising: a a chain of several filler segments pivotably connected to one another, and a at least one fastening element connected to the chain for fastening the stabilization element to a roof hook , wherein the filler segments are pivotable with respect to one another in such a way that several filler segments can be brought into a stacked position in order to fill a space between a roof tile and a roof hook coupled to the roof tile in which the stabilization element on one side engages with a top side of the roof tile and on the other side engages with a part of the roof hook situated above which is at a distance from the roof tile , characterized in that at least one filler segment is provided with a coupling member , and wherein at least one adjacent filler segment is provided with a complementary coupling member , wherein the coupling member and the complementary coupling member are configured to interact with one another in the stacked position of said filler segments . a a chain of several filler segments pivotably connected to one another, and a at least one fastening element connected to the chain for fastening the stabilization element to a roof hook ,
A diffusing vent assembly comprising a diffuser base and a diffusing head , wherein: the diffuser base comprises a mounting flange and a collar extending from the mounting flange ; the diffusing head comprises a diffuser vane configuration, a rotational flange surrounding the diffuser vane configuration, and an air blade extending from the rotational flange ; the air blade comprises a terminal edge and defines an air blade extension length b between the rotational flange of the diffusing head and the terminal edge of the air blade ; the diffuser base and the diffusing head further comprise complementary rotational securement members that permit rotation of the diffusing head relative to the diffuser base about a rotational axis of the diffusing head , and fix the diffusing head to the diffuser base along the rotational axis of the diffusing head , with the air blade of the diffusing head extending through the collar of the diffuser base , characterised in that the diffuser base further comprises a ductwork fixation channel formed about an outside periphery of the collar , the collar of the diffuser base defines a collar extension length c between the mounting flange and the ductwork fixation channel of the diffuser base , the collar extension length c is large enough to span an infra-ceiling space of a recreational vehicle, and the air blade extension length b is greater than the collar extension length c. the diffuser base comprises a mounting flange and a collar extending from the mounting flange ; the diffusing head comprises a diffuser vane configuration, a rotational flange surrounding the diffuser vane configuration, and an air blade extending from the rotational flange ; the air blade comprises a terminal edge and defines an air blade extension length b between the rotational flange of the diffusing head and the terminal edge of the air blade ; the diffuser base and the diffusing head further comprise complementary rotational securement members that permit rotation of the diffusing head relative to the diffuser base about a rotational axis of the diffusing head , and fix the diffusing head to the diffuser base along the rotational axis of the diffusing head , with the air blade of the diffusing head extending through the collar of the diffuser base , characterised in that the diffuser base further comprises a ductwork fixation channel formed about an outside periphery of the collar , the collar of the diffuser base defines a collar extension length c between the mounting flange and the ductwork fixation channel of the diffuser base , the collar extension length c is large enough to span an infra-ceiling space of a recreational vehicle, and the air blade extension length b is greater than the collar extension length c.
A case and a reel for use in a reinforcement binding machine wherein a reel mounting shaft is formed in the case to be mounted to a binding machine main body , the reel around which a reinforcement binding wire is wound is attached to the reel mounting shaft , and the wire is twisted after being wound around reinforcing bars to bind the reinforcing bars , wherein there is formed at an edge of an opening of the case into which the reel is inserted an annular recess having a diameter larger than a diameter of a bottom portion of the case , wherein a case opening side flange of the reel is formed as a large flange having a diameter allowing insertion into the annular recess formed in a step portion of the edge of the opening of the case , characterised in that the large flange of the reel is arranged between a guide protrusion of a cover member and an upper end of a circumferential wall of the case , and is held between the guide protrusion and the upper end of the circumferential wall , wherein the large flange is pressurized by a pressurizing force due to the cover member , within a predetermined range, the pressurizing force being adjustable by a lock means mounted to the cover member .
A method for transmitting, by a user equipment , UE, an uplink, UL, data in a wireless communication system, the method being performed by the user equipment and comprising: receiving a first UL grant from a base station , BS; transmitting, to the base station , a first UL data based on the first UL grant; receiving a hybrid automatic repeat request, HARQ, response of the first UL data from the BS ; and transmitting, to the base station , a second UL data and control information for whether the second UL data is a retransmission data of the first UL data or a new data , wherein the second UL data and the control information are multiplexed on a physical uplink shared channel, PUSCH, resource, wherein the control information comprises a new data indicator, NDI, wherein the control information indicates a type of a cyclic redundancy check, CRC, wherein, when the second UL data is the retransmission data of the first UL data, the control information uses a first CRC type, and wherein, when the second UL data is the new data, the control information uses a second CRC type. receiving a first UL grant from a base station , BS; transmitting, to the base station , a first UL data based on the first UL grant; receiving a hybrid automatic repeat request, HARQ, response of the first UL data from the BS ; and transmitting, to the base station , a second UL data and control information for whether the second UL data is a retransmission data of the first UL data or a new data , wherein the second UL data and the control information are multiplexed on a physical uplink shared channel, PUSCH, resource, wherein the control information comprises a new data indicator, NDI, wherein the control information indicates a type of a cyclic redundancy check, CRC, wherein, when the second UL data is the retransmission data of the first UL data, the control information uses a first CRC type, and wherein, when the second UL data is the new data, the control information uses a second CRC type. wherein, when the second UL data is the retransmission data of the first UL data, the control information uses a first CRC type, and wherein, when the second UL data is the new data, the control information uses a second CRC type.
A battery pack detachably connected to an electric tool or to a charger and comprising: a housing ; a cell group comprising a plurality of cells electrically connected to each other, wherein the cell group is disposed in the housing; a first voltage monitoring module configured to monitor at least one of a voltage of each of the plurality of the cells or a total voltage of the cell group; a control module electrically connected to the first voltage monitoring module and configured to control a charging process of the cell group; a second voltage monitoring module configured to monitor the voltage of each of the plurality of the cells to detect whether the plurality of the cells are in an overvoltage state; and a protection module electrically connected to the second voltage monitoring module and configured to, when the second voltage monitoring module monitors that any one of the plurality of the cells is in the overvoltage state, cut off a charging path formed between the battery pack and the charger; wherein the protection module comprises a fuse electrically connected to the cell group; and an electronic switch connected in series to the fuse and the cell group; and characterized in that the protection module further comprises: an optical coupler electrically connected to the second voltage monitoring module and the electronic switch and configured to control the electronic switch to turn on to blow the fuse according to a signal of the second voltage monitoring module. a housing ; a cell group comprising a plurality of cells electrically connected to each other, wherein the cell group is disposed in the housing; a first voltage monitoring module configured to monitor at least one of a voltage of each of the plurality of the cells or a total voltage of the cell group; a control module electrically connected to the first voltage monitoring module and configured to control a charging process of the cell group; a second voltage monitoring module configured to monitor the voltage of each of the plurality of the cells to detect whether the plurality of the cells are in an overvoltage state; and a protection module electrically connected to the second voltage monitoring module and configured to, when the second voltage monitoring module monitors that any one of the plurality of the cells is in the overvoltage state, cut off a charging path formed between the battery pack and the charger; wherein the protection module comprises a fuse electrically connected to the cell group; and an electronic switch connected in series to the fuse and the cell group; and