mhurhangee/ep-ind-claims huggingface dataset:
A high-efficiency short training field sequence generation method, applied to a wireless local area network and comprising: obtaining, a first high-efficiency short training field sequence in a preamble sequence corresponding to a second bandwidth, wherein the second bandwidth is greater than a first bandwidth; capturing, a segment of sequence from the obtained first high-efficiency short training field sequence, wherein a quantity of sampling points comprised in the segment of sequence is a quantity of sampling points corresponding to a high-efficiency short training field sequence in a preamble sequence corresponding to the first bandwidth; changing, a sampling rate of the captured segment of sequence to a sampling rate corresponding to the first bandwidth, to obtain a second high-efficiency short training field sequence by performing digital-to-analog conversion on the captured segment of sequence according to the sampling rate corresponding to the first bandwidth; and using, the second high-efficiency short training field sequence as the high-efficiency short training field sequence in the preamble sequence corresponding to the first bandwidth. obtaining, a first high-efficiency short training field sequence in a preamble sequence corresponding to a second bandwidth, wherein the second bandwidth is greater than a first bandwidth; capturing, a segment of sequence from the obtained first high-efficiency short training field sequence, wherein a quantity of sampling points comprised in the segment of sequence is a quantity of sampling points corresponding to a high-efficiency short training field sequence in a preamble sequence corresponding to the first bandwidth; changing, a sampling rate of the captured segment of sequence to a sampling rate corresponding to the first bandwidth, to obtain a second high-efficiency short training field sequence by performing digital-to-analog conversion on the captured segment of sequence according to the sampling rate corresponding to the first bandwidth; and using, the second high-efficiency short training field sequence as the high-efficiency short training field sequence in the preamble sequence corresponding to the first bandwidth.
A load carrying vehicle comprising at least one flexible curtain partially or wholly extending across a side of the vehicle from an upper vehicle frame member, the or each curtain (i) being vertically raisable in a concertina, folded or compressed manner between a transport position and a loading position by a plurality of lifting cables operable by one or more lifting mechanisms located on one or more sides of the vehicle, (ii) comprising a plurality of vertical reinforcement wires, and (iii) including one or more tensioning components along its lowermost side adapted to co-operate with one or more tensioning members along the side of the vehicle, wherein the one or more lifting mechanisms are separate from the tensioning members, characterised in that the one or more tensioning components are able to tension the curtain down in its transport position when the one or more lifting mechanisms disengage. (i) being vertically raisable in a concertina, folded or compressed manner between a transport position and a loading position by a plurality of lifting cables operable by one or more lifting mechanisms located on one or more sides of the vehicle, (ii) comprising a plurality of vertical reinforcement wires, and (iii) including one or more tensioning components along its lowermost side adapted to co-operate with one or more tensioning members along the side of the vehicle, wherein the one or more lifting mechanisms are separate from the tensioning members,
A security arrangement for a motor vehicle having an OBD port, the security arrangement comprising a blocker adapted for retro-fitment to the OBD port, the blocker having a primary connector comprising sixteen electrical terminals for connection to the sixteen electrical terminals of the OBD port and a secondary connector comprising sixteen electrical terminals for connection to an external device, the format of the secondary connector matching the format of the OBD port, the blocker having an electrical line which is connected to one of the sixteen electrical terminals of the primary connector and to one of the sixteen electrical terminals of the secondary connector, the blocker also having a switch and a controller to control the position of the switch, the switch having a closed position in which the electrical line is complete and an open position in which the electrical line is incomplete, the controller having a record of an identifier and being configured to close the switch when the identifier is communicated to the controller.
A method for the production of a temperature regulating polyurethane gel composition, comprising: reacting a mixture made of a polyol component and a phase change material, which is selected for an intended temperature regulation range, with an isocyanate component to form the temperature regulating polyurethane gel composition, wherein the fluid expanding the gel network is provided by the polyol component which comprises one or more long chain polyether polyols, wherein the isocyanate component comprises one or more isocyanates with a reactive functionality from 1.5 to 3.5, and wherein the PCM is directly incorporated in the fluid phase of the polyurethane gel without encapsulation, characterized in that - the long chain polyether polyol is an alkylene oxide polyether polyol with 0 to 25 wt.-% of ethylene oxide, namely a propylene oxide/ethylene oxide-polyether polyol with a molecular weight above 1900 (number average); - the PCM is selected from the group consisting of fatty acid monoesters and mixtures thereof; and - the polyol component and the liquid or melted PCM are mixed to obtain a single phase with complete miscibility between the components, without a phase separation. - the long chain polyether polyol is an alkylene oxide polyether polyol with 0 to 25 wt.-% of ethylene oxide, namely a propylene oxide/ethylene oxide-polyether polyol with a molecular weight above 1900 (number average); - the PCM is selected from the group consisting of fatty acid monoesters and mixtures thereof; and - the polyol component and the liquid or melted PCM are mixed to obtain a single phase with complete miscibility between the components, without a phase separation.
A transient loop prevention method of a network node of a network having a plurality of network nodes controlled by a link-state protocol, the method comprising the steps of: receiving a message at a network interface which contains information on a change in topology of the network; blocking forwarding of traffic independently to each neighbor node of the network at the network interface by a processing unit, wherein the blocking step includes the step of blocking at least an active topology or a forwarding path that is affected by the change at least one port of the network interface; agreeing by the processing unit on the change in topology with each neighbor node; unblocking the forwarding of traffic when the neighbor node has information about the topology which is the same as the information about the topology stored in a memory; and maintaining the blocking until the neighbor node agrees that it has a topology in its memory that is the same as the topology in the memory; wherein the step of receiving a message includes a step of receiving an advertisement at the network interface from another neighbor node which contains the information on the change to the topology, and wherein the agreeing step further includes a step of agreeing with the neighbor node on a digest of at least a portion of the topology stored in the memory. receiving a message at a network interface which contains information on a change in topology of the network; blocking forwarding of traffic independently to each neighbor node of the network at the network interface by a processing unit, wherein the blocking step includes the step of blocking at least an active topology or a forwarding path that is affected by the change at least one port of the network interface; agreeing by the processing unit on the change in topology with each neighbor node; unblocking the forwarding of traffic when the neighbor node has information about the topology which is the same as the information about the topology stored in a memory; and maintaining the blocking until the neighbor node agrees that it has a topology in its memory that is the same as the topology in the memory;
A color information processing method comprising: inputting reference data including color information about each pixel or each pixel group of a reference medium and evaluation target data including color information about each pixel or each pixel group of an evaluation medium by an input means, wherein the reference medium is a printed matter and the evaluation medium is a printed matter, the reference data and the evaluation target data are obtained by input the reference medium and the evaluation medium by an image input equipment; and performing an image matching process of image matching the input reference data and evaluation target data by an image processing means comprising positioning the images of the reference medium and the evaluation medium on a common coordinate axis of the images and removing a relative size difference and relative distortion, such that pixel levels thereof correspond to each other; characterized by setting a specific area which is a unit of evaluation and includes a plurality of pixel groups to each data item subjected to the image matching process by an area setting means, the specific area being able to arbitrarily be set by an operator; and comparing average color information items for each pixel group in the reference data and the evaluation target data in the set specific area to calculate a pixel group color difference and performing an averaging process to average the calculated pixel group color differences over the specific area to calculate an average evaluation result for the specific area by a calculation means (6, 7, 8, 9). inputting reference data including color information about each pixel or each pixel group of a reference medium and evaluation target data including color information about each pixel or each pixel group of an evaluation medium by an input means, wherein the reference medium is a printed matter and the evaluation medium is a printed matter, the reference data and the evaluation target data are obtained by input the reference medium and the evaluation medium by an image input equipment; and performing an image matching process of image matching the input reference data and evaluation target data by an image processing means comprising positioning the images of the reference medium and the evaluation medium on a common coordinate axis of the images and removing a relative size difference and relative distortion, such that pixel levels thereof correspond to each other; characterized by setting a specific area which is a unit of evaluation and includes a plurality of pixel groups to each data item subjected to the image matching process by an area setting means, the specific area being able to arbitrarily be set by an operator; and comparing average color information items for each pixel group in the reference data and the evaluation target data in the set specific area to calculate a pixel group color difference and performing an averaging process to average the calculated pixel group color differences over the specific area to calculate an average evaluation result for the specific area by a calculation means (6, 7, 8, 9).
A rotational speed control device, comprising: an angle information acquisition unit configured to acquire an angle of rotation of a motor used to rotatably drive a crankshaft for driving a piston rotor (13A, 13B) used to compress a gas in a cylinder (12A, 12B) in a rotary compressor; a rotational speed command unit configured to change a rotational speed command value (ωcmd) to the motor, and characterized by further comprising a rotational speed-switching determination unit configured to determine to change the rotational speed of the motor when the angle of rotation of the crankshaft based on the angle of rotation of the motor acquired by the angle information acquisition unit reaches a predetermined threshold value of an angle of rotation of the crankshaft set corresponding to an increase in the amount of leakage of a refrigerant gas from a high-pressure chamber to a low-pressure chamber in the cylinder during one rotation of the crankshaft; and the rotational speed command unit changes the rotational speed command value to the motor when the rotational speed-switching determination unit determines to change the rotational speed. an angle information acquisition unit configured to acquire an angle of rotation of a motor used to rotatably drive a crankshaft for driving a piston rotor (13A, 13B) used to compress a gas in a cylinder (12A, 12B) in a rotary compressor; a rotational speed command unit configured to change a rotational speed command value (ωcmd) to the motor, and characterized by further comprising a rotational speed-switching determination unit configured to determine to change the rotational speed of the motor when the angle of rotation of the crankshaft based on the angle of rotation of the motor acquired by the angle information acquisition unit reaches a predetermined threshold value of an angle of rotation of the crankshaft set corresponding to an increase in the amount of leakage of a refrigerant gas from a high-pressure chamber to a low-pressure chamber in the cylinder during one rotation of the crankshaft; and the rotational speed command unit changes the rotational speed command value to the motor when the rotational speed-switching determination unit determines to change the rotational speed.
Dispensing device for a fluid with a fluid channel and a chamber arrangement in which a valve element is movably arranged which interacts with a dispensing opening, wherein the chamber arrangement comprises at least one sealing element which over a first predetermined stroke of the valve element seals vis-à-vis the valve element and wherein over the first stroke the sealing element closes a fluid path from the chamber arrangement to the dispensing opening, characterised in that the valve element over a second predetermined stroke of the valve element seals off the dispensing opening, wherein the sealing element over the second stroke closes the fluid path from the chamber arrangement to the dispensing opening, wherein the valve element comprises a cylinder which seals off the dispensing opening through a form fit.
A motorcycle comprising: a frame, an electric motor supported by the frame, at least a first battery and a second battery for powering the electric motor, said first and second battery (10, 20) being housed respectively inside a first casing and a second casing, said first casing is positioned on the opposite side to the second casing relative to the frame, said frame being interposed between the first and second casings (11, 21), said electric motorcycle comprising coupling means for fixing said first and second casings (11, 21) to said frame, said frame comprising at least a first supporting element for said first casing extending laterally from said frame and at least a second supporting element for said second casing, said second supporting element extending laterally from said frame on the opposite side with respect to said first supporting element, characterised by said first casing comprising a first structural element and the second casing comprising a second structural element, said first casing being fixed to said frame by the first structural element and said second casing being fixed to said frame by the second structural element, said electric motorcycle comprising a load-bearing structure comprising said frame and said first and second structural elements (12, 22). a frame, an electric motor supported by the frame, at least a first battery and a second battery for powering the electric motor, said first and second battery (10, 20) being housed respectively inside a first casing and a second casing, said first casing is positioned on the opposite side to the second casing relative to the frame, said frame being interposed between the first and second casings (11, 21), said electric motorcycle comprising coupling means for fixing said first and second casings (11, 21) to said frame, said frame comprising at least a first supporting element for said first casing extending laterally from said frame and at least a second supporting element for said second casing, said second supporting element extending laterally from said frame on the opposite side with respect to said first supporting element, characterised by said first casing comprising a first structural element and the second casing comprising a second structural element, said first casing being fixed to said frame by the first structural element and said second casing being fixed to said frame by the second structural element, said electric motorcycle comprising a load-bearing structure comprising said frame and said first and second structural elements (12, 22).
A lavatory dispensing device comprising a lavatory treatment composition which comprises up to 50%wt. of an adhesion promoter constituent based on a fatty alcohol polyglycol ether represented by the following structural formula: within which, R is an C 12 -C 24 aliphatic mono- or poly- alkene moiety, and n has a value of from 1 to 50; 1 - 25%wt. of an organic solvent constituent, which is liquid at room temperature (20°C); 0.5 - 25%wt. of a detersive surfactant constituent; to 100%wt. of water; optionally a co-adhesion promoter constituent, preferably based on one or more oxyalkylenated compounds; and, further optionally one or more further optional constituents which may impart a further aesthetic or technical benefit to the said lavatory treatment compositions.. up to 50%wt. of an adhesion promoter constituent based on a fatty alcohol polyglycol ether represented by the following structural formula: within which, R is an C 12 -C 24 aliphatic mono- or poly- alkene moiety, and n has a value of from 1 to 50; 1 - 25%wt. of an organic solvent constituent, which is liquid at room temperature (20°C); 0.5 - 25%wt. of a detersive surfactant constituent; to 100%wt. of water; optionally a co-adhesion promoter constituent, preferably based on one or more oxyalkylenated compounds; and, further optionally one or more further optional constituents which may impart a further aesthetic or technical benefit to the said lavatory treatment compositions..
A device for obtaining a tissue sample, comprising: a distal assembly comprising: a first jaw including multiple distinct concave surfaces (63A, 63B, 63C, 63D) formed around a pyramid-shaped spike, and a single curved tooth positioned offset from a center of a distal curved portion of a cutting perimeter of the first jaw, projecting to form a flat top surface and angled sides along the distal curve portion, and positioned next to a recess along the distal curved portion of the cutting perimeter of the first jaw; and a second jaw including an elongate cavity and a fenestration hole disposed in the cavity, wherein the spike does not protrude through the fenestration hole when the first and second jaws are in a closed configuration, wherein the second jaw includes a tooth and recess pattern matching and complementing the tooth and recess pattern of the first jaw; wherein the first and second jaws (66, 80) are adapted to move relative to one another between an open configuration in which the tooth and recess pattern of the first jaw is separated from the tooth and recess pattern of the second jaw and the closed configuration in which the tooth and recess pattern of the first jaw mates with the tooth and recess pattern of the second jaw, and the spike is aligned with the fenestration hole, and wherein the first and second jaws (66, 80) each includes a proximal stepped-down heel portion to permit substantially complete jaw closure when in the closed configuration. a first jaw including multiple distinct concave surfaces (63A, 63B, 63C, 63D) formed around a pyramid-shaped spike, and a single curved tooth positioned offset from a center of a distal curved portion of a cutting perimeter of the first jaw, projecting to form a flat top surface and angled sides along the distal curve portion, and positioned next to a recess along the distal curved portion of the cutting perimeter of the first jaw; and a second jaw including an elongate cavity and a fenestration hole disposed in the cavity, wherein the spike does not protrude through the fenestration hole when the first and second jaws are in a closed configuration, wherein the second jaw includes a tooth and recess pattern matching and complementing the tooth and recess pattern of the first jaw; wherein the first and second jaws (66, 80) are adapted to move relative to one another between an open configuration in which the tooth and recess pattern of the first jaw is separated from the tooth and recess pattern of the second jaw and the closed configuration in which the tooth and recess pattern of the first jaw mates with the tooth and recess pattern of the second jaw, and the spike is aligned with the fenestration hole, and wherein the first and second jaws (66, 80) each includes a proximal stepped-down heel portion to permit substantially complete jaw closure when in the closed configuration.