mhurhangee/ep-ind-claims huggingface dataset:
A liquid metering pump comprising a suction nuzzle fitted with an intake valve communicating with a working chamber in which a piston can be moved in a reciprocating movement, a suction being produced, with opening of the intake valve, when the piston moves away from the nozzle, and a delivery being produced, with closure of the intake valve and outlet of liquid through an outlet valve, when the piston moves closer to the nozzle, characterized in that it comprises, between the intake valve and the working chamber, a pressure-variation detection device comprising, on the one hand, a duct (10, 10') connected to one end of the working chamber and equipped at its other end with the intake valve and, on the other hand, a means sensitive to the pressure in the duct and mounted in the wall of the duct and in that the means sensitive to the pressure in the duct is connected to means of exploiting the pressure variations, which comprises electronic computation means which are programmed to determine various operating parameters, such as: to calculate dosage in real time, the time for which the metering device has been in use, the consumption of chemical produce, the number of breakdowns.
A process for removing organic acids from a crude oil and/or a crude oil distillate containing organic acids comprising the steps of: (i) contacting the crude oil and/or the crude oil distillate containing organic acids with a basic ionic liquid having a basic anion selected from hydrogencarbonate or alkylcarbonate, wherein the ionic liquid and the crude oil and/or crude oil distillate are contacted in a mass ratio of from greater than 1:40; and (ii) obtaining a crude oil and/or crude oil distillate product having reduced acidity which is separated from the basic ionic liquid. (i) contacting the crude oil and/or the crude oil distillate containing organic acids with a basic ionic liquid having a basic anion selected from hydrogencarbonate or alkylcarbonate, wherein the ionic liquid and the crude oil and/or crude oil distillate are contacted in a mass ratio of from greater than 1:40; and (ii) obtaining a crude oil and/or crude oil distillate product having reduced acidity which is separated from the basic ionic liquid.
A wafer shipping system, comprising: a plurality of wafer support rings, each wafer support ring comprising: a flange portion concentric about a central axis, said flange portion including a first axial face and a second axial face, said second axial face being opposite said first axial face; a ridge portion that protrudes in an axial direction parallel to said central axis from said first axial face of said flange portion; the wafer shipping system being characterized in that it further comprises: a structure defining a channel on said second axial face, wherein a first wafer support ring of said plurality of wafer support rings is stacked atop a second wafer support ring of said plurality of wafer support rings such that a distal edge of said ridge portion of said second wafer support ring is registered within said channel of said first wafer support ring, the first and second wafer support rings (60a, 60b) defining a gap therebetween, said gap being configured for containing a wafer so that an axial force exerted on said first wafer support ring is transferred to said second wafer support ring without transferring force to said wafer. a plurality of wafer support rings, each wafer support ring comprising: a flange portion concentric about a central axis, said flange portion including a first axial face and a second axial face, said second axial face being opposite said first axial face; a ridge portion that protrudes in an axial direction parallel to said central axis from said first axial face of said flange portion; the wafer shipping system being characterized in that it further comprises: a structure defining a channel on said second axial face, wherein a first wafer support ring of said plurality of wafer support rings is stacked atop a second wafer support ring of said plurality of wafer support rings such that a distal edge of said ridge portion of said second wafer support ring is registered within said channel of said first wafer support ring, the first and second wafer support rings (60a, 60b) defining a gap therebetween, said gap being configured for containing a wafer so that an axial force exerted on said first wafer support ring is transferred to said second wafer support ring without transferring force to said wafer. a structure defining a channel on said second axial face, wherein a first wafer support ring of said plurality of wafer support rings is stacked atop a second wafer support ring of said plurality of wafer support rings such that a distal edge of said ridge portion of said second wafer support ring is registered within said channel of said first wafer support ring, the first and second wafer support rings (60a, 60b) defining a gap therebetween, said gap being configured for containing a wafer so that an axial force exerted on said first wafer support ring is transferred to said second wafer support ring without transferring force to said wafer.
A method of preparing a vinyl cyanide compound-conjugated diene compound-aromatic vinyl compound graft copolymer, the method comprising: preparing graft copolymer latex by graft-polymerizing 20 to 40 % by weight of an aromatic vinyl compound and 1 to 20 % by weight of a vinyl cyanide compound onto 50 to 70 % by weight of conjugated diene rubber latex having a solids content of 30 to 65 % by weight; a first coagulation step of performing coagulation by adding 0.10 to 0.80 parts by weight of an acid coagulant based on 100 parts by weight (based on solids) of the graft copolymer latex; and a second coagulation step of performing coagulation by adding 0.96 to 1.85 parts by weight of a salt coagulant after the first coagulation step, wherein a total weight of the acid coagulant and the salt coagulant is 1.66 to 2.20 parts by weight. preparing graft copolymer latex by graft-polymerizing 20 to 40 % by weight of an aromatic vinyl compound and 1 to 20 % by weight of a vinyl cyanide compound onto 50 to 70 % by weight of conjugated diene rubber latex having a solids content of 30 to 65 % by weight; a first coagulation step of performing coagulation by adding 0.10 to 0.80 parts by weight of an acid coagulant based on 100 parts by weight (based on solids) of the graft copolymer latex; and a second coagulation step of performing coagulation by adding 0.96 to 1.85 parts by weight of a salt coagulant after the first coagulation step, wherein a total weight of the acid coagulant and the salt coagulant is 1.66 to 2.20 parts by weight.
A direct connect virtual private interface comprising: a physical port configured to receive one physical connection in order to provide respective virtual connections for multiple virtual private clouds within a public cloud provider infrastructure; at least one physical hardware router in communication with the public cloud provider infrastructure via the physical port, where the virtual private clouds comprise respective on-demand configurable pools of shared computing resources allocated within the public cloud provider infrastructure that provide a level of isolation via access control mechanisms between respective organizations using the virtual private clouds, where the direct connect virtual private interface is configured with private virtual interfaces to provide, for each virtual private cloud, a virtual connection between the virtual private cloud within the public cloud provider infrastructure and the at least one physical hardware router, and where the at least one physical hardware router comprises respective virtual routers for the virtual private clouds, each virtual router configured to import respective routes for the virtual private clouds from the other virtual routers to enable the virtual private clouds to exchange traffic with one another over the private virtual interfaces via the at least one physical hardware router.. a physical port configured to receive one physical connection in order to provide respective virtual connections for multiple virtual private clouds within a public cloud provider infrastructure; at least one physical hardware router in communication with the public cloud provider infrastructure via the physical port, where the virtual private clouds comprise respective on-demand configurable pools of shared computing resources allocated within the public cloud provider infrastructure that provide a level of isolation via access control mechanisms between respective organizations using the virtual private clouds, where the direct connect virtual private interface is configured with private virtual interfaces to provide, for each virtual private cloud, a virtual connection between the virtual private cloud within the public cloud provider infrastructure and the at least one physical hardware router, and where the at least one physical hardware router comprises respective virtual routers for the virtual private clouds, each virtual router configured to import respective routes for the virtual private clouds from the other virtual routers to enable the virtual private clouds to exchange traffic with one another over the private virtual interfaces via the at least one physical hardware router..
Temperature-measuring device for an air-conditioning system of a motor vehicle, comprising: - a thermally conductive cap; and - a printed circuit board having two temperature sensors (10, 11), which are arranged spatially spaced apart from each other on the printed circuit board; characterized in that the printed circuit board is designed as a flexible printed circuit board, wherein: - a first temperature sensor of the two temperature sensors (10, 11) is designed to acquire a first item of temperature information; and - a second temperature sensor of the two temperature sensors (10, 11) is designed to acquire a second item of temperature information; and - the temperature-measuring device has an evaluation unit, which is designed to determine a temperature value by applying an evaluation criterion to the first and the second item of temperature information acquired, characterized in that the flexible printed circuit board is coupled to the thermally conductive cap in a subregion of the flexible printed circuit board on a first side of the flexible printed circuit board and the first temperature sensor is arranged on the flexible printed circuit board in the subregion on a second side, which is situated opposite the first side, of the flexible printed circuit board. - a thermally conductive cap; and - a printed circuit board having two temperature sensors (10, 11), which are arranged spatially spaced apart from each other on the printed circuit board; characterized in that the printed circuit board is designed as a flexible printed circuit board, wherein: - a first temperature sensor of the two temperature sensors (10, 11) is designed to acquire a first item of temperature information; and - a second temperature sensor of the two temperature sensors (10, 11) is designed to acquire a second item of temperature information; and - the temperature-measuring device has an evaluation unit, which is designed to determine a temperature value by applying an evaluation criterion to the first and the second item of temperature information acquired, - a first temperature sensor of the two temperature sensors (10, 11) is designed to acquire a first item of temperature information; and - a second temperature sensor of the two temperature sensors (10, 11) is designed to acquire a second item of temperature information; and - the temperature-measuring device has an evaluation unit, which is designed to determine a temperature value by applying an evaluation criterion to the first and the second item of temperature information acquired, characterized in that the flexible printed circuit board is coupled to the thermally conductive cap in a subregion of the flexible printed circuit board on a first side of the flexible printed circuit board and the first temperature sensor is arranged on the flexible printed circuit board in the subregion on a second side, which is situated opposite the first side, of the flexible printed circuit board.
Use of a chelating agent and an antimicrobial agent that is effective against a plant pathogenic microorganism to inhibit the growth of and/or kill a plant pathogenic microorganism on a plant; wherein said antimicrobial agent comprises a polypeptide comprising the Blad sequence shown in SEQ ID NO: 4 or an active variant thereof which has antimicrobial activity and which comprises a sequence which has at least 70% identity to either SEQ ID NO:4 or a fragment of SEQ ID NO:4 which is at least 100 amino acids in length.
A roll-formed grid member for a suspended ceiling made from metal strip, the member being generally symmetrical about an imaginary vertical plane and having a cross-section that includes a lower horizontal flange (14, 56, 76, 98) extending laterally on both sides of the central plane, the flange (14, 56, 76, 98) being formed of said metal strip, a generally vertical stem formed of two layers (19, 20) of said metal strip, one stem forming layer (19, 20) on each side of said imaginary plane, said stem forming layers (19, 20) being separated above said flange (14, 56, 76, 98) to form a reinforcing bulb (22, 59, 78, 102), said stem forming layers (19, 20) being in abutting contact in a zone (24, 65, 79, 103) above said reinforcing bulb (22, 59, 78, 102), and aligned longitudinally spaced apertures (37, 66) in said layers (19, 20) for receiving loops of suspension wires, characterized in that the contact zone (24, 65, 79, 103) in which said layers (19, 20) are in abutting contact forms the upper region or portion of the member, and in that apertures (37, 66) are provided in the contact zone (24,65, 79, 103).
A machine-implemented method for advertising a service in a peer-to-peer networking environment, the method comprising: monitoring operating conditions of a local device coupled to a wireless network; dynamically adjusting an advertisement period based on the operating conditions of the local device, wherein the advertisement period of the local device comprises an interval time between successive transmissions of an advertisement by the local device, and wherein the advertisement period of the local device and an advertisement period of a remote device are multiples of a same predetermined base value and are not equal to each other; and broadcasting, by the local device, a service advertisement in the wireless network according to the adjusted advertisement period, the service advertisement including one or more service identifiers for identifying one or more services to be advertised from the local device. monitoring operating conditions of a local device coupled to a wireless network; dynamically adjusting an advertisement period based on the operating conditions of the local device, wherein the advertisement period of the local device comprises an interval time between successive transmissions of an advertisement by the local device, and wherein the advertisement period of the local device and an advertisement period of a remote device are multiples of a same predetermined base value and are not equal to each other; and broadcasting, by the local device, a service advertisement in the wireless network according to the adjusted advertisement period, the service advertisement including one or more service identifiers for identifying one or more services to be advertised from the local device.
An oral teeth cleaning appliance, comprising: a handle; and a brushhead assembly extending from the handle, the brushhead assembly including a brush member which comprises a base member and a field of bristles for contacting and cleaning teeth, characterized in that the bristle field has a bristle density of between 2% and 3%, wherein the individual bristle filaments have a stiffness characterized by a bristle deflection of not greater than 50% of their length with a bristle tip pressure of 6 Newtons/cm 2, thereby effectively supporting a bristle tip pressure within the range for effective cleaning. a handle; and a brushhead assembly extending from the handle, the brushhead assembly including a brush member which comprises a base member and a field of bristles for contacting and cleaning teeth, characterized in that the bristle field has a bristle density of between 2% and 3%, wherein the individual bristle filaments have a stiffness characterized by a bristle deflection of not greater than 50% of their length with a bristle tip pressure of 6 Newtons/cm 2, thereby effectively supporting a bristle tip pressure within the range for effective cleaning.
A terminal comprising: a reception unit which, in operation, receives information indicating a first subframe at which repetition transmission of a Scheduling Request, SR, starts and a second subframe at which repetition transmission of an Acknowledgement/Negative Acknowledgement, ACK/NACK, for a downlink data signal starts; and a transmission unit which, in operation, repeatedly transmits the SR using a first certain number of consecutive subframes starting at the first subframe and the ACK/NACK using at least the first certain number of consecutive subframes starting at the second subframe, wherein the terminal is configured to identify a subframe in a defined number of subframes after a subframe in which the information has been received as the second subframe, and to set the second subframe as the first subframe, and wherein a number of repetitions predetermined for the ACK/NACK and a number of repetitions predetermined for the SR are the same. a reception unit which, in operation, receives information indicating a first subframe at which repetition transmission of a Scheduling Request, SR, starts and a second subframe at which repetition transmission of an Acknowledgement/Negative Acknowledgement, ACK/NACK, for a downlink data signal starts; and a transmission unit which, in operation, repeatedly transmits the SR using a first certain number of consecutive subframes starting at the first subframe and the ACK/NACK using at least the first certain number of consecutive subframes starting at the second subframe, wherein the terminal is configured to identify a subframe in a defined number of subframes after a subframe in which the information has been received as the second subframe, and to set the second subframe as the first subframe, and wherein a number of repetitions predetermined for the ACK/NACK and a number of repetitions predetermined for the SR are the same.
A display device comprising: a flexible display panel; a rolling driver comprising: a rolling shaft connected to one end of the flexible display panel; and a rotation motor which is configured to rotate the rolling shaft; a housing which receives the flexible display panel in a rolled state, wherein a first opening is defined in the housing for unrolling and rolling the flexible display panel; a rolling stopper coupled to another end of the flexible display panel, which is opposite to the one end; and a rolling controller which is configured to control the rolling driver such that the rotation motor rotates in a clockwise direction or a counterclockwise direction, wherein the rolling controller is configured to rotate the rotating motor in a direction opposite to a rotating direction of the rotation motor for a previous rolling operation to unroll the flexible display panel, and wherein the rolling controller is configured to rotate the rotating motor in a same direction as a rotating direction of the rotation motor for a previous unrolling operation to roll the flexible display panel, wherein the display device further comprises a sensor unit configured to sense the completion of rolling the flexible display panel and to transmit a rolling completion signal to the rolling controller, and wherein the rolling controller is further configured to generate and store first rotation change data for changing the rotation direction of the rotation motor for unrolling and rolling of the flexible display panel. a flexible display panel; a rolling driver comprising: a rolling shaft connected to one end of the flexible display panel; and a rotation motor which is configured to rotate the rolling shaft; a rolling shaft connected to one end of the flexible display panel; and a rotation motor which is configured to rotate the rolling shaft; a housing which receives the flexible display panel in a rolled state, wherein a first opening is defined in the housing for unrolling and rolling the flexible display panel; a rolling stopper coupled to another end of the flexible display panel, which is opposite to the one end; and a rolling controller which is configured to control the rolling driver such that the rotation motor rotates in a clockwise direction or a counterclockwise direction, wherein the rolling controller is configured to rotate the rotating motor in a direction opposite to a rotating direction of the rotation motor for a previous rolling operation to unroll the flexible display panel, and wherein the rolling controller is configured to rotate the rotating motor in a same direction as a rotating direction of the rotation motor for a previous unrolling operation to roll the flexible display panel, wherein the display device further comprises a sensor unit configured to sense the completion of rolling the flexible display panel and to transmit a rolling completion signal to the rolling controller,
A wrist-worn apparatus for measuring a user's heart activity, the apparatus comprising: an optical heart activity sensor configured to measure the user's heart activity by optical heart rate measurement; a wrist strap adapted to physically couple the optical heart rate activity sensor against the user's skin by attaching the wrist-worn apparatus around the user's wrist, the wrist strap comprising a first and a second curved connection members, wherein the first connection member is adapted to slide inside the second connection member, and wherein the wrist strap comprises at least one groove and a fixing claw acting as a counterpart for the at least one groove, wherein the fixing claw is arranged to engage the at least one groove when the first connection member is slid inside the second connection member; a processing circuitry configured to receive and process heart activity related data from the optical heart activity sensor; and a detector circuitry for detecting the number of grooves engaged by the fixing claw, and wherein the processing circuitry is further configured to receive detected data from the detector circuitry and to calculate the number of grooves engaged by the fixing claw based on the detected data. an optical heart activity sensor configured to measure the user's heart activity by optical heart rate measurement; a wrist strap adapted to physically couple the optical heart rate activity sensor against the user's skin by attaching the wrist-worn apparatus around the user's wrist, the wrist strap comprising a first and a second curved connection members, wherein the first connection member is adapted to slide inside the second connection member, and wherein the wrist strap comprises at least one groove and a fixing claw acting as a counterpart for the at least one groove, wherein the fixing claw is arranged to engage the at least one groove when the first connection member is slid inside the second connection member; a processing circuitry configured to receive and process heart activity related data from the optical heart activity sensor; and a detector circuitry for detecting the number of grooves engaged by the fixing claw, and wherein the processing circuitry is further configured to receive detected data from the detector circuitry and to calculate the number of grooves engaged by the fixing claw based on the detected data.