mhurhangee/ep-ind-claims huggingface dataset:
A vehicle visual recognition device comprising: a support shaft that is supported at a vehicle body side; a case rotation member that is provided with a through hole, and that is rotatably supported at the support shaft with the support shaft penetrating through the through hole; a protrusion portion that is protrudingly provided at a peripheral face of the through hole, and that is capable of contacting an outer peripheral face of a lower end portion of the support shaft; and a visual recognition section that is provided so as to be capable of rotating integrally with the case rotation member, that assists a vehicle occupant with visual recognition, and that is stored or stands out by rotating of the case rotation member, characterized in that in a case rotation member in which the through hole is disposed coaxially to the lower end portion, a predetermined gap is provided between a protrusion leading end face of the protrusion portion and the outer peripheral face of the lower end portion. a support shaft that is supported at a vehicle body side; a case rotation member that is provided with a through hole, and that is rotatably supported at the support shaft with the support shaft penetrating through the through hole; a protrusion portion that is protrudingly provided at a peripheral face of the through hole, and that is capable of contacting an outer peripheral face of a lower end portion of the support shaft; and a visual recognition section that is provided so as to be capable of rotating integrally with the case rotation member, that assists a vehicle occupant with visual recognition, and that is stored or stands out by rotating of the case rotation member, characterized in that in a case rotation member in which the through hole is disposed coaxially to the lower end portion, a predetermined gap is provided between a protrusion leading end face of the protrusion portion and the outer peripheral face of the lower end portion.
A method for providing operational feedback during power transfer in a wireless power transfer system that comprises a power transmit device arranged to transfer power over an inductive wireless power transfer interface operating at a transmit frequency, f TX, to a power receive device, the wireless power transfer system being adapted to transfer information at half duplex using Frequency Shift Keying, FSK, in one direction and Amplitude Shift Keying, ASK, in the other direction, the method comprising: transferring, at the transmit frequency, f TX, by the power transmit device, power to the power receive device and, during the transferring: transmitting, at the transmit frequency, f TX, by one of the power transmit device or the power receive device, a first data packet to the other of the power transmit device or the power receive device using one of two modulation types being FSK or ASK, receiving, by the other of the devices (110, 120), the first data packet and, during the receiving and if a signaling condition is determined to be fulfilled, transmitting, at the transmit frequency, f TX, by the other of the devices (110, 120) to said one of the devices (110, 120), operational information using the other of said modulation types. transmitting, at the transmit frequency, f TX, by one of the power transmit device or the power receive device, a first data packet to the other of the power transmit device or the power receive device using one of two modulation types being FSK or ASK, receiving, by the other of the devices (110, 120), the first data packet and, during the receiving and if a signaling condition is determined to be fulfilled, transmitting, at the transmit frequency, f TX, by the other of the devices (110, 120) to said one of the devices (110, 120), operational information using the other of said modulation types.
A method characterized by comprising: storing (502 in a local memory a rule that specifies a timing relation between a measurement configuration which indicates at least one subframe to measure and a reporting configuration which indicates at least one subframe in which to report, wherein at least the measurement configuration is periodic and indicates multiple downlink subframes to measure; using the rule to map between a downlink subframe in which channel state information is measured and an uplink subframe in which the channel state information is reported; and using the rule to map between the downlink subframe and the uplink subframe results in a one to one mapping of one downlink subframe to one uplink subframe in which less than all of the multiple downlink subframes map to an uplink subframe. storing (502 in a local memory a rule that specifies a timing relation between a measurement configuration which indicates at least one subframe to measure and a reporting configuration which indicates at least one subframe in which to report, wherein at least the measurement configuration is periodic and indicates multiple downlink subframes to measure; using the rule to map between a downlink subframe in which channel state information is measured and an uplink subframe in which the channel state information is reported; and using the rule to map between the downlink subframe and the uplink subframe results in a one to one mapping of one downlink subframe to one uplink subframe in which less than all of the multiple downlink subframes map to an uplink subframe.
A work vehicle comprising: a vehicle frame an engine mounted on the vehicle frame; a supporting mechanism fixed to the vehicle frame; and a diesel particulate filtering device mounted on the supporting mechanism above the engine, and disposed so that the exhaust gas flows through an inside of the diesel particulate filtering device in the crosswise direction of the vehicle, the diesel particulate filtering device having an exhaust gas inlet facing the rear on the same side as the exhaust part of the engine in the crosswise direction of the work vehicle; a pipe unit including an upstream side pipe in which an exhaust upstream side end part is coupled to an exhaust part of the engine and a downstream side pipe in which an exhaust downstream side end part is connected to an exhaust gas inlet of the diesel particulate filtering device from the rear, the upstream side pipe including a linear extending part which extends below the diesel particulate filtering device and beside the engine on the same side as the exhaust gas inlet is provided, the linear extending part extending from the exhaust upstream side end part passing the diesel particulate filtering device to the rear in a front-rear direction of the vehicle, a flexible pipe part (54c, 54d) being provided in the linear extending part, and a bend part bending upward from a rear end part of the linear extending part, the downstream side pipe including a first pipe part in which an exhaust downstream side end part is coupled to the exhaust gas inlet of the diesel particulate filtering device and extends rearward, and a second pipe part having a certain angle with respect to the first pipe part and provided between an exhaust upstream side of the first pipe part and an exhaust downstream side of the bend part of the upstream side pipe. a vehicle frame an engine mounted on the vehicle frame; a supporting mechanism fixed to the vehicle frame; and a diesel particulate filtering device mounted on the supporting mechanism above the engine, and disposed so that the exhaust gas flows through an inside of the diesel particulate filtering device in the crosswise direction of the vehicle, the diesel particulate filtering device having an exhaust gas inlet facing the rear on the same side as the exhaust part of the engine in the crosswise direction of the work vehicle; a pipe unit including an upstream side pipe in which an exhaust upstream side end part is coupled to an exhaust part of the engine and a downstream side pipe in which an exhaust downstream side end part is connected to an exhaust gas inlet of the diesel particulate filtering device from the rear, the upstream side pipe including
An analyte sensor comprising: a working electrode; a counter electrode; a sensing layer disposed on the working electrode; and a stacked membrane structure disposed on the sensing layer, wherein the stacked membrane structure comprises: a first membrane having a negative temperature coefficient; and a second membrane having a positive temperature coefficient;; wherein the stacked membrane structure has an analyte permeability that is substantially temperature independent. a working electrode; a counter electrode; a sensing layer disposed on the working electrode; and a stacked membrane structure disposed on the sensing layer, wherein the stacked membrane structure comprises: a first membrane having a negative temperature coefficient; and a second membrane having a positive temperature coefficient;; a first membrane having a negative temperature coefficient; and a second membrane having a positive temperature coefficient;; wherein the stacked membrane structure has an analyte permeability that is substantially temperature independent.
Device for checking a seal, in particular at least one sealing seam, of a folded packaging, the device comprising: - a negative pressure chamber which is designed to receive at least one packaging and to generate a negative pressure in the negative pressure chamber, so that a packaging located in the negative pressure chamber is aligned due to gas located in the packaging and expanding as a result of the negative pressure generated in the negative pressure chamber, the device comprising an image capture apparatus which is designed to capture the aligned packaging and/or the sealing seam of the aligned packaging in the form of optical, in particular digital, data, the captured data being captured in the form of an image or a video of the entire packaging, parts of the packaging, the sealing seam, a plurality of sealing seams or individual regions of the individual sealing seams, which make it possible to determine whether the seal is still intact, characterized in that the device has at least one fixing apparatus, the fixing apparatus being designed to fix the aligned packaging in the aligned state. - a negative pressure chamber which is designed to receive at least one packaging and to generate a negative pressure in the negative pressure chamber, so that a packaging located in the negative pressure chamber is aligned due to gas located in the packaging and expanding as a result of the negative pressure generated in the negative pressure chamber, the device comprising an image capture apparatus which is designed to capture the aligned packaging and/or the sealing seam of the aligned packaging in the form of optical, in particular digital, data, the captured data being captured in the form of an image or a video of the entire packaging, parts of the packaging, the sealing seam, a plurality of sealing seams or individual regions of the individual sealing seams, which make it possible to determine whether the seal is still intact, characterized in that the device has at least one fixing apparatus, the fixing apparatus being designed to fix the aligned packaging in the aligned state. the device comprising an image capture apparatus which is designed to capture the aligned packaging and/or the sealing seam of the aligned packaging in the form of optical, in particular digital, data, the captured data being captured in the form of an image or a video of the entire packaging, parts of the packaging, the sealing seam, a plurality of sealing seams or individual regions of the individual sealing seams, which make it possible to determine whether the seal is still intact, characterized in that the device has at least one fixing apparatus, the fixing apparatus being designed to fix the aligned packaging in the aligned state.
Bottling apparatus in aseptic conditions for containers made of thermoplastic material, comprising: at least one mobile organ (23; 24; 25) partially located in a contamination-controlled environment that is isolated from an external environment; an actuation device for actuating said at least one mobile organ (23; 24; 25), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (23; 24; 25); at least one grooved surface (14, 15, 18) exposing within the separation volume in order to allow a sanitizing fluid to enter and to exit from said separation volume. at least one mobile organ (23; 24; 25) partially located in a contamination-controlled environment that is isolated from an external environment; an actuation device for actuating said at least one mobile organ (23; 24; 25), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (23; 24; 25); at least one grooved surface (14, 15, 18) exposing within the separation volume in order to allow a sanitizing fluid to enter and to exit from said separation volume. a cylindrical stator; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (23; 24; 25); at least one grooved surface (14, 15, 18) exposing within the separation volume in order to allow a sanitizing fluid to enter and to exit from said separation volume.
Integrated on-board vehicle vision and cleaning system comprising: - a casing being mounted in a vehicle bodywork, - a sensor unit, - a nozzle carrier, - a cleaning fluid source, - a cleaning fluid pump, - a cleaning fluid circuit or a cleaning fluid conduit, - at least one cleaning fluid nozzle associated with the nozzle carrier and communicating with the cleaning fluid source, characterized in that the nozzle carrier is integrated into the casing and is moveable within the casing between first and second positions, the first position being a retracted position where the nozzle carrier is arranged below or in alignment with an external vehicle bodywork surface, the second position being an extended position, where the nozzle carrier projects from the external vehicle bodywork surface and wherein the second position is the operating position where the nozzle is aiming at an exposed surface of the sensor unit so that cleaning fluid will be propelled onto the exposed surface of the sensor unit in the operating position. - a casing being mounted in a vehicle bodywork, - a sensor unit, - a nozzle carrier, - a cleaning fluid source, - a cleaning fluid pump, - a cleaning fluid circuit or a cleaning fluid conduit, - at least one cleaning fluid nozzle associated with the nozzle carrier and communicating with the cleaning fluid source, characterized in that the nozzle carrier is integrated into the casing and is moveable within the casing between first and second positions, the first position being a retracted position where the nozzle carrier is arranged below or in alignment with an external vehicle bodywork surface, the second position being an extended position, where the nozzle carrier projects from the external vehicle bodywork surface and wherein the second position is the operating position where the nozzle is aiming at an exposed surface of the sensor unit so that cleaning fluid will be propelled onto the exposed surface of the sensor unit in the operating position.
A vaccine formulation for use in conjunctival immunization of a subject, comprising a subunit vaccine antigen in an amount to provoke a protective immune response, an adjuvant which is chitosan and an adjuvant which is inactivated whole cell Bordetella pertussis.
An apparatus for radiographic imaging of a body cavity, comprising: a guidewire adapted to be inserted in the body cavity, the guidewire comprising a position sensor, for operating in a tracking system, at a distal end of the guidewire; a display screen; a processor coupled to the position sensor and to the display screen, configured to: store and display a CT image of the body cavity; register the tracking system with the CT image; track a position of the distal end; display on the display screen the tracked position of the distal end superimposed on the CT image; assign voxels within a predefined imaging volume relative to the distal end and having a radiodensity less than a predetermined threshold to have a uniform radiodensity of a predefined default value; incorporate the voxels with the assigned predefined default value into the CT image so as to form an updated CT image; and display the updated CT image on the display screen. a guidewire adapted to be inserted in the body cavity, the guidewire comprising a position sensor, for operating in a tracking system, at a distal end of the guidewire; a display screen; a processor coupled to the position sensor and to the display screen, configured to: store and display a CT image of the body cavity; register the tracking system with the CT image; track a position of the distal end; display on the display screen the tracked position of the distal end superimposed on the CT image; assign voxels within a predefined imaging volume relative to the distal end and having a radiodensity less than a predetermined threshold to have a uniform radiodensity of a predefined default value; incorporate the voxels with the assigned predefined default value into the CT image so as to form an updated CT image; and display the updated CT image on the display screen. store and display a CT image of the body cavity; register the tracking system with the CT image; track a position of the distal end; display on the display screen the tracked position of the distal end superimposed on the CT image; assign voxels within a predefined imaging volume relative to the distal end and having a radiodensity less than a predetermined threshold to have a uniform radiodensity of a predefined default value; incorporate the voxels with the assigned predefined default value into the CT image so as to form an updated CT image; and display the updated CT image on the display screen.
Method for transferring at least one object from a conveying surface of a supply conveyor to a receiving surface that is adjacent to a downstream end line of the supply conveyor in the direction of conveying, the receiving surface being offset from the conveying surface downward in a vertical direction, the method comprising the following steps: - the conveying of the object in a direction of conveying, the object comprising a base that rests on the conveying surface, - putting the object into contact with a guide placed in the direction of conveying at a distance from the downstream end line of the supply conveyor, - ending the contact between the base of the object and the conveying surface, - dropping the object onto the receiving surface, the step for ending the contact between the base of the object and the conveying surface taking place only after the step of putting the object into contact with the guide. - the conveying of the object in a direction of conveying, the object comprising a base that rests on the conveying surface, - putting the object into contact with a guide placed in the direction of conveying at a distance from the downstream end line of the supply conveyor, - ending the contact between the base of the object and the conveying surface, - dropping the object onto the receiving surface,
A damping unit for a sliding element, in particular a movable furniture part, a movable element of a domestic appliance, or a sliding or folding door, comprising a linearly guided driver, which can interact with an activator connected directly or indirectly to the sliding element, and which is coupled to a linear damper, wherein the linear damper has a damping path which is longer than a displacement path of the driver, characterized in that - the linear damper has varying damping properties along the damping path, wherein a cylinder of the linear damper is conically formed at least in regions to achieve varying damping properties along the damping path; and - a settable coupling element is provided, which alternately associates different portions (21, 22) of the damping path with the displacement path of the driver, wherein the coupling element secures the cylinder or a piston rod of the linear damper in at least two different positions in a housing of the damping unit in dependence on its setting. - the linear damper has varying damping properties along the damping path, wherein a cylinder of the linear damper is conically formed at least in regions to achieve varying damping properties along the damping path; and - a settable coupling element is provided, which alternately associates different portions (21, 22) of the damping path with the displacement path of the driver, wherein the coupling element secures the cylinder or a piston rod of the linear damper in at least two different positions in a housing of the damping unit in dependence on its setting.
A sludge dehydrating agent with a polymer which has a constituent unit derived from a cationic monomer, wherein the polymer is a crosslinking polymer of a cationic monomer represented by formula or a crosslinking copolymer of the cationic monomer represented by formula and a non-ionic monomer manufactured using a crosslinking agent, and a proportion of the cationic monomer is 30 mol% or more in a total of 100 mol% of monomers that serve as constituent units of the polymer, wherein, in formula, R 1 is a hydrogen atom or a methyl group, R 2 and R 3 are each independently a hydrogen atom or an alkyl group having 1 to 3 carbon atoms, R 4 is a hydrogen atom, an alkyl group having 1 to 3 carbon atoms, or a benzyl group, A is an oxygen atom or an imino group, B is an alkylene group having 2 to 4 carbon atoms, and X - is a negative ion, wherein the amount of the crosslinking agent added is 10 to 400 mass ppm with respect to the total mass of the monomers, wherein a value k determined from an intrinsic viscosity [η] 1 [dL/g] of a 1-mol/L aqueous sodium nitrate solution of the polymer at 30°C and an intrinsic viscosity [η] 0.01 [dL/g] of a 0.01-mol/L aqueous sodium nitrate solution of the polymer at 30°C in accordance with formula is 0.8 to 2.2 exclusive, k = η 0.01 − η 1 / 9 wherein the intrinsic viscosity is measured according to the method detailed at of the description. wherein the polymer is a crosslinking polymer of a cationic monomer represented by formula or a crosslinking copolymer of the cationic monomer represented by formula and a non-ionic monomer manufactured using a crosslinking agent, and a proportion of the cationic monomer is 30 mol% or more in a total of 100 mol% of monomers that serve as constituent units of the polymer, wherein, in formula, R 1 is a hydrogen atom or a methyl group, R 2 and R 3 are each independently a hydrogen atom or an alkyl group having 1 to 3 carbon atoms, R 4 is a hydrogen atom, an alkyl group having 1 to 3 carbon atoms, or a benzyl group, A is an oxygen atom or an imino group, B is an alkylene group having 2 to 4 carbon atoms, and X - is a negative ion, wherein the amount of the crosslinking agent added is 10 to 400 mass ppm with respect to the total mass of the monomers, wherein a value k determined from an intrinsic viscosity [η] 1 [dL/g] of a 1-mol/L aqueous sodium nitrate solution of the polymer at 30°C and an intrinsic viscosity [η] 0.01 [dL/g] of a 0.01-mol/L aqueous sodium nitrate solution of the polymer at 30°C in accordance with formula is 0.8 to 2.2 exclusive, k = η 0.01 − η 1 / 9 wherein the intrinsic viscosity is measured according to the method detailed at of the description.