mhurhangee/patent-ind-claim-en huggingface dataset:
A pump for a fluid sprayer , the pump comprising: a first piston disposed within a first axial bore of a pump body , the first piston having a downstream end movable within the first axial bore ; and a first check valve disposed at an exit of the first axial bore , the first check valve including a first valve member ; wherein the downstream end of the first piston is configured to impact and displace the first valve member to drive the first valve member from a closed position to an open position; wherein the first piston is drawn rearward through the first axial bore during a suction stroke and is configured to draw a fluid into the first axial bore during the suction stroke; and wherein the first piston is driven forward through the first axial bore during a pressure stroke and is configured to build a pressure in the fluid and drive the fluid downstream out of the first axial bore through the first check valve during the pressure stroke. a first piston disposed within a first axial bore of a pump body , the first piston having a downstream end movable within the first axial bore ; and a first check valve disposed at an exit of the first axial bore , the first check valve including a first valve member ; wherein the downstream end of the first piston is configured to impact and displace the first valve member to drive the first valve member from a closed position to an open position; wherein the first piston is drawn rearward through the first axial bore during a suction stroke and is configured to draw a fluid into the first axial bore during the suction stroke; and wherein the first piston is driven forward through the first axial bore during a pressure stroke and is configured to build a pressure in the fluid and drive the fluid downstream out of the first axial bore through the first check valve during the pressure stroke.
A gear assembly , comprising: a plurality of gears and a park lock element operable with the plurality of gears; a sensor apparatus , comprising a housing assembly including a first section and a second section coupled to the first section , wherein the first section includes a plurality of sensor canisters (20A-C) extending perpendicularly away from a bottom surface of the first section , wherein each of the plurality of sensor canisters (20A-C) is aligned with a gear of the plurality of gears, and wherein at least two sensor canisters (20B-C) of the plurality of sensor canisters (20A-C) are positioned directly adjacent one another; a set of speed sensors (52A-C) disposed within the plurality of sensor canisters (20A-C) of the first section , the set of speed sensors (52A-C) configured to detect rotational speed of one or more gears of the plurality of gears ; a position sensor disposed within the second section , the position sensor positioned adjacent the park lock element ; and a first printed circuit board, PCB, disposed within the housing assembly , wherein the set of speed sensors (52A-C) and the position sensor are connected to the first PCB . a plurality of gears and a park lock element operable with the plurality of gears; a sensor apparatus , comprising a housing assembly including a first section and a second section coupled to the first section , wherein the first section includes a plurality of sensor canisters (20A-C) extending perpendicularly away from a bottom surface of the first section , wherein each of the plurality of sensor canisters (20A-C) is aligned with a gear of the plurality of gears, and wherein at least two sensor canisters (20B-C) of the plurality of sensor canisters (20A-C) are positioned directly adjacent one another; a set of speed sensors (52A-C) disposed within the plurality of sensor canisters (20A-C) of the first section , the set of speed sensors (52A-C) configured to detect rotational speed of one or more gears of the plurality of gears ; a position sensor disposed within the second section , the position sensor positioned adjacent the park lock element ; and a first printed circuit board, PCB, disposed within the housing assembly , wherein the set of speed sensors (52A-C) and the position sensor are connected to the first PCB .
Process of manufacturing multimodal high density polyethylene, comprising • performing first polymerization to form a first slurry in a first reactor (R1201); • transferring at least part of the first slurry from the first reactor into a second reactor (R1202); • performing second polymerization to form a second slurry in the second reactor (R1202); • transferring at least part of the second slurry from the second (R1202) reactor to a separating means (S2101) • separating the slurry into solid polymer product and separated liquids in the separating means (S2101); • separating wax from the separated liquids in a evaporating means (D3101); characterized by • filtering the separated liquids for recovering polymer fines using filtering means before separating the wax from the separated liquids in the evaporating means (D3101). • performing first polymerization to form a first slurry in a first reactor (R1201); • transferring at least part of the first slurry from the first reactor into a second reactor (R1202); • performing second polymerization to form a second slurry in the second reactor (R1202); • transferring at least part of the second slurry from the second (R1202) reactor to a separating means (S2101) • separating the slurry into solid polymer product and separated liquids in the separating means (S2101); • separating wax from the separated liquids in a evaporating means (D3101); characterized by • filtering the separated liquids for recovering polymer fines using filtering means before separating the wax from the separated liquids in the evaporating means (D3101).
Headlight for automobile comprising a reflector wherein are arranged a light source producing a light beam and means for deforming the light beam, said deformation means comprising: - a rotating disconnecting strip which can be moved between at least one first position wherein it does not intercept the light beam and a second position wherein it intercepts at least one portion of the light beam; and - an electrical actuator of the disconnecting strip comprising an electric motor and a detector of the angular position of the strip using a sensor , characterised by the fact that the motor and the sensor are mounted on one single electronic circuit support . - a rotating disconnecting strip which can be moved between at least one first position wherein it does not intercept the light beam and a second position wherein it intercepts at least one portion of the light beam; and - an electrical actuator of the disconnecting strip comprising an electric motor and a detector of the angular position of the strip using a sensor ,
A chimeric human papillomavirus (HPV) L1 protein comprising, from its N-terminus to C-terminus orientation, a. an N-terminal fragment of an L1 protein of a first human papillomavirus type, wherein said N-terminal fragment is a fragment obtained by truncating the C-terminus of the natural sequence of said L1 protein of the first human papilloma virus type, and said N-terminal fragment maintains the immunogenicity of the L1 protein of the first human papilloma virus type, and wherein said first human papilloma virus type is selected from HPV Types 6, 11, 16, 18, 31, 35, 39, 45, 51, 52, 56, and 58, and said N-terminal fragment derived from said L1 protein of the first human papilloma virus type is selected from the sequence of SEQ ID No: 1, SEQ ID No: 14, SEQ ID No: 27, SEQ ID No: 40, SEQ ID No: 53, SEQ ID No: 66, SEQ ID No: 79, SEQ ID No: 92, SEQ ID No: 105, SEQ ID No: 118, SEQ ID No: 131, and SEQ ID No: 144; and b. a C-terminal fragment of an L1 protein of a second human papillomavirus type, wherein said C-terminal fragment is a fragment obtained by truncating the N-terminus of the natural sequence of said L1 protein of the second human papilloma virus type, said L1 protein of the second human papilloma virus type has better expression level and solubility compared to the L1 proteins of other types, and said second human papilloma virus type is selected from HPV Types 33 and 59, and said C-terminal fragment derived from L1 protein of the second human papilloma virus type is selected from the sequence of SEQ ID No: 2, SEQ ID No: 132, and SEQ ID No: 13; wherein the chimeric human papillomavirus L1 protein has the immunogenicity of the L1 protein of the first human papillomavirus type. a. an N-terminal fragment of an L1 protein of a first human papillomavirus type, wherein said N-terminal fragment is a fragment obtained by truncating the C-terminus of the natural sequence of said L1 protein of the first human papilloma virus type, and said N-terminal fragment maintains the immunogenicity of the L1 protein of the first human papilloma virus type, and wherein said first human papilloma virus type is selected from HPV Types 6, 11, 16, 18, 31, 35, 39, 45, 51, 52, 56, and 58, and said N-terminal fragment derived from said L1 protein of the first human papilloma virus type is selected from the sequence of SEQ ID No: 1, SEQ ID No: 14, SEQ ID No: 27, SEQ ID No: 40, SEQ ID No: 53, SEQ ID No: 66, SEQ ID No: 79, SEQ ID No: 92, SEQ ID No: 105, SEQ ID No: 118, SEQ ID No: 131, and SEQ ID No: 144; and b. a C-terminal fragment of an L1 protein of a second human papillomavirus type, wherein said C-terminal fragment is a fragment obtained by truncating the N-terminus of the natural sequence of said L1 protein of the second human papilloma virus type, said L1 protein of the second human papilloma virus type has better expression level and solubility compared to the L1 proteins of other types, and said second human papilloma virus type is selected from HPV Types 33 and 59, and said C-terminal fragment derived from L1 protein of the second human papilloma virus type is selected from the sequence of SEQ ID No: 2, SEQ ID No: 132, and SEQ ID No: 13;
A method for producing an axially movable connection between two shaft pieces, between which a plastic is arranged as a sliding material, having the following features: a) providing the two shaft pieces to be joined, wherein either at least one of the two shaft pieces has a plastic coating on the surface facing toward the other component or a plastic sleeve is provided between the shaft pieces, b) joining the shaft pieces to form a unit, optionally with the plastic sleeve, by means of a pressing force in the axial direction, c) clamping the unit in a device in which the two shaft pieces can be clamped and subjected to a displacement force in the axial direction, d) pressing a sonotrode from one side against the respectively outer component and bracing the shaft piece against a counter-holder, e) injecting an ultrasound signal into the sonotrode and moving the shaft pieces back and forth in the axial direction until the displacement force or the displacement velocity reaches a desired target value, f) ending the ultrasound signal and removing the unit from the device. a) providing the two shaft pieces to be joined, wherein either at least one of the two shaft pieces has a plastic coating on the surface facing toward the other component or a plastic sleeve is provided between the shaft pieces, b) joining the shaft pieces to form a unit, optionally with the plastic sleeve, by means of a pressing force in the axial direction, c) clamping the unit in a device in which the two shaft pieces can be clamped and subjected to a displacement force in the axial direction, d) pressing a sonotrode from one side against the respectively outer component and bracing the shaft piece against a counter-holder, e) injecting an ultrasound signal into the sonotrode and moving the shaft pieces back and forth in the axial direction until the displacement force or the displacement velocity reaches a desired target value, f) ending the ultrasound signal and removing the unit from the device.
Suspension arrangement for suspending a high voltage valve unit from a load carrying support structure , the suspension arrangement comprising: - a support member ; - at least one suspending insulator for suspending the valve unit from the support member ; and - a coupling device configured to connect the support member to the support structure and configured to allow rotation of the support member relative to the support structure about at least one substantially horizontal axis; said suspension arrangement being characterized in that it further comprises: - at least one damping device arranged to damp relative rotations between the support member and the support structure about the at least one substantially horizontal axis; wherein each of the at least one damping device is arranged between the support member and the support structure . - a support member ; - at least one suspending insulator for suspending the valve unit from the support member ; and - a coupling device configured to connect the support member to the support structure and configured to allow rotation of the support member relative to the support structure about at least one substantially horizontal axis; - at least one damping device arranged to damp relative rotations between the support member and the support structure about the at least one substantially horizontal axis;
A method of travel control, applicable to a self-mobile device, wherein the method comprises: collecting (S101) three-dimensional environment information on a travel path of the self-mobile device; identifying (S102) an obstacle area and a type thereof existing on the travel path of the self-mobile device based on the three-dimensional environment information, wherein the type of the obstacle area comprises an area to be climbed over, an area to be stepped down and an area to be traversed; and performing (S103) travel control on the self-mobile device to travel along a preset travel path according to the type of the obstacle area and a height of a body of the self-mobile device from a working plane. collecting (S101) three-dimensional environment information on a travel path of the self-mobile device; identifying (S102) an obstacle area and a type thereof existing on the travel path of the self-mobile device based on the three-dimensional environment information, wherein the type of the obstacle area comprises an area to be climbed over, an area to be stepped down and an area to be traversed; and performing (S103) travel control on the self-mobile device to travel along a preset travel path according to the type of the obstacle area and a height of a body of the self-mobile device from a working plane.
A method for sending and receiving information, comprising: receiving , by user equipment, downlink information; determining , by the user equipment, a subframe structure of a first subframe according to the downlink information; determining , by the user equipment, a frame structure of a serving cell according to the subframe structure of the first subframe; and sending and receiving , by the user equipment, information in the serving cell according to the determined frame structure of the serving cell. receiving , by user equipment, downlink information; determining , by the user equipment, a subframe structure of a first subframe according to the downlink information; determining , by the user equipment, a frame structure of a serving cell according to the subframe structure of the first subframe; and sending and receiving , by the user equipment, information in the serving cell according to the determined frame structure of the serving cell.
A percutaneous port for promoting tissue in-growth around the percutaneous port, comprising: a tubular structure having an outer surface (116(b)) that comprises a plated material; and a coil comprising: an outer surface; and a plurality of loops, wherein at least a portion of the outer surface of the coil is joined to the outer surface of the tubular structure, characterised in that the coil material is chemically reactive with the plated material. a tubular structure having an outer surface (116(b)) that comprises a plated material; and a coil comprising: an outer surface; and a plurality of loops, an outer surface; and a plurality of loops, wherein at least a portion of the outer surface of the coil is joined to the outer surface of the tubular structure, characterised in that the coil material is chemically reactive with the plated material.
Use of an aqueous inkjet ink for decorating a humidity-conditioning construction material, the ink comprising at least a colorant, a water-dispersible resin and water, and the water-dispersible resin comprising at least one water-dispersible urethane resin and at least one water-dispersible (meth)acrylic resin or water-dispersible styrene/(meth)acrylic resin, wherein the humidity-conditioning construction material has an amount of moisture adsorption, measured after 3 hours in accordance with JIS A 1470-1 , of greater than 15 g/m 2 .
A detection device for a coherent imaging system comprising: - a detector (Det) comprising a matrix array of pixels (P), each pixel (P) comprising a photodetector component (PD) having a photosensitive surface (Sph), the detector being designed to be illuminated by a coherent beam, called the image beam (Lo,rim) consisting of grains of light called speckle grains (SG), - a matrix array of transmissive deflecting elements (DE) arranged on the side of the illumination by the coherent beam, a deflecting element being associated with a group of pixel(s) comprising at least one pixel, and configured to be individually orientable by means of an electrical signal, so as to deflect a fraction of the image beam incident on said group, and thus modify the spatial distribution of the speckle grains in the plane of the photosensitive surface, - each group of pixel(s) further comprising a feedback loop (SL) associated with the deflecting element and configured to actuate the deflecting element so as to optimise the signal or the signal-to-noise ratio from the light detected by the one or more photodetector components of said group of pixels, the feedback loop comprising a feedback circuit (SLC). - a detector (Det) comprising a matrix array of pixels (P), each pixel (P) comprising a photodetector component (PD) having a photosensitive surface (Sph), the detector being designed to be illuminated by a coherent beam, called the image beam (Lo,rim) consisting of grains of light called speckle grains (SG), - a matrix array of transmissive deflecting elements (DE) arranged on the side of the illumination by the coherent beam, a deflecting element being associated with a group of pixel(s) comprising at least one pixel, and configured to be individually orientable by means of an electrical signal, so as to deflect a fraction of the image beam incident on said group, and thus modify the spatial distribution of the speckle grains in the plane of the photosensitive surface, - each group of pixel(s) further comprising a feedback loop (SL) associated with the deflecting element and configured to actuate the deflecting element so as to optimise the signal or the signal-to-noise ratio from the light detected by the one or more photodetector components of said group of pixels, the feedback loop comprising a feedback circuit (SLC).
A mobile infant-supporting apparatus comprising: a generally planar child-supporting platform supported above a floor surface by a mobile base ; a perimeter frame connected to and disposed generally above the child-supporting platform , the perimeter frame having first and second elongate perimeter frame portions ; an anchor structure connecting the first and second perimeter frame portions to the child-supporting platform , each perimeter frame portion being pivotally coupled to the anchor structure to permit movement between generally opposing raised and lowered positions; an actuator handle moveably connected to the anchor structure and operable between raised and lowered positions; and a first resilient member connected between the first perimeter frame portion and the actuator handle , and a second resilient member connected between the second perimeter frame portion and the actuator handle , the resilient members biasing respective perimeter frame portions toward the raised position when the actuator handle is in the raised position and toward the lowered position when the actuator handle is moved to the lowered position, wherein the connection of the resilient members to the actuator handle is positioned above the pivot connections of the perimeter frame portions when the actuator handle is in the raised position and below the pivot connections of the perimeter frame portions when the actuator handle is in the lowered position. a generally planar child-supporting platform supported above a floor surface by a mobile base ; a perimeter frame connected to and disposed generally above the child-supporting platform , the perimeter frame having first and second elongate perimeter frame portions ; an anchor structure connecting the first and second perimeter frame portions to the child-supporting platform , each perimeter frame portion being pivotally coupled to the anchor structure to permit movement between generally opposing raised and lowered positions; an actuator handle moveably connected to the anchor structure and operable between raised and lowered positions; and a first resilient member connected between the first perimeter frame portion and the actuator handle , and a second resilient member connected between the second perimeter frame portion and the actuator handle , the resilient members biasing respective perimeter frame portions toward the raised position when the actuator handle is in the raised position and toward the lowered position when the actuator handle is moved to the lowered position, wherein the connection of the resilient members to the actuator handle is positioned above the pivot connections of the perimeter frame portions when the actuator handle is in the raised position and below the pivot connections of the perimeter frame portions when the actuator handle is in the lowered position.
A cooking appliance for cooking whole grains, the cooking appliance comprising: a cooking chamber for cooking the grains in water; a heating element arrangement thermally coupled to the cooking chamber; a temperature sensor arrangement thermally coupled to the cooking chamber; a memory which stores cooking profiles for different types of grain, characterised in that said memory stores cooking profiles for pre-soaked and non-pre-soaked conditions of those different types of grain; and in that said appliance further comprises a first input (IN1) for receiving an indication of whether grains to be cooked have been pre-soaked or not; a second input (IN2) for receiving an indication of the type of grains to be cooked; and a controller adapted to control the heating element arrangement, responsive to the temperature sensor arrangement, to implement a selected cooking profile from the memory which depends on the indications received at the first and second inputs. a cooking chamber for cooking the grains in water; a heating element arrangement thermally coupled to the cooking chamber; a temperature sensor arrangement thermally coupled to the cooking chamber; a memory which stores cooking profiles for different types of grain, characterised in that said memory stores cooking profiles for pre-soaked and non-pre-soaked conditions of those different types of grain; and in that said appliance further comprises a first input (IN1) for receiving an indication of whether grains to be cooked have been pre-soaked or not; a second input (IN2) for receiving an indication of the type of grains to be cooked; and a controller adapted to control the heating element arrangement, responsive to the temperature sensor arrangement, to implement a selected cooking profile from the memory which depends on the indications received at the first and second inputs.