mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure transmitter coupling for coupling a pressure transmitter to a process fluid, comprising: a valved connection flange which carries the pressure transmitter; - a process coupling face having a process coupling port configured to couple to impulse piping ; - a flange coupling face arranged at an angle to the process coupling face, the flange coupling face including a flange coupling port configured to fluidically couple to the valved connection flange which carries the pressure transmitter ; - a process fluid passageway extending between the process coupling port and the flange coupling port ; and - a rod out port aligned with the process fluid coupling port configured to receive a cleaning rod therethrough to clean the process coupling port . - a process coupling face having a process coupling port configured to couple to impulse piping ; - a flange coupling face arranged at an angle to the process coupling face, the flange coupling face including a flange coupling port configured to fluidically couple to the valved connection flange which carries the pressure transmitter ; - a process fluid passageway extending between the process coupling port and the flange coupling port ; and - a rod out port aligned with the process fluid coupling port configured to receive a cleaning rod therethrough to clean the process coupling port .
A liquid cartridge , comprising: a front surface ; an upper surface facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface ; a circuit board disposed on the upper surface ; and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge ; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction wherein the light access portion is configured to allow the light traveling from the first point toward the second point to pass therethrough, and the liquid detection portion further comprises a light attenuating portion, wherein the light attenuating portion is configured to totally reflect the light to attenuate the light, wherein the light attenuating portion is configured to change a state of the light passing through the light access portion depending on whether or not an amount of the liquid stored in the liquid cartridge is less than a particular amount. a front surface ; an upper surface facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface ; a circuit board disposed on the upper surface ; and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge ; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction wherein the light access portion is configured to allow the light traveling from the first point toward the second point to pass therethrough, and the liquid detection portion further comprises a light attenuating portion, wherein the light attenuating portion is configured to totally reflect the light to attenuate the light, wherein the light attenuating portion is configured to change a state of the light passing through the light access portion depending on whether or not an amount of the liquid stored in the liquid cartridge is less than a particular amount.
A release bearing , in particular for a motor vehicle, having a body delimiting a pressure chamber , and a piston mounted slidingly in said chamber , said piston being intended to actuate a diaphragm as it slides with respect to the body , the piston is annular and has a first end mounted in the pressure chamber of complementary annular shape, and a second end equipped with a bearing , for example a thrust ball bearing, intended to be axially inserted between the diaphragm and the piston , wherein said body has at least one supply orifice opening at one end into the pressure chamber and at another end into a supply groove configured on an outer surface of the body , sealing means being located on either side of said channel .
Tensioning apparatus for a safety belt component, comprising - an inflator for generating a pressurized gas, - a piston that can be driven by the pressurized gas, - a tension cable that is connected to the piston, which cable can be connected to a seat belt component to be set into a tensioning movement, - a tensioner tube for receiving and guiding the piston, and - a guide block that forms a cable guide, in which block a receptacle receiving the inflator and a pressure chamber fluidically connected to the receptacle are formed, the guide block being connected to the tensioner tube and the tension cable extending in a piston movement direction in a straight line out of the tensioner tube through the pressure chamber , the guide block forming a linear guide which adjoins the pressure chamber and is designed such that the tension cable can be guided out of the guide block parallel to the piston movement direction on the side opposite the tensioner tube , at least one resistance element being arranged in the linear guide , which element counteracts an unintentional movement of the tension cable , projections or constrictions projecting into the linear guide being formed in the guide block outside the pressure chamber , which projections or constrictions prevent a relative movement of the tension cable and therefore of the piston relative to the tensioner tube before or even after mounting in the motor vehicle, characterized in that the projections or constrictions are initially in contact with the tension cable and prevent an unintentional movement of the tension cable , the projections or constrictions being reduced in height at the beginning of the tensioning process due to friction with the tension cable , so that their resistance is reduced. - an inflator for generating a pressurized gas, - a piston that can be driven by the pressurized gas, - a tension cable that is connected to the piston, which cable can be connected to a seat belt component to be set into a tensioning movement, - a tensioner tube for receiving and guiding the piston, and - a guide block that forms a cable guide, in which block a receptacle receiving the inflator and a pressure chamber fluidically connected to the receptacle are formed,
A power system for a vehicle trailer , comprising an electronic braking system - EBS - and a telematics unit having a battery, wherein a power connection is provided from the telematics unit to the EBS to provide power from the battery of the telematics unit to the EBS to power the EBS when the power system is not connected to an external source of electrical power, characterised in that the system further comprises at least one sensor, and the powering of the EBS from the battery of the telematics unit is initiated in response to a signal from the sensor.
A track deviation sensing mechanism for a steering column , comprising: a sleeve having an inner wall and an outer wall defining an annular opening , said inner wall defining a plurality of internal splines , said sleeve receiving the steering column ; a sensor having a first axial opening ; a ring disposed within said first axial opening , said ring defining a second axial opening , said second axial opening accommodating said sleeve ; and a first part functionally disposed between said sleeve and said ring , said first part lockingly connected to said sleeve and said ring , said first part having a third axial opening , characterized in that a second part locking said sensor and said first part at a prerequisite configuration, said second part having a fourth axial opening , said first axial opening , said second axial opening , said third axial opening , said fourth axial opening and said annular opening being coaxial. a sleeve having an inner wall and an outer wall defining an annular opening , said inner wall defining a plurality of internal splines , said sleeve receiving the steering column ; a sensor having a first axial opening ; a ring disposed within said first axial opening , said ring defining a second axial opening , said second axial opening accommodating said sleeve ; and a first part functionally disposed between said sleeve and said ring , said first part lockingly connected to said sleeve and said ring , said first part having a third axial opening , characterized in that a second part locking said sensor and said first part at a prerequisite configuration, said second part having a fourth axial opening , said first axial opening , said second axial opening , said third axial opening , said fourth axial opening and said annular opening being coaxial.
A high performance sealant, comprising: 20% to 50% by weight of a natural rubber latex; 0.25% to 10% by weight of an inorganic powder; 0.10% to 5.0% by weight of a polyamide suspension; 30% to 70% by weight of an antifreeze agent including water and at least one of ethylene glycol and propylene glycol; and 2% to 10% by weight of a synthetic rubber latex. 20% to 50% by weight of a natural rubber latex; 0.25% to 10% by weight of an inorganic powder; 0.10% to 5.0% by weight of a polyamide suspension; 30% to 70% by weight of an antifreeze agent including water and at least one of ethylene glycol and propylene glycol; and 2% to 10% by weight of a synthetic rubber latex.
An ink composition for printable thermoelectric materials, comprising: a precursor material for a thermoelectric material, a precursor material for an inorganic binder comprising a mixture of Cu, Se and S powder, an organic binder, and an organic solvent, wherein the molar ratio of the Cu powder to the total of Se and S powder combined is 2 : 1 and wherein the molar ratio of the Se powder to the S powder expressed by the formula (1-x)Se : xS is in the range of 0 ≤ x ≤ 0.20; and wherein the weight ratio of the precursor material for a thermoelectric material to the precursor material for an inorganic binder expressed as [(1-y) thermoelectric material: y inorganic binder] is in the range of 0 < y ≤ 0.25. a precursor material for a thermoelectric material, a precursor material for an inorganic binder comprising a mixture of Cu, Se and S powder, an organic binder, and an organic solvent, wherein the molar ratio of the Cu powder to the total of Se and S powder combined is 2 : 1 and wherein the molar ratio of the Se powder to the S powder expressed by the formula (1-x)Se : xS is in the range of 0 ≤ x ≤ 0.20; and wherein the weight ratio of the precursor material for a thermoelectric material to the precursor material for an inorganic binder expressed as [(1-y) thermoelectric material: y inorganic binder] is in the range of 0 < y ≤ 0.25.
A stud pin to be embedded in a pin embedding hole provided in a tread portion of a pneumatic tire , the stud pin comprising: a tip having a tip end surface configured to contact a road surface; and a trunk portion holding the tip and extending in one direction; the trunk portion including: an upper flange fixing the tip at a first end of the trunk portion ; and a lower flange provided at a position of the trunk portion on a side opposite the upper flange ; an edge defining a peripheral shape of the lower flange , when the lower flange is viewed in an extending direction of the trunk portion , having: a first side of a shape protruding roundly toward an outer side of the lower flange , protruding in a first direction A orthogonal to the extending direction of the trunk portion , and a second side provided on an opposite side to the first side with respect to a tip disposal position where the tip is provided, the second side extending in a second direction B orthogonal to the first direction A and the extending direction, and being provided with a recess that is recessed toward an inner side of the lower flange ; wherein the edge of the lower flange includes a pair of third sides extending in the first direction that connect the first side and the second side ; and a first distance L1 between connection points that connect the third sides and the first side is shorter than a second distance L2 between connection points that connect the third sides and the second side , characterized in that the second distance L2 is not less than 1.05 times and not greater than 1.3 times the first distance L1. a tip having a tip end surface configured to contact a road surface; and a trunk portion holding the tip and extending in one direction; an upper flange fixing the tip at a first end of the trunk portion ; and a lower flange provided at a position of the trunk portion on a side opposite the upper flange ; a first side of a shape protruding roundly toward an outer side of the lower flange , protruding in a first direction A orthogonal to the extending direction of the trunk portion , and a second side provided on an opposite side to the first side with respect to a tip disposal position where the tip is provided, the second side extending in a second direction B orthogonal to the first direction A and the extending direction, and being provided with a recess that is recessed toward an inner side of the lower flange ; wherein the edge of the lower flange includes a pair of third sides extending in the first direction that connect the first side and the second side ; and a first distance L1 between connection points that connect the third sides and the first side is shorter than a second distance L2 between connection points that connect the third sides and the second side , characterized in that the second distance L2 is not less than 1.05 times and not greater than 1.3 times the first distance L1.
A method of determining a quality of a weld by monitoring a welder as the welder performs a welding process by creating actual welding parameters between an advancing wire and a workpiece , the welding process being defined by a series of rapidly repeating wave shapes controlled by command signals to a power supply of the welder , said method comprising: segmenting a wave shape, having a weld cycle with a cycle time, into a series of time-segmented states, characterized in that the method further comprises selecting a non-adaptive state from the series of time-segmented states, wherein the non-adaptive state represents a segment of the wave shape where the command signals remain invariable under different weld conditions; measuring a plurality of weld parameters generated between the advancing wire and the workpiece during the non-adaptive state at an interrogation rate over an interval of time; and calculating a plurality of quality parameters for the non-adaptive state based on measurements of the plurality of weld parameters acquired during the interval of time within the non-adaptive state. segmenting a wave shape, having a weld cycle with a cycle time, into a series of time-segmented states, characterized in that the method further comprises selecting a non-adaptive state from the series of time-segmented states, wherein the non-adaptive state represents a segment of the wave shape where the command signals remain invariable under different weld conditions; measuring a plurality of weld parameters generated between the advancing wire and the workpiece during the non-adaptive state at an interrogation rate over an interval of time; and calculating a plurality of quality parameters for the non-adaptive state based on measurements of the plurality of weld parameters acquired during the interval of time within the non-adaptive state.
A three-dimensional shape measuring apparatus comprising: a light source ; a digital mirror device applying stripe pattern light alternately including a light portion and a dark portion with which information about a height of an inspection target portion can be acquired to the inspection target portion by reflecting light emitted from the light source, a projection lens ; and an imaging portion imaging the inspection target portion to which the digital mirror device applies the stripe pattern light, the digital mirror device including a plurality of mirrors arranged in a diamond pattern, characterized in that the digital mirror device and the light source are configured to be rotatable about a normal line perpendicular to reflection surfaces of the plurality of mirrors, and an optical axis of the projection lens and the normal line are non-parallel. a light source ; a digital mirror device applying stripe pattern light alternately including a light portion and a dark portion with which information about a height of an inspection target portion can be acquired to the inspection target portion by reflecting light emitted from the light source, a projection lens ; and an imaging portion imaging the inspection target portion to which the digital mirror device applies the stripe pattern light, the digital mirror device including a plurality of mirrors arranged in a diamond pattern, characterized in that the digital mirror device and the light source are configured to be rotatable about a normal line perpendicular to reflection surfaces of the plurality of mirrors, and an optical axis of the projection lens and the normal line are non-parallel.
System for installing a headrest on a backrest of a motor vehicle seat, said system comprising: - a metal rod , - a sheath made of moulded plastic material for slidingly receiving said rod, said sheath having a conduit the inner face of which has at least one extended zone defining a bearing face that is adjusted by tight contact by positive locking with said rod, in such a way that said rod slides in adjusted contact in said conduit, said system being characterised in that said bearing face is grained. - a metal rod , - a sheath made of moulded plastic material for slidingly receiving said rod, said sheath having a conduit the inner face of which has at least one extended zone defining a bearing face that is adjusted by tight contact by positive locking with said rod, in such a way that said rod slides in adjusted contact in said conduit, said system being characterised in that said bearing face is grained.
A sensor device comprising: a first textile layer of electrically conductive and porous textile material, forming a first electrode of the sensor device; a second textile layer of electrically conductive and porous textile material, forming a second electrode of the sensor device; at least one dielectric layer of deformable material and disposed between the first textile layer and second textile layer, wherein the at least one dielectric layer penetrates at least partially the porous textile material the first textile layer and the second textile layer, thus integrating into the first textile layer and the second textile layer; and means for measuring at least one of capacitance between the first textile layer and the second textile layer and resistance of at least one of the first textile layer and the second textile layer. a first textile layer of electrically conductive and porous textile material, forming a first electrode of the sensor device; a second textile layer of electrically conductive and porous textile material, forming a second electrode of the sensor device; at least one dielectric layer of deformable material and disposed between the first textile layer and second textile layer, wherein the at least one dielectric layer penetrates at least partially the porous textile material the first textile layer and the second textile layer, thus integrating into the first textile layer and the second textile layer; and means for measuring at least one of capacitance between the first textile layer and the second textile layer and resistance of at least one of the first textile layer and the second textile layer.
A process comprising: (a) receiving a solid organophosphite compound that has been recrystallized or triturated, wherein the solid organophosphite compound comprises phosphorous acid; (b) dissolving the solid organophosphite compound in an organic solvent; and (c) treating the solution with a weakly basic adsorbent; and (d) collecting the treated organophosphite solution, wherein the acid content of the organophosphite following step (d) is 30 ppm or less.
A compressor wheel comprising: a compressor wheel body ; and a thermal insulating coating layer disposed so as to cover a part of a back surface of the compressor wheel body , wherein the back surface of the compressor wheel body includes a flat surface including a contact portion configured to come into contact with a retaining portion of a rotational shaft when the compressor wheel is attached to the rotational shaft , and a back-side inclined surface connected with the flat surface and shaped such that the distance from the flat surface in an axial direction of the compressor wheel increases on the radially outer side, and the slope becomes gentle on the radially outer side, wherein the thermal insulating coating layer is disposed on the back-side inclined surface and outside of two-thirds of an external dimension of the back surface of the compressor wheel body in a direction perpendicular to the axial direction of the compressor wheel , and characterized in that a back surface of the compressor wheel includes the back surface of the compressor wheel body on which the thermal insulating coating layer is not disposed, and a surface of the thermal insulating coating layer opposite to a surface facing the back surface of the compressor wheel body . a compressor wheel body ; and a thermal insulating coating layer disposed so as to cover a part of a back surface of the compressor wheel body , wherein the back surface of the compressor wheel body includes a flat surface including a contact portion configured to come into contact with a retaining portion of a rotational shaft when the compressor wheel is attached to the rotational shaft , and a back-side inclined surface connected with the flat surface and shaped such that the distance from the flat surface in an axial direction of the compressor wheel increases on the radially outer side, and the slope becomes gentle on the radially outer side, wherein the thermal insulating coating layer is disposed on the back-side inclined surface and outside of two-thirds of an external dimension of the back surface of the compressor wheel body in a direction perpendicular to the axial direction of the compressor wheel , and characterized in that a back surface of the compressor wheel includes the back surface of the compressor wheel body on which the thermal insulating coating layer is not disposed, and a surface of the thermal insulating coating layer opposite to a surface facing the back surface of the compressor wheel body .
An anilox roll comprising: a cylinder having a curved contact surface ; an ink transfer zone formed on a first portion of the curved contact surface; and a low surface energy zone formed on a second portion of the curved contact surface, wherein the ink transfer zone comprises a plurality of cells configured to transfer ink, and wherein the low surface energy zone comprises a hydrophobic surface with a contact angle of at least 75 degrees and a surface roughness of less than 100 micrometers, wherein the low surface energy zone does not include any cells. a cylinder having a curved contact surface ; an ink transfer zone formed on a first portion of the curved contact surface; and a low surface energy zone formed on a second portion of the curved contact surface, wherein the ink transfer zone comprises a plurality of cells configured to transfer ink, and wherein the low surface energy zone comprises a hydrophobic surface with a contact angle of at least 75 degrees and a surface roughness of less than 100 micrometers, wherein the low surface energy zone does not include any cells.