mhurhangee/patent-ind-claim-en huggingface dataset:
A process cartridge detachably mountable to a main assembly of an electrophotographic image forming apparatus, said process cartridge comprising: a photosensitive member; a coupling portion provided at an end portion of said photosensitive member and including a driving force receiving portion for receiving a driving force for rotating said photosensitive member, from an outside of said process cartridge; and a gear portion including gear teeth for receiving, independently of said coupling portion, a driving force from an outside of said process cartridge; wherein said gear teeth are helical gear teeth, and include an exposed portion exposed to an outside of said process cartridge, wherein at least a part of said exposed portion is disposed outside of said driving force receiving portion in an axial direction of said photosensitive member and is faced to an axis of said photosensitive member, and wherein a shortest distance from the axis of said photosensitive member to a tooth tip of said gear portion measured along a direction perpendicular to the axis of said photosensitive member is no less than 90 % and no more than 110 % of a radius of said photosensitive member. a photosensitive member; a coupling portion provided at an end portion of said photosensitive member and including a driving force receiving portion for receiving a driving force for rotating said photosensitive member, from an outside of said process cartridge; and a gear portion including gear teeth for receiving, independently of said coupling portion, a driving force from an outside of said process cartridge; wherein said gear teeth are helical gear teeth, and include an exposed portion exposed to an outside of said process cartridge, wherein at least a part of said exposed portion is disposed outside of said driving force receiving portion in an axial direction of said photosensitive member and is faced to an axis of said photosensitive member, and wherein a shortest distance from the axis of said photosensitive member to a tooth tip of said gear portion measured along a direction perpendicular to the axis of said photosensitive member is no less than 90 % and no more than 110 % of a radius of said photosensitive member.
Pipe connection system for connecting a first portion and a second portion of a hydraulic arrangement, said pipe connection system comprising a male fitting provided with a male element connected to said first portion and a female fitting provided with a female element connected to said second portion , said male and female portions defining a fluid connection between first and second portions along a common axis (A) and cooperating at contact in sealed manner via sealant means carried by at least one between said male female elements , said female fitting being provided with centering means configured to position said female fitting on said male fitting coaxially to said common axis (A) and preloading means configured to impart a force to said male and female elements so that they are pushed one against the other, thereby compressing said sealant means , characterised in that said female fitting comprises a first tubular element , said centering means comprising a locking ring , said tubular element defining a seat configured to house said locking ring , said locking ring being dimensioned to cooperate by sliding with an outer surface of said male element till reaching a seat realized in said male element thereby cooperating at contact with said first tubular element .
A computing device comprising: a processor ; a memory ; and an automatic file encryption application stored in the memory and containing processor-executable instructions to automatically encrypt a file, wherein the instructions, when executed by the processor , are to cause the processor to: identify a characteristic associated with likely sensitive content based on a communication received from a remote server specifying the characteristic of the file and based on a usage pattern, wherein the usage pattern is derived at the remote server from previous file encryption operations on other computing devices encrypting different files having the characteristic, detect creation of the file, determine that the file contains sensitive content based upon it having the characteristic, and encrypt the file based on the determination that the file contains sensitive content. a processor ; a memory ; and an automatic file encryption application stored in the memory and containing processor-executable instructions to automatically encrypt a file, wherein the instructions, when executed by the processor , are to cause the processor to: identify a characteristic associated with likely sensitive content based on a communication received from a remote server specifying the characteristic of the file and based on a usage pattern, wherein the usage pattern is derived at the remote server from previous file encryption operations on other computing devices encrypting different files having the characteristic, detect creation of the file, determine that the file contains sensitive content based upon it having the characteristic, and encrypt the file based on the determination that the file contains sensitive content. identify a characteristic associated with likely sensitive content based on a communication received from a remote server specifying the characteristic of the file and based on a usage pattern, wherein the usage pattern is derived at the remote server from previous file encryption operations on other computing devices encrypting different files having the characteristic, detect creation of the file, determine that the file contains sensitive content based upon it having the characteristic, and encrypt the file based on the determination that the file contains sensitive content.
A system for introducing fragrances into the interior of a vehicle by way of the ventilation system with a combination of a fragrance cartridge and an air filter , wherein the fragrance cartridge has at least one air inlet opening and at least one air outlet opening , and also a space with a substrate which gives off the fragrance, wherein the fragrance cartridge is anchored to the air filter such that when the ventilation system is activated air can flow through the fragrance cartridge , characterised in that the fragrance cartridge has one or more slides or flaps which are coupled to a motor, and which close or uncover the openings for the air inlet and/or air outlet .
A method for laser welding, the method comprising: preparing a pair of workpieces being a pair of plate members respectively having through-holes common in size and shape, which are aligned when the workpieces are overlapped; overlapping and placing the pair of workpieces on a base jig having a pin hole aligned with the through-holes ; preparing a main jig having an opening surrounding the through-holes along a laser welding position (WP) surrounding the through-holes outside the laser welding position (WP); pressing the main jig against the base jig in a state in which the through-holes are surrounded by the opening ; positioning the pair of workpieces with each other; allowing a displacement force in a direction toward the base jig to act on the main jig to clamp the pair of workpieces ; preparing a sub-jig having a head and a pin and forming an annular light guiding path guiding a laser beam to the laser welding position (WP) located in a gap between the opening of the main jig and the head facing each other in a state in which the pin is inserted into the pin hole ; inserting the pin into the pin hole through the through-holes of the pair of workpieces placed on the base jig ; and allowing a displacement force in a direction to deepen the insertion of the pin to act on the sub-jig having the pin inserted into the pin hole through the through-holes of the pair of workpieces placed on the base jig until the head abuts against one of the workpieces to clamp the pair of workpieces . preparing a pair of workpieces being a pair of plate members respectively having through-holes common in size and shape, which are aligned when the workpieces are overlapped; overlapping and placing the pair of workpieces on a base jig having a pin hole aligned with the through-holes ; preparing a main jig having an opening surrounding the through-holes along a laser welding position (WP) surrounding the through-holes outside the laser welding position (WP); pressing the main jig against the base jig in a state in which the through-holes are surrounded by the opening ; positioning the pair of workpieces with each other; allowing a displacement force in a direction toward the base jig to act on the main jig to clamp the pair of workpieces ; preparing a sub-jig having a head and a pin and forming an annular light guiding path guiding a laser beam to the laser welding position (WP) located in a gap between the opening of the main jig and the head facing each other in a state in which the pin is inserted into the pin hole ; inserting the pin into the pin hole through the through-holes of the pair of workpieces placed on the base jig ; and allowing a displacement force in a direction to deepen the insertion of the pin to act on the sub-jig having the pin inserted into the pin hole through the through-holes of the pair of workpieces placed on the base jig until the head abuts against one of the workpieces to clamp the pair of workpieces .
A medical device comprising respectively at least: - a hard part with fluid paths for conducting a medical fluid, in particular blood, through the hard part ; - a converter , the converter being arranged to measure a property of the medical fluid while it is present in one of the fluid paths ; wherein the converter is, at least in a portion thereof, applied to the hard part , by means of at least one additive application method, preferably a printing method; characterized in that the converter is designed or configured as: - a converter for capacitive measurements with two conductive surfaces and a dielectric arranged between them as a level determination converter or distance determination converter; - a converter for resistance measurement when acting on a wire as weight determination converter, force determination converter, path determination converter, contact detection converter; - a magneto-inductive converter as flux measuring converter; or - an optical converter. - a hard part with fluid paths for conducting a medical fluid, in particular blood, through the hard part ; - a converter , the converter being arranged to measure a property of the medical fluid while it is present in one of the fluid paths ; the converter is, at least in a portion thereof, applied to the hard part , by means of at least one additive application method, preferably a printing method; characterized in that the converter is designed or configured as: - a converter for capacitive measurements with two conductive surfaces and a dielectric arranged between them as a level determination converter or distance determination converter; - a converter for resistance measurement when acting on a wire as weight determination converter, force determination converter, path determination converter, contact detection converter; - a magneto-inductive converter as flux measuring converter; or - an optical converter. - a converter for capacitive measurements with two conductive surfaces and a dielectric arranged between them as a level determination converter or distance determination converter; - a converter for resistance measurement when acting on a wire as weight determination converter, force determination converter, path determination converter, contact detection converter; - a magneto-inductive converter as flux measuring converter; or - an optical converter.
An external processor device, for an implantable prosthetic system, the device comprising: an external processor housing having a generally planar skin contacting surface and a central axis perpendicular to the skin contacting surface ; a signal processor within the processor housing for developing an implant data signal; a transmitter coil within the processor housing for coupling the implant data signal across the skin to the implantable prosthetic system; and a battery compartment within the processor housing in an annular region around the central axis containing a battery arrangement to provide electrical power to the signal processor and the transmitter coil , characterised in that the battery arrangement forms a complete annular ring or a partial annular ring around the central axis , and in that it includes a plurality of battery cells , each battery cell occupying a respective annular section within the battery compartment . an external processor housing having a generally planar skin contacting surface and a central axis perpendicular to the skin contacting surface ; a signal processor within the processor housing for developing an implant data signal; a transmitter coil within the processor housing for coupling the implant data signal across the skin to the implantable prosthetic system; and a battery compartment within the processor housing in an annular region around the central axis containing a battery arrangement to provide electrical power to the signal processor and the transmitter coil , characterised in that the battery arrangement forms a complete annular ring or a partial annular ring around the central axis , and in that it includes a plurality of battery cells , each battery cell occupying a respective annular section within the battery compartment .
Measuring device for determining rheological properties of a viscous, polymeric mass, wherein the measuring device comprises a rotational rheometer with a container for containing the viscous, polymeric mass and a rotation element that is positionable inside the container, wherein the measuring device is arranged for providing a relative rotation between the rotation element and the container about a rotation axis that defines an axial direction parallel to the rotation axis and a radial direction perpendicular to the rotation axis, wherein the measuring device comprises one or more normal force sensors for detecting at least a component of a normal force that is exerted in the axial direction onto the container or the rotation element and a radial force sensor , preferably a pressure sensor, for detecting a radial force exerted onto the container in the radial direction, wherein the rotation element has an outer diameter, wherein the measuring device further comprises a control unit that is electronically connected to the one or more normal force sensors, wherein the control unit is arranged for calculating the normal force exerted onto the container or the rotation element in the axial direction at the outer diameter of the rotation element based on detection signals from the one or more normal force sensors, characterised in that one of the calculations involves subtracting the radial force based on detection signals from the radial force sensor indicative of said radial force from the normal force exerted onto the container or the rotation element in the axial direction at the outer diameter.
A data processing apparatus comprising: an analyser to analyse successive images captured by a camera and to detect properties of an optically detectable marker in the captured images; a first location detector to detect, based on the properties of the marker detected by the analyser, a location of the optically detectable marker with respect to a location of the camera according to a first detection mode and to generate a first detection result; a second location detector to detect, based on the properties of the marker detected by the analyser, the location of the optically detectable marker with respect to the location of the camera according to a second detection mode using a different detection principle than the first detection mode and to generate a second detection result; and a processor to select at least one of the first detection result and the second detection result and to generate data indicative of the location of the optically detectable marker with respect to the location of the camera based on the selection, wherein the processor is configured to select at least one of the first detection result and the second detection result based on a distance between the camera and the optically detectable marker. an analyser to analyse successive images captured by a camera and to detect properties of an optically detectable marker in the captured images; a first location detector to detect, based on the properties of the marker detected by the analyser, a location of the optically detectable marker with respect to a location of the camera according to a first detection mode and to generate a first detection result; a second location detector to detect, based on the properties of the marker detected by the analyser, the location of the optically detectable marker with respect to the location of the camera according to a second detection mode using a different detection principle than the first detection mode and to generate a second detection result; and a processor to select at least one of the first detection result and the second detection result and to generate data indicative of the location of the optically detectable marker with respect to the location of the camera based on the selection, wherein the processor is configured to select at least one of the first detection result and the second detection result based on a distance between the camera and the optically detectable marker.
A composition comprising: a peptide that is capable of destabilizing an epidermal growth factor receptor (EGFR) protein and a sodium/glucose co-transporter 1 (SGLT 1) protein of cancer cells, wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011; or a peptide that destabilizes a binding interaction between an epidermal growth factor receptor (EGFR) and a sodium/glucose co-transporter 1 (SGLT 1), wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011. a peptide that is capable of destabilizing an epidermal growth factor receptor (EGFR) protein and a sodium/glucose co-transporter 1 (SGLT 1) protein of cancer cells, wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011; or a peptide that destabilizes a binding interaction between an epidermal growth factor receptor (EGFR) and a sodium/glucose co-transporter 1 (SGLT 1), wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011.
A liquid ejection head of a side shooter type, comprising: a plate including a plurality of nozzles arranged along a first direction (X) and through which liquid is ejected; an actuator including: a plurality of pressure chambers each communicating with a corresponding one of the nozzles, a plurality of dummy chambers each disposed between two of the pressure chambers that are adjacent to each other, and a plurality of sidewalls separating the pressure and dummy chambers along the first direction and deformable to change a volume of each of the pressure chambers according to a drive signal, characterized in that the liquid ejection head further comprises a pair of covers having a plurality of apertures and partly covering both ends of each of the pressure chambers in a second direction (Y) intersecting the first direction such that a pair of protrusions protruding relative to the side walls in the first direction (X) are formed and such that the pressure chambers communicate with a common chamber at both ends thereof through the apertures formed by the pair of protrusions, wherein each of the covers includes a first portion on and between the sidewalls and a second portion other than the first portion, and a first length in the second direction of the first portion is equal to or greater than a second length in the second direction of the second portion. a plate including a plurality of nozzles arranged along a first direction (X) and through which liquid is ejected; an actuator including: a plurality of pressure chambers each communicating with a corresponding one of the nozzles, a plurality of dummy chambers each disposed between two of the pressure chambers that are adjacent to each other, and a plurality of sidewalls separating the pressure and dummy chambers along the first direction and deformable to change a volume of each of the pressure chambers according to a drive signal, a plurality of pressure chambers each communicating with a corresponding one of the nozzles, a plurality of dummy chambers each disposed between two of the pressure chambers that are adjacent to each other, and a plurality of sidewalls separating the pressure and dummy chambers along the first direction and deformable to change a volume of each of the pressure chambers according to a drive signal, characterized in that the liquid ejection head further comprises a pair of covers having a plurality of apertures and partly covering both ends of each of the pressure chambers in a second direction (Y) intersecting the first direction such that a pair of protrusions protruding relative to the side walls in the first direction (X) are formed and such that the pressure chambers communicate with a common chamber at both ends thereof through the apertures formed by the pair of protrusions, wherein each of the covers includes a first portion on and between the sidewalls and a second portion other than the first portion, and a first length in the second direction of the first portion is equal to or greater than a second length in the second direction of the second portion.
A fluid-absorbent core comprising a substrate layer, at least 75% by weight of water-absorbent polymer particles, and an adhesive, wherein the water-absorbent polymer particles comprise a basic salt of a polyvalent metal cation and a monovalent carboxylic acid anion on the surface and the wet SAP shake out of water-absorbent polymer particles out of the fluid-absorbent core is less than 10% by weight.
A foamable, alcohol-based composition for disinfecting skin, which is free of silicone surfactants and free of polyfluorinated chemicals, containing: a) ethanol, n-propanol and/or i-propanol in an aqueous solution with an alcohol content of more than 50 wt% and b) one or more hydrogenated phospholipids in a proportion of 0.5-5 wt% in relation to the total amount of the liquid. a) ethanol, n-propanol and/or i-propanol in an aqueous solution with an alcohol content of more than 50 wt%