mhurhangee/patent-ind-claim-en huggingface dataset:
A method for applying a bead (C) of coating product to a surface to be coated (S), by means of a print head equipped with a plurality of nozzles , each nozzle being centered on a central axis (A12), the application of coating product taking place by moving the print head and the surface to be coated relative to each other by a relative print head movement along a curved trajectory (T), fixed in relation to the surface to be coated, without rotating the print head about an axis (A10) parallel to the central axes (A12) of the nozzles, this method comprising a step of selecting certain nozzles for a point (P) of the trajectory (T) based on the direction (F1) of the trajectory at this point and/or based on a previous point (P') of the trajectory already reached by the print head and of the direction (F1') of the trajectory at this previous point, and a step of activating the selected nozzles at this point (P), characterized in that the selected nozzles are arranged in a line (L12) or are part of a nozzle group delimited by a line (L12), the regression line (D12) of which coincides with a line (D) perpendicular to the trajectory direction (T) or as close as possible to a line perpendicular to the trajectory direction from among the lines that can be defined with the nozzles of the print head .
A gate system comprising: a cam sled comprising a cam plate (20; 100; 130) configured to slide along a rail ; a cam follower engaged with a guide element (18; 102; 132) of the cam plate (20; 100; 130); and a bracket configured to couple the cam follower to a gate post of a gate assembly of the gate system; wherein the cam sled is configured to be actuated by a power source to slide along the rail , thereby causing the cam follower to be guided along the guide element (18; 102; 132) and causing the bracket and the gate assembly to rotate about an axis of the gate post and mechanically lock into position in open or closed orientations (62; 76) of the gate assembly . a cam sled comprising a cam plate (20; 100; 130) configured to slide along a rail ; a cam follower engaged with a guide element (18; 102; 132) of the cam plate (20; 100; 130); and a bracket configured to couple the cam follower to a gate post of a gate assembly of the gate system; wherein the cam sled is configured to be actuated by a power source to slide along the rail , thereby causing the cam follower to be guided along the guide element (18; 102; 132) and causing the bracket and the gate assembly to rotate about an axis of the gate post and mechanically lock into position in open or closed orientations (62; 76) of the gate assembly .
Damping member which has at least two engagement points , wherein the damping member comprises at least one spring element , wherein the at least one spring element has an absorption means, wherein the at least one spring element has a curved shape , and wherein the curved shape of the at least one spring element has a recess which allows deformation of the at least one spring element , characterized in that a plurality of spring elements are arranged one above the other. wherein the damping member comprises at least one spring element , wherein the at least one spring element has an absorption means, wherein the at least one spring element has a curved shape , and wherein the curved shape of the at least one spring element has a recess which allows deformation of the at least one spring element , characterized in that a plurality of spring elements are arranged one above the other.
Etamsylate as therapeutic agent or a pharmaceutically acceptable salt or solvate thereof for use in the treatment of virus infection using heparan sulfate for cell penetration characterized in that the virus infection is herpes simplex virus infection occurring in mucosal/epithelial surfaces such as genital and herpetic stromal keratitis.
A print media handling system comprising: a first media guide assembly comprising a sensor assembly ; and a second media guide assembly comprising a media guide element and a retractable pressure plate , wherein the second media guide assembly is disposed opposite the first media guide assembly to guide a print media along a print media path between the first media guide assembly and second media guide assembly , the pressure plate is moveable about an axis perpendicular to the print media path between an actuated position and a retracted position, characterized in that in the actuated position the pressure plate protrudes into the print media path above a surface of the media guide element to move or press the print media closer to the sensor assembly , and in the retracted position the pressure plate is out of the print media path below the surface of the media guide element . a first media guide assembly comprising a sensor assembly ; and a second media guide assembly comprising a media guide element and a retractable pressure plate , wherein the second media guide assembly is disposed opposite the first media guide assembly to guide a print media along a print media path between the first media guide assembly and second media guide assembly , the pressure plate is moveable about an axis perpendicular to the print media path between an actuated position and a retracted position, characterized in that in the actuated position the pressure plate protrudes into the print media path above a surface of the media guide element to move or press the print media closer to the sensor assembly , and in the retracted position the pressure plate is out of the print media path below the surface of the media guide element .
A method for processing a message service, comprising: setting, by a seting module in a terminal, a blowout-type message judgement condition, a grouping condition and a first threshold value; after receiving a message, the terminal judging by a judging module in the terminal whether the message is a blowout-type message or not according to the preset blowout-type message judgment condition, and if yes, saving the blowout-type message in a database module, and the method characterized in that the terminal further judging by an analyzing module in the terminal whether there exists a blowout-type message group or not; if there already exists a blowout-type message group, judging whether the blowout-type message belongs to the existing blowout-type message group or not according to the preset grouping condition, and if yes, adding the blowout-type message into the blowout-type message group corresponding to the blowout-type message; if there exists no blowout-type message group, grouping (105-108) the saved ungrouped blowout-type messages according to the preset grouping condition when a number of the saved ungrouped blowout-type messages reaches the first threshold value; wherein, each blowout-type message group comprises remark information, which is common to all blowout-type messages in the group, and one or more blowout-type messages; and each blowout-type message further carries exclusive information left after removing the remark information from original information of the blowout-type message. setting, by a seting module in a terminal, a blowout-type message judgement condition, a grouping condition and a first threshold value; after receiving a message, the terminal judging by a judging module in the terminal whether the message is a blowout-type message or not according to the preset blowout-type message judgment condition, and if yes, saving the blowout-type message in a database module, and the method characterized in that the terminal further judging by an analyzing module in the terminal whether there exists a blowout-type message group or not; if there already exists a blowout-type message group, judging whether the blowout-type message belongs to the existing blowout-type message group or not according to the preset grouping condition, and if yes, adding the blowout-type message into the blowout-type message group corresponding to the blowout-type message; if there exists no blowout-type message group, grouping (105-108) the saved ungrouped blowout-type messages according to the preset grouping condition when a number of the saved ungrouped blowout-type messages reaches the first threshold value; wherein, each blowout-type message group comprises remark information, which is common to all blowout-type messages in the group, and one or more blowout-type messages; and each blowout-type message further carries exclusive information left after removing the remark information from original information of the blowout-type message.
A seal ring , comprising: a first side surface ; a second side surface being a side surface on a side opposite to the first side surface; and a first side-surface side projecting portion formed on the first side surface , characterized in that a distal end portion of the first side-surface side projecting portion projects most toward an outward side from the first side surface as compared to an entire surface of the first side surface except for the distal end portion, and in that a sectional shape of a cross section of the seal ring, which is orthogonal to a circumferential direction (C), is asymmetric with respect to a radial center line (Dc) that divides the sectional shape into two sides corresponding to one side and another side of a center axis (A1) of the seal ring, and wherein a width of an inner peripheral surface of the seal ring in a direction parallel to the center axis (A1) is smaller than a width of an outer peripheral surface of the seal ring. a first side surface ; a second side surface being a side surface on a side opposite to the first side surface; and a first side-surface side projecting portion formed on the first side surface , characterized in that a distal end portion of the first side-surface side projecting portion projects most toward an outward side from the first side surface as compared to an entire surface of the first side surface except for the distal end portion, and in that a sectional shape of a cross section of the seal ring, which is orthogonal to a circumferential direction (C), is asymmetric with respect to a radial center line (Dc) that divides the sectional shape into two sides corresponding to one side and another side of a center axis (A1) of the seal ring, and wherein a width of an inner peripheral surface of the seal ring in a direction parallel to the center axis (A1) is smaller than a width of an outer peripheral surface of the seal ring.
A magnetic separation apparatus comprising: a) a plurality of magnetic elements defining a first two-dimensional magnetic array including a first dimension and a second dimension; and b) a housing supporting the plurality of magnetic elements; wherein c) the two-dimensional magnetic array includes a plurality of one-dimensional magnetic arrays, each one-dimensional magnetic array comprising a plurality of the magnetic elements positioned adjacent one another and rotated 90 degrees about the same axis with respect to each adjacent magnetic element in the same one-dimensional magnetic array, extending in a first direction along the first dimension, and oriented to define a Halbach array, the plurality of one dimensional arrays being positioned adjacent to one another and extending in a second direction along the second dimension; d) the plurality of magnetic elements define an array surface having a magnetic field configured to attract magnetically susceptible particles towards the array surface; and e) the magnetic fields of the plurality of one-dimensional arrays are oriented in the same direction along the array surface. a) a plurality of magnetic elements defining a first two-dimensional magnetic array including a first dimension and a second dimension; and b) a housing supporting the plurality of magnetic elements; c) the two-dimensional magnetic array includes a plurality of one-dimensional magnetic arrays, each one-dimensional magnetic array comprising a plurality of the magnetic elements positioned adjacent one another and rotated 90 degrees about the same axis with respect to each adjacent magnetic element in the same one-dimensional magnetic array, extending in a first direction along the first dimension, and oriented to define a Halbach array, the plurality of one dimensional arrays being positioned adjacent to one another and extending in a second direction along the second dimension; d) the plurality of magnetic elements define an array surface having a magnetic field configured to attract magnetically susceptible particles towards the array surface; and e) the magnetic fields of the plurality of one-dimensional arrays are oriented in the same direction along the array surface.
An optical device comprising: a light converting member arranged to at least partly convert incoming light of a first wavelength into light of a second wavelength, to emit light of the second wavelength, and to reflect at least a part of the light of the first wavelength; and a light guide comprising a light entrance and a light exit , the light guide being arranged to guide incoming light of the first wavelength from the light entrance to the light converting member and to guide light emitted and/or reflected from the light converting member to the light exit ; wherein the light converting member and the light exit are arranged at opposite surfaces of the light guide, wherein the light converting member and the light exit are arranged along a main optical axis (OA) of the light guide , wherein the light entrance is arranged separated from the light exit at a geometrical envelope surface of the light guide surrounding the main optical axis (OA) of the light guide for coupling the incoming light of the first wavelength into the light guide from the side of the light guide , characterized in that the light entrance comprises a mirror or a diffraction grating for redirecting the incoming light of the first wavelength towards the light converting member . a light converting member arranged to at least partly convert incoming light of a first wavelength into light of a second wavelength, to emit light of the second wavelength, and to reflect at least a part of the light of the first wavelength; and a light guide comprising a light entrance and a light exit , the light guide being arranged to guide incoming light of the first wavelength from the light entrance to the light converting member and to guide light emitted and/or reflected from the light converting member to the light exit ; wherein the light converting member and the light exit are arranged at opposite surfaces of the light guide, wherein the light converting member and the light exit are arranged along a main optical axis (OA) of the light guide , wherein the light entrance is arranged separated from the light exit at a geometrical envelope surface of the light guide surrounding the main optical axis (OA) of the light guide for coupling the incoming light of the first wavelength into the light guide from the side of the light guide , characterized in that the light entrance comprises a mirror or a diffraction grating for redirecting the incoming light of the first wavelength towards the light converting member .
A multi-panel wraparound stereoscopic display, characterized by comprising a skeleton , a display screen , a mounting panel , and a hanger , wherein at least three display screens are detachably installed on the skeleton through as many hangers as there are screens, multiple display screens are rotatably symmetrically distributed along an axis of symmetry, and the display screens are disposed in parallel with the axis of symmetry; every hanger comprises a fixed plate , a rotating plate , and a connecting plate , wherein a display screen is detachably installed on the connecting plate , the fixed plate is detachably installed on the skeleton , the fixed plate and the connecting plate are respectively hinged to both ends of the rotating plate to form a double rocker mechanism, and the rotating plate rotates relative to the fixed plate and drives a display screen to move to one side horizontally; and the mounting panel is disposed on the skeleton and installed in a region exposed after a display screen is moved, and the mounting panel is provided with an electrical element. at least three display screens are detachably installed on the skeleton through as many hangers as there are screens, multiple display screens are rotatably symmetrically distributed along an axis of symmetry, and the display screens are disposed in parallel with the axis of symmetry; every hanger comprises a fixed plate , a rotating plate , and a connecting plate , wherein a display screen is detachably installed on the connecting plate , the fixed plate is detachably installed on the skeleton , the fixed plate and the connecting plate are respectively hinged to both ends of the rotating plate to form a double rocker mechanism, and the rotating plate rotates relative to the fixed plate and drives a display screen to move to one side horizontally; and the mounting panel is disposed on the skeleton and installed in a region exposed after a display screen is moved, and the mounting panel is provided with an electrical element.
A thiol-yne elastomer composition comprising the residue of a multi-functional alkyne monomer and the residue of a multi-functional thiol monomer, wherein 60% or more of the double bonds in said thiol-yne elastomer composition are cis double bonds.
A bicycle luggage holder comprising: a structure comprising a channel for receiving a tongue of a handle member ; the handle member being configured to be securable to luggage; and, a retaining mechanism comprising a moveable member characterised in that , the retaining mechanism comprises a moveable member which is displaceable from a biased position by insertion and withdrawal of the tongue in and from the channel using a predetermined force to permit insertion and withdrawal of the tongue in and from the channel but which returns to the biased position to prevent withdrawal the tongue from the channel using a force less than the predetermined force. a structure comprising a channel for receiving a tongue of a handle member ; the handle member being configured to be securable to luggage; and, a retaining mechanism comprising a moveable member characterised in that , the retaining mechanism comprises a moveable member which is displaceable from a biased position by insertion and withdrawal of the tongue in and from the channel using a predetermined force to permit insertion and withdrawal of the tongue in and from the channel but which returns to the biased position to prevent withdrawal the tongue from the channel using a force less than the predetermined force.
Device for pulsed laser deposition, which device comprises: - a substrate mount with a substrate mounted thereon; - a target mount with a target material mounted thereon and opposite of the substrate mount ; - a laser device for directing a laser beam on the target material; and - a shadow mask arranged over the substrate ; wherein the shadow mask is arranged in a movable disc , which movable disc is rotatable and movable in axial direction to and from the substrate mount characterized in that the movable disc is movable in axial direction to bring the shadow mask in abutment with the substrate and wherein the device further comprises spring means for urging the at least one shadow mask against the movable disc . - a substrate mount with a substrate mounted thereon; - a target mount with a target material mounted thereon and opposite of the substrate mount ; - a laser device for directing a laser beam on the target material; and - a shadow mask arranged over the substrate ;
A sustained release biodegradable intracanalicular insert comprising a hydrogel and cyclosporine, wherein the cyclosporine is in the form of particles and wherein the cyclosporine particles are dispersed within the hydrogel wherein the hydrogel comprises a polymer network comprising one or more crosslinked multi-arm polymer units, the multi-arm polymer units comprising one or more 2- to 10-arm polyethylene glycol units, and the cyclosporine particles have a d50 value of less than about 50 μm as measured by laser diffraction in accordance with USP <429>. the hydrogel comprises a polymer network comprising one or more crosslinked multi-arm polymer units, the multi-arm polymer units comprising one or more 2- to 10-arm polyethylene glycol units, and the cyclosporine particles have a d50 value of less than about 50 μm as measured by laser diffraction in accordance with USP <429>.
Applicator member for applying a product, in particular a cosmetic product, comprising: a core extending along a longitudinal axis (X2-X2'), an applicator part comprising at least a plurality of application elements that are joined to the core and extend over a first sector of said core , and a shaping part comprising an arm that has no application elements and is joined to the core by its two ends and extends over a second sector of said core, separate from said first sector bearing the application elements , wherein the arm comprises an arched portion , a proximal end portion joined to a proximal end of the arched portion and to a proximal end of the core , and a distal end portion joined to a distal end of the arched portion and to a distal end of the core , characterized in that said arched portion is made of rigid material and the end portions are made of material that is more flexible than the material of the arched portion . a core extending along a longitudinal axis (X2-X2'), an applicator part comprising at least a plurality of application elements that are joined to the core and extend over a first sector of said core , and a shaping part comprising an arm that has no application elements and is joined to the core by its two ends and extends over a second sector of said core, separate from said first sector bearing the application elements , wherein the arm comprises an arched portion , a proximal end portion joined to a proximal end of the arched portion and to a proximal end of the core , and a distal end portion joined to a distal end of the arched portion and to a distal end of the core , characterized in that said arched portion is made of rigid material and the end portions are made of material that is more flexible than the material of the arched portion .
Method for producing a cavity in a stator of a progressive cavity pump, in which material is removed by a tool in the interior of a stator blank , characterized - in that the tool inside the cavity carries out a rotating movement brought about by a drive shaft and an eccentric movement, rotating about a bearing shaft , wherein the stator blank and the tool are moved with respect to one another; - in that the stator blank carries out a rotating movement; - in that the movements are carried out within a guide tube or a bearing shaft ; - in that a speed ratio between the stator blank and bearing shaft is set; and - in that the stator blank and/or the tool carries out an axial advancing movement. - in that the tool inside the cavity carries out a rotating movement brought about by a drive shaft and an eccentric movement, rotating about a bearing shaft , wherein the stator blank and the tool are moved with respect to one another; - in that the stator blank carries out a rotating movement; - in that the movements are carried out within a guide tube or a bearing shaft ; - in that a speed ratio between the stator blank and bearing shaft is set; and - in that the stator blank and/or the tool carries out an axial advancing movement.