mhurhangee/patent-ind-claim-en huggingface dataset:
A method of improving the compatibility of an aqueous herbicide solution by suppressing the formation of solids or phase separations, the aqueous herbicide solution including at least one of a water soluble salt of an aryloxyalkanoic acid, a water soluble salt of a pyridyloxyalkanoic acid, and a water soluble salt of glyphosate, comprising adding to the aqueous herbicide solution one or more surface active compatibilizers, wherein the surface active compatibilizer is a polyacrylate or a polymethacrylate grafted with polyethylene oxide side chains, a polymeric amphoteric dispersant, a sulfonated lignin including one or more cations selected from hydrogen, ammonium, sodium and calcium, or mixtures thereof.
An oral irrigator comprising: a handle housing defining a cavity ; a tip removably connected to the handle housing ; and a tip release assembly connected to the handle housing comprising: a tip eject button slidably connected to the handle housing and movable between a first position and a second position; a latch connected to the handle housing and positioned within the cavity , wherein movement of the tip eject button from the first position to the second position moves the latch laterally across the cavity from an engage position to a disengage position, characterized in that the latch comprises an integrally formed spring, wherein in the disengage position the spring is compressed against an interior surface of the handle housing. a handle housing defining a cavity ; a tip removably connected to the handle housing ; and a tip release assembly connected to the handle housing comprising: a tip eject button slidably connected to the handle housing and movable between a first position and a second position; a latch connected to the handle housing and positioned within the cavity , wherein movement of the tip eject button from the first position to the second position moves the latch laterally across the cavity from an engage position to a disengage position, characterized in that the latch comprises an integrally formed spring, wherein in the disengage position the spring is compressed against an interior surface of the handle housing. a tip eject button slidably connected to the handle housing and movable between a first position and a second position; a latch connected to the handle housing and positioned within the cavity , wherein movement of the tip eject button from the first position to the second position moves the latch laterally across the cavity from an engage position to a disengage position, characterized in that the latch comprises an integrally formed spring, wherein in the disengage position the spring is compressed against an interior surface of the handle housing.
A method of dressing a tool, which can be used for the gear tooth machining of a workpiece, on a dresser, wherein the dressing takes place with line contact between the dresser and the tool, wherein a specific modification of the surface geometry of the tool is produced by the suitable choice of the position of the dresser to the tool when dressing, characterized in that the specific modification of the surface geometry of the tool is specifiable at at least three rolling angles, and/or wherein a crowning of the specific modification of the surface geometry of the tool is specifiable; and/or in that the specific modification of the surface geometry of the tool is specifiable at at least two rolling angles and, in addition, an association of a specific radius of the dresser with a specific radius of the tool takes place, and/or wherein a pitch of the specific modification of the surface geometry of the tool is specifiable and, in addition, an association of a specific radius of the dresser with a specific radius of the tool takes place; and/or in that an association of two specific radii of the dresser with two specific radii of the tool takes place; and/or in that the angle of rotation of the tool and the tool width position are varied during dressing to guide the dresser along the tool and at least two further degrees of freedom of the relative position between the dresser and the tool are set independently of one another for influencing the gear tooth geometry produced by the dressing and/or for the association of a specific radius of the dresser with a specific radius of the tool.
A wound dressing for wound treatment in a moist or moist/wet environment, with a fibre nonwoven-based suction/rinsing body in which superabsorbent material is incorporated in a distributed manner, a saline aqueous solution, especially Ringer's solution, which preferably contains a substance with antimicrobial action, having been applied to the suction/rinsing body by the manufacturer, and with a cover forming the outer visual sides of the wound dressing, the cover comprising on the wound-facing side of the wound dressing a layer composed of a textile planar material, especially composed of a weft-knitted fabric, warp-knitted fabric or woven fabric, the layer composed of a textile planar material having on the wound-facing side an atraumatically acting coating , preferably composed of silicone, which has been applied on the outer side in a partial and structured manner, having a degree of coverage of at most 70%, characterized in that the cover comprises a fibre nonwoven layer on the side of the wound dressing that faces away from the wound, which fibre nonwoven layer forms the outer visual side of the wound dressing that faces away from the wound, and in that a fluid-impermeable plastics film layer is arranged on the wound-facing side of said fibre nowoven layer , and in that the fibre nonwoven layer , the plastics film layer , the suction/rinsing body and the layer composed of textile planar material are not joined to another in a planar manner, but are in contact with one another via their planar sides in a loose and slidable manner, the fibre nowoven layer , the plastics film layer , the suction/rinsing body and the layer composed of textile planar material being joined to one another only along their peripheral edge by means of a joint.
A retention device comprising: - a continuous base having an upper face and a lower face ; and - a plurality of retention elements extending from the upper face of the base , each retention element comprising a rod ; the base including at least one zone free of retention elements so that the plurality of retention elements form at least one pattern , and in a CIE L ∗ a ∗ b ∗ color space, a color difference ΔE ∗ between the at least one zone free of retention elements and at least part of the pattern formed by the plurality of retention elements is greater than or equal to 1.0, preferably greater than or equal to 1.5, even more preferably greater than or equal to 3.0 even more preferably greater than or equal to 4.5. - a continuous base having an upper face and a lower face ; and - a plurality of retention elements extending from the upper face of the base , each retention element comprising a rod ;
Method for installing a building room air conditioning system, comprising the steps: ∘ supplying to a first site, in particular the installation site, a retaining cassette for mounting on a ceiling or wall having an attachment face extending substantially in a plane (B), ∘ assembling, at a second, remote site, an intermediate product , comprising precisely one at least 0.3 mm thick metal support plate , to one side of which a tube system is attached for directing a medium from at least one heat-conducting plate , and on the other side of which an adhesive layer and a protective layer covering the adhesive layer are disposed, ∘ transporting the intermediate product from the second to the first site, ∘ manually removing, in particular peeling off, the protective layer to expose the adhesive layer , ∘ manually adhering the intermediate product to the attachment face of the retaining cassette with the aid of the exposed adhesive layer to assemble a surface heat exchanger , ∘ mounting the assembled surface heat exchanger on the building room ceiling or wall , in particular as part of a plurality of surface heat exchangers (26, 26', 26") disposed in a cascaded arrangement and connected in a conducting arrangement on said building room ceiling or wall . ∘ supplying to a first site, in particular the installation site, a retaining cassette for mounting on a ceiling or wall having an attachment face extending substantially in a plane (B), ∘ assembling, at a second, remote site, an intermediate product , comprising precisely one at least 0.3 mm thick metal support plate , to one side of which a tube system is attached for directing a medium from at least one heat-conducting plate , and on the other side of which an adhesive layer and a protective layer covering the adhesive layer are disposed, ∘ transporting the intermediate product from the second to the first site, ∘ manually removing, in particular peeling off, the protective layer to expose the adhesive layer , ∘ manually adhering the intermediate product to the attachment face of the retaining cassette with the aid of the exposed adhesive layer to assemble a surface heat exchanger , ∘ mounting the assembled surface heat exchanger on the building room ceiling or wall , in particular as part of a plurality of surface heat exchangers (26, 26', 26") disposed in a cascaded arrangement and connected in a conducting arrangement on said building room ceiling or wall .
A printhead assembly , comprising: a die to print; a base member to support and electrically connect to the die a first electrode coupled and electrically connected to the base member, to provide a positive charge to attract and collect particles of a negative polarity from a print media and an area in or adjacent to a print zone; and a second electrode coupled and electrically connected to the base member, to provide a negative charge to attract and collect particles of a positive polarity from a print media and an area in or adjacent to a print zone; characterized in that the first electrode is connected to the base member to provide a negative charge to repel previously collected particles of a negative polarity during servicing of the die and the second electrode is connected to the base member to provide a positive charge to repel previously collected particles of a positive polarity during servicing of the die. a die to print; a base member to support and electrically connect to the die
A detergent box assembly , comprising: a box body adapted to be pushed, a motion subassembly adapted to drive the box body to pop out, and a lock subassembly adapted to lock or unlock the box body , characterized in that the lock subassembly comprises a push rod , a motion diverter movably connected to the push rod , and a lock pin movably connected to the motion diverter , wherein the push rod is adapted to move with the box body when the box body is pushed along a first direction (M1), and during moving, to push the motion diverter to rotate, thereby driving the lock pin to move to lock or unlock the box body .
A suspension device making it possible to suspend items of equipment under a support structure , said suspension device comprising an anchor bracket designed to be anchored axially (XX') to said support structure , two distribution arms that are adjustable up and down and that are designed to carry said items of equipment , each distribution arm comprising a suspension arm having one end articulated to said anchor bracket via a pivot articulation making it possible for said suspension arm to move in rotation in a horizontal plane, and a spring arm articulated to the other end of said suspension arm so as to be inclinable vertically relative to said suspension arm , the other end of said spring arm carrying a respective item of equipment , said suspension device being characterized in that each pivot articulation of a suspension arm is disposed at the end of an offsetting arm (8, 8'; 8") so as to be offset horizontally by a certain offset distance relative to said axis (XX') of said anchor bracket , which length is greater than the length of said suspension arm , and in that it further comprises connection means that secure said offsetting arm (8, 8'; 8") in stationary manner relative to said axis (XX') of said anchor bracket in such a manner that it remains stationary relative to said anchor bracket while said distribution arm is pivoting in said horizontal plane.
A counting device for counting mechanical inputs comprising: - a rotatably mounted first counting wheel arranged to rotate by a predetermined amount for every input that is to be counted; and - a second counting wheel in mechanical communication with the first counting wheel , and at least in part overlapping the first counting wheel ; whereby the mechanical communication between the first counting wheel and the second counting wheel comprises a rotation mechanism configured to drive the second counting wheel a predetermined amount when a predetermined number of inputs has been reached; wherein at least one of the counting wheels comprises a circumferential lip which supports an indicia ring of said counting wheel, the indicia ring comprising a circumferential array of counting indicia on a substantially flat annular surface, the circumferential lip having a height sufficient for a counting wheel volume to be formed that receives the other counting wheel ; a rotational locking mechanism configured to prevent rotation of the second counting wheel ; characterized in that : the rotational locking mechanism is activated by the first counting wheel changing the second counting wheel from a configuration where it can rotate to a configuration where it cannot rotate. - a rotatably mounted first counting wheel arranged to rotate by a predetermined amount for every input that is to be counted; and - a second counting wheel in mechanical communication with the first counting wheel , and at least in part overlapping the first counting wheel ; whereby the mechanical communication between the first counting wheel and the second counting wheel comprises a rotation mechanism configured to drive the second counting wheel a predetermined amount when a predetermined number of inputs has been reached; wherein at least one of the counting wheels comprises a circumferential lip which supports an indicia ring of said counting wheel, the indicia ring comprising a circumferential array of counting indicia on a substantially flat annular surface, the circumferential lip having a height sufficient for a counting wheel volume to be formed that receives the other counting wheel ; a rotational locking mechanism configured to prevent rotation of the second counting wheel ; characterized in that : the rotational locking mechanism is activated by the first counting wheel changing the second counting wheel from a configuration where it can rotate to a configuration where it cannot rotate.
A spraying system for delivering cleaning foam (F) onto a target surface (T) according to a predetermined spray pattern (P), the system comprising a spray section including - a nozzle configured to expel a cleaning liquid (M) as a droplet spray (S) from an exit aperture of the nozzle , wherein the droplet spray (S) propagates in diverging directions (Ax,Ay) around a central axis (Zc) to form the spray pattern (P) on the target surface (T) determining a main spraying direction (Z) in front of the spraying system ; and - a spray housing forming a diverging shell around the nozzle , wherein the shell widens along the main spraying direction (Z) to accommodate the diverging directions (Ax,Ay) of the droplet spray (S), characterized in that the diverging shell formed by the spray housing around the nozzle comprises an air intake configured to pass an air stream (L) through the shell into the spray housing for interacting with the droplet spray (S) that has been expelled from the exit aperture to form the cleaning foam (F). - a nozzle configured to expel a cleaning liquid (M) as a droplet spray (S) from an exit aperture of the nozzle , wherein the droplet spray (S) propagates in diverging directions (Ax,Ay) around a central axis (Zc) to form the spray pattern (P) on the target surface (T) determining a main spraying direction (Z) in front of the spraying system ; and - a spray housing forming a diverging shell around the nozzle , wherein the shell widens along the main spraying direction (Z) to accommodate the diverging directions (Ax,Ay) of the droplet spray (S), characterized in that the diverging shell formed by the spray housing around the nozzle comprises an air intake configured to pass an air stream (L) through the shell into the spray housing for interacting with the droplet spray (S) that has been expelled from the exit aperture to form the cleaning foam (F).
A method of reducing signaling during link setup in a wireless communication system, the method comprising: storing in a queue for transmission, at a first device, a first message for requesting information to establish a link with an access point, the first message including a network identifier for the access point; receiving a second message including the information, at the first device from the access point while the first message is in the queue, wherein the second message is detected by a scan; and removing the first message from the queue, at the first device, to avoid transmission of the first message when the second message includes the information. storing in a queue for transmission, at a first device, a first message for requesting information to establish a link with an access point, the first message including a network identifier for the access point; receiving a second message including the information, at the first device from the access point while the first message is in the queue, wherein the second message is detected by a scan; and removing the first message from the queue, at the first device, to avoid transmission of the first message when the second message includes the information.
A device for radio frequency (RF) based skin treatment comprising: a non-circular outer electrode (21; 23; 32) arranged on an operational side of the device and having at least one axis of symmetry (24; 25; 33); at least two inner electrodes (20; 22; 30) arranged on the operational side of the device, all of the inner electrodes having an equally shaped and equally dimensioned skin contact surface having an equal orientation relative to the operational side; an RF generator arranged to supply an RF voltage between all of the inner electrodes and the outer electrode, wherein the outer electrode surrounds all inner electrodes, and wherein all of the inner electrodes are at an equal minimum distance from the outer electrode, characterized in that : - in case the outer electrode has only one axis of symmetry , all the inner electrodes are arranged so as to be symmetrically spaced from said one axis of symmetry , and - in case the outer electrode has more than one axis of symmetry , all the inner electrodes are at an equal distance from a common point of intersection of all axes of symmetry and are positioned, with respect to each of the respective axes of symmetry, either on said respective axis of symmetry or at a distance from said respective axis of symmetry and symmetrically relative to one of the other inner electrodes. a non-circular outer electrode (21; 23; 32) arranged on an operational side of the device and having at least one axis of symmetry (24; 25; 33); at least two inner electrodes (20; 22; 30) arranged on the operational side of the device, all of the inner electrodes having an equally shaped and equally dimensioned skin contact surface having an equal orientation relative to the operational side; an RF generator arranged to supply an RF voltage between all of the inner electrodes and the outer electrode, wherein the outer electrode surrounds all inner electrodes, and wherein all of the inner electrodes are at an equal minimum distance from the outer electrode, - in case the outer electrode has only one axis of symmetry , all the inner electrodes are arranged so as to be symmetrically spaced from said one axis of symmetry , and - in case the outer electrode has more than one axis of symmetry , all the inner electrodes are at an equal distance from a common point of intersection of all axes of symmetry and are positioned, with respect to each of the respective axes of symmetry, either on said respective axis of symmetry or at a distance from said respective axis of symmetry and symmetrically relative to one of the other inner electrodes.
A device comprising: a sensor configured to detect a concentration of an analyte selected from the group consisting of molecular oxygen, carbon dioxide, nitric oxides, dissolved analytes in plasma and tissue, and hydrogen ions; a matrix compatible with said sensor, at least a portion of said matrix is at least one of accessible and permeable to said analyte; and a dressing comprising a therapeutic portion and a sensing/diagnostic portion , said sensing/diagnostic portion having said matrix and said sensor; and a single interacting portion including an actuating portion for generating an actuating signal to the dressing and a detecting portion for detecting a response signal from the dressing ; wherein said device is configured to emit a signal in response to the concentration of said analyte detected by said sensor by modulation of inelastic scattering of an electromagnetic field, including at least one of phosphorescence, fluorescence, and absorption, wherein said therapeutic portion is configured to deliver at least one of a therapeutic agent, a biomarker, and a diagnostic agent to a tissue surface of a patient; wherein said therapeutic portion further comprises an actuated therapeutic release mechanism configured to release at least one of the therapeutic agent, the biomarker, and the diagnostic agent to tissue surfaces of the patient, wherein said actuated therapeutic release mechanism comprises a light actuated polymeric matrix configured to be responsive to said signal. a sensor configured to detect a concentration of an analyte selected from the group consisting of molecular oxygen, carbon dioxide, nitric oxides, dissolved analytes in plasma and tissue, and hydrogen ions; a matrix compatible with said sensor, at least a portion of said matrix is at least one of accessible and permeable to said analyte; and a dressing comprising a therapeutic portion and a sensing/diagnostic portion , said sensing/diagnostic portion having said matrix and said sensor; and a single interacting portion including an actuating portion for generating an actuating signal to the dressing and a detecting portion for detecting a response signal from the dressing ; wherein said device is configured to emit a signal in response to the concentration of said analyte detected by said sensor by modulation of inelastic scattering of an electromagnetic field, including at least one of phosphorescence, fluorescence, and absorption, wherein said therapeutic portion is configured to deliver at least one of a therapeutic agent, a biomarker, and a diagnostic agent to a tissue surface of a patient; wherein said therapeutic portion further comprises an actuated therapeutic release mechanism configured to release at least one of the therapeutic agent, the biomarker, and the diagnostic agent to tissue surfaces of the patient, wherein said actuated therapeutic release mechanism comprises a light actuated polymeric matrix configured to be responsive to said signal.