mhurhangee/ep-ind-claims huggingface dataset:
A panty guard comprising: a bottom portion (310, 320) configured for adherence to a crotch portion of thong underwear, the bottom portion having the same thickness throughout the panty guard, the panty guard further comprising: a pelvic organ support positioned atop the bottom portion, the pelvic organ support being the only portion extending from the bottom portion and comprising a topography complementing external female genital organs, the topography comprising only concentric vertically ascending contours extending from the bottom portion to a top of the pelvic organ support at the thickest portion of the pelvic organ support, the concentric vertically ascending contours having the same shape, the same shape symmetrical along an anterior-posterior center axis and along an axis orthogonal to the anterior-posterior center axis, the pelvic organ support containing absorptive material configured to absorb vaginal moisture from the top towards the bottom portion, and the pelvic organ support maintaining support for an expected prolapse of the external female genital organs after absorption of the vaginal moisture; and wherein the panty guard contains an external perimeter with an anterior end and a posterior end, the anterior end having a width that is larger than a width of the posterior end; and wherein the edges between anterior end and the posterior ends are straight.
Automated dosing method for dosing a chemical product in a tunnel dishwasher, comprising the step of: - detecting a rinse signal from a supplying solenoid valve for supplying a rinse water of the dishwasher; - dosing a detergent amount apt to be inserted in a washing liquid, at a first load configuration of the dishwasher, for obtaining a washing mixture; - activating a counter which divides the rinse signal into a plurality of recovery time intervals of defined time duration "t"; - dosing a further detergent amount apt to be inserted in the washing liquid for a recovering of said detergent in said washing mixture at an operating configuration of the dishwasher, wherein said dosing step of a further detergent amount is performed periodically, according to a predetermined time frequency corresponding to a recovery time interval "t", at the end of said recovery time intervals "t", characterized in that said method also comprises - a suspending step for pausing the counter of said recovery time interval "t" at a time "ts" of an interruption of said detecting step of the rinsing detection signal, and - a reactivating step for reactivating said counter of said recovery time interval "t" starting from the time "t s " at which said suspending step occurred, at a new detection of said rinsing signal. - detecting a rinse signal from a supplying solenoid valve for supplying a rinse water of the dishwasher; - dosing a detergent amount apt to be inserted in a washing liquid, at a first load configuration of the dishwasher, for obtaining a washing mixture; - activating a counter which divides the rinse signal into a plurality of recovery time intervals of defined time duration "t"; - dosing a further detergent amount apt to be inserted in the washing liquid for a recovering of said detergent in said washing mixture at an operating configuration of the dishwasher, wherein said dosing step of a further detergent amount is performed periodically, according to a predetermined time frequency corresponding to a recovery time interval "t", at the end of said recovery time intervals "t", characterized in that said method also comprises - a suspending step for pausing the counter of said recovery time interval "t" at a time "ts" of an interruption of said detecting step of the rinsing detection signal, and - a reactivating step for reactivating said counter of said recovery time interval "t" starting from the time "t s " at which said suspending step occurred, at a new detection of said rinsing signal.
A coil, comprising at least a coil bobbin and a winding wire (2, 5), wherein an axial direction of the coil bobbin is defined parallel to the winding axis of the coil winding, wherein the winding wire (2, 5) is guided out of a winding region of the coil about a deflecting post, in particular for strain relief purposes, and subsequently through a spatial region, which is delimited inwards and outwards in the radial direction with respect to the winding axis of the coil winding to a contact hook, which is received in a receiving region of the coil bobbin, wherein the delimitation is carried out by means of the shaping of the coil bobbin, wherein for producing the delimitation provided radially to the outside a delimiting post is formed on the coil bobbin, wherein for producing the delimitation provided radially to the inside a reinforcing rib running in a curve, i.e. not rectilinearly, is formed on the coil bobbin, wherein the delimiting post with respect to the coil winding in the peripheral direction, i.e. in the wire guidance direction, in the region which is relieved of strain by the deflecting post, is arranged between the contact hook and deflecting post and is spaced apart from these, wherein the reinforcing rib in the peripheral direction, i.e. in the wire guidance direction, in the region which is relieved of tension by the deflecting post, covers the region covered by the delimiting post in the peripheral direction and covers the angle at circumference between the angle-at-circumference position of the deflecting post and the angle-at-circumference position of the receiving region of the contact hook, wherein the delimiting post extends in the axial direction, i.e. parallel to the winding axis of the coil winding, characterised in that the deflecting post extends in the axial direction and is embodied thickened and/or with a radially extending delimiting wall region on its axial end region, wherein the deflecting post extends in the axial direction, i.e. in the axial direction of the coil winding, only as far as the axial region of the contact hook in the receiving region, wherein the delimiting wall region on the axial end region of the deflecting post is still arranged in the axial region of the coil bobbin, the wall thickness of the delimiting wall region being less than the wall thickness of the coil bobbin in the region of the receiving region.
A process for batchwise or continuous production of single-layer or multilayer lignocellulosic materials, comprising the process steps of mixing the components of the individual layers, scattering the mixture(s) produced in process step to give a mat, optionally precompacting the scattered mat and hot-pressing the optionally precompacted mat, which comprises using, in process step, for the core of multilayer lignocellulosic materials or for single-layer lignocellulosic materials, a mixture (component A) comprising a 1) 50% to 99% by weight of organic isocyanate having at least two isocyanate groups or mixtures thereof and a 2) 1% to 50% by weight of organic C 4 - to C 15 - carboxylic anhydride or mixtures thereof and a 3) 0% to 30% by weight of auxiliaries or mixtures thereof. mixing the components of the individual layers, scattering the mixture(s) produced in process step to give a mat, optionally precompacting the scattered mat and hot-pressing the optionally precompacted mat, a 1) 50% to 99% by weight of organic isocyanate having at least two isocyanate groups or mixtures thereof and a 2) 1% to 50% by weight of organic C 4 - to C 15 - carboxylic anhydride or mixtures thereof and a 3) 0% to 30% by weight of auxiliaries or mixtures thereof.
A controlled catalyst system comprising an electrically heated catalyst arranged in an exhaust passage of an internal combustion engine and comprising a heat generation element configured to generate heat when electrically energized so that a catalyst is heated by the generation of heat; and a pair of electrodes configured to supply electricity to said heat generation element, wherein each of said pair of electrodes has a surface electrode which spreads along a surface of said heat generation element, and said surface electrodes are arranged in opposition to each other with said heat generation element being sandwiched therebetween; and characterized by comprising a control unit configured to decrease an electric power supplied to said heat generation element, and to increase an amount of heat supplied to the electrically heated catalyst by an exhaust gas when a frequency becomes high when a condition is satisfied in which a difference in temperature between two points located at a predetermined distance from each other on surfaces of or within said surface electrodes exceeds a predetermined temperature difference, as compared with when the frequency is low.
Regulating device for heating systems comprising: a first body defining a first path for a fluid, which extends from a first inlet to a first outlet, and a second path for the fluid extending from a second inlet to a second outlet; a second body defining third path for the fluid, which extends from a third inlet, operatively connected to said first outlet, to a third outlet; and a pump for circulating fluid, which is operatively arranged between said first outlet and said third inlet; said first body being carried out as one piece and said first path being operatively connected to said second path by means of a re-circulation opening so as to mix a pre-established amount of the fluid flowing in the second path with the fluid flowing in the first path; the device further comprising means for varying the amount of fluid flowing from said second path to said first path, which are operatively associated to the first body on said re-circulation opening and means for regulating the flow of fluid through said first inlet, which are associated to said first body in said first path. a first body defining a first path for a fluid, which extends from a first inlet to a first outlet, and a second path for the fluid extending from a second inlet to a second outlet; a second body defining third path for the fluid, which extends from a third inlet, operatively connected to said first outlet, to a third outlet; and a pump for circulating fluid, which is operatively arranged between said first outlet and said third inlet; said first body being carried out as one piece and said first path being operatively connected to said second path by means of a re-circulation opening so as to mix a pre-established amount of the fluid flowing in the second path with the fluid flowing in the first path; the device further comprising means for varying the amount of fluid flowing from said second path to said first path, which are operatively associated to the first body on said re-circulation opening and
A rotating structure of LED track lights, comprising: a downlight with a through hole, a boom mechanism penetrating the through hole, and a limiting mechanism disposed on the boom mechanism; the boom mechanism comprising a bearing penetrating the through hole, a elastic member sleeved on the outer side of the bearing and a nut screwed on the free end of the bearing; the limiting mechanism comprising a rotating gear plate fixedly sleeved on the bearing, and an elastic abutting member fixedly arranged in the downlight; the rotating gear plate located between the elastic member and the sidewall of the downlight, the nut driving the elastic member towards the rotating gear plate and pressing the elastic member against the rotating gear plate, a plurality of cogs arranged on a radial side wall of the rotating gear plate, and the elastic abutting member comprising a abutting head which is pressed against a cog of the rotating gear plate and rotates along the cog movement track fixed on the rotating gear plate.
Roller for guiding a sheet by friction, the roller having: - a contact surface intended to be in contact with the sheet, the contact surface having overall a form of revolution when the roller is at rest, - a central portion configured to mechanically connect the roller to a rotating drive member, and - a deformation portion located between the contact surface and the central portion, the deformation portion being configured to deform elastically when the roller guides the sheet by friction, the deformation portion comprises at least one cut extending from the contact surface towards the central portion, the cut being arranged so that the deformation portion comprises at least one elastically deformable segment, characterised in that the deformation portion comprises an outer ring and a plurality of connection members (11.1) mechanically connecting the central portion and the outer ring, and at least one cut extending through the outer ring so as to interrupt the outer ring at least once, and wherein each connection member (11.1) forms a spoke for the roller. - a contact surface intended to be in contact with the sheet, the contact surface having overall a form of revolution when the roller is at rest, - a central portion configured to mechanically connect the roller to a rotating drive member, and - a deformation portion located between the contact surface and the central portion, the deformation portion being configured to deform elastically when the roller guides the sheet by friction, the deformation portion comprises at least one cut extending from the contact surface towards the central portion, the cut being arranged so that the deformation portion comprises at least one elastically deformable segment, characterised in that the deformation portion comprises an outer ring and a plurality of connection members (11.1) mechanically connecting the central portion and the outer ring, and at least one cut extending through the outer ring so as to interrupt the outer ring at least once, and wherein each connection member (11.1) forms a spoke for the roller.
Electronic user interface, having a circuit board, at least one input and/or output means which is electrically connected to the circuit board, and at least one holder by which the at least one input and/or output means is mechanically fastened to the circuit board, and a control board which is separate from the circuit board, has at least one control component embodied to control the at least one input and/or output means and is mechanically fastened to the circuit board by means of a board holder, characterised in that the control board which is separate from the circuit board is merely mechanically fastened to the circuit board by means of the board holder, without electrical contacting of the control board to the circuit board taking place via the board holder, and the control board is electrically connected to the circuit board by means of at least one control line separate from the board holder, via which control line the at least one input and/or output means is controlled by the control board.
A system for monitoring blood distribution in a subject, the system comprising: an input for receiving Doppler ultrasound data representing arterial blood flow in at least two different locations of the subject; a processor adapted to: determine a predetermined function of the arterial blood flows (C, B1, B2, B3) at the locations; and monitor changes in the predetermined function; and an output for providing blood distribution information based on the monitored changes, wherein the two locations of the subject are at substantially different distances from the heart, preferably at the carotid artery and at a brachial, femoral or radial artery. an input for receiving Doppler ultrasound data representing arterial blood flow in at least two different locations of the subject; a processor adapted to: determine a predetermined function of the arterial blood flows (C, B1, B2, B3) at the locations; and monitor changes in the predetermined function; and determine a predetermined function of the arterial blood flows (C, B1, B2, B3) at the locations; and monitor changes in the predetermined function; and an output for providing blood distribution information based on the monitored changes, wherein the two locations of the subject are at substantially different distances from the heart, preferably at the carotid artery and at a brachial, femoral or radial artery.
A method of controlling an additive manufacturing process in which a layer of resin is deposited on a build surface and cured via selective application of radiant energy so as to define the geometry of a cross-sectional layer of a component, such that uncured resin remaining on the build surface after curing defines a negative structure of the layer being cured, the method comprising: using an imaging apparatus to produce an image of the negative structure; evaluating the image of the negative structure; and controlling at least one aspect of the additive manufacturing process with reference to the evaluation of the image. using an imaging apparatus to produce an image of the negative structure; evaluating the image of the negative structure; and controlling at least one aspect of the additive manufacturing process with reference to the evaluation of the image.
A method of displaying an image of an inconsistency on a part comprising: determining locations of reflective markers located on said part utilizing at least one of a light emitting device and a laser emitting device to reflect at least one of a light beam and a laser beam off said reflective markers located on said part; scanning said part utilizing a non-destructive inspection device to determine the inconsistency of said part; locating the inconsistency of said part in X, Y, and Z coordinates by comparing data from the scanning of said part with the determined locations of the reflective markers located on said part; and displaying said image of said inconsistency on said part using at least one of a laser projection device to project the image of said inconsistency on said part using the located X, Y, and Z coordinates of said inconsistency and a printing device to print an image of said inconsistency on said part using the located X, Y, and Z coordinates of said inconsistency. determining locations of reflective markers located on said part utilizing at least one of a light emitting device and a laser emitting device to reflect at least one of a light beam and a laser beam off said reflective markers located on said part; scanning said part utilizing a non-destructive inspection device to determine the inconsistency of said part; locating the inconsistency of said part in X, Y, and Z coordinates by comparing data from the scanning of said part with the determined locations of the reflective markers located on said part; and displaying said image of said inconsistency on said part using at least one of a laser projection device to project the image of said inconsistency on said part using the located X, Y, and Z coordinates of said inconsistency and a printing device to print an image of said inconsistency on said part using the located X, Y, and Z coordinates of said inconsistency.
A variable displacement variable pressure vane pump system for providing lubrication oil to a mechanical system comprising: a variable displacement variable pressure vane pump having a control slider which is moveable to alter the displacement of the pump; a biasing means to bias the control slider towards a position corresponding to the maximum displacement position of the pump; a first control mechanism responsive to the pressure of the lubrication oil output from the pump to apply a force to the control slider to counter the biasing force of the biasing means and to urge the control slider away from the position corresponding to the maximum displacement position of the pump; characterized by a second control mechanism responsive to the pressure of the lubrication oil output from the pump to apply a force to the control slider to counter the biasing force of the biasing means and to urge the control slider away from the position corresponding to the maximum displacement position of the pump; and a control means operable to vary the lubrication oil supplied to the second control mechanism to alter the output of the pump to more closely correspond to the lubrication requirements of the mechanical system. a variable displacement variable pressure vane pump having a control slider which is moveable to alter the displacement of the pump; a biasing means to bias the control slider towards a position corresponding to the maximum displacement position of the pump; a first control mechanism responsive to the pressure of the lubrication oil output from the pump to apply a force to the control slider to counter the biasing force of the biasing means and to urge the control slider away from the position corresponding to the maximum displacement position of the pump; characterized by a second control mechanism responsive to the pressure of the lubrication oil output from the pump to apply a force to the control slider to counter the biasing force of the biasing means and to urge the control slider away from the position corresponding to the maximum displacement position of the pump; and a control means operable to vary the lubrication oil supplied to the second control mechanism to alter the output of the pump to more closely correspond to the lubrication requirements of the mechanical system.
Use of a composition for cleaning a glass surface comprising the step of applying the composition to a glass surface with a spray bottle, the composition comprising: a surfactant system; a first polymer; and a second polymer, wherein the first polymer is a polyethyleneimine, and wherein the second polymer is an acrylate-based polymer. the composition comprising: a surfactant system; a first polymer; and a second polymer, wherein a surfactant system; a first polymer; and a second polymer, wherein the first polymer is a polyethyleneimine, and wherein the second polymer is an acrylate-based polymer.
Inhibitor of TYRO3 tyrosine kinase for use in the treatment of a TYRO3 over-expressing cancer selected from the group consisting of bladder tumor, diffuse large B-Cell lymphoma, adenoid cystic carcinoma of salivary gland, Burkitt lymphoma, multiple myeloma, pancreatic ductal adenocarcinoma, hairy cell leukemia, metastatic prostate cancer, melanoma and colorectal cancer, wherein the inhibitor is selected from the group consisting of an antibody directed against the extracellular domain of TYR03, a nucleic acid molecule interfering specifically with TYRO3 expression, a dominant negative receptor TYRO3 presenting a kinase dead domain and a TYRO3 soluble bait, said TYRO3 soluble bait being a recombinant TYRO3 receptor constituted of, at least, one Ig-like or fibronectin III domain of the extracellular domain of the receptor.