mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a powder of brown and/or red macroalgae, for the manufacture of rigid objects, characterised in that it comprises the following steps in that order: - harvesting said brown and/or red macroalgae; - shear stirring said macroalgae in a tank a rate of at least 4 rpm, so as to extract proteins, such as actin, from said macroalgae, wherein said shear stirring is carried out at least partially under vacuum; - drying said stirred macroalgae, so as to obtain stirred and dried macroalgae having a residual moisture content smaller than or equal to 45%; - grinding said stirred and dried macroalgae, so as to obtain a powder of macroalgae. - harvesting said brown and/or red macroalgae; - shear stirring said macroalgae in a tank a rate of at least 4 rpm, so as to extract proteins, such as actin, from said macroalgae, wherein said shear stirring is carried out at least partially under vacuum; - drying said stirred macroalgae, so as to obtain stirred and dried macroalgae having a residual moisture content smaller than or equal to 45%; - grinding said stirred and dried macroalgae, so as to obtain a powder of macroalgae.
A method of manufacturing an alumina-based abrasive grain, comprising: (a) preparing boehmite powder and activated alumina powder as starting materials; (b) forming a sol by wet-blending the boehmite powder, the activated alumina powder, a solvent and a deflocculant; (c) heating the sol at a first temperature which is higher than a room temperature and lower than a boiling point of the solvent and stirring the sol so as not to generate a precipitate; (d) forming a gel by heating the sol at a second temperature higher than the first temperature at which a viscosity of the sol is increased and the sol becomes a paste; (e) blending the gel with an organic solvent and performing wet crushing on the resulting mixture; (f) preparing a powder by drying the wet-crushed gel; (g) blending a binder and a solvent with the dried product, which is the powder, and molding the resulting mixture; (h) calcining the molded product; (i) performing dry crushing on the calcined product; and (j) sintering the dry-crushed product to transform activated alumina and boehmite contained therein to an α-Al 2 O 3 crystal phase. (a) preparing boehmite powder and activated alumina powder as starting materials; (b) forming a sol by wet-blending the boehmite powder, the activated alumina powder, a solvent and a deflocculant; (c) heating the sol at a first temperature which is higher than a room temperature and lower than a boiling point of the solvent and stirring the sol so as not to generate a precipitate; (d) forming a gel by heating the sol at a second temperature higher than the first temperature at which a viscosity of the sol is increased and the sol becomes a paste; (e) blending the gel with an organic solvent and performing wet crushing on the resulting mixture; (f) preparing a powder by drying the wet-crushed gel; (g) blending a binder and a solvent with the dried product, which is the powder, and molding the resulting mixture; (h) calcining the molded product; (i) performing dry crushing on the calcined product; and (j) sintering the dry-crushed product to transform activated alumina and boehmite contained therein to an α-Al 2 O 3 crystal phase.
Scooter, in particular electric scooter, having a step element, which is pivotably connected at the rear to a rear swing arm for receiving a rear wheel, wherein the step element and the rear swing arm are connected to at least one suspension and at least one shock absorber in order to absorb shocks, wherein the at least one suspension is formed by a compression spring, wherein the at least one compression spring and the at least one shock absorber are arranged in the longitudinal direction of the step element on or in the latter, characterised in that at least one standpipe is fastened to the step element, in each of which standpipes a compression spring is positioned in a prestressed manner between a first displaceable spring receptacle and a second stationary spring receptacle, wherein the first spring receptacle is connected to a push rod projecting from the standpipe, which is connected to the rear swing arm, wherein the push rod is guided through the second spring receptacle.
A device (1, 3, 4) for detecting the removal of medication from a pharmaceutical blister pack, comprising a base body for receiving the pharmaceutical blister pack which has a base surface which is configured to rest on the electrically conductive, in particular metallic, film sealing the pockets of the blister pack, wherein the base body comprises holes (12, 32, 42) in the region of the pockets of the blister pack which are configured for the passage of the medication located in the pockets of the blister pack, - wherein each hole is arranged in the region of one of the pockets, characterised in that - in the region of each of the holes at least one coil (13, 14, 15; 33, 34, 35; 43) is arranged which surrounds the relevant hole, in particular only the relevant hole, and - that a detector unit (16, 36, 46) is provided, which by means of one of the coils (13, 14, 15) in the region of one or more holes generates an electric and/or magnetic field and evaluates the voltage or the current on at least one of the coils (13, 14, 15) surrounding the hole, in particular surrounding only said hole. - wherein each hole is arranged in the region of one of the pockets, characterised in that - in the region of each of the holes at least one coil (13, 14, 15; 33, 34, 35; 43) is arranged which surrounds the relevant hole, in particular only the relevant hole, and - that a detector unit (16, 36, 46) is provided, which by means of one of the coils (13, 14, 15) in the region of one or more holes generates an electric and/or magnetic field and evaluates the voltage or the current on at least one of the coils (13, 14, 15) surrounding the hole, in particular surrounding only said hole.
Flow battery comprising: a flow cell (10, 110, 210, 310) including an anode (26, 126, 226, 326) and a cathode (20, 120, 220, 320); and a counter electrode (154, 254, 354); and a controller configured to switch the counter electrode (154, 254, 354) between a potential of the anode (26, 126, 226, 326) to attract shunt current depositions and a potential of the cathode (20, 120, 220, 320) to remove the shunt current depositions. a flow cell (10, 110, 210, 310) including an anode (26, 126, 226, 326) and a cathode (20, 120, 220, 320); and a counter electrode (154, 254, 354); and a controller configured to switch the counter electrode (154, 254, 354) between a potential of the anode (26, 126, 226, 326) to attract shunt current depositions and a potential of the cathode (20, 120, 220, 320) to remove the shunt current depositions.
A building product for making an asphalt roofing system comprising an asphalt reinforcing sheet, the asphalt reinforcing sheet comprising a fibrous or foraminous web or layer of material impregnated with an emulsion breaker, wherein the fibrous or foraminous web or layer of material is made from fiberglass or polyester, wherein the fibrous or foraminous web or layer is capable of being impregnated with asphalt by embedding it in a layer of asphalt emulsion, and wherein the emulsion breaker is selected from the group consisting of calcium chloride, calcium nitrate, aluminum chloride and ferric chloride.
An elastomeric material which is vulcanized by sulphur compounds and expanded to a final density of less than 200 kg/m 3, preferably less than 150 kg/m 3, as measured according to ISO 845, containing as main polymer ingredient 50 to 99.5 weight-% of polysiloxane based on 100 weight-% of the total polymer content, at least 0.5 to 50 weight-% of an unsaturated alkylene-diene copolymer, based on 100 weight-% of the total polymer content, fillers and additives, wherein the polysiloxane comprises at least one substituent containing an unsaturated bond.
Support part and sewn covering (30, 30.2, 30.3, 30.4, 30.5) for laminating the support part, wherein the sewn covering (30, 30.2, 30.3, 30.4 30.5) has at least one first and at least one second cover element (40, 42) which are interconnected by way of a functional seam (32, 56), so that on the underside of the sewn covering (30, 30.2, 30.3, 30.4, 30.5) a seam stump is formed, wherein in the case of the sewn covering (30, 30.2, 30.3, 30.4, 30.5) at least in portions at least one soft insert (14, 14.3, 20, 22, 70) is present which runs along the functional seam and is sewn into the functional seam; wherein the support part has a seam trench, characterized in that the maximum width of the seam stump enveloped by the soft insert (14, 14.3, 20, 22, 70) is larger than the width of the seam trench of the support part. wherein the support part has a seam trench, characterized in that the maximum width of the seam stump enveloped by the soft insert (14, 14.3, 20, 22, 70) is larger than the width of the seam trench of the support part.
A system for - injecting a photosensitive material; and - photopolymerizing and/or activating the photosensitive material; and - monitoring and/or controlling the photopolymerization process, in a cavity said system comprising: - a light source that emits actinic light; - an tubular applicator insertable in said cavity having a proximal end, a distal end and an elongated shaft therebetween and containing at least one optical fiber adapted to bidirectionally transmit light between said proximal end and said distal end, wherein - said proximal end of the applicator is operably connected to the light source; - a light-guiding element which directs light travelling from the distal end of the applicator through the at least one optical fiber towards an optical detector, said optical detector being capable of detecting the light reflected or emitted by the photosensitive material; and - an analysis system which analyzes light coming from the photosensitive material to determine the degree of photopolymerization or activation of the photosensitive material during the photoactivation process, and said system being characterized in that it further comprises an injection subsystem for injecting said photosensitive material through said applicator, and in that the distal end of the applicator is arranged to inject the photosensitive material, to deliver actinic light originated from the light source to the photosensitive material and to capture light reflected or emitted by the photosensitive material. - injecting a photosensitive material; and - photopolymerizing and/or activating the photosensitive material; and - monitoring and/or controlling the photopolymerization process, in a cavity said system comprising: - a light source that emits actinic light; - an tubular applicator insertable in said cavity having a proximal end, a distal end and an elongated shaft therebetween and containing at least one optical fiber adapted to bidirectionally transmit light between said proximal end and said distal end, - said proximal end of the applicator is operably connected to the light source; - a light-guiding element which directs light travelling from the distal end of the applicator through the at least one optical fiber towards an optical detector, said optical detector being capable of detecting the light reflected or emitted by the photosensitive material; and - an analysis system which analyzes light coming from the photosensitive material to determine the degree of photopolymerization or activation of the photosensitive material during the photoactivation process, and said system being characterized in that it further comprises an injection subsystem for injecting said photosensitive material through said applicator, and in that the distal end of the applicator is arranged to inject the photosensitive material, to deliver actinic light originated from the light source to the photosensitive material and to capture light reflected or emitted by the photosensitive material.
A composition comprising a) at least one polyoxymethylene having terminal OH-groups of more than 15 mmol/kg, b) at least one coupling agent, c) one or more hindered amine light stabilizer(s) having a molecular weight ranging from 500 to 1000 g/mol, and d) optionally at least one reinforcing fiber, wherein the light stabilizer is Bis(1,2,2,6,6-penta methyl-4-piperidinyl)[[3,5-bis(1,1-dimethylethyl)-4-hydroxyphenyl] methyl] butyl malonate. a) at least one polyoxymethylene having terminal OH-groups of more than 15 mmol/kg, b) at least one coupling agent, c) one or more hindered amine light stabilizer(s) having a molecular weight ranging from 500 to 1000 g/mol, and d) optionally at least one reinforcing fiber, wherein the light stabilizer is Bis(1,2,2,6,6-penta methyl-4-piperidinyl)[[3,5-bis(1,1-dimethylethyl)-4-hydroxyphenyl] methyl] butyl malonate.
A fixing device for enabling the reciprocal fixing of two bodies (100, 200) to each other, for example the fixing of a panel to a wall or of two panels to each other, and comprising: - A male element comprising an anchoring base and an engaging element, said anchoring base having a rear surface for leaning and fixing onto one of said two bodies to be connected to each other and a front surface from which said engaging element protrudes; - A female element comprising an anchoring base having a rear surface for leaning and fixing onto the other body and a receiving channel configured to receive inside it said engaging element of the male element so that said engaging element, when inserted into the said receiving channel, is locked in a snap-like manner inside it in a detachable manner thus enabling the releasable coupling of the said two bodies and with the said male element and the said female element comprised between the said two bodies; - And wherein the said fixing device is configured to enable to select two or more different distances along the axis Z that the rear surface of the male element and the rear surface of the female element can assume between them once coupled to each other so as to enable to adjust the final distance that the connected bodies have between them; wherein the female element is formed by a first element (B') forming a central hole and a second element (B") comprising the receiving channel within which the engaging element locks in a snap-like manner in use and with the said receiving channel which inserts itself within the said central hole of the first element (B'), said first and second element (B', B") being coupled to each other in a rotatable manner and such that the reciprocal rotation also determines contextually a shifting along the axis of the second element (B") with respect to the first element (B') or vice versa. - A male element comprising an anchoring base and an engaging element, said anchoring base having a rear surface for leaning and fixing onto one of said two bodies to be connected to each other and a front surface from which said engaging element protrudes; - A female element comprising an anchoring base having a rear surface for leaning and fixing onto the other body and a receiving channel configured to receive inside it said engaging element of the male element so that said engaging element, when inserted into the said receiving channel, is locked in a snap-like manner inside it in a detachable manner thus enabling the releasable coupling of the said two bodies and with the said male element and the said female element comprised between the said two bodies; - And wherein the said fixing device is configured to enable to select two or more different distances along the axis Z that the rear surface of the male element and the rear surface of the female element can assume between them once coupled to each other so as to enable to adjust the final distance that the connected bodies have between them;
A fresh and fermented dairy product low in fat and sugars, with low energy density, comprising at least one guar gum at least partially hydrolysed as viscosifying satietogenic hydrosoluble dietary fibre, added at the rate of 1 to 3 g per 100 g of finished product.
An electronics module comprising: a housing comprising an external recess adapted to receive an associated mounting structure; a latch mechanism associated with said external recess and adapted to engage the associated mounting structure; an electronics circuit board located within said housing; an electrical connector (C, C2, C3, C4) physically and electrically connected to said electronics circuit board, said electrical connector comprising: (i) a connector body comprising outer walls (W1, W2, W3, W4); (ii) a plurality of electrical contacts secured to said connector body and comprising contact pins physically and electrically connected to said circuit board; and (iii) a ground contact secured to one of the outer walls of said connector body and comprising a ground pin physically and electrically connected to said circuit board; said ground contact comprising a ground contact body that extends from said connector body into said recess, said ground contact body comprising a ground contact face located adjacent said recess and adapted to contact the associated mounting structure. a housing comprising an external recess adapted to receive an associated mounting structure; a latch mechanism associated with said external recess and adapted to engage the associated mounting structure; an electronics circuit board located within said housing; an electrical connector (C, C2, C3, C4) physically and electrically connected to said electronics circuit board, said electrical connector comprising: (i) a connector body comprising outer walls (W1, W2, W3, W4); (ii) a plurality of electrical contacts secured to said connector body and comprising contact pins physically and electrically connected to said circuit board; and (iii) a ground contact secured to one of the outer walls of said connector body and comprising a ground pin physically and electrically connected to said circuit board; said ground contact comprising a ground contact body that extends from said connector body into said recess, said ground contact body comprising a ground contact face located adjacent said recess and adapted to contact the associated mounting structure.
An ultrasonic probe for examining an object with ultrasound, the probe comprising a plurality of emitter elements able to emit ultrasonic waves for emitting a focused ultrasonic beam into the object through an active area of a surface of the object, a profilometry device for determining the profile of said surface of the object and for controlling the emission of the ultrasonic beam depending on the determined profile, characterized in that the profilometry device comprises an image-taking apparatus for taking at least one digital image of the active area and an image processing module able to determine the profile of the active area by analyzing the optical blurring of said or at least one image.
A method for determining a position of user equipment, comprising: receiving, by the user equipment, a signal from an external antenna (120, 123), the signal being radiated in a cyclic pattern, wherein the signal is radiated in a clockwise direction and a counterclockwise direction alternately; measuring, by the user equipment, strength of the received signal; characterizing, by the user equipment, the measured strength to form a signal pattern over a time period; analyzing, by the user equipment, the signal pattern to recognize pattern parameters, wherein the pattern parameters include: a peak to peak time interval indicative of a time interval between two neighboring peaks in the signal pattern; a quiescent time at which the measured strength maintains in a constant level for a predetermined time; and a maximum strength in the signal pattern, determining, by the user equipment, a position of the user equipment based on the signal pattern. receiving, by the user equipment, a signal from an external antenna (120, 123), the signal being radiated in a cyclic pattern, wherein the signal is radiated in a clockwise direction and a counterclockwise direction alternately; measuring, by the user equipment, strength of the received signal; characterizing, by the user equipment, the measured strength to form a signal pattern over a time period; analyzing, by the user equipment, the signal pattern to recognize pattern parameters, wherein the pattern parameters include: a peak to peak time interval indicative of a time interval between two neighboring peaks in the signal pattern; a quiescent time at which the measured strength maintains in a constant level for a predetermined time; and a maximum strength in the signal pattern, determining, by the user equipment, a position of the user equipment based on the signal pattern. a peak to peak time interval indicative of a time interval between two neighboring peaks in the signal pattern; a quiescent time at which the measured strength maintains in a constant level for a predetermined time; and a maximum strength in the signal pattern,
A method for playing an interactive multimedia presentation using a presentation system, the interactive multimedia presentation having a play duration, a media content component arranged into a plurality of media samples receivable from a media source, and having an interactive content component, an application having computer-executable instructions for playing the interactive content component, the method comprising: ascertaining at least a portion of a media timeline having media sample presentation times representing times within the play duration at which at least one media sample is playable to a user; with reference to the media timeline, identifying a current elapsed play time representing a time within the play duration when a current media sample from a current media source is playable to a user; ascertaining a current state associated with an aspect of the presentation system at the current elapsed play time; with reference to the media timeline, identifying a predicted elapsed play time within the play duration at which a next playable media sample from a next media source is playable to a user; ascertaining a predicted state associated with an aspect of the presentation system at the predicted elapsed play time; identifying one of the instructions of the application or a user input that is executable based on the current state; and after the current elapsed play time arises, arranging for execution of the instruction or the user input based on the predicted state instead of the current state to achieve frame-level synchronization of the interactive content component data and the media content component data. ascertaining at least a portion of a media timeline having media sample presentation times representing times within the play duration at which at least one media sample is playable to a user; with reference to the media timeline, identifying a current elapsed play time representing a time within the play duration when a current media sample from a current media source is playable to a user; ascertaining a current state associated with an aspect of the presentation system at the current elapsed play time; with reference to the media timeline, identifying a predicted elapsed play time within the play duration at which a next playable media sample from a next media source is playable to a user; ascertaining a predicted state associated with an aspect of the presentation system at the predicted elapsed play time; identifying one of the instructions of the application or a user input that is executable based on the current state; and after the current elapsed play time arises, arranging for execution of the instruction or the user input based on the predicted state instead of the current state to achieve frame-level synchronization of the interactive content component data and the media content component data.