mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for detecting a characteristic point, the apparatus comprising: a processor configured to: obtain a first envelope by applying a baseline change function in a forward direction of an oscillometric waveform envelope of a bio-signal; obtain a second envelope by applying the baseline change function in a reverse direction of the oscillometric waveform envelope of the bio-signal; obtain a third envelope based on the first envelope and the second envelope; and detect the characteristic point from the oscillometric waveform envelope based on the third envelope, wherein the baseline change function is a function which outputs a minimum value for each window of the oscillometric waveform envelope of the bio-signal by sliding the oscillometric waveform envelope in units of a predetermined window size. obtain a first envelope by applying a baseline change function in a forward direction of an oscillometric waveform envelope of a bio-signal; obtain a second envelope by applying the baseline change function in a reverse direction of the oscillometric waveform envelope of the bio-signal; obtain a third envelope based on the first envelope and the second envelope; and detect the characteristic point from the oscillometric waveform envelope based on the third envelope, wherein the baseline change function is a function which outputs a minimum value for each window of the oscillometric waveform envelope of the bio-signal by sliding the oscillometric waveform envelope in units of a predetermined window size.
A lithium silicate glass ceramic intended for a dental molded body, containing at least lithium disilicate and lithium aluminum silicate as crystal phases, characterized in that the lithium silicate glass ceramic in its starting composition contains the following in percentage by weight SiO 2 54.0 to 62.0 P 2 O 5 5.0 to 6.0 Al 2 O 3 1.5 to 3.5 Li 2 O 13.0 to 16.0 K 2 O 0.6 to 1.8 ZrO 2 8.0 to 11.5 B 2 O 3 0 to 6.0 Na 2 O 0 to 1.9 color pigments 0 - 8.0 and the lithium silicate glass ceramic contains as the crystal phase lithium aluminum silicate with a percentage by volume of more than 0 to 10.
Tapping tool for creating a threaded hole in a workpiece, the inner thread of which has a thread outer diameter (d A ) and a thread core diameter (d K ), wherein in a tapping stroke (G) the tapping tool is driveable into the workpiece which is not pre-drilled, and in a reversing stroke (R) the tapping tool can be guided out of the threaded hole in a contrary rotational movement, wherein on a drill tip of the tapping tool is formed an end-face-side pre-drill cutting edge for forming a pilot hole , and wherein a thread-forming section is formed with at least, in particular precisely one, shaping tooth , with which in the tapping stroke (G) an inner thread raw profile can be created in a pre-drill wall which has the thread outer diameter (d A ) and a thread inner diameter (d I ) which is reduced even in comparison to the thread core diameter (d K ), wherein in the tool axial direction between the pre-drill cutting edge formed on the drill tip and the thread-forming section is provided a re-drill cutting edge , by means of which in the reversing stroke (R) the thread inner diameter (d I ) can be widened to the thread core diameter (d K ) while forming the finished inner thread , characterised in that the thread-forming section is formed on at least one drill web .
Vulcanizing mould for vehicle tyres, which consists of mould segments with inner mould surfaces , wherein the mould segments have radially arranged venting means with cylindrical venting channels , wherein a coaxial, exchangeable, spring-mounted and movable pin with a sealing plate facing the mould cavity is arranged in the venting channel , wherein the pin allows the air to be removed from the mould cavity through an annular gap between the sealing-plate edge and the venting-channel wall by means of spring force and wherein the pin is designed to close the venting means in a largely airtight manner during the moulding of the tyre by closing the annular gap between the sealing-plate edge and venting-channel wall as a result of the pressure of the tyre on the sealing plate against the force of the spring , characterized in that arranged in the sealing plate is an additional, non-closable venting slit , through which venting of the mould cavity is made possible even in the closed state of the annular gap between the sealing-plate edge and the venting-channel wall .
A manipulation device for minimally-invasive surgery, comprising at least one grasping device configured for acting upon a tissue, which grasping device comprises a mechanochromic indicator , wherein said mechanochromic indicator has at least one polymeric matrix functionalized with mechanochromic molecules, wherein said mechanochromic indicator is configured to provide the operator with a visual colour feedback when a pre-determined threshold force or pressure (- F c , p c ) is applied upon the tissue, wherein said manipulation device further comprises a force transmission mechanism to transfer a reaction force (F c ) applied from the tissue upon a proximal jaw of said grasping device to said mechanochromic indicator , characterized in that said manipulation device further comprises pressure means configured to apply a pressure upon said mechanochromic indicator , wherein said force transmission mechanism is configured so that said pressure means apply a pressure upon said mechanochromic indicator which is amplified with respect to the pressure applied from the tissue upon said proximal jaw . which grasping device comprises a mechanochromic indicator , wherein said mechanochromic indicator has at least one polymeric matrix functionalized with mechanochromic molecules, wherein said mechanochromic indicator is configured to provide the operator with a visual colour feedback when a pre-determined threshold force or pressure (- F c , p c ) is applied upon the tissue, wherein said manipulation device further comprises a force transmission mechanism to transfer a reaction force (F c ) applied from the tissue upon a proximal jaw of said grasping device to said mechanochromic indicator , characterized in that said manipulation device further comprises pressure means configured to apply a pressure upon said mechanochromic indicator , wherein said force transmission mechanism is configured so that said pressure means apply a pressure upon said mechanochromic indicator which is amplified with respect to the pressure applied from the tissue upon said proximal jaw .
A method for determining the biological activity of a neurotoxin, the method comprising the steps of: (a) expressing a fusion protein comprising (i) an anchor protein, wherein the anchor protein is a transmembrane protein or a membrane-associated protein (ii) a reporter protein and (iii) a neurotoxin cleavage site intervening the anchor protein and the reporter protein, in neurotoxin-sensitive cells; (b) incubating the neurotoxin-sensitive cells of (a) with a neurotoxin and cultivating the neurotoxin-sensitive cells under conditions which allow the neurotoxin to exert its biological activity; (c) permeabilizing the neurotoxin-sensitive cells of (b) under conditions which allow the release of the reporter protein but not the release of the anchor protein from the permeabilized neurotoxin-sensitive cells; and (d) quantifying the activity of the reporter protein released from the permeabilized neurotoxin-sensitive cells of (c), thereby determining the biological activity of the neurotoxin. (a) expressing a fusion protein comprising (i) an anchor protein, wherein the anchor protein is a transmembrane protein or a membrane-associated protein (ii) a reporter protein and (iii) a neurotoxin cleavage site intervening the anchor protein and the reporter protein, in neurotoxin-sensitive cells; (b) incubating the neurotoxin-sensitive cells of (a) with a neurotoxin and cultivating the neurotoxin-sensitive cells under conditions which allow the neurotoxin to exert its biological activity; (c) permeabilizing the neurotoxin-sensitive cells of (b) under conditions which allow the release of the reporter protein but not the release of the anchor protein from the permeabilized neurotoxin-sensitive cells; and (d) quantifying the activity of the reporter protein released from the permeabilized neurotoxin-sensitive cells of (c), thereby determining the biological activity of the neurotoxin.
Adjustable screw-down crown for a watch case including a middle with at least one housing passing all the way through for the reception of said adjustable screw-down crown , which adjustable screw-down crown is arranged to cooperate with said housing and plug it in a sealed manner, said adjustable screw-down crown including a pattern on an end face or near it, said adjustable screw-down crown including, mobile axially in an axial direction (D) with respect to one another, on the one hand a subassembly including a crown body that can be manipulated by a user and including said pattern , and on the other hand a tube arranged to be screwed or driven into said housing in said axial direction (D), said subassembly including, rigidly connected to said crown body , a frontal indexing relief extending substantially radially with respect to said axial direction (D) and arranged to, in a connected position, frontally cooperate in a complementary manner, in said axial direction (D), with a complementary frontal indexing relief included by a fixed cannon that said subassembly includes and that extends substantially radially with respect to said axial direction (D) and tends to be returned towards said crown body and pushed back in a direction opposite to said middle by at least one crown spring interposed and set captive between said crown body and said fixed cannon that it tends to move closer to one another, and to, in a disconnected position by compression of said crown spring , remain at a distance from said complementary frontal indexing relief and without cooperation with it, the cooperation between said frontal indexing relief and said complementary frontal indexing relief defining a discrete number of relative indexing positions corresponding to as many relative orientations of said pattern with respect to said case , said subassembly and said tube being arranged to cooperate by screwing until a stop position corresponding to a completely screwed-down position of said subassembly in said tube , said subassembly including a first axial stop means fastened to said crown body to axially trap, in said axial direction (D), said fixed cannon with an axial travel corresponding to the range of deformation of said crown spring to allow the disconnection by a traction of said crown body between said frontal indexing relief and said complementary frontal indexing relief .
A wall assembly for a gas turbine engine , comprising: a liner panel with a hot side and a cold side ; and a grommet that includes a passage wall and a flange wall transverse to the passage wall ; wherein the passage wall at least partially defines a dilution passage along an axis, and the grommet at least partially defines at least one chamber that at least partially surrounds the dilution passage ; wherein the chamber includes an outlet passage generally transverse to the passage wall and adjacent to the hot side , the outlet passage defined through an axially extended passage wall section of the passage wall that extends beyond the hot side . a liner panel with a hot side and a cold side ; and a grommet that includes a passage wall and a flange wall transverse to the passage wall ; wherein the passage wall at least partially defines a dilution passage along an axis, and the grommet at least partially defines at least one chamber that at least partially surrounds the dilution passage ; wherein the chamber includes an outlet passage generally transverse to the passage wall and adjacent to the hot side , the outlet passage defined through an axially extended passage wall section of the passage wall that extends beyond the hot side .
A complex capsule-in-capsule detergent characterized in that it comprising at least two phases: an inner phase and an outer phase separated from each other with an inner foil, while the outer phase is surrounded with an outer foil, wherein the inner phase comprises active substances, especially selected from: enzymes, bleaching agents, in particular percarbonate and tetraacetylethylenediamine (TAED), and other active agents, wherein the inner foil has thickness ranging from 90 μm to 1 mm and the outer foil has thickness ranging from 60 μm to 90 μm, to provide the delay of release of the active substances from 1 to 5 minutes and wherein the foil is made of polyvinyl alcohol, gelatin, polyacrylamide or hydroxypropylcellulose.
Product surface having an opto-electronically readable code , which is formed by an arrangement of flat cells of different cell types, wherein - the cells are an integral part of the product surface , - the cells of each cell type each have a surface profile , - the surface profile of at least one cell type has at least one elevation and/or depression relative to the product surface , - the surface profile of a first cell type is designed relative to the surface profile of a second cell type such that the reflective properties of the surface profile of the first cell type differ from the reflective properties of the surface profile of the second cell type, - the surface profile of one cell type has elements which form a structure and/or a texture, characterized - in that element tips of two adjacent elements have a spacing of 0.01 mm to 0.8 mm, and - in that elements of a surface profile of one cell type have a height difference of 0.08 mm to 0.5 mm. - the cells are an integral part of the product surface , - the cells of each cell type each have a surface profile , - the surface profile of at least one cell type has at least one elevation and/or depression relative to the product surface , - the surface profile of a first cell type is designed relative to the surface profile of a second cell type such that the reflective properties of the surface profile of the first cell type differ from the reflective properties of the surface profile of the second cell type, - the surface profile of one cell type has elements which form a structure and/or a texture, characterized - in that element tips of two adjacent elements have a spacing of 0.01 mm to 0.8 mm, and - in that elements of a surface profile of one cell type have a height difference of 0.08 mm to 0.5 mm.
A method of manufacturing a gas turbine engine blade , the method comprising forming a tip portion of the blade on a cast base portion of the blade by an additive manufacturing process, the method further comprising forming the tip portion to comprise a corrugated wall by the additive manufacturing process, and further comprising forming the corrugated wall to comprise an inner panel , an outer panel , and integral connections there between, and forming the inner panel and the outer panel such that each comprises a cross-sectional thickness that is not greater than 0.5 millimeter in at least one respective location. forming a tip portion of the blade on a cast base portion of the blade by an additive manufacturing process, the method further comprising forming the tip portion to comprise a corrugated wall by the additive manufacturing process, and further comprising forming the corrugated wall to comprise an inner panel , an outer panel , and integral connections there between, and forming the inner panel and the outer panel such that each comprises a cross-sectional thickness that is not greater than 0.5 millimeter in at least one respective location.
A processor for performing a scan test of a processor core , the processor comprising: a processor core ; and characterized by an input/output die , wherein the input/output die is coupled to the processor core and the processor is configured to carry out the steps of: receiving , in parallel by a serializer/deserializer module of the input/output die , scan test input data; serializing , by the serializer/deserializer module of the input/output die , the scan test input data; and transmitting , by the serializer/deserializer module of the input/output die to a processor core of the processor , the serialized scan test input data. a processor core ; and characterized by an input/output die , wherein the input/output die is coupled to the processor core and the processor is configured to carry out the steps of: receiving , in parallel by a serializer/deserializer module of the input/output die , scan test input data; serializing , by the serializer/deserializer module of the input/output die , the scan test input data; and transmitting , by the serializer/deserializer module of the input/output die to a processor core of the processor , the serialized scan test input data. receiving , in parallel by a serializer/deserializer module of the input/output die , scan test input data; serializing , by the serializer/deserializer module of the input/output die , the scan test input data; and transmitting , by the serializer/deserializer module of the input/output die to a processor core of the processor , the serialized scan test input data.
A method for decolorizing a polyolefin plastic material comprising the steps of: a) providing said plastic polyolefin material in solid form comprising at least one pigment or at least one filler or a mixture thereof infused into said material, said at least one pigment or filler or mixture thereof imparting color to said polyolefin plastic material; b) the polyolefin plastic material to be decolorized being processed to form smaller particles ; c) dissolving said polyolefin plastic material in an isoparaffinic solvent, said isoparaffinic solvent comprising isoparaffins or mixtures thereof, said isoparaffins being branched alkanes of formula R-CH-(CH 3 ) 2 , with R being an alkyl chain containing from 10 to 13 carbon atoms, d) adding one or more additives selected from bleaching agents, filter aids and mixtures thereof , e) submitting the solution obtained in step d) to a hot liquid-solid separation step, said hot liquid-solid separation step being carried out at a temperature of between the boiling point of the solvent under the working pressure and the temperature at which the polymer is dissolved ; and f) recovering the polymer out of the liquid phase. a) providing said plastic polyolefin material in solid form comprising at least one pigment or at least one filler or a mixture thereof infused into said material, said at least one pigment or filler or mixture thereof imparting color to said polyolefin plastic material; b) the polyolefin plastic material to be decolorized being processed to form smaller particles ; c) dissolving said polyolefin plastic material in an isoparaffinic solvent, said isoparaffinic solvent comprising isoparaffins or mixtures thereof, said isoparaffins being branched alkanes of formula R-CH-(CH 3 ) 2 , with R being an alkyl chain containing from 10 to 13 carbon atoms, d) adding one or more additives selected from bleaching agents, filter aids and mixtures thereof , e) submitting the solution obtained in step d) to a hot liquid-solid separation step, said hot liquid-solid separation step being carried out at a temperature of between the boiling point of the solvent under the working pressure and the temperature at which the polymer is dissolved ; and f) recovering the polymer out of the liquid phase.
Method for machining a cylindrical workpiece involving cutting into the outer layer, or layers, in a circumferential direction of the cylindrical workpiece , comprising the steps: arrangement of a tool carrier with a tool on the cylindrical workpiece , application of a traction means to the tool carrier , transmission of the force exerted on the traction means to the tool , in order to exert a movement of the tool carrier around the workpiece , characterized by release of the traction means from the tool carrier and multiple repetition of a renewed application of the traction means and transmission of the force exerted on the traction means to the tool and also release of the traction means for the purpose of machining the workpiece .
Label holder for a distribution box , said label holder having a rectangular shaped label holding profile , wherein said label holder comprises at least two lengthwise extending holder supports , wherein the holding profile is formed as a hinged cover which is removably mounted between said at least two holder supports , whereby a swivel axis of the holding profile is extending parallel to a long side of said holding profile , wherein each holder support has at least a first mounting section designed for mounting the label holder into a distribution box and at least a second mounting section designed for mounting the holding profile to said holder support . wherein the first mounting section has first fixing means which are designed to cooperate with corresponding second fixing means in the distribution box , characterized in that said first fixing means is a fin protruding from the holder support opposite to a narrow side of the holding profile , wherein said fin is designed to engage with the corresponding second fixing means in the distribution box .
An apparatus for controlling a pulling of an inflatable bladder (B) through an aperture in a wall between a chamber and a structure arranged on an outside of the chamber , wherein the apparatus comprises: - a pulling mechanism for pulling the bladder (B) through the aperture ; - a cutting device for providing a slit in a portion of the bladder (B) after said portion having passed the aperture , the cutting device being responsive to a resistance of the bladder (B) against passing through the aperture , so that the cutting device is activated and provides the slit if the resistance exceeds a predetermined level. - a pulling mechanism for pulling the bladder (B) through the aperture ; - a cutting device for providing a slit in a portion of the bladder (B) after said portion having passed the aperture , the cutting device being responsive to a resistance of the bladder (B) against passing through the aperture , so that the cutting device is activated and provides the slit if the resistance exceeds a predetermined level.