mhurhangee/patent-ind-claim-en huggingface dataset:
A porous fiber comprising a modified solid cross-section, wherein a shape of the modified solid cross-section is one of an oval shape, an L-shape and a V-shape with obtuse angle when the shape has two protrusions, wherein the porous fiber is made of an organic substance selected from the group consisting of polymethyl methacrylate, polyacrylonitrile, polysulfone, polyether sulfone, polystyrene, polycarbonate, polylactic acid, polyethylene terephthalate, and cellulose triacetate, wherein the porous fiber satisfies the following (a) to (f): (a) a modification degree Do/Di, in a cross section of the solid fiber, is 1.20 to 8.50 when the inscribed circle diameter is denoted by Di and the circumscribed circle diameter is denoted by Do, wherein the modification degree Do/Di is measured by the method of the description; and (b) a porous specific surface area of the fiber, measured by the method of the description, is not less than 60 m 2 /g and not more than 650 m 2 /g , (c) wherein the porous fiber has a structure of the fiber cross-section comprising a porous portion which has a network structure composed of communicating pores and a dense layer which has a more dense structure in comparison to the porous portion, (d) the porous portion and the dense layer are continued with each other, (e) the dense layer is located closer to the area adjacent to the outer surface of the fiber than the porous portion and a distance T1 from the outermost surface of the fiber to the porous portion is not less than 0.001 μm and not more than 30 μm, (f) the number of adhered platelets which are brought into contact with the surface of the porous fiber, measured by the method of the description, is not more than 30/(4.3 × 10 3 μm 2 ). (a) a modification degree Do/Di, in a cross section of the solid fiber, is 1.20 to 8.50 when the inscribed circle diameter is denoted by Di and the circumscribed circle diameter is denoted by Do, wherein the modification degree Do/Di is measured by the method of the description; and (b) a porous specific surface area of the fiber, measured by the method of the description, is not less than 60 m 2 /g and not more than 650 m 2 /g , (c) wherein the porous fiber has a structure of the fiber cross-section comprising a porous portion which has a network structure composed of communicating pores and a dense layer which has a more dense structure in comparison to the porous portion, (d) the porous portion and the dense layer are continued with each other, (e) the dense layer is located closer to the area adjacent to the outer surface of the fiber than the porous portion and a distance T1 from the outermost surface of the fiber to the porous portion is not less than 0.001 μm and not more than 30 μm, (f) the number of adhered platelets which are brought into contact with the surface of the porous fiber, measured by the method of the description, is not more than 30/(4.3 × 10 3 μm 2 ).
Method for producing a flat material, comprising the steps: a. grinding mesocarp, namely its spongy white component, wherein no exocarp is processed, b. mechanical shaping thereof to form a surface that is not necessarily flat, c. drying the surface. a. grinding mesocarp, namely its spongy white component, wherein no exocarp is processed, b. mechanical shaping thereof to form a surface that is not necessarily flat, c. drying the surface.
An aqueous alkaline composition comprising: an iron cation in an amount of 100 ppm to 500 ppm based on the total weight of the composition, and a molybdenum cation in an amount of 10 ppm to 400 ppm based on the total weight of the composition; and an alkaline component; wherein the pH of the aqueous alkaline composition is at least 10, and the aqueous alkaline composition includes no more than 50 ppm of phosphate based on a total weight of the composition. an iron cation in an amount of 100 ppm to 500 ppm based on the total weight of the composition, and a molybdenum cation in an amount of 10 ppm to 400 ppm based on the total weight of the composition; and an alkaline component; wherein the pH of the aqueous alkaline composition is at least 10, and the aqueous alkaline composition includes no more than 50 ppm of phosphate based on a total weight of the composition.
A cutting table for a whole piece of food, which is attachable to a machine for cutting food products, preferably frozen products, into portions or slices, comprising a platform of the table wherein a plurality of components are installed, wherein among said components it comprises a movable base , on which are mounted: i. support means for whole pieces of food; ii. fastening means prepared to fix the whole piece of food to the support means ; and iii. feeding means of the food piece to a cutting tool of said machine for cutting food products; the movable base moves on the platform along a cutting axis Y and the feeding means move along a feeding axis X, perpendicular to the cutting axis Y, wherein said movements are in use performed by means of a single transmission belt driven by two motors . i. support means for whole pieces of food; ii. fastening means prepared to fix the whole piece of food to the support means ; and iii. feeding means of the food piece to a cutting tool of said machine for cutting food products; the movable base moves on the platform along a cutting axis Y and the feeding means move along a feeding axis X, perpendicular to the cutting axis Y, wherein said movements are in use performed by means of a single transmission belt driven by two motors .
Traffic monitoring device with a housing which comprises at first housing component and at least one second housing component and with at least one traffic monitoring system which is surrounded by the first housing component, the second housing component or by an intermediate housing component of the housing which is arranged between the first housing component and the second housing component, characterised in that the first housing component and the second housing component are connected to each other by way of at least one flexible lifting means and the traffic monitoring device comprises at least one predetermined breaking point , which in relation to a local connection area , provided by the second housing component , to which the flexible lifting means is connected, is located on a side of the traffic monitoring device facing away from the first housing component .
Illuminable component comprising a base element which forms a front side and a rear side of the component , a rim attached to and enclosing the base element and having an outer side and an inner side , wherein the outer side directly adjoins the front side and the inner side directly adjoins the rear side , the component comprising - a two-dimensionally extending decorative element which forms at least one partial region of the front side and has a back side opposite the at least one partial region of the front side , - a light guide arranged on the back side of the two-dimensionally decorative element , and - an illumination means for coupling light into the light guide , wherein the light guide extends at least into a region of the rim , wherein the base element includes a partial region of the two-dimensionally extending decorative element , a partial region of the light guide as well as the illumination means , wherein the light guide comprises light-deflecting structures in the region of the rim for the targeted emission of light from the outer side of the rim , and that the light-deflecting structures form a surface region of the light guide and are designed as elevations and/or depressions or are arranged inside of the light guide and are produced by means of a laser. - a two-dimensionally extending decorative element which forms at least one partial region of the front side and has a back side opposite the at least one partial region of the front side , - a light guide arranged on the back side of the two-dimensionally decorative element , and - an illumination means for coupling light into the light guide , wherein the light guide extends at least into a region of the rim ,
Control unit for actuating a drive apparatus , - the control unit having a printed circuit board which is to be contacted with at least one connector element of the drive apparatus , - the printed circuit board having at least one leadthrough for the at least one connector element , and it being possible for the printed circuit board to be contacted from a contacting side via the at least one connector element to the drive apparatus , the contacting side facing away from the drive apparatus , and the control unit having at least one deflection means which is arranged on the contacting side of the printed circuit board in the control unit , it being possible for the deflection means to be contacted firstly with the printed circuit board from the contacting side and secondly with the at least one connector element of the drive apparatus , characterized in that an underside of a housing of the control unit has at least one receptacle for the at least one deflection means , with the result that the deflection means is mounted and/or supported in the underside of the housing . - the control unit having a printed circuit board which is to be contacted with at least one connector element of the drive apparatus , - the printed circuit board having at least one leadthrough for the at least one connector element ,
A method of reading out data in a radiation detector , wherein the radiation detector comprises a plurality of pixels and a plurality of readout circuits associated with the pixels , and wherein each readout circuit comprises at least one register , the method comprising: - detecting radiation by means of the pixels and storing data indicative of the radiation in one or more of the at least one register of each readout circuit , each time during a plurality of data acquisition periods ; and - reading out data from one or more of the at least one register of each readout circuit , each time during a plurality of readout periods , each readout period following a data acquisition period , and each readout period being either a low energy readout period or a high energy readout period ; wherein only data from a single register of each readout circuit indicative of radiation energy above a low energy level is read out during each low energy readout period ; wherein data indicative of radiation energy above a high energy level , higher than the low energy level , is read out during each high energy readout period ; and wherein the method is characterized in that a plurality of low energy readout periods are provided between a first high energy readout period and a next high energy readout period following the first high energy readout period . - detecting radiation by means of the pixels and storing data indicative of the radiation in one or more of the at least one register of each readout circuit , each time during a plurality of data acquisition periods ; and - reading out data from one or more of the at least one register of each readout circuit , each time during a plurality of readout periods , each readout period following a data acquisition period , and each readout period being either a low energy readout period or a high energy readout period ; wherein only data from a single register of each readout circuit indicative of radiation energy above a low energy level is read out during each low energy readout period ; wherein data indicative of radiation energy above a high energy level , higher than the low energy level , is read out during each high energy readout period ; and wherein the method is characterized in that a plurality of low energy readout periods are provided between a first high energy readout period and a next high energy readout period following the first high energy readout period .
Anti-vibration support system applicable in the protection of various apparatuses (E) against seismic movements and vibrations, comprising: - a lower base, consisting of: - a floating mount , forms a resting surface for the apparatus (E) to be protected; said floating mount being capable of limited movement on three perpendicular axes X, Y, Z, and supported by lower elastic elements and by side elastic elements arranged between said floating mount and a fixed mount ; - a fixed mount anchored to the ground or other resistant surface and limiting, together with the side elastic elements , the lateral movement of the floating mount on the X-Y plane; - an upper base intended to rest on the apparatus (E) to be protected and the system being characterised in that it comprises: - side structures comprising at least one tilted bar connected by damping elements to the upper base and to the fixed mount of the lower base; said side structures limiting the movement of the upper base and the apparatus (E) to be protected, at least, in the vertical direction. - a lower base, consisting of: - a floating mount , forms a resting surface for the apparatus (E) to be protected; said floating mount being capable of limited movement on three perpendicular axes X, Y, Z, and supported by lower elastic elements and by side elastic elements arranged between said floating mount and a fixed mount ; - a fixed mount anchored to the ground or other resistant surface and limiting, together with the side elastic elements , the lateral movement of the floating mount on the X-Y plane; - a floating mount , forms a resting surface for the apparatus (E) to be protected; said floating mount being capable of limited movement on three perpendicular axes X, Y, Z, and supported by lower elastic elements and by side elastic elements arranged between said floating mount and a fixed mount ; - a fixed mount anchored to the ground or other resistant surface and limiting, together with the side elastic elements , the lateral movement of the floating mount on the X-Y plane; - an upper base intended to rest on the apparatus (E) to be protected and - side structures comprising at least one tilted bar connected by damping elements to the upper base and to the fixed mount of the lower base; said side structures limiting the movement of the upper base and the apparatus (E) to be protected, at least, in the vertical direction.
A process of hydrogenating carbon-nitrogen triple bonds in hydrogenated nitrile rubber and of simultaneously hydrogenating carbon-nitrogen triple bonds and carbon-carbon double bonds in nitrile rubber, that being a copolymer of an a,β-unsaturated nitrile and a conjugated diene and optionally at least one further copolymerizable monomer, comprising subjecting the nitrile rubber which is present in solution form to a hydrogenation and in the presence of an unsupported ruthenium or rhodium catalyst and a basic reagent, wherein the catalyst is Ru(DPPF)methylallyl 2 , {(p-cymene)RuCl} 2 (μ-dppb) or RhH(P i Pr 3 ) 3 , wherein DPPF is 1,1'-bis(diphenylphosphino)ferrocene, dppb is 1,4-bis(diphenylphosphino)butane and P i Pr 3 is tri-isopropylphosphine.
A composition for oral administration comprising: a nanoparticle component, wherein the nanoparticle component comprises: a biocompatible polymer bearing at least one cationic region capable of associating with one or more carious lesions on a tooth in an oral cavity of a subject, wherein the biocompatible polymer is starch; and an imaging agent bonded to the biocompatible polymer, or an oral care active ingredient, or both the imaging agent and the active ingredient. a biocompatible polymer bearing at least one cationic region capable of associating with one or more carious lesions on a tooth in an oral cavity of a subject, wherein the biocompatible polymer is starch; and an imaging agent bonded to the biocompatible polymer, or an oral care active ingredient, or both the imaging agent and the active ingredient.
An acoustic droplet ejection apparatus comprising: an acoustic actuator comprising at least one piezoelectric element operating in thickness mode; a control means associated with the actuator; and a fluid well having a base and at least one side wall; wherein the actuator is arranged to couple acoustic energy into the fluid well through the side wall; wherein the actuator is configured to focus the acoustic energy within the fluid well; and wherein the control means is arranged to control the actuator such that the size of the ejected droplets are adjustable. an acoustic actuator comprising at least one piezoelectric element operating in thickness mode; a control means associated with the actuator; and a fluid well having a base and at least one side wall; wherein the actuator is arranged to couple acoustic energy into the fluid well through the side wall; wherein the actuator is configured to focus the acoustic energy within the fluid well; and wherein the control means is arranged to control the actuator such that the size of the ejected droplets are adjustable.
A method of communication traffic management on a portable communication device having a computer processor and a network connection to a computer server for transmitting or receiving data with the processor over a network , the method comprising: identifying, by a traffic manager application running on the processor, a first application running on the processor and delivering first data to or from the server over the network ; intercepting, by the traffic manager application, electronic traffic of the first data to or from the first application; storing, by the traffic manager application, the first data in a memory of the portable communication device ; and controlling, by the traffic manager application, a rate of delivery of the first data stored in the memory to or from the first application along a data path internal to the portable communication device between the first application and the traffic manager application. identifying, by a traffic manager application running on the processor, a first application running on the processor and delivering first data to or from the server over the network ; intercepting, by the traffic manager application, electronic traffic of the first data to or from the first application; storing, by the traffic manager application, the first data in a memory of the portable communication device ; and controlling, by the traffic manager application, a rate of delivery of the first data stored in the memory to or from the first application along a data path internal to the portable communication device between the first application and the traffic manager application.
An intestinal sleeve, comprising: at least a pair of sleeve segments , each being a coaxial structure including an outer cylindrical wall and an inner cylindrical wall ; an elastic element disposed between the outer cylindrical wall and the inner cylindrical wall ; and a resilient membrane disposed between the sleeve segments , the resilient membrane including a central opening , wherein the outer cylindrical wall and the inner cylindrical wall of the sleeve segment are furrow-like surfaces. at least a pair of sleeve segments , each being a coaxial structure including an outer cylindrical wall and an inner cylindrical wall ; an elastic element disposed between the outer cylindrical wall and the inner cylindrical wall ; and a resilient membrane disposed between the sleeve segments , the resilient membrane including a central opening , wherein the outer cylindrical wall and the inner cylindrical wall of the sleeve segment are furrow-like surfaces.
A heat pump device , comprising: a housing (18, 19 20, 21, 22) accommodating a compressor configured to compress a refrigerant, a first heat exchanger configured to exchange heat between the refrigerant and air, a blower , and a second heat exchanger configured to exchange heat between the refrigerant and a heat medium; a partition plate configured to partition a space in the housing (18, 19 20, 21, 22) into a machine compartment in which the compressor is accommodated, and a blower compartment in which the first heat exchanger , the blower , and the second heat exchanger are accommodated; and an internal heat exchanger accommodated in the machine compartment , the internal heat exchanger exchanging heat between the refrigerant having passed through the first heat exchanger and the refrigerant having passed through the second heat exchanger , characterized in that the internal heat exchanger is supported by the partition plate , and wherein the partition plate includes an installation portion protruding with respect to an extending direction of the partition plate ; the internal heat exchanger is supported by the installation portion and wherein the installation portion has a shape that is bent at a lower end portion of the partition plate with respect to the extending direction of the partition plate . a housing (18, 19 20, 21, 22) accommodating a compressor configured to compress a refrigerant, a first heat exchanger configured to exchange heat between the refrigerant and air, a blower , and a second heat exchanger configured to exchange heat between the refrigerant and a heat medium; a partition plate configured to partition a space in the housing (18, 19 20, 21, 22) into a machine compartment in which the compressor is accommodated, and a blower compartment in which the first heat exchanger , the blower , and the second heat exchanger are accommodated; and an internal heat exchanger accommodated in the machine compartment , the internal heat exchanger exchanging heat between the refrigerant having passed through the first heat exchanger and the refrigerant having passed through the second heat exchanger , characterized in that the internal heat exchanger is supported by the partition plate , and wherein the partition plate includes an installation portion protruding with respect to an extending direction of the partition plate ; the internal heat exchanger is supported by the installation portion and wherein the installation portion has a shape that is bent at a lower end portion of the partition plate with respect to the extending direction of the partition plate .