mhurhangee/patent-ind-claim-en huggingface dataset:
A low density polyethylene copolymer which satisfies the following conditions: a melt index (MI) of 0.5 to 1.5 g/10 min as measured according to ASTM D1238 (2.16 kg, 190°C), a density 0.910 to 0.930 g/cm 3 as measured according to ASTM D792, a weight average molecular weight of 91,000 to 150,000, a melt strength (MS) of 70 to 100 mN at 190°C wherein melt strength is determined as follows: the molten low density polyethylene copolymer is filled in a rheometer equipped with a capillary (30 mm in length; 2mm in diameter) and then applied to a shear rate of 72/s to prepare a strand; the melt strength is determined by measuring the force (mN) at the time of breakage while uniaxially stretching the strand with an accelerating wheel at an initial speed of 18 mm/s and an acceleration of 12 mm/s 2 . a melt index (MI) of 0.5 to 1.5 g/10 min as measured according to ASTM D1238 (2.16 kg, 190°C), a density 0.910 to 0.930 g/cm 3 as measured according to ASTM D792, a weight average molecular weight of 91,000 to 150,000, a melt strength (MS) of 70 to 100 mN at 190°C wherein melt strength is determined as follows: the molten low density polyethylene copolymer is filled in a rheometer equipped with a capillary (30 mm in length; 2mm in diameter) and then applied to a shear rate of 72/s to prepare a strand; the melt strength is determined by measuring the force (mN) at the time of breakage while uniaxially stretching the strand with an accelerating wheel at an initial speed of 18 mm/s and an acceleration of 12 mm/s 2 . the molten low density polyethylene copolymer is filled in a rheometer equipped with a capillary (30 mm in length; 2mm in diameter) and then applied to a shear rate of 72/s to prepare a strand; the melt strength is determined by measuring the force (mN) at the time of breakage while uniaxially stretching the strand with an accelerating wheel at an initial speed of 18 mm/s and an acceleration of 12 mm/s 2 .
A particulate water absorbing agent, comprising: a polyacrylic acid (salt)-based water absorbent resin as a main component, wherein the polyacrylic acid (salt)-based water absorbent resin is obtainable using an internal crosslinking agent in an amount of 0.04 to 0.07 mol%, relative to the monomer, excluding the crosslinking agent, and a water-insoluble inorganic fine particle as a liquid permeability improving agent, wherein: the water-insoluble inorganic fine particle is contained in an amount of 0.05 part by mass to 5.0 parts by mass relative to 100 parts by mass of the particulate water absorbing agent; the particulate water absorbing agent having a swelling rate (CRC) of 32 g/g to 45 g/g relative to 0.9-mass% saline, the particulate water absorbing agent including, at a proportion of 80 mass% or more, a particle having a size of 600 μm to 150 μm as defined through a standard-sieve classification, the particulate water absorbing agent having a second-instance pure-water 50-fold swelling time (SST (in seconds)), as defined in section "(A) Definition of terms" in the description, of 70 seconds or less, a difference (DST = SST - FST) between a first-instance pure-water 50-fold swelling time (FST (in seconds)), as defined in section "(A) Definition of terms" in the description, and the second-instance pure-water 50-fold swelling time (SST (in seconds)) being +10 seconds or less. a polyacrylic acid (salt)-based water absorbent resin as a main component, wherein the polyacrylic acid (salt)-based water absorbent resin is obtainable using an internal crosslinking agent in an amount of 0.04 to 0.07 mol%, relative to the monomer, excluding the crosslinking agent, and a water-insoluble inorganic fine particle as a liquid permeability improving agent, wherein: the water-insoluble inorganic fine particle is contained in an amount of 0.05 part by mass to 5.0 parts by mass relative to 100 parts by mass of the particulate water absorbing agent; the particulate water absorbing agent having a swelling rate (CRC) of 32 g/g to 45 g/g relative to 0.9-mass% saline, the particulate water absorbing agent including, at a proportion of 80 mass% or more, a particle having a size of 600 μm to 150 μm as defined through a standard-sieve classification, the particulate water absorbing agent having a second-instance pure-water 50-fold swelling time (SST (in seconds)), as defined in section "(A) Definition of terms" in the description, of 70 seconds or less, a difference (DST = SST - FST) between a first-instance pure-water 50-fold swelling time (FST (in seconds)), as defined in section "(A) Definition of terms" in the description, and the second-instance pure-water 50-fold swelling time (SST (in seconds)) being +10 seconds or less.
A feedwater nozzle useable in a nuclear reactor , the nozzle comprising: a plurality of flow conduits positioned in the nozzle so as to originate at distinct coolant sources for the nuclear reactor ; and a filter diffuser including, a diffuser combining the plurality of flow conduits in the diffuser , a filter attached to the diffuser about an exit, and a bypass permitting fluid to flow around the filter should it become clogged or cause an undesirable pressure drop. a plurality of flow conduits positioned in the nozzle so as to originate at distinct coolant sources for the nuclear reactor ; and a filter diffuser including, a diffuser combining the plurality of flow conduits in the diffuser , a filter attached to the diffuser about an exit, and a bypass permitting fluid to flow around the filter should it become clogged or cause an undesirable pressure drop. a diffuser combining the plurality of flow conduits in the diffuser , a filter attached to the diffuser about an exit, and a bypass permitting fluid to flow around the filter should it become clogged or cause an undesirable pressure drop.
A streak-like region detecting device, comprising: an image acquiring unit which acquires a photographed image of a light-emitting surface of a plane light source device; a first filter operation unit which applies, to the image, a first filter responsive to increase in luminance in a first direction and acquires a first response value as a response value by the first filter at an application position of the first filter ; a second filter operation unit which applies, to the image, a second filter responsive to decrease in luminance in the first direction and acquires a second response value as a response value by the second filter at an application position of the second filter ; a detecting unit which calculates an integrated value by adding or averaging the first response value and the second response value and determines the presence or absence of a streak-like region (20 - 23) appearing because of luminance unevenness in the light-emitting surface, having a width corresponding to the distance between the application position of the first filter and the application position of the second filter in the first direction when the integrated value is greater than a prescribed threshold value; and an output unit which outputs information obtained by the detecting unit . an image acquiring unit which acquires a photographed image of a light-emitting surface of a plane light source device; a first filter operation unit which applies, to the image, a first filter responsive to increase in luminance in a first direction and acquires a first response value as a response value by the first filter at an application position of the first filter ; a second filter operation unit which applies, to the image, a second filter responsive to decrease in luminance in the first direction and acquires a second response value as a response value by the second filter at an application position of the second filter ; a detecting unit which calculates an integrated value by adding or averaging the first response value and the second response value and determines the presence or absence of a streak-like region (20 - 23) appearing because of luminance unevenness in the light-emitting surface, having a width corresponding to the distance between the application position of the first filter and the application position of the second filter in the first direction when the integrated value is greater than a prescribed threshold value; and an output unit which outputs information obtained by the detecting unit .
A flexible tool comprising: a plurality of rigid members spaced along a longitudinal axis ; a plurality of flexible members extending between the plurality of rigid members and being arranged to enable the plurality of rigid members to diverge from the longitudinal axis and define a work volume for the flexible tool, the plurality of flexible members including: a plurality of control cables that extend through at least some of the plurality of rigid members ; and a plurality of flexible joints that extend between adjacent rigid members of the plurality of rigid members , at least some of the plurality of flexible members being unevenly spaced around the longitudinal axis , and/or a physical characteristic of at least some of the plurality of flexible members varying along the longitudinal axis , to cause the work volume and/or stiffness of the flexible tool to be asymmetric relative to the longitudinal axis . a plurality of rigid members spaced along a longitudinal axis ; a plurality of flexible members extending between the plurality of rigid members and being arranged to enable the plurality of rigid members to diverge from the longitudinal axis and define a work volume for the flexible tool, the plurality of flexible members including: a plurality of control cables that extend through at least some of the plurality of rigid members ; and a plurality of flexible joints that extend between adjacent rigid members of the plurality of rigid members , at least some of the plurality of flexible members being unevenly spaced around the longitudinal axis , and/or a physical characteristic of at least some of the plurality of flexible members varying along the longitudinal axis , to cause the work volume and/or stiffness of the flexible tool to be asymmetric relative to the longitudinal axis .
Capsule suspension concentrate comprising A) a particulate disperse Phase comprising a) a capsule obtained by reaction of an isocyanate optionally reacted with a crosslinker, b) the capsule comprising an adjuvant or adjuvant mixture, wherein the adjuvant or adjuvant mixture is selected from the group consisting of "trialkyl phosphate" according to Figure 1, where R1, R2 and R3 can be equal or different. R1, R2, R3 can be any C1-C10 alkyl fragment or from a mixture of trialkyl phosphates according to Figure 1 mixed with vegetable oil alkyl esters. B) an aqueous Phase comprising a finely dispersed pyrethroid. A) a particulate disperse Phase comprising a) a capsule obtained by reaction of an isocyanate optionally reacted with a crosslinker, b) the capsule comprising an adjuvant or adjuvant mixture, wherein the adjuvant or adjuvant mixture is selected from the group consisting of "trialkyl phosphate" according to Figure 1, where R1, R2 and R3 can be equal or different. R1, R2, R3 can be any C1-C10 alkyl fragment or from a mixture of trialkyl phosphates according to Figure 1 mixed with vegetable oil alkyl esters. a) a capsule obtained by reaction of an isocyanate optionally reacted with a crosslinker, b) the capsule comprising an adjuvant or adjuvant mixture, wherein the adjuvant or adjuvant mixture is selected from the group consisting of "trialkyl phosphate" according to Figure 1, where R1, R2 and R3 can be equal or different. R1, R2, R3 can be any C1-C10 alkyl fragment or from a mixture of trialkyl phosphates according to Figure 1 mixed with vegetable oil alkyl esters. B) an aqueous Phase comprising a finely dispersed pyrethroid.
Method for non-intrusively collecting function trace data of a software application running on a processor-core, the method comprising translating a source code of the software application which comprises traceable function source code into executable code and, when executing the executable code: allocating the executable code of more than one traceable function within one pre-defined code memory region, said pre-defined code memory region being defined by its start and end addresses ; checking each function call or jump instruction for its target address; and, if the target address is located within the pre-defined code memory region, logging the execution of the traceable function. allocating the executable code of more than one traceable function within one pre-defined code memory region, said pre-defined code memory region being defined by its start and end addresses ; checking each function call or jump instruction for its target address; and, if the target address is located within the pre-defined code memory region, logging the execution of the traceable function.
An apparatus residing between a streaming server and a client device comprising: a control unit operable to control transmission of a converted video stream over a network , in response to a reproduction control command for a requested video stream transmitted by an application executed by a browser at the client device , an IPTV service translation server adapted to convert the received reproduction control command into an individual IPTV service reproduction control protocol which can be interpreted by the streaming server , and further adapted to convert a first streaming format used by the requested video stream exported from the streaming server into a second streaming format used by the converted video stream, wherein the second streaming format is adapted to be processed by a player which operates on the client device , wherein the IPTV service translation server is an application that is downloaded and launched by the apparatus to convert and transmit the converted video stream under the request (SEQ305) of the browser at the client device . a control unit operable to control transmission of a converted video stream over a network , in response to a reproduction control command for a requested video stream transmitted by an application executed by a browser at the client device , an IPTV service translation server adapted to convert the received reproduction control command into an individual IPTV service reproduction control protocol which can be interpreted by the streaming server , and further adapted to convert a first streaming format used by the requested video stream exported from the streaming server into a second streaming format used by the converted video stream, wherein the second streaming format is adapted to be processed by a player which operates on the client device , wherein the IPTV service translation server is an application that is downloaded and launched by the apparatus to convert and transmit the converted video stream under the request (SEQ305) of the browser at the client device .
A repositioning system , comprising: a plurality of inflatable tubes , wherein the plurality of inflatable tubes comprises a first tube set and a second tube set , the plurality of inflatable tubes is configured to provide a pressure distribution to an object supported by the plurality of inflatable tubes , and the first tube set is configured to be inflated and deflated at a predetermined time interval to shift the pressure distribution; characterised in that : the repositioning system further comprises a soft foam cushion supported by the plurality of inflatable tubes ; the soft foam cushion provides a continuous plane that supports an occupant as the first tube set is inflated; the first tube set , when fully inflated, maintains a first distance between the soft foam cushion and a seat structure ; the second tube set maintains a second distance between the soft foam cushion and the seat structure when the first tube set is deflated; and a diameter of each tube of the first tube set is larger than a diameter of each tube of the second tube set when all the tubes are fully inflated. a plurality of inflatable tubes , wherein the plurality of inflatable tubes comprises a first tube set and a second tube set , the plurality of inflatable tubes is configured to provide a pressure distribution to an object supported by the plurality of inflatable tubes , and the first tube set is configured to be inflated and deflated at a predetermined time interval to shift the pressure distribution; characterised in that : the repositioning system further comprises a soft foam cushion supported by the plurality of inflatable tubes ; the soft foam cushion provides a continuous plane that supports an occupant as the first tube set is inflated; the first tube set , when fully inflated, maintains a first distance between the soft foam cushion and a seat structure ; the second tube set maintains a second distance between the soft foam cushion and the seat structure when the first tube set is deflated; and a diameter of each tube of the first tube set is larger than a diameter of each tube of the second tube set when all the tubes are fully inflated. the repositioning system further comprises a soft foam cushion supported by the plurality of inflatable tubes ; the soft foam cushion provides a continuous plane that supports an occupant as the first tube set is inflated; the first tube set , when fully inflated, maintains a first distance between the soft foam cushion and a seat structure ; the second tube set maintains a second distance between the soft foam cushion and the seat structure when the first tube set is deflated; and a diameter of each tube of the first tube set is larger than a diameter of each tube of the second tube set when all the tubes are fully inflated.
Automatic coffee machine including a casing comprising a housing for receiving a container for recovering ground coffee cakes, the housing including an opening and the container including a front panel , the container being movable in horizontal translation in a direction Δ between an inserted position in which the front panel closes the opening and extracted position in which the container is removed from the housing , characterised in that it includes an anti-tilt device of the container when it moves from the inserted position to the extracted position and vice versa, the anti-tilt device including a movable support member arranged on a rear part of the container and which cooperates with an upper face of the housing under the action of a return means .
Diagnostic method of a skin having signs of aging, in a subject, said method comprising the following steps: a) measuring the level of expression of the gene encoding the insulin-degrading enzyme (IDE), in a skin sample of said subject; wherein the signs of skin aging are marked microrelief of the skin, fine lines, appearance of wrinkles and loss of elasticity. a) measuring the level of expression of the gene encoding the insulin-degrading enzyme (IDE), in a skin sample of said subject;
A tool device which is suitable for use with a machine tool , and in particular suitable for use with a hand guided machine tool, which has a driving device moving around a driving axis, and in particular oscillating around the driving axis, and which has an attachment device by means of which it can be fastened to a machine tool in such a manner that the driving axis of the latter and a tool axis of rotation are substantially coincident, wherein, for receiving a driving force, the attachment device comprises at least two driving area regions each having a plurality of surface points and which are spaced from this tool axis of rotation , wherein tangent planes at these surface points are inclined with respect to an axial plane , which includes the tool axis of rotation , wherein the tangent planes are inclined by an angle α with respect to a radial plane , which extends perpendicular to the tool axis of rotation , wherein the angle α is smaller than 80 degrees, and wherein the at least two driving area regions are oriented away from the tool axis of rotation . and which has an attachment device by means of which it can be fastened to a machine tool in such a manner that the driving axis of the latter and a tool axis of rotation are substantially coincident, wherein, for receiving a driving force, the attachment device comprises at least two driving area regions each having a plurality of surface points and which are spaced from this tool axis of rotation , wherein tangent planes at these surface points are inclined with respect to an axial plane , which includes the tool axis of rotation , wherein the tangent planes are inclined by an angle α with respect to a radial plane , which extends perpendicular to the tool axis of rotation , wherein the angle α is smaller than 80 degrees, and wherein the at least two driving area regions are oriented away from the tool axis of rotation .
Stent-graft comprising: an inner stent having a wall structure including juxtaposed strut-patterns (13-17) with interconnected struts and connectors (20-27) connecting the strut-patterns (13-17), the wall structure of the inner stent having a predetermined length (L1), an outer stent coaxially arranged around the inner stent and having a wall structure including juxtaposed strut-patterns (29-33) with interconnected struts and connectors (37-44) connecting the strut-patterns (29-33), the wall structure of the outer stent having a predetermined length (L2); and a flexible stretchable material layer arranged between the inner stent and the outer stent , the length (L1) of the inner stent being equal to the length (L2) of the outer stent , characterized in that the wall structure of the inner stent has a design differing from the design of the wall structure of the outer stent in that the struts of the inner stent are shorter than the struts of the outer stent and the connectors (20-27) of the inner stent are longer than the connectors (37-44) of the outer stent or in that the struts of the inner stent are shorter than the struts of the outer stent and the connectors (20-27) of the inner stent have the same length as the connectors (37-44) of the outer stent and wherein the inner stent has at least one additional strut-pattern along the predetermined length (L1) as compared to the number of strut-patterns of the outer stent . an inner stent having a wall structure including juxtaposed strut-patterns (13-17) with interconnected struts and connectors (20-27) connecting the strut-patterns (13-17), the wall structure of the inner stent having a predetermined length (L1), an outer stent coaxially arranged around the inner stent and having a wall structure including juxtaposed strut-patterns (29-33) with interconnected struts and connectors (37-44) connecting the strut-patterns (29-33), the wall structure of the outer stent having a predetermined length (L2); and a flexible stretchable material layer arranged between the inner stent and the outer stent , the length (L1) of the inner stent being equal to the length (L2) of the outer stent , characterized in that the wall structure of the inner stent has a design differing from the design of the wall structure of the outer stent in that the struts of the inner stent are shorter than the struts of the outer stent and the connectors (20-27) of the inner stent are longer than the connectors (37-44) of the outer stent or in that the struts of the inner stent are shorter than the struts of the outer stent and the connectors (20-27) of the inner stent have the same length as the connectors (37-44) of the outer stent and wherein the inner stent has at least one additional strut-pattern along the predetermined length (L1) as compared to the number of strut-patterns of the outer stent .