mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: a vibratory screening machine having a first wall member , a second wall member , an acceleration arrangement , and a concave support surface located between the first and second wall members ; and a preformed screen assembly installed on the vibratory screening machine including a frame having an arched convex bottom contact support surface and a screen supported by the frame , wherein the screen includes a flat screening surface ; the frame is rigid; and the arched bottom contact support surface interfaces with the fixed concave support surface of the vibratory screening machine . a vibratory screening machine having a first wall member , a second wall member , an acceleration arrangement , and a concave support surface located between the first and second wall members ; and a preformed screen assembly installed on the vibratory screening machine including a frame having an arched convex bottom contact support surface and a screen supported by the frame , wherein the screen includes a flat screening surface ; the frame is rigid; and the arched bottom contact support surface interfaces with the fixed concave support surface of the vibratory screening machine .
A delivery system comprising: an implantable medical device ; a constraining mechanism including interlocking loops configured to releasably constrain the implantable medical device in a delivery configuration, and a lock line arranged through a portion of the interlocking loops and configured to be withdrawn to enable release of the constraining mechanism , wherein the lock line comprises an adhesive on an exterior surface of the lock line to increase friction between the interlocking loops; wherein each loop of the interlocking loops includes at least two strands forming the loop; wherein one strand of the loop overlaps with a strand of an adjacent loop to form an interlocking loop , and wherein the lock line is arranged in at least a knot row to prevent the knot row from unraveling. an implantable medical device ; a constraining mechanism including interlocking loops configured to releasably constrain the implantable medical device in a delivery configuration, and a lock line arranged through a portion of the interlocking loops and configured to be withdrawn to enable release of the constraining mechanism , wherein the lock line comprises an adhesive on an exterior surface of the lock line to increase friction between the interlocking loops; wherein each loop of the interlocking loops includes at least two strands forming the loop; wherein one strand of the loop overlaps with a strand of an adjacent loop to form an interlocking loop , and wherein the lock line is arranged in at least a knot row to prevent the knot row from unraveling.
A composition comprising a colorant composition comprising: (a) a first component comprising a salt of (sulfonatophenylazo) naphthoate; (b) a second component comprising a salt of (phenylazo) naphthalenedisulfonate, the first and second components in a weight ratio of 5:1 to 3:1, the colorant composition mimics the color of cochineal red and is stable for at least one week when stored at 45°C; wherein the composition comprises an active, wherein the active is 4-ethyl resorcinol, retinyl propionate or a mixture thereof. (a) a first component comprising a salt of (sulfonatophenylazo) naphthoate; (b) a second component comprising a salt of (phenylazo) naphthalenedisulfonate, the first and second components in a weight ratio of 5:1 to 3:1, the colorant composition mimics the color of cochineal red and is stable for at least one week when stored at 45°C; wherein the composition comprises an active, wherein the active is 4-ethyl resorcinol, retinyl propionate or a mixture thereof.
A handheld sensor device to project a visual indicator against a surface , the device comprising: a sensor configured to sense an object behind the surface and to provide a data signal; a controller coupled to the sensor , the controller being configured to receive the data signal, to activate a first icon based on the data signal and to provide a control signal, wherein the first icon comprises a distinct two-dimensional icon; and a light source coupled to the controller , the light source being configured to receive the control signal and to project the first icon against the surface , the light source comprising a light emitting source; and an aperture defined to project light from the light emitting source; wherein the controller is further configured to activate a second icon based on the data signal, and the light source is further configured to project the second icon against the surface , and wherein the first icon provides a first feature about the object behind the surface and comprises one from a group consisting of an arrow; an indication of a direction to the object; an indication of an edge feature of the object; an indication of a center feature of the object; wherein the second icon provides a second feature about the object behind the surface, the second icon providing dynamic text to display to a user , and wherein the aperture is a common dynamic aperture. a sensor configured to sense an object behind the surface and to provide a data signal; a controller coupled to the sensor , the controller being configured to receive the data signal, to activate a first icon based on the data signal and to provide a control signal, wherein the first icon comprises a distinct two-dimensional icon; and a light source coupled to the controller , the light source being configured to receive the control signal and to project the first icon against the surface , the light source comprising a light emitting source; and an aperture defined to project light from the light emitting source; a light emitting source; and an aperture defined to project light from the light emitting source; wherein the controller is further configured to activate a second icon based on the data signal, and the light source is further configured to project the second icon against the surface , and wherein the first icon provides a first feature about the object behind the surface and comprises one from a group consisting of an arrow; an indication of a direction to the object; an indication of an edge feature of the object; an indication of a center feature of the object; an arrow; an indication of a direction to the object; an indication of an edge feature of the object; an indication of a center feature of the object; wherein the second icon provides a second feature about the object behind the surface, the second icon providing dynamic text to display to a user , and wherein the aperture is a common dynamic aperture.
A method for the measurement of neighbouring cells in a cellular mobile telecommunication network wherein the network defines a measurement configuration which includes a list of neighbouring cells to be measured by a user equipment and which is sent to the user equipment in preparation of a cell handover, wherein the user equipment performs the measurement of the neighbouring cells included in the measurement configuration based on a measurement processing priority defined by the network side for at least one neighbouring cell and at least one group of neighbouring cells and sent by the network side to the user equipment, characterized in that the user equipment performs the measurements for the neighbouring cells included in the measurement configuration in a certain order according to their defined measurement processing priority and that a time interval limited by a minimum and a maximum time for measurement processing is individually defined by the network side for at least one neighbouring cell and at least one group of neighbouring cells and sent to the user equipment wherein the actual measurement duration for the respective neighbouring cell and group of neighbouring cell lies within the time interval as defined for the measured neighbouring cell and group of neighbouring cells.
A collar assembly and related formwork pods for a tower , the tower being formed by progressively higher concrete composition pours into the formwork pods , said assembly comprising or including; • a higher subassembly adapted as a collar to selectively index to a zone of the tower being formed, • a lower subassembly adapted as a collar to selectively index to a zone of the tower being formed, and • a jacking arrangement whereby (I), when the lower subassembly is zone indexed and the higher subassembly is not, the higher subassembly can be raised relative to the lower subassembly and the zone to a fresh indexing height and (II), when the higher subassembly is zone indexed and the lower subassembly is not, the lower subassembly can be raised to a fresh indexing height, wherein each formwork pod comprises an inner and outer formwork , characterised in that : - the higher subassembly is adapted as a collar to selectively index to a zone of the tower being formed by engagement to the tower at abutment formations on the exterior of the tower, - the higher subassembly comprising a crane to shift formwork pods from outside the higher subassembly to within the higher subassembly, and, after each pour has set/cured, to lower removed formwork to the ground, - wherein a different set of outer formwork is used for each zone, and wherein the abutment formations are defined by the formwork pods in the formation of the tower. • a higher subassembly adapted as a collar to selectively index to a zone of the tower being formed, • a lower subassembly adapted as a collar to selectively index to a zone of the tower being formed, and • a jacking arrangement whereby (I), when the lower subassembly is zone indexed and the higher subassembly is not, the higher subassembly can be raised relative to the lower subassembly and the zone to a fresh indexing height and (II), when the higher subassembly is zone indexed and the lower subassembly is not, the lower subassembly can be raised to a fresh indexing height, - the higher subassembly is adapted as a collar to selectively index to a zone of the tower being formed by engagement to the tower at abutment formations on the exterior of the tower, - the higher subassembly comprising a crane to shift formwork pods from outside the higher subassembly to within the higher subassembly, and, after each pour has set/cured, to lower removed formwork to the ground, - wherein a different set of outer formwork is used for each zone, and wherein the abutment formations are defined by the formwork pods in the formation of the tower.
A method for manufacturing a press formed product comprising: when a metal sheet is press formed to manufacture a product having a product shape of a cross-sectional shape in which both sides of a top plate part in a width direction are continuous with side wall parts and having a curved part curved in the width direction along a longitudinal direction, a first step of manufacturing an intermediate component by forming the curved part such that a line length along the longitudinal direction of a curved convex side (WA) that is a convex side of a curve is shorter than a line length in the product shape and a line length along the longitudinal direction of a curved concave side (WB) that is a concave side of the curve is longer than a line length in the product shape; and a second step of forming the intermediate component such that a line length of the curved convex side (WA) is longer than the line length in the first step and a line length of the curved concave side (WB) is shorter than the line length in the first step , characterized in that the line lengths are taken in the longitudinal direction along bent line positions between the top plate part and the side wall parts . when a metal sheet is press formed to manufacture a product having a product shape of a cross-sectional shape in which both sides of a top plate part in a width direction are continuous with side wall parts and having a curved part curved in the width direction along a longitudinal direction, a first step of manufacturing an intermediate component by forming the curved part such that a line length along the longitudinal direction of a curved convex side (WA) that is a convex side of a curve is shorter than a line length in the product shape and a line length along the longitudinal direction of a curved concave side (WB) that is a concave side of the curve is longer than a line length in the product shape; and a second step of forming the intermediate component such that a line length of the curved convex side (WA) is longer than the line length in the first step and a line length of the curved concave side (WB) is shorter than the line length in the first step , characterized in that the line lengths are taken in the longitudinal direction along bent line positions between the top plate part and the side wall parts .
A dual-pressure plant for the synthesis of nitric acid comprising: a reactor , wherein a stream of ammonia is oxidized to provide a gaseous effluent containing nitrogen oxides; an absorption tower , wherein nitrogen oxides contained in said gaseous effluent react with water, wherein the adsorption tower provides an output product stream containing nitric acid and nitrogen oxides and a tail gas, said reactor operating at a reaction pressure and said absorption tower operating at an absorption pressure greater than the reaction pressure; a compressor , which elevates the pressure of the gaseous effluent of the reactor from the reaction pressure to the absorption pressure; said plant being characterized by comprising at least a first bleacher and a second bleacher , said first bleacher stripping nitrogen oxides away from said output product stream of the absorption tower with a first stripping medium , providing a partially stripped nitric acid stream and a nitrogen oxides-loaded stripping medium , said partially stripped nitric acid stream being fed to the second bleacher , said second bleacher stripping nitrogen oxides away from said partially stripped nitric acid stream with a second stripping medium , providing a stream of bleached nitric acid , said nitrogen oxides-loaded stripping medium being recycled to the discharge-side of said compressor . a reactor , wherein a stream of ammonia is oxidized to provide a gaseous effluent containing nitrogen oxides; an absorption tower , wherein nitrogen oxides contained in said gaseous effluent react with water, wherein the adsorption tower provides an output product stream containing nitric acid and nitrogen oxides and a tail gas, said reactor operating at a reaction pressure and said absorption tower operating at an absorption pressure greater than the reaction pressure; a compressor , which elevates the pressure of the gaseous effluent of the reactor from the reaction pressure to the absorption pressure; said plant being characterized by comprising at least a first bleacher and a second bleacher , said first bleacher stripping nitrogen oxides away from said output product stream of the absorption tower with a first stripping medium , providing a partially stripped nitric acid stream and a nitrogen oxides-loaded stripping medium , said partially stripped nitric acid stream being fed to the second bleacher , said second bleacher stripping nitrogen oxides away from said partially stripped nitric acid stream with a second stripping medium , providing a stream of bleached nitric acid , said nitrogen oxides-loaded stripping medium being recycled to the discharge-side of said compressor .
A musical sound processing apparatus , comprising: a first control unit comprising a sequencer configured to control a timing of sounding of a plurality of first tones where the control is performed in steps that come with an interval between steps; and a second control unit comprising an arpeggio control unit configured to output a plurality of second tones having music note information corresponding to input tones from the first control unit and control a timing of sounding of the second tones following or overlapping the first tones according to a first tempo regardless of whether or not timing information has been acquired from outside, which is outside of the musical sound processing apparatus, wherein the first control unit is configured to control the timing of sounding of the first tones according to the first tempo when timing information has not been acquired from outside and control the timing of sounding of the first tones according to a second tempo which is based on the timing information and different from the first tempo when the timing information has been acquired from outside, the musical sound processing apparatus wherein the second control unit is configured to control sounding of chord tones including a respective one of the first tones. a first control unit comprising a sequencer configured to control a timing of sounding of a plurality of first tones where the control is performed in steps that come with an interval between steps; and a second control unit comprising an arpeggio control unit configured to output a plurality of second tones having music note information corresponding to input tones from the first control unit and control a timing of sounding of the second tones following or overlapping the first tones according to a first tempo regardless of whether or not timing information has been acquired from outside, which is outside of the musical sound processing apparatus, wherein the first control unit is configured to control the timing of sounding of the first tones according to the first tempo when timing information has not been acquired from outside and control the timing of sounding of the first tones according to a second tempo which is based on the timing information and different from the first tempo when the timing information has been acquired from outside, the musical sound processing apparatus wherein the second control unit is configured to control sounding of chord tones including a respective one of the first tones.
An adjustable headgear for a respiratory mask comprising: a side strap comprising an elastic portion , a non-elastic portion and a support beam ; the elastic portion having a longitudinal axis; the non-elastic portion being relatively inelastic compared to the elastic portion and having a longitudinal axis that is aligned with the longitudinal axis of the elastic portion, wherein the elastic portion is configured to provide a retraction force to the non-elastic portion in the direction of the elastic portion's longitudinal axis; a restriction mechanism configured to provide a force resisting movement of the non-elastic portion when the elastic portion is extended in a direction of its longitudinal axis; and the support beam being coupled to the non-elastic portion and extending along a portion of the headgear, wherein the support beam exhibits greater resistance to buckling in a direction perpendicular to the support beam's length than the non-elastic portion in a direction perpendicular to the non-elastic portion's longitudinal axis in use; and wherein (i) the resistance to buckling of the support beam is greater in a superior-inferior direction than in a medial-lateral direction in use; (ii) the elastic portion comprises a tube and the support beam is disposed within the tube; and (iii) the support beam comprises telescoping inner and outer members. a side strap comprising an elastic portion , a non-elastic portion and a support beam ; the elastic portion having a longitudinal axis; the non-elastic portion being relatively inelastic compared to the elastic portion and having a longitudinal axis that is aligned with the longitudinal axis of the elastic portion, wherein the elastic portion is configured to provide a retraction force to the non-elastic portion in the direction of the elastic portion's longitudinal axis; a restriction mechanism configured to provide a force resisting movement of the non-elastic portion when the elastic portion is extended in a direction of its longitudinal axis; and the support beam being coupled to the non-elastic portion and extending along a portion of the headgear, wherein the support beam exhibits greater resistance to buckling in a direction perpendicular to the support beam's length than the non-elastic portion in a direction perpendicular to the non-elastic portion's longitudinal axis in use; and wherein (i) the resistance to buckling of the support beam is greater in a superior-inferior direction than in a medial-lateral direction in use; (ii) the elastic portion comprises a tube and the support beam is disposed within the tube; and (iii) the support beam comprises telescoping inner and outer members. (i) the resistance to buckling of the support beam is greater in a superior-inferior direction than in a medial-lateral direction in use; (ii) the elastic portion comprises a tube and the support beam is disposed within the tube; and (iii) the support beam comprises telescoping inner and outer members.
A method comprising: sending a write request , without corresponding data, to a coherent slave unit from an ordering master unit; starting a timer, by the ordering master unit, responsive to receiving an indication, from the coherent slave unit, that the write request is globally visible, wherein the write request is globally visible to the ordering master unit when all cached copies of the data targeted by the write request have been invalidated ; cancelling the write request responsive to the timer expiring while at least one older request is still not globally visible ; and replaying the write request by resending the write request from the ordering master unit to the coherent slave unit responsive to cancelling the write request . sending a write request , without corresponding data, to a coherent slave unit from an ordering master unit; starting a timer, by the ordering master unit, responsive to receiving an indication, from the coherent slave unit, that the write request is globally visible, wherein the write request is globally visible to the ordering master unit when all cached copies of the data targeted by the write request have been invalidated ; cancelling the write request responsive to the timer expiring while at least one older request is still not globally visible ; and replaying the write request by resending the write request from the ordering master unit to the coherent slave unit responsive to cancelling the write request .