mhurhangee/ep-ind-claims huggingface dataset:
A method (400; 500) implemented by a mobile communications device (102, 600), the method comprising: outputting (402; 502) a user interface having a portion that is configured as a bucket to accept content items via one or more drag-and-drop operations involving a gesture detected through interaction with a display device of the mobile communications device (102, 600) using touchscreen functionality, wherein thumbnail images of the content items are displayed in the user interface as following the gesture, the content items accepted by the portion remaining hidden from view, and wherein the portion is provided by an operating system and exposed to a plurality of applications such that the content items accepted by the portion persist during navigation between the applications; characterized in that in response to a selection of the portion, outputting one or more indications of actions (126; 408-412) that are performable on each of the content items accepted in the portion, wherein a single selection of the indication of the action results in performance of the action on each of the content items accepted in the portion. outputting (402; 502) a user interface having a portion that is configured as a bucket to accept content items via one or more drag-and-drop operations involving a gesture detected through interaction with a display device of the mobile communications device (102, 600) using touchscreen functionality, wherein thumbnail images of the content items are displayed in the user interface as following the gesture, the content items accepted by the portion remaining hidden from view, and wherein the portion is provided by an operating system and exposed to a plurality of applications such that the content items accepted by the portion persist during navigation between the applications; characterized in that in response to a selection of the portion, outputting one or more indications of actions (126; 408-412) that are performable on each of the content items accepted in the portion, wherein a single selection of the indication of the action results in performance of the action on each of the content items accepted in the portion.
A three dimensional memory array, comprising: a stack comprising a plurality of first conductive lines separated from one another by at least an insulation material; at least one conductive extension arranged to extend substantially perpendicular to the plurality of first conductive lines, such that the at least one conductive extension intersects each of the plurality of first conductive lines; storage element material arranged around the at least one conductive extension; and a select device arranged around the storage element material; wherein the storage element material is radially adjacent an insulation material separating the plurality of first conductive lines, and a plurality of materials comprising the select device are arranged annularly around the storage element material and are radially adjacent each of the plurality of first conductive lines; characterized in that the select device includes an inner concentric conductor material and an outer concentric non-metallic material arranged around the inner concentric conductor material; and wherein the non-metallic material arranged around the inner concentric conductor material is disposed on at least a first surface and a second surface of the inner concentric conductor material. a stack comprising a plurality of first conductive lines separated from one another by at least an insulation material; at least one conductive extension arranged to extend substantially perpendicular to the plurality of first conductive lines, such that the at least one conductive extension intersects each of the plurality of first conductive lines; storage element material arranged around the at least one conductive extension; and a select device arranged around the storage element material; wherein the storage element material is radially adjacent an insulation material separating the plurality of first conductive lines, and a plurality of materials comprising the select device are arranged annularly around the storage element material and are radially adjacent each of the plurality of first conductive lines; characterized in that the select device includes an inner concentric conductor material and an outer concentric non-metallic material arranged around the inner concentric conductor material; and wherein the non-metallic material arranged around the inner concentric conductor material is disposed on at least a first surface and a second surface of the inner concentric conductor material.
A method for wireless communication, comprising: obtaining received samples comprising at least one synchronization signal generated based on a cell identity, ID, of a cell, wherein the at least one synchronization signal comprises a secondary synchronization signal generated based on first and second parts of the cell ID; correlating the received samples with the at least one synchronization signal to obtain energies for multiple timing hypotheses within a search window; and determining timing of the cell based on the energies for the multiple timing hypotheses. obtaining received samples comprising at least one synchronization signal generated based on a cell identity, ID, of a cell, wherein the at least one synchronization signal comprises a secondary synchronization signal generated based on first and second parts of the cell ID; correlating the received samples with the at least one synchronization signal to obtain energies for multiple timing hypotheses within a search window; and determining timing of the cell based on the energies for the multiple timing hypotheses.
An adjustable filter grid for a drain inlet, comprising: a) a drain grill having: a1) an annular plate; and a2) a plurality of support ribs, wherein a first end of each support rib is connected to an outer circumferential edge of the annular plate, and a second end of the support rib radially extends outwards from the annular plate; a3) an annular seat, wherein an inner wall of the annular seat is securely connected to the second ends of the support ribs; characterized in that the movable filter grid further comprises: b) an annular fastener having multiple pin holders annularly connected, wherein each pin holder has: b1) a holding slot for the annular seat being formed in a bottom of the respective pin holder for the annular fastener with all its pin holders to be mounted on the annular seat; and b2) a through hole formed through an outer edge portion of the respective pin holder, wherein b3) a pin is detachably mounted through the through hole of the respective pin holder such that each pin can be moved within its corresponding pin holder to allow for adjusting the contact to the ground, and the pins take a form of a grating. a) a drain grill having: a1) an annular plate; and a2) a plurality of support ribs, wherein a first end of each support rib is connected to an outer circumferential edge of the annular plate, and a second end of the support rib radially extends outwards from the annular plate; a3) an annular seat, wherein an inner wall of the annular seat is securely connected to the second ends of the support ribs; a1) an annular plate; and a2) a plurality of support ribs, wherein a first end of each support rib is connected to an outer circumferential edge of the annular plate, and a second end of the support rib radially extends outwards from the annular plate; a3) an annular seat, wherein an inner wall of the annular seat is securely connected to the second ends of the support ribs; b) an annular fastener having multiple pin holders annularly connected, wherein each pin holder has: b1) a holding slot for the annular seat being formed in a bottom of the respective pin holder for the annular fastener with all its pin holders to be mounted on the annular seat; and b2) a through hole formed through an outer edge portion of the respective pin holder, wherein b3) a pin is detachably mounted through the through hole of the respective pin holder such that each pin can be moved within its corresponding pin holder to allow for adjusting the contact to the ground, and b1) a holding slot for the annular seat being formed in a bottom of the respective pin holder for the annular fastener with all its pin holders to be mounted on the annular seat; and b2) a through hole formed through an outer edge portion of the respective pin holder, wherein b3) a pin is detachably mounted through the through hole of the respective pin holder such that each pin can be moved within its corresponding pin holder to allow for adjusting the contact to the ground, and
A device for fracturing calcifications in heart valves comprising: an impactor catheter configured for percutaneous delivery to a heart valve; an impact-producing element (14, 24) disposed at a distal portion of said catheter and operative to vibrate and create a mechanical impact when deployed out of an external housing (12, 22) of said catheter and brought into contact with a calcification at a leaflet of said heart valve; and an energy source operative to vibrate said vibrating impact-producing element (14, 24) so that said impact-producing element (14, 24) fractures the calcification without necessarily removing the calcification from the leaflet; wherein the impact-producing element (14, 24) comprises an anvil, wherein the anvil is a component suitable to be placed underneath the leaflet; characterised in that said impact-producing element (14, 24) comprises more than one arcuate arms that extend from a distal end thereof, wherein the impact-producing arcuate arms are suitable to struck the calcification against the anvil. an impactor catheter configured for percutaneous delivery to a heart valve; an impact-producing element (14, 24) disposed at a distal portion of said catheter and operative to vibrate and create a mechanical impact when deployed out of an external housing (12, 22) of said catheter and brought into contact with a calcification at a leaflet of said heart valve; and an energy source operative to vibrate said vibrating impact-producing element (14, 24) so that said impact-producing element (14, 24) fractures the calcification without necessarily removing the calcification from the leaflet; wherein the impact-producing element (14, 24) comprises an anvil, wherein the anvil is a component suitable to be placed underneath the leaflet; characterised in that said impact-producing element (14, 24) comprises more than one arcuate arms that extend from a distal end thereof, wherein the impact-producing arcuate arms are suitable to struck the calcification against the anvil.
A heterophasic polypropylene composition characterised by an MFR230/2.16 according to ISO1133 of at most 6.0 g/10 min and comprising a. ≥ 80.0 wt.-% of a polypropylene homopolymer and b. ≤ 20.0 wt.-% of an elastomeric ethylene-propylene rubber fraction, and c. a polymeric nucleating agent and d. at least one further nucleating or clarifying agent wherein the heterophasic polypropylene composition is further characterized by a xylene soluble fraction of 5.0 to 20.0 wt.-% and in that the elastomeric ethylene-propylene rubber fraction (b) has an C2 of 20.0 to 38.0 wt.-%, and wherein the at least one further nucleating or clarifying agent (d) is selected from the groups of (i) salts of monocarboxylic acids and polycarboxylic acids, (ii) salts of diesters of phosphoric acid, and (iii) sorbitol derivatives and nonitol derivatives. a. ≥ 80.0 wt.-% of a polypropylene homopolymer and b. ≤ 20.0 wt.-% of an elastomeric ethylene-propylene rubber fraction, and c. a polymeric nucleating agent and d. at least one further nucleating or clarifying agent wherein the heterophasic polypropylene composition is further characterized by a xylene soluble fraction of 5.0 to 20.0 wt.-% and in that the elastomeric ethylene-propylene rubber fraction (b) has an C2 of 20.0 to 38.0 wt.-%, and wherein the at least one further nucleating or clarifying agent (d) is selected from the groups of (i) salts of monocarboxylic acids and polycarboxylic acids, (ii) salts of diesters of phosphoric acid, and (iii) sorbitol derivatives and nonitol derivatives. (i) salts of monocarboxylic acids and polycarboxylic acids, (ii) salts of diesters of phosphoric acid, and (iii) sorbitol derivatives and nonitol derivatives.
A container sealing assembly comprising: a cap configured to attach to a container body and including a sealing rib; and characterized by a position adjustment member operatively coupling the cap with a unitary compliant sealing valve having a continuous shape, the unitary compliant sealing valve being movable between a sealed position and an open position, and including: (i) a cap sealing section configured to form a sealing interface with the sealing rib when the unitary compliant sealing valve is in the sealed position; and (ii) a compression spring section configured to exert a restoring force on the position adjustment member when the unitary compliant sealing valve is in the sealed position, the restoring force opposing a compressive force exerted by the cap and the position adjustment member on the compression spring section and urging the position adjustment member in an axial direction. a cap configured to attach to a container body and including a sealing rib; and characterized by a position adjustment member operatively coupling the cap with a unitary compliant sealing valve having a continuous shape, the unitary compliant sealing valve being movable between a sealed position and an open position, and including: (i) a cap sealing section configured to form a sealing interface with the sealing rib when the unitary compliant sealing valve is in the sealed position; and (ii) a compression spring section configured to exert a restoring force on the position adjustment member when the unitary compliant sealing valve is in the sealed position, the restoring force opposing a compressive force exerted by the cap and the position adjustment member on the compression spring section and urging the position adjustment member in an axial direction. (i) a cap sealing section configured to form a sealing interface with the sealing rib when the unitary compliant sealing valve is in the sealed position; and (ii) a compression spring section configured to exert a restoring force on the position adjustment member when the unitary compliant sealing valve is in the sealed position, the restoring force opposing a compressive force exerted by the cap and the position adjustment member on the compression spring section and urging the position adjustment member in an axial direction.
A spray nozzle for use with a steam generator of a steaming appliance, the spray nozzle comprises: an elastomeric tube comprising a proximal end through which a fluid is intended to enter said tube, and a distal end, a slit (9,9') formed in said elastomeric tube between said proximal end and said distal end, for spraying said fluid out from said elastomeric tube, wherein the elastomeric tube comprises a cylindrical wall, said slit being formed in said wall, wherein the elastomeric tube includes a reinforcing element (10, 11) for limiting deformation of the elastomeric tube, wherein the reinforcing element (10, 11) surrounds said cylindrical wall, wherein the cylindrical wall has a longitudinal axis and the slit extends in a circumferential direction about said longitudinal axis. an elastomeric tube comprising a proximal end through which a fluid is intended to enter said tube, and a distal end, a slit (9,9') formed in said elastomeric tube between said proximal end and said distal end, for spraying said fluid out from said elastomeric tube, wherein the elastomeric tube comprises a cylindrical wall, said slit being formed in said wall, wherein the elastomeric tube includes a reinforcing element (10, 11) for limiting deformation of the elastomeric tube, wherein the reinforcing element (10, 11) surrounds said cylindrical wall, wherein the cylindrical wall has a longitudinal axis and the slit extends in a circumferential direction about said longitudinal axis.
A method of die casting a component with an integral honeycomb abradeable seal, comprising the step of: (a) defining a first portion of a die cavity of a die to include an open cell structure, including positioning an insert that defines the open cell structure within the first portion of the die cavity, the insert being a honeycomb abradeable seal, the first portion being a first opening within the die; (b) defining a second portion of the die cavity without the open cell structure the second portion being a second opening within the die, the insert not extending into the second opening; (c) injecting molten metal into the die cavity; and (d) solidifying the molten metal within the die cavity (158;258) to form the component with the integral seal,wherein the molten metal solidifying in the second portion forms the component, the molten metal M locally bonding with the insert at an interface during solidification of the molten metal M to form the component having the integral seal. (a) defining a first portion of a die cavity of a die to include an open cell structure, including positioning an insert that defines the open cell structure within the first portion of the die cavity, the insert being a honeycomb abradeable seal, the first portion being a first opening within the die; (b) defining a second portion of the die cavity without the open cell structure the second portion being a second opening within the die, the insert not extending into the second opening; (c) injecting molten metal into the die cavity; and (d) solidifying the molten metal within the die cavity (158;258) to form the component with the integral seal,wherein the molten metal solidifying in the second portion forms the component, the molten metal M locally bonding with the insert at an interface during solidification of the molten metal M to form the component having the integral seal.
Ventilation device for ventilating a patient, comprising at least a fluid supply unit and a fluid discharge unit that are suitable for respectively supplying (ZV, ZP) a fluid into at least one airway, i.e., into a lung part or into the lung, of a patient and for discharging (AV, AP) the fluid from this airway; and further comprising a control device which, at least during a ventilation process of the at least one airway, i.e., the at least one-time supply of the fluid into the at least one airway and the at least one-time discharge of the fluid from the at least one airway by operating the ventilation device, is configured for setting a profile of a pressure P in the airway and a profile of a volume V of the fluid that is supplied to the airway and discharged from the airway according to V = f ZP and V = f AP or according to P = f ZV and P = f AV, wherein the ventilation process takes place within a pressure interval and within a volume interval; characterized in that an average volumetric flow rate FD is determined by the control device, based on the prior ventilation processes or based on the preset parameters, in particular frequency and tidal volume, by dividing the sum of the absolute values of the supplied and the discharged fluid by the duration of the ventilation process, and that by the control device the ventilation process is set in such a way that while supplying the fluid and while discharging the fluid, a volumetric flow rate F(t) [L/min] varies at most by 50% with respect to the average volumetric flow rate FD, at least for 80% of a duration of the ventilation process.
Multi-well apertured plate comprising - an upper part with a plurality of holes, - a lower part with a plurality of holes, which are in communicating connection with the holes of the upper part, and - at least one filter medium fixable between the upper part and the lower part, wherein the upper part and the lower part have on the sides (8, 9) thereof facing the filter medium sealing means (7a, 7b) extending around the holes (3, 5) and wherein the filter medium is fixable along its upper side and lower side in each instance in paired manner by the sealing means of the upper part and the sealing means of the lower part, the plurality of holes in the upper part are cylindrical channels with a diameter d 1 and wherein the plurality of holes, which communicate with these cylindrical channels, in the lower part have on the side thereof facing the filter medium a respective transition region narrowing from the diameter d 1 to a diameter d 2, wherein on the side of the lower part remote from the filter medium a respective cylindrical channel with the diameter d 2 is connected with the transition region, characterised in that the ratio between d 1 and d 2 is at least 4.0. - an upper part with a plurality of holes, - a lower part with a plurality of holes, which are in communicating connection with the holes of the upper part, and - at least one filter medium fixable between the upper part and the lower part,
A fat blend composition comprising 20% or less of saturated fatty acids among which: - 38% or less are palmitic acid (C16:0); and - 20% or more of stearic acid (C18:0); said fat blend being made at 5% to 100% of a hardstock containing from 5% to 100% of one or further hard fat and at least 5% of stearic acid. - 38% or less are palmitic acid (C16:0); and - 20% or more of stearic acid (C18:0);