mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprised in a user equipment, comprising: means for utilizing in a wireless communication system a combination (#3) of pre-configured channel bandwidths within an available frequency spectrum for operation that does not match with configurable system bandwidths, wherein the combination includes overlapping pre-configured channel bandwidths, and wherein the set of available combinations (#1, #2, #3) of preconfigured channel bandwidths deployed with a Frequency Reuse scheme higher than 1 maintains carrier center positions and leaves varying parts of the frequency spectrum unallocated. means for utilizing in a wireless communication system a combination (#3) of pre-configured channel bandwidths within an available frequency spectrum for operation that does not match with configurable system bandwidths, wherein the combination includes overlapping pre-configured channel bandwidths, and wherein the set of available combinations (#1, #2, #3) of preconfigured channel bandwidths deployed with a Frequency Reuse scheme higher than 1 maintains carrier center positions and leaves varying parts of the frequency spectrum unallocated.
A method for using menu functions, in an electronic device, the method comprising: providing, on a display of the electronic device, said menu functions in a menu structure, the menu structure comprising: a first menu layer comprising first menu functions, the first menu layer being on the front on the display; and a plurality of further menu layers, each of the plurality of further menu layers comprising a plurality of associated menu functions and being partially covered by said first menu layer, the method further comprising the following steps: when the user gives a first command, one of the plurality of further menu layers is selected to be moved to the front on the display instead of said first menu layer, said first menu layer thus being partially covered by said selected further menu layer, and when the user gives a second command that is different from the first command, a menu function presented on the menu layer which is on the front on the display is selected. providing, on a display of the electronic device, said menu functions in a menu structure, the menu structure comprising: a first menu layer comprising first menu functions, the first menu layer being on the front on the display; and a plurality of further menu layers, each of the plurality of further menu layers comprising a plurality of associated menu functions and being partially covered by said first menu layer, the method further comprising the following steps: a first menu layer comprising first menu functions, the first menu layer being on the front on the display; and a plurality of further menu layers, each of the plurality of further menu layers comprising a plurality of associated menu functions and being partially covered by said first menu layer, the method further comprising the following steps: when the user gives a first command, one of the plurality of further menu layers is selected to be moved to the front on the display instead of said first menu layer, said first menu layer thus being partially covered by said selected further menu layer, and when the user gives a second command that is different from the first command, a menu function presented on the menu layer which is on the front on the display is selected.
Corner reinforcement insert, in particular for wall elements with a double-angled edge, comprising: - a base part which -- has a plate-shaped corner flange arranged at least substantially in one plane and having an angled inner circumferential edge and an angled outer circumferential edge, and -- a first web as well as a second web which extend from the same side of the base part, perpendicularly to the plane of said corner flange and parallel to said inner circumferential edge, wherein the first web is located this side of a bending point of the inner circumferential edge and the second web is located on the far side of said bending point, characterized by - a corner-shaped sheathing part having a slot which is designed to accommodate the corner flange and in which said corner flange is arranged in a manner substantially completely surrounded by the sheathing part, wherein - the first web and the second web extend at the inner circumferential edge of the corner flange and form a stop belonging to the base part for the sheathing part, and - the sheathing part consists of an elastomer material and the base part consists of a material which is rigid relative to said sheathing part. - a base part which -- has a plate-shaped corner flange arranged at least substantially in one plane and having an angled inner circumferential edge and an angled outer circumferential edge, and -- a first web as well as a second web which extend from the same side of the base part, perpendicularly to the plane of said corner flange and parallel to said inner circumferential edge, wherein the first web is located this side of a bending point of the inner circumferential edge and the second web is located on the far side of said bending point, -- has a plate-shaped corner flange arranged at least substantially in one plane and having an angled inner circumferential edge and an angled outer circumferential edge, and -- a first web as well as a second web which extend from the same side of the base part, perpendicularly to the plane of said corner flange and parallel to said inner circumferential edge, wherein the first web is located this side of a bending point of the inner circumferential edge and the second web is located on the far side of said bending point, - a corner-shaped sheathing part having a slot which is designed to accommodate the corner flange and in which said corner flange is arranged in a manner substantially completely surrounded by the sheathing part, wherein - the first web and the second web extend at the inner circumferential edge of the corner flange and form a stop belonging to the base part for the sheathing part, and - the sheathing part consists of an elastomer material and the base part consists of a material which is rigid relative to said sheathing part.
A system for providing a circular computer desktop environment, comprising: a computer system, including one or more processors and a circular desktop logic; and one or more monitor (120, 122, 124) operable with the computer system to display a virtual desktop in a closed-path configuration, including wherein the virtual desktop is configured to display one or more objects that can be moved or resized within the desktop, wherein, upon an object being moved or resized beyond an extent of the virtual desktop, a portion of the object which extends beyond the virtual desktop and would otherwise be hidden or not rendered is rendered at an opposite side of the virtual desktop, and characterised in that upon an object being resized to a size wider than a width or higher than a height of the virtual desktop, a portion of the object which extends beyond the width or height of the virtual desktop wraps beneath or above a portion of the object that remains visible on the virtual desktop. a computer system, including one or more processors and a circular desktop logic; and one or more monitor (120, 122, 124) operable with the computer system to display a virtual desktop in a closed-path configuration, including wherein the virtual desktop is configured to display one or more objects that can be moved or resized within the desktop, wherein, upon an object being moved or resized beyond an extent of the virtual desktop, a portion of the object which extends beyond the virtual desktop and would otherwise be hidden or not rendered is rendered at an opposite side of the virtual desktop, and characterised in that upon an object being resized to a size wider than a width or higher than a height of the virtual desktop, a portion of the object which extends beyond the width or height of the virtual desktop wraps beneath or above a portion of the object that remains visible on the virtual desktop.
Box being hung-up at a corresponding receiving section, comprising: a luminaire with wires, a box body delimiting a space, wherein the space receives and supports the luminaire within the box body, an opening delimited by a circumferential edge of the box body for putting the luminaire into and taking the luminaire out of the box, and a tap that hangs-up the box carrying the luminaire at the corresponding receiving section for electrically installing the luminaire including connecting the wires of the luminaire, the tap comprising a connection portion extending from the box body, and a hanger portion being distant from the box body and laterally extending from the connection portion. a luminaire with wires, a box body delimiting a space, wherein the space receives and supports the luminaire within the box body, an opening delimited by a circumferential edge of the box body for putting the luminaire into and taking the luminaire out of the box, and a tap that hangs-up the box carrying the luminaire at the corresponding receiving section for electrically installing the luminaire including connecting the wires of the luminaire, the tap comprising a connection portion extending from the box body, and a hanger portion being distant from the box body and laterally extending from the connection portion. a connection portion extending from the box body, and a hanger portion being distant from the box body and laterally extending from the connection portion.
A system for the treatment of urinary incontinence, comprising: a sling having first and second ends; first and second anchors, wherein the first end of the sling interfits within a slot in the first anchor, and the second end of the sling interfits within a slot in the second anchor, each of said first and second anchors comprising a body having a proximal end, a distal end, and a through lumen extending therebetween, each of said first and second anchors further comprising a plurality of barbs projecting radially therefrom; and a delivery device for delivering said sling within the body of a patient, said delivery device comprising a shaft comprising a distal section that has an outer diameter that is less than a diameter of said shaft at a location immediately proximal to the distal section, wherein the distal section of said shaft is configured to extend through the through lumen of each of said first and second anchors. a sling having first and second ends; first and second anchors, wherein the first end of the sling interfits within a slot in the first anchor, and the second end of the sling interfits within a slot in the second anchor, each of said first and second anchors comprising a body having a proximal end, a distal end, and a through lumen extending therebetween, each of said first and second anchors further comprising a plurality of barbs projecting radially therefrom; and a delivery device for delivering said sling within the body of a patient, said delivery device comprising a shaft comprising a distal section that has an outer diameter that is less than a diameter of said shaft at a location immediately proximal to the distal section, wherein the distal section of said shaft is configured to extend through the through lumen of each of said first and second anchors.
A method to remove and reduce particulate matter from cooking exhaust streams, the method comprising: capturing a cooking exhaust stream via a hood; passing the captured cooking exhaust stream through a transient plasma emission remediation, TPER, reactor; applying a DC bias voltage by a DC voltage source to an energized conductor of the TPER reactor, the energized conductor being a center conductor of the TPER reactor; and driving the TPER reactor with a high voltage pulse with a duration of nanoseconds to generate a non-equilibrated transient plasma in a portion of the TPER reactor through which the captured cooking exhaust stream passes, wherein the high voltage, nanosecond duration pulse is coupled onto the DC biased conductor of the TPER reactor; characterized in that the high voltage, nanosecond duration pulse is coupled onto the center conductor of the TPER reactor and is superimposed on top of the DC bias voltage; and wherein the high voltage pulse has a magnitude in a range of 1 kV to 100 kV, inclusive and a duration in a range of 0.1 nanosecond to 100 nanoseconds, inclusive. capturing a cooking exhaust stream via a hood; passing the captured cooking exhaust stream through a transient plasma emission remediation, TPER, reactor; applying a DC bias voltage by a DC voltage source to an energized conductor of the TPER reactor, the energized conductor being a center conductor of the TPER reactor; and driving the TPER reactor with a high voltage pulse with a duration of nanoseconds to generate a non-equilibrated transient plasma in a portion of the TPER reactor through which the captured cooking exhaust stream passes, wherein the high voltage, nanosecond duration pulse is coupled onto the DC biased conductor of the TPER reactor; characterized in that the high voltage, nanosecond duration pulse is coupled onto the center conductor of the TPER reactor and is superimposed on top of the DC bias voltage; and wherein the high voltage pulse has a magnitude in a range of 1 kV to 100 kV, inclusive and a duration in a range of 0.1 nanosecond to 100 nanoseconds, inclusive.
A process to prepare a plasticizer comprising at least 2 alkyl ketal ester moieties, wherein the plasticizer is a compound of formula: wherein each a, independently, is from 0 or an integer of 1 to 12; each b, independently, is 0 or 1; R 11 is a saturated branched, straight chain or cyclic alkyl; each R 19, independently, is a hydrocarbyl group, a substituted hydrocarbyl group, or a hydrocarbyl group substituted with up to 5 hydroxyl groups, the plasticizer having a molecular weight of greater than 300 and having a color index of less than 50 measured by ASTM method E313, the process comprising the step: contacting under reaction conditions an alkyl ketal ester having an acid number less than 0.3 as determined by ASTM method D664, a multihydric hydrocarbyl moiety, or a monohydric alkyl ketal ester; a catalyst; and an antioxidant, wherein the reaction is conducted without the presence of air, to provide the plasticizer. each a, independently, is from 0 or an integer of 1 to 12; each b, independently, is 0 or 1; R 11 is a saturated branched, straight chain or cyclic alkyl; each R 19, independently, is a hydrocarbyl group, a substituted hydrocarbyl group, or a hydrocarbyl group substituted with up to 5 hydroxyl groups, the plasticizer having a molecular weight of greater than 300 and having a color index of less than 50 measured by ASTM method E313, the process comprising the step: contacting under reaction conditions an alkyl ketal ester having an acid number less than 0.3 as determined by ASTM method D664, a multihydric hydrocarbyl moiety, or a monohydric alkyl ketal ester; a catalyst; and contacting under reaction conditions an alkyl ketal ester having an acid number less than 0.3 as determined by ASTM method D664, a multihydric hydrocarbyl moiety, or a monohydric alkyl ketal ester; a catalyst; and an antioxidant, wherein the reaction is conducted without the presence of air, to provide the plasticizer.
A hot-rolled steel sheet comprising, as a chemical composition, by mass%, C: 0.020% to 0.070%, Mn: 0.60% to 2.00%, Al: 0.10% to 1.00%, Ti: 0.015% to 0.170%, Nb: 0.005% to 0.050%, Cr: 0% to 1.0%, V: 0% to 0.300%, Cu: 0% to 2.00%, Ni: 0% to 2.00%, Mo: 0% to 1.00%, Mg: 0% to 0.0100%, Ca: 0% to 0.0100%, REM: 0% to 0.1000%, B: 0% to 0.0100%, Si: limited to equal to or less than 0.100%, P: limited to equal to or less than 0.050%, S: limited to equal to or less than 0.005%, and N: limited to equal to or less than 0.0060%, and optionally Zr, Sn, Co, Zn and W: total content of 1% or less, with the remainder of Fe and impurities; and wherein a structure includes, by an area ratio, bainite from 70% to 80%, ferrite and bainite in a range of 80% to 98% in total, and martensite in a range of 2% to 10%, and wherein in the structure, in a case where a boundary having an orientation difference of equal to or greater than 15° is defined as a grain boundary, and an area which is surrounded by the grain boundary, and has an equivalent circle diameter of equal to or greater than 0.3 μm is defined as a grain, the ratio of the grains having an intragranular orientation difference in a range of 5° to 14° is, by the area ratio, in a range of 10% to 60%; wherein the area ratio is obtained at a 1⁄4 thickness position in a visual field of 300 μm x 300 μm using an optical microscope, and the ratio of the grains having the intragranular orientation difference in the range of 5° to 14° is obtained using an EBSD method at a vertical section of a position of depth of 1⁄4 thickness t from surface of the steel sheet in a rolling direction, an area of 200 μm in the rolling direction, and 100 μm in a normal direction of a rolled surface.
Spring element for a drug delivery device, comprising multiple windings with two windings being mechanically coupled to each other by a rigid transverse connection, wherein the multiple windings are arranged such that an axial distance (D1, D2) between consecutive windings varies along the spring element, and wherein the two windings are permanently mechanically coupled to each other by the rigid transverse connection.
A wheel assembly comprising: a constant force mechanism (48, 50); a wheel coupled to the constant force mechanism (48, 50), the wheel being displaceable in at least one dimension; a sensor (191, 191a, 191b) for measuring a property associated with the wheel; and the constant force mechanism (48, 50) imparts a substantially constant force on the wheel in the at least one dimension, characterized in that the constant force mechanism (48, 50) includes a first support structure and a second support structure, the first support structure being arranged at a substantially right angle to the second support structure; a first carriage movable along a length of the first support structure; a second carriage movable along a length of the second support structure; a rigid arm pivotally connected to the first and second carriages; a first resistance device opposing movement of the first carriage along the length of the first support structure; and a second resistance device opposing movement of the second carriage along the length of the second support structure; and said sensor (191, 191a, 191b) measures deflection of the wheel, the sensor being in communication with a sensor system, and the sensor system generates a signal when the measured deflection of the wheel exceeds a predetermined threshold, wherein the signal indicates that the wheel could require maintenance. a constant force mechanism (48, 50); a wheel coupled to the constant force mechanism (48, 50), the wheel being displaceable in at least one dimension; a sensor (191, 191a, 191b) for measuring a property associated with the wheel; and the constant force mechanism (48, 50) imparts a substantially constant force on the wheel in the at least one dimension, characterized in that the constant force mechanism (48, 50) includes a first support structure and a second support structure, the first support structure being arranged at a substantially right angle to the second support structure; a first carriage movable along a length of the first support structure; a second carriage movable along a length of the second support structure; a rigid arm pivotally connected to the first and second carriages; a first resistance device opposing movement of the first carriage along the length of the first support structure; and a second resistance device opposing movement of the second carriage along the length of the second support structure; and said sensor (191, 191a, 191b) measures deflection of the wheel, the sensor being in communication with a sensor system, and the sensor system generates a signal when the measured deflection of the wheel exceeds a predetermined threshold, wherein the signal indicates that the wheel could require maintenance.
An atomizer for an electronic cigarette comprising: an aerosol outlet tube; an air inlet tube; a heating element; an atomizing shell and a heating base; wherein, the air inlet tube is sleeved on the aerosol outlet tube and a first air inlet passage is formed between the air inlet tube and the aerosol outlet tube; a first aerosol outlet passage is formed inside the aerosol outlet tube; the heating element is disposed in the heating base; the atomizing shell is sleeved on the heating base; wherein, a second air inlet passage is arranged between the atomizing shell and the heating base, along a circumferential direction of the heating base; the first air inlet passage and the second air inlet passage are communicated with each other to allow exterior air to pass through and then to flow into the heating base; characterized in that a second aerosol outlet passage is spaced from the second air inlet passage and is arranged between the atomizing shell and the heating base, along a circumferential direction of the heating base; and in that the first aerosol outlet passage and the second aerosol outlet passage are communicated with each other to allow the aerosol aerosolized by the heating element inside the heating base to pass through and then to flow out. an aerosol outlet tube; an air inlet tube; a heating element; an atomizing shell and a heating base; wherein, the air inlet tube is sleeved on the aerosol outlet tube and a first air inlet passage is formed between the air inlet tube and the aerosol outlet tube; a first aerosol outlet passage is formed inside the aerosol outlet tube; the heating element is disposed in the heating base; the atomizing shell is sleeved on the heating base; wherein, a second air inlet passage is arranged between the atomizing shell and the heating base, along a circumferential direction of the heating base; the first air inlet passage and the second air inlet passage are communicated with each other to allow exterior air to pass through and then to flow into the heating base; characterized in that a second aerosol outlet passage is spaced from the second air inlet passage and is arranged between the atomizing shell and the heating base, along a circumferential direction of the heating base; and in that the first aerosol outlet passage and the second aerosol outlet passage are communicated with each other to allow the aerosol aerosolized by the heating element inside the heating base to pass through and then to flow out.