mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a stapling assembly, the method comprising: providing a non-fibrous adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500) having a plurality of repeating unit cells (810, 1010, 1300, 1400, 1500, 1600, 2012a, 2620, 4515), wherein the plurality of repeating unit cells (810, 1010, 1300, 1400, 1500, 1600, 2012a, 2620, 4515) are interconnected such that the adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500), while under an applied stress in a range of 30 kPa to 90 kPa, undergoes a strain in a range of 0.1 to 0.9; and releasably attaching the adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500) to a cartridge (200, 1901, 2201, 2301, 4502) having a plurality of staples disposed therein such that the adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500) can be stapled to tissue by the deployment of at least a portion of the plurality of staples from the cartridge; characterised in that: each unit cell (810, 1010, 1300, 1400 2012a, 2620, 4515) is strut-less and includes a plurality of openings extending therethrough and in communication with each other. providing a non-fibrous adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500) having a plurality of repeating unit cells (810, 1010, 1300, 1400, 1500, 1600, 2012a, 2620, 4515), wherein the plurality of repeating unit cells (810, 1010, 1300, 1400, 1500, 1600, 2012a, 2620, 4515) are interconnected such that the adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500), while under an applied stress in a range of 30 kPa to 90 kPa, undergoes a strain in a range of 0.1 to 0.9; and releasably attaching the adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500) to a cartridge (200, 1901, 2201, 2301, 4502) having a plurality of staples disposed therein such that the adjunct (800, 1310, 1410, 1510, 1610, 1900, 2000, 2100, 2200, 2300, 2600, 4500) can be stapled to tissue by the deployment of at least a portion of the plurality of staples from the cartridge; characterised in that: each unit cell (810, 1010, 1300, 1400 2012a, 2620, 4515) is strut-less and includes a plurality of openings extending therethrough and in communication with each other.
A lighted apparel system comprising an apparel item configured for an upper torso of a wearer, wherein the apparel item comprises at least a front portion, a back portion adapted to cover a back torso area of the wearer, and a first sleeve portion and a second sleeve portion; wherein each of the first sleeve portion and the second sleeve portion have at least an anterior aspect, a posterior aspect, a medial aspect, and a lateral aspect; wherein at least a first light array is affixed to the first sleeve portion; wherein the first light array has a first end, a second end, and an intervening portion extending between the first end and the second end; wherein the first light array is positioned on the first sleeve portion such that the first end is positioned on the posterior aspect, the second end is positioned on the anterior aspect, and the intervening portion extends over the lateral aspect of the first sleeve portion; wherein at least a second light array is affixed to the second sleeve portion; wherein the second light array has a first end, a second end, and an intervening portion extending between the first end and the second end; wherein the second light array is positioned on the second sleeve portion such that the first end is positioned on the posterior aspect, the second end is positioned on the anterior aspect, and the intervening portion extends over the lateral aspect of the second sleeve portion; characterized in that at least a third light array is affixed to the back portion of the apparel item such that it extends in a vertical direction along a central area of the back portion. wherein the apparel item comprises at least a front portion, a back portion adapted to cover a back torso area of the wearer, and a first sleeve portion and a second sleeve portion; wherein each of the first sleeve portion and the second sleeve portion have at least an anterior aspect, a posterior aspect, a medial aspect, and a lateral aspect; wherein at least a first light array is affixed to the first sleeve portion; wherein the first light array has a first end, a second end, and an intervening portion extending between the first end and the second end; wherein the first light array is positioned on the first sleeve portion such that the first end is positioned on the posterior aspect, the second end is positioned on the anterior aspect, and the intervening portion extends over the lateral aspect of the first sleeve portion; wherein at least a second light array is affixed to the second sleeve portion; wherein the second light array has a first end, a second end, and an intervening portion extending between the first end and the second end; wherein the second light array is positioned on the second sleeve portion such that the first end is positioned on the posterior aspect, the second end is positioned on the anterior aspect, and the intervening portion extends over the lateral aspect of the second sleeve portion; characterized in that at least a third light array is affixed to the back portion of the apparel item such that it extends in a vertical direction along a central area of the back portion.
A circuit comprising: a scan compression architecture driven by a scan clock and configured to generate M scan outputs, wherein M is an integer; a clock divider configured to divide the scan clock by k to generate k number of phase-shifted scan clocks, wherein k is an integer; and a packing logic coupled to the scan compression architecture and configured to generate kM slow scan outputs in response to the M scan outputs and the k number of phase shifted scan clocks; wherein the packing logic includes: M number of packing elements, each packing element of the M number of packing elements configured to receive a scan output of the M scan outputs; and k number of flip-flops in each packing element, each flip-flop of the k number of flip-flops in a packing element configured to receive a scan output of the M scan outputs and configured to receive a phase-shifted scan clock of the k number of phase-shifted scan clocks, such that each flip-flop generates a slow scan output of the kM slow scan outputs in response to the scan output and the phase-shifted scan clock. a scan compression architecture driven by a scan clock and configured to generate M scan outputs, wherein M is an integer; a clock divider configured to divide the scan clock by k to generate k number of phase-shifted scan clocks, wherein k is an integer; and a packing logic coupled to the scan compression architecture and configured to generate kM slow scan outputs in response to the M scan outputs and the k number of phase shifted scan clocks; wherein the packing logic includes: M number of packing elements, each packing element of the M number of packing elements configured to receive a scan output of the M scan outputs; and k number of flip-flops in each packing element, each flip-flop of the k number of flip-flops in a packing element configured to receive a scan output of the M scan outputs and configured to receive a phase-shifted scan clock of the k number of phase-shifted scan clocks, such that each flip-flop generates a slow scan output of the kM slow scan outputs in response to the scan output and the phase-shifted scan clock.
A door handle comprising: a casing inside which an accommodation space is provided; and a lamp unit disposed in the accommodation space, wherein the lamp unit includes: a light emission element; a circuit board on which the light emission element is mounted; a combination member including a housing that supports the circuit board, and a light guiding lens that guides light emitted from the light emission element and having entered the light guiding lens in a first predetermined direction and emits the guided light from an emission surface; and a light guide characterized in that: the light guide includes a first light entrance surface and a second light entrance surface facing at least a portion of the emission surface and guides the light entering the light guide through the first light entrance surface and the second light entrance surface in a second predetermined direction, the light guide includes a cover portion that covers a portion of the light guiding lens of the combination member the first light entrance surface and the second light entrance surface are defined by a notch provided in the light guide, the cover portion is provided at a side of the first light entrance surface and a side of the second light entrance surface of the light guide. a casing inside which an accommodation space is provided; and a lamp unit disposed in the accommodation space, wherein the lamp unit includes: a light emission element; a circuit board on which the light emission element is mounted; a combination member including a housing that supports the circuit board, and a light guiding lens that guides light emitted from the light emission element and having entered the light guiding lens in a first predetermined direction and emits the guided light from an emission surface; and a light guide a light emission element; a circuit board on which the light emission element is mounted; a combination member including a housing that supports the circuit board, and a light guiding lens that guides light emitted from the light emission element and having entered the light guiding lens in a first predetermined direction and emits the guided light from an emission surface; and a light guide the light guide includes a first light entrance surface and a second light entrance surface facing at least a portion of the emission surface and guides the light entering the light guide through the first light entrance surface and the second light entrance surface in a second predetermined direction, the light guide includes a cover portion that covers a portion of the light guiding lens of the combination member the first light entrance surface and the second light entrance surface are defined by a notch provided in the light guide, the cover portion is provided at a side of the first light entrance surface and a side of the second light entrance surface of the light guide.
A method of determining a laundry load size in a laundry treating appliance (10; 210) comprising a rotatable drum (16; 216) at least partially defining a treating chamber (18; 218) for receiving laundry for treatment in accordance with a treating cycle of operation, at least one imaging device (95; 295), and a controller (96; 296) having a processor, the method comprising: generating multiple images of a laundry load within the treating chamber (18; 218), where the generated multiple images are from different viewpoints of the load and are generated from different locations within the treating chamber (18; 218); and determining, by the controller (96; 296), a load size based on the multiple images, wherein determining the load size comprises determining a surface topology of the laundry load, wherein a 3D model of the laundry load determined based on the multiple images is used to generate the surface topology, wherein the surface topology is of mountains and valleys in the laundry load relative to a reference height. generating multiple images of a laundry load within the treating chamber (18; 218), where the generated multiple images are from different viewpoints of the load and are generated from different locations within the treating chamber (18; 218); and determining, by the controller (96; 296), a load size based on the multiple images, wherein determining the load size comprises determining a surface topology of the laundry load, wherein a 3D model of the laundry load determined based on the multiple images is used to generate the surface topology, wherein the surface topology is of mountains and valleys in the laundry load relative to a reference height.
A method in a device, comprising: queuing at least one deferrable task for later execution; detecting an initiation of a charging event for a battery of the device subsequent to said queuing; and enabling the queued at least one deferrable task to be executed during the charging event, characterized in that said method further comprises: monitoring a charging of the battery of the device over time to predict subsequent charging events, comprising generating charge history data; generating a charging profile based on the charge history data; predicting that the charging event has a duration greater than a predetermined threshold based on the charging profile for the device; and enabling said executing as a result of said predicting. queuing at least one deferrable task for later execution; detecting an initiation of a charging event for a battery of the device subsequent to said queuing; and enabling the queued at least one deferrable task to be executed during the charging event, characterized in that said method further comprises: monitoring a charging of the battery of the device over time to predict subsequent charging events, comprising generating charge history data; generating a charging profile based on the charge history data; predicting that the charging event has a duration greater than a predetermined threshold based on the charging profile for the device; and enabling said executing as a result of said predicting. monitoring a charging of the battery of the device over time to predict subsequent charging events, comprising generating charge history data; generating a charging profile based on the charge history data; predicting that the charging event has a duration greater than a predetermined threshold based on the charging profile for the device; and enabling said executing as a result of said predicting.
An oven comprising a cooking chamber, at least one fan that propels the air, a side wall having at least one side blowing hole that provides air to be delivered to the cooking chamber, a rear wall that separates the cooking chamber and the volume wherein the fan is situated, at least one rear blowing hole which is located on the rear wall and provides air to be delivered to the cooking chamber, at least one separator which can be mounted to and dismounted from the cooking chamber and which divides the cooking chamber, at least two compartments which are located in the cooking chamber and separated from each other by the separator, at least one passage which provides the air flow from the volume wherein the fan is situated to the at least one side blowing hole, characterized by - at least one lid, - a triggering arm, which the separator bears against when placed into the cooking chamber, - at least one shaft which can rotate around its own axis and which is connected to the triggering arm, and - at least one intermediate member that is located between the lid and the shaft, such that the lid provides the air flow into the cooking chamber through the at least one side blowing hole as the front of the passage is opened when the separator is placed into the cooking chamber, and provides the front of the passage to be closed when the separator is removed from the cooking chamber. - at least one lid, - a triggering arm, which the separator bears against when placed into the cooking chamber, - at least one shaft which can rotate around its own axis and which is connected to the triggering arm, and - at least one intermediate member that is located between the lid and the shaft,
Seat tilt apparatus for an electric wheelchair, which wheelchair comprises a chassis and a seat, the seat tilt apparatus comprising; - a base member, which is fixable to the chassis and provided with at least one first guide slot and at least one first rotational support member; - a seat supporting member which comprises at least one first cam surface facing in a first direction and which is arranged to supportably receive the seat, movable in relation to the base member and guided by the first guide slot; and - a linear drive means which is connected to the base member and to the seat supporting member, for moving the seat supporting member along a motion path, in relation to the base member, which motion path is defined by said at least one first guide slot and said at least one first cam surface; wherein said first cam surface is arranged to be in supporting contact with said first rotational support member and formed for altering the angle between the seat supporting member and the base member during movement along a first interval of said motion path. - a base member, which is fixable to the chassis and provided with at least one first guide slot and at least one first rotational support member; - a seat supporting member which comprises at least one first cam surface facing in a first direction and which is arranged to supportably receive the seat, movable in relation to the base member and guided by the first guide slot; and - a linear drive means which is connected to the base member and to the seat supporting member, for moving the seat supporting member along a motion path, in relation to the base member, which motion path is defined by said at least one first guide slot and said at least one first cam surface;
An electrical package, comprising: a die having a back surface and a front surface; a metallic seed layer deposited on the back surface; a plurality of fins deposited electrolytically on the metallic seed layer, said fins extending outwardly from the metallic seed layer for dissipating heat from the package; and characterized by: a plurality of vias formed in the die for increasing thermal conductivity from the front surface of the die to the plurality of fins. a die having a back surface and a front surface; a metallic seed layer deposited on the back surface; a plurality of fins deposited electrolytically on the metallic seed layer, said fins extending outwardly from the metallic seed layer for dissipating heat from the package; and characterized by: a plurality of vias formed in the die for increasing thermal conductivity from the front surface of the die to the plurality of fins.
An accessory comprising: a focusing lens unit that is to be moved in an optical axis direction for focusing; a first operation member that is operated to move the focusing lens unit in the optical axis direction; and a second operation member that is operable with respect to one of a function selectively assigned among a plurality of functions different from the focusing, characterized in that a width of the first operation member in the optical axis direction is greater than a width of the second operation member in the optical axis direction, a surface of the first operation member has a straight-shaped groove structure, and a surface of the second operation member has a mesh-shaped groove structure, and in that a material of the surface of the first operation member is more elastically deformable than a material of the surface of the second operation member. a focusing lens unit that is to be moved in an optical axis direction for focusing; a first operation member that is operated to move the focusing lens unit in the optical axis direction; and a second operation member that is operable with respect to one of a function selectively assigned among a plurality of functions different from the focusing, characterized in that a width of the first operation member in the optical axis direction is greater than a width of the second operation member in the optical axis direction, a surface of the first operation member has a straight-shaped groove structure, and a surface of the second operation member has a mesh-shaped groove structure, and in that a material of the surface of the first operation member is more elastically deformable than a material of the surface of the second operation member.
A cellulose triacetate hollow fiber type semipermeable membrane which is characterized in that, when an aqueous solution of 25°C having sodium chloride concentration of 35 g/L and pressure of 1.0 MPa is flown into and contacted with an outer side of the CTA hollow fiber type semipermeable membrane having length of about 70 cm while freshwater of 25°C having sodium chloride concentration of 0 g/L is flown into an inner side of one open end of the CTA hollow fiber type semipermeable membrane and discharged from another open end at 10 kPa or less, the permeation flow rate is 30 to 70 L/m 2 /day, wherein said permeation flow rate is measured under such a condition that twice of the permeation flow rate flown from the inner side to the outer side of the CTA hollow fiber type semipermeable membrane utilizing the concentration difference as a driving force is equal to a flow rate flown into the outer side of the CTA hollow fiber type semipermeable membrane and that the discharged flow rate from the inner side of the CTA hollow fiber type semipermeable membrane is equal to 10% of said permeation flow rate; the CTA hollow fiber type semipermeable membrane is further characterized in that, when aqueous solution having sodium chloride concentration of 1.5 g/L is filtered from the outer side to the inner side of the CTA hollow fiber type semipermeable membrane at 25°C and under pressure of 3.0 MPa, the ratio (permeation flow rate ratio) of the value of permeation flow rate after 24 hours to the value thereof after 1 hour is 0.85 to 1.0; that the outer diameter of the CTA hollow fiber type semipermeable membrane is 100 to 280 μm; that the inner diameter thereof is 50 to 200 μm; and that the hollow ratio thereof is 24 to 42%.
Method for preparing a change to an operating state of a vehicle combination, in which a trailer of the vehicle combination is coupled, as a current operating state of the vehicle combination, to a trailer hitch of a tractor vehicle of the vehicle combination, an overrun brake device arranged on a trailer side can be changed, as a function of the movement of the tractor vehicle and/or of a state of a roadway on which the vehicle combination is located, in a tensioned state which generates a braking effect on the trailer, wherein the state of the overrun brake device is monitored and is sensed with a sensor device (17, 20, 28) of the vehicle combination, and when a tensioned state of the overrun brake device is detected this information of the tensioned state is taken into account in preparing to change the operating state of the vehicle combination, characterized in that when the changing of the operating state is prepared, an imminence of changing of the operating state of the vehicle combination within a subsequent time interval is estimated by an estimation device of the vehicle combination.