mhurhangee/ep-ind-claims huggingface dataset:
A household tissue case, comprising: a casing having a dispensing opening in an upper face thereof and configured to store household tissues therein; and a lid configured to open and close the dispensing opening, wherein a frame member configured to be mounted to a perimeter of the dispensing opening, the frame member being made of an elastic member, two restricting portions being disposed at opposite ends of the frame member in a short-side direction of the casing in a plan view and extending in such a directions as to close the dispensing opening, and the restricting portions being arranged to avoid overlapping each other such that tips thereof are staggered in a long-side direction of the casing in a plan view, thereby forming a letter-Z-shaped cut in the frame member, and the dispensing opening is situated off a center of gravity of the household tissue case in a plan view when the lid is in an open position, characterized in that the frame member has a projection disposed on the same side as the center of gravity and extending in such a direction as to close the dispensing opening such as not to overlap the restricting portion wherein the frame member is made of elastomer resin having a hardness of 90°. a casing having a dispensing opening in an upper face thereof and configured to store household tissues therein; and a lid configured to open and close the dispensing opening, wherein a frame member configured to be mounted to a perimeter of the dispensing opening, the frame member being made of an elastic member, two restricting portions being disposed at opposite ends of the frame member in a short-side direction of the casing in a plan view and extending in such a directions as to close the dispensing opening, and the restricting portions being arranged to avoid overlapping each other such that tips thereof are staggered in a long-side direction of the casing in a plan view, thereby forming a letter-Z-shaped cut in the frame member, and the dispensing opening is situated off a center of gravity of the household tissue case in a plan view when the lid is in an open position, characterized in that the frame member has a projection disposed on the same side as the center of gravity and extending in such a direction as to close the dispensing opening such as not to overlap the restricting portion wherein the frame member is made of elastomer resin having a hardness of 90°.
A footwear provided with a device for pressure massage to the lower limbs, comprising a sole and an upper, the sole being provided with a forefoot chamber and a heel chamber, each of said chambers communicating with respective fluid inflatable bladders (6, 10) through its flexible ducts (5, 9) in a manner adjustable from outside, inflatable bladders (6, 10) that are removably positioned within of the upper and are flanked internally to respective isolated bladders (8, 11) being filled with gel and adapted to be in contact with parts of the body of the wearer of said footwear, characterized in that provided between the forefoot chamber and the heel chamber is a central cavity housing a rigid insert adapted to act as a lever fulcrum for the sole.
An electromagnetically actuated piston slide valve, comprising: - a valve housing with a first fluid connector and a second fluid connector and at least one fluid passage connecting the two fluid connectors (3, 4), as well as a coil, - a slide which is axially displaceable in the valve housing for regulating a free cross-sectional area of the fluid passage, - a first biasing device which rests against the valve housing in such a manner that a force of the first biasing device acts in an opening direction, wherein the slide at least partially releases the fluid passage upon displacement in the opening direction, and - a second biasing device which rests against the valve housing in such a manner that a force of the second biasing device acts in a closing direction opposite to the opening direction, wherein the first and the second biasing device (9, 10) are adapted such that, in the electrically unenergized state of the coil, the slide adopts a position in which the fluid passage is closed, and - a magnetic armature coupled with the slide, wherein, by means of the magnetic armature, by producing an electromagnetic field through electrically energizing the coil, the slide is axially displaceable in the valve housing against the force of the second biasing device into a position in which the fluid passage is at least partially opened, wherein, in the electrically unenergized state of the coil, the absolute value of the force of the second biasing spring is greater than the absolute value of the force of the first biasing spring. - a valve housing with a first fluid connector and a second fluid connector and at least one fluid passage connecting the two fluid connectors (3, 4), as well as a coil, - a slide which is axially displaceable in the valve housing for regulating a free cross-sectional area of the fluid passage, - a first biasing device which rests against the valve housing in such a manner that a force of the first biasing device acts in an opening direction, wherein the slide at least partially releases the fluid passage upon displacement in the opening direction, and - a second biasing device which rests against the valve housing in such a manner that a force of the second biasing device acts in a closing direction opposite to the opening direction, wherein the first and the second biasing device (9, 10) are adapted such that, in the electrically unenergized state of the coil, the slide adopts a position in which the fluid passage is closed, and - a magnetic armature coupled with the slide, wherein, by means of the magnetic armature, by producing an electromagnetic field through electrically energizing the coil, the slide is axially displaceable in the valve housing against the force of the second biasing device into a position in which the fluid passage is at least partially opened,
A rear view assembly for at least one of a mirror and a camera, comprising: a base (101, 201) that is fixedly secured to a vehicle and comprising a pivoting arm member (105, 205) extending away from a pivot (106, 206); and a head (102, 202) comprising a non-round telescoping tube (109, 209) that receives the pivoting arm member (105, 205) and allows lateral movement of the head (102, 202) along an axis of the pivoting arm member (105, 205), wherein the telescoping tube (109, 209) provides selective adjustment of a position of the head (102, 202) with respect to the base (101, 201) characterized by further comprising a wear plate (108, 208) that includes two ridges (113, 114, 213, 214), wherein the non-round telescoping tube (109, 209) is constructed and arranged to frictionally interact with the one or more roller assemblies, with one or more ridges (111, 112, 211, 212) of the telescoping tube (109, 209) being constructed and arranged to frictionally interact with the wear plate (108, 208). a base (101, 201) that is fixedly secured to a vehicle and comprising a pivoting arm member (105, 205) extending away from a pivot (106, 206); and a head (102, 202) comprising a non-round telescoping tube (109, 209) that receives the pivoting arm member (105, 205) and allows lateral movement of the head (102, 202) along an axis of the pivoting arm member (105, 205), wherein the telescoping tube (109, 209) provides selective adjustment of a position of the head (102, 202) with respect to the base (101, 201) characterized by further comprising a wear plate (108, 208) that includes two ridges (113, 114, 213, 214), wherein the non-round telescoping tube (109, 209) is constructed and arranged to frictionally interact with the one or more roller assemblies, with one or more ridges (111, 112, 211, 212) of the telescoping tube (109, 209) being constructed and arranged to frictionally interact with the wear plate (108, 208).
An apparatus for joining two hollow organ sections with an annular array of surgical staples, the apparatus comprising: a staple cartridge component including a plurality of surgical staples arranged in an annular array; an anvil component movable relative to the staple cartridge component between spaced apart and approximated positions to adjustably clamp the organ sections between the staple cartridge and anvil components; a buttress component configured and dimensioned to be positioned on a distal surface of the staple cartridge component, the buttress component including a buttress member and a plurality of circumferentially arranged tabs extending proximally from the buttress member; and a fastening member configured and dimensioned to engage the plurality of circumferentially arranged tabs to securely position the buttress component on the staple cartridge component, characterised in that the fastening member is an annular ring configured and dimensioned to apply inward force to the plurality of circumferentially arranged tabs against an outer wall of the staple cartridge component a staple cartridge component including a plurality of surgical staples arranged in an annular array; an anvil component movable relative to the staple cartridge component between spaced apart and approximated positions to adjustably clamp the organ sections between the staple cartridge and anvil components; a buttress component configured and dimensioned to be positioned on a distal surface of the staple cartridge component, the buttress component including a buttress member and a plurality of circumferentially arranged tabs extending proximally from the buttress member; and a fastening member configured and dimensioned to engage the plurality of circumferentially arranged tabs to securely position the buttress component on the staple cartridge component,
A method for determining a usage limit for an energy storage device arranged to provide energy to a vehicle, said method comprising the steps of: determining a value of a travel parameter of the energy storage device, said value of said travel parameter being related to a total power usage of the energy storage device,, estimating a first variation of an operating parameter of said energy storage device based on said value of said travel parameter from a first set of historical data relating a variation of the operating parameter to said travel parameter, wherein said first set of historical data includes measurement data from previous measurements on a plurality of energy storage devices, estimating an actual variation of said operating parameter for said energy storage device based on data collected during operation of the vehicle related to actual usage of said energy storage device in said vehicle, said data being provided by a control unit in the vehicle, calculating a first operating parameter variation difference between said actual variation and said first variation of said operating parameter, from said first operating parameter variation difference, determining an usage limit adjustment from a set of predefined usage limit adjustments (dULA), determining said usage limit by adjusting a previous usage limit based on said usage limit adjustment. determining a value of a travel parameter of the energy storage device, said value of said travel parameter being related to a total power usage of the energy storage device,, estimating a first variation of an operating parameter of said energy storage device based on said value of said travel parameter from a first set of historical data relating a variation of the operating parameter to said travel parameter, wherein said first set of historical data includes measurement data from previous measurements on a plurality of energy storage devices, estimating an actual variation of said operating parameter for said energy storage device based on data collected during operation of the vehicle related to actual usage of said energy storage device in said vehicle, said data being provided by a control unit in the vehicle, calculating a first operating parameter variation difference between said actual variation and said first variation of said operating parameter, from said first operating parameter variation difference, determining an usage limit adjustment from a set of predefined usage limit adjustments (dULA), determining said usage limit by adjusting a previous usage limit based on said usage limit adjustment.
A method performed by a user equipment for performing idle/inactive mode measurements, the method comprising: receiving an early measurement configuration for performing idle/inactive mode measurements, the early measurement configuration comprising: a measurement carrier list, each entry of the measurement carrier list comprising a carrier frequency and one or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a validity area list, separate from the measurement carrier list, each entry of the validity area list comprising a carrier frequency and zero or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; reselecting to a new cell; determining whether the user equipment may perform idle/inactive mode measurements while camping on the new cell based on the validity area list; and upon determining the user equipment may perform idle/inactive mode measurements while camping on the new cell, performing the idle/inactive mode measurements. receiving an early measurement configuration for performing idle/inactive mode measurements, the early measurement configuration comprising: a measurement carrier list, each entry of the measurement carrier list comprising a carrier frequency and one or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a validity area list, separate from the measurement carrier list, each entry of the validity area list comprising a carrier frequency and zero or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a measurement carrier list, each entry of the measurement carrier list comprising a carrier frequency and one or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a validity area list, separate from the measurement carrier list, each entry of the validity area list comprising a carrier frequency and zero or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; reselecting to a new cell; determining whether the user equipment may perform idle/inactive mode measurements while camping on the new cell based on the validity area list; and upon determining the user equipment may perform idle/inactive mode measurements while camping on the new cell, performing the idle/inactive mode measurements.
A fuel cell recirculation complex (10; 20) comprising: a fuel cell comprising an anode configured to generate hot exhaust gas, the anode comprising an inlet and an outlet; a waste heat recovery cycle configured to generate power from cooling the hot anode; a compressor configured to compress the exhaust gas generated via the waste heat recovery cycle; an expander configured to expand and cool the compressed exhaust gas; a heat exchanger system configured to receive at least a portion of the expanded gas and to pre-cool the compressed waste heat recovery cycle exhaust gas prior to cooling via the expander, and further configured to remove by phase change water (H 2 O) and carbon dioxide (CO 2) from the exhaust gas passing through the waste heat recovery cycle, and further configured to generate a stream of fuel that is returned to the inlet of the fuel cell anode with a higher molar concentration of carbon monoxide and hydrogen (H 2) fuel than was initially present in the fuel cell anode exhaust gas prior to entering the waste heat recovery cycle. a fuel cell comprising an anode configured to generate hot exhaust gas, the anode comprising an inlet and an outlet; a waste heat recovery cycle configured to generate power from cooling the hot anode; a compressor configured to compress the exhaust gas generated via the waste heat recovery cycle; an expander configured to expand and cool the compressed exhaust gas; a heat exchanger system configured to receive at least a portion of the expanded gas and to pre-cool the compressed waste heat recovery cycle exhaust gas prior to cooling via the expander, and further configured to remove by phase change water (H 2 O) and carbon dioxide (CO 2) from the exhaust gas passing through the waste heat recovery cycle, and further configured to generate a stream of fuel that is returned to the inlet of the fuel cell anode with a higher molar concentration of carbon monoxide and hydrogen (H 2) fuel than was initially present in the fuel cell anode exhaust gas prior to entering the waste heat recovery cycle.
A system comprising a tubular guide device (900, 1000) in combination with a balloon catheter sized and configured to be advanced through the tubular guide device into an opening of a paranasal sinus to dilate the opening of a paranasal sinus by inflating the balloon catheter, wherein said tubular guide device comprises: a tubular proximal portion having a proximal end, a lumen, and a distal end; a tubular distal portion extending from the distal end of the proximal portion and having a lumen that is substantially coaxial with the lumen of the proximal portion and a distal end, and suitable for transnasal insertion and positioning of the guide device such that the distal end of the distal portion is located within or adjacent to the opening of the paranasal sinus, and said balloon catheter comprises a balloon and an elongate shaft characterised in that, having a proximal portion comprising a visual marker to verify the relative location of the balloon relative to the distal end of the guide device during the introduction of the balloon catheter through the guide device, wherein the visual marker is positioned on said shaft such that it completely enters the proximal end of the guide device when the balloon completely emerges out of the distal end of the guide device. a tubular proximal portion having a proximal end, a lumen, and a distal end; a tubular distal portion extending from the distal end of the proximal portion and having a lumen that is substantially coaxial with the lumen of the proximal portion and a distal end, and suitable for transnasal insertion and positioning of the guide device such that the distal end of the distal portion is located within or adjacent to the opening of the paranasal sinus, and said balloon catheter comprises a balloon and an elongate shaft characterised in that, having a proximal portion comprising a visual marker to verify the relative location of the balloon relative to the distal end of the guide device during the introduction of the balloon catheter through the guide device, wherein the visual marker is positioned on said shaft such that it completely enters the proximal end of the guide device when the balloon completely emerges out of the distal end of the guide device.
A dental grinding bur manufacturing method, comprising the steps of: rotating a rod-shaped base at a rotation speed that allows formation of a mountain shape of a sufficient amount of a coating material, which is applied to the rod-shaped base, at an axial center of the rod-shaped base; applying with a painting member an insulating, pigmented coating material to a portion of a constant width near a grinding part; setting apart the painting member from the base and continuing rotation of the base so that the coating material is pulled to the outer side by centrifugal force and the coating material becomes semidry; stopping rotation of the base and drying the coating material; and fixating abrasive grains on the tip side from an identification part through electro-deposition.
An axial gap motor having: a rotor, comprising: a disk-shaped supporting member; and a plurality of permanent magnet segments mounted on the supporting member, the plurality of permanent magnet segments spaced in a circumferential direction at an equal pitch angle between a hub section and an outer peripheral section of the disk-shaped supporting member, the rotor being fixed to an output shaft so as to rotate together with the output shaft; and a stator (20, 22) arranged, on at least one side of the rotor, opposite to the rotor, with a predetermined gap from the rotor, wherein a plurality of field winding slots for generating a rotating magnetic field is spaced on an outer peripheral section of the stator (20, 22) at an equal pitch angle in a circumferential direction, and wherein a notched part radially extending is provided between a mounting hole of the supporting member, in which each of a plurality of permanent magnet segments is fitted, and an outer peripheral edge of the supporting member, characterized in that each of the notched parts is filled with non-conductive material. a disk-shaped supporting member; and a plurality of permanent magnet segments mounted on the supporting member, the plurality of permanent magnet segments spaced in a circumferential direction at an equal pitch angle between a hub section and an outer peripheral section of the disk-shaped supporting member, the rotor being fixed to an output shaft so as to rotate together with the output shaft; and a stator (20, 22) arranged, on at least one side of the rotor, opposite to the rotor, with a predetermined gap from the rotor, wherein a plurality of field winding slots for generating a rotating magnetic field is spaced on an outer peripheral section of the stator (20, 22) at an equal pitch angle in a circumferential direction, and wherein a notched part radially extending is provided between a mounting hole of the supporting member, in which each of a plurality of permanent magnet segments is fitted, and an outer peripheral edge of the supporting member, characterized in that each of the notched parts is filled with non-conductive material.
A method for producing thin-walled concrete slabs with thicknesses of 8 to 50 mm, in which method the concrete slabs are cast in a casting mould, wherein, after casting of at least one concrete layer, at least one thin plastic layer is applied as a bonding layer, wherein the concrete layer is an HPC concrete layer or UHPC concrete layer, and the applied plastic layer has cut-outs or openings so that the shear bond to the next layer of HPC concrete or UHPC concrete takes place, wet on wet, through said cut-outs or openings.