mhurhangee/ep-ind-claims huggingface dataset:
A battery module comprising: a plurality of rechargeable batteries, wherein the rechargeable batteries are laid out next to each other, each of the rechargeable batteries includes an electrode assembly including a positive electrode and a negative electrode, a case that accommodates the electrode assembly, and a release valve that releases gas from the case to an outer side of the case; a battery holder that holds the rechargeable battery; a cover member including a body opposed to the release valve, wherein the body of the cover member includes through holes (71, 72); and two extensions arranged between the case and the body of the cover member, wherein the two extensions are opposed to each other so that the release valve is located between the two extensions, wherein the case, the body of the cover member, and the two extensions define a flow passage for gas discharged from the release valve, the battery holder includes engagement projections (37, 38) that engage the body of the cover member through the corresponding through holes (71, 72), characterized in that the cover member includes a first cover and a second cover that are arranged next to each other in a layout direction of the rechargeable batteries, and the through holes (71, 72) of the first cover differ in number from the through holes (71, 72) of the second cover. a plurality of rechargeable batteries, wherein the rechargeable batteries are laid out next to each other, each of the rechargeable batteries includes an electrode assembly including a positive electrode and a negative electrode, a case that accommodates the electrode assembly, and a release valve that releases gas from the case to an outer side of the case; a battery holder that holds the rechargeable battery; a cover member including a body opposed to the release valve, wherein the body of the cover member includes through holes (71, 72); and two extensions arranged between the case and the body of the cover member, wherein the two extensions are opposed to each other so that the release valve is located between the two extensions, wherein the case, the body of the cover member, and the two extensions define a flow passage for gas discharged from the release valve, the battery holder includes engagement projections (37, 38) that engage the body of the cover member through the corresponding through holes (71, 72), characterized in that the cover member includes a first cover and a second cover that are arranged next to each other in a layout direction of the rechargeable batteries, and the through holes (71, 72) of the first cover differ in number from the through holes (71, 72) of the second cover.
A closure device for a container, the container defining a neck and an annular flange positioned along an exterior surface of the neck, the closure device comprising: a cap body; a tamper evidence band that is positioned below the annular flange when the closure device is positioned on the neck of the container; a tongue extending from the cap body towards the tamper evidence band; and a first leash and a second leash positioned on either side of the tongue and connecting the cap body to the tamper evidence band, the first leash and the second leash allowing the cap body to be removed from the neck of the container while remaining attached to the tamper evidence band; wherein when the cap body is actuated to a fully open position: the first leash and the second leash act as a torsion bar such that the tongue exerts a force against the neck of the container for retaining the cap body in the fully open position. characterized in that the first leash and the second leash each comprise a first portion and a second portion, the first portion and the second portion being positioned at an angle in relation to each other when the closure device is in a fully closed position, wherein the first portion lies in a plane substantially parallel to an upper edge of the tamper evidence band, while the second portion extends at an angle from that plane towards a root end of the tongue. a cap body; a tamper evidence band that is positioned below the annular flange when the closure device is positioned on the neck of the container; a tongue extending from the cap body towards the tamper evidence band; and a first leash and a second leash positioned on either side of the tongue and connecting the cap body to the tamper evidence band, the first leash and the second leash allowing the cap body to be removed from the neck of the container while remaining attached to the tamper evidence band; wherein when the cap body is actuated to a fully open position: the first leash and the second leash act as a torsion bar such that the tongue exerts a force against the neck of the container for retaining the cap body in the fully open position.
An apparatus for carrying out a tidal peritoneal dialysis treatment of a patient, wherein the dialysis treatment comprises a sequence of cycles which each have a filling period, a dwell period and a drain period, wherein the apparatus has at least one cycler which is suitable for filling the abdominal cavity of the patient with a specific inflow volume of fresh dialysis solution up to a reaching of a specific patient volume in the filling period and for emptying consumed dialysis solution from the abdominal cavity of the patient up to a reaching of a specific tidal outflow target in the drain period characterized in that the apparatus furthermore has at least one processor which controls the cycler in at least one operating mode such that the drain period is ended before reaching the tidal outflow target so that a permitted residual volume remains in the abdominal cavity and then a switch is made to a filling period and in that the filling period is carried out such that the filling volume of the patient lies at a permitted patient volume above the specific patient volume on the completion of the filling period, wherein the processor is configured such that the switchover value at which the drain period is ended amounts to a specific percentage of the tidal outflow target or of the specific inflow volume, with provision preferably being made that the percentage lies in the range from above 0 to 60%, and preferably in the range from 10 to 50%, of the tidal outflow target or of the specific inflow volume.
A programming circuit for use in a memory device, comprising: a first bit line coupled to an array of memory cells and to a first switch and second switch, and a second bit line coupled to the array of memory cells and to a third switch and a fourth switch, wherein the first switch and third switch are coupled to a first current mirror and the second switch and fourth switch are coupled to a second current mirror; and a controller configured to turn on the first switch and third switch during a first time interval and to turn on the second switch and fourth switch during a second time interval, wherein values are programmed into at least some of the memory cells during a third time interval that spans the first time interval and the second time interval. a first bit line coupled to an array of memory cells and to a first switch and second switch, and a second bit line coupled to the array of memory cells and to a third switch and a fourth switch, wherein the first switch and third switch are coupled to a first current mirror and the second switch and fourth switch are coupled to a second current mirror; and a controller configured to turn on the first switch and third switch during a first time interval and to turn on the second switch and fourth switch during a second time interval, wherein values are programmed into at least some of the memory cells during a third time interval that spans the first time interval and the second time interval.
A compound represented by the formula: wherein n1 represents an integer of 2 to 6, n2 represents an integer of 0 to 2, n3 represents an integer of 0 to 2, L represents -C O- or -NHC O-, Ra represents a linear C 5-13 alkyl group, a linear C 13-17 alkenyl group or a linear C 17 alkadienyl group, Rb represents a linear C 2-9 alkyl group, Rc represents a hydrogen atom or a linear C 2-9 alkyl group, Rd represents a hydrogen atom or a linear C 2-9 alkyl group, Re represents a linear C 2-9 alkyl group, and Rf represents a linear C 2-9 alkyl group, or a salt thereof. wherein n1 represents an integer of 2 to 6, n2 represents an integer of 0 to 2, n3 represents an integer of 0 to 2, L represents -C O- or -NHC O-, Ra represents a linear C 5-13 alkyl group, a linear C 13-17 alkenyl group or a linear C 17 alkadienyl group, Rb represents a linear C 2-9 alkyl group, Rc represents a hydrogen atom or a linear C 2-9 alkyl group, Rd represents a hydrogen atom or a linear C 2-9 alkyl group, Re represents a linear C 2-9 alkyl group, and Rf represents a linear C 2-9 alkyl group, or a salt thereof.
A method of actively controlling an axial separation between a seal face of a stationary ring and a seal face of a rotating ring of a gas seal, the method comprising: a) sensing at least one property indicative of a condition of at least one of the seal face of the stationary ring and the seal face of the rotating ring; b) sensing, with at least one sensing device, at least one of i. the axial separation between the seal face of the stationary ring and the seal face of the rotating ring, and ii. a time rate of change of the axial separation; and c) adjusting a net magnetic force of at least one magnetic device based on the at least one property and at least one of the sensed axial separation and the sensed time rate of change of the separation, wherein adjusting the net magnetic force of the at least one magnetic device adjusts the axial separation between the seal face of the stationary ring and the seal face of the rotating ring without using a buffer gas between said seal faces, controlling flow of gas or other fluid between said seal faces; characterized in that the at least one magnetic device comprises a first array of passive magnetic devices and a second array of passive magnetic devices axially movable with respect to the first array of passive magnetic devices, and that adjusting the net magnetic force comprises moving the second array of passive magnetic devices such that polarities of passive magnetic devices in said first and second arrays (82, 84) interact to vary the net magnetic force of the first and second arrays (82, 84). a) sensing at least one property indicative of a condition of at least one of the seal face of the stationary ring and the seal face of the rotating ring; b) sensing, with at least one sensing device, at least one of i. the axial separation between the seal face of the stationary ring and the seal face of the rotating ring, and ii. a time rate of change of the axial separation; and i. the axial separation between the seal face of the stationary ring and the seal face of the rotating ring, and ii. a time rate of change of the axial separation; and c) adjusting a net magnetic force of at least one magnetic device based on the at least one property and at least one of the sensed axial separation and the sensed time rate of change of the separation, wherein adjusting the net magnetic force of the at least one magnetic device adjusts the axial separation between the seal face of the stationary ring and the seal face of the rotating ring without using a buffer gas between said seal faces, controlling flow of gas or other fluid between said seal faces;
A pocket for a garment comprising: a compartment having a top opening, two opposing sidewalls (120, 130) comprising a first sidewall and a second sidewall, and a bottom wall; a cradle having a first side that is coupled to the first sidewall and a second side that is coupled to the second sidewall, and a support portion disposed in the compartment between the first and second sidewalls and configured to receive and support an item storable in the compartment; and a retainer having opposing first and second ends (162, 164) attached to corresponding first and second anchor areas (170, 178) on opposite sides of the compartment, at least the first end being detachable from the first anchor area, and when both opposing ends are attached to their corresponding anchor areas, the retainer spans at least a portion of the top opening of the compartment so as to be able to retain the item in the compartment; wherein the support portion of the cradle is movable from a first raised, unbiased position in the compartment to a second recessed, biased position in the compartment so that when the item is supported in the cradle in the second position, an ejection force is applied to the item when the first end of the retainer is detached from the first anchor area, causing the cradle to move toward the first position, lifting the stored item so that it is at least partially exposed from the top opening of the compartment, wherein the first side of the cradle has a joint with the first sidewall and the joint is spaced from the bottom wall at a height corresponding to the first position in the compartment. a compartment having a top opening, two opposing sidewalls (120, 130) comprising a first sidewall and a second sidewall, and a bottom wall; a cradle having a first side that is coupled to the first sidewall and a second side that is coupled to the second sidewall, and a support portion disposed in the compartment between the first and second sidewalls and configured to receive and support an item storable in the compartment; and a retainer having opposing first and second ends (162, 164) attached to corresponding first and second anchor areas (170, 178) on opposite sides of the compartment, at least the first end being detachable from the first anchor area, and when both opposing ends are attached to their corresponding anchor areas, the retainer spans at least a portion of the top opening of the compartment so as to be able to retain the item in the compartment; wherein the support portion of the cradle is movable from a first raised, unbiased position in the compartment to a second recessed, biased position in the compartment so that when the item is supported in the cradle in the second position, an ejection force is applied to the item when the first end of the retainer is detached from the first anchor area, causing the cradle to move toward the first position, lifting the stored item so that it is at least partially exposed from the top opening of the compartment, wherein the first side of the cradle has a joint with the first sidewall and the joint is spaced from the bottom wall at a height corresponding to the first position in the compartment.
A method for using microwave power to accelerate freeze-drying of produce having a skin, the method comprising: freezing the produce; rupturing the skin of the produce; reducing the ambient pressure around the ruptured and frozen produce to a pressure that permits sublimation; applying a first microwave power to the produce to achieve an initial microwave power density of at least 30 W/kg; and applying a second microwave power to the produce when the produce temperature exceeds a threshold value, wherein the second microwave power is less than the first microwave power. freezing the produce; rupturing the skin of the produce; reducing the ambient pressure around the ruptured and frozen produce to a pressure that permits sublimation; applying a first microwave power to the produce to achieve an initial microwave power density of at least 30 W/kg; and applying a second microwave power to the produce when the produce temperature exceeds a threshold value, wherein the second microwave power is less than the first microwave power.
A rubber composition, comprising: a partially halogenated diene polymer, including n repeat units of one or more of the following formulae I-VI: wherein X is a halogen, each R is independently selected from H or a C 1 to C 20 alkyl group and no more than about 50% of the n repeat units are in blocks of three or more consecutive units; and a reinforcing filler; and a curing agent. a partially halogenated diene polymer, including n repeat units of one or more of the following formulae I-VI: wherein X is a halogen, each R is independently selected from H or a C 1 to C 20 alkyl group and no more than about 50% of the n repeat units are in blocks of three or more consecutive units; and a reinforcing filler; and a curing agent. wherein X is a halogen, each R is independently selected from H or a C 1 to C 20 alkyl group and no more than about 50% of the n repeat units are in blocks of three or more consecutive units; and a reinforcing filler; and a curing agent.
A vehicular power transmission device comprising: a driving force source; a tapered roller bearing (62, 64); a case member including an end surface, the end surface including a convex streak provided with a first assembled surface, a part of the convex streak provided on the end surface such that the part of the convex streak passes through a region corresponding to an outer race (62a, 64a) of the tapered roller bearing (62, 64); a rotary shaft that transmits a driving force from the driving force source, the rotary shaft being supported in a rotating manner in a circumferential direction of the rotary shaft via the tapered roller bearing (62, 64) while being pressurized in a direction of a rotational centerline of the rotary shaft, in the case member, and one end of the rotary shaft being supported in a rotating manner by the end surface of the case member via the tapered roller bearing (62, 64); a fastened state where the driving force source is fastened to the first assembled surface being one of a state where the driving force source is fastened to the first assembled surface via a fixed component, and a state of where the driving force source is directly fastened to the first assembled surface; and a concave portion provided in at least one of the first assembled surface, and other assembled surfaces (F2, F3, F4) for fastening the driving force source, in the region corresponding to the outer race (62a, 64a) of the tapered roller bearing (62, 64), the other assembled surfaces (F2, F3, F4) provided to one of the fixed component and the driving force source. a driving force source; a tapered roller bearing (62, 64); a case member including an end surface, the end surface including a convex streak provided with a first assembled surface, a part of the convex streak provided on the end surface such that the part of the convex streak passes through a region corresponding to an outer race (62a, 64a) of the tapered roller bearing (62, 64); a rotary shaft that transmits a driving force from the driving force source, the rotary shaft being supported in a rotating manner in a circumferential direction of the rotary shaft via the tapered roller bearing (62, 64) while being pressurized in a direction of a rotational centerline of the rotary shaft, in the case member, and one end of the rotary shaft being supported in a rotating manner by the end surface of the case member via the tapered roller bearing (62, 64); a fastened state where the driving force source is fastened to the first assembled surface being one of a state where the driving force source is fastened to the first assembled surface via a fixed component, and a state of where the driving force source is directly fastened to the first assembled surface; and a concave portion provided in at least one of the first assembled surface, and other assembled surfaces (F2, F3, F4) for fastening the driving force source, in the region corresponding to the outer race (62a, 64a) of the tapered roller bearing (62, 64), the other assembled surfaces (F2, F3, F4) provided to one of the fixed component and the driving force source.
Electrical appliance for facial care, comprising a handle with a longitudinal axis A G, and at least one facebrush plug-on part which can be attached to the handle in an interchangeable manner and has at least one base surface, wherein a vibration motor is arranged in the front part of the handle and in immediate proximity to the attached facebrush plug-on part, characterized in that the longitudinal axis A G of the handle runs through the base surface of the attached facebrush plug-on part, and in that the longitudinal axis A G of the handle encloses with this base surface an angle α 2 of 20° to 60°, and the rotation axis A M of the vibration motor encloses an angle β 2 of 0° to 50° with the base surface of the attached facebrush plug-on part.
A cartridge system for mixing and applying a mixing ware, particularly a medical cement, comprising at least two cartridges (2, 52) arranged parallel to each other, characterized by a mixing space comprising an outlet opening, whereby the cartridges (2, 52) each comprise cartridge walls with at least one opening (16, 64) that connect the cartridges (2, 52) to the mixing space, the cartridges (2, 52) each comprise a feed plunger (8, 58) for expelling starting components (4, 54) of the mixing ware from the cartridges (2, 52) through the openings (16, 64) and at least one closure (6, 56) is assigned to each cartridge (2, 52), the at least one closure (6, 56) is shiftable in longitudinal direction of the cartridges (2, 52), wherein these closures (6, 56) close the at least one openings (16, 64) of the cartridges (2, 52) in a starting position and the at least one openings (16, 64) are at least partially open in an end position of the closures (6, 56), wherein at least two of the of the cartridges (2, 52) comprise a cylindrical hollow space (20, 62) and the closures (6, 56) are arranged inside the cartridges (2, 52), wherein the closures (6, 56) are cylindrical in shape and are lowerable into the cylindrical hollow spaces (20, 62) in the end position for exposing the openings (16, 64).
A formulation for topical administration containing (a) a carrier composition containing water, glycerin and polysorbate-80, in relative proportions to one another for retarding (i) volatilization of solvent(s) and (ii) systemic migration of topically active ingredient(s), (b) minoxidil, which is an active ingredient otherwise susceptible to systemic migration; and (c) solvent(s) otherwise susceptible to evaporative loss. (a) a carrier composition containing water, glycerin and polysorbate-80, in relative proportions to one another for retarding (i) volatilization of solvent(s) and (ii) systemic migration of topically active ingredient(s), (b) minoxidil, which is an active ingredient otherwise susceptible to systemic migration; and (c) solvent(s) otherwise susceptible to evaporative loss.
The use of a compound B for limiting the development of microbes and/or eliminating microbes on a main surface of a substrate, wherein: - compound B is an organosilane compound grafted on the surface of said substrate, the grafting of which forms a coating C on said substrate, - compound B comprises a polyoxyalkylene group and at least one silicon atom bearing at least one hydrolyzable group. - compound B is an organosilane compound grafted on the surface of said substrate, the grafting of which forms a coating C on said substrate, - compound B comprises a polyoxyalkylene group and at least one silicon atom bearing at least one hydrolyzable group.