mhurhangee/ep-ind-claims huggingface dataset:
A powder container (50; 502; 503) comprising: a powder chamber for containing powder for forming images; a powder outlet formed in a face of the powder container (50; 502; 503); and a shutter assembly (60; 602) to open and close the powder outlet, the shutter assembly (60; 602) including: a first shutter (62; 622) movable between a sealing position to close the powder outlet and an open position to open the powder outlet and a second shutter (63; 603) movable between a shielding position and a releasing position, characterized in that the first shutter (62; 602) includes a pressed member to cancel retention of the first shutter (62; 622) at the sealing position, and the second shutter (63; 603) includes a pressing projection that interferes with the pressed member of the first shutter (62; 622), wherein the second shutter (63; 632) is movable between the shielding position to cover the pressed member without interference between the pressing projection and the pressed member and the releasing position to press the pressed member with the pressing projection. a powder chamber for containing powder for forming images; a powder outlet formed in a face of the powder container (50; 502; 503); and a shutter assembly (60; 602) to open and close the powder outlet, the shutter assembly (60; 602) including: a first shutter (62; 622) movable between a sealing position to close the powder outlet and an open position to open the powder outlet and a second shutter (63; 603) movable between a shielding position and a releasing position, characterized in that the first shutter (62; 602) includes a pressed member to cancel retention of the first shutter (62; 622) at the sealing position, and the second shutter (63; 603) includes a pressing projection that interferes with the pressed member of the first shutter (62; 622), wherein the second shutter (63; 632) is movable between the shielding position to cover the pressed member without interference between the pressing projection and the pressed member and the releasing position to press the pressed member with the pressing projection. a first shutter (62; 622) movable between a sealing position to close the powder outlet and an open position to open the powder outlet and a second shutter (63; 603) movable between a shielding position and a releasing position, characterized in that the first shutter (62; 602) includes a pressed member to cancel retention of the first shutter (62; 622) at the sealing position, and the second shutter (63; 603) includes a pressing projection that interferes with the pressed member of the first shutter (62; 622), wherein the second shutter (63; 632) is movable between the shielding position to cover the pressed member without interference between the pressing projection and the pressed member and the releasing position to press the pressed member with the pressing projection.
A lithium battery comprising: (a) a separator/cathode assembly, wherein said separator/cathode assembly comprises a cathode current collector layer interposed between a first cathode layer and a second cathode layer and a coated porous separator layer on a side of said first cathode layer opposite to said cathode current collector layer, said coated porous separator layer comprising inorganic oxide particles, (b) a separator/anode assembly, wherein said separator/anode assembly comprises an anode layer and a porous separator layer on one side of said anode layer, and (c) an electrolyte, wherein said battery comprises alternating layers of said separator/cathode assembly and said separator/anode assembly; characterized in that the separator layer has no pores larger than 0.2 micron in diameter, the first cathode layer is coated directly on the porous separator layer from a pigment dispersion comprising an organic solvent, an electroactive material in a pigment form, an organic polymer and carbon black pigments or other electrically conductive particles, and the anode layer is coated directly on the porous separator layer. (a) a separator/cathode assembly, wherein said separator/cathode assembly comprises a cathode current collector layer interposed between a first cathode layer and a second cathode layer and a coated porous separator layer on a side of said first cathode layer opposite to said cathode current collector layer, said coated porous separator layer comprising inorganic oxide particles, (b) a separator/anode assembly, wherein said separator/anode assembly comprises an anode layer and a porous separator layer on one side of said anode layer, and (c) an electrolyte,
An absorbent article for personal hygiene in the form of a baby diaper, a training pant, a feminine hygiene sanitary pad or an adult incontinence product, the article having a longitudinal axis, the article comprising: a liquid permeable topsheet, a liquid impermeable backsheet, an absorbent core between the topsheet and backsheet, the absorbent core comprising a core wrap enclosing an absorbent material, the absorbent material comprising a superabsorbent polymer, wherein the core wrap comprises a top side and a bottom side, wherein the core wrap comprises a first nonwoven substantially forming the top side of the core wrap and a second nonwoven substantially forming the bottom side of the core wrap, wherein the absorbent core comprises one or more area(s) substantially free of absorbent material through which the top side of the core wrap is attached to the bottom side of the core wrap, so that when the absorbent material swells the core wrap forms one or more channel(s) along the area(s) substantially free of absorbent material, the absorbent article further comprising a fibrous layer, wherein the fibrous layer is at least partially bonded to the top side or the bottom side of the core wrap in the area(s) substantially free of absorbent material, so that the formation of the channel(s) in the absorbent core as the absorbent material swells causes the formation of one or more corresponding ditches in the fibrous layer, wherein at least one of the area(s) substantially free of absorbent material extends substantially longitudinally and has a length projected on the longitudinal axis of the article which is at least 10% of the length of the absorbent article. a liquid permeable topsheet, a liquid impermeable backsheet, an absorbent core between the topsheet and backsheet, the absorbent core comprising a core wrap enclosing an absorbent material, the absorbent material comprising a superabsorbent polymer, wherein the core wrap comprises a top side and a bottom side, wherein the core wrap comprises a first nonwoven substantially forming the top side of the core wrap and a second nonwoven substantially forming the bottom side of the core wrap, wherein the absorbent core comprises one or more area(s) substantially free of absorbent material through which the top side of the core wrap is attached to the bottom side of the core wrap, so that when the absorbent material swells the core wrap forms one or more channel(s) along the area(s) substantially free of absorbent material, the absorbent article further comprising a fibrous layer, wherein the fibrous layer is at least partially bonded to the top side or the bottom side of the core wrap in the area(s) substantially free of absorbent material, so that the formation of the channel(s) in the absorbent core as the absorbent material swells causes the formation of one or more corresponding ditches in the fibrous layer, wherein at least one of the area(s) substantially free of absorbent material extends substantially longitudinally and has a length projected on the longitudinal axis of the article which is at least 10% of the length of the absorbent article.
Method for finishing hardened gears having a stock amount q ≥ 0.03 × m wherein q = total stock to be removed and normal to a gear flank (f) [mm]; m = gear module [mm]; said method comprising - a first dry removal step of a first stock amount (q 1) by means of a first cutting tool (11; 111) with defined cutting edges; and - a second dry removal step of a second stock amount (q 2) by means of a second cutting tool (12; 112) with non defined cutting edges. q = total stock to be removed and normal to a gear flank (f) [mm]; m = gear module [mm]; - a first dry removal step of a first stock amount (q 1) by means of a first cutting tool (11; 111) with defined cutting edges; and - a second dry removal step of a second stock amount (q 2) by means of a second cutting tool (12; 112) with non defined cutting edges.
A communication method performed by each of a plurality of communication terminals (20-1~20-m) which are correlated as a group for performing one-to-many communications from one of the communication terminals (20-1∼20-m) in the group to remaining one or more of the communication terminals (20-1~20-m) in the group, characterized in that the communication method comprises: receiving a texting completion notice indicative of completion of conversion of voice data having been transmitted from one of the communication terminals into text data; transmitting, in response to the received texting completion notice, a request signal for requesting transmission of text data generated by the texting processing; receiving the text data returned in response to the request signal; and causing a display to display a character based on the received text data. receiving a texting completion notice indicative of completion of conversion of voice data having been transmitted from one of the communication terminals into text data; transmitting, in response to the received texting completion notice, a request signal for requesting transmission of text data generated by the texting processing; receiving the text data returned in response to the request signal; and causing a display to display a character based on the received text data.
A superconductive electro-magnetic device for use with a direct current motor or generator that includes an armature that rotates when rotational force is applied thereto, and a permanent magnet stator including four magnets, within which the armature rotates, the device comprising: a hollow shielding sleeve configured to be located between the armature and the stator, the shielding sleeve having an inner wall and an outer wall, such that a cooling fluid can flow within the shielding sleeve; and a plurality of superconductor plates located between the inner wall and the outer wall of the shielding sleeve such that the plates are oriented around the armature, the superconductor plates being formed of yttrium-barium-copper-oxide or bismuth-strontium-calcium-copper-oxide, the plates being arranged in four sets, having gaps between the sets of plates, wherein the hollow shielding sleeve is configured to be rotatable within the stator between a first position in which each set of the superconductor plates is aligned between poles of the magnets, such that prior to operating the motor or generator each set of plates is rotatable to a second position rotated by 90 degrees from the first position to be aligned between poles of the magnets. a hollow shielding sleeve configured to be located between the armature and the stator, the shielding sleeve having an inner wall and an outer wall, such that a cooling fluid can flow within the shielding sleeve; and a plurality of superconductor plates located between the inner wall and the outer wall of the shielding sleeve such that the plates are oriented around the armature, the superconductor plates being formed of yttrium-barium-copper-oxide or bismuth-strontium-calcium-copper-oxide, the plates being arranged in four sets, having gaps between the sets of plates, wherein the hollow shielding sleeve is configured to be rotatable within the stator between a first position in which each set of the superconductor plates is aligned between poles of the magnets, such that prior to operating the motor or generator each set of plates is rotatable to a second position rotated by 90 degrees from the first position to be aligned between poles of the magnets.
A molten salt catalyst comprising an ionic liquid and an acid; wherein said IL has a bromide anion (Br); wherein said acid is soluble in said IL; characterised in that either said acid is selected from the group consisting of Lewis acid selected from the group consisting of CaBr 2, MgBr 2, AlBr 3, CuBr 2, and mixtures thereof; mixtures of said Lewis acid and Bronsted acid wherein said Bronsted acid has a pK a less than 5 in water at 25 degrees centigrade; and pyrophosphoric acid (H 4 P 2 O 7); or said acid is selected from the group consisting of Lewis acid, Bronsted acid, and mixtures thereof; wherein said Lewis acid is selected from the group consisting of CaBr 2, MgBr 2, AlBr 3, CuBr 2, and mixtures thereof; and wherein said Bronsted acid has a pK a less than 5 in water at 25 degrees centigrade; and the IL is ethyltriphenylphosphonium bromide ([EtPPh 3]Br). said acid is selected from the group consisting of Lewis acid selected from the group consisting of CaBr 2, MgBr 2, AlBr 3, CuBr 2, and mixtures thereof; mixtures of said Lewis acid and Bronsted acid wherein said Bronsted acid has a pK a less than 5 in water at 25 degrees centigrade; and pyrophosphoric acid (H 4 P 2 O 7); or said acid is selected from the group consisting of Lewis acid, Bronsted acid, and mixtures thereof; wherein said Lewis acid is selected from the group consisting of CaBr 2, MgBr 2, AlBr 3, CuBr 2, and mixtures thereof; and wherein said Bronsted acid has a pK a less than 5 in water at 25 degrees centigrade; and the IL is ethyltriphenylphosphonium bromide ([EtPPh 3]Br).
Sensor device arranged at a stator for measuring the rotational position of an encoder member arranged at a rotor, the encoder member is rotatable about an axis of rotation, the sensor device comprising: a sender member arranged at the stator for emitting a magnetic field, wherein the sender member follows the shape of an outer annular ring segment, and a receiving member for receiving the magnetic field, characterized in that: the receiving member comprising four adjacent not overlapping sensor areas (210A, 220A, 230A, 240A) arranged along a circumferential direction about the axis of rotation in a plane opposing the encoder member. a sender member arranged at the stator for emitting a magnetic field, wherein the sender member follows the shape of an outer annular ring segment, and a receiving member for receiving the magnetic field, characterized in that: the receiving member comprising four adjacent not overlapping sensor areas (210A, 220A, 230A, 240A) arranged along a circumferential direction about the axis of rotation in a plane opposing the encoder member.
A method performed by a User Equipment, UE, for wireless communications, the method comprising: receiving a first Physical Downlink Control Channel, PDCCH, on a first cell, the first PDCCH comprising first scheduling information of a first Physical Downlink Shared Channel, PDSCH, of a second cell cross-carrier scheduled by the first cell; receiving a Control Resource Set, CORESET, configuration from a base station via Radio Resource Control, RRC, signaling, the CORESET configuration being associated with a search space set for cross-carrier scheduling the second cell, the CORESET configuration comprising more than one Transmission Configuration Indicator, TCI, state configured for the second cell; and receiving the first PDSCH on the second cell only when a first time offset between the first PDCCH and the first PDSCH is larger than or equal to a predefined threshold. receiving a first Physical Downlink Control Channel, PDCCH, on a first cell, the first PDCCH comprising first scheduling information of a first Physical Downlink Shared Channel, PDSCH, of a second cell cross-carrier scheduled by the first cell; receiving a Control Resource Set, CORESET, configuration from a base station via Radio Resource Control, RRC, signaling, the CORESET configuration being associated with a search space set for cross-carrier scheduling the second cell, the CORESET configuration comprising more than one Transmission Configuration Indicator, TCI, state configured for the second cell; and receiving the first PDSCH on the second cell only when a first time offset between the first PDCCH and the first PDSCH is larger than or equal to a predefined threshold.
A method for recovering energy by means of an energy recovery installation that can be connected to at least one beam reheating furnace equipped with burners, said beam reheating furnace comprising a cooling system for said beams, in which water flows, being in liquid state at the inlet of the beams and in a mixture of liquid/vapour state at the outlet of the beams, said mixture being separated downstream of the beams in the form of liquid water on the one side and steam on the other, said installation comprising a turbine generating electricity by performing a Rankine cycle on an organic fluid, said method comprising a step of directly or indirectly transferring thermal energy from the vapour to an intermediate heat transfer fluid, preferably organic in liquid state, by means of a heat exchanger, a step of thermal energy transfer of said intermediate heat transfer fluid to the organic fluid by means of a heat exchanger (8, 19), and a step of direct or indirect thermal energy transfer of at least a portion of the flue gases from the burners to the organic fluid by means of a heat exchanger (12, 19) functionally arranged to transfer to said organic fluid at least a portion of the calories contained in the flue gases of the burners via a heat transfer fluid and an exchanger.
A monitoring apparatus for being applied to an assisted circulation apparatus (11, 21), the assisted circulation apparatus (11, 21) for being connected to a living body, transferring blood removed from the living body to a membrane lung by a blood transfer pump, and gas-exchanging and oxygenating the blood in the membrane lung in parallel with a native lung, the monitoring apparatus for monitoring an oxygenation state of blood in the living body, the monitoring apparatus comprising: an assisted circulation ratio calculation unit configured to: calculate a ratio of a first blood-oxygenated state index to a sum of the first blood-oxygenated state index and a second blood-oxygenated state index based on the first blood-oxygenated state index indicating an oxygenation state of blood by the membrane lung and the second blood-oxygenated state index indicating an oxygenation state of blood by the native lung, the ratio expressing a contribution degree of the assisted circulation apparatus (11, 21) to the living body, characterized in that the assisted circulation ratio calculation unit is configured to compare the sum of the first blood-oxygenated state index and the second blood-oxygenated state index with a blood-oxygenated state index indicating an oxygenation state of blood based on metabolism estimated from a weight of the living body. calculate a ratio of a first blood-oxygenated state index to a sum of the first blood-oxygenated state index and a second blood-oxygenated state index based on the first blood-oxygenated state index indicating an oxygenation state of blood by the membrane lung and the second blood-oxygenated state index indicating an oxygenation state of blood by the native lung, the ratio expressing a contribution degree of the assisted circulation apparatus (11, 21) to the living body, characterized in that the assisted circulation ratio calculation unit is configured to compare the sum of the first blood-oxygenated state index and the second blood-oxygenated state index with a blood-oxygenated state index indicating an oxygenation state of blood based on metabolism estimated from a weight of the living body.
A heat exchanger, comprising: a plurality of flat tubes arranged in parallel; and a plurality of plate-like fins each extending in an arrangement direction of the flat tubes, and having a cutout to which each of the flat tubes is inserted in an orthogonal direction, wherein each of the fins includes a plate-like fin body, and an attachment portion with which a corresponding one of the flat tubes is brought into contact and to which the flat tube is attached, and the fin body includes a plate-like main body, and a plurality of spacers which are formed by bending part of the fin body, continuous with the main body, and keep a space between the fins; the fin body has an insertion region to which the flat tube is inserted, and an extension region continuous with one end of the insertion region in an airflow direction and connecting the insertion regions together, each of the fins is configured such that air flows from the insertion region to the extension region, and each of the spacers is formed by cutting and bending part of the fin body characterized in that: heat-transfer promotion portions are provided in the extension region of the fin body, behind flat tubes, and wherein a spacer is located at a position between the heat-transfer promotion portions of the extension region. a plurality of flat tubes arranged in parallel; and a plurality of plate-like fins each extending in an arrangement direction of the flat tubes, and having a cutout to which each of the flat tubes is inserted in an orthogonal direction, wherein each of the fins includes a plate-like fin body, and an attachment portion with which a corresponding one of the flat tubes is brought into contact and to which the flat tube is attached, and the fin body includes a plate-like main body, and a plurality of spacers which are formed by bending part of the fin body, continuous with the main body, and keep a space between the fins; the fin body has an insertion region to which the flat tube is inserted, and an extension region continuous with one end of the insertion region in an airflow direction and connecting the insertion regions together, each of the fins is configured such that air flows from the insertion region to the extension region, and each of the spacers is formed by cutting and bending part of the fin body characterized in that: heat-transfer promotion portions are provided in the extension region of the fin body, behind flat tubes, and wherein a spacer is located at a position between the heat-transfer promotion portions of the extension region. heat-transfer promotion portions are provided in the extension region of the fin body, behind flat tubes, and wherein a spacer is located at a position between the heat-transfer promotion portions of the extension region.
A wound dressing, in particular for therapeutic wound care, wherein the wound dressing comprises at least one wound covering layer, and at least one sorption agent based on activated carbon, wherein the activated carbon has a biocidal and/or biostatic, in particular antimicrobial effect and/or finish, wherein the biocidal and/or biostatic effect and/or finish of the activated carbon is affected by means of the production process of the activated carbon, that is to say the production by means of pyrolysis, and subsequent activation of organic polymers, wherein the activated carbon comprises a spherical activated carbon, and wherein the activated carbon is free of any metal impregnations, and wherein the wound covering layer is embodied based on at least one hydrocolloid.
A homologous recombination competent mouse cell having a genome comprising a human VH gene segment and a portion of a syngeneic Ig heavy chain locus, comprising (a) a part of mouse gene segments downstream of JH, (b) a syngeneic CH1 domain replaced with a human CH1 domain, (c) a human upper hinge gene segment, (ed) a mouse CH2 domain and a mouse CH3 domain, and wherein said human VH gene segment and said syngeneic Ig heavy chain locus replace all or a portion of an endogenous Ig heavy chain locus, thereby resulting in a chimeric Ig heavy chain locus capable of undergoing gene rearrangement and thereby producing a diversified repertoire of chimeric antibodies such that said cell comprises a genome encoding a chimeric Ig heavy chain. (a) a part of mouse gene segments downstream of JH, (b) a syngeneic CH1 domain replaced with a human CH1 domain, (c) a human upper hinge gene segment, (ed) a mouse CH2 domain and a mouse CH3 domain,