mhurhangee/ep-ind-claims huggingface dataset:
A vesicle composition capable of being injected into a patient, comprising: a first liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; and a DSPE-PEG-boronic acid derivative conjugate, wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and a second liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; a DSPE-PEG-glucosyl conjugate; a DSPE-PEG-galactosyl conjugate; and a DSPE-PEG-mannopyranosidyl conjugate, wherein the second liposome composition encapsulates insulin; and wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate. a first liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; and a DSPE-PEG-boronic acid derivative conjugate, wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and DPPC; cholesterol; and a DSPE-PEG-boronic acid derivative conjugate, wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and a second liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; a DSPE-PEG-glucosyl conjugate; a DSPE-PEG-galactosyl conjugate; and a DSPE-PEG-mannopyranosidyl conjugate, wherein the second liposome composition encapsulates insulin; and wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate. DPPC; cholesterol; a DSPE-PEG-glucosyl conjugate; a DSPE-PEG-galactosyl conjugate; and a DSPE-PEG-mannopyranosidyl conjugate, wherein the second liposome composition encapsulates insulin; and wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate. wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate.
Plug connector, in particular optical plug connector, having a plug unit, having a locking unit, which is translationally movable relative to the plug unit, which is linearly displaceable in a longitudinal extension direction of the plug unit, and which is in a coupled state configured for a locking of the plug unit, and having a cable-kink protector, wherein the cable kink protector is configured for a direct actuation of the locking unit and comprises a cable protection section which has at least one entry opening for a cable and at least one exit opening for the cable, wherein the cable kink protector comprises an actuation section which has a two-fold rotational symmetry, characterised in that the cable-kink protector is implemented in one piece. having a plug unit, having a locking unit, which is translationally movable relative to the plug unit, which is linearly displaceable in a longitudinal extension direction of the plug unit, and which is in a coupled state configured for a locking of the plug unit, and having a cable-kink protector, wherein the cable kink protector is configured for a direct actuation of the locking unit and comprises a cable protection section which has at least one entry opening for a cable and at least one exit opening for the cable, wherein the cable kink protector comprises an actuation section which has a two-fold rotational symmetry, characterised in that the cable-kink protector is implemented in one piece.
Apparatus (20, 50, 70, 90, 100) for injecting fuel into a combustion zone, comprising: an ejection chamber (21, 402, 84) to hold a portion of a selected liquid fuel; an inlet valve (23, 83, 404) arranged to selectively open to transfer liquid fuel into the ejection chamber (21, 402, 84) and then close to seal said chamber (21, 402, 84); an exit valve (27, 87, 401) arranged to selectively open to eject fuel from said ejection chamber (21, 402, 84) when a parameter associated with said ejection chamber (21, 402, 84) satisfies a predetermined condition; at least one controller arranged to electronically control the selective opening and closing of the inlet valve (23, 83, 404) and exit valve (27, 87, 401); and one or more pressure or temperature sensor for monitoring a temperature of the liquid fuel in the ejection chamber (21, 402, 84); wherein liquid fuel and/or liquid fuel vapour are ejected from the ejection chamber (21, 402, 84) into a combustion zone via the exit valve (27, 87, 401) thereby injecting fuel into a combustion zone, and wherein the at least one controller is arranged to open said exit valve (27, 87, 401) when a temperature of the liquid fuel in the ejection chamber (21, 402, 84) is substantially equal to or greater than a saturation temperature associated with the liquid fuel at a pressure equal to a pressure at a location downstream of said exit valve (27, 87, 401). an ejection chamber (21, 402, 84) to hold a portion of a selected liquid fuel; an inlet valve (23, 83, 404) arranged to selectively open to transfer liquid fuel into the ejection chamber (21, 402, 84) and then close to seal said chamber (21, 402, 84); an exit valve (27, 87, 401) arranged to selectively open to eject fuel from said ejection chamber (21, 402, 84) when a parameter associated with said ejection chamber (21, 402, 84) satisfies a predetermined condition; at least one controller arranged to electronically control the selective opening and closing of the inlet valve (23, 83, 404) and exit valve (27, 87, 401); and one or more pressure or temperature sensor for monitoring a temperature of the liquid fuel in the ejection chamber (21, 402, 84); wherein liquid fuel and/or liquid fuel vapour are ejected from the ejection chamber (21, 402, 84) into a combustion zone via the exit valve (27, 87, 401) thereby injecting fuel into a combustion zone, and wherein the at least one controller is arranged to open said exit valve (27, 87, 401) when a temperature of the liquid fuel in the ejection chamber (21, 402, 84) is substantially equal to or greater than a saturation temperature associated with the liquid fuel at a pressure equal to a pressure at a location downstream of said exit valve (27, 87, 401).
A method for backing up data in a case of a power failure of a storage system, comprising: when a power failure is detected, acquiring current refresh progress of a buffer in a storage system, an address, in the buffer, of data that is in the buffer and needs to be backed up to a non-volatile memory in the storage system, and first time required for backing up the data; calculating, according to the current refresh progress of the buffer and the address of the data to be backed up in the buffer, second time for which the data to be backed up can at least keep being not lost since a last refresh; and stopping refreshing the buffer, and backing up the data to the non-volatile memory, if the second time is greater than the first time; wherein the acquiring current refresh progress of a buffer in a storage system specifically is: acquiring, from a counter, the current refresh progress of the buffer in the storage system, wherein the current refresh progress is a current count value of the counter, wherein the count value of the counter increases according to a set value each time a refresh command is sent to the buffer; wherein the count value corresponds to a row of storage units of the buffer. when a power failure is detected, acquiring current refresh progress of a buffer in a storage system, an address, in the buffer, of data that is in the buffer and needs to be backed up to a non-volatile memory in the storage system, and first time required for backing up the data; calculating, according to the current refresh progress of the buffer and the address of the data to be backed up in the buffer, second time for which the data to be backed up can at least keep being not lost since a last refresh; and stopping refreshing the buffer, and backing up the data to the non-volatile memory, if the second time is greater than the first time; wherein the acquiring current refresh progress of a buffer in a storage system specifically is: acquiring, from a counter, the current refresh progress of the buffer in the storage system, wherein the current refresh progress is a current count value of the counter, wherein the count value of the counter increases according to a set value each time a refresh command is sent to the buffer; wherein the count value corresponds to a row of storage units of the buffer. acquiring, from a counter, the current refresh progress of the buffer in the storage system, wherein the current refresh progress is a current count value of the counter, wherein the count value of the counter increases according to a set value each time a refresh command is sent to the buffer; wherein the count value corresponds to a row of storage units of the buffer.
An image forming apparatus comprising: fixing means for fixing toner on a sheet; and conveying means (21, 71) for conveying the sheet on which the toner is fixed by the fixing means; characterised by: control means (703, 802) for controlling the conveying means (21, 71) such that the conveying means (21, 71) reciprocates the sheet, without inverting the sheet, on a conveying path (18, 57) along which the sheet is conveyed after fixing by the fixing means of the toner on the surface of the sheet in the case of single-sided image formation or after fixing by the fixing means of the toner on the second of the two surfaces of the sheet in the case of double-sided image formation, so as to reduce the possibility of occurrence of toner fusion without using a cooling fan. fixing means for fixing toner on a sheet; and conveying means (21, 71) for conveying the sheet on which the toner is fixed by the fixing means; characterised by: control means (703, 802) for controlling the conveying means (21, 71) such that the conveying means (21, 71) reciprocates the sheet, without inverting the sheet, on a conveying path (18, 57) along which the sheet is conveyed after fixing by the fixing means of the toner on the surface of the sheet in the case of single-sided image formation or after fixing by the fixing means of the toner on the second of the two surfaces of the sheet in the case of double-sided image formation, so as to reduce the possibility of occurrence of toner fusion without using a cooling fan.
A crosslinkable polymeric composition comprising: (a) 10 to 89 weight percent, based on the total weight of said crosslinkable polymeric composition, of an ethylene-based interpolymer having the following properties: (i) a density of 0.93 g/cm 3 or less, determined according to ASTM D792, (ii) a high-shear viscosity at 190 °C and 10 % strain of 1,200 Pa·s or less, determined by conducting dynamic oscillatory shear measurements at 100 rad s -1 with stainless steel parallel plates of 25-mm diameter on a strain-controlled rheometer, (iii) a shear thinning ratio (V0.1/V100) at 190 °C and 10 % strain of at least 8, where V0.1 is determined by conducting dynamic oscillatory shear measurements at 0.1 rad s -1 with stainless steel parallel plates of 25-mm diameter on a strain-controlled rheometer, and (iv) a melt index (I 2) greater than 1 g/10 minutes, determined at 190 °C and 2.16 Kg according to ASTM D1238; and (b) 10 to less than 90 weight percent, based on the total weight of said crosslinkable polymeric composition, of a filler; and wherein said ethylene-based interpolymer is not prepared in a high-pressure reactor or process. (a) 10 to 89 weight percent, based on the total weight of said crosslinkable polymeric composition, of an ethylene-based interpolymer having the following properties: (i) a density of 0.93 g/cm 3 or less, determined according to ASTM D792, (ii) a high-shear viscosity at 190 °C and 10 % strain of 1,200 Pa·s or less, determined by conducting dynamic oscillatory shear measurements at 100 rad s -1 with stainless steel parallel plates of 25-mm diameter on a strain-controlled rheometer, (iii) a shear thinning ratio (V0.1/V100) at 190 °C and 10 % strain of at least 8, where V0.1 is determined by conducting dynamic oscillatory shear measurements at 0.1 rad s -1 with stainless steel parallel plates of 25-mm diameter on a strain-controlled rheometer, and (iv) a melt index (I 2) greater than 1 g/10 minutes, determined at 190 °C and 2.16 Kg according to ASTM D1238; and (i) a density of 0.93 g/cm 3 or less, determined according to ASTM D792, (ii) a high-shear viscosity at 190 °C and 10 % strain of 1,200 Pa·s or less, determined by conducting dynamic oscillatory shear measurements at 100 rad s -1 with stainless steel parallel plates of 25-mm diameter on a strain-controlled rheometer, (iii) a shear thinning ratio (V0.1/V100) at 190 °C and 10 % strain of at least 8, where V0.1 is determined by conducting dynamic oscillatory shear measurements at 0.1 rad s -1 with stainless steel parallel plates of 25-mm diameter on a strain-controlled rheometer, and (iv) a melt index (I 2) greater than 1 g/10 minutes, determined at 190 °C and 2.16 Kg according to ASTM D1238; and (b) 10 to less than 90 weight percent, based on the total weight of said crosslinkable polymeric composition, of a filler; and
An air conditioning device comprising: a support frame having support portions, the support portions being provided to stand on an installation surface and disposed at an interval in a horizontal direction; a heat generating portion having, in a region between the support portions of the support frame, flow pipes (221, 221a) which are respectively laterally laid across the interval in the horizontal direction and are spaced from each other at an interval in an up-and-down direction and inside which a flowable heating medium can flow, and outer shell bodies covering the respective flow pipes (221, 221a), each outer shell body showing a flat shape or elliptical shape as an outer shape of a cross-section, each outer shell body having a structure capable of dissipating to the outside heat transmitted from the flow pipe (221, 221a), each outer shell body being attached so that a long axis direction of the cross section of the outer shell body perpendicular to a longitudinal direction of the flow pipes (221, 221a) is inclined with respect to a horizontal direction, and each outer shell body being inclined in the same direction; a reflector having a reflecting surface, which reflects radiant heat from the heat generating portion, which is impermeable to water, and which is disposed so that an end edge portion of each outer shell body at a lower side in the long axis direction of the cross section of the outer shell body opposes the reflecting surface at an interval; and a gutter-shaped receiving portion disposed below the heat generating portion and under the reflector, and opened at an upper part. a support frame having support portions, the support portions being provided to stand on an installation surface and disposed at an interval in a horizontal direction; a heat generating portion having, in a region between the support portions of the support frame, flow pipes (221, 221a) which are respectively laterally laid across the interval in the horizontal direction and are spaced from each other at an interval in an up-and-down direction and inside which a flowable heating medium can flow, and outer shell bodies covering the respective flow pipes (221, 221a), each outer shell body showing a flat shape or elliptical shape as an outer shape of a cross-section, each outer shell body having a structure capable of dissipating to the outside heat transmitted from the flow pipe (221, 221a), each outer shell body being attached so that a long axis direction of the cross section of the outer shell body perpendicular to a longitudinal direction of the flow pipes (221, 221a) is inclined with respect to a horizontal direction, and each outer shell body being inclined in the same direction; a reflector having a reflecting surface, which reflects radiant heat from the heat generating portion, which is impermeable to water, and which is disposed so that an end edge portion of each outer shell body at a lower side in the long axis direction of the cross section of the outer shell body opposes the reflecting surface at an interval; and a gutter-shaped receiving portion disposed below the heat generating portion and under the reflector, and opened at an upper part.
A device for emptying a container encompassing a container opening in the form of a bottle filled with a liquid, which is in particular intended for consumption, comprising a top piece for the container opening, wherein this top piece encompasses an opening, through which the liquid can be discharged from the container, comprising at least one balloon-like body, which is liquid-tight as well as gas-tight with respect to the liquid, as well as comprising an elongated support, which is assigned to the balloon-like body and which is arranged at the top piece, wherein the support, together with the at least one balloon-like body, can initially be inserted into the container, which is filled with the liquid, and wherein the at least one balloon-like body can subsequently be filled and inflated with an expansion medium or fills with an expansion medium and inflates, so that the balloon-like body fills the interior of the container and the liquid can thereby be pressed out of the container with overpressure, wherein the top piece is a cap, which can be attached to the container opening and which, after being attached to the container opening, bears on in a liquid-tight manner as well as in a gas-tight manner, that the upper peripheral edge of the balloon-like body is tightly fastened to the cap, characterised in that the lateral opening, which is provided in the cap, discharges laterally at the balloon-like body for the liquid to escape.
A method for alignment of a pattern printed on a material for an absorbent article by a rotary printing device, comprising: a. providing a first composition from a first chamber; b. providing a second composition comprising a detectable agent from a second chamber; c. wherein the first composition from the first chamber and the second composition from the second chamber are supplied to the same anilox roller or directly to the same rotary printing cylinder; d. and printing the first and second composition on the material for an absorbent article by a rotary printing cylinder, characterized in that the first composition comprises a functional agent selected from a skin beneficial agent, an adhesive, a cooling or heat generating agent, or an antimicrobial agent; and wherein the second composition comprises a detectable agent that emits light in the UV fluorescent or visible light spectra; and wherein the second composition also comprises the first composition. a. providing a first composition from a first chamber; b. providing a second composition comprising a detectable agent from a second chamber; c. wherein the first composition from the first chamber and the second composition from the second chamber are supplied to the same anilox roller or directly to the same rotary printing cylinder; d. and printing the first and second composition on the material for an absorbent article by a rotary printing cylinder,
An apparatus for generating aerosol from an aerosolisable medium, the apparatus comprising: a housing; a chamber for receiving an article, the article comprising: an aerosolisable medium; and a marker arrangement (126a, 126b) comprising a first marker and a second marker; and a sensor arrangement (122a, 122b) configured to operate in a first mode and a second mode, wherein: in the first mode the sensor arrangement monitors non-continuously for the presence of the first marker; in the second mode the sensor arrangement is configured to read identification information from the second marker; and the sensor arrangement operates in the second mode responsive to the detection of the presence of the first marker in the first mode. a housing; a chamber for receiving an article, the article comprising: an aerosolisable medium; and a marker arrangement (126a, 126b) comprising a first marker and a second marker; and a sensor arrangement (122a, 122b) configured to operate in a first mode and a second mode, wherein: in the first mode the sensor arrangement monitors non-continuously for the presence of the first marker; in the second mode the sensor arrangement is configured to read identification information from the second marker; and the sensor arrangement operates in the second mode responsive to the detection of the presence of the first marker in the first mode. in the first mode the sensor arrangement monitors non-continuously for the presence of the first marker; in the second mode the sensor arrangement is configured to read identification information from the second marker; and the sensor arrangement operates in the second mode responsive to the detection of the presence of the first marker in the first mode.