mhurhangee/ep-ind-claims huggingface dataset:
A method for producing methanol and/or hydrocarbons from at least one carbonaceous material, the method comprising the following steps: - producing a synthesis gas from the carbonaceous materials, according to a process comprising at least one operation for reforming an intermediate gas stream from the carbonaceous material, the stream of synthesis gas comprising at least hydrogen and carbon monoxide, the synthesis gas having a first hydrogen/carbon monoxide molar ratio under first operating conditions for performing the reforming; - producing a hydrogen stream from a hydrogenated raw material and from a first consumed electric power, the hydrogen stream having a first molar flow rate for said first consumed electric power; - producing methanol and/or hydrocarbons from the synthesis gas and from the hydrogen stream; - decreasing the consumed electric power for producing the hydrogen stream, down to a second electric power below the first electric power, the hydrogen stream having a second molar flow rate below the first molar flow rate for the second consumed electric power, and setting second operating conditions different from the first for the reforming operation in order to compensate for the decrease of the molar flow rate of the hydrogen stream, the synthesis gas having a second hydrogen/carbon monoxide molar ratio greater than the first under the second operating conditions. - producing a synthesis gas from the carbonaceous materials, according to a process comprising at least one operation for reforming an intermediate gas stream from the carbonaceous material, the stream of synthesis gas comprising at least hydrogen and carbon monoxide, the synthesis gas having a first hydrogen/carbon monoxide molar ratio under first operating conditions for performing the reforming; - producing a hydrogen stream from a hydrogenated raw material and from a first consumed electric power, the hydrogen stream having a first molar flow rate for said first consumed electric power; - producing methanol and/or hydrocarbons from the synthesis gas and from the hydrogen stream; - decreasing the consumed electric power for producing the hydrogen stream, down to a second electric power below the first electric power, the hydrogen stream having a second molar flow rate below the first molar flow rate for the second consumed electric power, and setting second operating conditions different from the first for the reforming operation in order to compensate for the decrease of the molar flow rate of the hydrogen stream, the synthesis gas having a second hydrogen/carbon monoxide molar ratio greater than the first under the second operating conditions.
A fixed shape cannula comprising: a. a curved distal portion for placement around a portion of a globe of an eye; a curved proximal portion, wherein the distal portion is connected to the proximal portion via an inflection point; b. a first straight portion disposed between the distal portion and the proximal portion, and c. a handle connected with the proximal portion; wherein the distal portion has a shape of an arc from an ellipsoid, the ellipsoid having an x-axis dimension "a", a y-axis dimension "b," and a z-axis dimension "c," wherein "a" is between 0 to 1 meter, "b" is between 0 to 1 meter, and "c" is between 0 to 1 meter; wherein the proximal portion has a shape of an arc from an ellipsoid, the ellipsoid having an x-axis dimension "d", a y-axis dimension "e," and a z-axis dimension "f," wherein "d" is between 0 to 1 meter, "e" is between 0 to 1 meter, and "f" is between 0 to 1 meter; wherein the distal portion has a radius of curvature between 9 to 15 mm and an arc length between 25 to 35 mm and a proximal portion having a radius of curvature between an inner cross-sectional radius of the cannula and 1 meter. a. a curved distal portion for placement around a portion of a globe of an eye; a curved proximal portion, wherein the distal portion is connected to the proximal portion via an inflection point; b. a first straight portion disposed between the distal portion and the proximal portion, and c. a handle connected with the proximal portion; wherein the distal portion has a shape of an arc from an ellipsoid, the ellipsoid having an x-axis dimension "a", a y-axis dimension "b," and a z-axis dimension "c," wherein "a" is between 0 to 1 meter, "b" is between 0 to 1 meter, and "c" is between 0 to 1 meter; wherein the proximal portion has a shape of an arc from an ellipsoid, the ellipsoid having an x-axis dimension "d", a y-axis dimension "e," and a z-axis dimension "f," wherein "d" is between 0 to 1 meter, "e" is between 0 to 1 meter, and "f" is between 0 to 1 meter; wherein the distal portion has a radius of curvature between 9 to 15 mm and an arc length between 25 to 35 mm and a proximal portion having a radius of curvature between an inner cross-sectional radius of the cannula and 1 meter.
A method of producing HLA homozygous immune cells comprising: obtaining induced pluripotent stem cells (iPSCs), wherein the iPSCs are reprogrammed from a population of HLA homozygous blood cells; differentiating the iPSCs to hematopoietic precursor cells (HPCs); isolating HPCs that express the cell surface markers CD144, CD34, CD45, and CD7; and culturing the HPCs under conditions to promote immune cell differentiation, thereby producing HLA homozygous immune cells, wherein I) the HLA homozygous immune cells are lymphoid cells, and II) culturing the cells to promote lymphoid differentiation comprises: (i) culturing HPCs in defined media on a surface coated with matrix and a Notch ligand; and (ii) maintaining the culture in the presence of one or more cytokines, thereby producing lymphoid cells. obtaining induced pluripotent stem cells (iPSCs), wherein the iPSCs are reprogrammed from a population of HLA homozygous blood cells; differentiating the iPSCs to hematopoietic precursor cells (HPCs); isolating HPCs that express the cell surface markers CD144, CD34, CD45, and CD7; and culturing the HPCs under conditions to promote immune cell differentiation, I) the HLA homozygous immune cells are lymphoid cells, and II) culturing the cells to promote lymphoid differentiation comprises: (i) culturing HPCs in defined media on a surface coated with matrix and a Notch ligand; and (ii) maintaining the culture in the presence of one or more cytokines, thereby producing lymphoid cells. (i) culturing HPCs in defined media on a surface coated with matrix and a Notch ligand; and (ii) maintaining the culture in the presence of one or more cytokines, thereby producing lymphoid cells.
Diaphragm valve having a diaphragm which sealingly separates spaces from one another, wherein the diaphragm is arranged between housing parts (1, 7), wherein the diaphragm has an inner region which is adjoined by an outer region which has a greater hardness, wherein the inner region consists of an elastomeric material, wherein the outer region consists of a thermoplastic and/or thermosetting material, wherein the diaphragm has a spring element, wherein the spring element is arranged in a space, and wherein the space is delimited at least partially by the walls of the inner region and/or walls of the outer region, characterized in that the forces of the spring element act perpendicularly to the end surfaces of the housing parts (1, 7), between which the diaphragm is clamped, on said end surfaces.
An electrophoresis device, comprising: a first region and a second region; a plurality of electrophoretic particles included in an insulating liquid and comprising first particles; and a porous layer included in the insulating liquid and formed of a fibrous structure; wherein the porous layer separates the first region from the second region; the electrophoretic particles are capable of migrating via the porous layer; a contrast is generated by the difference in the reflection characteristics between the porous layer and the first particles; characterized in that the plurality of electrophoretic particles further comprise second particles, said second particles having charging characteristics that are opposite to the first particles and being capable of migrating via the porous layer and further characterized in that a weight ratio of the first particles to the second particles is at least about 1:0.5 but no more than about 1:30. a first region and a second region; a plurality of electrophoretic particles included in an insulating liquid and comprising first particles; and a porous layer included in the insulating liquid and formed of a fibrous structure; wherein the porous layer separates the first region from the second region; the electrophoretic particles are capable of migrating via the porous layer; a contrast is generated by the difference in the reflection characteristics between the porous layer and the first particles; characterized in that the plurality of electrophoretic particles further comprise second particles, said second particles having charging characteristics that are opposite to the first particles and being capable of migrating via the porous layer and further characterized in that a weight ratio of the first particles to the second particles is at least about 1:0.5 but no more than about 1:30.
A pharmaceutical composition comprising micelles with a hydrodynamic diameter from 7 nm to 9 nm; wherein the hydrodynamic diameter remains at 7 nm to 9 nm upon freeze drying and reconstitution and wherein the micelles comprise the sodium salt of compound of Formula:
A method for mechanically producing a coiled dough product from a starting dough piece, by it being conveyed with a conveying structure and in so doing, being rolled inward and/or turned, with the following phases: in a first phase (Fig. 14), by means of one or more height-adjustment means (16, 45), the starting dough piece is raised at one or more discrete or individually spaced individual edge points or individual edge sections of its front edge in front, in direction of travel; in a second phase (Fig. 16), proceeding respectively from the raised individual edge point or the raised individual edge section, when raising up the individual edge point(s) or individual edge sections, the front edge is entrained and/or wrapped by means of one or more coiling members; and in a third phase (Fig. 17), by means of the one or more coiling member(s), the starting dough piece is rolled inwards and/or folded inwards, proceeding from the already raised-up and/or wrapped front edge; wherein height-adjustment means (16, 45) are used which can be adjusted regardless of the coiling members, characterised in that upon and/or due to contact with the starting dough piece(s), the height-adjustment means (16, 45) act on and/or attach to the coiling member(s) such that the distance between the coiling member(s) and the conveying structure is increased, and in so doing, a direct passage and/or transfer from the height-adjustment means (16, 45) to the coiling members is achieved for a respectively delivered starting dough piece. in a first phase (Fig. 14), by means of one or more height-adjustment means (16, 45), the starting dough piece is raised at one or more discrete or individually spaced individual edge points or individual edge sections of its front edge in front, in direction of travel; in a second phase (Fig. 16), proceeding respectively from the raised individual edge point or the raised individual edge section, when raising up the individual edge point(s) or individual edge sections, the front edge is entrained and/or wrapped by means of one or more coiling members; and in a third phase (Fig. 17), by means of the one or more coiling member(s), the starting dough piece is rolled inwards and/or folded inwards, proceeding from the already raised-up and/or wrapped front edge; wherein height-adjustment means (16, 45) are used which can be adjusted regardless of the coiling members, characterised in that upon and/or due to contact with the starting dough piece(s), the height-adjustment means (16, 45) act on and/or attach to the coiling member(s) such that the distance between the coiling member(s) and the conveying structure is increased, and in so doing, a direct passage and/or transfer from the height-adjustment means (16, 45) to the coiling members is achieved for a respectively delivered starting dough piece.
A closure device for bags or the like comprising two complementary profiles (110, 210) borne by respective support webs (100, 200), the closure device having sequential crushings of the two engaged profiles (110, 210) along a direction perpendicular to the support webs (100, 200), so that the sequential crushings flare the two complementary profiles (110, 210) in the direction of the width transversal to the elongation direction of the closure device.
A method performed by one or more processors for automatically configuring a newly purchased user equipment device with content consumption material that is associated with a user, the method comprising: receiving, from a service that facilitates purchase of the user equipment device, data comprising purchase information that identifies a purchaser of a user equipment device, and a device identifier of the purchased user equipment device; determining a user account associated with the purchase information; accessing a database to identify content consumption material that is associated with the user account; and automatically transmitting to the user equipment device, based on the user equipment device identifier, a communication that causes the user equipment device to be configured with the content consumption material identified by the user account. receiving, from a service that facilitates purchase of the user equipment device, data comprising purchase information that identifies a purchaser of a user equipment device, and a device identifier of the purchased user equipment device; determining a user account associated with the purchase information; accessing a database to identify content consumption material that is associated with the user account; and automatically transmitting to the user equipment device, based on the user equipment device identifier, a communication that causes the user equipment device to be configured with the content consumption material identified by the user account.
A method for removing value documents from a container with the aid of a gripper which is configured for removing value documents contained in the container, comprising the steps: - making available a container which is open on one side and which is subdivided into several storage regions for value documents by separator elements, - ascertaining at which positions (x) along the container the separator elements are arranged, - transferring information items about the separator element positions (x) belonging to the container to a gripper control which is configured for controlling the motion of the gripper, - moving the gripper for removing value documents from the container, the gripper control controlling the motion of the gripper corresponding to the obtained information items about the separator element positions (x) in such a way that the gripper is positioned at a lowering position above the respective separator element and from the lowering position is lowered into the container in order to remove value documents from the container, characterized in - that upon the step of ascertaining at which positions (x) along the container the separator elements are arranged, the positions (x) of the separator elements are ascertained independently of the gripper, the separator element positions (x) being automatically ascertained with the aid of several sensors, and - that the sensors are arranged along the container receiving means into which the container is inserted for removing the value documents. - making available a container which is open on one side and which is subdivided into several storage regions for value documents by separator elements, - ascertaining at which positions (x) along the container the separator elements are arranged, - transferring information items about the separator element positions (x) belonging to the container to a gripper control which is configured for controlling the motion of the gripper, - moving the gripper for removing value documents from the container, the gripper control controlling the motion of the gripper corresponding to the obtained information items about the separator element positions (x) in such a way that the gripper is positioned at a lowering position above the respective separator element and from the lowering position is lowered into the container in order to remove value documents from the container, - that upon the step of ascertaining at which positions (x) along the container the separator elements are arranged, the positions (x) of the separator elements are ascertained independently of the gripper, the separator element positions (x) being automatically ascertained with the aid of several sensors, and - that the sensors are arranged along the container receiving means into which the container is inserted for removing the value documents.
Primer, for providing adherence between the conversion layer of a luminescence conversion LED, emitting, among others, blue light waves, and an embedding compound, colourless or coloured, and clear transparent or turbid, provided thereon, and for diffracting the blue light waves penetrating through the conversion layer, in such a way that at least a part of the diffracted blue light waves are reflected at the transition from the primer to the embedding compound, and pass through the primer back into the conversion layer, wherein the primer comprises a nano-scale metal oxide for the diffraction of the blue light waves penetrating through the layer, and is itself composed of a first component containing the metal oxide and a second component containing an isocyanate-functional constituent part, preferably isocyanate.
Load carrier for mounting on the rear of a vehicle and having a coupling device at the front for fastening the load carrier at the vehicle, a base part connected with the coupling device and a carrier frame for fastening a load, the carrier frame being connected with the base part, wherein the coupling device and the base part are connected by a pivoting bearing allowing swivelling movement from an untilted position to a tilted position of the base part as well as of the carrier frame about a horizontal pivoting axis extending perpendicularly to a driving direction away from the vehicle, if the load carrier is mounted on the vehicle, wherein the pivoting bearing comprises at least one blocking mechanism having a blocking element respectively, which is displaceable between a blocking position, wherein the pivoting bearing is blocked in the untilted position, and a release position, allowing tilting of the carrier frame, and wherein the blocking element is actuatable by an actuating mechanism disposed on the base part or the carrier frame, the actuating mechanism having an actuating element which is movable between a non-actuated position and an actuated position, the actuating element and the blocking element are disposed and formed so that the actuating element can act upon the blocking element for unblocking the pivoting bearing when the carrier frame is in transporting position, characterized in that the carrier frame is movable relative to the base part between an upper transporting position and a lower loading position by means of a displacing device acting between the base part and the carrier frame.
An ethylene polymer comprising a higher molecular weight component and a lower molecular weight component, wherein the ethylene polymer has a density of greater than or equal to 0.955 g/cm 3, a melt index of less than or equal to about 1.5 g/10 min, a ratio of high load melt index to melt index (HLMI/MI) in a range from about 40 to about 175, a peak molecular weight (Mp) of the higher molecular weight component in a range from about 650,000 to about 1,100,000 g/mol, a Mp of the lower molecular weight component in a range from about 40,000 to about 80,000 g/mol, and a ratio of Mw/Mn in a range from about 5 to about 18 and wherein the polymer has a zero-shear viscosity greater than or equal to about 1 x 10 6 Pa-sec and an ESCR (10% Igepal) of at least 100 hours.
A hybrid propulsion updating system comprising: a controller configured to be in signal communication with a replaceable battery, the controller including a tuning parameters storage unit configured to store at least one tuning parameter corresponding to the replaceable battery installed on a hybrid electric aircraft, wherein the controller is configured to execute at least one algorithm that utilizes the at least one tuning parameter to control operation of the hybrid electric aircraft according to a first performance, characterised in that: the hybrid propulsion updating system comprises a controller updating device, the tuning parameters storage unit is configured to receive at least one updated tuning parameter from the controller updating device, and the controller is configured to execute the at least one algorithm that utilizes the at least one updated tuning parameter such that the hybrid electric aircraft operates according to a second performance that improves upon the first performance, the first performance and the second performance include one or a combination of fuel burn set points, fuel consumption efficiency set points, and life cycle cost efficiency set points, and the at least one tuning parameter and the at least one updated tuning parameter include one or a combination of charging rate, discharging rate, thermal characteristics, size, capacity and/or energy per unit mass. a controller configured to be in signal communication with a replaceable battery, the controller including a tuning parameters storage unit configured to store at least one tuning parameter corresponding to the replaceable battery installed on a hybrid electric aircraft, wherein the controller is configured to execute at least one algorithm that utilizes the at least one tuning parameter to control operation of the hybrid electric aircraft according to a first performance, characterised in that: the hybrid propulsion updating system comprises a controller updating device, the tuning parameters storage unit is configured to receive at least one updated tuning parameter from the controller updating device, and the controller is configured to execute the at least one algorithm that utilizes the at least one updated tuning parameter such that the hybrid electric aircraft operates according to a second performance that improves upon the first performance, the first performance and the second performance include one or a combination of fuel burn set points, fuel consumption efficiency set points, and life cycle cost efficiency set points, and the at least one tuning parameter and the at least one updated tuning parameter include one or a combination of charging rate, discharging rate, thermal characteristics, size, capacity and/or energy per unit mass.