mhurhangee/ep-ind-claims huggingface dataset:
A device for producing electrolyte flow in a flow-assisted battery, the device comprising: a flow assisted battery comprising a battery housing (10, 110, 210, 510, 610, 710, 810), an anode, a cathode and an electrolyte solution (30, 130, 230, 530), wherein the anode, the cathode and the electrolyte solution (30, 130, 230, 530) are disposed within the battery housing, and wherein the anode and the cathode are arranged in an electrode stack (20, 120, 220, 520, 820); a powering device (40, 540, 640) located outside of the battery housing; an impeller assembly located within the battery housing, wherein the impeller assembly comprises: a shaft (50, 150, 250, 350, 550, 650, 750), an impeller (60, 160, 260, 360, 560, 660, 760), and one or more interior magnets (251, 551), and wherein the powering device and the impeller assembly are magnetically coupled through the battery housing; one or more flow channels in the electrode stack; and a funnel assembly (170, 270, 370) in fluid communication with the electrode stack, wherein the funnel assembly is configured to direct fluid flow through the electrode stack, and wherein the funnel is configured to create a substantially even flow of electrolyte solution through the one or more flow channels. a flow assisted battery comprising a battery housing (10, 110, 210, 510, 610, 710, 810), an anode, a cathode and an electrolyte solution (30, 130, 230, 530), wherein the anode, the cathode and the electrolyte solution (30, 130, 230, 530) are disposed within the battery housing, and wherein the anode and the cathode are arranged in an electrode stack (20, 120, 220, 520, 820); a powering device (40, 540, 640) located outside of the battery housing; an impeller assembly located within the battery housing, wherein the impeller assembly comprises: a shaft (50, 150, 250, 350, 550, 650, 750), an impeller (60, 160, 260, 360, 560, 660, 760), and one or more interior magnets (251, 551), and wherein the powering device and the impeller assembly are magnetically coupled through the battery housing; one or more flow channels in the electrode stack; and a funnel assembly (170, 270, 370) in fluid communication with the electrode stack, wherein the funnel assembly is configured to direct fluid flow through the electrode stack, and wherein the funnel is configured to create a substantially even flow of electrolyte solution through the one or more flow channels.
A wearable robot or exoskeleton, comprising: - a main body comprising a back frame and shoulder rests; - an arm assembly, said arm assembly comprising: - a first arm member; - a first joint connecting the first arm member to the main body; - a second arm member; - a second joint connecting the second arm member to the first arm member; - orientation control means for adjusting the orientation of the arm members (20, 30) and/or of the joints (12, 14) of the arm assembly relative to the main body; - one or more passive actuating means (50, 60, 70) comprising a spring is configured as an extendable member for counterbalancing at least a part of the weight of the arm assembly that connects to said member; - wherein an adjustable lever mechanism is formed by the main body and the arm assembly; - drive means, configured for adjusting the lever arm of the adjustable lever mechanism; - one or more orientation sensors for determining the orientation of the arm members (20, 30) and/or of the joints (12, 14) of the arm assembly relative to the main body; and - lever arm control means for adjusting the lever arm of the adjustable lever mechanism with the drive means said adjustment being based on the orientation of the arm members (20, 30) and/or of the joints (12, 14) of the arm assembly determined by the one or more sensors characterized in that the adjustable lever mechanism comprises an articulated system of bars. - a main body comprising a back frame and shoulder rests; - an arm assembly, said arm assembly comprising: - a first arm member; - a first joint connecting the first arm member to the main body; - a second arm member; - a second joint connecting the second arm member to the first arm member; - a first arm member; - a first joint connecting the first arm member to the main body; - a second arm member; - a second joint connecting the second arm member to the first arm member; - orientation control means for adjusting the orientation of the arm members (20, 30) and/or of the joints (12, 14) of the arm assembly relative to the main body; - one or more passive actuating means (50, 60, 70) comprising a spring is configured as an extendable member for counterbalancing at least a part of the weight of the arm assembly that connects to said member; - wherein an adjustable lever mechanism is formed by the main body and the arm assembly; - drive means, configured for adjusting the lever arm of the adjustable lever mechanism; - one or more orientation sensors for determining the orientation of the arm members (20, 30) and/or of the joints (12, 14) of the arm assembly relative to the main body; and - lever arm control means for adjusting the lever arm of the adjustable lever mechanism with the drive means said adjustment being based on the orientation of the arm members (20, 30) and/or of the joints (12, 14) of the arm assembly determined by the one or more sensors characterized in that the adjustable lever mechanism comprises an articulated system of bars.
A coating composition comprising: a resin system comprising: a stabilizer polymer having a polyester backbone and a plurality of carbon-carbon double bonds, and an acrylic component; and a thermoplastic dispersion including a halogenated polyolefin, wherein one or more pendant groups containing a substituted or unsubstituted alkenyl group are attached to the backbone of the stabilizer polymer. a resin system comprising: a stabilizer polymer having a polyester backbone and a plurality of carbon-carbon double bonds, and an acrylic component; and a stabilizer polymer having a polyester backbone and a plurality of carbon-carbon double bonds, and an acrylic component; and a thermoplastic dispersion including a halogenated polyolefin, wherein one or more pendant groups containing a substituted or unsubstituted alkenyl group are attached to the backbone of the stabilizer polymer.
An apparatus comprising: a goggle lens (308, 408) comprising a front surface and a back surface, characterized in that the goggle lens comprises further a protrusion disposed on the front surface and configured to contact a nose section of a goggle frame (106, 404) to space the nose section of the goggle frame (106, 404) away from the front surface; a film (206, 406) disposed on the front surface, wherein the film (206, 406) is configured to be dispensed across the front surface and underneath the nose section when the goggle lens (308, 408) is coupled to the goggle frame (106, 404). a goggle lens (308, 408) comprising a front surface and a back surface, characterized in that the goggle lens comprises further a protrusion disposed on the front surface and configured to contact a nose section of a goggle frame (106, 404) to space the nose section of the goggle frame (106, 404) away from the front surface; a film (206, 406) disposed on the front surface, wherein the film (206, 406) is configured to be dispensed across the front surface and underneath the nose section when the goggle lens (308, 408) is coupled to the goggle frame (106, 404).
A method for improving the yield during the production of crystalline alpha lactose, characterized in that (a) an aqueous lactose solution is adjusted to a temperature of between about 62 and 67 °C, (b) the solution is then cooled down to between 20 and 30 °C, (c) the solution is held at this temperature for a period of from 0.5 to 5 h, (d) subsequently, the solution is re-heated to between 35 and 40 °C, (e) the solution is held at this temperature for a period of from 0.5 to 5 h, (f) subsequently, the solution is cooled down to about 10 °C, and (g) the precipitated alpha-lactose crystals are separated from the mother liquor. (a) an aqueous lactose solution is adjusted to a temperature of between about 62 and 67 °C, (b) the solution is then cooled down to between 20 and 30 °C, (c) the solution is held at this temperature for a period of from 0.5 to 5 h, (d) subsequently, the solution is re-heated to between 35 and 40 °C, (e) the solution is held at this temperature for a period of from 0.5 to 5 h, (f) subsequently, the solution is cooled down to about 10 °C, and (g) the precipitated alpha-lactose crystals are separated from the mother liquor.
A composite panel assembly comprising: first and second elastic membranes (104, 106); and a structure having a first side and a second side that is opposite the first side, the first side mounted to the first elastic membrane, the second side mounted to the second elastic membrane, the structure comprising: a first honeycomb layer with partition walls defining resonance cavities, the resonance cavities of the first honeycomb layer covered by the first elastic membrane along the first side of the structure; a second honeycomb layer with partition walls defining resonance cavities, the resonance cavities of the second honeycomb layer covered by the second elastic membrane along the second side of the structure; and a plurality of necks disposed between and connecting the first and second honeycomb layers, each neck defining a respective channel that is fluidly connected to a corresponding one of the resonance cavities of the first honeycomb layer and a corresponding one of the resonance cavities of the second honeycomb layer. first and second elastic membranes (104, 106); and a structure having a first side and a second side that is opposite the first side, the first side mounted to the first elastic membrane, the second side mounted to the second elastic membrane, the structure comprising: a first honeycomb layer with partition walls defining resonance cavities, the resonance cavities of the first honeycomb layer covered by the first elastic membrane along the first side of the structure; a second honeycomb layer with partition walls defining resonance cavities, the resonance cavities of the second honeycomb layer covered by the second elastic membrane along the second side of the structure; and a plurality of necks disposed between and connecting the first and second honeycomb layers, each neck defining a respective channel that is fluidly connected to a corresponding one of the resonance cavities of the first honeycomb layer and a corresponding one of the resonance cavities of the second honeycomb layer. a first honeycomb layer with partition walls defining resonance cavities, the resonance cavities of the first honeycomb layer covered by the first elastic membrane along the first side of the structure; a second honeycomb layer with partition walls defining resonance cavities, the resonance cavities of the second honeycomb layer covered by the second elastic membrane along the second side of the structure; and a plurality of necks disposed between and connecting the first and second honeycomb layers, each neck defining a respective channel that is fluidly connected to a corresponding one of the resonance cavities of the first honeycomb layer and a corresponding one of the resonance cavities of the second honeycomb layer.
An electrical switching element, in particular a relay or switch, comprising a coil arrangement, an armature which is rotatable about an axis of rotation and drivable by the coil arrangement, and a contact arrangement comprising at least one switchable contact spring, wherein the at least one contact spring is in the form of a spring pack and is directly connected to the armature, wherein said spring pack comprises an overstroke spring and at least one further partial spring, wherein the overstroke spring is still movable and deflectable further in the switching direction after contacting of the contact regions of the contact arrangement, characterised in that a protruding limb, which is connected to the armature so as to transmit movement, is provided on the overstroke spring.
A composition for use in the treatment or alleviation of a symptom of retinal detachment in a subject, wherein said composition comprises an agent that inhibits or reduces alternative complement pathway activity, wherein said agent comprises an anti-Factor D antibody or an antigen-binding fragment thereof.
Process for preparing perhalogenated cyclohexasilane anion by reacting halogenated monosilane in the presence of organo-substituted ammonium and/or phosphonium halide at temperatures in a range from 100 to 120°C, wherein no solvent is used and no additional Lewis base is added, the halogenated monosilane is trichlorosilane or dichlorosilane, and the organo-substituted ammonium and/or phosphonium halide is selected from [ n Bu 4 N]Cl, [Et 4 N]Cl, [Ph 4 P]Cl and [ n Bu 4 P]Cl.
A centrifuge for separating compounds of a fluid, comprising - a housing surrounding a centrifugation chamber; - a lid with a first opening; - a printed circuit board; - a rotor with a plurality of container holders; and - a shutter which partly covers the lid, characterized in that the shutter comprises i. a second opening which is arranged above the first opening of the lid; ii. a stepper motor for actuating a toggle lever which is connected to a rotatable flap that is arranged above the first opening of the lid and below the second opening of the shutter. - a housing surrounding a centrifugation chamber; - a lid with a first opening; - a printed circuit board; - a rotor with a plurality of container holders; and - a shutter which partly covers the lid, characterized in that the shutter comprises i. a second opening which is arranged above the first opening of the lid; ii. a stepper motor for actuating a toggle lever which is connected to a rotatable flap that is arranged above the first opening of the lid and below the second opening of the shutter. i. a second opening which is arranged above the first opening of the lid; ii. a stepper motor for actuating a toggle lever which is connected to a rotatable flap that is arranged above the first opening of the lid and below the second opening of the shutter.
A nitride semiconductor laser element comprising: a nitride semiconductor layer having an n-side semiconductor layer, an active layer disposed over the n-side semiconductor layer and a p-side semiconductor layer disposed over the active layer, and cavity planes (25a, 25b) at ends of a waveguide region, an insulating film formed directly on and in contact with an upper face of the p-side semiconductor layer so that ends of the insulating film on cavity plane sides are spaced from the cavity planes (25a, 25b) in plan view, and a first film formed on at least one of the cavity planes (25a, 25b) so as to extend to an upper face of the p-side semiconductor layer, and cover part of the insulating film, wherein the first film has a first region (X1, X2) that is in contact with the p-side semiconductor layer and a second region that is in contact with an upper face of the insulating film, and is formed from Al x Ga 1-x N (0 < x ≤ 1) and a different material from that of the insulating film. a nitride semiconductor layer having an n-side semiconductor layer, an active layer disposed over the n-side semiconductor layer and a p-side semiconductor layer disposed over the active layer, and cavity planes (25a, 25b) at ends of a waveguide region, an insulating film formed directly on and in contact with an upper face of the p-side semiconductor layer so that ends of the insulating film on cavity plane sides are spaced from the cavity planes (25a, 25b) in plan view, and a first film formed on at least one of the cavity planes (25a, 25b) so as to extend to an upper face of the p-side semiconductor layer, and cover part of the insulating film, wherein the first film has a first region (X1, X2) that is in contact with the p-side semiconductor layer and a second region that is in contact with an upper face of the insulating film, and is formed from Al x Ga 1-x N (0 < x ≤ 1) and a different material from that of the insulating film.
Haymaking machine for windrowing stalked agricultural crops, comprising at least two rotary rakes (6, 7) which are driven so as to rotate about vertical axes and are supported relative to the ground by support wheels, which rakes comprise tine arms fitted with tines and are pivotally articulated by means of supporting arms (4, 5) to a support frame provided with running wheels such that the rotary rakes (6, 7) can be moved, by means of hydraulic piston-cylinder arrangements or similar actuators, from a working and operating position that is parallel to the ground into an at least approximately vertical transport position and vice versa, the supporting arms (4, 5) of the rotary rakes (6, 7) being length-adjustable so as to adapt to the windrowing width in the working and operating position and to adapt to the maximum transport height in the transport position, characterised in that a blocking member is arranged on the end of at least one of the supporting arms (4, 5) that is remote from the rotary rakes (6, 7), which blocking member comprises two contact surfaces (19, 20) for determining whether a predetermined length of a supporting arm (4, 5) is present and for blocking a movement of a supporting arm (4, 5), and in that the blocking member can be moved out of a first position, in which a supporting arm (4, 5) cannot pivot out of the transport position and into the working and operating position, into a second position, in which, in the working and operating position, it is not possible to adapt the windrowing width to a value that falls below a lower threshold value, and vice versa, when the relevant supporting arm (4, 5) has a length at which rotary rakes (6, 7) articulated to either side of the supporting frame cannot collide in the working and operating position.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a midsole element formed from a foamed polymer material and positioned adjacent to the upper; a plate formed from a substantially non-foamed polymer material, the plate having an upper surface facing toward the upper and an opposite lower surface facing away from the upper, and the plate being embedded within the midsole element such that the foamed polymer material exposes a first area and a second area of the lower surface, characterised in that the first area and the second area of the lower surface each extend from a forefoot region of the sole structure to a heel region of the sole structure; and in that the sole structure further comprises: a first bladder that has a fluid-filled configuration, and a second bladder that has a fluid-filled configuration, the first bladder being secured to the first exposed area of the plate and extending from the forefoot region to the heel region, the second bladder being secured to the second exposed area of the plate and extending from the forefoot region to the heel region. a midsole element formed from a foamed polymer material and positioned adjacent to the upper; a plate formed from a substantially non-foamed polymer material, the plate having an upper surface facing toward the upper and an opposite lower surface facing away from the upper, and the plate being embedded within the midsole element such that the foamed polymer material exposes a first area and a second area of the lower surface, characterised in that the first area and the second area of the lower surface each extend from a forefoot region of the sole structure to a heel region of the sole structure; and in that the sole structure further comprises: a first bladder that has a fluid-filled configuration, and a second bladder that has a fluid-filled configuration, the first bladder being secured to the first exposed area of the plate and extending from the forefoot region to the heel region, the second bladder being secured to the second exposed area of the plate and extending from the forefoot region to the heel region.
An information processing apparatus, comprising a reading unit configured to read, from a memory area of an IC chip, identification information of a service including at least any one of a wire communication service via an external wire communication or a wireless communication service via an external wireless communication, which use the memory area of the IC chip; an acquisition unit configured to acquire service information from an external server, by transmitting the identification information of the service which the reading unit has read to the external server; a storage unit configured to store the service information which the acquisition unit has acquired; and a display unit configured to display all the services which use the memory area of the IC chip based on the acquired service information, wherein the service includes a main service which owns the memory area of the IC chip, and a related service that uses the memory area owned by the main service; wherein the reading unit is configured to specify the related service that relates to the main service, based on information for specifying the related service which the acquisition unit has acquired or which the reading unit has acquired from the storage unit; wherein, if an object to be identified for specifying the related service is a usage history, a bookmark or the like of a web browser, the usage history, the bookmark or the like of the web browser are searched, and the related service is specified based on the result of this search.
A method for producing endothelial cells from human embryonic stem cells (hESCs), involving differentiation of hESCs with a human vascular endothelial growth factor (VEGF) on a substrate and in a medium that provide targeted direct differentiation of hESCs into endothelial cells and separation of the produced endothelial cells, characterized in that a synthetic medium for differentiation is used, which is based on a mixture of DMEM/F12 and a KO serum substitute in a ratio: 75-95% liquid DMEM/F12, 5-25% liquid KO serum substitute, wherein the synthetic medium additionally contains SCF, BMP4, bFGF, TGFbeta growth factors in effective amounts, and wherein the TGFbeta is added on the 3 rd -6 th differentiation day and the separation is carried out on the 3 rd - 9 th day by a method of immunological selection using endothelial cell specific markers, whereafter the produced endothelial cells are cultured in said synthetic medium at a density of plating not less than 50.000 cells per 1 cm 2.