mhurhangee/ep-ind-claims huggingface dataset:
An injectable compound for treating obesity, comprising: a fluid carrier injectable intramuscularly into one of a pyloric sphincter and tissue adjacent to a pyloric sphincter; and a plurality of microspheres suspended in the fluid carrier and adapted to alter one of a compliance of the pyloric sphincter and a lumen area of the pyloric sphincter, wherein the microspheres comprise a bio adhesive, characterized in that the microspheres include at least one of a radiopaque element, a fluoroprobe, and a visual marker. a fluid carrier injectable intramuscularly into one of a pyloric sphincter and tissue adjacent to a pyloric sphincter; and a plurality of microspheres suspended in the fluid carrier and adapted to alter one of a compliance of the pyloric sphincter and a lumen area of the pyloric sphincter, wherein the microspheres comprise a bio adhesive, characterized in that the microspheres include at least one of a radiopaque element, a fluoroprobe, and a visual marker.
An improved method for the production of CRM 197 with high yield using engineered Corynebacterium diphtheriae strain having increased copy number of CRM 197 gene, wherein the method comprises growing the strain in a non-defferated fermentation medium comprising more than 10 amino acids other than tyrosine and asparagine and being free of animal derived components, wherein no maltose is used as a carbon source.
A method for manufacturing a wing rib for an aircraft wing, said method comprising: shaping a sheet of composite material into a corrugated sheet of composite material by means of a layup corrugation tool; cutting a first corrugated composite web having a wave pattern from said corrugated sheet of composite material, wherein at least one portion of the first corrugated composite web has a uniform thickness; providing two or more fittings having an engagement structure having a shape and size corresponding to the wave pattern of the corrugated composite wet; coupling, by means of the two or more fittings, said first corrugated composite web with an upper wing skin and a lower wing skin at a first position within said wing. shaping a sheet of composite material into a corrugated sheet of composite material by means of a layup corrugation tool; cutting a first corrugated composite web having a wave pattern from said corrugated sheet of composite material, wherein at least one portion of the first corrugated composite web has a uniform thickness; providing two or more fittings having an engagement structure having a shape and size corresponding to the wave pattern of the corrugated composite wet; coupling, by means of the two or more fittings, said first corrugated composite web with an upper wing skin and a lower wing skin at a first position within said wing.
A method for producing a motor vehicle body comprising a side panel, which is formed in a monocoque construction by an inner sheet metal shell and an outer sheet metal shell, wherein the side panel also forms a lateral roof frame, which is connected to a B pillar of the motor vehicle body, wherein a tube made of a fibre-reinforced plastics material is arranged in the cavity between the inner sheet metal shell and the outer sheet metal shell in the region of the lateral roof frame for reinforcement, wherein the tube is connected to a reinforcing plate of the B pillar, which plate extends over the entire height of the B pillar, wherein the tube is bonded to the reinforcing plate of the B pillar and to the A pillar and the C pillar, said method comprising at least the following steps: • attaching the inner sheet metal shell to the body, • connecting the reinforcing plate of the B pillar to the tube to form a sub-assembly, • attaching the sub-assembly to the body, • attaching the outer sheet metal shell, • painting the body, • bonding the tube to the A pillar and the C pillar. • attaching the inner sheet metal shell to the body, • connecting the reinforcing plate of the B pillar to the tube to form a sub-assembly, • attaching the sub-assembly to the body, • attaching the outer sheet metal shell, • painting the body, • bonding the tube to the A pillar and the C pillar.
A process for producing a supported nonmetallocene catalyst, conducted in either Way or Way, while Way comprising the steps of: dissolving a magnesium compound and a nonmetallocene ligand in a solvent, to obtain a magnesium compound solution; mixing a porous carrier or a thermally activated porous carrier with the magnesium compound solution to obtain a slurry; drying the slurry, or introducing into the slurry a precipitating agent, to obtain a composite carrier; and treating the composite carrier with a chemical treating agent selected from the group consisting of a Group IVB metal compound to obtain the supported nonmetallocene catalyst, or Way comprising the steps of: dissolving a magnesium compound and a nonmetallocene ligand in a solvent, to obtain a magnesium compound solution; drying the magnesium compound solution, or introducing into the magnesium compound solution a precipitating agent, to obtain a modified carrier; and treating the modified carrier with a chemical treating agent selected from the group consisting of a Group IVB metal compound to obtain the supported nonmetallocene catalyst. dissolving a magnesium compound and a nonmetallocene ligand in a solvent, to obtain a magnesium compound solution; mixing a porous carrier or a thermally activated porous carrier with the magnesium compound solution to obtain a slurry; drying the slurry, or introducing into the slurry a precipitating agent, to obtain a composite carrier; and treating the composite carrier with a chemical treating agent selected from the group consisting of a Group IVB metal compound to obtain the supported nonmetallocene catalyst, or dissolving a magnesium compound and a nonmetallocene ligand in a solvent, to obtain a magnesium compound solution; drying the magnesium compound solution, or introducing into the magnesium compound solution a precipitating agent, to obtain a modified carrier; and treating the modified carrier with a chemical treating agent selected from the group consisting of a Group IVB metal compound to obtain the supported nonmetallocene catalyst.
An LED light bulb, including: a power wire support set including a first power wire, a second power wire and at least one fixed block, wherein the fixed block fixes the first and second power wires (111, 112) to make them form a power wire supporting structure; an LED filament having two ends respectively soldered to a first end of the first power wire and a first end of the second power wire, making the LED filament supported by the power wire supporting structure, the LED light bulb being characterized in that the LED filament does not require an internal space for accommodating a stem provided to support the LED filament, and that the fixed block is made of glass, and the first and second power wires (111, 112) are dumet wires; a glass envelope including a head part having a receiving space for receiving the LED filament and the fixed block, and a tail part tapered to clamp and fix second ends of the first and second power wires (111, 112) in position; and a screw base electrically connected to the second ends of the first and second power wires (111, 112). a power wire support set including a first power wire, a second power wire and at least one fixed block, wherein the fixed block fixes the first and second power wires (111, 112) to make them form a power wire supporting structure; an LED filament having two ends respectively soldered to a first end of the first power wire and a first end of the second power wire, making the LED filament supported by the power wire supporting structure, the LED light bulb being characterized in that the LED filament does not require an internal space for accommodating a stem provided to support the LED filament, and that the fixed block is made of glass, and the first and second power wires (111, 112) are dumet wires; a glass envelope including a head part having a receiving space for receiving the LED filament and the fixed block, and a tail part tapered to clamp and fix second ends of the first and second power wires (111, 112) in position; and a screw base electrically connected to the second ends of the first and second power wires (111, 112).
Method for controlling a portable object characterized in that it comprises: - increasing the strength of a signal emitted by the object in response to a clockwise, or respectively anti-clockwise, rotation of the object with respect to a first axis of rotation passing through the object, - reducing the strength of a signal emitted by the object in response to an anti-clockwise, or respectively clockwise, rotation of the object with respect to the first axis of rotation, the method being characterized in that it comprises passage of the object from a standby state to an activated state which is initiated in response to: • a rotation of the object by an angle greater than or equal to a first minimum angle value with respect to an axis of rotation passing through the object (9, 10), and/or • an agitation of the object in a back and forth motion. - increasing the strength of a signal emitted by the object in response to a clockwise, or respectively anti-clockwise, rotation of the object with respect to a first axis of rotation passing through the object, - reducing the strength of a signal emitted by the object in response to an anti-clockwise, or respectively clockwise, rotation of the object with respect to the first axis of rotation, the method being characterized in that it comprises passage of the object from a standby state to an activated state which is initiated in response to: • a rotation of the object by an angle greater than or equal to a first minimum angle value with respect to an axis of rotation passing through the object (9, 10), and/or • an agitation of the object in a back and forth motion. • a rotation of the object by an angle greater than or equal to a first minimum angle value with respect to an axis of rotation passing through the object (9, 10), and/or • an agitation of the object in a back and forth motion.
A seating system (10*) for a motor vehicle; the seating system (10*) comprising: - a structure; - a seat (11*) supported by said structure and comprising a seat cushion (12*) and a seat back (13*); - a child safety seat; and - a releasable fastening apparatus (40*) for securing said child safety seat to said seat (11*); said releasable fastening apparatus (40*) comprising: a) upper releasable fastening means (45B*) arranged in a fixed position with respect to said structure; b) connecting means (42*) carried by said child safety seat and suitable to be coupled in a releasable manner to said upper releasable fastening means (45B*) in order to maintain said child safety seat in a raised configuration; said child safety seat being defined by a body (30*) which forms part of said seat cushion (12*), and said releasable fastening apparatus (40*) comprising lower releasable fastening means (45A*) fixed with respect to said structure and configured so as to be engaged by said connecting means (42*), in a releasable manner and as an alternative to said upper releasable fastening means (45B*), in order to maintain said body (30*) in a lowered configuration; characterized in that said connecting means (42*) are defined by two connecting elements that can be retracted with respect to said body (30*). - a structure; - a seat (11*) supported by said structure and comprising a seat cushion (12*) and a seat back (13*); - a child safety seat; and - a releasable fastening apparatus (40*) for securing said child safety seat to said seat (11*); said releasable fastening apparatus (40*) comprising: a) upper releasable fastening means (45B*) arranged in a fixed position with respect to said structure; b) connecting means (42*) carried by said child safety seat and suitable to be coupled in a releasable manner to said upper releasable fastening means (45B*) in order to maintain said child safety seat in a raised configuration; a) upper releasable fastening means (45B*) arranged in a fixed position with respect to said structure; b) connecting means (42*) carried by said child safety seat and suitable to be coupled in a releasable manner to said upper releasable fastening means (45B*) in order to maintain said child safety seat in a raised configuration;
Light fitting with a light conductor, in which light from a light source is coupled and from which light is decoupled by means of a light decoupling side to a light output surface of the light fitting, wherein, provided in the light path of the light decoupled out of the light conductor are at least one transparent screening element with a refractive structure which at least in an area perpendicular to the light output surface effects a screening relative to a perpendicular line to the light output surface, and a beam optimisation element, which reflects light partially back in the direction of the light conductor and partially lets it through, characterised in that the part of the light reflected on this beam optimisation element for light which strikes the light input surface of this beam optimisation element in a first angle range relative to a normal to this light input surface, is greater than the part which is reflected where light strikes in another second angle range, wherein the first angle range corresponds to angles of incidence of more than 70°, so that the light density of the light emerging from the light fitting above the screening angle is reduced by the aforesaid back reflection on the beam optimisation element, wherein the beam optimisation element does not have any refractive structures which effect a screening in areas perpendicular to the light output surface, in which the screening element or the screening elements (11, 40) do not substantially effect any screening or only effect a screening at larger angles. (Below are the claims 2 to 10 as originally submitted).
A tamper-evident closure for a container, the closure comprising a base or body attachable to a container neck, the base/body comprising a sidewall having a tamper-evident drop band, the band including an abutment for engaging the container neck to cause the band to break away from the sidewall if an attempt is made to remove the closure from the neck once fitted, characterised in that the band further comprises an extension against which the sidewall can push if the closure is reapplied to push the band away from the base.
A drainage-dehydration control method of a multi-drum washing machine, the washing machine comprising a first washing drum and a second washing drum and a control unit, wherein: before the control unit controls the first washing drum to execute a drainage procedure, the control unit judges whether the second washing drum is executing a drainage procedure or a dehydration procedure; wherein if yes and the dehydration procedure is being executed in the second washing drum, the control unit controls the first washing drum to continue executing a washing procedure or a rinse procedure, or suspend executing drainage and dehydration until the dehydration procedure of the second washing drum is completed; if yes and the drainage procedure is being executed in the second washing drum, the control unit controls the first washing drum to continue executing a washing procedure or a rinse procedure, or suspend executing drainage and dehydration until the drainage procedure and the dehydration procedure of the second washing drum are completed, if no, the control unit controls the first washing drum to start the drainage procedure and the dehydration procedure. before the control unit controls the first washing drum to execute a drainage procedure, the control unit judges whether the second washing drum is executing a drainage procedure or a dehydration procedure; wherein if yes and the dehydration procedure is being executed in the second washing drum, the control unit controls the first washing drum to continue executing a washing procedure or a rinse procedure, or suspend executing drainage and dehydration until the dehydration procedure of the second washing drum is completed; if yes and the drainage procedure is being executed in the second washing drum, the control unit controls the first washing drum to continue executing a washing procedure or a rinse procedure, or suspend executing drainage and dehydration until the drainage procedure and the dehydration procedure of the second washing drum are completed, if no, the control unit controls the first washing drum to start the drainage procedure and the dehydration procedure.
A system for determining a material entity to be removed from a pile by means of an implement of a material moving machine, said system comprising means for generating a pile shape model representing the actual shape of said pile, characterised in that said system being adapted to determine a nominal pile shape of at least a portion of said pile, said nominal pile shape being determined on the basis of at least said pile shape model and information regarding the material type of said pile, said system being adapted to determine a surplus volume between said nominal pile shape and said pile shape model, said system being adapted to determine said material entity to be removed from said pile on the basis of said surplus volume.
A method for adapting the operation of a vehicle control system, wherein the operation takes place via one or more operating menus of a user interface which are displayed on a display unit, wherein a statistic is compiled as to which operating menu settings the driver has performed at least within a defined time period; wherein in the statistic, apart from the frequency of use, it is also recorded which operating menu item setting values the driver has selected; wherein the driving situation in which the driver performed the operating menu item setting is additionally also recorded; wherein the statistic is stored in a memory unit of the vehicle; wherein the statistic is transmitted to an external management unit; wherein the statistic is evaluated in the external management unit, and depending thereon a software update, individually adapted to the needs of the driver, for a program of the vehicle control system (182, 184) is created, which update is transmitted to the vehicle and installed in said vehicle; wherein the behavior of the driver as recorded via the statistic is learned via the individual adaptation so that the learned operating menu item settings of the driver are selected automatically in the future in the relevant driving situations without the driver themselves needing to select these operating menu item settings.
A method for processing process data (P1, P2,..., PN) at a data bus subscriber (7a, 7b,..., 7n) in a local bus, in particular a ring bus, comprising: receiving a first symbol of a data packet during a first number of working cycles, wherein the first symbol comprises first process data (Pi); loading at least one first instruction (22a, 22b) from an instruction list (21a, 21b) during the first number of working cycles, wherein the instruction list (21a, 21b) is selected on the basis of an instruction list index, wherein the instruction list index was received in a symbol of the data packet before the symbol with the first process data (Pi); receiving a second symbol of the data packet during a second number of working cycles, wherein the second symbol comprises second process data; processing the first process data contained in the first symbol with the at least one loaded first instruction (22a, 22b) during the second number of working cycles; and loading at least one second instruction (23a, 23b) for processing the second process data from the second symbol during the second number of working cycles. receiving a first symbol of a data packet during a first number of working cycles, wherein the first symbol comprises first process data (Pi); loading at least one first instruction (22a, 22b) from an instruction list (21a, 21b) during the first number of working cycles, wherein the instruction list (21a, 21b) is selected on the basis of an instruction list index, wherein the instruction list index was received in a symbol of the data packet before the symbol with the first process data (Pi); receiving a second symbol of the data packet during a second number of working cycles, wherein the second symbol comprises second process data; processing the first process data contained in the first symbol with the at least one loaded first instruction (22a, 22b) during the second number of working cycles; and loading at least one second instruction (23a, 23b) for processing the second process data from the second symbol during the second number of working cycles.
A dosage system feeding a fluid into a static mixer, said system comprising: a tank containing said fluid at a predetermined pressure and a pressurizing element; a fluid passage connecting said mixer and said tank; a scale detecting a weight (PV_M) of said fluid contained in said tank; a control valve provided within said fluid passage to control a flow rate of said fluid from said tank into said static mixer; a controller, said controller being either a controller that can be operated only in an automatic control mode, or a controller that is selectively operating in either of said automatic control mode and a manual control mode, wherein: (a) in said automatic control mode, said controller receives a target flow rate (SP_Q) of said fluid, and an actual flow rate (PV_Q) of said fluid, and outputs to said control valve a control signal (MV_L) controlling the valve position of said control valve to adjust said flow rate; and (b) in said manual control mode, said controller receives a manual valve position (MAN_L), input by an operator, as said control signal (MV_L) to drive said control valve; and a flow rate estimator outputting said actual flow rate (PV_Q) to said controller based on said weight (PV_M) as detected by said scale at different points of time (t0, t1). a tank containing said fluid at a predetermined pressure and a pressurizing element; a fluid passage connecting said mixer and said tank; a scale detecting a weight (PV_M) of said fluid contained in said tank; a control valve provided within said fluid passage to control a flow rate of said fluid from said tank into said static mixer; a controller, said controller being either a controller that can be operated only in an automatic control mode, or a controller that is selectively operating in either of said automatic control mode and a manual control mode, wherein: (a) in said automatic control mode, said controller receives a target flow rate (SP_Q) of said fluid, and an actual flow rate (PV_Q) of said fluid, and outputs to said control valve a control signal (MV_L) controlling the valve position of said control valve to adjust said flow rate; and (b) in said manual control mode, said controller receives a manual valve position (MAN_L), input by an operator, as said control signal (MV_L) to drive said control valve; and (a) in said automatic control mode, said controller receives a target flow rate (SP_Q) of said fluid, and an actual flow rate (PV_Q) of said fluid, and outputs to said control valve a control signal (MV_L) controlling the valve position of said control valve to adjust said flow rate; and (b) in said manual control mode, said controller receives a manual valve position (MAN_L), input by an operator, as said control signal (MV_L) to drive said control valve; and a flow rate estimator outputting said actual flow rate (PV_Q) to said controller based on said weight (PV_M) as detected by said scale at different points of time (t0, t1).