ABG Intellectual Property Law, S.L

The present invention refers to solid and gel polymer electrolytes comprising bio-based monomers and a lithium salt. The invention also refers to a method to obtain the solid and gel polymer electrolytes in presence of a polymerization initiator. Furthermore, plasticizers and co-monomers may be added to tune the electrochemical and rheological properties of the electrolyte, which showed high resistance of lithium dendrites growth and high electrochemical stability at high voltage and against lithium metal in electrochemical cells in long term at room temperature.

The present application provides a composition comprising Sotatercept and a variant thereof, as well as related methods and uses, wherein the variant has a peptide bond cleavage occurred between arginine at position 4 and serine at position 5 (Arg(4)-Ser(5)) in the amino acid sequence (SEQ ID NO:2) of one or two monomeric peptide chains of sotatercept, and as calculated by a peptide mass fingerprinting analysis, the content of the variant is less than or equal to about 10%. The present application also provides a pharmaceutical formulation comprising the above composition and a method of making the same. The present application further provides a method for detecting the above variant and use of the variant in the quality inspection or quality control of a sotatercept-containing product.

The invention relates to stabilized microparticles containing oils and to a method of producing these stabilized microparticles. The invention also relates to compositions comprising the stabilized microparticles and to the uses of the stabilized microparticles and the compositions.

The present invention provides, in a first inventive aspect, a method for morphing glass parts having a desired shape and composition. In particular, said glass parts can be obtained by means of the laser-assisted method as described in the present invention. The present invention also discloses a second inventive aspect which provides a device for morphing a glass part thereof.

The present disclosure provides a cellulose pretreatment agent, a method for pretreating cellulose with the cellulose pretreatment agent, and a method for producing a reducing sugar. The cellulose pretreatment agent is an organic acid comprising at least one sulfonic acid group, a carbon-based material derived from the organic acid comprising at least one sulfonic acid group, or a g-C<3>N<4>/FeOCl Fenton-like composite. The pretreatment of the present disclosure can be performed under a mild condition and the cellulose-containing biomass pretreated with the cellulose pretreatment agent of the present disclosure can be enzymatically hydrolyzed under a mild condition, with less hazardous chemicals used.

The present invention relates to a machine (100) for manufacturing and closing stuffed meat products with a closing device (2) mounted in the machine (100) in a displaceable manner between at least two positions, one of which is a withdrawn position (N) suitable for supplying a closing element to the closing device so that it can apply said closing element on an empty longitudinal casing portion, wherein the displacement of the closing device (2) is brought about by an actuator (31) and transmitted to the closing device (2) through a kinematic chain (32), the machine being equipped with means for the non-manual updating of the amount of movement that the actuator (31) must impart to the kinematic chain (32) to ensure that in the displacements of the closing device (2) towards the mentioned withdrawn position (N) the closing device (2) is stopped in said withdrawn position (N) with required precision, with position deviations caused by wear and/or misalignments in the kinematic chain being corrected.

A device of a vehicle; the device may include: an interface configured to receive sensor data representing force measurements along at least a first axis of the vehicle from at least two sensors; and a processor configured to: determine sensor positions of the at least two sensors along a second axis a the third axis, wherein the second axis and the third axis are perpendicular to the first axis; instruct a vehicle control system to move the vehicle with an acceleration for a period of time; and determine a center of gravity location along the first axis for a load applying force to the at least two sensors based on the sensor positions , the sensor data representing the force measurements during the period of time, and the acceleration.

A device may include: an interface configured to receive data from a plurality of deployed autonomous machines within a detection environment and a processor configured to: determine skeletal features of individual persons detected from multiple fields of view within the detection environment based on the data; identify at least one individual of the individual persons based on the skeletal features and reference skeletal data representing three-dimensional skeletal representations; instruct at least one deployed autonomous machine of the plurality of deployed autonomous machines to perform an action associated with an identified individual based on the identification.

The present invention relates to a recycled vegetable oil and to a process for obtaining it by the treatment of a waste cooking oil with a mixture of magnesium silicate and an alkali and subsequent treatment with a zeolite. The invention also relates to the use of the recycled oil as lubricant or as cooling liquid. The invention also relates to a lubricant composition comprising the recycled oil ant to its use for lubrication of mechanical devices, for example, bicycle, electric bicycle or motorbike chains, or for the lubrication of other transmission chains, chainsaws or garden cutters.

The present invention relates to methods for distinguishing between leiomyosarcoma and leiomyoma, as well as to a method for identifying a subject suspected of having leiomyosarcoma. The invention also relates to kits and devices for carrying out said methods of the invention.