mhurhangee/patent-ind-claim-en huggingface dataset:
A directly compressible tableting composition, comprising an agglomerated product comprising: (a) erythritol from 80 to 95 percent, based on the dry weight of the composition; and (b) from 5 to 20 percent, based on the dry weight of the composition, of an agglomeration liquid, wherein the agglomeration liquid is a binder solution comprising a waxy maltodextrin, the agglomerated product being prepared in a fluid bed by a process which comprises: a) providing erythritol particles to be agglomerated into a fluid bed; b) atomizing or spraying the agglomeration liquid on the erythritol particles; c) agglomerating the erythritol particles; and d) drying the agglomerated product. (a) erythritol from 80 to 95 percent, based on the dry weight of the composition; and (b) from 5 to 20 percent, based on the dry weight of the composition, of an agglomeration liquid, wherein the agglomeration liquid is a binder solution comprising a waxy maltodextrin, the agglomerated product being prepared in a fluid bed by a process which comprises: a) providing erythritol particles to be agglomerated into a fluid bed; b) atomizing or spraying the agglomeration liquid on the erythritol particles; c) agglomerating the erythritol particles; and d) drying the agglomerated product. a) providing erythritol particles to be agglomerated into a fluid bed; b) atomizing or spraying the agglomeration liquid on the erythritol particles; c) agglomerating the erythritol particles; and d) drying the agglomerated product.
A solid phase carrier for improving detection sensitivity provided with a polydimethylsiloxane layer with an initiator on the surface, and titanium dioxide particles distributed in said polydimethylsiloxane layer with an initiator on the surface. a polydimethylsiloxane layer with an initiator on the surface, and titanium dioxide particles distributed in said polydimethylsiloxane layer with an initiator on the surface.
A vehicle body structure member molded by a die, the vehicle body structure member comprising: a general portion constituting a main part of the vehicle body structure member ; ribs provided in a standing manner from the general portion ; and thickened portions provided in a standing manner from the general portion , each of the thickened portions being thicker than each of the ribs, wherein the vehicle body structure member is disposed along a vehicle front-rear direction; the vehicle body structure member has an arch shape curving along a vehicle up-down direction or curving along a vehicle width direction; and the thickened portions are provided in a bending portion on a large curvature side in the vehicle body structure member such that the thickened portions are adjacent to each other, and wherein the thickened portions are ejector pin seats and are provided in adjacent manner along a curved portion being the bending portion on a large curvature side in the vehicle body structure member . a general portion constituting a main part of the vehicle body structure member ; ribs provided in a standing manner from the general portion ; and thickened portions provided in a standing manner from the general portion , each of the thickened portions being thicker than each of the ribs, wherein the vehicle body structure member is disposed along a vehicle front-rear direction; the vehicle body structure member has an arch shape curving along a vehicle up-down direction or curving along a vehicle width direction; and the thickened portions are provided in a bending portion on a large curvature side in the vehicle body structure member such that the thickened portions are adjacent to each other, and wherein the thickened portions are ejector pin seats and are provided in adjacent manner along a curved portion being the bending portion on a large curvature side in the vehicle body structure member .
A water-dispersed pressure-sensitive adhesive composition for surface protection sheets, with the composition comprising an acrylic polymer and a crosslinking agent, wherein the acrylic polymer is obtained by emulsion polymerization of a starting monomer mixture that satisfies the following: comprising as a monomer A1 an alkyl acrylate with 6 to 9 alkyl carbons in an amount of 40 % by weight or more of the total monomer content; comprising as a monomer A2 an alkyl (meth)acrylate having a homopolymer glass transition temperature of -50°C or higher and being represented by the next general formula (M): CH 2 =C(R 1 )COOR 2 (M) wherein in the formula (M), R 1 is a hydrogen atom or a methyl group, and R 2 is an alkyl group with 4 to 20 carbon atoms, wherein the homopolymer glass transition temperature is determined according to methods identified in the description, and wherein the total amount of monomers A1 and A2 accounts for 50 to 99.9 % by weight of all monomers; and comprising as a monomer B a carboxy group-containing monomer, with the monomer B accounting for 0.1 to 5 % by weight of all monomers; with the emulsion polymerization being carried out in the presence of a surfactant S AP , which is an anionic surfactant having a group selected from a 1-propenyl or a 2-propenyl group. comprising as a monomer A1 an alkyl acrylate with 6 to 9 alkyl carbons in an amount of 40 % by weight or more of the total monomer content; comprising as a monomer A2 an alkyl (meth)acrylate having a homopolymer glass transition temperature of -50°C or higher and being represented by the next general formula (M): CH 2 =C(R 1 )COOR 2 (M) wherein in the formula (M), R 1 is a hydrogen atom or a methyl group, and R 2 is an alkyl group with 4 to 20 carbon atoms, wherein the homopolymer glass transition temperature is determined according to methods identified in the description, and wherein the total amount of monomers A1 and A2 accounts for 50 to 99.9 % by weight of all monomers; and comprising as a monomer B a carboxy group-containing monomer, with the monomer B accounting for 0.1 to 5 % by weight of all monomers; with the emulsion polymerization being carried out in the presence of a surfactant S AP , which is an anionic surfactant having a group selected from a 1-propenyl or a 2-propenyl group.
A control system comprising: at least one control panel in signal communication with at least one data control loop ; and at least one connected device in signal communication with the at least one control panel via the at least one data control loop , the at least one connected device including a memory unit having a free memory area that stores first data and an active memory area that stores second data different from the first data, wherein, in response to operating the least one connected device according to the second data, the at least one connected device receives updated data delivered by the at least one of the control panel over the data control loop , and replaces the first data stored in the free memory area with the updated data, wherein the connected device transitions the free memory area into an active memory area, and operates according to data stored in the transitioned active memory area, and transitions the active memory area into a free memory area and replaces the data in the transitioned free area with updated data, wherein the connected device actively operates according to the data stored in the transitioned active memory area 312 while also, simultaneously updating the data stored in the transitioned free memory area 310 at least one control panel in signal communication with at least one data control loop ; and at least one connected device in signal communication with the at least one control panel via the at least one data control loop , the at least one connected device including a memory unit having a free memory area that stores first data and an active memory area that stores second data different from the first data, wherein, in response to operating the least one connected device according to the second data, the at least one connected device receives updated data delivered by the at least one of the control panel over the data control loop , and replaces the first data stored in the free memory area with the updated data, wherein the connected device transitions the free memory area into an active memory area, and operates according to data stored in the transitioned active memory area, and transitions the active memory area into a free memory area and replaces the data in the transitioned free area with updated data,
An air drying and heating system with a solid desiccant , which is developed for the demister systems of the vehicles, and which provides comfort for the driver in the vehicle cabin, essentially comprising: - at least one cylindrical shaped desiccant rotor which has dehumidifying feature, enables air flow by circularly moving around its own axis, and which is designed in form of a fan, the at least one cylindrical shaped desiccant rotor having a first and a second flat surfaces, - at least one HVAC air duct which is located in front of the first flat surface of the cylindrical shaped desiccant rotor , and through which the air coming from the HVAC module passes, - at least one cabin air duct which is located in front of the other flat surface of the cylindrical shaped desiccant rotor , and through which the air going to the cabin passes, - at least one defroster air duct which is positioned next to cabin air duct in front of the other flat surface of the cylindrical shaped desiccant rotor , and through which the dry and hot air passes, and characterised in that , - the at least one cylindrical shaped desiccant rotor moves circularly around its own axis by means of the hot air coming from the HVAC air duct . - at least one cylindrical shaped desiccant rotor which has dehumidifying feature, enables air flow by circularly moving around its own axis, and which is designed in form of a fan, the at least one cylindrical shaped desiccant rotor having a first and a second flat surfaces, - at least one HVAC air duct which is located in front of the first flat surface of the cylindrical shaped desiccant rotor , and through which the air coming from the HVAC module passes, - at least one cabin air duct which is located in front of the other flat surface of the cylindrical shaped desiccant rotor , and through which the air going to the cabin passes, - at least one defroster air duct which is positioned next to cabin air duct in front of the other flat surface of the cylindrical shaped desiccant rotor , and through which the dry and hot air passes, and characterised in that , - the at least one cylindrical shaped desiccant rotor moves circularly around its own axis by means of the hot air coming from the HVAC air duct .
A method, comprising: detecting , at a server , at a first time period, whether an available amount of a first resource on a computing device is below a first threshold level; in response to detecting , at the first time period, that the available amount of the first resource on the computing device is below the first threshold level, switching , by the server , to a first operating mode, wherein the switching to the first operating mode includes (i) intercepting first data intended to be transmitted to the computing device , the first data corresponding to a first set of one or more applications on the computing device and storing the intercepted first data, and (ii) transmitting a portion of the stored first data to the computing device in one or more portions in response to determining that the intercepted first data is stored for an amount of time exceeding a threshold amount of time; and in response to detecting , by the server , at a second time period subsequent to the first time period, that the available amount of the first resource on the computing device meets or exceeds the first threshold level, switching , by the server to a second operating mode, wherein the switching to the second operating mode includes halting the intercepting of the first data intended to be transmitted to the computing device . detecting , at a server , at a first time period, whether an available amount of a first resource on a computing device is below a first threshold level; in response to detecting , at the first time period, that the available amount of the first resource on the computing device is below the first threshold level, switching , by the server , to a first operating mode, wherein the switching to the first operating mode includes (i) intercepting first data intended to be transmitted to the computing device , the first data corresponding to a first set of one or more applications on the computing device and storing the intercepted first data, and (ii) transmitting a portion of the stored first data to the computing device in one or more portions in response to determining that the intercepted first data is stored for an amount of time exceeding a threshold amount of time; and in response to detecting , by the server , at a second time period subsequent to the first time period, that the available amount of the first resource on the computing device meets or exceeds the first threshold level, switching , by the server to a second operating mode, wherein the switching to the second operating mode includes halting the intercepting of the first data intended to be transmitted to the computing device .
Method of manufacturing timepiece hairsprings in a wafer , comprising a step in which: b) between at least one source emitting radiation (R) and a photosensitive resin carried by a face of the wafer , a reusable mask stops at least a part of the radiation (R) except at the level of zones comprising several windows which define the contours of the timepiece hairsprings and which this reusable mask comprises, characterized in that the reusable mask is a corrected reusable mask in that at least some of the windows are dimensionally different from each other so as to reduce an extent of a dispersion of the elastic torques of at least some of the timepiece hairsprings made in the same wafer .
A light fixture comprising: • a casing ; • a support assembly configured to support and move the casing and to enable the casing to rotate about a first axis (PAN) and about a second axis (TILT), which is orthogonal to the first axis (PAN); • at least one light source assembly housed inside the casing and configured to generate visible light beams of different colours; the light fixture being characterized by comprising a control device configured to control the position of the casing via the adjustment of the support assembly and to control the colour of the beam emitted by the light source assembly based on the position or the movement imparted to the casing or based on a parameter correlated to the position or the movement imparted to the casing ; wherein the control device is configured to control the colour of the beam emitted by the light source assembly based on the position signals or the movement signals imparted to the support assembly . • a casing ; • a support assembly configured to support and move the casing and to enable the casing to rotate about a first axis (PAN) and about a second axis (TILT), which is orthogonal to the first axis (PAN); • at least one light source assembly housed inside the casing and configured to generate visible light beams of different colours;
Spunbonded nonwoven laminate comprising at least two spunbonded nonwoven layers, wherein at least one spunbonded nonwoven layer comprises crimped continuous filaments or consists or substantially consists of crimped continuous filaments, wherein the crimped continuous filaments are multicomponent filaments, in particular bicomponent filaments having a first component based on polypropylene and a second component based on polypropylene, wherein the specific density ρ [g/cm 3 ] of the spunbonded nonwoven laminate depending on the mass per unit area of the spunbonded nonwoven laminate lies below a limiting density ρ G which is defined by the following equation: ρ G = 9 1 cm × Mass per unit area g cm 2 + 0.0393 g cm 3 and wherein at least one spunbonded nonwoven layer comprises crimped continuous filaments having a core-sheath configuration, preferably having an eccentric core-sheath configuration.
An optical fiber sensor for three-dimensional shape sensing, configured to operate in a wavelength band, the optical fiber sensor comprising: a cladding ; a plurality of cores in the cladding and extending along a length of the fiber sensor , the plurality of cores including a central core used as a sensing core in the wavelength band, a first helical peripheral core used as a sensing core in the wavelength band, a second helical peripheral core used as a sensing core in the wavelength band, a third helical peripheral core used as a sensing core in the wavelength band, and a fourth helical peripheral core not used for sensing in the wavelength band; and a coating surrounding the cladding , the coating having a refractive index smaller than a refractive index of the cladding , wherein the fourth helical peripheral core comprises an absorber material absorptive to light in the wavelength band. a cladding ; a plurality of cores in the cladding and extending along a length of the fiber sensor , the plurality of cores including a central core used as a sensing core in the wavelength band, a first helical peripheral core used as a sensing core in the wavelength band, a second helical peripheral core used as a sensing core in the wavelength band, a third helical peripheral core used as a sensing core in the wavelength band, and a fourth helical peripheral core not used for sensing in the wavelength band; and a coating surrounding the cladding , the coating having a refractive index smaller than a refractive index of the cladding , wherein the fourth helical peripheral core comprises an absorber material absorptive to light in the wavelength band.
A nasal seal comprising: a seal body formed of a soft flexible material and having a sidewall that at least partially defines an inner cavity, the seal body comprising: a sealing portion comprising a first nostril prong and a second nostril prong ; a base portion defining a supply opening that allows a supply of breathing gases to be provided to the inner cavity; a bellows portion defined by the sidewall, the bellows portion being located between the sealing portion and the supply opening , wherein the bellows portion comprises an indentation that extends circumferentially around the seal body and supports both the first nostril prong and the second nostril prong , wherein the indentation extends around an entire circumference of the seal body, characterized in that the perimeter of the base portion and indentation is smaller than the perimeter of the sealing portion to provide an offset that can inhibit the base portion from contacting the user's lip in use. a sealing portion comprising a first nostril prong and a second nostril prong ; a base portion defining a supply opening that allows a supply of breathing gases to be provided to the inner cavity; a bellows portion defined by the sidewall, the bellows portion being located between the sealing portion and the supply opening , wherein the bellows portion comprises an indentation that extends circumferentially around the seal body and supports both the first nostril prong and the second nostril prong , wherein the indentation extends around an entire circumference of the seal body, characterized in that the perimeter of the base portion and indentation is smaller than the perimeter of the sealing portion to provide an offset that can inhibit the base portion from contacting the user's lip in use.
A module for insertion into a housing or for removal from a housing comprising a base body having a front wall and a rear wall , wherein parallel elongate strip parts extend between the front wall and the rear wall , the longitudinal extension or dimension thereof spaces apart the front wall and the rear wall , wherein at least one strip part has a guide leg for cooperation with a guide counter-element of the housing , characterized in that the at least one strip part is configured to be Y-shaped in cross-section.
An intervertebral device, comprising: a first element having a longitudinal axis; a second element slidably attached to the base and configured to move in a direction parallel to the longitudinal axis of the first element , the second element including a first plurality of curvilinear surfaces ; a third element slidably attached to the first element and configured to move in a direction perpendicular to the longitudinal axis of the first element , the third element including a second plurality of curvilinear surfaces , each of the first plurality of curvilinear surfaces of the second element being configured to couple with a respective one of the second plurality of curvilinear surfaces of the third element , such that the third element rotates with respect to the first element as the second element moves along the longitudinal axis of the first element , the third element having an axis of rotation (R C3 ), the axis of rotation (R C3 ) of the third element being neither parallel nor perpendicular to the longitudinal axis of the first element . a first element having a longitudinal axis; a second element slidably attached to the base and configured to move in a direction parallel to the longitudinal axis of the first element , the second element including a first plurality of curvilinear surfaces ; a third element slidably attached to the first element and configured to move in a direction perpendicular to the longitudinal axis of the first element , the third element including a second plurality of curvilinear surfaces , each of the first plurality of curvilinear surfaces of the second element being configured to couple with a respective one of the second plurality of curvilinear surfaces of the third element , such that the third element rotates with respect to the first element as the second element moves along the longitudinal axis of the first element , the third element having an axis of rotation (R C3 ), the axis of rotation (R C3 ) of the third element being neither parallel nor perpendicular to the longitudinal axis of the first element .
Storage cabinet for storing beverages in an air-conditioned and/or temperature-controlled manner, comprising at least one support rack , for storing or receiving drinks bottles, which support rack is mounted inside the storage cabinet on a telescopic mechanism so that it can be pulled out, the support rack comprising a frame formed by two transverse struts and two longitudinal struts connecting the transverse struts , and comprising support struts arranged within the support rack so as to be oriented in parallel with one another in the longitudinal direction, characterised in that a directly writable labelling strip is removably attached to the front transverse strut of the support rack , the labelling strip extending over the entire width of the transverse strut .
A combination comprising a synergistically effective amount of an mTOR inhibitor and a peripheral μ-opioid receptor antagonist, wherein the mTOR inhibitor is TOP216 or OSI-027 or a rapamycin derivative which is temsirolimus, everolimus, deforolimus, TAFA93, AP23573, ABT-573, FK506, or nab-rapamycin and wherein the peripheral μ-opioid receptor antagonist is a compound of formula (I): as a single enantiomer, a mixture of enantiomers, a single diastereomer or a mixture of diastereomers thereof, or a pharmaceutically acceptable salt or solvate thereof, wherein R is alkyl, alkenyl, alkynyl, aryl, cycloalkyl-substituted alkyl, or arylsubstituted alkyl, and X - is chloride, bromide, iodide, carbonate or methylsulfate anion for treating a disorder characterized by unwanted migration and/or proliferation of cells wherein the disorder is a cancer, sickle cell anemia, a vascular wound, or a proliferative retinopathy.