mhurhangee/patent-ind-claim-en huggingface dataset:
Printing machine of the blocking press type, comprising: - a heating block which comprises a curved carrier medium surface of a printing plate, - an application head comprising means of guidance of the heating block by tilting in a plane PX, and - an actuator for tilting of the heating block relative to the application head, characterized in that the actuator is immovable in relation to the application head and is designed to bring about the tilting of the heating block by a cam , said cam being driven by the actuator and cooperating with a tracker borne by the heating block, said tracker having at least a degree of freedom in translation in relation to said cam in a plane that is parallel to the plane PX or coincident with the plane PX. - a heating block which comprises a curved carrier medium surface of a printing plate, - an application head comprising means of guidance of the heating block by tilting in a plane PX, and - an actuator for tilting of the heating block relative to the application head, characterized in that the actuator is immovable in relation to the application head and is designed to bring about the tilting of the heating block by a cam , said cam being driven by the actuator and cooperating with a tracker borne by the heating block, said tracker having at least a degree of freedom in translation in relation to said cam in a plane that is parallel to the plane PX or coincident with the plane PX.
An air intake for nacelle intended to equip an aircraft propulsion unit of the type comprising an air intake upstream of an engine delimiting an air intake flow path, a median section intended to surround a fan of the engine and a downstream section intended to surround the combustion chamber of the engine, the air intake comprising a disassembly mechanism having a movable panel between a flush closed position in which it ensures the aerodynamic continuity of the air intake in the air intake flow path and an open for maintenance position in which the movable panel is recessed radially outward from its flush closed position so as to free up a space allowing the removal of a fan blade at its distal end , the movable panel being configured to be fixed to the nacelle by fixing means configured to be housed integrally in the nacelle , for example in the air intake of the nacelle , the disassembly mechanism having a cavity formed in a thickness of the air intake and closed by the movable panel in the flush closed position, characterized in that the fixing means comprising movable radial rods configured to be anchored to the movable panel and fixed to the air intake by means of a two-position yoke . the air intake comprising a disassembly mechanism having a movable panel between a flush closed position in which it ensures the aerodynamic continuity of the air intake in the air intake flow path and an open for maintenance position in which the movable panel is recessed radially outward from its flush closed position so as to free up a space allowing the removal of a fan blade at its distal end , the movable panel being configured to be fixed to the nacelle by fixing means configured to be housed integrally in the nacelle , for example in the air intake of the nacelle , the disassembly mechanism having a cavity formed in a thickness of the air intake and closed by the movable panel in the flush closed position, characterized in that the fixing means comprising movable radial rods configured to be anchored to the movable panel and fixed to the air intake by means of a two-position yoke .
A fixation device , comprising: an inner core extending along a longitudinal axis from a distal tip to a proximal end; and a sleeve surrounding the core along a portion of a length thereof and comprising a thermoplastic polymer formed of a material which softens and expands into surrounding bone tissue when activated by an energy source characterised in that the inner core is biodegradable, wherein the biodegradable inner core is a biodegradable metallic inner core and comprises one of: magnesium; a magnesium alloy; and an iron alloy. an inner core extending along a longitudinal axis from a distal tip to a proximal end; and a sleeve surrounding the core along a portion of a length thereof and comprising a thermoplastic polymer formed of a material which softens and expands into surrounding bone tissue when activated by an energy source
An in vitro method for differentiation of cells into insulin-producing β-cells, said method comprising the steps of: i) inactivating Yap1 in a pancreatic progenitor cell population comprising at least one cell capable of differentiation; ii) differentiating the cells of step i) and committing them to endocrine fate, preferably to insulin producing β-cell fate; thereby obtaining a cell population enriched for insulin-producing β-cells, compared to cells where Yap1 was not inactivated. i) inactivating Yap1 in a pancreatic progenitor cell population comprising at least one cell capable of differentiation; ii) differentiating the cells of step i) and committing them to endocrine fate, preferably to insulin producing β-cell fate;
An optical circuit comprising: a transparent plate which is light-transmittable; and a light shielding plate which has an opening through which incident light passes, characterized in that the light shielding plate has, on the side opposite to the transparent plate , projections in an overhang shape toward the center of the opening in the opening ; and in that the light shielding plate is adhered to the transparent plate with an adhesive . a transparent plate which is light-transmittable; and a light shielding plate which has an opening through which incident light passes, the light shielding plate has, on the side opposite to the transparent plate , projections in an overhang shape toward the center of the opening in the opening ; and in that the light shielding plate is adhered to the transparent plate with an adhesive .
A disinfectant applicator that enables application of an optimum quantity of disinfectant to operation area in pre-operative patients, characterized by comprising; a disposable apparatus that enables ergonomic handling of the applicator and on which a disinfectant containing bottle can be installed and removed, a cylindrical elastomeric plug having circular holes which is positioned inside the apparatus on the liquid output side of the bottle , the sponge that enables application of the liquid passing through the plug onto the surface and that is positioned at the tip of the apparatus and two transfer pipes that enables liquid transfer between the bottle and the sponge .
A method of power control for a user device, comprising: determining , by the user device within a wireless network, a base station channel bandwidth; receiving , by the user device, a resource block allocation including one or more resource blocks in a user device channel bandwidth that are allocated to the user device, the user device channel bandwidth being a bandwidth part of the base station channel bandwidth that is less than the base station channel bandwidth; characterized by determining, by the user device, a first distance of the resource block allocation from a first edge of the base station channel bandwidth; determining, by the user device, a second distance of the resource block allocation from a second edge of the base station channel bandwidth, selecting a maximum transmission power as a first maximum transmission power for uplink transmission via the resource block allocation if both the first distance and the second distance are each greater than or equal to a threshold; selecting a maximum transmission power as a second maximum transmission power, which is less than the first maximum transmission power, for uplink transmission via the resource block allocation if the distance of the resource block allocation from at least one of the first edge and the second edge of the base station channel bandwidth is less than the threshold; and controlling , by the user device, based on the distance, to utilize the a first maximum transmission power or the second maximum transmission power for uplink transmission via the resource block allocation. determining , by the user device within a wireless network, a base station channel bandwidth; receiving , by the user device, a resource block allocation including one or more resource blocks in a user device channel bandwidth that are allocated to the user device, the user device channel bandwidth being a bandwidth part of the base station channel bandwidth that is less than the base station channel bandwidth; characterized by determining, by the user device, a first distance of the resource block allocation from a first edge of the base station channel bandwidth; determining, by the user device, a second distance of the resource block allocation from a second edge of the base station channel bandwidth, selecting a maximum transmission power as a first maximum transmission power for uplink transmission via the resource block allocation if both the first distance and the second distance are each greater than or equal to a threshold; selecting a maximum transmission power as a second maximum transmission power, which is less than the first maximum transmission power, for uplink transmission via the resource block allocation if the distance of the resource block allocation from at least one of the first edge and the second edge of the base station channel bandwidth is less than the threshold; and controlling , by the user device, based on the distance, to utilize the a first maximum transmission power or the second maximum transmission power for uplink transmission via the resource block allocation.
Gas processing vessel of cylindrical shape with a vertical axis, comprising a cylindrical shell of vertical axis, an upper end wall, a lower end wall , an inlet orifice, an outlet orifice, a gas distribution device and a first particulate material , the distribution device being fixed in said vessel next to the gas inlet or outlet orifice recessed into the lower end wall , the distribution device comprising: - a gas-permeable cover covering said orifice and having a wall with a substantially circular base, the cover being designed to be in contact without a weld with the lower end wall and having a diameter greater than or equal to one third of the diameter of the vessel, - a second particulate material with an equivalent diameter De greater than or equal to 10 mm and greater than the dimensions of the openings in the cover , the second particulate material being accommodated around the cover at least to a height corresponding to the upper end of the cover , and - a means for centering the cover above the inlet or outlet orifice, said means being fixed to the pipe that is connected to the orifice. - a gas-permeable cover covering said orifice and having a wall with a substantially circular base, the cover being designed to be in contact without a weld with the lower end wall and having a diameter greater than or equal to one third of the diameter of the vessel, - a second particulate material with an equivalent diameter De greater than or equal to 10 mm and greater than the dimensions of the openings in the cover , the second particulate material being accommodated around the cover at least to a height corresponding to the upper end of the cover , and - a means for centering the cover above the inlet or outlet orifice, said means being fixed to the pipe that is connected to the orifice.
Method for selective laser melting additive manufacturing a three-dimensional metallic or ceramic article / component entirely or partly, comprising the steps of successively building up said article / component layer by layer directly from a powder bed of a metallic or ceramic base material by means of remelting the layers with a high energy laser beam, moving repetitively across the areas, which are to be solidified, wherein the movement of the laser beam on the surface of the powder bed is made of a superposition of a continuous linear movement and at least one superimposed oscillation with a frequency (F) and an amplitude (A), wherein movement of the laser beam along a propagation line at a certain fixed traverse speed, amplitude and frequency is repeated along a traverse direction with a hatch distance , wherein the oscillation is created by a beam deflection device, characterized in that the superimposed oscillation is a superimposed sinusoidal oscillation, the same beam deflection device is also used for linear positioning movement, and further the oscillation parameters, namely the frequency F and the amplitude A, and the linear movement parameter are adjusted such that the linear displacement of the laser beam during one oscillation half period is in the range from 0.01 to 2.0 times of the beam diameter at the top surface of the powder bed.
Protective device configured to protect a lidar-type electromagnetic waves emission organ of a motor vehicle, comprising a wall comprising: - at least one defrosting organ , and - at least one layer composed of an anti-scratch coating, - the wall being configured to be crossed by electromagnetic waves of at least one wavelength between 10 nm and 2000 nm, characterized in that the wall comprises: - a thickness less than or equal to 3 mm, preferably between 1.5 mm and 2 mm, - at least one supporting layer comprising a plastic material transparent to said electromagnetic waves, - at least one layer composed of an anti-reflective coating configured to limit a reflection of said electromagnetic waves on the wall. - at least one defrosting organ , and - at least one layer composed of an anti-scratch coating, - the wall being configured to be crossed by electromagnetic waves of at least one wavelength between 10 nm and 2000 nm, - a thickness less than or equal to 3 mm, preferably between 1.5 mm and 2 mm, - at least one supporting layer comprising a plastic material transparent to said electromagnetic waves, - at least one layer composed of an anti-reflective coating configured to limit a reflection of said electromagnetic waves on the wall.
Electrosurgical generator having an oscillating circuit that comprises at least one oscillating circuit inductor and at least one oscillating circuit capacitor and that is connected with an excitation circuit , which is configured to create an electrical oscillation in the oscillating circuit , having a direct voltage source that is configured for providing a supply voltage (V) for the oscillating circuit and that is connected with a buffer capacitor , having a decoupling circuit that is connected with the oscillating circuit on one hand and with a connection device for a surgical instrument on the other hand, having a regeneration circuit by means of which energy stored in the oscillating circuit can be transferred back to the buffer capacitor , characterized in that the regeneration circuit comprises a voltage multiplier circuit (C11-C23, D1-D7). having an oscillating circuit that comprises at least one oscillating circuit inductor and at least one oscillating circuit capacitor and that is connected with an excitation circuit , which is configured to create an electrical oscillation in the oscillating circuit , having a direct voltage source that is configured for providing a supply voltage (V) for the oscillating circuit and that is connected with a buffer capacitor , having a decoupling circuit that is connected with the oscillating circuit on one hand and with a connection device for a surgical instrument on the other hand, having a regeneration circuit by means of which energy stored in the oscillating circuit can be transferred back to the buffer capacitor , characterized in that the regeneration circuit comprises a voltage multiplier circuit (C11-C23, D1-D7).
A liquid plant-based milk having an ingredient composition comprising the following ingredients : - at least one plant protein as the only source of protein of said composition, - at least one plant-based oil or fat, - at least one natural sweetener, - calcium citrate tetrahydrate as the only salt of calcium in said composition, - at least one buffer selected from the list of dipotassium phosphate, disodium phosphate, potassium lactate, sodium lactate, potassium carbonate, sodium carbonate, potassium citrate, sodium citrate and a mix of them and their corresponding acids, - optionally flavours, colorants and/or vitamins - water, said milk being free of gums, hydrocolloid thickeners and synthetic emulsifiers. - at least one plant protein as the only source of protein of said composition, - at least one plant-based oil or fat, - at least one natural sweetener, - calcium citrate tetrahydrate as the only salt of calcium in said composition, - at least one buffer selected from the list of dipotassium phosphate, disodium phosphate, potassium lactate, sodium lactate, potassium carbonate, sodium carbonate, potassium citrate, sodium citrate and a mix of them and their corresponding acids, - optionally flavours, colorants and/or vitamins - water,
A centrifugal separator for cleaning gas containing contaminants comprising a stationary casing module comprising a surrounding side wall enclosing a separation space through which a gas flow is permitted and further comprising a gas outlet for cleaned gas and at least one drainage opening for draining separated liquid contaminants from a lower portion of the stationary casing module ; a rotating module comprising a plurality of separation members arranged in said separation space and being arranged to rotate around an axis (X) of rotation, a drive member arranged for rotating the rotating module around the axis of rotation (X); an inlet module arranged axially above said stationary casing module ; comprising an inlet pipe for supply of the gas to be cleaned to said inlet module ; and wherein the inlet module is in fluid contact with said separation space ; a liquid outlet module arranged axially below said stationary casing module and configured to permit discharge of liquid contaminants drained from said stationary casing module ; wherein the liquid outlet module comprises a lower base portion and at least one upwardly extending portion from said lower base portion; wherein said at least one upwardly extending portion extends axially along the surrounding side wall of the stationary casing module such that the liquid outlet module forms an open container into which the stationary casing module is arranged; and wherein the liquid outlet module is attached to said stationary casing module via said at least one upwardly extending portion . a stationary casing module comprising a surrounding side wall enclosing a separation space through which a gas flow is permitted and further comprising a gas outlet for cleaned gas and at least one drainage opening for draining separated liquid contaminants from a lower portion of the stationary casing module ; a rotating module comprising a plurality of separation members arranged in said separation space and being arranged to rotate around an axis (X) of rotation, a drive member arranged for rotating the rotating module around the axis of rotation (X); an inlet module arranged axially above said stationary casing module ; comprising an inlet pipe for supply of the gas to be cleaned to said inlet module ; and wherein the inlet module is in fluid contact with said separation space ; a liquid outlet module arranged axially below said stationary casing module and configured to permit discharge of liquid contaminants drained from said stationary casing module ; wherein the liquid outlet module comprises a lower base portion and at least one upwardly extending portion from said lower base portion; wherein said at least one upwardly extending portion extends axially along the surrounding side wall of the stationary casing module such that the liquid outlet module forms an open container into which the stationary casing module is arranged; and wherein the liquid outlet module is attached to said stationary casing module via said at least one upwardly extending portion .
Method for carrying out a starting operation of a motor vehicle with a power train comprising a double clutch transmission with a first clutch (K1) which supports the odd gears, and a second clutch (K2) which supports the even gears, the second clutch (K2) of the double clutch transmission being used in order to prestress the power train completely, and the prestressing taking place by way of slipping operation of the second clutch (K2).
An apparatus, comprising: a glove; an extended reality head mounted display ; physiological sensors to measure physiological parameters, wherein the physiological sensors are located in the glove and included in the extended reality head mounted display; a memory to store an extended reality application and a baseline level for the physiological parameters; a processor in communication with the physiological sensors and the memory, the processor to execute the extended reality application and to adjust the extended reality application when the physiological parameters exceeds the baseline level by a difference threshold; a haptic feedback device to provide haptic feedback in accordance with the extended reality application, wherein the processor is to adjust the extended reality application by adjusting an amount of haptic feedback provided by the haptic feedback device, whereby the haptic feedback device is included in the glove; and a backpack communicatively coupled to the head mounted display and to the glove to offload processing from the head mounted display. a glove; an extended reality head mounted display ; physiological sensors to measure physiological parameters, wherein the physiological sensors are located in the glove and included in the extended reality head mounted display; a memory to store an extended reality application and a baseline level for the physiological parameters; a processor in communication with the physiological sensors and the memory, the processor to execute the extended reality application and to adjust the extended reality application when the physiological parameters exceeds the baseline level by a difference threshold; a haptic feedback device to provide haptic feedback in accordance with the extended reality application, wherein the processor is to adjust the extended reality application by adjusting an amount of haptic feedback provided by the haptic feedback device, whereby the haptic feedback device is included in the glove; and a backpack communicatively coupled to the head mounted display and to the glove to offload processing from the head mounted display.