mhurhangee/patent-ind-claim-en huggingface dataset:
An injectable composition for rapid and sustained delivery of a biologically active agent comprising: a water-in-oil emulsion comprising an aqueous phase dispersed in a oil phase, the aqueous phase comprising a plurality of hydrogel particles and an aqueous liquid; and a biologically active agent in the hydrogel particles and in the aqueous liquid of the aqueous phase, wherein when administered, the injectable composition provides rapid and sustained delivery of the biologically active agent in vivo, and wherein the hydrogel particles comprise a crosslinked polysaccharide. a water-in-oil emulsion comprising an aqueous phase dispersed in a oil phase, the aqueous phase comprising a plurality of hydrogel particles and an aqueous liquid; and a biologically active agent in the hydrogel particles and in the aqueous liquid of the aqueous phase,
An airfoil comprising an airfoil body having a geometrically segmented coating section , the geometrically segmented coating section including: a wall (72;172;272;372;472;572;672) having an outer side , the outer side including an array of cells ; and a coating disposed in the array of cells , wherein the cells include respective secondary mechanical bonding features (182;282;382;482;582;682) securing the coating to the wall (72... 672); characterised in that the secondary mechanical bonding features (182... 682) include undercuts in cell sidewalls of the cells . a wall (72;172;272;372;472;572;672) having an outer side , the outer side including an array of cells ; and a coating disposed in the array of cells , wherein the cells include respective secondary mechanical bonding features (182;282;382;482;582;682) securing the coating to the wall (72... 672); characterised in that the secondary mechanical bonding features (182... 682) include undercuts in cell sidewalls of the cells .
An electrical discharge machine configured to machine a workpiece immersed in a working fluid doped with a rust inhibitor, the electrical discharge machine comprising: a characteristic value detection means for detecting a characteristic value of the working fluid attributable to a metal complex produced through the reaction of an organic compound contained in the rust inhibitor with a transition metal ion contained in a color reagent; and a concentration detection means for detecting a concentration of the rust inhibitor based on the characteristic value detected by the detection means, wherein the characteristic value detection means comprises a sample preparation means configured to form a sample for concentration detection by adding a predetermined amount of the color reagent to a predetermined amount of the working fluid and detect the characteristic value of the working fluid in the sample for concentration detection. a characteristic value detection means for detecting a characteristic value of the working fluid attributable to a metal complex produced through the reaction of an organic compound contained in the rust inhibitor with a transition metal ion contained in a color reagent; and a concentration detection means for detecting a concentration of the rust inhibitor based on the characteristic value detected by the detection means, wherein the characteristic value detection means comprises a sample preparation means configured to form a sample for concentration detection by adding a predetermined amount of the color reagent to a predetermined amount of the working fluid and detect the characteristic value of the working fluid in the sample for concentration detection.
Method for selecting a relaxing or stimulating service for a driver of a motor vehicle equipped with at least one memory unit in which a list of services intended for the driver is stored, the method being characterized in that it comprises: - a step (E1) of detecting a physiological state of the driver by way of a monitoring unit of the vehicle or a step (E1') of providing information about a need of the driver by way of a human-machine interface of the vehicle; - a step (E2) of detecting a context external and/or a context internal to the vehicle by way of at least one out of one or more driving assistance systems , one or more measuring members , a locating means of the vehicle or a connected device; and - a step (E3) of computing a level of availability of the driver on the basis of the data in relation to the context external and/or to the context internal to the vehicle; - a step (E4) of consulting use preferences of the driver that are saved in a memory unit of the vehicle; and - a step (E5) of consulting data characterizing at least one level of experience that the driver has of using the relaxing or stimulating services; and then - the selection (E101, E102, E103) of at least one relaxing or stimulating service from the list of services being carried out on the basis of the physiological state of the driver or on the basis of the need of the driver, on the basis of the level of availability of the driver, on the basis of the use preferences of the driver and on the basis of the data characterizing the level of experience of the driver of the vehicle. - a step (E1) of detecting a physiological state of the driver by way of a monitoring unit of the vehicle or a step (E1') of providing information about a need of the driver by way of a human-machine interface of the vehicle; - a step (E2) of detecting a context external and/or a context internal to the vehicle by way of at least one out of one or more driving assistance systems , one or more measuring members , a locating means of the vehicle or a connected device; and - a step (E3) of computing a level of availability of the driver on the basis of the data in relation to the context external and/or to the context internal to the vehicle; - a step (E4) of consulting use preferences of the driver that are saved in a memory unit of the vehicle; and - a step (E5) of consulting data characterizing at least one level of experience that the driver has of using the relaxing or stimulating services; and then - the selection (E101, E102, E103) of at least one relaxing or stimulating service from the list of services being carried out on the basis of the physiological state of the driver or on the basis of the need of the driver, on the basis of the level of availability of the driver, on the basis of the use preferences of the driver and on the basis of the data characterizing the level of experience of the driver of the vehicle.
Assembly for a vehicle wheel comprising a rim comprising a flange connecting a hub to an external contour , having openings, and a system for lateral protection against damage, in particular scratches on the surface coating of the rim or against impacts on the rim, said protection system coming on the front face of this rim turned towards the outside of the vehicle, the protection system comprising several protectors each having a rear part fitting into an opening, having on its rear part means for hooking around this opening, and a front face projecting forward of the transverse surface more advance of the rim, the fastening means comprising a clipping system around the opening, characterized in that the locking clips comprise studs protruding from the rear side, allowing an operator to grasp them in order to move them away from the contour of the opening.
Radiator arrangement for a vehicle , comprising a radiator and an air guiding element for guiding an airflow towards the radiator , wherein the air guiding element has an inlet for letting in the airflow and an outlet facing the radiator , and wherein the air guiding element comprises a plurality of louvers which are configured to prevent stones of a predetermined size to hit the radiator , wherein the louvers are fixed in position relative to a housing of the air guiding element , wherein the housing is configured to guide the airflow towards the outlet , wherein the outlet has a cross-sectional area at least encompassing an area of a front face of the radiator , wherein the front face of the radiator is exposed to the airflow, and wherein the radiator arrangement comprises a shutter assembly , characterized in that the shutter assembly is arranged at the inlet of the air guiding element , wherein the shutter assembly comprises a plurality of louvers which are movable with respect to a frame structure of the shutter assembly , wherein the frame structure is fixed to a frame element of the air guiding element , wherein the air guiding element comprises a center strut dividing the inlet into a first inlet portion and a second inlet portion , wherein a first group of louvers is arranged within the first inlet portion and a second group of louvers is arranged within the second inlet portion , wherein the radiator arrangement comprises a mechanism for moving the movable louvers into their various positions, and wherein the mechanism is arranged in front of the center strut . wherein the louvers are fixed in position relative to a housing of the air guiding element , wherein the housing is configured to guide the airflow towards the outlet , wherein the outlet has a cross-sectional area at least encompassing an area of a front face of the radiator , wherein the front face of the radiator is exposed to the airflow, and wherein the radiator arrangement comprises a shutter assembly , characterized in that the shutter assembly is arranged at the inlet of the air guiding element , wherein the shutter assembly comprises a plurality of louvers which are movable with respect to a frame structure of the shutter assembly , wherein the frame structure is fixed to a frame element of the air guiding element , wherein the air guiding element comprises a center strut dividing the inlet into a first inlet portion and a second inlet portion , wherein a first group of louvers is arranged within the first inlet portion and a second group of louvers is arranged within the second inlet portion , wherein the radiator arrangement comprises a mechanism for moving the movable louvers into their various positions, and wherein the mechanism is arranged in front of the center strut .
A composition comprising an antibody or antibody fragment that immunospecifically binds to MHC class I polypeptide-related sequence A (MICA), wherein the antibody or antibody fragment comprises a heavy chain variable region (VH) and a light chain variable region (VL) and, (a) complementarity determining region (CDR) 3 set forth in SEQ ID NO: 176 of the VH of antibody ID 7; or (b) complementarity determining region (CDR) 3 set forth in SEQ ID NO: 194 of the VH of antibody ID 8. (a) complementarity determining region (CDR) 3 set forth in SEQ ID NO: 176 of the VH of antibody ID 7; or (b) complementarity determining region (CDR) 3 set forth in SEQ ID NO: 194 of the VH of antibody ID 8.
An agricultural harvesting head for an agricultural combine , the head configured to move through a field in a direction (V) harvesting crops and comprising: a laterally extending frame configured to be supported on a feederhouse of the agricultural combine ; a plurality of float arms , each arm having a forward portion fixed to a laterally-extending reciprocating knife , a ground-engaging skid fixed to the front end of the arm and a rear portion pivotally coupled to the frame , the arms extending forward from the frame to pivot up and down with respect to the frame ; the reciprocating knife fixed to the forward ends of the arms to pivot up and down with the arms and to flex as the agricultural harvesting head travels over the ground , characterized in that the float arms pivot with respect to the frame about corresponding pivot points that are lower than the reciprocating knife , and that that the float arm is coupled to the frame by a cam arrangement. a laterally extending frame configured to be supported on a feederhouse of the agricultural combine ; a plurality of float arms , each arm having a forward portion fixed to a laterally-extending reciprocating knife , a ground-engaging skid fixed to the front end of the arm and a rear portion pivotally coupled to the frame , the arms extending forward from the frame to pivot up and down with respect to the frame ; the reciprocating knife fixed to the forward ends of the arms to pivot up and down with the arms and to flex as the agricultural harvesting head travels over the ground , characterized in that the float arms pivot with respect to the frame about corresponding pivot points that are lower than the reciprocating knife , and that that the float arm is coupled to the frame by a cam arrangement.
A wideband and broadband radio-frequency bidirectional coupler with power divider/combiner functionality for signals with frequency reaching up to 300 GHz, comprising: - a free propagation region substrate with a pair of opposed edges ; - a first group of access ports (P-L1 - P-LM) established along a first edge of said pair of opposed edges ; and - a second group of access ports (P-R1 - P-RM) established along a second edge of said pair of opposed edges , wherein the first and second groups of access ports (P-L1 - P-LM), (P-R1 - P-RN) comprise: dielectric waveguide, DW, structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) wherein the free propagation region substrate is configured to work as a 2D free-space propagation region, such that the DW structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) provide a high-pass filter transfer function over a high frequency range starting from a low cut-off frequency, f CL , in the microwave range or in the millimeter-wave range. - a free propagation region substrate with a pair of opposed edges ; - a first group of access ports (P-L1 - P-LM) established along a first edge of said pair of opposed edges ; and - a second group of access ports (P-R1 - P-RM) established along a second edge of said pair of opposed edges , wherein the first and second groups of access ports (P-L1 - P-LM), (P-R1 - P-RN) comprise: dielectric waveguide, DW, structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) wherein the free propagation region substrate is configured to work as a 2D free-space propagation region, such that the DW structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) provide a high-pass filter transfer function over a high frequency range starting from a low cut-off frequency, f CL , in the microwave range or in the millimeter-wave range.
A vehicle comprising: a drive wheel ; an engine ; a clutch ; an idle speed control device for performing idle speed control to adjust an idle rotational speed of the engine ; and an electronic continuously variable transmission having an input shaft and an output shaft (22a1); characterised by further comprising a control unit for suppressing or stopping the idle speed control when the clutch is engaged; wherein the clutch is located between the output shaft (22a1) and the drive wheel and is adapted to be engaged or disengaged according to the rotational speed of the output shaft (22a1). an engine ; a clutch ; an idle speed control device for performing idle speed control to adjust an idle rotational speed of the engine ; and an electronic continuously variable transmission having an input shaft and an output shaft (22a1); characterised by further comprising a control unit for suppressing or stopping the idle speed control when the clutch is engaged; wherein the clutch is located between the output shaft (22a1) and the drive wheel and is adapted to be engaged or disengaged according to the rotational speed of the output shaft (22a1).
A stable solid pharmaceutical formulation containing 2-(2-nitro-4-trifluoromethylbenzoyl)-1,3-cyclohexanedione as a pharmaceutically active ingredient, pregelatinized starch and stearic acid.
Signal acquisition device for acquiring three-dimensional wave field signals within a range of frequencies, the signal acquisition device comprising a wave-reflective plate (PLT) comprising two planar sides facing oppositely and a two-dimensional array of omnidirectional sensors (TSS) arranged on one of the two sides, characterized in that the signal acquisition device comprises another two-dimensional array of omnidirectional sensors (BSS) arranged on the other of the two sides, and in that at least more than 50% of all sensors (TSS, BSS) of the signal acquisition device are arranged on the wave-reflective plate (PLT), and wherein the wave-reflective plate (PLT) is rigid.
A catheter tip comprising a proximal segment , a distal segment , and a midsection there between, wherein the midsection includes at least two tip materials in an overlapping configuration and fused together and the distal segment includes one of the at least two tip materials, characterized in that the midsection provides a transition in stiffness between the proximal segment and the distal segment, wherein the proximal segment is stiffer than the distal segment.
Front unit (2; 302) of a touring binding, the front unit (2; 302) comprising a bearing arrangement (4; 304) having a bearing element (6, 10; 362), the bearing element (6, 10; 362) being designed to hold a touring shoe on a counter-bearing portion of the touring shoe so as to be pivotable on the front unit (2; 302) about a transverse axis (Q) extending transversely to a longitudinal axis of the glide board, a release path being defined on the bearing arrangement (4; 304), along which path the counter-bearing portion of the touring shoe can exit the bearing arrangement (4; 304), the front unit (2; 302) further comprising a blocking portion (42; 376) which is designed to block the movement of the counter-bearing portion of the touring shoe along the release path (24; 400) when the front unit (2; 302) is in a blocked state, and allow the movement of the counter-bearing portion of the touring shoe along the release path (24; 400) when the front unit (2; 302) is in a neutral state, the blocking portion (42; 376) being designed to perform a rotational movement about a rotation axis of the blocking portion (42; 376) extending transversely to a longitudinal axis of the glide board during the transition from the neutral state into the blocking state, characterised in that the transverse axis, about which the touring shoe is pivoted, coincides with the rotational axis of the blockage portion.
An unmanned operation vehicle comprising a housing , a self-propelled wheel provided in the housing , and an operation unit provided under the housing, wherein the housing includes a camera unit , a stop switch configured to stop driving of the self-propelled wheel and the operation unit when actuated, and a stop switch actuating member configured to actuate the stop switch , the camera unit is arranged substantially at a center of an upper surface of the housing in a plan view and protrudes upward from the upper surface of the housing , characterised in that the stop switch actuating member is arranged immediately above an upper surface of the camera unit .
A method of making a photovoltaic device including: providing a substrate ; forming a compact layer on the substrate ; characterised in that : a) the compact layer is coated with a perovskite precursor solution including metal oxide nanoparticles and a perovskite precursor and said perovskite precursor solution is exposed to NIR radiation so the metal oxide nanoparticles form a scaffold for the perovskites formed from the perovskite precursor solution which can allow for light absorption and electron transportation in the compact layer when exposed to light, following which a conductor layer is attached to the scaffold, or b) a precursor solution including metal oxide is formed on the compact layer and treated with NIR radiation to form a scaffold and then a perovskite precursor solution is applied to the scaffold and exposed to NIR radiation so the perovskites formed from the perovskite precursor solution can allow for light absorption and electron transportation in the compact layer when exposed to light, following which a conductor layer is attached to the scaffold . providing a substrate ; forming a compact layer on the substrate ; characterised in that : a) the compact layer is coated with a perovskite precursor solution including metal oxide nanoparticles and a perovskite precursor and said perovskite precursor solution is exposed to NIR radiation so the metal oxide nanoparticles form a scaffold for the perovskites formed from the perovskite precursor solution which can allow for light absorption and electron transportation in the compact layer when exposed to light, following which a conductor layer is attached to the scaffold, or b) a precursor solution including metal oxide is formed on the compact layer and treated with NIR radiation to form a scaffold and then a perovskite precursor solution is applied to the scaffold and exposed to NIR radiation so the perovskites formed from the perovskite precursor solution can allow for light absorption and electron transportation in the compact layer when exposed to light, following which a conductor layer is attached to the scaffold . a) the compact layer is coated with a perovskite precursor solution including metal oxide nanoparticles and a perovskite precursor and said perovskite precursor solution is exposed to NIR radiation so the metal oxide nanoparticles form a scaffold for the perovskites formed from the perovskite precursor solution which can allow for light absorption and electron transportation in the compact layer when exposed to light, following which a conductor layer is attached to the scaffold, or b) a precursor solution including metal oxide is formed on the compact layer and treated with NIR radiation to form a scaffold and then a perovskite precursor solution is applied to the scaffold and exposed to NIR radiation so the perovskites formed from the perovskite precursor solution can allow for light absorption and electron transportation in the compact layer when exposed to light, following which a conductor layer is attached to the scaffold .
Single-wheel drive component for a motor vehicle, wherein the single-wheel drive component has a drive unit and a hub carrier, wherein a wheel hub which can be driven by the drive unit is mounted rotatably by means of a wheel bearing on the hub carrier, wherein several unit supports and several further unit supports for mounting the drive unit to a vehicle body of the motor vehicle emanate from the drive unit , wherein on the unit supports and the further unit supports is arranged in each case one unit bearing for the resilient mounting of the drive unit on the vehicle body, characterised in that for mounting the hub carrier on the unit supports and the further unit supports , several links are provided which, respectively, are articulated on the one hand on the hub carrier and on the other hand on at least one of the unit supports and the further unit supports , wherein on all of the unit supports and the further unit supports is articulated respectively at least one link of the several links .