mhurhangee/patent-ind-claim-en huggingface dataset:
A stand for a fan assembly , the stand comprising: a base ; a body comprising at least one air inlet , an impeller , a first motor for driving the impeller to draw an air flow through said at least one air inlet , and an air outlet ; a motorized oscillation mechanism housed within the base for oscillating the body relative to the base about an oscillation axis, the oscillation mechanism comprising a second motor , a drive member driven by the second motor , interlocking members being arranged to guide tilting movement of the body relative to the base about a tilt axis, different from the oscillation axis, between a untilted position and a tilted position, characterized in that the motorized oscillation mechanism comprises a driven member which is driven by the drive member to rotate relative to the base about the oscillation axis, wherein the body is mounted on the driven member for rotation therewith; and the interlocking members retaining the body on the driven member . a base ; a body comprising at least one air inlet , an impeller , a first motor for driving the impeller to draw an air flow through said at least one air inlet , and an air outlet ; a motorized oscillation mechanism housed within the base for oscillating the body relative to the base about an oscillation axis, the oscillation mechanism comprising a second motor , a drive member driven by the second motor , interlocking members being arranged to guide tilting movement of the body relative to the base about a tilt axis, different from the oscillation axis, between a untilted position and a tilted position, characterized in that the motorized oscillation mechanism comprises a driven member which is driven by the drive member to rotate relative to the base about the oscillation axis, wherein the body is mounted on the driven member for rotation therewith; and the interlocking members retaining the body on the driven member .
Method for assessing an angular position of an object detected on the basis of radar data, wherein the radar data are ascertained by a radar device , comprising the steps of: ascertaining (S1) an intrinsic speed (v_ego) of the radar device ; ascertaining (S2) a relative speed (v_rel) of the detected object with respect to the radar device using the ascertained radar data; ascertaining (S3) at least one angular test region (α, β) using the ascertained intrinsic speed (v_ego) and the ascertained relative speed (v_rel), wherein the at least one angular test region (α, β) corresponds to possible stationary objects which have a relative speed (v_rel) that substantially corresponds to the ascertained relative speed (v_rel); and ascertaining (S4) whether an azimuth angle of the detected object lies in the ascertained angular test region (α, β), characterized in that the at least one angular test region (α, β) is also ascertained while taking into account an accuracy of the ascertained intrinsic speed (v_ego) and/or an accuracy of the ascertained relative speed (v_rel). ascertaining (S1) an intrinsic speed (v_ego) of the radar device ; ascertaining (S2) a relative speed (v_rel) of the detected object with respect to the radar device using the ascertained radar data; ascertaining (S3) at least one angular test region (α, β) using the ascertained intrinsic speed (v_ego) and the ascertained relative speed (v_rel), wherein the at least one angular test region (α, β) corresponds to possible stationary objects which have a relative speed (v_rel) that substantially corresponds to the ascertained relative speed (v_rel); and ascertaining (S4) whether an azimuth angle of the detected object lies in the ascertained angular test region (α, β), characterized in that the at least one angular test region (α, β) is also ascertained while taking into account an accuracy of the ascertained intrinsic speed (v_ego) and/or an accuracy of the ascertained relative speed (v_rel).
A method of monitoring paging occasions, comprising: defining a paging frame window, PFW, for a duration of time on a hop frequency or narrow band of frequencies indicated by a paging formula that is used to calculate a paging frame that is mapped to a fixed hop frequency as a function of a user equipment identifier, wherein the paging formula used to select the hop frequency is SFN mod T = (T/N) * (UE_ID mod N), wherein the last three bits are ignored; and periodically waking up to monitor the PFW for a paging message further comprising adding at least one additional high priority message to be carried in the paging message, wherein the additional high priority messages includes changing of anchor channel information used for discovery reference signal, DRS, transmissions.
A machine for inspection and maintenance of trains and trams, comprising a first load-bearing structure formed by at least one elevated guiding element , which can be installed in a room designed to accommodate a train or tram to be inspected and/or to be maintained at a raised height with respect to the floor of said room so as to have an orientation that is substantially parallel to the longitudinal extension of the tracks that are present in said room and on which said train or tram is to be placed, and by at least one supporting post associated with said at least one elevated guiding element by means of a first slider coupling , the degree of translational freedom of which lies on a directrix that is oriented substantially parallel to said tracks ; said at least one supporting post being configured so as to rest on said floor by means of a second slider coupling the degree of translational freedom of which is oriented substantially parallel to the degree of translational freedom of said first slider coupling ; a first platform being further comprised which is slidingly associated with said at least one supporting post along an elevation direction that is substantially normal to said floor ; said first platform being provided with first lifting and lowering and locking means for its arrangement and retention at a preset height along said at least one supporting post and with first perimetric delimitation means which are configured so as to define a safety enclosure in which at least one operator can perform the planned inspection and/or maintenance operations, characterized in that said first load-bearing structure comprises at least two of said supporting posts which are associated with said at least one elevated guiding element , respectively, by means of two of said first slider couplings ; said first platform being associated slidingly with both of said at least two supporting posts in such a manner as to form a substantially H-shaped structure with said first platform arranged transversely between said at least two supporting posts .
A parameter configuration method, performed by an apparatus, comprising: generating (S201) system configuration signaling, wherein the system configuration signaling is Radio Resource Control, RRC, signaling, the system configuration signaling comprises a plurality of information entries, and each information entry records one resource unit bundling size and an index of the resource unit bundling size; sending (S202) the system configuration signaling; generating (S204) parameter configuration signaling, wherein the parameter configuration signaling is Downlink Control Information, DCI, the parameter configuration signaling is used to indicate the index of the resource unit bundling size, the resource unit bundling size is applied to at least two inconsecutive time-frequency resources in frequency domain, and each time-frequency resource comprises at least one consecutive resource unit in frequency domain; and sending (S205) the parameter configuration signaling. generating (S201) system configuration signaling, wherein the system configuration signaling is Radio Resource Control, RRC, signaling, the system configuration signaling comprises a plurality of information entries, and each information entry records one resource unit bundling size and an index of the resource unit bundling size; sending (S202) the system configuration signaling; generating (S204) parameter configuration signaling, wherein the parameter configuration signaling is Downlink Control Information, DCI, the parameter configuration signaling is used to indicate the index of the resource unit bundling size, the resource unit bundling size is applied to at least two inconsecutive time-frequency resources in frequency domain, and each time-frequency resource comprises at least one consecutive resource unit in frequency domain; and sending (S205) the parameter configuration signaling.
An aircraft comprising an aircraft ceiling lighting system, the aircraft ceiling lighting system comprising: one or more light string assemblies , wherein the one or more light string assemblies are disposed along a length of a cabin of the aircraft, wherein each of the one or more light string assemblies is a ceiling light , wherein at least a portion of the one or more light string assemblies are disposed in a housing , wherein the housing includes a lens , and wherein each of the light string assemblies comprises: a light string coupled to a circuit board , the light string including a core at least partially surrounded by a cladding and having one or more point sources of light formed along a length of the light string , and a light emitting diode coupled to the circuit board and directing light into the light string on at least one end of the light string ,wherein at least one of the one or more point sources of light comprise a notch formed in the respective light string , and wherein the notch comprises a conical blind hole drilled into the core of the light string . a light string coupled to a circuit board , the light string including a core at least partially surrounded by a cladding and having one or more point sources of light formed along a length of the light string , and a light emitting diode coupled to the circuit board and directing light into the light string on at least one end of the light string ,wherein at least one of the one or more point sources of light comprise a notch formed in the respective light string , and wherein the notch comprises a conical blind hole drilled into the core of the light string .
An oligonucleotide which targets an 'IQ motif containing GTPase activating protein' (IQGAP) natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of 'IQ motif containing GTPase activating protein' (IQGAP), and wherein the natural antisense transcript has the nucleic acid sequence as set forth in SEQ ID NO: 2.
An implant for delivering a hydrophobic active agent to a target tissue, the implant comprising: a scaffold defining a first surface and a second surface opposite the first, wherein the scaffold is substantially impermeable to a hydrophobic active agent; and a silicone tubing defining a first end and a second end distal to the first end, wherein the silicone tubing comprises a wall permeable to the active agent, wherein a first length of the silicone tubing is affixed to the first surface of the scaffold, wherein the first and second ends of the silicone tubing extend from the first surface, and wherein a path outlined by a second length of the tubing within the first length is circuitous. a scaffold defining a first surface and a second surface opposite the first, wherein the scaffold is substantially impermeable to a hydrophobic active agent; and a silicone tubing defining a first end and a second end distal to the first end, wherein the silicone tubing comprises a wall permeable to the active agent, wherein a first length of the silicone tubing is affixed to the first surface of the scaffold, wherein the first and second ends of the silicone tubing extend from the first surface, and wherein a path outlined by a second length of the tubing within the first length is circuitous.
A tissue filler composition comprising: a tissue filler medium; and at least one fluorophore, wherein the at least one fluorophore is a hydrophilic fluorophore; wherein the tissue filler composition is suitable for injection or implantation into a human; and wherein the tissue filler composition is not photo-polymerizable. a tissue filler medium; and at least one fluorophore, wherein the at least one fluorophore is a hydrophilic fluorophore;
Coupling apparatus for coupling an agricultural implement to a prime mover, the coupling apparatus comprising a mounting element for coupling to the prime mover, a carrier element for carrying the agricultural implement, a linkage mechanism coupling the carrier element to the mounting element , the linkage mechanism being configured to permit movement of the carrier element in a generally upwardly and downwardly direction relative to the mounting element , a take-up element for taking up some of the weight of the agricultural implement , and a compensating means co-operating with the take-up element and being responsive to relative movement between the carrier element and the mounting element for maintaining the weight of the agricultural implement taken up by the take-up element substantially constant as the carrier element and the agricultural implement move upwardly and downwardly relative to the mounting element within the normal working range of upward and downward movement of the agricultural implement , wherein the take-up element is connected to the linkage mechanism , characterised in that the take-up element is connected to the mounting element through the compensating means .
A user device, UD, for performing ranging measurements, the user device comprising: a receiving unit adapted to receive a plurality of signals from a plurality of navigation satellites, wherein each of the plurality of signals comprises a first navigation message during a first validity period and at least one second navigation message during a second validity period; a processing unit adapted to process the first navigation message in the first validity period and adapted to perform ranging measurements in the second validity period based on the plurality of signals received during the second validity period and the first navigation message processed in the first validity period, and wherein the second validity period follows the first validity period, wherein the first navigation message comprises a time dynamic signal quality indicator, SQI, wherein the processing unit is adapted to determine a dimension of the second validity period based on the time dynamic SQI and a predetermined ranging accuracy of the UD, wherein the time dynamic SQI is an indicator for overbounding a ranging error, and wherein the time dynamic SQI being valid for the first validity period is different from the time dynamic SQI being valid for the second validity period. a receiving unit adapted to receive a plurality of signals from a plurality of navigation satellites, wherein each of the plurality of signals comprises a first navigation message during a first validity period and at least one second navigation message during a second validity period; a processing unit adapted to process the first navigation message in the first validity period and adapted to perform ranging measurements in the second validity period based on the plurality of signals received during the second validity period and the first navigation message processed in the first validity period, and wherein the second validity period follows the first validity period, wherein the first navigation message comprises a time dynamic signal quality indicator, SQI, wherein the processing unit is adapted to determine a dimension of the second validity period based on the time dynamic SQI and a predetermined ranging accuracy of the UD, wherein the time dynamic SQI is an indicator for overbounding a ranging error, and wherein the time dynamic SQI being valid for the first validity period is different from the time dynamic SQI being valid for the second validity period.
A process of producing a snack of the potato chip type, comprising at least one starchy material and macroparticles of at least one vegetable material, preferably selected from vegetables and fruits, wherein said macroparticles are dispersed in said starchy material, comprising the following steps: a. preparing a mixture comprising at least one starchy material and macroparticles of at least one vegetable material, wherein said vegetable material in said mixture is in an amount between 25% and 65% weight with respect to the weight of the mixture, at least part of said macroparticles is visible to the naked eye, wherein said macroparticles are macroparticles of a fresh and/or raw untreated vegetable material, b. gelatinizing the starch present in said mixture, in the presence of said macroparticles, to obtain a gelatinized product, wherein the said step of gelatinizing comprises a step of extruding, preferably of hot extrusion, of said mixture; c. drying said gelatinized product to obtain a dried product; and d. expanding said dried product by frying or toasting to provide the food snack, wherein at least part of said macroparticles of the vegetable materials in the food snack obtained in step d) are visible to the naked eye and the food snack obtained in step d) has an apparent density comprised between 0,04 and 0,08 g/cc (40-80 g/l). a. preparing a mixture comprising at least one starchy material and macroparticles of at least one vegetable material, wherein said vegetable material in said mixture is in an amount between 25% and 65% weight with respect to the weight of the mixture, at least part of said macroparticles is visible to the naked eye, wherein said macroparticles are macroparticles of a fresh and/or raw untreated vegetable material, b. gelatinizing the starch present in said mixture, in the presence of said macroparticles, to obtain a gelatinized product, wherein the said step of gelatinizing comprises a step of extruding, preferably of hot extrusion, of said mixture; c. drying said gelatinized product to obtain a dried product; and d. expanding said dried product by frying or toasting to provide the food snack, wherein at least part of said macroparticles of the vegetable materials in the food snack obtained in step d) are visible to the naked eye and the food snack obtained in step d) has an apparent density comprised between 0,04 and 0,08 g/cc (40-80 g/l).
A reaction product formed from a composition comprising a thermoplastic vulcanizate, a functionalized polymer, and an inorganic filler, wherein: the thermoplastic vulcanizate comprises: (i) 5 wt.% to 85 wt.% of a thermoplastic resin component, and (ii) 15 wt.% to 95 wt.% of a dispersed and at least partially vulcanized rubber component, based on the total weight of the thermoplastic resin component and the rubber component; the inorganic filler has a median particle diameter of 0.1-100 microns; and the coefficient of linear thermal expansion measured either with injection mold flow or across injection mold flow of the reaction product is at least 10% less than the coefficient of linear thermal expansion of a product free of the functionalized polymer and the inorganic filler, but otherwise identical in terms of its constituents. the thermoplastic vulcanizate comprises: (i) 5 wt.% to 85 wt.% of a thermoplastic resin component, and (ii) 15 wt.% to 95 wt.% of a dispersed and at least partially vulcanized rubber component, based on the total weight of the thermoplastic resin component and the rubber component; the inorganic filler has a median particle diameter of 0.1-100 microns; and the coefficient of linear thermal expansion measured either with injection mold flow or across injection mold flow of the reaction product is at least 10% less than the coefficient of linear thermal expansion of a product free of the functionalized polymer and the inorganic filler, but otherwise identical in terms of its constituents.
Method of exploiting an underground formation containing hydrocarbons on the basis of measurements of at least one categorical property relating to said formation, in which, by means of a computer, a first meshed representation of said formation is constructed, each mesh of said first representation including a value of said categorical property, and in which, on the basis of said first meshed representation, at least one second meshed representation of said formation is constructed, the resolution of said second representation being lower than the resolution of said first representation, with the result that a mesh of said second representation corresponds to a group of meshes of said first representation, and, for each of said meshes of said second representation and for said property, at least the following step is executed: A. a value representing values of said property in said meshes of said group of meshes of said first representation corresponding to said mesh of said second representation is determined, and said representative value is assigned to said mesh of said second representation, the method being characterized in that at least the following step is executed: B. change parameters for going from said second representation to said first representation are determined by means of a linear combination applied between the value assigned to said mesh of said second representation and the values of said property in the meshes of the group of meshes of said first representation corresponding to said mesh of said second representation, said change parameters allowing said first representation to be reconstructed on the basis of said second representation, said linear combination consisting of a subtraction; and in that , by means of at least said second representation, said change parameters and said linear combination, there is determined at least said optimum exploitation scheme of the hydrocarbons of said formation and said formation is exploited as a function of said exploitation scheme. A. a value representing values of said property in said meshes of said group of meshes of said first representation corresponding to said mesh of said second representation is determined, and said representative value is assigned to said mesh of said second representation,