mhurhangee/ep-ind-claims huggingface dataset:
Method for predicting the radio field level and/or radio propagation time of a mobile telephone network for the coverage of a cell using the ray tracing technique and exploiting geographical databases, characterized in that the database directly exploited is a matrix database composed of pixels, each pixel carrying at least two pieces of information, information specific to the type of surface relief and information specific to the height of the surface relief, to the matrix base is applied a vectorization treatment to linearize the contours of obstacles (I1, I2, I3) encountered while rays (Ri) are fictitiously launched, the rays according to the obstacles encountered being either reflected (Rr) or diffracted and scattered (Rd), while the overall attenuation and/or radio propagation time are calculated, the vectorization processing of the contours of obstacles (I1, I2, I3) being applied to the matrix bases to linearize the contours of obstacles (I1, I2, I3) encountered by forming lines whose positions and different angles are precisely known, these lines accurately describing the position and orientation of the facades of the obstacle (I1, I2, I3) encountered.
A fairing device for the reduction of vortex-induced vibrations or motions and reduction of drag about a substantially cylindrical element immersed in a fluid medium, comprising: a fairing for rotatably mounting about the substantially cylindrical element, the fairing comprising a shell with a mainly cylindrical cross-sectional shape with an outer diameter following the outer diameter of said cylindrical element from an upward stagnation point of 0 degrees to at least +/- 90 degrees, and which at +/- 90 degrees continues in an aft direction as first and second fin-like portions, wherein the first and second fin-like portions are convexly curved aft of +/- 90 degrees thus tapering towards each other and defining a tail end opening less than a standoff height of the fairing; wherein the first and second fin-like portions each define a chord length; wherein the chord length of the first fin-like portion is dimensionally different than the chord length of the second fin-like portion,thus forming an asymmetric cross-section; and wherein the chord lengths of the first and second fin-like portions change at one location or plurality of locations along the span length of the fairing. a fairing for rotatably mounting about the substantially cylindrical element, the fairing comprising a shell with a mainly cylindrical cross-sectional shape with an outer diameter following the outer diameter of said cylindrical element from an upward stagnation point of 0 degrees to at least +/- 90 degrees, and which at +/- 90 degrees continues in an aft direction as first and second fin-like portions, wherein the first and second fin-like portions are convexly curved aft of +/- 90 degrees thus tapering towards each other and defining a tail end opening less than a standoff height of the fairing; wherein the first and second fin-like portions each define a chord length; wherein the chord length of the first fin-like portion is dimensionally different than the chord length of the second fin-like portion,thus forming an asymmetric cross-section; and wherein the chord lengths of the first and second fin-like portions change at one location or plurality of locations along the span length of the fairing.
A fastener-driving tool including a trigger control mechanism, said tool comprising: a housing; a workpiece-contacting element movably connected to said housing, said workpiece-contacting element being movable between a rest position and an activated position; a trigger movably connected to said housing, said trigger being movable between a rest position and an activated position; an actuation lever movably connected to said trigger, said actuation lever being movable between a rest position and an activated position; and characterised in that it further comprises a damper mechanism associated with said actuation lever and configured to control a rate of movement of said actuation lever between said activated position and said rest position. a housing; a workpiece-contacting element movably connected to said housing, said workpiece-contacting element being movable between a rest position and an activated position; a trigger movably connected to said housing, said trigger being movable between a rest position and an activated position; an actuation lever movably connected to said trigger, said actuation lever being movable between a rest position and an activated position; and characterised in that it further comprises a damper mechanism associated with said actuation lever and configured to control a rate of movement of said actuation lever between said activated position and said rest position.
A method for determining whether a subject is predisposed to thoracic aortic aneurysms comprising detecting a TGFB2 loss of function mutation wherein the presence of the mutation indicated that the subject is predisposed to thoracic aortic aneurysms.
A plastic optical fiber serial interface module -POFSIM- mountable inside a line replacement unit that is capable of being communicatively coupled to a data bus and comprises a terminal controller, the POFSIM comprising: a terminal controller interface electronic circuit-TCIEC- configured to receive electrical signals from the terminal controller; an optical source coupled to said TCIEC and configured to transmit digital optical signals to the data bus based on the received electrical signals; and a detector coupled to said TCIEC and configured to receive digital optical signals from the data bus, wherein said TCIEC is further configured to transmit electrical signals to the terminal controller based on the received digital optical signals; and a mating connector comprising: a transmission light pipe optically coupled to said optical source; and a reception light pipe optically coupled to said detector, wherein said transmission and reception light pipes are each configured to couple to a respective plastic optical fiber (440, 444). a terminal controller interface electronic circuit-TCIEC- configured to receive electrical signals from the terminal controller; an optical source coupled to said TCIEC and configured to transmit digital optical signals to the data bus based on the received electrical signals; and a detector coupled to said TCIEC and configured to receive digital optical signals from the data bus, wherein said TCIEC is further configured to transmit electrical signals to the terminal controller based on the received digital optical signals; and a mating connector comprising: a transmission light pipe optically coupled to said optical source; and a reception light pipe optically coupled to said detector, wherein said transmission and reception light pipes are each configured to couple to a respective plastic optical fiber (440, 444). a transmission light pipe optically coupled to said optical source; and a reception light pipe optically coupled to said detector, wherein said transmission and reception light pipes are each configured to couple to a respective plastic optical fiber (440, 444).
A transmission signal pre-processing method for out-of-band emission cancellation, characterized in that the method comprises the steps of weighting each of N subchannel symbols in a band by a calculated value, wherein weighting by the value 0 cancels the subchannel symbol and weighting by the value 1 results in the subchannel symbol being transmitted at full power; and precoding said weighted symbols organised as a Nx1 matrix, by multiplication by a NxN unitary matrix, wherein said calculated values are organised as a NxN diagonal matrix, and said weighting is performed by multiplying the symbols matrix and the diagonal matrix, wherein an identity matrix of order N and a correction expression are the subject of singular value decomposition to give said diagonal matrix and said unitary matrix, the singular value decomposition being performed on a matrix of the form: I N being the identity matrix and c being the correction expression.
A system for setting communication parameters for data communication between a first communication apparatus and a second communication apparatus, the system comprising: transmission means, in the second communication apparatus, for transmitting a signal comprising information of a network identifier of a wireless network; detection means, in the first communication apparatus, for detecting the network identifier based on the signal in the first communication apparatus; characterized by further comprising: selection means, in the first communication apparatus, for selecting a first communication parameter setting method if the detected network identifier corresponds to a predetermined identifier and selecting a second communication parameter setting method if the detected network identifier does not correspond to the predetermined identifier; and setting means, in the first communication apparatus, for setting the communication parameters for data communication by using the selected communication parameter setting method; wherein the first communication parameter setting method comprises a wireless transmission of the communication parameters for data communication from the second communication apparatus to the first communication apparatus. transmission means, in the second communication apparatus, for transmitting a signal comprising information of a network identifier of a wireless network; detection means, in the first communication apparatus, for detecting the network identifier based on the signal in the first communication apparatus; characterized by further comprising: selection means, in the first communication apparatus, for selecting a first communication parameter setting method if the detected network identifier corresponds to a predetermined identifier and selecting a second communication parameter setting method if the detected network identifier does not correspond to the predetermined identifier; and setting means, in the first communication apparatus, for setting the communication parameters for data communication by using the selected communication parameter setting method; wherein the first communication parameter setting method comprises a wireless transmission of the communication parameters for data communication from the second communication apparatus to the first communication apparatus. selection means, in the first communication apparatus, for selecting a first communication parameter setting method if the detected network identifier corresponds to a predetermined identifier and selecting a second communication parameter setting method if the detected network identifier does not correspond to the predetermined identifier; and setting means, in the first communication apparatus, for setting the communication parameters for data communication by using the selected communication parameter setting method; wherein the first communication parameter setting method comprises a wireless transmission of the communication parameters for data communication from the second communication apparatus to the first communication apparatus.
A radio frequency identification host, comprising: a host body for radio frequency identification, wherein, the host body is provided with a first interface, a second interface, a third interface, and a USB interface for debugging; wherein a mounting structure is provided at one end of the host body for fixing the host body on an external holding pole, the mounting structure comprises a first mounting frame fixedly connected to one end of the host body, the first mounting frame is connected with a second mounting frame, and the second mounting frame is fixedly connected to the first mounting frame by bolts; characterized in that, a junction box is provided at one end of the host body for facilitating the connection of cables, and the radio frequency identification host is provided with a locking device for locking the junction box to the host body; and the locking device comprises a locking table arranged on one side of the junction box, and a hinged locking buckle provided on the host body, and the locking buckle and the locking table are fixed by clamping. a host body for radio frequency identification, wherein, the host body is provided with a first interface, a second interface, a third interface, and a USB interface for debugging; wherein a mounting structure is provided at one end of the host body for fixing the host body on an external holding pole, the mounting structure comprises a first mounting frame fixedly connected to one end of the host body, the first mounting frame is connected with a second mounting frame, and the second mounting frame is fixedly connected to the first mounting frame by bolts; characterized in that, a junction box is provided at one end of the host body for facilitating the connection of cables, and the radio frequency identification host is provided with a locking device for locking the junction box to the host body; and the locking device comprises a locking table arranged on one side of the junction box, and a hinged locking buckle provided on the host body, and the locking buckle and the locking table are fixed by clamping.
Autonomous robotic cleaner for cleaning solar panels having an anchoring mechanism comprising: at least one rechargeable power source; at least one cleaning mechanism, for cleaning dirt off of a non-ferromagnetic surface of said solar panels; a controller, for controlling a cleaning process of said ARC; and a supporting structure for supporting a rear end of said ARC, characterized in said ARC further comprising an anchoring mechanism, for magnetically anchoring said ARC to a ferromagnetic anchoring surface coupled with a solar panel, said anchoring mechanism comprising: a parking arm comprising at least one ferromagnetic end piece; and a drive mechanism, coupled with said parking arm, wherein said drive mechanism moves said parking arm between a magnetically engaged position with said ferromagnetic anchoring surface for parking said ARC and a magnetically disengaged position with said ferromagnetic anchoring surface for enabling said ARC to clean said solar panels; and wherein said parking arm is longer than a height of said supporting structure when said parking arm is in said magnetically engaged position, thereby lifting said supporting structure off of said ferromagnetic anchoring surface and preventing movement of said ARC. at least one rechargeable power source; at least one cleaning mechanism, for cleaning dirt off of a non-ferromagnetic surface of said solar panels; a controller, for controlling a cleaning process of said ARC; and a supporting structure for supporting a rear end of said ARC, characterized in said ARC further comprising an anchoring mechanism, for magnetically anchoring said ARC to a ferromagnetic anchoring surface coupled with a solar panel, said anchoring mechanism comprising: a parking arm comprising at least one ferromagnetic end piece; and a drive mechanism, coupled with said parking arm, wherein said drive mechanism moves said parking arm between a magnetically engaged position with said ferromagnetic anchoring surface for parking said ARC and a magnetically disengaged position with said ferromagnetic anchoring surface for enabling said ARC to clean said solar panels; and wherein said parking arm is longer than a height of said supporting structure when said parking arm is in said magnetically engaged position, thereby lifting said supporting structure off of said ferromagnetic anchoring surface and preventing movement of said ARC. a parking arm comprising at least one ferromagnetic end piece; and a drive mechanism, coupled with said parking arm, wherein said drive mechanism moves said parking arm between a magnetically engaged position with said ferromagnetic anchoring surface for parking said ARC and a magnetically disengaged position with said ferromagnetic anchoring surface for enabling said ARC to clean said solar panels; and wherein said parking arm is longer than a height of said supporting structure when said parking arm is in said magnetically engaged position, thereby lifting said supporting structure off of said ferromagnetic anchoring surface and preventing movement of said ARC.
System comprising at least two electric devices and an artificial, feed forward, neural network, with one hidden layer of neurons characterized in that, the neural network is configured to select which of the electric devices is to be operated and has selective attention properties by representing output signals of the electric devices as data vectors X = [ X 1, X 2,..., X N] and aggregating the input signals of the hidden neurons for the given data vectors not in one but in a series of K steps, where constant K is the predefined number of groups of neuron input, as a result of that the dendrite of each hidden neuron is divided into K distinct groups, by complementing each i -th input connection with an integer parameter θ i ∈ {0,..., K - 1}, determining membership in one of the groups.
A thermosensitive plate for qualitative measurements of brain temperature in surgeries, which includes: a thermosensitive silicone plate with a temperature irradiation surface, a conduction plane and a temperature transfer surface, wherein the thermosensitive plate is comprised of: liquid silicone; thermosensitive/thermochromic colorant in powder form of 0.1 to 30%; a catalyst in a quantity of 3%, which is calculated in relation to the quantity of silicone used, wherein the range of plate thickness is from 1 to 5 mm, so that the thermosensitive plate is configured in such way, that it shows several visually identifiable temperature patterns defining functional maps when it is in contact with said brain, depending on the temperature to which it is exposed, and does not require any electrical parts. a thermosensitive silicone plate with a temperature irradiation surface, a conduction plane and a temperature transfer surface, wherein the thermosensitive plate is comprised of: liquid silicone; thermosensitive/thermochromic colorant in powder form of 0.1 to 30%; a catalyst in a quantity of 3%, which is calculated in relation to the quantity of silicone used, wherein the range of plate thickness is from 1 to 5 mm, so that the thermosensitive plate is configured in such way, that it shows several visually identifiable temperature patterns defining functional maps when it is in contact with said brain, depending on the temperature to which it is exposed, and does not require any electrical parts.
An apparatus comprising: a downhole acoustic measurement tool (138; 200; 201), comprising: at least one circuit board; at least one transducer (139; 400) configured for emitting acoustic excitation signals and/or receiving echo signals and coupled to the at least one circuit board to perform downhole measurements; a backing in contact with an inner surface of the at least one transducer (139; 400); a first structure mechanically coupled to a first housing; a second structure mechanically coupled to a second housing; and a longitudinally extending member comprising: a first portion mechanically coupled to the first structure; a second portion mechanically coupled to the second structure, wherein at least one of the first and second structures is mechanically coupled to the member and thereby has a longitudinal degree of freedom relative to the member; and a third portion extending longitudinally through the backing between the first and second portions such that compressional longitudinal forces experienced by the first and second housings are transferred through the first and second structures and the backing. at least one circuit board; at least one transducer (139; 400) configured for emitting acoustic excitation signals and/or receiving echo signals and coupled to the at least one circuit board to perform downhole measurements; a backing in contact with an inner surface of the at least one transducer (139; 400); a first structure mechanically coupled to a first housing; a second structure mechanically coupled to a second housing; and a longitudinally extending member comprising: a first portion mechanically coupled to the first structure; a second portion mechanically coupled to the second structure, wherein at least one of the first and second structures is mechanically coupled to the member and thereby has a longitudinal degree of freedom relative to the member; and a third portion extending longitudinally through the backing between the first and second portions such that compressional longitudinal forces experienced by the first and second housings are transferred through the first and second structures and the backing. a first portion mechanically coupled to the first structure; a second portion mechanically coupled to the second structure, wherein at least one of the first and second structures is mechanically coupled to the member and thereby has a longitudinal degree of freedom relative to the member; and a third portion extending longitudinally through the backing between the first and second portions such that compressional longitudinal forces experienced by the first and second housings are transferred through the first and second structures and the backing.
A bioactive glass composition comprising: 5-10 mol% gallium oxide; 25 to 75 mol% silicon dioxide; 10 to 30 mol% calcium oxide and/or strontium oxide; 1 to 30 mol% sodium oxide; and 1 to 15 mol% phosphorous pentoxide. 5-10 mol% gallium oxide; 25 to 75 mol% silicon dioxide; 10 to 30 mol% calcium oxide and/or strontium oxide; 1 to 30 mol% sodium oxide; and 1 to 15 mol% phosphorous pentoxide.