mhurhangee/ep-ind-claims huggingface dataset:
An orthopaedic prosthesis, comprising: a metallic foam shell including a sheath, and a metallic core including (i) a neck positioned proximal of the sheath, the neck being configured to receive a femoral head component, (ii) a first core segment positioned in the sheath, and (iii) a second core segment positioned distal of the sheath, characterised in that the metallic foam shell further includes a cover layer extending distally from the sheath, the cover layer engaging only a lateral surface of the second core segment, in which when the orthopaedic prosthesis is viewed in a transverse plane extending through the cover layer of the metallic foam shell, (i) the cover layer defines a first cross-sectional area, (ii) the cover layer and the second core segment define a second cross-sectional area, and (iii) a ratio of the first cross-sectional area to the second cross-sectional area is greater than 0.30. a metallic foam shell including a sheath, and a metallic core including (i) a neck positioned proximal of the sheath, the neck being configured to receive a femoral head component, (ii) a first core segment positioned in the sheath, and (iii) a second core segment positioned distal of the sheath,
A method for communication, comprising: configuring a communication system that includes a transmitter and a receiver with a first codebook CB N N of first precoding matrices for mapping up to N data streams onto N transmit antenna ports of the transmitter, each of at least some of the first precoding matrices in the first codebook derived from respective second, third and fourth matrices selected respectively from a second codebook CB p p, a third codebook CB p p and a fourth codebook CB p p, wherein the second, third and fourth codebooks are configured for mapping p data streams onto respective p transmit antenna ports, wherein configuring the communication system comprises generating a precoding matrix W in the first codebook CB N N as a triple Kronecker product of the form W ∈ CB p p ⊗ CB p p ⊗ CB p p; mapping the data streams onto the N transmit antenna ports using a precoding scheme based on the generated precoding matrix W; and transmitting the mapped data streams over the N transmit antenna ports from the transmitter to the receiver, wherein N=8 and p=2. configuring a communication system that includes a transmitter and a receiver with a first codebook CB N N of first precoding matrices for mapping up to N data streams onto N transmit antenna ports of the transmitter, each of at least some of the first precoding matrices in the first codebook derived from respective second, third and fourth matrices selected respectively from a second codebook CB p p, a third codebook CB p p and a fourth codebook CB p p, wherein the second, third and fourth codebooks are configured for mapping p data streams onto respective p transmit antenna ports, wherein configuring the communication system comprises generating a precoding matrix W in the first codebook CB N N as a triple Kronecker product of the form W ∈ CB p p ⊗ CB p p ⊗ CB p p; mapping the data streams onto the N transmit antenna ports using a precoding scheme based on the generated precoding matrix W; and transmitting the mapped data streams over the N transmit antenna ports from the transmitter to the receiver, wherein N=8 and p=2.
Driving device, in particular screw foundation driving device, having an anchor with a rotational axis for receiving a driving tool, an outer rotor, which is arranged concentrically to the rotational axis of the anchor and can be rotationally driven by a motor, an impact device from which an impact energy can be introduced into the anchor, characterized in that, by means of rolling bodies arranged circumferentially on the anchor, the anchor is mounted in the outer rotor in such a way that a relative movement between the anchor and the outer rotor can be executed in the direction of the rotational axis and a torque about the rotational axis can be introduced from the outer rotor to the anchor via the rolling bearings.
Endoscopy system for examining gas turbines, comprising an endoscope and a data processing device, the endoscope comprising an image recording device, the endoscope being configured to transmit image recordings (20, 21, 22) from the image recording device from inside the gas turbine to the data processing device, wherein the endoscopy system is configured to position and orient the endoscope in a gas turbine in a defined manner, which endoscope is inserted into the gas turbine and comprises the image recording device, wherein the endoscopy system comprises an electronically controlled positioning apparatus for positioning and/or orienting the endoscope in the gas turbine in a defined manner, characterised in that - a rotary apparatus for rotating at least one shaft of the gas turbine is controllable by the data processing device, wherein - the endoscopy system is configured to automatically determine the position and/or orientation of the endoscope in the gas turbine by image processing the image recordings (20, 21, 22), wherein - the positioning apparatus is configured to then use the determined position data to position and orient the endoscope, wherein - the endoscopy system is configured to automatically determine the rotational position or the angle of rotation of a shaft of the gas turbine, wherein this is carried out by the image recording device and suitable image processing in the data processing device, wherein the absolute rotational position of the shaft is determined on the basis of a marker, wherein the blade lock is detected as a marker by image processing, wherein - the endoscopy system is configured to automatically assign parts of the gas turbine to image recordings (20, 21, 22) of the image recording device, wherein this takes place by automatic image recognition by the data processing device of at least one marker, wherein the blade lock is used as a marker. - a rotary apparatus for rotating at least one shaft of the gas turbine is controllable by the data processing device, wherein - the endoscopy system is configured to automatically determine the position and/or orientation of the endoscope in the gas turbine by image processing the image recordings (20, 21, 22), wherein - the positioning apparatus is configured to then use the determined position data to position and orient the endoscope, wherein - the endoscopy system is configured to automatically determine the rotational position or the angle of rotation of a shaft of the gas turbine, wherein this is carried out by the image recording device and suitable image processing in the data processing device, wherein the absolute rotational position of the shaft is determined on the basis of a marker, wherein the blade lock is detected as a marker by image processing, wherein - the endoscopy system is configured to automatically assign parts of the gas turbine to image recordings (20, 21, 22) of the image recording device, wherein this takes place by automatic image recognition by the data processing device of at least one marker, wherein the blade lock is used as a marker.
A method for securing a wireless sensor network comprising a plurality of wireless devices, the method performed by a wireless device in the plurality, the method comprising: organizing the wireless device into a cluster with other wireless devices from the plurality; cooperating with the other wireless devices in the cluster to select a leader for the cluster; describing expected behavior of the wireless device; and, while the wireless device is the leader of the cluster, detecting a compromised wireless device within the cluster by receiving descriptions of the expected behaviors of each wireless device in the cluster, observing behaviors of the wireless devices within the cluster, comparing the expected behaviors with the observed behaviors, and identifying anomalies in the behaviors of the wireless devices within in the cluster based on the comparison; and preventing the compromised wireless device from compromising another wireless device by refusing to transmit some or all communications generated by or to be delivered to the compromised wireless device, or by forcing the compromised wireless device to reset itself to an uncompromised state. organizing the wireless device into a cluster with other wireless devices from the plurality; cooperating with the other wireless devices in the cluster to select a leader for the cluster; describing expected behavior of the wireless device; and, while the wireless device is the leader of the cluster, detecting a compromised wireless device within the cluster by receiving descriptions of the expected behaviors of each wireless device in the cluster, observing behaviors of the wireless devices within the cluster, comparing the expected behaviors with the observed behaviors, and identifying anomalies in the behaviors of the wireless devices within in the cluster based on the comparison; and receiving descriptions of the expected behaviors of each wireless device in the cluster, observing behaviors of the wireless devices within the cluster, comparing the expected behaviors with the observed behaviors, and identifying anomalies in the behaviors of the wireless devices within in the cluster based on the comparison; and preventing the compromised wireless device from compromising another wireless device by refusing to transmit some or all communications generated by or to be delivered to the compromised wireless device, or by forcing the compromised wireless device to reset itself to an uncompromised state.
Process for the preparation of alkenoic acid esters comprising: (a) contacting a lactone with an alcohol and an acidic heterogeneous catalyst, characterised in that the process is carried out in the presence of at least 20 ppm of an acid having a pKa of 5 or less, relative to the amount of the lactone. (a) contacting a lactone with an alcohol and an acidic heterogeneous catalyst, characterised in that the process is carried out in the presence of at least 20 ppm of an acid having a pKa of 5 or less, relative to the amount of the lactone.
Catalyst gauze for the reduction of the amount of N 2 O in an ammonia oxidation process, containing a first layer of woven or knitted first wire material, whereby said first wire material is made from Pd or a Pd-rich alloy, said first layer containing a reinforcement in the form of a second wire material which is woven or knitted among the first wire material and which has a different composition than the first wire material, said catalyst gauze being characterized in that it contains a second layer disposed parallel to the first layer, and composed of woven or knitted third wire material, whereby said third wire material is made from Pd or a Pd-rich alloy, whereby said second layer also contains the second wire material which is woven or knitted among the third wire material and is present as a pile thread which runs back and forth between the first layer and the second layer.
An embolization device, comprising: a proximal segment; a distal segment, each of the proximal and distal segments including a stem, and a plurality of anchoring bristles extending outwardly from the stem; and a flow restricting membrane located longitudinally within the bristles of one of said segments, and wherein the flow restricting membrane has a central hole, characterized in that there is an interference fit between the central hole and the stem. a proximal segment; a distal segment, each of the proximal and distal segments including a stem, and a plurality of anchoring bristles extending outwardly from the stem; and a flow restricting membrane located longitudinally within the bristles of one of said segments, and wherein the flow restricting membrane has a central hole, characterized in that there is an interference fit between the central hole and the stem. a stem, and a plurality of anchoring bristles extending outwardly from the stem; and a flow restricting membrane located longitudinally within the bristles of one of said segments, and wherein the flow restricting membrane has a central hole, characterized in that there is an interference fit between the central hole and the stem.
Device intended to be stationary including: - a part comprising a through orifice forming an internal wall in said part, said internal wall having a height h1 according to an axis; and - a metal band, having a height h2 according to the axis and a thickness e, said metal band being attached and fixed to the internal wall of the orifice; characterized in that: • the orifice defines two opposite surfaces in the internal wall, • the internal wall of the orifice comprises two protuberances (4a, 4b) disposed on the two opposite surfaces and disposed in different positions z 1, z 2, with z 1 different from z 2, according to the axis, • the metal band comprises: a first set of two cutouts (7a, 7b) cooperating with the protuberances (4a, 4b) of said internal wall; and a second set of two cutouts that are symmetrical with respect to the first set in a plane orthogonal to the axis, the metal band thus comprising four cutouts (7a, 7B), • at least one protuberance is movable in the direction of the axis and/or in a plane orthogonal to the axis in order to allow the introduction of the metal band into the orifice. - a part comprising a through orifice forming an internal wall in said part, said internal wall having a height h1 according to an axis; and - a metal band, having a height h2 according to the axis and a thickness e, said metal band being attached and fixed to the internal wall of the orifice; • the orifice defines two opposite surfaces in the internal wall, • the internal wall of the orifice comprises two protuberances (4a, 4b) disposed on the two opposite surfaces and disposed in different positions z 1, z 2, with z 1 different from z 2, according to the axis, • the metal band comprises: a first set of two cutouts (7a, 7b) cooperating with the protuberances (4a, 4b) of said internal wall; and a second set of two cutouts that are symmetrical with respect to the first set in a plane orthogonal to the axis, the metal band thus comprising four cutouts (7a, 7B), • at least one protuberance is movable in the direction of the axis and/or in a plane orthogonal to the axis in order to allow the introduction of the metal band into the orifice.
A method for preparing polyurea compounds by reacting primary amines and isocyanates in the presence of a liquid diluent in a high-pressure impingement mixing device at a temperature in the range of 0° C to 100° C and a pressure above 34.5 barg (500 psig) to produce a polyurea compound having the consistency of a powder and in which diluent is dispersed.
Method for manufacturing a storage system for storing an internal combustion engine exhaust gas liquid additive, and comprising a tank for storing the additive, characterized in that said method comprises the following steps: - injection- moulding two plastic half shells, that is, a lower shell and an upper shell, as two separate parts; - fixing at least one active component in at least one of the two plastic half shells by using upstanding pins and/or baffles (3") with which the at least one of two plastic half shells is equipped, wherein the at least one active component is a heating wire; - only when the at least one active component has been fixed in the at least one of the two plastic half shells, assembling the two plastic half shells to make the tank. - injection- moulding two plastic half shells, that is, a lower shell and an upper shell, as two separate parts; - fixing at least one active component in at least one of the two plastic half shells by using upstanding pins and/or baffles (3") with which the at least one of two plastic half shells is equipped, wherein the at least one active component is a heating wire; - only when the at least one active component has been fixed in the at least one of the two plastic half shells, assembling the two plastic half shells to make the tank.
Method of executing a functional check on a power supply unit of an electronic device in a datacentre comprising a plurality of electronic devices and a plurality of power sources for the electrical power supply of the electronic devices, the electronic devices each comprising a plurality of power supply units obtaining electric energy from at least one of the power sources, wherein the electronic devices and the power sources are assigned to a system providing first connections from a computer station for datacentre management to the electronic devices and second connections from the computer station to the power sources, and wherein an infrastructure of the datacentre, including the information, which power supply unit is connected to which outlet of the power sources is available to a datacentre management tool by accessing data files of a datacentre management, the method comprising the following steps: - (a) using said information for sending signals over the second connections to establish a switching status of the power sources, wherein only the power supply unit to be checked obtains electric energy from the respective power source, wherein the switching status according to step (a) is established by switching off any one of a plurality of outlets of the one or more power sources providing electric energy to the electronic device, with the exception that the one outlet connected to the power supply unit to be checked is switched on or kept switched on, and - (b) sending and receiving signals over the first connections to the electronic device comprising the power supply unit to be checked to enquire whether said electronic device is responsive or not while the switching status according to step (a) persists, wherein a responsive electronic device indicates an operable power supply unit to be checked, and wherein the plurality of power supply units of the electronic device are checked subsequently, by repeating the steps (a) and (b) for each power supply unit. - (a) using said information for sending signals over the second connections to establish a switching status of the power sources, wherein only the power supply unit to be checked obtains electric energy from the respective power source, wherein the switching status according to step (a) is established by switching off any one of a plurality of outlets of the one or more power sources providing electric energy to the electronic device, with the exception that the one outlet connected to the power supply unit to be checked is switched on or kept switched on, and - (b) sending and receiving signals over the first connections to the electronic device comprising the power supply unit to be checked to enquire whether said electronic device is responsive or not while the switching status according to step (a) persists, wherein a responsive electronic device indicates an operable power supply unit to be checked, and
A crystalline polymorph of 3-(N-methyl-N-pentyl) amino-1-hydroxypropane-1, 1-diphosphonic acid, monosodium salt monohydrate (Ibandronate) which is characterized by an X-ray powder diffraction pattern (CuKα radiation) having characteristic peaks expressed in angle 2-theta at approximately (± 0.2 degrees) Angle 2-theta 10.2° 11.5° 15.7° 19.4° 26.3° for use in the treatment and/or prevention of diseases which are associated with bone and calcium metabolic disease.
A nozzle for cold spray system comprising a convergent shape part, a throat part and a conical divergent shape part widen forward from the throat part used for making a raw material powder which is introduced at a inlet of the nozzle which locates in the convergent shape part shoot as a supersonic flow by using a working gas having temperature equal to or lower than a melting point of the raw material powder from a spout provided at the tip of the divergent shape part, characterized in that the convergent shape part is composed of a preheating region provided at a front side of the nozzle and a convergent region, the preheating region and the convergent region elevate the temperature of the raw material powder, and the nozzle is provided with a heating device at the preheating region and the heating device is a built-in electric heater unit in the inside wall surface of the convergent shape part.
A method for monitoring of foulants present on chromatographic resins using fluorescence probe, the method comprising the steps of: packing a chromatographic column with a fresh chromatographic resin, wherein the column has a column holder, which includes a black sheet that surrounds the column with a specified window space to detect the foulants present on the resin; washing the resin packed chromatographic column; measuring an initial reading of fluorescence intensity of the chromatographic resin; subjecting the column for protein purification; exciting the column at a predefined wavelength and measuring the final reading of fluorescence intensity at a predefined wavelength; and determining the foulant deposited on the column by subtracting the initial reading from the final reading of fluorescence intensity. packing a chromatographic column with a fresh chromatographic resin, wherein the column has a column holder, which includes a black sheet that surrounds the column with a specified window space to detect the foulants present on the resin; washing the resin packed chromatographic column; measuring an initial reading of fluorescence intensity of the chromatographic resin; subjecting the column for protein purification; exciting the column at a predefined wavelength and measuring the final reading of fluorescence intensity at a predefined wavelength; and determining the foulant deposited on the column by subtracting the initial reading from the final reading of fluorescence intensity.
A vehicle having: a pair of side rails (3L, 3R) extending in a longitudinal direction of the vehicle; a battery pack that is mounted below the side rails (3L, 3R) and that is formed in a rectangular parallelepiped shape with a pair of side faces each facing in the longitudinal direction of the vehicle and with front and rearside faces (2a, 2b) having a long side that is orthogonal to the longitudinal direction of the vehicle and extends beyond the side rails (3L, 3R) in a vehicle width direction; and a vehicle battery pack support device, the vehicle battery pack support device comprising a battery bracket for housing the battery pack; and a frame bracket for coupling the side rails (3L, 3R) and the battery bracket, characterized by the battery bracket including a front first bracket and a rear first bracket covering the front and rear side faces (2a, 2b) of the battery pack, a portion of a top face that is continuous with the front and rear side faces (2a, 2b), and a portion of a bottom face that is continuous with the front and rear side faces (2a, 2b), the front and rear first brackets (21A, 21B) having a dimension in the vehicle width direction which is equal to or larger than the long side of the battery pack, and a left second bracket and a right second bracket covering end portions of the front first bracket and the rear first bracket in the vehicle width direction and coupled to the frame bracket, the front first bracket and the rear first bracket, the left second bracket and the right second bracket forming a box-like shape.