mhurhangee/ep-ind-claims huggingface dataset:
A medical apparatus including a first device and a second device, the medical apparatus comprising, a main body apparatus capable of outputting at least one of an ultrasound drive signal for ultrasound vibration and a high-frequency drive signal for a high-frequency current; wherein the first device includes a probe for transmitting at least one of ultrasound vibration and high-frequency current, and performing a first treatment on a living tissue with a first treatment portion formed at a distal end portion; a first grasping portion connected to the probe and connected to the main body apparatus via a cable, and suitable to be grasped by a surgeon when performing the first treatment; a first attaching and detaching portion provided to the first grasping portion and including a first electric armature; and the second device includes an insertion portion including an insertion channel in which the probe is insertable, and further including a second treatment portion which, when the probe is inserted in the insertion channel, is suitable to hold the living tissue between the second treatment portion and the first treatment portion at a position opposed to the first treatment portion and perform a second treatment; an operation portion main body which supports the insertion portion, and includes a second attaching and detaching portion having a second electric armature for connectably engaging with the first attaching and detaching portion when the probe is inserted in the insertion portion, and a second grasping portion which is provided to the operation portion main body, suitable to be grasped by the surgeon when performing the second treatment, and includes a movable handle for opening and closing the second treatment portion with respect to the first treatment portion; characterized in that the medical apparatus further comprises a switch control section which is provided to the main body apparatus, and switches output of the drive signal so that the main body apparatus outputs a drive signal suitable for the second treatment when the first electric armature of the first attaching and detaching portion is connected to the second electric armature of the second attaching and detaching portion, and that the main body apparatus outputs a drive signal suitable for the first treatment when the first electric armature of the first attaching and detaching portion is not connected to the second electric armature of the second attaching and detaching portion.
A heat exchanger for the exchange of heat between a first fluid and at least one other fluid, wherein the heat exchanger is a laminate heat exchanger, the heat exchanger comprising: a core, wherein the core comprises a plurality of laminate members, the core comprising: at least one flow path; a manifold in communication with the at least one flow path, wherein the manifold comprises: a void formed in the core extending through the plurality of laminate members, the heat exchanger being characterized in that it further comprises end caps and in that the end caps are configured to seal the void at both ends of the core, each end cap being a non-flat end cap. at least one flow path; a manifold in communication with the at least one flow path, wherein the manifold comprises: a void formed in the core extending through the plurality of laminate members, the heat exchanger being characterized in that it further comprises end caps and in that the end caps are configured to seal the void at both ends of the core, each end cap being a non-flat end cap.
Method for operating a local area network, in particular an Ethernet network, having redundancy properties, wherein in a closed ring a redundancy manager watches over the sections (12, 23, 34, 45, 51) of this ring, wherein at least one further network segment is connected as a partial ring (62, 6, 67, 7, 73), and the monitoring of this partial ring is undertaken by segment controllers (2, 3) at the two ends of the partial ring by means of the sending of control packets to this partial ring, characterized in that the partial ring does not contain a redundancy manager.
An apparatus for treatment of transparent tissue of an eye by means of pulsed treatment laser radiation focused to target points in the tissue, pulsed treatment laser radiation having a pulse length of between 1 fs and 100 ps and for measuring the tissue, the apparatus comprising a laser radiation source, a deflection device, a focusing device and a detector device as well as a control device which controls the laser radiation source, the deflection device and the focusing device such that illumination laser radiation emitted by the laser radiation source is focused by the deflection device and the focusing device sequentially into several focus positions within the tissue, wherein the treatment laser radiation is configured to penetrate transparent regions of the eye, namely cornea, vitreous body and/or lens, and to generate optical breakthroughs in the focus in the transparent region and wherein the detector device emits tissue-specific signals induced by the focusing to the control device, and wherein the control device assigns the signals to points of measurement the location in the tissue of which is defined by the respective focus position, and filters out points of measurement and thus determines positions of boundary layers and/or inclusions in the tissue, wherein the control device defines the target points for the focused treatment laser radiation on basis of the filtered-out points of measurement.
A binding assay method for protein kinases wherein the luminescence of a photoluminescent probe bound to a protein kinase is measured, wherein the probe has structure P-L-F wherein P contains a fragment that has luminescence donor properties and that specifically associates with the purine-binding pocket of the target protein kinase, L is a linker system and F is a fluorescence acceptor dye, said probe containing a heteroaromatic fragment based on a thiophene, selenophene or tellurophene moiety linked to an aromatic system Ar and connected via a linker system L with a fluorescent dye F, said probe having structure as follows: wherein X represents S, Se or Te; wherein Ar is an aromatic system selected from the list consisting of 2-aminopyrimidine, 2-methylpyrimidine, pyrimidine, pyridine, purine and 7H-pyrrolo[2,3-d]pyrimidine; wherein the 5-membered S, Se or Te membered ring may additionally optionally incorporate one nitrogen atom; wherein the 5-membered S, Se or Te containing ring may be optionally substituted by halogeno groups; wherein the excitation spectrum of the fluorescence acceptor dye F overlaps with the emission spectrum of the luminescent donor P; comprising (a) exciting said probe bound to the purine-binding pocket of the target protein kinase with a single photon excitation pulse in the wavelength range 280-450 nm and (b) measuring in time-delayed mode luminescence radiation emitted by the probe in the wavelength range 450-1000 nm; the time-delay being such that the luminescence radiation emitted by the probe is measured free from 1 to 10 nanosecond-lifetime background fluorescence caused by organic compounds and light scattering. wherein X represents S, Se or Te; wherein Ar is an aromatic system selected from the list consisting of 2-aminopyrimidine, 2-methylpyrimidine, pyrimidine, pyridine, purine and 7H-pyrrolo[2,3-d]pyrimidine; wherein the 5-membered S, Se or Te membered ring may additionally optionally incorporate one nitrogen atom; wherein the 5-membered S, Se or Te containing ring may be optionally substituted by halogeno groups; wherein the excitation spectrum of the fluorescence acceptor dye F overlaps with the emission spectrum of the luminescent donor P; comprising (a) exciting said probe bound to the purine-binding pocket of the target protein kinase with a single photon excitation pulse in the wavelength range 280-450 nm and (b) measuring in time-delayed mode luminescence radiation emitted by the probe in the wavelength range 450-1000 nm; the time-delay being such that the luminescence radiation emitted by the probe is measured free from 1 to 10 nanosecond-lifetime background fluorescence caused by organic compounds and light scattering.
A card switch comprising: - a rocker switch having a switching rocker which is tiltable about a first horizontal axis and which has an ON position and an OFF position; - an actuation assembly having a one-armed switching lever which can be actuated by means of a key card and which at least partly covers the switching rocker; and - a cover cap having a slot for the insertion of a card into the card switch, wherein the slot is located above the first horizontal axis in an installation position of the card switch such that a card which can be inserted into the slot in the installation position of the card switch cannot fall out of the slot due to gravity, characterized in that in its OFF position, the switching rocker is oriented with respect to the installation position of the card switch such that a section of the switching rocker disposed above the first horizontal axis in the installation position of the card switch forms an overhang with respect to the section of the switching rocker disposed beneath the first horizontal axis; and in that the switching lever is fastened to the actuation assembly above the first horizontal axis and at least contacts the switching rocker above the first horizontal axis in its OFF position. - a rocker switch having a switching rocker which is tiltable about a first horizontal axis and which has an ON position and an OFF position; - an actuation assembly having a one-armed switching lever which can be actuated by means of a key card and which at least partly covers the switching rocker; and - a cover cap having a slot for the insertion of a card into the card switch, wherein the slot is located above the first horizontal axis in an installation position of the card switch such that a card which can be inserted into the slot in the installation position of the card switch cannot fall out of the slot due to gravity,
A compressor for a gas turbine engine, comprising: a plurality of load pins having an end portion; a plurality of vanes having a base portion of square shape with a cutout in the base, wherein the end portion of the load pin engages a wall portion of the cutout in the base of the vane, thereby inhibiting any movement of the vane in a particular direction; and a circumferential casing, wherein the vanes are configured to be loaded circumferentially within a groove located within an inner surface of the casing and disposed adjacent an inner periphery of the casing, wherein a plurality of the load pins are disposed through a wall of the casing at periodic radial locations, and wherein the end portion of each of the plurality of the load pins engages the wall portion of the cutout in the base of the corresponding vane at each periodic radial location of the load pins to lock the corresponding vane in position and prevent any movement of the corresponding locked vane and any movement of other ones of the vanes disposed next to the locked vane along the inner periphery of the casing in a particular direction until the next locked vane is encountered, each of the load pins being threaded through the wall of the casing, and wherein the plurality of vanes is greater than the plurality of load pins. a plurality of load pins having an end portion; a plurality of vanes having a base portion of square shape with a cutout in the base, wherein the end portion of the load pin engages a wall portion of the cutout in the base of the vane, thereby inhibiting any movement of the vane in a particular direction; and a circumferential casing, wherein the vanes are configured to be loaded circumferentially within a groove located within an inner surface of the casing and disposed adjacent an inner periphery of the casing, wherein a plurality of the load pins are disposed through a wall of the casing at periodic radial locations, and wherein the end portion of each of the plurality of the load pins engages the wall portion of the cutout in the base of the corresponding vane at each periodic radial location of the load pins to lock the corresponding vane in position and prevent any movement of the corresponding locked vane and any movement of other ones of the vanes disposed next to the locked vane along the inner periphery of the casing in a particular direction until the next locked vane is encountered, each of the load pins being threaded through the wall of the casing, and wherein the plurality of vanes is greater than the plurality of load pins.
A method for codebook processing, applied to a terminal device, characterized by the method comprising: determining non-quantized weighting coefficients Ŵ 2 for codebook calculation based on a first number and a second number in a Release 16 New Radio, NR, type II codebook W = W 1 W ^ 2 W ƒ H, wherein W 1 indicates 2L spatial beams, W ƒ H indicates M discrete fourier transform, DFT, basis vectors, the first number is L and a value of L is half of a number of spatial beams, the second number is M and a value of M is a number of DFT basis vectors, L and M are both integers, and a number of the non-quantized weighting coefficients is 2LM; performing quantization processing on the non-quantized weighting coefficients to obtain quantized weighting coefficients, the quantized weighting coefficients being coded values for codebook calculation determined based on a preset amplitude quantization level table; selecting K quantized weighting coefficients with non-zero amplitude values, K being an integer greater than or equal to 1; and transmitting the K selected quantized weighting coefficients to a network device through channel state information, CSI, wherein the CSI comprises a first part and a second part, K is added into the first part, K coded values and positions of the K coded values in 2LM are added into the second part. determining non-quantized weighting coefficients Ŵ 2 for codebook calculation based on a first number and a second number in a Release 16 New Radio, NR, type II codebook W = W 1 W ^ 2 W ƒ H, wherein W 1 indicates 2L spatial beams, W ƒ H indicates M discrete fourier transform, DFT, basis vectors, the first number is L and a value of L is half of a number of spatial beams, the second number is M and a value of M is a number of DFT basis vectors, L and M are both integers, and a number of the non-quantized weighting coefficients is 2LM; performing quantization processing on the non-quantized weighting coefficients to obtain quantized weighting coefficients, the quantized weighting coefficients being coded values for codebook calculation determined based on a preset amplitude quantization level table; selecting K quantized weighting coefficients with non-zero amplitude values, K being an integer greater than or equal to 1; and transmitting the K selected quantized weighting coefficients to a network device through channel state information, CSI, wherein the CSI comprises a first part and a second part, K is added into the first part, K coded values and positions of the K coded values in 2LM are added into the second part.
A communication apparatus, comprising: a processing unit configured to select one of a frame of a first format including a training signal and a frame of a second format not including a first field which is at least a part of the training signal, and generate the frame of the selected format; and a communication unit configured to transmit the frame of the first format or the frame of the second format, characterized in that the frame of the second format is configured with only a data part of a frame, and the processing unit being configured to select the frame of the second format when a first condition related to a transmission time of a frame to be transmitted is satisfied. a processing unit configured to select one of a frame of a first format including a training signal and a frame of a second format not including a first field which is at least a part of the training signal, and generate the frame of the selected format; and a communication unit configured to transmit the frame of the first format or the frame of the second format, characterized in that the frame of the second format is configured with only a data part of a frame, and the processing unit being configured to select the frame of the second format when a first condition related to a transmission time of a frame to be transmitted is satisfied.
Method for producing a tinplate strip coated with a coating, wherein the coating contains chromium metal and chromium oxide and is electrolytically applied to the tinplate strip from an electrolyte solution, which contains a trivalent chromium compound in a concentration of at least 10 g/l, by bringing the tinplate strip as a cathode in contact with the electrolyte solution, characterised in that the tinplate strip is passed successively at a predetermined strip speed (v) in a strip running direction through a plurality of electrolysis tanks (1a to 1h) arranged one behind the other in the strip running direction, wherein a low current density (j 1) is present in the first electrolysis tank seen in the strip running direction or in a front group of electrolysis tanks (1a, 1b), a medium current density (j 2) is present in a second electrolysis tank following in the strip running direction or in a middle group of electrolysis tanks (1c - 1f) and a high current density (j 3) is present in a last electrolysis tank seen in the strip running direction or in a rear group of electrolysis tanks (1g, 1h), wherein j 1 ≤ j 2 < j 3 and the low current density (j 1) is greater than 20 A/dm 2.
Method for controlling recharging of a traction battery for a hybrid motor vehicle comprising a heat engine and an electric traction machine, in which the recharging of the traction battery is controlled by a recharging torque setpoint which varies according to the speed of the combustion engine and is executed when the vehicle is stationary, the method being characterized in that the activation of the recharging is triggered: - upon detection of the reaching of a predetermined position for triggering the recharging (Prec) by the accelerator pedal of the vehicle, and - Only in the event of detection of the positioning of the control lever of a gearbox of the vehicle in a neutral position or in a parking position of the vehicle. - Only in the event of detection of the positioning of the control lever of a gearbox of the vehicle in a neutral position or in a parking position of the vehicle.
An antibacterial polymeric material comprising ultrahigh molecular weight polyethylene, ≤ 0,3 wt.% of vitamin E and ≤ 0,1 w.t% of Zn, wherein Zn is added to the ultrahigh molecular weight polyethylene in the form of a zinc compound selected among an inorganic zinc salt, a zinc carboxylate, zinc pyrithione, zinc acetylacetonate and mixtures thereof.
A high performance liquid chromatography method comprising: loading a solution containing metal complexes onto a column, wherein the metal complexes are selected from superoxide dismutase mimetic compounds, MRI imaging enhancement agents, catalase mimics, and peroxynitrite decomposition catalysts, eluting the metal complexes from the column with a mobile phase, said mobile phase comprising a salt of a coordinating anion in a solvent system, the amount of the salt of the coordinating anion being in sufficient excess for the coordinating anion to saturate all of the exchangeable ligand binding sites on the metal of the metal complexes, driving the formation of a single species during elution with the mobile phase, and detecting the metal complexes with a detector, wherein the salt comprises at least one salt selected from sodium chloride, lithium chloride, potassium chloride, ammonium chloride, tetrabutylammonium chloride, sodium thiocyanate, potassium thiocyanate, ammonium thiocyanate, lithium thiocyanate, potassium acetate, sodium acetate, ammonium trifluoroacetate, lithium acetate, potassium formate, sodium formate, ammonium formate, lithium formate, sodium cyanate, potassium cyanate, ammonium cyanate, potassium carboxylate, sodium carboxylate, lithium stearate, sodium stearate, sodium azide, potassium azide or lithium azide. loading a solution containing metal complexes onto a column, wherein the metal complexes are selected from superoxide dismutase mimetic compounds, MRI imaging enhancement agents, catalase mimics, and peroxynitrite decomposition catalysts, eluting the metal complexes from the column with a mobile phase, said mobile phase comprising a salt of a coordinating anion in a solvent system, the amount of the salt of the coordinating anion being in sufficient excess for the coordinating anion to saturate all of the exchangeable ligand binding sites on the metal of the metal complexes, driving the formation of a single species during elution with the mobile phase, and detecting the metal complexes with a detector, wherein the salt comprises at least one salt selected from sodium chloride, lithium chloride, potassium chloride, ammonium chloride, tetrabutylammonium chloride, sodium thiocyanate, potassium thiocyanate, ammonium thiocyanate, lithium thiocyanate, potassium acetate, sodium acetate, ammonium trifluoroacetate, lithium acetate, potassium formate, sodium formate, ammonium formate, lithium formate, sodium cyanate, potassium cyanate, ammonium cyanate, potassium carboxylate, sodium carboxylate, lithium stearate, sodium stearate, sodium azide, potassium azide or lithium azide.
Cosmetic use, via oral route, of an association of petroselinic acid and zinc, in particular Zn salts, and preferably complexed with one or more polyhydroxy acids such as zinc gluconate, to prevent and/or combat low-noise microinflammation of hair follicles, allowing an improvement in the quality of hair fibre, in particular in men over the age of 30 years and in women, characterized in that the improvement in hair fibre quality comprises an improvement in the tensile strength of hair and/or resistance to hair styling and/or hair shaping and/or to prevent and/or combat limp and/or brittle and/or dull hair and/or split ends and/or fragile and/or sensitized and/or dry hair, and/or to improve the softness and/or vigour of hair fibres.
A pump comprising: - an impeller rotating around a vertical axis (X, X') and having at least one blade, - a fixed volute having a lip and surrounding the impeller, and - a finger fixed to the volute just downstream of the input of a crossing groove machined in the inner wall of the volute, projecting below the blade in the direction of the axis (X, X') and having an upper surface, of which at least a part is at a distance from the blade of 0.05 to 0.5 mm, and a lateral leading surface, characterised in that, as seen from the side opposite to suction, the angle between the imaginary plane tangent to the lip and passing through the axis (X, X') and an imaginary straight line, perpendicular to the axis (X, X') and passing through the point furthest from the axis (X, X') of the intersection of the upper surface of the finger with the lateral leading surface, is between 110 and 140°. - an impeller rotating around a vertical axis (X, X') and having at least one blade, - a fixed volute having a lip and surrounding the impeller, and - a finger fixed to the volute just downstream of the input of a crossing groove machined in the inner wall of the volute, projecting below the blade in the direction of the axis (X, X') and having an upper surface, of which at least a part is at a distance from the blade of 0.05 to 0.5 mm, and a lateral leading surface,