mhurhangee/ep-ind-claims huggingface dataset:
An assembly for protecting an item from theft, characterized in that it comprises: - a device (10; 20) for marking the item, for its identification, comprising: - a tip (14; 24) intended to traverse the item to be marked or a package containing that item, - a head (12; 22) having two opposite faces (12a, 22a; 12b, 22b), the tip (14; 24) extending from a first (12a, 22a) of the two faces (12a, 22a; 12b, 22b), said head (12; 22) having, on the side of the first opposite face (12b, 22b), a printed zone that is protected by a transparent protective cover (16; 30), and - a protective body provided on the one hand with an orifice to insert the tip of the device therein, and on the other hand with locking means to prevent the removal of the tip after it has been inserted. - a device (10; 20) for marking the item, for its identification, - a tip (14; 24) intended to traverse the item to be marked or a package containing that item, - a head (12; 22) having two opposite faces (12a, 22a; 12b, 22b), the tip (14; 24) extending from a first (12a, 22a) of the two faces (12a, 22a; 12b, 22b), said head (12; 22) having, on the side of the first opposite face (12b, 22b), a printed zone that is protected by a transparent protective cover (16; 30), and - a protective body provided on the one hand with an orifice to insert the tip of the device therein, and on the other hand with locking means to prevent the removal of the tip after it has been inserted.
A use of a composition for in vitro culturing an isolated natural killer cell without CD3+ or CD56- cells, the composition comprising as an active ingredient a fusion protein dimer comprising an IL-2 variant and a CD80 fragment, wherein the fusion protein comprises the following structural formula or: N'-X-[linker]n-Fc domain-[linker]m-Y-C' - formula N'-Y-[linker]n-Fc domain-[linker] m -X-C' - formula, wherein, N' is the N-terminus of the fusion protein, C' is the C-terminus of the fusion protein, X is the CD80 fragment, Y is the IL-2 variant, the linkers and are peptide linkers, and n and m are each independently 0 or 1, wherein the IL-2 variant comprises a substitution of the 38th and 42 nd amino acids in the amino acid sequence of SEQ ID NO: 10, wherein the CD80 fragment comprises the extracellular domain of CD80. wherein the fusion protein comprises the following structural formula or: N'-X-[linker]n-Fc domain-[linker]m-Y-C' - formula N'-Y-[linker]n-Fc domain-[linker] m -X-C' - formula, wherein, N' is the N-terminus of the fusion protein, C' is the C-terminus of the fusion protein, X is the CD80 fragment, Y is the IL-2 variant, the linkers and are peptide linkers, and n and m are each independently 0 or 1, wherein, N' is the N-terminus of the fusion protein, C' is the C-terminus of the fusion protein, X is the CD80 fragment, Y is the IL-2 variant, the linkers and are peptide linkers, and n and m are each independently 0 or 1, wherein the IL-2 variant comprises a substitution of the 38th and 42 nd amino acids in the amino acid sequence of SEQ ID NO: 10, wherein the CD80 fragment comprises the extracellular domain of CD80.
A coding method comprising: a normalization value calculation step of calculating a normalization value representative of a predetermined number of input samples; a normalization value quantization step of quantizing the normalization value to obtain a quantized normalization value and a normalization-value quantization index corresponding to the quantized normalization value; a quantization-candidate calculation step of, for each sample, subtracting a value corresponding to the quantized normalization value from a value corresponding to the magnitude of the respective sample to obtain a respective difference value and, if the difference value corresponding to the respective sample is positive and the value of the respective sample is positive, setting the difference value as a quantization candidate corresponding to the respective sample, if the difference value corresponding to the respective sample is positive and the value of the respective sample is negative, reversing the sign of the difference value and setting the sign-reversed value as a quantization candidate corresponding to the respective sample, and if the difference value corresponding to the respective sample is not positive, setting 0 as a quantization candidate corresponding to the respective sample; and a vector quantization step of vector-quantizing quantization candidates corresponding to said predetermined number of input samples to obtain a vector quantization index. a normalization value calculation step of calculating a normalization value representative of a predetermined number of input samples; a normalization value quantization step of quantizing the normalization value to obtain a quantized normalization value and a normalization-value quantization index corresponding to the quantized normalization value; a quantization-candidate calculation step of, for each sample, subtracting a value corresponding to the quantized normalization value from a value corresponding to the magnitude of the respective sample to obtain a respective difference value and, if the difference value corresponding to the respective sample is positive and the value of the respective sample is positive, setting the difference value as a quantization candidate corresponding to the respective sample, if the difference value corresponding to the respective sample is positive and the value of the respective sample is negative, reversing the sign of the difference value and setting the sign-reversed value as a quantization candidate corresponding to the respective sample, and if the difference value corresponding to the respective sample is not positive, setting 0 as a quantization candidate corresponding to the respective sample; and a vector quantization step of vector-quantizing quantization candidates corresponding to said predetermined number of input samples to obtain a vector quantization index.
Punching press with a clamping plate (23, 27) and with a press ram which lies opposite the upper side of the clamping plate (23, 27) and operates towards the clamping plate (23, 27), which press ram is movable up and down via tension columns by means of a drive mechanism arranged below the band movement plane of the punching press, characterized in that the press ram is guided exclusively via the tension columns, wherein the tension columns are guided exclusively in the area of the band movement plane of the punching press, in particular in inclination-tolerant and in particular substantially momentum-free guides in such a manner that the press ram and the tension columns can be positioned obliquely under eccentric load by the tension columns being inclined about axes of inclination running in the region of the band movement plane of the punching press.
An electrosurgical generator for generating radiofrequency electromagnetic energy and microwave EM energy, the generator comprising: a microwave source for generating a microwave signal; a microwave channel for conveying the microwave signal from the microwave source to be output from the generator; an RF channel for conveying an RF signal to be output from the generator; a microwave-to-RF converter connectable to receive the microwave signal, the microwave-to-RF converter being arranged to: generate the RF signal from the microwave signal, and deliver the RF signal to the RF channel. a microwave source for generating a microwave signal; a microwave channel for conveying the microwave signal from the microwave source to be output from the generator; an RF channel for conveying an RF signal to be output from the generator; a microwave-to-RF converter connectable to receive the microwave signal, the microwave-to-RF converter being arranged to: generate the RF signal from the microwave signal, and deliver the RF signal to the RF channel. generate the RF signal from the microwave signal, and deliver the RF signal to the RF channel.
A reconfigurable MIMO (Multiple-Input Multiple-Output) antenna which is suitable for use as a roof-mounted vehicle antenna and is able to cover multiple services such as DVB-H. GSM71O, GSM85O, GSM900, GSM1800, PCS.I900, GPS 1575, UMTS2100, Wifi, Bluetooth, LTE, LTA and 4G frequency bands, said antenna comprising: a balanced antenna and an unbalanced antenna mounted on a supporting substrate; wherein both the balanced antenna and the unbalanced antenna are located towards the same end of the substrate; and wherein the substrate comprises a substantially triangular planar element. a balanced antenna and an unbalanced antenna mounted on a supporting substrate; wherein both the balanced antenna and the unbalanced antenna are located towards the same end of the substrate; and wherein the substrate comprises a substantially triangular planar element.
Green-emitting LED embodied as a luminescence conversion LED, consisting of a primary radiation source, which is a chip that emits in the UV or blue radiation range, and arranged in front thereof a layer of a phosphor which converts the radiation from the chip partly or completely into green light having the dominant wavelength λ dom = 550 to 570 nm, characterized in that the phosphor belongs to the class of the oxynitridosilicates, having a cation M and the basic formula M (1-c) Si 2 O 2 N 2:D c, wherein D denotes a doping with divalent europium and wherein the proportion c of the doping with respect to the cation is in the range of 0.1 to 20 mol%, and wherein M comprises Sr as a constituent and M = Sr alone or M = Sr (1-x-y) Ba y Ca x where 0 ≤ x+y < 0.5 is used, and wherein the oxynitridosilicate completely or predominantly consists of the high temperature stable HT modification, wherein the proportion of the impurity with respect to tungsten and cobalt is in each case less than 50 ppm.
Elbow prosthesis comprising a radial head having a superior dished capitellum bearing surface and a medial-side radial notch bearing ulnar facet, the bearing surface defining a bearing surface centroid and having a depression formed therein forming a depression centroid, characterised in that the depression centroid is located anteriorly with respect to the surface centroid.
An apparatus, comprising: a power source; a relay coupled to the power source; a load coupled to the relay, wherein the relay couples the load to the power source when the relay is in a closed position; a biasing and monitoring module coupled to the relay; and an engine control unit coupled to the biasing and monitoring module, wherein the biasing and monitoring module determines when an output of the relay is shorted to ground by detecting a voltage on the output of the relay, characterised in that the biasing and monitoring module: determines the output of the relay is not shorted to ground when the detected voltage on the output of the relay is equal to a bias voltage; and generates a signal indicating the output of the relay is not shorted to ground and provides the signal to the engine control unit when the detected voltage on the output of the relay is equal to the bias voltage. a power source; a relay coupled to the power source; a load coupled to the relay, wherein the relay couples the load to the power source when the relay is in a closed position; a biasing and monitoring module coupled to the relay; and an engine control unit coupled to the biasing and monitoring module, wherein the biasing and monitoring module determines when an output of the relay is shorted to ground by detecting a voltage on the output of the relay, characterised in that the biasing and monitoring module: determines the output of the relay is not shorted to ground when the detected voltage on the output of the relay is equal to a bias voltage; and generates a signal indicating the output of the relay is not shorted to ground and provides the signal to the engine control unit when the detected voltage on the output of the relay is equal to the bias voltage. determines the output of the relay is not shorted to ground when the detected voltage on the output of the relay is equal to a bias voltage; and generates a signal indicating the output of the relay is not shorted to ground and provides the signal to the engine control unit when the detected voltage on the output of the relay is equal to the bias voltage.
A device for locating a target intended to be embedded on a mobile carrier, the device comprising: • a camera orientable relative to the carrier in: o a first orientation in sight of the target so that the camera acquires an image of the target, and o a second orientation in sight of at least one predetermined star so that the camera acquires at least one image of the star, • an inertial unit configured to calculate position and orientation data of the camera, • a stellar resetting module configured to apply a stellar resetting to the data calculated by the inertial unit based on the image of the star, so as to produce reset position and orientation data, • a location module configured to estimate a position of the target from the image of the target and the reset data, the device being characterized in that it comprises a communication interface with an operator station, and in that the camera is further configured to switch from one of the first and second orientations to the other in response to the receipt by the communication interface of a command emitted by the operator station. • a camera orientable relative to the carrier in: o a first orientation in sight of the target so that the camera acquires an image of the target, and o a second orientation in sight of at least one predetermined star so that the camera acquires at least one image of the star, o a first orientation in sight of the target so that the camera acquires an image of the target, and o a second orientation in sight of at least one predetermined star so that the camera acquires at least one image of the star, • an inertial unit configured to calculate position and orientation data of the camera, • a stellar resetting module configured to apply a stellar resetting to the data calculated by the inertial unit based on the image of the star, so as to produce reset position and orientation data, • a location module configured to estimate a position of the target from the image of the target and the reset data,
A method of operating a system, comprising: capturing an image of a plurality of indicia; displaying the captured image on a display of the system; detecting and marking the indicia on the display; providing augmented details of each of the plurality of indicia on the display; characterized by determining if at least one of the plurality of indicia is using different symbology than the other indicia and, if so, providing a guide to enable configuration of the system for reading all the plurality of indicia; and presenting on the display a predetermined sequencing criteria. capturing an image of a plurality of indicia; displaying the captured image on a display of the system; detecting and marking the indicia on the display; providing augmented details of each of the plurality of indicia on the display; characterized by determining if at least one of the plurality of indicia is using different symbology than the other indicia and, if so, providing a guide to enable configuration of the system for reading all the plurality of indicia; and presenting on the display a predetermined sequencing criteria.
An outdoor unit of an air-conditioning apparatus, the outdoor unit comprising: a casing; a compressor disposed on a bottom of the casing; a box-shaped noise isolation unit disposed to cover the compressor, the noise isolation unit reducing or eliminating outward propagation of noise generated during operation of the compressor; an anti-vibration cushion (51, 52, 53) interposed between the compressor and an inner surface of the noise isolation unit, the anti-vibration cushion (51, 52, 53) preventing vibration of the compressor during transportation of the outdoor unit; and an attention-attracting section giving removal instructions for removing the anti-vibration cushion (51, 52, 53), characterized in that the noise isolation unit includes a shell facing part of a side face of the compressor and having an opening at an upper end thereof, and an upper plate covering the opening; and in that the attention-attracting section is sandwiched between the upper plate and the shell in such a manner that a portion on which the removal instructions are given is positioned outside the noise isolation unit. a casing; a compressor disposed on a bottom of the casing; a box-shaped noise isolation unit disposed to cover the compressor, the noise isolation unit reducing or eliminating outward propagation of noise generated during operation of the compressor; an anti-vibration cushion (51, 52, 53) interposed between the compressor and an inner surface of the noise isolation unit, the anti-vibration cushion (51, 52, 53) preventing vibration of the compressor during transportation of the outdoor unit; and an attention-attracting section giving removal instructions for removing the anti-vibration cushion (51, 52, 53), characterized in that the noise isolation unit includes a shell facing part of a side face of the compressor and having an opening at an upper end thereof, and an upper plate covering the opening; and in that the attention-attracting section is sandwiched between the upper plate and the shell in such a manner that a portion on which the removal instructions are given is positioned outside the noise isolation unit.
A hydraulic damper, in particular a motor vehicle suspension damper, comprising a tube filled with working liquid, inside of which a slidable piston assembly, provided with compression and rebound valve assemblies and attached to a piston rod led outside the damper, is placed, and at least one additional compression valve system, characterised in that the compression valve system (18, 19) comprises at least one substantially thin closing element, having an outside diameter less than the inner diameter of the tube and being axially slidable with respect to the piston rod axis, a spring (23, 33) surrounding the piston rod axis and pressing the closing element against a retainer (26, 35) into open position, an abutting surface (28, 38) for the closing element (24, 34) in closed position, at least one passage (25, 31) for the flow of damping medium in closed position, a sleeve (20, 30) surrounding the spring (23, 33), the abutting surface is formed in the sleeve.
An oral care composition comprising an alkyl ester of gallic acid and a source of citrate ions; in which the source of citrate ions is zinc citrate; and in which the amount of zinc citrate ranges from 1 to 3% by weight (based on the total weight of the oral care composition), and in which the amount of alkyl ester of gallic acid ranges from 0.01 to 0.05% by total weight alkyl ester of gallic acid based on the total weight of the oral care composition.
A data transmission method, characterized in that, the method comprising: a Mobility Management Entity, MME, receiving a data transmission message, sent from a user equipment, carrying a Packet Data Network, PDN, Connectivity Request message and a data packet to be transmitted; the MME establishing a PDN connection only at a core network side; and the MME sending the data packet to be transmitted, to a Serving Gateway, SGW, over the PDN connection to instruct the SGW to send the data packet to be transmitted, to a Packet Data Gateway, PGW, over the PDN connection. a Mobility Management Entity, MME, receiving a data transmission message, sent from a user equipment, carrying a Packet Data Network, PDN, Connectivity Request message and a data packet to be transmitted; the MME establishing a PDN connection only at a core network side; and the MME sending the data packet to be transmitted, to a Serving Gateway, SGW, over the PDN connection to instruct the SGW to send the data packet to be transmitted, to a Packet Data Gateway, PGW, over the PDN connection.
Mesenchymal stem cells for use in treating coronary and peripheral artery insufficiency or for use in treating blocked arteries in a human by promoting or inducing angiogenesis, wherein the mesenchymal stem cells are genetically unmanipulated and allogeneic, and wherein the mesenchymal stem cells stimulate peripheral blood mononuclear cells (PBMCs) to produce vascular endothelial growth factor (VEGF) and thereby promote or induce angiogenesis.
An electrosurgical generator for use in fusing or sealing tissue comprising: a controller and an RF amplifier that is arranged to be connected to and to generate an electrical output for an electrosurgical instrument in accordance with signals received from the controller, wherein the controller is arranged to: signal the RF amplifier to, in a first stage, apply RF energy to an area of tissue and to increase the applied voltage in accordance with a dynamic first voltage ramp, determine a peak condition of the area of tissue affected by the applying of the first stage RF energy, wherein the determined peak condition corresponds to a boiling point of fluid in the area of tissue, once the peak condition is determined, signal the RF amplifier to, in a second stage, reduce the voltage of the RF energy being applied to the area of tissue from a first to a second voltage, signal the RF amplifier to, in a third stage, increase the applied voltage in accordance with a second voltage ramp to a third voltage, and wherein the third voltage is between the first voltage and the second voltage, signal the RF amplifier to, in a fourth stage, maintain the applied voltage constant at the third voltage for a predetermined period of time, and signal the RF amplifier to terminate the application of the RF energy to the area of the tissue after the pre-determined period of time has elapsed. signal the RF amplifier to, in a first stage, apply RF energy to an area of tissue and to increase the applied voltage in accordance with a dynamic first voltage ramp, determine a peak condition of the area of tissue affected by the applying of the first stage RF energy, wherein the determined peak condition corresponds to a boiling point of fluid in the area of tissue, once the peak condition is determined, signal the RF amplifier to, in a second stage, reduce the voltage of the RF energy being applied to the area of tissue from a first to a second voltage, signal the RF amplifier to, in a third stage, increase the applied voltage in accordance with a second voltage ramp to a third voltage, and wherein the third voltage is between the first voltage and the second voltage, signal the RF amplifier to, in a fourth stage, maintain the applied voltage constant at the third voltage for a predetermined period of time, and signal the RF amplifier to terminate the application of the RF energy to the area of the tissue after the pre-determined period of time has elapsed.