mhurhangee/ep-ind-claims huggingface dataset:
A method for producing oxygen and hydrogen gas from a liquid alkaline electrolytic solution during a process of electrolysis, including the steps of: providing an electrolytic solution, being potassium hydroxide, KOH, or sodium hydroxide, NaOH; providing an electrolysing apparatus comprising an inlet chamber having an inlet; first and second combustible fluid outlets (28,30); first and second spaced apart and parallel foraminous electrodes surrounded by the inlet chamber so that the electrodes are immersed in the inlet chamber, the electrodes provided in relative close proximity to one another in a range between 1 mm and 6 mm, wherein electrolytic solution flows from the inlet chamber through the first foraminous electrode to the first combustible fluid outlet, and through the second foraminous electrode to the second combustible fluid outlet; passing the solution into the inlet chamber via the inlet; and applying a voltage of between 1V and 6V to the apparatus across the electrodes, to electrolyse the solution between the electrodes so that oxygen gas forms on the first electrode and hydrogen gas forms on the second electrode, wherein the electrolytic solution flowing through the first foraminous electrode carries with it oxygen gas having formed on the first electrode into the first combustible fluid outlet, and so that the electrolytic solution flowing through the second foraminous electrode carries with it hydrogen gas having formed on the second electrode into the second combustible fluid outlet, thereby separating the oxygen and hydrogen gases. providing an electrolytic solution, being potassium hydroxide, KOH, or sodium hydroxide, NaOH; providing an electrolysing apparatus comprising an inlet chamber having an inlet; first and second combustible fluid outlets (28,30); first and second spaced apart and parallel foraminous electrodes surrounded by the inlet chamber so that the electrodes are immersed in the inlet chamber, the electrodes provided in relative close proximity to one another in a range between 1 mm and 6 mm, wherein electrolytic solution flows from the inlet chamber through the first foraminous electrode to the first combustible fluid outlet, and through the second foraminous electrode to the second combustible fluid outlet; passing the solution into the inlet chamber via the inlet; and applying a voltage of between 1V and 6V to the apparatus across the electrodes, to electrolyse the solution between the electrodes so that oxygen gas forms on the first electrode and hydrogen gas forms on the second electrode,
A data transfer system including: a set of switch and/or router devices (104B, 104E, 104F), each said device in the set being a layer 1, 2 and/or 3 device of OSI seven-layer model and being configured, in use, to transfer data between a plurality of computing devices (102A, 102B), the system characterised in that: the set of devices is configured to provide a virtual partition comprising a logical partition of resources for data transfer from any of a plurality of source computing devices to any of a plurality of destination computing devices, wherein at least a subset of ports of the devices in the set is associated with a specific VLAN Id and only data designated as virtual partition data is transferrable to another said device in the set via the ports associated with the specific VLAN Id, said virtual partition data being identified with the specific VLAN Id, and wherein the set of devices is configured to prevent the specific VLAN Id from being changed. a set of switch and/or router devices (104B, 104E, 104F), each said device in the set being a layer 1, 2 and/or 3 device of OSI seven-layer model and being configured, in use, to transfer data between a plurality of computing devices (102A, 102B), the system characterised in that: the set of devices is configured to provide a virtual partition comprising a logical partition of resources for data transfer from any of a plurality of source computing devices to any of a plurality of destination computing devices, wherein at least a subset of ports of the devices in the set is associated with a specific VLAN Id and only data designated as virtual partition data is transferrable to another said device in the set via the ports associated with the specific VLAN Id, said virtual partition data being identified with the specific VLAN Id, and wherein the set of devices is configured to prevent the specific VLAN Id from being changed. the set of devices is configured to provide a virtual partition comprising a logical partition of resources for data transfer from any of a plurality of source computing devices to any of a plurality of destination computing devices, wherein at least a subset of ports of the devices in the set is associated with a specific VLAN Id and only data designated as virtual partition data is transferrable to another said device in the set via the ports associated with the specific VLAN Id, said virtual partition data being identified with the specific VLAN Id, and wherein the set of devices is configured to prevent the specific VLAN Id from being changed.
A nucleic acid molecule comprising a codon optimised nucleotide sequence encoding for a functional α-galactosidase A protein wherein the nucleotide sequence has at least 95% identity to the sequence of SEQ ID NO. 1, wherein the codons of the nucleotide sequence have been selected based on the codons used for proteins which are expressed at a high level in the liver.
Cage rotor of a dynamoelectric machine with - a magnetically conductive base body, in particular a laminated core, which extends along an axis from one axial end to a second axial end, with first recesses which run substantially axially, are embodied as slots and are located at the radially outer edge of the lateral surface of the magnetically conductive base body and which only have a first conductor material, - a short-circuit ring, on the axial ends of the magnetically conductive base body in each case, which has at least a second electrically conductive material and which surrounds the axis in each case, wherein the first electrically conductive material of the slots is in electrical contact with the second electrically conductive material at the axial ends, characterised in that - the first conductor material in the first recesses, which are embodied as slots and are provided with a slot opening that points radially outwards, is a prefabricated rod material, in particular copper rods, - the conductor rods in the respective slots, due to a caulking procedure in said slots, are in contact with the walls of said slots virtually over the entire area, in particular making a positive fit, - second recesses in the magnetically conductive base body are provided, which are provided with a filler material that forms the second electrically conductive material of the short-circuit rings. - a magnetically conductive base body, in particular a laminated core, which extends along an axis from one axial end to a second axial end, with first recesses which run substantially axially, are embodied as slots and are located at the radially outer edge of the lateral surface of the magnetically conductive base body and which only have a first conductor material, - a short-circuit ring, on the axial ends of the magnetically conductive base body in each case, which has at least a second electrically conductive material and which surrounds the axis in each case, wherein the first electrically conductive material of the slots is in electrical contact with the second electrically conductive material at the axial ends, characterised in that - the first conductor material in the first recesses, which are embodied as slots and are provided with a slot opening that points radially outwards, is a prefabricated rod material, in particular copper rods, - the conductor rods in the respective slots, due to a caulking procedure in said slots, are in contact with the walls of said slots virtually over the entire area, in particular making a positive fit, - second recesses in the magnetically conductive base body are provided, which are provided with a filler material that forms the second electrically conductive material of the short-circuit rings.
Reciprocating linear motion mechanism for a medical device, comprising a body, wherein are mounted a rotatable shaft driven with a drive unit and a guide with a slidably platform mounted thereon, characterised in that the rotatably shaft has a smooth external surface and is connected with a shaft of the drive unit by means of an intermediate mechanism comprising at least two unidirectional clutches (7, 8) mounted on the smooth rotatably shaft in opposite directions, and the platform is integrated with a transport mechanism which is mounted on the rotatable shaft and comprises rolling elements so arranged that points of contact of said rolling elements with the smooth surface of the shaft determine a helix, wherein the drive unit and the intermediate mechanism are mounted to the platform.
A fluoroalkyl silicone comprising the following formula: wherein R 1 and R 2 are independently selected from an alkyl group or an aryl group; Rf is a perfluoroalkyl group or a Rf'OCHFCF 2 - group wherein Rf is a perfluoroalkyl group, and wherein Rf and Rf optionally comprise at least one catenary heteroatom; X, Y, and Z are independently selected from an alkyl group, a poly(alkylene oxide) group, or a hydrolysable group, wherein at least one of X, Y, and Z is a hydrolysable group; x is an integer of at least 3; y is an integer of at least 2; and m and n are independently at least 1.
A vehicle display device comprising; a first acquisition unit configured to acquire a first type image that shows a neighborhood of a vehicle; a first image production unit configured to subject the first type image acquired in the first acquisition unit to viewpoint transform so as to produce a first type bird's-eye image as viewed from above the vehicle; a display controller configured to display the first type bird's-eye image produced in the first image production unit; a second acquisition unit configured to acquire a second type image that shows a range more distanced from the vehicle than the first type image from a position higher than that of the first type image acquired in the first acquisition unit; a second image production unit configured to subject the second type image acquired in the second acquisition unit to viewpoint transform so as to produce a second type bird's-eye image as viewed from above the vehicle; and an object detector configured to detect an object around the vehicle, wherein the display controller displays the second type bird's-eye image produced in the second image production unit and corresponding to a direction of the object detected, in addition to the first type bird's-eye image when the object detector has detected the object, characterized by an identity determination unit configured to make a determination as to the identity of the object detected by the object detector in the first type bird's-eye image and the second type bird's-eye image, wherein when displaying the second type bird's-eye image in addition to the first type bird's-eye image, the display controller is configured to display the first type bird's-eye image and the second type bird's-eye image in such a manner that it is possible to determine whether the objects shown in the first type bird's-eye image and in the second type bird's-eye image are identical, based on a result of determination by the identity determination unit.
A holster support comprising a plate adapted to be fixed to external attachment means, a disc to be secured to a holster, the disc generally extending over a plane and being rotationally connected to said plate about an axis orthogonal with said plane, and locking means for locking the rotation of said disc about said axis so as to releasably lock said disc in a selected angular position with respect to said plate, the holster support being characterised in that it comprises lever means pivotally connected to said plate with elastic means hindering the pivoting, said lever means providing an abutment to said disc in a direction substantially orthogonal to its plane, whereby the separation of the disc from said plate is prevented by said abutment.
An immunostimulatory nucleic acid molecule having at least one internal pyrimidine-purine dinucleotide and a chimeric backbone, wherein the at least one internal YZ dinucleotide has a phosphodiester internucleotide linkage, wherein optionally each additional internal YZ dinucleotide has a phosphodiester or stabilized internucleotide linkage, and wherein all other internucleotide linkages are stabilized.
A method of suppressing noise in an audio signal, the method comprising: receiving an audio signal; dividing the received audio signal into a series of sampled audio frames; and for each of the sampled audio frames: i) determining whether noise is present in the audio frame by detecting a noise pattern in the sampled audio frame having one or more spectral peaks in a high frequency region of the audio signal spectrum; and ii) if noise is determined to be present in the audio frame, applying (908, 1005) a gain function to suppress the one or more spectral peaks in the sampled audio frame, wherein the step of determining whether noise is present in the audio frame comprises comparing (803,804,807,808,809,810) a measure of high frequency content in the audio frame to a threshold value by computing a first number of consecutive samples of opposite sign and a second number of alternate samples of opposite sign, comparing a sum of the first and second numbers to a first threshold value, and determining (811, 805) noise is present if the sum exceeds the first threshold value. receiving an audio signal; dividing the received audio signal into a series of sampled audio frames; and for each of the sampled audio frames: i) determining whether noise is present in the audio frame by detecting a noise pattern in the sampled audio frame having one or more spectral peaks in a high frequency region of the audio signal spectrum; and ii) if noise is determined to be present in the audio frame, applying (908, 1005) a gain function to suppress the one or more spectral peaks in the sampled audio frame, i) determining whether noise is present in the audio frame by detecting a noise pattern in the sampled audio frame having one or more spectral peaks in a high frequency region of the audio signal spectrum; and ii) if noise is determined to be present in the audio frame, applying (908, 1005) a gain function to suppress the one or more spectral peaks in the sampled audio frame, wherein the step of determining whether noise is present in the audio frame comprises comparing (803,804,807,808,809,810) a measure of high frequency content in the audio frame to a threshold value by computing a first number of consecutive samples of opposite sign and a second number of alternate samples of opposite sign, comparing a sum of the first and second numbers to a first threshold value, and determining (811, 805) noise is present if the sum exceeds the first threshold value.
An LED module which has: - A supply input for supplying the LED module with a supply voltage; - connections for an LED series; - a circuit (4, IC1, S6) connected to the supply input and the connections, which is configured to produce a load, preferably an effective power load, if during a starting phase a constant current is applied to the LED module, and which is configured to produce no load, if the starting phase has expired, wherein the circuit (4, IC1, S6) has a switch, by means of which a variable-current load at the connections can be switched on and off, and the circuit (4, IC1, S6) is configured to effect a change in the power consumption of the LED module in the starting phase by a control of the switch according to at least one predetermined protocol, in order to transmit information in the starting phase via the supply input, characterized in that the circuit (4, IC1, S6) is configured to detect an overvoltage at the supply input and/or to detect if the LED module should be switched off or has been switched off by switching off the supply voltage, and by a control of the switch to protect the LED series against overvoltage by closing the switch, if an overvoltage at the supply input is determined by the circuit (4, IC1, S6) and/or to suppress an after-glow of the LED series, if it is determined by the circuit (4, IC1, S6), that the LED module should be or is switched off. - A supply input for supplying the LED module with a supply voltage; - connections for an LED series; - a circuit (4, IC1, S6) connected to the supply input and the connections,
A washing machine support for supporting an inner drum of a washing machine, comprising at least two supporting arms, wherein each of the supporting arms comprises a first supporting plate, a connecting plate, and a second supporting plate arranged opposite to the first supporting plate; a first end of the connecting plate is connected to a first surface of the first supporting plate; a first surface of the second supporting plate is connected to a second end of the connecting plate; one transition structure is provided at a junction of the first supporting plate and the connecting plate; another transition structure is provided at a junction of the second supporting plate and the connecting plate; characterized in that, a through groove is disposed in an end portion of the supporting arm and goes through the first supporting plate and the second supporting plate. one transition structure is provided at a junction of the first supporting plate and the connecting plate; another transition structure is provided at a junction of the second supporting plate and the connecting plate; characterized in that, a through groove is disposed in an end portion of the supporting arm and goes through the first supporting plate and the second supporting plate.
A device for providing a skeleton model of a patient, the device comprising: - a joint identification unit configured to obtain an image and corresponding image data of the patient comprising depth information and to generate joint location data by localizing one or more joints of the patient in said image, - a pose estimation unit configured to generate pose estimation data by estimating a pose of the patient using the joint location data and/or the image data, characterised by - a sensor location unit configured to obtain body location data, comprising information about a location of a sensor on the patient's body, and image location data, comprising information about the location of the sensor in the image, and to generate sensor location data, assigning a sensor location in the image to a body location of the patient, based on the body location data and the image location data, - an assignment unit configured to perform an assignment of the one or more joints to one or more body locations of the patient by using the joint location data, the pose estimation data and the sensor location data, and - a skeleton modelling unit configured to generate a skeleton model of the patient based on the assignment of the joints to a body location. - a joint identification unit configured to obtain an image and corresponding image data of the patient comprising depth information and to generate joint location data by localizing one or more joints of the patient in said image, - a pose estimation unit configured to generate pose estimation data by estimating a pose of the patient using the joint location data and/or the image data, - a sensor location unit configured to obtain body location data, comprising information about a location of a sensor on the patient's body, and image location data, comprising information about the location of the sensor in the image, and to generate sensor location data, assigning a sensor location in the image to a body location of the patient, based on the body location data and the image location data, - an assignment unit configured to perform an assignment of the one or more joints to one or more body locations of the patient by using the joint location data, the pose estimation data and the sensor location data, and - a skeleton modelling unit configured to generate a skeleton model of the patient based on the assignment of the joints to a body location.
Piston for a combustion engine, - having an end-face piston crown in an axial direction, - having a piston body which has a radially outermost piston outer surface of the piston, which extends starting from the piston crown axially and in a circumferential direction, - having a ring portion, spaced axially from the piston crown and extending axially and in circumferential direction, which has a ring carrier having a ring groove for receiving a piston ring, - wherein the ring portion has a radially outer ring portion outer surface which extends in circumferential direction, - wherein the ring portion outer surface is offset radially to the inside relative to the piston outer surface, - wherein the piston outer surface extends elliptically in circumferential direction, characterized in that the ring portion outer surface extends in a rotationally symmetrical manner in circumferential direction. - having an end-face piston crown in an axial direction, - having a piston body which has a radially outermost piston outer surface of the piston, which extends starting from the piston crown axially and in a circumferential direction, - having a ring portion, spaced axially from the piston crown and extending axially and in circumferential direction, which has a ring carrier having a ring groove for receiving a piston ring, - wherein the ring portion has a radially outer ring portion outer surface which extends in circumferential direction, - wherein the ring portion outer surface is offset radially to the inside relative to the piston outer surface, - wherein the piston outer surface extends elliptically in circumferential direction,
An antenna array control apparatus, configured to control work of an electric motor of multiple antenna arrays, wherein the apparatus comprises: a link establishing unit, multiple modems, and multiple Antenna Interface Standards Group, AISG, interfaces, wherein: each AISG interface is connected to one of the modems, and the AISG interfaces are in a one-to-one correspondence with the modems, wherein the AISG interfaces are configured to receive an antenna array configuration signal; the multiple modems are connected to the link establishing unit, the modems are configured to decode the antenna array configuration signal to obtain an antenna array configuration instruction; and the link establishing unit is connected to multiple electric motors and configured to establish a communications link between each electric motor and one of the modems according to the antenna array configuration instruction. each AISG interface is connected to one of the modems, and the AISG interfaces are in a one-to-one correspondence with the modems, wherein the AISG interfaces are configured to receive an antenna array configuration signal; the multiple modems are connected to the link establishing unit, the modems are configured to decode the antenna array configuration signal to obtain an antenna array configuration instruction; and the link establishing unit is connected to multiple electric motors and configured to establish a communications link between each electric motor and one of the modems according to the antenna array configuration instruction.