mhurhangee/ep-ind-claims huggingface dataset:
Clamping part (3; 3") for a clamping device (2; 2") of a strain relief device (1; 1") for supply lines of a supply line device, wherein the strain relief device (1; 1") is designed to pass through the supply lines in a longitudinal direction; the clamping part (3; 3") being block-like and having a side surface designed as a clamping surface (31; 31") for clamping the supply lines in a clamping direction (k) perpendicular or approximately perpendicular to the longitudinal direction against a further clamping surface (31; 31") of the clamping device (2; 2"), the clamping surface being formed by an elastic wall at least in a clamping section provided for clamping the supply lines, the elastic wall delimiting, on the side facing away from the clamping surface, a cavity structure extending in or approximately in the longitudinal direction through the clamping part, the cavity structure being defined by a plurality of through openings extending in the longitudinal direction, at least some of which are bounded by the elastic wall, a plurality of through openings of the cavity structure being adjacent one another via further inner elastic walls.
An electrical device, comprising: a first box, a second box arranged on one side of the first box, and a power device arranged inside the first box; and wherein a cooling device for cooling via thermosyphon is arranged inside the second box; the cooling device comprises a substrate evaporator, a first condenser and a pipe, and the substrate evaporator is connected to the first condenser through the pipe, wherein the power device comprises one or more high-power devices and one or more low-power devices, wherein, the one or more high-power devices are all arranged on one side of the cooling device; or, the one or more high-power devices are respectively configured with corresponding cooling devices, and the one or more high-power devices are respectively arranged on one side of the corresponding cooling devices, to make the working fluid inside the substrate evaporator directly absorb the heat generated by the high-power devices. a first box, a second box arranged on one side of the first box, and a power device arranged inside the first box; and wherein a cooling device for cooling via thermosyphon is arranged inside the second box; the cooling device comprises a substrate evaporator, a first condenser and a pipe, and the substrate evaporator is connected to the first condenser through the pipe, wherein the power device comprises one or more high-power devices and one or more low-power devices, wherein, the one or more high-power devices are all arranged on one side of the cooling device; or, the one or more high-power devices are respectively configured with corresponding cooling devices, and the one or more high-power devices are respectively arranged on one side of the corresponding cooling devices, to make the working fluid inside the substrate evaporator directly absorb the heat generated by the high-power devices.
Dishwasher, in particular domestic dishwasher, having a dishwasher cavity, the loading opening of which is surrounded at least partially by a door seal, which is inserted into a door seal receiving part, which is connected to the dishwasher cavity, wherein at least one dishwasher cavity wall has a front form which is outwardly stepped, in which the dishwasher cavity wall passes via an angled web into an edge flange which is outwardly offset about a step height (a) and wherein the door seal receiving part is inserted, adjusted in terms of contour, into the outwardly stepped form of the dishwasher cavity wall, characterised in that the door seal receiving part is arranged by interlayering the edge flange of the stepped form of the dishwasher cavity wall on a front frame which surrounds the dishwasher cavity, so that a three-layer sheet metal part assemblage is produced in the region of the front loading opening.
A combination comprising: (a) a cationic liposomal formulation comprising one or more cationic lipids and a therapeutically effective amount of taxane; (b) a non-liposomal formulation comprising a therapeutically effective amount of taxane; and (c) a therapeutically effective amount of a further active agent, for use in a method of treating breast cancer wherein the taxane is paclitaxel and the further active agent is gemcitabine. (a) a cationic liposomal formulation comprising one or more cationic lipids and a therapeutically effective amount of taxane; (b) a non-liposomal formulation comprising a therapeutically effective amount of taxane; and (c) a therapeutically effective amount of a further active agent,
Food product, characterised in that a portion of fish meat is wrapped in a casing of smoked fish skin which has been separated from smoked fish meat to create a food product prepared for grilling.
Spacer for rolling bearing comprising an inner ring, an outer ring and at least one row of contact rollers disposed between raceways and guiding surfaces provided on the rings, said spacer comprising opposite first and second portions (11, 12) facing one another and at least a first lateral portion extending transversally between the first and second portions and connected to said portions, the first and second portions (11, 12) and the first lateral portion delimiting at least partly a pocket configured to receive at least a contact roller, the first and second portions each comprising an inner contact surface (11a, 12a) with an end face of said roller, said inner contact surfaces (11a, 12a) facing each other, the first and second portions (11, 12) also each comprising an outer surface (11b, 12b) delimited by opposite longitudinal edges and lateral edges, said first lateral portion being connected to one of the lateral edges of the first portion and to the opposite facing lateral edge of the second portion, characterized in that the outer surface (11b, 12b) of each of the first and second portions (11, 12) is provided with two spaced protruding ribs (11c, 11d, 12c, 12d) protruding outwards relative to said outer surface, having a contact surface with one of the inner and outer rings and extending transversally on the outer surface from one of the longitudinal edges of the associated portion to the opposite longitudinal edge, and in that each of the first and second portions (11, 12) further comprises protruding lateral guiding flanges (11e, 11f, 12e, 12f) each protruding outwards from one of the longitudinal edges of the associated portion and extending longitudinally on said edge between the protruding ribs (11c, 11d, 12c, 12d) of said portion (11, 12).
A method comprising: presenting a plurality of first items in a user interface on a display of a device, the first items being presented as a first stack; establishing an initial fingertip position of a finger of a user near the device by squeezing and holding a grip sensor while positioning a fingertip within proximity to a finger position sensor, wherein the finger is spatially separated from the device; sensing movement of the finger of the user relative to the established initial fingertip position; in response to movement of the finger toward or away from the device, scrolling the first items of the first stack so that the first items appear to move forward or backward along the direction of a z-axis, the z-axis being an axis that is oblique to a plane of the display, for successively displaying the items, wherein a speed of the scrolling is controlled by a distance that the finger is moved from the initial fingertip position; receiving a selection of one of the first items; and presenting a plurality of second items in the user interface, the second items being related to the selected one of the first items and being presented in a second stack scrollable in the direction oblique to the plane of the display.
Method for operating a plastics processing machine, in particular an injection moulding machine, wherein the machine has at least one hydraulically driven axle, wherein hydraulic fluid is fed into a piston-cylinder system by a pump driven by a motor in order to actuate the axle in a first axial direction, so that elastic deformation of parts of the machine takes place as a result of the hydraulic pressure, wherein the hydraulic fluid is passed from the piston-cylinder system through a turbine and an electric generator is driven by the turbine, when the hydraulic pressure in the piston-cylinder system is reduced during the movement of the axle in a second axial direction opposite to the first axial direction and the resulting elastic re-deformation of parts of the machine, characterized in that prior to the return of hydraulic fluid from the piston-cylinder system through the turbine, a predetermined pressure is generated by the pump in a connecting line between the piston-cylinder system and the turbine.
A service restriction method for device-to-device communication, being applicable to a first terminal and comprising: receiving a service restriction instruction sent by a second terminal; obtaining access class information of the second terminal in response to receiving the service restriction instruction sent by the second terminal; determining that a service restriction authority of the second terminal is correct in response to the access class information of the second terminal comprising at least one access class information of a priority higher than an ordinary priority; and restricting a function of the first terminal according to the service restriction instruction sent by the second terminal in response to that the service restriction authority of the second terminal is correct. receiving a service restriction instruction sent by a second terminal; obtaining access class information of the second terminal in response to receiving the service restriction instruction sent by the second terminal; determining that a service restriction authority of the second terminal is correct in response to the access class information of the second terminal comprising at least one access class information of a priority higher than an ordinary priority; and restricting a function of the first terminal according to the service restriction instruction sent by the second terminal in response to that the service restriction authority of the second terminal is correct.
A method of operating a polarization measuring device, wherein light having a predetermined input polarization state is passed to a sample for the purpose of a potentially polarization changing interaction therewith and is passed from the sample through a polarization selective analyzer and at least partially to an intensity detector, wherein - within the framework of a polarization modulation, a relative angle between the output polarization state of the light emanating from the sample and the analyzer is varied, and - within the framework of a spectral modulation, the wavelength of the light reaching the intensity detector is varied, and wherein by means of the intensity detector a plurality of intensity measurements are successively performed at different constellations of polarization and spectral modulation states and corresponding intensity values are stored together with polarization and spectral values representing the corresponding constellation, characterized in that the polarization modulation and the spectral modulation are performed simultaneously and continuously, wherein during a single, monotonic variation of the polarization modulation state, the spectral modulation state is periodically varied a plurality of times and during each spectral modulation period (τ λ) a plurality of successive intensity measurements are performed. - within the framework of a polarization modulation, a relative angle between the output polarization state of the light emanating from the sample and the analyzer is varied, and - within the framework of a spectral modulation, the wavelength of the light reaching the intensity detector is varied, and wherein by means of the intensity detector a plurality of intensity measurements are successively performed at different constellations of polarization and spectral modulation states and corresponding intensity values are stored together with polarization and spectral values representing the corresponding constellation, characterized in that the polarization modulation and the spectral modulation are performed simultaneously and continuously, wherein during a single, monotonic variation of the polarization modulation state, the spectral modulation state is periodically varied a plurality of times and during each spectral modulation period (τ λ) a plurality of successive intensity measurements are performed.
A single domain antibody for binding to a P2X 7 receptor, the single domain antibody being defined by general formula: FR1 - CDR1 - FR2 - CDR2 - FR3 - CDR3 - FR4 wherein: FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; and wherein: CDR1 has a sequence: PMKDMG; CDR2 has a sequence: AISGSGGGTYYADSVKG; and CDR3 has a sequence: EPKPMDTEFDY. FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; CDR1 has a sequence: PMKDMG; CDR2 has a sequence: AISGSGGGTYYADSVKG; and CDR3 has a sequence: EPKPMDTEFDY.
A method for reducing binding and/or cleavage of an off-target nucleic acid by a first complex comprising a catalytically active Cas9 protein and a first guide polynucleotide, the method comprising: contacting the first complex with a selected target nucleic acid, wherein the first guide polynucleotide comprises a spacer adapted to bind to the selected target nucleic acid; and contacting a second complex with the off-target nucleic acid, wherein the second complex comprises (i) a catalytically inactive Cas9 protein (dCas9 protein) that does not cleave the off-target nucleic acid, and (ii) a second guide polynucleotide that comprises a spacer adapted to bind to the off-target nucleic acid; thereby reducing binding and/or cleavage by the first complex of the off-target nucleic acid, wherein the selected target nucleic acid is DNA, and wherein the method does not comprise treatment of the human or animal body by surgery or therapy practiced on the human or animal body. contacting the first complex with a selected target nucleic acid, wherein the first guide polynucleotide comprises a spacer adapted to bind to the selected target nucleic acid; and contacting a second complex with the off-target nucleic acid, wherein the second complex comprises (i) a catalytically inactive Cas9 protein (dCas9 protein) that does not cleave the off-target nucleic acid, and (ii) a second guide polynucleotide that comprises a spacer adapted to bind to the off-target nucleic acid;
A fan blade containment apparatus for turbofan engines, comprising: a fan case barrel, a containment hook, the containment hook and the fan case barrel formed from composite materials; a fan track liner and a forward acoustic panel extending in the axial direction away from the location of a fan blade; wherein the containment hook is attached to the fan case barrel and inserted between the fan track liner and the forward acoustic panel, such that the containment hook contains forward motion of a fan blade during a fan blade off event after the fan blade is trapped between the fan track liner and the fan case barrel. a fan case barrel, a containment hook, the containment hook and the fan case barrel formed from composite materials; a fan track liner and a forward acoustic panel extending in the axial direction away from the location of a fan blade; wherein the containment hook is attached to the fan case barrel and inserted between the fan track liner and the forward acoustic panel, such that the containment hook contains forward motion of a fan blade during a fan blade off event after the fan blade is trapped between the fan track liner and the fan case barrel.
A clearance control system for a gas turbine engine, comprising: a coolant supply manifold; a coolant collector displaceable between first and second positions in relation to the coolant supply manifold due to thermal expansion; a bracket coupling the coolant collector to the coolant supply manifold, the bracket comprising: a rigid member which overlies a portion of the coolant collector; and a resilient member with an anchoring portion and a cantilevered portion (118, 122), wherein the anchoring portion is coupled to the rigid member, wherein the cantilevered portion extends from the anchoring portion and overhangs an end of the rigid member for urging the coolant collector member toward the coolant supply manifold in both the first and second positions; and a fastener extending through the cantilevered portion (118; 122) and seated in the coolant supply manifold, wherein the fastener fixes the cantilevered portion (118, 122) with respect to the coolant supply manifold in order to apply force to and to urge the coolant collector toward the coolant supply manifold in the first and second coolant collector positions. a coolant supply manifold; a coolant collector displaceable between first and second positions in relation to the coolant supply manifold due to thermal expansion; a bracket coupling the coolant collector to the coolant supply manifold, the bracket comprising: a rigid member which overlies a portion of the coolant collector; and a resilient member with an anchoring portion and a cantilevered portion (118, 122), wherein the anchoring portion is coupled to the rigid member, wherein the cantilevered portion extends from the anchoring portion and overhangs an end of the rigid member for urging the coolant collector member toward the coolant supply manifold in both the first and second positions; and a fastener extending through the cantilevered portion (118; 122) and seated in the coolant supply manifold, wherein the fastener fixes the cantilevered portion (118, 122) with respect to the coolant supply manifold in order to apply force to and to urge the coolant collector toward the coolant supply manifold in the first and second coolant collector positions. a rigid member which overlies a portion of the coolant collector; and a resilient member with an anchoring portion and a cantilevered portion (118, 122), wherein the anchoring portion is coupled to the rigid member, wherein the cantilevered portion extends from the anchoring portion and overhangs an end of the rigid member for urging the coolant collector member toward the coolant supply manifold in both the first and second positions; and a fastener extending through the cantilevered portion (118; 122) and seated in the coolant supply manifold, wherein the fastener fixes the cantilevered portion (118, 122) with respect to the coolant supply manifold in order to apply force to and to urge the coolant collector toward the coolant supply manifold in the first and second coolant collector positions.
A method of suppressing residual echo in an audio system (200;400) that includes an acoustic echo canceler, at least one acoustic driver, at least one microphone and an audio signal processing, the audio system being arranged to receive a program content signal and convert it into an acoustic program signal by the acoustic driver, the microphone being arranged for receiving an acoustic echo signal from the acoustic driver and an acoustic voice signal from a user and for providing a combined signal, the acoustic echo canceler being arranged for operating to remove or reduce an echo signal from the combined signal, a residual signal resulting from the operation of the acoustic echo canceler including a residual echo component, wherein the method comprises: calculating a spectral mismatch of an acoustic echo canceler based upon the program content signal and the residual signal, wherein the spectral mismatch is a ratio of a cross power spectral density between the program content signal and the residual signal, to a power spectral density of the program content signal; determining a set of filter coefficients based at least in part upon the spectral mismatch; filtering the residual signal based upon the set of filter coefficients; freezing the calculation of the spectral mismatch in response to detecting a double talk condition in the residual signal; characterized by waiting a predetermined hold period in response to detecting that the double talk condition has ended;and after the predetermined hold period, resuming the calculation of the spectral mismatch based upon the program content signal and the residual signal. calculating a spectral mismatch of an acoustic echo canceler based upon the program content signal and the residual signal, wherein the spectral mismatch is a ratio of a cross power spectral density between the program content signal and the residual signal, to a power spectral density of the program content signal; determining a set of filter coefficients based at least in part upon the spectral mismatch; filtering the residual signal based upon the set of filter coefficients; freezing the calculation of the spectral mismatch in response to detecting a double talk condition in the residual signal; characterized by waiting a predetermined hold period in response to detecting that the double talk condition has ended;and after the predetermined hold period, resuming the calculation of the spectral mismatch based upon the program content signal and the residual signal.
A coding method, comprising: obtaining a to-be-encoded information bit sequence; encoding the to-be-encoded information bit sequence to obtain an encoded bit sequence, wherein the encoded bit sequence comprises an information bit, a frozen bit, a cyclic redundancy check, CRC, bit, and a frozen check bit; and a value of the CRC check bit is obtained by using a cyclic shift register; polar encoding and rate matching on the coded bit sequence to obtain a to-be-sent rate-matched sequence; and sending the rate-matched sequence, characterized in that a value of the frozen check bit is obtained by using the same cyclic shift register wherein the frozen check bit and the CRC bit are simultaneously coded by using the same cyclic shift register. obtaining a to-be-encoded information bit sequence; encoding the to-be-encoded information bit sequence to obtain an encoded bit sequence, wherein the encoded bit sequence comprises an information bit, a frozen bit, a cyclic redundancy check, CRC, bit, and a frozen check bit; and a value of the CRC check bit is obtained by using a cyclic shift register; polar encoding and rate matching on the coded bit sequence to obtain a to-be-sent rate-matched sequence; and sending the rate-matched sequence, characterized in that a value of the frozen check bit is obtained by using the same cyclic shift register wherein the frozen check bit and the CRC bit are simultaneously coded by using the same cyclic shift register.