mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for filling a vehicle tire with nitrogen comprising: a housing; a plurality of nitrogen holding tanks supported in said housing; a hose operatively connected to each of said plurality of tanks for feeding nitrogen therefrom and having a tire filling valve on the end thereof; a hose reel mounted in said housing and having a portion of said hose reeled thereon; an electrically operated flow valve coupled to said hose for controlling the flow of nitrogen therethrough; valve control means for actuating said electrically operated flow valve to control the flow of nitrogen from said plurality of nitrogen holding tanks through said hose; and hose locking means for releasably locking said hose against release from said reel; whereby a vehicle tire can be filled with nitrogen responsive to actuating said electrically operated valve to release nitrogen from said nitrogen holding tanks. a housing; a plurality of nitrogen holding tanks supported in said housing; a hose operatively connected to each of said plurality of tanks for feeding nitrogen therefrom and having a tire filling valve on the end thereof; a hose reel mounted in said housing and having a portion of said hose reeled thereon; an electrically operated flow valve coupled to said hose for controlling the flow of nitrogen therethrough; valve control means for actuating said electrically operated flow valve to control the flow of nitrogen from said plurality of nitrogen holding tanks through said hose; and hose locking means for releasably locking said hose against release from said reel; whereby a vehicle tire can be filled with nitrogen responsive to actuating said electrically operated valve to release nitrogen from said nitrogen holding tanks.
Storage cabinet for the storage of flat batches of male hygienic wipes, consisting of a wall-mounted stationary component with a vertical rear plate and a rotating front panel and an accessible storage space between the two, with a central bottom aperture for dispensing the wipes one at a time, whereby said stationary component has vertically oriented fins (4, 5, 6) on the inside, with the narrow outside edges of at least the fins in the middle parallel to each other and at an acute angle with the vertical, preferably between 6° and 25°, while the bottom plates (18, 19) of the stationary component and the front panel, which are in the same plane, are perpendicular or approximately perpendicular to the above-mentioned edges, and the aperture mentioned is formed by the central edges of the bottom plates (18, 19), and the bottom of the front panel has hinge consoles (7, 8) connecting the front panel to the stationary component.
A heat sink for cooling a heat source, the heat sink comprising: - a heat distributor comprising a 3-dimensional body with a side wall arranged around a main axis; - a plurality of plates coupled to and extending from the side wall, each of the plurality of plates being curved in a cross section perpendicular to the main axis, wherein the plates are twisted along the main axis of the heat distributor, and wherein a fin spacing, being a distance between two neighboring plates, linearly increases with an increasing radial position starting from an inner radius of the plates, wherein the side wall has a cylindrical or conical shape, and wherein in the cross section perpendicular to the main axis, each plate forms a two-dimensional spiral. - a heat distributor comprising a 3-dimensional body with a side wall arranged around a main axis; - a plurality of plates coupled to and extending from the side wall, each of the plurality of plates being curved in a cross section perpendicular to the main axis, wherein the plates are twisted along the main axis of the heat distributor, and wherein a fin spacing, being a distance between two neighboring plates, linearly increases with an increasing radial position starting from an inner radius of the plates, wherein the side wall has a cylindrical or conical shape, and wherein in the cross section perpendicular to the main axis, each plate forms a two-dimensional spiral.
A lubricant supply system, for a bearing damper in a bearing housing, the bearing housing in an engine bearing compartment of a gas turbine engine, the bearing compartment rotatably supporting an engine component, the lubricant supply system, comprising: a first interface; a second interface; a bearing supply conduit fluidly coupled to the second interface and extending from the first interface to the second interface; the bearing supply conduit supplying lubricant to the bearing housing; a damper supply conduit located within the bearing supply conduit extending between the interfaces (102, 104); the damper supply conduit supplying lubricant to the bearing damper; and fluid in the bearing supply conduit is configured to insulate fluid in the damper supply conduit from heat transferred through the interfaces (102, 104); the first interface is configured to connect with a turbine intermediate case; the second interface is configured to connect with the engine bearing housing; and the system further including: a first joint where the first interface connects with the bearing supply conduit; a second joint where the second interface connects with the bearing supply conduit, wherein: one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring. a first interface; a second interface; a bearing supply conduit fluidly coupled to the second interface and extending from the first interface to the second interface; the bearing supply conduit supplying lubricant to the bearing housing; a damper supply conduit located within the bearing supply conduit extending between the interfaces (102, 104); the damper supply conduit supplying lubricant to the bearing damper; and fluid in the bearing supply conduit is configured to insulate fluid in the damper supply conduit from heat transferred through the interfaces (102, 104); the first interface is configured to connect with a turbine intermediate case; the second interface is configured to connect with the engine bearing housing; and the system further including: a first joint where the first interface connects with the bearing supply conduit; a second joint where the second interface connects with the bearing supply conduit, wherein: one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring. a first joint where the first interface connects with the bearing supply conduit; a second joint where the second interface connects with the bearing supply conduit, wherein: one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring. one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring.
A method for detecting avian nephritis virus in a sample to be tested comprising the steps: a. isolating total RNA from a sample to be tested, b. synthesising a first strand of DNA from said isolated RNA using a reverse primer which is complementary to the 3' untranslated region of the virus sequence cgaggccacggcgagta (SEQ ID No. 12) of gtaaaccactggttggctgactacagcaactgactttcccgaggccacggcgagta (SEQ ID NO 10) or to a sequence with greater than or equal to 80% sequence identity to SEQ ID NO 10, c. amplifying said first strand of DNA to form an amplified product and d. detecting the amplified product wherein the amplified product comprises the nucleic acid sequence gtaaaccactggttggctgactacagcaactgactttcccgaggccacggcgagta (SEQ ID NO 10) or a nucleic acid sequence with greater than or equal to 80% identity to SEQ ID NO 10. a. isolating total RNA from a sample to be tested, b. synthesising a first strand of DNA from said isolated RNA using a reverse primer which is complementary to the 3' untranslated region of the virus sequence cgaggccacggcgagta (SEQ ID No. 12) of gtaaaccactggttggctgactacagcaactgactttcccgaggccacggcgagta (SEQ ID NO 10) or to a sequence with greater than or equal to 80% sequence identity to SEQ ID NO 10, c. amplifying said first strand of DNA to form an amplified product and d. detecting the amplified product
A method of transmitting a broadcasting signal to a receiver decoding the broadcasting signal, comprising: mapping preamble data bits into preamble data symbols and data bits into data symbols; building at least one data slice based on the data symbols; time-interleaving the data symbols at data slice level; building a signal frame based on the preamble data symbols and the interleaved data symbols; modulating the built signal frame by an Orthogonal Frequency Division Multiplexing, OFDM, method; and transmitting the modulated signal frame, wherein a Layer-1, L1, block is repeated in the preamble data symbols in frequency domain by a same bandwidth, wherein the same bandwidth is 7.61 MHz, and wherein when two parts out of repeated L1 blocks within a tuning window of the receiver are reordered, the reordered parts configure a complete L1 block, wherein the L1 block includes L1 signaling information for signaling the data slice. mapping preamble data bits into preamble data symbols and data bits into data symbols; building at least one data slice based on the data symbols; time-interleaving the data symbols at data slice level; building a signal frame based on the preamble data symbols and the interleaved data symbols; modulating the built signal frame by an Orthogonal Frequency Division Multiplexing, OFDM, method; and transmitting the modulated signal frame, wherein a Layer-1, L1, block is repeated in the preamble data symbols in frequency domain by a same bandwidth, wherein the same bandwidth is 7.61 MHz, and wherein when two parts out of repeated L1 blocks within a tuning window of the receiver are reordered, the reordered parts configure a complete L1 block, wherein the L1 block includes L1 signaling information for signaling the data slice.
An external device control method performed by a first device, the method comprising: executing an interactive service between the first device and a second device; transmitting, from the first device, control user interface, UI, information regarding an external device to the second device; receiving, at the first device, a control command based on the control UI information from the second device; and transmitting, from the first device to the external device, the received control command. executing an interactive service between the first device and a second device; transmitting, from the first device, control user interface, UI, information regarding an external device to the second device; receiving, at the first device, a control command based on the control UI information from the second device; and transmitting, from the first device to the external device, the received control command.
A method of extracting transition metal or semi-metal nanoparticles from electrolytic solutions containing metal ions through an electrochemical process on an electrode, wherein the electrolytic solution undergoes potentiostatic pulse electrolysis in the presence of a first electrode and a second electrode, and the electrochemical nucleation takes a place at the first electrode, wherein the electrodes are spaced apart at a first distance in order to produce particles having a first size and then the electrodes are shifted so as to be spaced apart at a second distance in order to produce particles having a second size, second size being greater than the first size when the second distance is smaller than the first distance and the metal particles are extracted from the electrolytic solution, the method further comprises performing pulse electrodeposition in a solution comprising of a nanoparticle precursor placed in an ultrasonic bath to form a metal powder or precipitate at the bottom of the electrochemical cell during the potentiostatic cycles, wherein the method further comprises annealing the filtered precipitate to form the nanoparticles, wherein the nanoparticles are less than D 100 100nm, determined by SEM.
Hand-held chiselling power tool comprising: a tool holder for holding a chiselling tool coaxially with a working axis, a motor, a striking mechanism having an exciter forcibly excited periodically by the motor, a striker movably guided coaxially with the working axis, a pneumatic chamber provided between the exciter and the striker for coupling the movement of the striker to the movement of the exciter and a plunger arranged downstream of the striker in the impact direction for indirectly transmitting an impact from the striker to a tool held in the tool holder, the plunger having a circumferential surface and an end surface pointing in the impact direction, a bearing including a sleeve arranged coaxially with the working axis and a catcher, the circumferential surface of the plunger being slidably guided on the sleeve and the catcher being arranged in the impact direction of the end surface of the plunger in order to limit the movement of the plunger in the impact direction, characterised by a link (35; 50) that forces the plunger and the bearing to rotate relative to one another when the plunger moves in the impact direction, the link having one flank (42; 53) on the plunger and one flank (49; 52) on the bearing, wherein the two flanks (42; 53, 49; 52) bearing against one another during the movement rise in the same circumferential direction in the impact direction. a tool holder for holding a chiselling tool coaxially with a working axis, a motor, a striking mechanism having an exciter forcibly excited periodically by the motor, a striker movably guided coaxially with the working axis, a pneumatic chamber provided between the exciter and the striker for coupling the movement of the striker to the movement of the exciter and a plunger arranged downstream of the striker in the impact direction for indirectly transmitting an impact from the striker to a tool held in the tool holder, the plunger having a circumferential surface and an end surface pointing in the impact direction, a bearing including a sleeve arranged coaxially with the working axis and a catcher, the circumferential surface of the plunger being slidably guided on the sleeve and the catcher being arranged in the impact direction of the end surface of the plunger in order to limit the movement of the plunger in the impact direction, characterised by a link (35; 50) that forces the plunger and the bearing to rotate relative to one another when the plunger moves in the impact direction, the link having one flank (42; 53) on the plunger and one flank (49; 52) on the bearing, wherein the two flanks (42; 53, 49; 52) bearing against one another during the movement rise in the same circumferential direction in the impact direction.
A lithium-sulphur battery cell comprising a lithium metal negative electrode, a positive electrode and a separator impregnated with an electrolyte comprising a lithium salt, said separator being placed between the negative electrode and the positive electrode, characterised in that the separator also comprises at least one polymer carrying cationic groups, such that the cationic groups are located in the crosslinking unit or units, and such that the polymer carrying cationic groups is a crosslinked polymer comprising at least two chains linked together by at least one crosslinking unit.
A method comprising: predicting a signal strength in a paging channel by estimating the signal strength as a function of the historical Ec/Io information; and selectively enabling a paging channel operating mode based on the predicted signal strength of the paging channel, wherein selectively enabling the paging channel operating mode comprises enabling the paging channel operating mode when the predicted signal strength is greater than or equal to a threshold. predicting a signal strength in a paging channel by estimating the signal strength as a function of the historical Ec/Io information; and selectively enabling a paging channel operating mode based on the predicted signal strength of the paging channel, wherein selectively enabling the paging channel operating mode comprises enabling the paging channel operating mode when the predicted signal strength is greater than or equal to a threshold.
A method (600, 700) for managing wake locks in a wireless communication device, comprising: monitoring activity of an application for which a wake lock is held on the wireless communication device; identifying a plurality of metrics related to the activity of the application; aggregating the identified plurality of metrics to obtain an activity score; and determining whether to release the wake lock based at least in part on the activity score. monitoring activity of an application for which a wake lock is held on the wireless communication device; identifying a plurality of metrics related to the activity of the application; aggregating the identified plurality of metrics to obtain an activity score; and determining whether to release the wake lock based at least in part on the activity score.
An apparatus for acquiring physiological data from a patient, comprising: three or more leads (8, 12, 14, 18) structured to be placed on a body of the patient, each of the leads being adapted to collect a signal relating to a particular physiological parameter from the patient; characterized by at least one AC current source (54, 56); a switching mechanism (42, 44) structured to selectively couple the at least one AC current source to selected pairs of the leads such that at any one time the at least one AC current source will inject an AC current across only a current selected pair of the leads, wherein in response to the injected AC current, an AC voltage will be generated across the current selected pair of the leads; and a processing device structured to (i) determine an impedance across the current selected pair of the leads based on the AC voltage, (ii) determine whether the impedance is less than a predetermined impedance threshold, (iii) if the impedance is less than the predetermined impedance threshold cause the current selected pair of the leads to be used for generating data relating to the particular physiological parameter; and (iv) if the impedance is not less than the predetermined impedance threshold cause the switching mechanism to couple the at least one AC current source to a new current selected pair of the leads such that the AC current is injected across the new current selected pair of the leads. three or more leads (8, 12, 14, 18) structured to be placed on a body of the patient, each of the leads being adapted to collect a signal relating to a particular physiological parameter from the patient; characterized by at least one AC current source (54, 56); a switching mechanism (42, 44) structured to selectively couple the at least one AC current source to selected pairs of the leads such that at any one time the at least one AC current source will inject an AC current across only a current selected pair of the leads, wherein in response to the injected AC current, an AC voltage will be generated across the current selected pair of the leads; and a processing device structured to (i) determine an impedance across the current selected pair of the leads based on the AC voltage, (ii) determine whether the impedance is less than a predetermined impedance threshold, (iii) if the impedance is less than the predetermined impedance threshold cause the current selected pair of the leads to be used for generating data relating to the particular physiological parameter; and (iv) if the impedance is not less than the predetermined impedance threshold cause the switching mechanism to couple the at least one AC current source to a new current selected pair of the leads such that the AC current is injected across the new current selected pair of the leads.
A polypeptide comprising an amino acid sequence at least 75% identical to an amino acid sequence according to SEQ ID NO:35, wherein (a) the polypeptide degrades a PQPQLP (SEQ ID NO:34) peptide at pH 4; (b) residue 278 is Ser, residue 78 is Glu, and residue 82 is Asp; and (c) the polypeptide comprises an amino acid change from SEQ ID NO:67 at one or more residues selected from the group consisting of 73, 102, 103, 104, 130, 165, 168, 169, 172, and 179, wherein said one or more amino acid changes from SEQ ID NO:67 include at least G130S, D169G, and D179H, or said one or more amino acid changes from SEQ ID NO:67 include at least N102D. (a) the polypeptide degrades a PQPQLP (SEQ ID NO:34) peptide at pH 4; (b) residue 278 is Ser, residue 78 is Glu, and residue 82 is Asp; and (c) the polypeptide comprises an amino acid change from SEQ ID NO:67 at one or more residues selected from the group consisting of 73, 102, 103, 104, 130, 165, 168, 169, 172, and 179, wherein said one or more amino acid changes from SEQ ID NO:67 include at least G130S, D169G, and D179H, or said one or more amino acid changes from SEQ ID NO:67 include at least N102D.
A compressor comprising: a compression portion; a motor portion including a rotor formed by a plurality of metal plates stacked on top of each other, each having an identical outer shape, and a stator provided around an outer circumferential portion of the rotor; and a drive shaft connecting the motor portion and the compression portion, the rotor including a weight portion on a surface thereof on a first side in an axial direction of the drive shaft, the compressor being characterized in that, of the stacked metal plates, the metal plate stacked on the first side protrudes further than other metal plates toward the stator in a location remote from a side on which the weight portion is installed in a radial direction of the rotor with respect to an axis of the drive shaft. a compression portion; a motor portion including a rotor formed by a plurality of metal plates stacked on top of each other, each having an identical outer shape, and a stator provided around an outer circumferential portion of the rotor; and a drive shaft connecting the motor portion and the compression portion, the rotor including a weight portion on a surface thereof on a first side in an axial direction of the drive shaft, the compressor being characterized in that, of the stacked metal plates, the metal plate stacked on the first side protrudes further than other metal plates toward the stator in a location remote from a side on which the weight portion is installed in a radial direction of the rotor with respect to an axis of the drive shaft.
A method for producing a palatable dry cat kibble food, comprising at least: a) producing a dry cat kibble food preparation comprising phyllosilicates; b) adding at least one palatability enhancer to said dry cat kibble food preparation; and c) obtaining a palatable dry cat kibble food. a) producing a dry cat kibble food preparation comprising phyllosilicates; b) adding at least one palatability enhancer to said dry cat kibble food preparation; and c) obtaining a palatable dry cat kibble food.
Antenna assembly having an antenna, wherein said antenna assembly includes at least one interrupted loop/rod of electrically conducting material (36, 38, 40), a printed circuit board, and a holder comprising dielectric material, such as a liquid crystal polymer dielectric material or epoxy resin, in/on/around which said at least one interrupted loop/rod of electrically conducting material (36, 38, 40) is arranged, characterized in that said holder comprises at least two slots to receive and/or hold at least two parts of the PCB, wherein said PCB is rigid and has a U-shaped form, or whereby said PCB adopts a U-shaped form when it has been inserted into said holder, wherein the PCB together with said at least one interrupted loop/rod of electrically conducting material (36, 38, 40) forms said antenna.