mhurhangee/ep-ind-claims huggingface dataset:
Device for locking a screwable element, having: - a ring-shaped part with a circumference in a first plane; - at least two locking sections which extend from the ring-shaped part with a longitudinal direction in a second plane in each case perpendicular to the circumferential plane of the ring-shaped part, wherein each locking section comprises: - a web which, in the second plane, connects the locking section to the ring-shaped part and which has a web part with a predetermined curvature around which and/or on which the locking section can be deflected in the second plane under the action of a pressure force from the outside; - a pressure-accommodating section for accommodating the pressure force, which pressure-accommodating section adjoins the web in the longitudinal direction and is arranged with a surface (90a, 90b) in a third plane perpendicular to the second plane; and - a hook-shaped end section (92, 94) which, in the second plane, adjoins the pressure-accommodating section in the longitudinal direction and which, in the event of deflection of the locking section under the action of pressure force, moves into an unlocking position, and which, in the absence of action of pressure force, automatically returns into a locking position. - a ring-shaped part with a circumference in a first plane; - at least two locking sections which extend from the ring-shaped part with a longitudinal direction in a second plane in each case perpendicular to the circumferential plane of the ring-shaped part, wherein each locking section comprises: - a web which, in the second plane, connects the locking section to the ring-shaped part and which has a web part with a predetermined curvature around which and/or on which the locking section can be deflected in the second plane under the action of a pressure force from the outside; - a pressure-accommodating section for accommodating the pressure force, which pressure-accommodating section adjoins the web in the longitudinal direction and is arranged with a surface (90a, 90b) in a third plane perpendicular to the second plane; and - a hook-shaped end section (92, 94) which, in the second plane, adjoins the pressure-accommodating section in the longitudinal direction and which, in the event of deflection of the locking section under the action of pressure force, moves into an unlocking position, and which, in the absence of action of pressure force, automatically returns into a locking position.
Fan impeller assembly having a hub that can be driven in rotation, having radial fan blades that can be pivoted with respect to the hub housing, having a central, positionally fixed support neck (16, 53), on which the hub housing is retained in an axially fixed and rotatably mounted manner, and having an adjustment drive for the fan blades which has a linear drive with an actuating element guided concentrically in the support neck, and has an adjustment member that can be displaced axially by means of the actuating element, wherein, mounted radially with respect to the adjustment member, there is retained an annular body which is secured in rotation with the hub housing and is connected to the fan blades, that are adjustable in terms of their incidence, via drive elements that engage eccentrically with respect to the axes of rotation of the blades, characterized in that the adjustment member consists of a support body which overlaps the support neck (16, 53) and is guided in an axially displaceable and rotationally fixed manner with respect thereto.
A cruciform paving stone comprising two pairs of opposing projecting stone sections with vertical delimiting surfaces extending perpendicularly with respect to one another and including two lateral surfaces and one front surface, respectively, characterized in that a respective projecting first joining portion is arranged on the lateral surfaces of two oppositely arranged projecting stone sections in identical position which is joined by a lateral surface section with at least identical length and free of a joining portion in the direction to the valley formed with the adjacent projecting stone section, and in that projecting second joining portions (10, 11, 12, 14) are located on further lateral surfaces and/or front surfaces (7, 8) which, in cooperation with two joining portions of a neighbour stone, allow a displacement of a first joining portion of the neighbour stone perpendicularly with respect to the corresponding lateral surface into the final joining position with the first joining portion of the paving stone for the production of a pavement structure.
A method of transmitting to two or more wireless communication devices, the method comprising: transmitting a first section of a preamble according to a first format, the first section of the preamble containing information informing devices compatible with the first format to defer to the transmission; transmitting a second section of the preamble according to a second format, the second section of the preamble containing tone allocation information, the tone allocation information identifying two or more wireless communication devices; and transmitting data to the two or more wireless communication devices simultaneously, the data contained on two or more sub-bands. transmitting a first section of a preamble according to a first format, the first section of the preamble containing information informing devices compatible with the first format to defer to the transmission; transmitting a second section of the preamble according to a second format, the second section of the preamble containing tone allocation information, the tone allocation information identifying two or more wireless communication devices; and transmitting data to the two or more wireless communication devices simultaneously, the data contained on two or more sub-bands.
A partially bonded brace bar assembly, comprising: a pair of flow tubes adapted to be vibrated about a bending axis (W, W') and having a high stress region; and characterized by: a brace bar bonded to the pair of flow tubes with a partial bond formed only in the high stress region, wherein the high stress region comprises regions of each flow tube extending from approximately 45° to approximately 135° and from approximately 225° to approximately 315° with respect to each flow tube's bending axis (W, W'). a pair of flow tubes adapted to be vibrated about a bending axis (W, W') and having a high stress region; and characterized by: a brace bar bonded to the pair of flow tubes with a partial bond formed only in the high stress region, wherein the high stress region comprises regions of each flow tube extending from approximately 45° to approximately 135° and from approximately 225° to approximately 315° with respect to each flow tube's bending axis (W, W').
A method of modeling a set of dispersion curves comprising: by a computer system obtaining an acoustic dataset along a well that accesses a hydrocarbon reservoir; and determining a set of depth windows (120a-f) along the well; determining a first subset of dispersion curves for a first subset of depth windows (120a,d,f) using a dispersion model; the method being characterized in further comprising initializing a second subset of dispersion curves for a second subset of depth windows (120b,c,e) using a nearest neighbor search of the first subset of dispersion curves; determining slowness-frequency pairs for the second subset of depth windows (120b,c,e) using the acoustic dataset; updating the second subset of dispersion curves using a recursive scanning method, wherein the recursive scanning method comprises: determining a slowness window for a second frequency based, at least in part, on a slowness intercept and a first slowness at a first frequency, and determining a second slowness at the second frequency using a minimum slowness-frequency pair at the second frequency within the slowness window; and characterizing rock properties near the well based, at least in part, on the first subset of dispersion curves and the second subset of dispersion curves. by a computer system obtaining an acoustic dataset along a well that accesses a hydrocarbon reservoir; and determining a set of depth windows (120a-f) along the well; determining a first subset of dispersion curves for a first subset of depth windows (120a,d,f) using a dispersion model; the method being characterized in further comprising initializing a second subset of dispersion curves for a second subset of depth windows (120b,c,e) using a nearest neighbor search of the first subset of dispersion curves; determining slowness-frequency pairs for the second subset of depth windows (120b,c,e) using the acoustic dataset; updating the second subset of dispersion curves using a recursive scanning method, wherein the recursive scanning method comprises: determining a slowness window for a second frequency based, at least in part, on a slowness intercept and a first slowness at a first frequency, and determining a second slowness at the second frequency using a minimum slowness-frequency pair at the second frequency within the slowness window; and determining a slowness window for a second frequency based, at least in part, on a slowness intercept and a first slowness at a first frequency, and determining a second slowness at the second frequency using a minimum slowness-frequency pair at the second frequency within the slowness window; and characterizing rock properties near the well based, at least in part, on the first subset of dispersion curves and the second subset of dispersion curves.
A controller for a driver circuit (8, 300) of a light source (6, 104), wherein the driver circuit (8, 300) is configured to control a light source (6, 104) according to a plurality of illumination states (621, 622, 623) using a power converter (14, 301), wherein an illumination state describes a behavior of the light source (6, 104), such as e.g. the intensity level of the light source as a function of time; wherein the power converter (14,301) is configured to convert power derived from an input voltage waveform of a mains power supply into a drive signal (15, 318) for the light source (6,104); the controller comprising - an event detection unit (42, 302) configured to determine a particular, event of a plurality of events (611, 612, 13) encoded within the input voltage waveform of the mains power supply; wherein the plurality of events (611, 612, 613) comprise pre-determined modulations of the input voltage waveform; - a state register (46, 305) configured to store an indication of a current state of the plurality of illumination states (621, 622, 623); - a state processor (44, 304) configured to determine a target state of the plurality of illumination states (621, 622, 623), based on the particular event and based on the current state in accordance to a pre-determined state machine; wherein the state machine is encoded into the state processor (44, 304); wherein the state machine specifies events from the plurality of events which trigger transitions between the plurality of illumination states; and - an output control unit (43, 305) configured to control the power converter (14, 301) of the driver circuit (8, 300) to provide the drive signal (15, 318) for the target state. - an event detection unit (42, 302) configured to determine a particular, event of a plurality of events (611, 612, 13) encoded within the input voltage waveform of the mains power supply; wherein the plurality of events (611, 612, 613) comprise pre-determined modulations of the input voltage waveform; - a state register (46, 305) configured to store an indication of a current state of the plurality of illumination states (621, 622, 623); - a state processor (44, 304) configured to determine a target state of the plurality of illumination states (621, 622, 623), based on the particular event and based on the current state in accordance to a pre-determined state machine; wherein the state machine is encoded into the state processor (44, 304); wherein the state machine specifies events from the plurality of events which trigger transitions between the plurality of illumination states; and - an output control unit (43, 305) configured to control the power converter (14, 301) of the driver circuit (8, 300) to provide the drive signal (15, 318) for the target state.
A method for determining in vitro whether a subject suffers from lung adenocarcinoma, comprising: detecting whether the MRC2 gene of lung cells or tissue of the subject contains a mutation; and determining that the subject suffers from lung adenocarcinoma when the MRC2 gene contains said mutation. detecting whether the MRC2 gene of lung cells or tissue of the subject contains a mutation; and determining that the subject suffers from lung adenocarcinoma when the MRC2 gene contains said mutation.
An alkali metal salt of fluorosulfonyl imide represented by the following general formula, having a mass loss rate of 2% or less when the salt is kept at 100°C for 8 hours under an air current: where M a represents Li, and each of R a and R b represents a fluorine atom.
A method for manufacturing a positive electrode active material for nonaqueous electrolyte secondary batteries, the method comprising: a first step, wherein an alkaline solution with a tungsten compound dissolved therein, in which solution a tungsten concentration is 0.05 to 2 mol/l, is added to and mixed, under conditions that the alkaline solution is in liquid form and a temperature is not more than 50 °C, with a lithium metal composite oxide powder represented by a general formula Li z Ni 1-x-y Co x M y O 2 (wherein, 0.10≤x≤0.35, 0≤y≤0.35, 0.97≤Z≤1.20, and M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti, and Al), including primary particles and secondary particles composed of aggregation of the primary particles, and thereby, W is dispersed on a surface of the primary particles of the lithium metal composite oxide powder; and a second step, wherein, by heat treatment performed at a temperature of 100 to 600 °C in an oxygen or a vacuum atmosphere, the mixture of the alkaline solution with the tungsten compound dissolved therein and the lithium metal composite oxide powder, fine particles containing W and Li are formed on a surface of the primary particles of the lithium metal composite oxide powder. a first step, wherein an alkaline solution with a tungsten compound dissolved therein, in which solution a tungsten concentration is 0.05 to 2 mol/l, is added to and mixed, under conditions that the alkaline solution is in liquid form and a temperature is not more than 50 °C, with a lithium metal composite oxide powder represented by a general formula Li z Ni 1-x-y Co x M y O 2 (wherein, 0.10≤x≤0.35, 0≤y≤0.35, 0.97≤Z≤1.20, and M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti, and Al), including primary particles and secondary particles composed of aggregation of the primary particles, and thereby, W is dispersed on a surface of the primary particles of the lithium metal composite oxide powder; and a second step, wherein, by heat treatment performed at a temperature of 100 to 600 °C in an oxygen or a vacuum atmosphere, the mixture of the alkaline solution with the tungsten compound dissolved therein and the lithium metal composite oxide powder, fine particles containing W and Li are formed on a surface of the primary particles of the lithium metal composite oxide powder.
Breathing aid (5, 5') for enabling a person buried by an avalanche to breathe, comprising a housing which has an inhalation channel comprising a valve arranged in the housing that opens automatically during inhalation and closes automatically during exhalation and an exhalation channel comprising a valve arranged in the housing (20, 20', 20") that closes automatically during inhalation and opens automatically during exhalation, the inhalation channel and the exhalation channel opening into a mouthpiece (25, 25') arranged on the housing (20, 20', 20") and the housing (20, 20', 20") having at least one inhalation opening (30, 31, 30', 31', 30", 31") into which the inhalation channel opens, the housing (20, 20') being designed as a handle which can be grasped by a user with one hand and brought to the mouth, characterized in that the at least one inhalation opening (30, 31, 30', 31') is arranged on the same side of the housing (20, 20', 20"), in particular the underside of the housing (20, 20', 20"), as the mouthpiece (25, 25', 25"), the at least one inhalation opening (30, 31, 30', 31', 30", 31") being exposed.
Use of (i) a level of expression of a long isoform of a RBM39 protein, called RBM39L, and (ii) an expression level of a short isoform of a RBM39 protein, called RBM39S, as a marker of the efficacy of an active substance suitable for preventing and/or treating HIV infection. - the ratio between the expression level of the long isoform and the expression level of the short isoform being indicative of the efficacy of an active substance suitable for preventing and/or treating the HIV infection; - the long isoform corresponding to an isoform of RBM39 protein referenced UniprotKB/Swiss-Prot Q14498-1; - the short isoform corresponding to an isoform of RMB39 protein of sequence SEQ ID N°3. - the ratio between the expression level of the long isoform and the expression level of the short isoform being indicative of the efficacy of an active substance suitable for preventing and/or treating the HIV infection; - the long isoform corresponding to an isoform of RBM39 protein referenced UniprotKB/Swiss-Prot Q14498-1; - the short isoform corresponding to an isoform of RMB39 protein of sequence SEQ ID N°3.
A method for just in time delivery of a consistent user profile to overlapping user sessions, the method comprising: receiving, by a server agent executing on a computer, a request from a first user session for a first file of a user profile of a user comprising a plurality of files; retrieving, by the server agent responsive to receiving the first user session request, the first file from a base user profile of the user; delivering, by the server agent just in time, the first file to the first user session; receiving, by the server agent, a request from a second user session for the first file and a second file of the plurality of files of the user profile, the second user session and the first user session executing simultaneously; identifying, by the server agent responsive to receiving the second user session request, a modified version of the first file in a provisional user profile of the user; retrieving, by the server agent responsive to identifying the modified first file in the provisional user profile, the modified first file from the provisional user profile and the second file from the base user profile; and delivering, by the server agent just in time, the modified first file and the second file to the second user session. receiving, by a server agent executing on a computer, a request from a first user session for a first file of a user profile of a user comprising a plurality of files; retrieving, by the server agent responsive to receiving the first user session request, the first file from a base user profile of the user; delivering, by the server agent just in time, the first file to the first user session; receiving, by the server agent, a request from a second user session for the first file and a second file of the plurality of files of the user profile, the second user session and the first user session executing simultaneously; identifying, by the server agent responsive to receiving the second user session request, a modified version of the first file in a provisional user profile of the user; retrieving, by the server agent responsive to identifying the modified first file in the provisional user profile, the modified first file from the provisional user profile and the second file from the base user profile; and delivering, by the server agent just in time, the modified first file and the second file to the second user session.
A method for controlling binding of a data flow to a bearer, comprising: sending, by a policy and charging rules function device, a target Quality of Service,QoS, parameter, and a identifier of a policy and charging control, PCC, rule to a policy and charging enforcement function, receiving, by the policy and charging enforcement function device, indication information and the identifier of the PCC rule from the policy and charging rules function device, wherein the indication information comprises the target QoS parameter and the PCC rule is indicated by the received identifier of the PCC rule; changing, by the policy and charging enforcement function device, a QoS parameter in the PCC rule to the target QoS parameter, binding, by the policy and charging enforcement function device, to a target bearer according to the changed PCC rule, a data flow indicated by the identifier of the data flow in the PCC rule. sending, by a policy and charging rules function device, a target Quality of Service,QoS, parameter, and a identifier of a policy and charging control, PCC, rule to a policy and charging enforcement function, receiving, by the policy and charging enforcement function device, indication information and the identifier of the PCC rule from the policy and charging rules function device, wherein the indication information comprises the target QoS parameter and the PCC rule is indicated by the received identifier of the PCC rule; changing, by the policy and charging enforcement function device, a QoS parameter in the PCC rule to the target QoS parameter, binding, by the policy and charging enforcement function device, to a target bearer according to the changed PCC rule, a data flow indicated by the identifier of the data flow in the PCC rule. receiving, by the policy and charging enforcement function device, indication information and the identifier of the PCC rule from the policy and charging rules function device, wherein the indication information comprises the target QoS parameter and the PCC rule is indicated by the received identifier of the PCC rule; changing, by the policy and charging enforcement function device, a QoS parameter in the PCC rule to the target QoS parameter, binding, by the policy and charging enforcement function device, to a target bearer according to the changed PCC rule, a data flow indicated by the identifier of the data flow in the PCC rule.