mhurhangee/patent-ind-claim-en huggingface dataset:
Displacement device for providing a displacement of a syringe closure system, SCS, , which closes the distal end of the syringe from outside of the syringe , relative to the syringe in an opening direction, (OD) comprising: - a holding unit, HU, for holding at least part of the syringe and - a displacement unit, DU, which is movably attached to the holding unit for movement by a predetermined distance in the opening direction (OD), wherein the holding unit comprises: - a receiving cylinder for receiving at least part of the barrel of the syringe and - a clamping element for clamping at least part of the flange of the syringe between the clamping element and the receiving cylinder ; and characterized in that the DU comprises a displacement cylinder, DC, movably attached to the receiving cylinder by a screw type connection. - a holding unit, HU, for holding at least part of the syringe and - a displacement unit, DU, which is movably attached to the holding unit for movement by a predetermined distance in the opening direction (OD), wherein the holding unit comprises: - a receiving cylinder for receiving at least part of the barrel of the syringe and - a clamping element for clamping at least part of the flange of the syringe between the clamping element and the receiving cylinder ;
A restraining apparatus for a horizontal shaft crusher that comprises a crushing chamber and a service hatch for opening and closing a service entry to the crushing chamber , the restraining apparatus comprising: a first restraint movable between a blocking state and an access state in which the first restraint respectively restrains and allows opening of the service hatch ; characterised by a second restraint movable between a running state and a control state, the second restraint comprising an engagement member ; wherein when the second restraint is in the control state, the engagement member is in a use position for restraining rotation of the horizontal shaft ; wherein when the second restraint is in the running state, the engagement member is in an idle position for not restraining the rotation of the horizontal shaft ; wherein the first and second restraints are collectively configured to: prevent moving the first restraint from the blocking state to the access state if the second restraint is in the running state; prevent moving the second restraint from the control state to the running state if the first restraint is in the access state; allow moving the first restraint from the access state to the blocking state; and allow moving the second restraint from the running state to the control state. a first restraint movable between a blocking state and an access state in which the first restraint respectively restrains and allows opening of the service hatch ; characterised by a second restraint movable between a running state and a control state, the second restraint comprising an engagement member ; wherein when the second restraint is in the control state, the engagement member is in a use position for restraining rotation of the horizontal shaft ; wherein when the second restraint is in the running state, the engagement member is in an idle position for not restraining the rotation of the horizontal shaft ; prevent moving the first restraint from the blocking state to the access state if the second restraint is in the running state; prevent moving the second restraint from the control state to the running state if the first restraint is in the access state; allow moving the first restraint from the access state to the blocking state; and allow moving the second restraint from the running state to the control state.
An infrared imaging lens system comprising in order from an object side: a first lens (L1) formed of silicon whose minimum transmittance of infrared rays with a wavelength of 8μm to 13μm is at least 40% for a thickness of 1mm; and a second lens (L2) formed of chalcogenide glass, wherein the infrared imaging lens system further comprises an aperture stop (S3) disposed between the first lens (L1) and the second lens (L2), wherein the first lens (L1) is a meniscus lens convex to the object side and wherein the second lens (L2) is a meniscus lens convex to the image side; wherein an object side surface of the first lens (L1) is spherical, and an image side surface of the first lens (L1) is spherical; wherein an object side surface of the second lens (L2) is aspherical, and an image side surface of the second lens (L2) is aspherical; and wherein a following formula is satisfied where f represents a focal length of the entire system, and f1 represents a focal length of the first lens (L1): 1.1 ≤ f 1 / f ≤ 1.6 . a first lens (L1) formed of silicon whose minimum transmittance of infrared rays with a wavelength of 8μm to 13μm is at least 40% for a thickness of 1mm; and a second lens (L2) formed of chalcogenide glass, wherein the infrared imaging lens system further comprises an aperture stop (S3) disposed between the first lens (L1) and the second lens (L2), wherein the first lens (L1) is a meniscus lens convex to the object side and wherein the second lens (L2) is a meniscus lens convex to the image side; wherein an object side surface of the first lens (L1) is spherical, and an image side surface of the first lens (L1) is spherical; wherein the first lens (L1) is a meniscus lens convex to the object side and wherein the second lens (L2) is a meniscus lens convex to the image side; wherein an object side surface of the first lens (L1) is spherical, and an image side surface of the first lens (L1) is spherical; wherein an object side surface of the second lens (L2) is aspherical, and an image side surface of the second lens (L2) is aspherical; and wherein a following formula is satisfied where f represents a focal length of the entire system, and f1 represents a focal length of the first lens (L1): 1.1 ≤ f 1 / f ≤ 1.6 .
A method for managing secrets across scope boundaries, the method comprising: in response to receiving , at a cross-scope secrets management service, cross-scope SMS , configured to orchestrate secrets renewal and distribution across scopes of a distributed computing environment, a secret for a service deployable in each of the scopes of the distributed computing environment and a rollover policy for the secret, installing the secret in a first secrets store of the cross-scope SMS; in response to receiving , at the cross-scope SMS, an initial polling request from a local secrets management service, local SMS , configured to orchestrate distribution of renewed secrets to a local scope of the scopes, releasing the secret to the local SMS to facilitate an initial deployment of the service within the local scope; automatically renewing the secret in the first secret store, by the cross-scope SMS, pursuant to the rollover policy; and in response to the cross scope SMS receiving a periodic polling request from the local SMS, releasing the renewed secret to the local SMS to facilitate distribution of the renewed secret within the local scope by the local SMS. in response to receiving , at a cross-scope secrets management service, cross-scope SMS , configured to orchestrate secrets renewal and distribution across scopes of a distributed computing environment, a secret for a service deployable in each of the scopes of the distributed computing environment and a rollover policy for the secret, installing the secret in a first secrets store of the cross-scope SMS; in response to receiving , at the cross-scope SMS, an initial polling request from a local secrets management service, local SMS , configured to orchestrate distribution of renewed secrets to a local scope of the scopes, releasing the secret to the local SMS to facilitate an initial deployment of the service within the local scope; automatically renewing the secret in the first secret store, by the cross-scope SMS, pursuant to the rollover policy; and in response to the cross scope SMS receiving a periodic polling request from the local SMS, releasing the renewed secret to the local SMS to facilitate distribution of the renewed secret within the local scope by the local SMS.
A method for operating a transmission device in a wireless communication system, the method comprising: monitoring a packet delivery rate from the transmission device to a reception device; if the packet delivery rate is smaller than a threshold value , determining a reception queue level of the reception device; determining a time interval until there is no data pending in a buffer of the reception device based on the reception queue level; determining whether a beam training interval spent for performing a beam training is within the time interval; if the beam training interval is within the time interval, performing the beam training; and if the beam training interval is not within the time interval, decreasing the threshold value and a window size in which the packet delivery rate is calculated. monitoring a packet delivery rate from the transmission device to a reception device; if the packet delivery rate is smaller than a threshold value , determining a reception queue level of the reception device; determining a time interval until there is no data pending in a buffer of the reception device based on the reception queue level; determining whether a beam training interval spent for performing a beam training is within the time interval; if the beam training interval is within the time interval, performing the beam training; and if the beam training interval is not within the time interval, decreasing the threshold value and a window size in which the packet delivery rate is calculated.
A system analysis device comprising: a correlation model storage means for storing a correlation model indicating a correlation of a pair of metrics in a system, the correlation of a pair of the metrics being expressed by a correlation function for predicting a value of one of the metrics of the pair by inputting measurements of time series of both the metrics or the other metrics of the pair into the correlation function; and an abnormality cause extraction means for extracting a metric of candidate for an abnormality cause by comparing detection sensitivities calculated for metrics associated with a correlation for which correlation destruction is detected in correlations included in the correlation model , the detection sensitivity of a metric indicating a degree of effect of an abnormality of the metric on a prediction value of a correlation function associated with the metric and being calculated based on a coefficient of the correlation function, the correlation destruction being detected if a difference between a prediction value of a metric obtained by the correlation function and a measurement of the metric is equal to or greater than a predetermined value. a correlation model storage means for storing a correlation model indicating a correlation of a pair of metrics in a system, the correlation of a pair of the metrics being expressed by a correlation function for predicting a value of one of the metrics of the pair by inputting measurements of time series of both the metrics or the other metrics of the pair into the correlation function; and an abnormality cause extraction means for extracting a metric of candidate for an abnormality cause by comparing detection sensitivities calculated for metrics associated with a correlation for which correlation destruction is detected in correlations included in the correlation model , the detection sensitivity of a metric indicating a degree of effect of an abnormality of the metric on a prediction value of a correlation function associated with the metric and being calculated based on a coefficient of the correlation function, the correlation destruction being detected if a difference between a prediction value of a metric obtained by the correlation function and a measurement of the metric is equal to or greater than a predetermined value.
Gear-splitting differential transmission device positioned between a multi-ratio gearbox and two drive wheels of a vehicle, including an outer case that receives the gearbox torque and by means of an inner mechanism divides it between two wheel drive shafts, the outer case also housing an inner case , which together with the outer case , a set of intermediate planetary gears and a control element , forms a two-position planetary gear set , which makes it possible to obtain two ranges of ratios of separate gearboxes for driving the drive wheels, characterized in that the inner case has a central cylindrical protuberance for guiding the side gear of the planetary gear set .
A method for determining a sign value of a DC coefficient of a current block using neighbor blocks of the current block , the method comprising: identifying as a first sign value, a sign value of a DC coefficient of an above neighbor block of the current block ; identifying as a second sign value, a sign value of a DC coefficient of a left neighbor block of the current block ; calculating a context value by applying a first weighting value to the first sign value and a second weighting value to the second sign value, wherein the first weighting value is based on a length of a first boundary between the above neighbor block and the current block and the second weighting value is based on a length of a second boundary between the left neighbor block and the current block ; selecting a probability model for determining the sign value of the DC coefficient of the current block based on the context value, wherein the probability model is a first probability model when the context value is greater than zero, wherein the probability model is a second probability model when the context value is less than zero, wherein the probability model is a third probability model when the context value is equal to zero; and determining the sign value of the DC coefficient of the current block using the probability model. identifying as a first sign value, a sign value of a DC coefficient of an above neighbor block of the current block ; identifying as a second sign value, a sign value of a DC coefficient of a left neighbor block of the current block ; calculating a context value by applying a first weighting value to the first sign value and a second weighting value to the second sign value, wherein the first weighting value is based on a length of a first boundary between the above neighbor block and the current block and the second weighting value is based on a length of a second boundary between the left neighbor block and the current block ; selecting a probability model for determining the sign value of the DC coefficient of the current block based on the context value, wherein the probability model is a first probability model when the context value is greater than zero, wherein the probability model is a second probability model when the context value is less than zero, wherein the probability model is a third probability model when the context value is equal to zero; and determining the sign value of the DC coefficient of the current block using the probability model.
An electric arc-blast nozzle for a circuit breaker comprising: - a middle portion forming a throat defining internally an axial passage for breaking an electric arc, and - two end portions extending on either side of the middle portion and being designed to receive respective arcing contacts and that are movable axially relative to each other, between an open position of the circuit breaker in which the arcing contacts and are separated from each other and a closed position of the circuit breaker in which the arcing contacts and are in contact with each other and in which one of the arcing contacts partially closes the axial passage of the middle portion , an arc-control gas flowing through the axial passage of the middle portion in order to interrupt an electric arc that is likely to form during movement of the arcing contacts and from the closed position to the open position of the circuit breaker, the electric arc-blast nozzle wherein the middle portion together with the two end portions are made of a same dielectric material obtained from a composition consisting of a fluorocarbon polymer matrix and of at least one oxide, the oxide(s) being present in a proportion by weight lying in the range 11% to 50%, relative to the total weight of the composition, characterized in that said electric arc-blast nozzle further comprises a sheath disposed on the outside surface of each of the two end portions and on the outside surface of the middle portion forming a throat. - a middle portion forming a throat defining internally an axial passage for breaking an electric arc, and - two end portions extending on either side of the middle portion and being designed to receive respective arcing contacts and that are movable axially relative to each other, between an open position of the circuit breaker in which the arcing contacts and are separated from each other and a closed position of the circuit breaker in which the arcing contacts and are in contact with each other and in which one of the arcing contacts partially closes the axial passage of the middle portion , an arc-control gas flowing through the axial passage of the middle portion in order to interrupt an electric arc that is likely to form during movement of the arcing contacts and from the closed position to the open position of the circuit breaker, the electric arc-blast nozzle wherein the middle portion together with the two end portions are made of a same dielectric material obtained from a composition consisting of a fluorocarbon polymer matrix and of at least one oxide, the oxide(s) being present in a proportion by weight lying in the range 11% to 50%, relative to the total weight of the composition,
A hollow fiber membrane module at least comprising: a tubular body ; a cap (6; 7); a hollow fiber membrane ; and an end seal portion (8; 8'; 9), wherein at least a liquid contacting portion of the end seal portion is sealed with a cured product of a curable resin composition including an epoxy resin, and wherein the epoxy resin includes a polyglycidyl ether of a polycondensate of an aromatic compound containing a phenolic hydroxyl group and an aromatic compound containing a formyl group and a phenolic hydroxyl group. a tubular body ; a cap (6; 7); a hollow fiber membrane ; and an end seal portion (8; 8'; 9), wherein at least a liquid contacting portion of the end seal portion is sealed with a cured product of a curable resin composition including an epoxy resin, and wherein the epoxy resin includes a polyglycidyl ether of a polycondensate of an aromatic compound containing a phenolic hydroxyl group and an aromatic compound containing a formyl group and a phenolic hydroxyl group.
A bi-stable relay control circuit, comprising: a boost converter electrically configured to boost a first voltage supply level to a second voltage supply level, the second voltage supply level higher than the first voltage supply level; an energy storage device electrically coupled with the boost converter ; and a closed relay driver circuit and an open relay driver circuit electrically coupled with the boost converter and the energy storage device , wherein the closed relay driver circuit provides a first signal to a bi-stable relay , and wherein the open relay driver circuit provides a second signal to the bi-stable relay , and a relay energizer module coupled with the energy storage device , wherein the energy storage device stores a quantity of energy based at least in part on the second voltage supply level, and wherein the relay energizer module energizes the bi-stable relay using the quantity of energy stored in the energy storage device , wherein the relay energizer module comprises: the closed relay driver circuit and the open relay driver circuit ; and characterised by a connector coupling together the closed relay driver circuit , the open relay driver circuit , the boost converter , and the energy storage device . a boost converter electrically configured to boost a first voltage supply level to a second voltage supply level, the second voltage supply level higher than the first voltage supply level; an energy storage device electrically coupled with the boost converter ; and a closed relay driver circuit and an open relay driver circuit electrically coupled with the boost converter and the energy storage device , wherein the closed relay driver circuit provides a first signal to a bi-stable relay , and wherein the open relay driver circuit provides a second signal to the bi-stable relay , and a relay energizer module coupled with the energy storage device , wherein the energy storage device stores a quantity of energy based at least in part on the second voltage supply level, and wherein the relay energizer module energizes the bi-stable relay using the quantity of energy stored in the energy storage device , wherein the relay energizer module comprises: the closed relay driver circuit and the open relay driver circuit ; and characterised by a connector coupling together the closed relay driver circuit , the open relay driver circuit , the boost converter , and the energy storage device . the closed relay driver circuit and the open relay driver circuit ; and characterised by a connector coupling together the closed relay driver circuit , the open relay driver circuit , the boost converter , and the energy storage device .
A computer-implemented method for assessing deterioration in an operating gearbox, comprising: calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox; evaluating the ratio over a time period and/or comparing the ratio to a predetermined value. wherein the ratio center harmonic is a first predetermined harmonic frequency; calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox at a harmonic frequency adjacent the first predetermined harmonic frequency; the method being characterized in calculating a second ratio by dividing the ratio calculated using the first predetermined harmonic frequency by the ratio calculated using the harmonic frequency adjacent the first predetermined harmonic frequency; and evaluating the second ratio over time and/or comparing the second ratio to a predetermined value. calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox; evaluating the ratio over a time period and/or comparing the ratio to a predetermined value. wherein the ratio center harmonic is a first predetermined harmonic frequency; calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox at a harmonic frequency adjacent the first predetermined harmonic frequency; the method being characterized in calculating a second ratio by dividing the ratio calculated using the first predetermined harmonic frequency by the ratio calculated using the harmonic frequency adjacent the first predetermined harmonic frequency; and evaluating the second ratio over time and/or comparing the second ratio to a predetermined value.