mhurhangee/ep-ind-claims huggingface dataset:
An agent comprising sulfasalazine, for use in a method comprising: identifying a subject having Sarcoidosis disease; contacting one or more cells with the agent to increase transport of at least one of glutathione, thioredoxin, glutaredoxin or combination thereof; increasing secretion of glutathione, thioredoxin, glutaredoxin or combination thereof from the cell; and attenuating the disease. identifying a subject having Sarcoidosis disease; contacting one or more cells with the agent to increase transport of at least one of glutathione, thioredoxin, glutaredoxin or combination thereof; increasing secretion of glutathione, thioredoxin, glutaredoxin or combination thereof from the cell; and attenuating the disease.
Inductive component comprising a ring core and a winding provided thereon, a holder on which the ring core is mounted and which comprises a cutout on an end portion, and a connection which is configured to be suited for contacting a connection surface of a component carrier is connected to the winding, characterized in that the connection is provided in the form of a connection bracket which extends completely beyond the cutout, and the connection has an enlarged connection area which is however smaller than the cutout.
A mobile communication device, configured for dual priority, comprising: a wireless module performing wireless transmission and reception to and from a service network; and a controller module starting a Session Management, SM, congestion control back-off timer for an Access Point Name, APN, in response to a first SM procedure being rejected by the service network, which was initiated for the APN with a first low priority indicator indicating that the mobile communication device was configured for Non Access Stratum, NAS, signaling low priority, and characterized by not stopping the SM congestion control back-off timer for the APN in response to a second SM procedure being initiated by the service network for the APN and being related to an existing Packet Data Protocol, PDP, context previously requested by the mobile communication device with a second low priority indicator indicating that the mobile communication device was not configured for NAS signaling low priority. a wireless module performing wireless transmission and reception to and from a service network; and a controller module starting a Session Management, SM, congestion control back-off timer for an Access Point Name, APN, in response to a first SM procedure being rejected by the service network, which was initiated for the APN with a first low priority indicator indicating that the mobile communication device was configured for Non Access Stratum, NAS, signaling low priority, and characterized by not stopping the SM congestion control back-off timer for the APN in response to a second SM procedure being initiated by the service network for the APN and being related to an existing Packet Data Protocol, PDP, context previously requested by the mobile communication device with a second low priority indicator indicating that the mobile communication device was not configured for NAS signaling low priority.
A method for producing a plated article, comprising immersing a substrate made of a conductive metal in a plating solution, and forming a plating layer on the substrate by electroplating, wherein the plating solution is a solution containing 0.01 to 1 mol/L of Ni ions with a pH of 6 or more; and a porous Ni plating layer is formed by performing the electroplating at a cathode current density of 10 A/dm 2 or more, wherein the porous Ni plating layer has a plurality of pores recessed toward the substrate, wherein the plating solution is formed by only dissolving a Ni salt and an ammonium salt in ion-exchanged water and adjusting the pH of the plating solution to 6 or more by adding 0.2 to 30 mol of ammonia per one liter of the plating solution to the plating solution, wherein the Ni salt consists of at least one type of salts selected from the group consisting of nickel chloride, nickel sulfate, nickel sulfamate and nickel acetate, and the ammonium salt consists of at least one type of salts selected from the group consisting of ammonium chloride, ammonium sulfate, ammonium sulfamate and ammonium acetate, wherein a molar ratio of ammonia to Ni ions in the plating solution is 1 or more, and wherein ammonia coordinates the Ni ion in the plating solution to form an ammine complex. immersing a substrate made of a conductive metal in a plating solution, and forming a plating layer on the substrate by electroplating, wherein the plating solution is a solution containing 0.01 to 1 mol/L of Ni ions with a pH of 6 or more; and a porous Ni plating layer is formed by performing the electroplating at a cathode current density of 10 A/dm 2 or more, wherein the porous Ni plating layer has a plurality of pores recessed toward the substrate, wherein the plating solution is formed by only dissolving a Ni salt and an ammonium salt in ion-exchanged water and adjusting the pH of the plating solution to 6 or more by adding 0.2 to 30 mol of ammonia per one liter of the plating solution to the plating solution, wherein the Ni salt consists of at least one type of salts selected from the group consisting of nickel chloride, nickel sulfate, nickel sulfamate and nickel acetate, and the ammonium salt consists of at least one type of salts selected from the group consisting of ammonium chloride, ammonium sulfate, ammonium sulfamate and ammonium acetate, wherein a molar ratio of ammonia to Ni ions in the plating solution is 1 or more, and wherein ammonia coordinates the Ni ion in the plating solution to form an ammine complex.
An elastomeric article having a coating thereon, the coating comprising: a water-based hydrogel polymer; and at least one elastomeric material added to the water-based hydrogel polymer to form a coating formulation; wherein the coating formulation does not contain any added solvents. a water-based hydrogel polymer; and at least one elastomeric material added to the water-based hydrogel polymer to form a coating formulation; wherein the coating formulation does not contain any added solvents.
Method for detecting the tilt of a floating roof floating on a medium stored in a tank, characterized in that a radar level gauge is mounted in a fixed position on the tank, whereby the radar level gauge is emitting signals in the direction of the floating roof and receiving the echo signals reflected on the surface of the floating roof, comprising the steps of: a) determining and recording the level of the floating roof during a period of time, whereby the period of time includes some filling/emptying cycles of the medium in/from the tank, b) detecting and recording at least the echo amplitudes of the echo signals over the time during said period of time, c) filtering the echo amplitudes and recording the filtered echo amplitudes of the echo signals during said time period, d) calculating the gradient of the filtered echo amplitudes of the echo signals during said time period, e) calculating or providing a threshold value for a tolerable deviation of the gradient of the filtered echo amplitudes of the echo signals during said time period, f) generating an alert message that a roof tilting is detected if the gradient of the filtered echo amplitudes of the echo signals falls behind the threshold. a) determining and recording the level of the floating roof during a period of time, whereby the period of time includes some filling/emptying cycles of the medium in/from the tank, b) detecting and recording at least the echo amplitudes of the echo signals over the time during said period of time, c) filtering the echo amplitudes and recording the filtered echo amplitudes of the echo signals during said time period, d) calculating the gradient of the filtered echo amplitudes of the echo signals during said time period, e) calculating or providing a threshold value for a tolerable deviation of the gradient of the filtered echo amplitudes of the echo signals during said time period, f) generating an alert message that a roof tilting is detected if the gradient of the filtered echo amplitudes of the echo signals falls behind the threshold.
System comprising an apparatus for storage, treatment or distribution of meat and a clip removal tool (50, 52, 54), the apparatus comprising; a container having: a base and four side walls dependent therefrom; a mouth at a substantially opposite end of the container from the base; and an external rib dependent from the side walls, the external rib being substantially continuous about the walls; wherein the rib substantially comprises a flange that extends outwardly from the walls and toward the base such that a cavity is provided between the flange and the walls and characterized in that it is provided remote from the base and the mouth; a lid for the container; and a plurality of lid securing clips engageable with the lid and a rim of the container, whereby the clips secure the lid on the container; and the clip removal tool (50, 52, 54) for removal of the plurality of lid securing clips the tool (50, 52, 54) comprising: a body having a handle and a plurality of clip engaging members disposed at an angle to the handle, wherein location of the clip engaging members each under a respective end of the plurality of lid securing clips and location of a base of each clip engaging member on a surface of the container allow the handle to be rotated toward the base of the container to disengage the plurality of lid securing clips simultaneously from the container using the clip removal tool. a base and four side walls dependent therefrom; a mouth at a substantially opposite end of the container from the base; and an external rib dependent from the side walls, the external rib being substantially continuous about the walls; wherein the rib substantially comprises a flange that extends outwardly from the walls and toward the base such that a cavity is provided between the flange and the walls and characterized in that it is provided remote from the base and the mouth; a lid for the container; and a plurality of lid securing clips engageable with the lid and a rim of the container, whereby the clips secure the lid on the container; and the clip removal tool (50, 52, 54) for removal of the plurality of lid securing clips the tool (50, 52, 54) comprising: a body having a handle and a plurality of clip engaging members disposed at an angle to the handle, wherein location of the clip engaging members each under a respective end of the plurality of lid securing clips and location of a base of each clip engaging member on a surface of the container allow the handle to be rotated toward the base of the container to disengage the plurality of lid securing clips simultaneously from the container using the clip removal tool. a body having a handle and a plurality of clip engaging members disposed at an angle to the handle, wherein location of the clip engaging members each under a respective end of the plurality of lid securing clips and location of a base of each clip engaging member on a surface of the container allow the handle to be rotated toward the base of the container to disengage the plurality of lid securing clips simultaneously from the container using the clip removal tool.
A system for laser material processing a workpiece by means of a laser beam, comprising: - an optical system having at least one optical component for focusing the laser beam to form a focal point on the workpiece or in a defined position relative to the workpiece; - at least one inertial sensor for detecting a transitional and/or rotational acceleration of the at least one optical component of the optical system and/or the workpiece; and - a processing unit connected to the at least one inertial sensor for determining a relative transitional and/or rotational acceleration between the focal point and the workpiece, characterized in that the processing unit comprises a real-time clock and is adapted to calculate an actual velocity and/or an actual relative position between the focal point and the workpiece on the basis of the detected transitional and/or rotational acceleration by integrating over time having a respective initial velocity (v 0) and/or a respective initial relative position (x 0). - an optical system having at least one optical component for focusing the laser beam to form a focal point on the workpiece or in a defined position relative to the workpiece; - at least one inertial sensor for detecting a transitional and/or rotational acceleration of the at least one optical component of the optical system and/or the workpiece; and - a processing unit connected to the at least one inertial sensor for determining a relative transitional and/or rotational acceleration between the focal point and the workpiece, characterized in that the processing unit comprises a real-time clock and is adapted to calculate an actual velocity and/or an actual relative position between the focal point and the workpiece on the basis of the detected transitional and/or rotational acceleration by integrating over time having a respective initial velocity (v 0) and/or a respective initial relative position (x 0).
A discharge control device for a lithium ion secondary battery, characterized in that it comprises: detection means for detecting charging of a secondary battery with a pulse at a level equal to or higher than a predetermined level sufficient to cause degradation of the secondary battery due to a deposition of lithium metal; and discharge control means for controlling, upon detection of charging of a secondary battery by the pulse, a discharge of the secondary battery with one or more pulses with a total electric energy that is substantially identical to the electric energy of the charging pulse. detection means for detecting charging of a secondary battery with a pulse at a level equal to or higher than a predetermined level sufficient to cause degradation of the secondary battery due to a deposition of lithium metal; and discharge control means for controlling, upon detection of charging of a secondary battery by the pulse, a discharge of the secondary battery with one or more pulses with a total electric energy that is substantially identical to the electric energy of the charging pulse.
A catalyst for hydrocracking an FT wax produced by Fischer-Tropsch synthesis which comprises (a) a crystalline aluminosilicate and (b) an amorphous aluminosilicate at a weight ratio of 0.04 ≦ (a)/(b) ≦ 0.2, wherein (a) the crystalline aluminosilicate is a USY-type zeolite and the catalyst further comprises a group VIII metal which is selected from the group consisting of platinum and palladium in an amount of 0.05 to 2 percent by mass based on the total mass of the catalyst and a binder.
Method for diagnosing the plausibility of at least two pieces of brake pressure information (PR1, PR2) coming from separate pressure sensors (CP1, CP2) in a brake booster of a vehicle braking system, characterized in that it comprises the steps of a) detecting a valid brake pressure by comparing a brake pedal depression ratio (R_PF) with a predetermined depression ratio threshold, b) following (SB1, SB11, SB12; SB2) an evolution of each said piece of pressure information servo-brake (PR1, PR2) over a predetermined time period (TEMP) from the detection in step a) of a said valid brake pressure, c) for each said servo-brake pressure information (PR1, PR2), performing (SB1, SB13, SB14, SB15, SB16; SB2) during said predetermined time period (TEMP) a detection of defect (DEF1, DEF2) on said servo-brake pressure information (PR1, PR2) by comparison of an evolution delta (DIF_PR1) from said servobrake pressure information (PR 1, PR 2) to at least one pressure change threshold (S_PR 1), and d) establishing (SB 3) a diagnosis of plausibility of said servobrake pressure information (PR 1, PR 2) from the fault detection results (DEF 1, DEF 2) obtained in step (c).
A method comprising: sampling, a first pixel cell signal at a first time to produce a first sample, denoted by S SHORT; sampling, a second pixel cell signal at a second time to produce a second sample, denoted by S LONG; applying a variable weighting factor to the second sample, wherein the variable weighting factor is defined based on a function; and combining the first sample and the weighted second sample according to the equation: S COMBINED = S LONG i,j * M i,j + n * S SHORT i,j * 1 − M i,j, where S COMBINED denotes the combination of the first sample and the second sample, for the pixel cell located at (i, j), and n denotes a scalar value that is dependent on the difference in the time of exposure between the first time and the second time, and M(i, j) denotes the variable weighting factor determined based on an exponential function. sampling, a first pixel cell signal at a first time to produce a first sample, denoted by S SHORT; sampling, a second pixel cell signal at a second time to produce a second sample, denoted by S LONG; applying a variable weighting factor to the second sample, wherein the variable weighting factor is defined based on a function; and combining the first sample and the weighted second sample according to the equation: S COMBINED = S LONG i,j * M i,j + n * S SHORT i,j * 1 − M i,j, where S COMBINED denotes the combination of the first sample and the second sample, for the pixel cell located at (i, j), and n denotes a scalar value that is dependent on the difference in the time of exposure between the first time and the second time, and M(i, j) denotes the variable weighting factor determined based on an exponential function.
Method for providing an estimated value (T̂ E) of an internal effective torque (T E) of a torque generator, which is connected to a torque sink via a coupling element and uses the resultant linear dynamic system in state-space representation in the form x ̇ = Ax + Bu + Fw y = Cx or the resultant non-linear dynamic system in state-space representation in the form x ̇ = Ax + Bu + Mƒ x + Fw y = Cx, where the matrices A, B, C, F, M are system matrices which result from a model of the dynamic system which contains the effective torque (T E), wherein M designates the gain of the nonlinearity, and where u is an input vector, y an output vector, and x a state vector of the dynamic system, and w designates the effective torque (T E) as an unknown input, characterized in that for said dynamic system an observer is designed with observer matrices N, L, G, E, or Z, T, K, H and with an unknown input w, and the observer receives at least one noisy measurement signal of the input vector u and/or the output vector y, and which observer therefrom ascertains an estimate x̂ of the state x and an estimate (T̂ E) of the effective torque (T E) as an unknown input w, in that the matrix N or Z, which determines the dynamic ė of the observer error e = x̂ -x as a difference between the state vector x and the estimated state vector x̂ according to e = Ne or e = Ze, is configured in such a way that the eigenvalues λ of this matrix N or Z lie in a range f2/5 > λ > 5·f1, wherein f1 is the maximum expected change frequency of the at least one measurement signal, and the noise in the at least one measurement signal influences the frequency band which is greater than the frequency f2.
A computer-implemented method to identify an orthodontic treatment plan applicable to teeth of a human patient, the method comprising: displaying a three-dimensional perspective representation of the teeth of the patient to a user; receiving from the user a selection of an element of the orthodontic treatment plan and displaying a three-dimensional perspective representation of six degrees of freedom of movement of the selected element, each degree of freedom presented by a graphical direction of adjustment of the one or more teeth consistent with the three-dimensional perspective representation of the teeth; receiving from the user an adjustment of the selected element of the orthodontic treatment plan along a direction of movement selected from the six degrees of freedom; and moving at least one tooth of the teeth of the patient to a new position on the display corresponding to the adjustment, wherein movement of the at least one tooth in one of the directions of adjustment is accomplished by selecting a degree of freedom with a pointing device and holding down a button of the pointing device and moving the pointing device, and wherein when the pointing device moves over a degree of freedom, a description of that degree of freedom and a numerical value of the relative movement of that degree of freedom is displayed. displaying a three-dimensional perspective representation of the teeth of the patient to a user; receiving from the user a selection of an element of the orthodontic treatment plan and displaying a three-dimensional perspective representation of six degrees of freedom of movement of the selected element, each degree of freedom presented by a graphical direction of adjustment of the one or more teeth consistent with the three-dimensional perspective representation of the teeth; receiving from the user an adjustment of the selected element of the orthodontic treatment plan along a direction of movement selected from the six degrees of freedom; and moving at least one tooth of the teeth of the patient to a new position on the display corresponding to the adjustment, wherein movement of the at least one tooth in one of the directions of adjustment is accomplished by selecting a degree of freedom with a pointing device and holding down a button of the pointing device and moving the pointing device, and wherein when the pointing device moves over a degree of freedom, a description of that degree of freedom and a numerical value of the relative movement of that degree of freedom is displayed.
A loading unit and locking collar assembly comprising: a shell assembly having a proximal end portion configured to receive a distal end portion of a surgical instrument, the proximal end portion including an annular ring comprising an inner surface and defining an annular groove, the annular ring defining a lock opening; and a locking collar releasably disposed within the annular groove and including an annular body having a pair of release surfaces (41a, 41b) and a lock, the lock extending radially inward from the annular body, the pair of release surfaces configured to transition the locking collar from a locked configuration to an unlocked configuration, characterised in that in the locked configuration the lock extends through the lock opening to penetrate the inner surface of the annular ring, and in that in the unlocked configuration the lock is positioned radially outward from the inner surface of the annular ring, wherein said locking collar defines an elliptical cross-section in a plane transverse to a longitudinal axis of the shell assembly in which the width is greater than the height in the locked configuration, the width being defined between the pair of release surfaces. a shell assembly having a proximal end portion configured to receive a distal end portion of a surgical instrument, the proximal end portion including an annular ring comprising an inner surface and defining an annular groove, the annular ring defining a lock opening; and a locking collar releasably disposed within the annular groove and including an annular body having a pair of release surfaces (41a, 41b) and a lock, the lock extending radially inward from the annular body, the pair of release surfaces configured to transition the locking collar from a locked configuration to an unlocked configuration, characterised in that in the locked configuration the lock extends through the lock opening to penetrate the inner surface of the annular ring, and in that in the unlocked configuration the lock is positioned radially outward from the inner surface of the annular ring, wherein said locking collar defines an elliptical cross-section in a plane transverse to a longitudinal axis of the shell assembly in which the width is greater than the height in the locked configuration, the width being defined between the pair of release surfaces.