mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 200, 300, 400, 500) for optimizing citrate anticoagulant supplementation in a blood filtration circuit during a CRRT of a patient, comprising: a citrate pump causing flow of citrate solution into the blood filtration circuit; and a controller, the system being characterized by an electrolyte sensor detecting electrolyte concentration in blood flow from the patient; and a blood flow detector for detecting a flow of blood from the patient, wherein the controller controls the flow from the citrate pump as a function of the sensed electrolyte concentration, the detected blood flow, and the concentration of the citrate solution. a citrate pump causing flow of citrate solution into the blood filtration circuit; and a controller, the system being characterized by an electrolyte sensor detecting electrolyte concentration in blood flow from the patient; and a blood flow detector for detecting a flow of blood from the patient, wherein the controller controls the flow from the citrate pump as a function of the sensed electrolyte concentration, the detected blood flow, and the concentration of the citrate solution.
Positioning device in portal design, with a level base parallel to a first direction and a second direction, with two first linear axes (Y1, Y2) arranged in the first direction and in each case with a first linear drive (LMY1, LMY2), wherein the first linear axes (Y1, Y2) hold a frame in movable manner in the first direction, wherein the frame comprises two cross beams (Cb, Cd) which run in the second direction and which are attached to two longitudinal beams (Ca, Cc) running in the first direction and which together with the cross beams (Cb, Cd) form the frame wherein each one of the longitudinal beams (Ca, Cc) is connected to one each of the first linear drives (LMY1, LMY2), and wherein the cross beams (Cb, Cd) support second linear axes (X1, X2) each with a second linear drive (LMX1, LMX2) parallel to the second direction, so that a movable element which is disposed between the cross beams (Cb, Cd), is held with the second linear drives (LMX1, LMX2) in movable manner in the second direction, wherein the frame is of flexible structure such that the movable element in addition to translation in the first and second direction (Y, X) can also be turned about a third direction, which is perpendicular to the first and second direction (Y, X), wherein the movable element is guided relative to the third direction and the rotations about the first and second direction (Y, X) from the level base, wherein the movable element is guided relative to the first direction from a guide surface from just one of the cross beams (Cb, Cd) which thus serves as the guide beam (Cd) for the movable element.
Powder for use in a powder jet device for cleaning a tooth surface by powder spraying, wherein the powder comprises granules having an average particle size of 20 μm to 220 μm, characterized in that the granules comprise primary particles and a binder, wherein the primary particles have an average particle size smaller than the average particle size of the granules, characterized in that the primary particles are made of a material selected from the group consisting of salts that are soluble in water, sugars, amino acids, alditols, except calcium carbonate, and mixtures thereof.
A hand exoskeleton comprising: a) a hand- and/or wrist-wearable support 10 having a portion configured to be connected in proximity to a metacarpophalangeal joint of a user; and b) an elongated motion unit 100 operatively connected to the hand- and/or wrist-wearable support 10, said motion unit 100 comprising: i) a plurality of adjacent movable members 1000 located along the longitudinal axis of the motion unit 100, each movable member 1000 comprising a first and second cavity 301/302 along its entire length; ii) a compliant layer 400 running through said motion unit 100 and along the longitudinal axis of the motion unit 100; iii) a first cable or wire 501 running inside said first cavity 301 and connected to the motion unit 100; iv) a second cable or wire 502 running inside said second cavity 302 and connected to the motion unit 100; v) at least one finger support 600 configured to locate two fingers of a user wearing the exoskeleton wherein said motion unit 100 is connected at one end to the finger support 600. a) a hand- and/or wrist-wearable support 10 having a portion configured to be connected in proximity to a metacarpophalangeal joint of a user; and b) an elongated motion unit 100 operatively connected to the hand- and/or wrist-wearable support 10, said motion unit 100 comprising: i) a plurality of adjacent movable members 1000 located along the longitudinal axis of the motion unit 100, each movable member 1000 comprising a first and second cavity 301/302 along its entire length; ii) a compliant layer 400 running through said motion unit 100 and along the longitudinal axis of the motion unit 100; iii) a first cable or wire 501 running inside said first cavity 301 and connected to the motion unit 100; iv) a second cable or wire 502 running inside said second cavity 302 and connected to the motion unit 100; v) at least one finger support 600 configured to locate two fingers of a user wearing the exoskeleton wherein said motion unit 100 is connected at one end to the finger support 600. i) a plurality of adjacent movable members 1000 located along the longitudinal axis of the motion unit 100, each movable member 1000 comprising a first and second cavity 301/302 along its entire length; ii) a compliant layer 400 running through said motion unit 100 and along the longitudinal axis of the motion unit 100; iii) a first cable or wire 501 running inside said first cavity 301 and connected to the motion unit 100; iv) a second cable or wire 502 running inside said second cavity 302 and connected to the motion unit 100; v) at least one finger support 600 configured to locate two fingers of a user wearing the exoskeleton
A steering lock apparatus comprising: a steering column; a key-lock collar supported by part of a steering shaft that is rotatably supported on an inside of the steering column, and having an engaging concave portion provided in at least one location in a circumferential direction; a lock through hole formed in a portion on an outer circumferential surface of the steering column, a phase of the portion in an axial direction being aligned with the key-lock collar, and a lock unit supported by the steering column with part located inside the lock through hole and having a lock pin that, with an ignition key turned off, substantially prevents rotation of the steering shaft on the inside of the steering column by displacing inward in a radial direction causing a tip-end portion of the lock pin to engage with the engaging concave portion, characterized in that the lock through hole has a peripheral edge and protrusions that are provided at a plurality of locations that are separated in the axial direction of peripheral wedge portions on both sides in the circumferential direction of the peripheral edge, such that, even when a large force applied in an attempt to rotate the steering wheel is applied in a torsion direction of the steering column, the protrusions in the circumferential direction plastically deform according to a size of the applied and the applied force is shared and supported by the protrusions to prevent stress concentration in part of the peripheral edge portions from occurring. a steering column; a key-lock collar supported by part of a steering shaft that is rotatably supported on an inside of the steering column, and having an engaging concave portion provided in at least one location in a circumferential direction; a lock through hole formed in a portion on an outer circumferential surface of the steering column, a phase of the portion in an axial direction being aligned with the key-lock collar, and a lock unit supported by the steering column with part located inside the lock through hole and having a lock pin that, with an ignition key turned off, substantially prevents rotation of the steering shaft on the inside of the steering column by displacing inward in a radial direction causing a tip-end portion of the lock pin to engage with the engaging concave portion, characterized in that the lock through hole has a peripheral edge and protrusions that are provided at a plurality of locations that are separated in the axial direction of peripheral wedge portions on both sides in the circumferential direction of the peripheral edge, such that, even when a large force applied in an attempt to rotate the steering wheel is applied in a torsion direction of the steering column, the protrusions in the circumferential direction plastically deform according to a size of the applied and the applied force is shared and supported by the protrusions to prevent stress concentration in part of the peripheral edge portions from occurring.
Stator for an electric motor having a stator laminate stack provided with a stator winding and having an interconnection arrangement arranged on a front side in the area of a winding head of said stator winding for electrical interconnection of winding wire ends of said stator winding and of connecting wires of a temperature monitor upstream of said stator winding, said interconnection arrangement having an isolating switching disk overlapping the area of said winding head, and said temperature monitor being held integrated in said switching disk in such way that it is positioned in thermo-conductive electrical contact with said stator winding in said switching disk on the side of the winding head, said temperature monitor being held in a passage opening of said switching disk in such way, that it is mountable from an upper side of said switching disk, which is averted from said stator winding, for the purpose of electrical contact with said stator winding, characterized in that two similar temperature monitors with a specific distance from each other are held in said switching disk and that a common double spring element is associated to said two temperature monitors, which element biases one of said temperature monitors, each, with two spring elements.
A corrugated plastic box with a soft score line comprising: a plurality of side walls, each of the side walls formed from a corrugated plastic sheet of material having a first outer layer of plastic, a second outer layer of plastic and a plurality of flutes between the first outer layer and the second outer layer; a first top flap extending upward from a first one of the plurality of side walls, the first top flap formed from the corrugated plastic sheet of material and separated from the first one of the plurality of side walls by a single, inwardly concave first score line without a slit wherein the first score line is configured to allow the first top flap to lay flat against an outer surface of the first one of the plurality of side walls without spring back when the first top flap is folded against the outer surface of the first one of the plurality of side walls. a plurality of side walls, each of the side walls formed from a corrugated plastic sheet of material having a first outer layer of plastic, a second outer layer of plastic and a plurality of flutes between the first outer layer and the second outer layer; a first top flap extending upward from a first one of the plurality of side walls, the first top flap formed from the corrugated plastic sheet of material and separated from the first one of the plurality of side walls by a single, inwardly concave first score line without a slit wherein the first score line is configured to allow the first top flap to lay flat against an outer surface of the first one of the plurality of side walls without spring back when the first top flap is folded against the outer surface of the first one of the plurality of side walls.
A tuning arrangement for a vertical-cavity surface-emitting laser, VCSEL, the tuning arrangement comprising - a delta sigma modulator configured to generate a bitstream comprising bit signals; and - a current source configured to provide a current to the VCSEL in a switchable manner depending on a control signal; wherein - the bitstream is generated based on a target state signal; and - the control signal corresponds to or is derived from the bit signals of the bitstream; - wherein the tuning arrangement is configured to tune an output wavelength of the VCSEL. - a delta sigma modulator configured to generate a bitstream comprising bit signals; and - a current source configured to provide a current to the VCSEL in a switchable manner depending on a control signal; wherein - the bitstream is generated based on a target state signal; and - the control signal corresponds to or is derived from the bit signals of the bitstream; - wherein the tuning arrangement is configured to tune an output wavelength of the VCSEL.
An energy storage system comprising a storage battery, wherein: the storage battery is charged with electric power from a solar cell, wherein electric power from at least one of the solar cell, a commercial AC power source, and the storage battery is supplied to a load device (5, 6), wherein, in the daytime, when an amount of electric power generated by the solar cell is less than an amount of electric power consumed by the load device (5, 6) and the charge level of the storage battery is higher than the reference charge level, the discharge from the storage battery to the load device (5, 6) is permitted, wherein, in the daytime, when the amount of electric power generated by the solar cell is less than the amount of electric power consumed by the load device (5, 6) and the charge level of the storage battery is not higher than the reference charge level, the discharge from the storage battery to the load device (5, 6) is not permitted, and characterised in that the discharge from the storage battery which makes the charge level of the storage battery lower than the reference level is permitted at night. the storage battery is charged with electric power from a solar cell, wherein electric power from at least one of the solar cell, a commercial AC power source, and the storage battery is supplied to a load device (5, 6), wherein, in the daytime, when an amount of electric power generated by the solar cell is less than an amount of electric power consumed by the load device (5, 6) and the charge level of the storage battery is higher than the reference charge level, the discharge from the storage battery to the load device (5, 6) is permitted, wherein, in the daytime, when the amount of electric power generated by the solar cell is less than the amount of electric power consumed by the load device (5, 6) and the charge level of the storage battery is not higher than the reference charge level, the discharge from the storage battery to the load device (5, 6) is not permitted, and characterised in that the discharge from the storage battery which makes the charge level of the storage battery lower than the reference level is permitted at night.
A motor vehicle comprising a retarder apparatus comprising a retarder; an input device by means of which a vehicle deceleration demand can be set, in particular can be set in steps, and a retarder control device for driving the retarder, which retarder control device is designed to determine a retarder braking demand (11, 12), which encodes a retarder braking moment that is to be imparted by the retarder, in a manner dependent on the vehicle deceleration demand set; wherein the retarder has at least one electrical machine designed for regenerative braking, wherein the motor vehicle is a vehicle combination (13, 16) formed by a tractor vehicle (14, 17) and a trailer vehicle, wherein the trailer vehicle is a semi-trailer and/or a trailer, wherein at least one rigid axle of the vehicle combination, preferably a trailing axle, leading axle, lift axle and/or a trailer axle, is drive-connected to one or two electrical machines of the retarder for forming an auxiliary drive for the respective rigid axle, characterized in that the motor vehicle has a lift axle (23, 26) having the electrical auxiliary drive, which lift axle, during setting of a vehicle deceleration demand of the retarder apparatus, is lowered if it is in the raised state. a retarder; an input device by means of which a vehicle deceleration demand can be set, in particular can be set in steps, and a retarder control device for driving the retarder, which retarder control device is designed to determine a retarder braking demand (11, 12), which encodes a retarder braking moment that is to be imparted by the retarder, in a manner dependent on the vehicle deceleration demand set; wherein the retarder has at least one electrical machine designed for regenerative braking, wherein the motor vehicle is a vehicle combination (13, 16) formed by a tractor vehicle (14, 17) and a trailer vehicle, wherein the trailer vehicle is a semi-trailer and/or a trailer, wherein at least one rigid axle of the vehicle combination, preferably a trailing axle, leading axle, lift axle and/or a trailer axle, is drive-connected to one or two electrical machines of the retarder for forming an auxiliary drive for the respective rigid axle, characterized in that the motor vehicle has a lift axle (23, 26) having the electrical auxiliary drive, which lift axle, during setting of a vehicle deceleration demand of the retarder apparatus, is lowered if it is in the raised state.
Robotic vacuum cleaner for autonomously cleaning surfaces, comprising at least one side brush which faces the surface to be cleaned, the at least one side brush comprising a rotary element, brush elements being arranged on the rotary element, the rotary element being rotatably mounted about an axis of rotation, the rotary element which rotates about the axis of rotation being movable perpendicularly relative to the axis of rotation, characterised in that the rotary element is movable in all directions of a plane which is substantially perpendicular to the axis of rotation.
A method for prognosing a subject with non-small cell lung cancer (NSCLC) comprising: using a test sample obtained from a subject suffering from NSCLC following surgical resection; determining the expression level of a combination of biomarkers, wherein the combination of biomarkers comprise CBX7, TMPRSS2, GPR116, STX1A, KLK6, SLC16A3, TPX2, UCK2, and PHKA1; and analyzing the expression level to generate a risk score, wherein the risk score can be used to provide a prognosis of the subject. using a test sample obtained from a subject suffering from NSCLC following surgical resection; determining the expression level of a combination of biomarkers, wherein the combination of biomarkers comprise CBX7, TMPRSS2, GPR116, STX1A, KLK6, SLC16A3, TPX2, UCK2, and PHKA1; and analyzing the expression level to generate a risk score, wherein the risk score can be used to provide a prognosis of the subject.
A turning method comprising holding a workpiece with a rotatable main spindle, and turning the workpiece using a first cutting tool and a second cutting tool, characterized in that a chatter vibration is detected when a workpiece is held by the main spindle and turned, that it is determined whether or not the chatter vibration has occurred, that a frequency (fc) of the chatter vibration is calculated when determining that the chatter vibration has occurred, and that the workpiece is turned in a state in which a first edge of the first cutting tool is offset based on the frequency (fc) of the chatter vibration by a given offset angle (φ1) around a rotation center axis with respect to a reference line that connects the first edge and a second edge of the second cutting tool when the first edge and the second edge are situated opposite to each other at an angle of 180° around the rotation center axis.
A pneumatic tire comprising: a tread portion contactable with a road surface; sidewall portions provided sandwiching the tread portion from opposite sides in a tire lateral direction; and bead portions connected to the sidewall portions and located inward of the sidewall portions in a tire radial direction, wherein at least one tire side surface of the sidewall portions or the bead portions includes: a two-dimensional code in which a dot pattern is formed by two types of gray scale elements formed identifiable from each other by recesses and protrusions of the at least one tire side surface; characterized in that the at least one tire side surface further includes at least two marks formed in a protruded shape or a recessed shape, the marks being disposed on an identical position in a first direction of the tire radial direction and a tire circumferential direction and disposed separated from each other at different positions in a second direction of the tire radial direction and the tire circumferential direction to sandwich an outer edge of the two-dimensional code from opposite sides in at least one of the tire radial direction or the tire circumferential direction. a tread portion contactable with a road surface; sidewall portions provided sandwiching the tread portion from opposite sides in a tire lateral direction; and bead portions connected to the sidewall portions and located inward of the sidewall portions in a tire radial direction, a two-dimensional code in which a dot pattern is formed by two types of gray scale elements formed identifiable from each other by recesses and protrusions of the at least one tire side surface; characterized in that the at least one tire side surface further includes at least two marks formed in a protruded shape or a recessed shape, the marks being disposed on an identical position in a first direction of the tire radial direction and a tire circumferential direction and disposed separated from each other at different positions in a second direction of the tire radial direction and the tire circumferential direction to sandwich an outer edge of the two-dimensional code from opposite sides in at least one of the tire radial direction or the tire circumferential direction.
Device for validating data using a root certificate, wherein a plurality of root certificates (R1, R2, R3) is stored in the device, each root certificate having a rank, and wherein the device is configured to receive revocation information indicating at least one revoked root certificate, to validate the revocation information using one of the root certificates (R1, R2, R3) stored in the device and to block the use of the revoked root certificate if the revocation information is successfully validated using a root certificate having a higher rank than the revoked root certificate.