mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle propulsion unit comprising: - a crankshaft mounted rotatably about an axis of rotation; - at least one connecting rod of which a head is rotatably mounted on an associated crankpin of the crankshaft; - at least one actuating push-rod sliding in a plane perpendicular to the axis of rotation of the crankshaft between an extended position towards which it is returned, and a retracted position; - a cam track which is moved by the crankshaft in order to push the push-rod towards its retracted position upon each revolution of the crankshaft, the free end of the push-rod forming a cam follower; characterized in that the cam track is borne by the connecting rod. - a crankshaft mounted rotatably about an axis of rotation; - at least one connecting rod of which a head is rotatably mounted on an associated crankpin of the crankshaft; - at least one actuating push-rod sliding in a plane perpendicular to the axis of rotation of the crankshaft between an extended position towards which it is returned, and a retracted position; - a cam track which is moved by the crankshaft in order to push the push-rod towards its retracted position upon each revolution of the crankshaft, the free end of the push-rod forming a cam follower;
A motor drive device comprising: an inverter that supplies an alternating-current power to an electric motor; a current sensor being operable to measure a direct-current bus current of the inverter; and a controller adapted to control the inverter based on an output of the current sensor, and the controller is adapted to compare a q-axis current measurement calculated based on the output of the current sensor and an estimated q-axis current value estimated based on a q-axis voltage command value, and to determine that the current sensor is abnormal when a duration of continuous deviation of the q-axis current measurement from the estimated q-axis current value continues for a predetermined time length, wherein the estimated q-axis current value is estimated based on a diagnostic q-axis voltage command value obtained by converting the q-axis voltage command value into an absolute value, and wherein the q-axis current measurement is a diagnostic q-axis current measurement, a sign of which is determined based on whether the q-axis voltage command value is a positive number or a negative number. a current sensor being operable to measure a direct-current bus current of the inverter; and a controller adapted to control the inverter based on an output of the current sensor, and the controller is adapted to compare a q-axis current measurement calculated based on the output of the current sensor and an estimated q-axis current value estimated based on a q-axis voltage command value, and to determine that the current sensor is abnormal when a duration of continuous deviation of the q-axis current measurement from the estimated q-axis current value continues for a predetermined time length, wherein the estimated q-axis current value is estimated based on a diagnostic q-axis voltage command value obtained by converting the q-axis voltage command value into an absolute value, and wherein the q-axis current measurement is a diagnostic q-axis current measurement, a sign of which is determined based on whether the q-axis voltage command value is a positive number or a negative number.
Method for operating an internal combustion engine of a motor vehicle, an electrically heated component of an exhaust gas aftertreatment means being supplied with electric power via an electric machine which is driven by the internal combustion engine, a load point shift of the internal combustion engine being carried out by way of an activation or deactivation of the component or by way of intermediate storage of the necessary electric power for operating the component in a battery, characterized in that the load point shift is carried out at one of the following times or in one of the following conditions: - during a gear change when the new gear is engaged, - during a change of the driving mode, the vehicle being driven by the internal combustion engine in the one driving mode, the internal combustion engine being driven by the kinetic energy of the motor vehicle by way of an engaged gear in the other driving mode, which is known as the overrun mode, - by way of the use of engine map ranges with similar acoustics before and after the load point shift, - when the gradient of the accelerator pedal changes, - in the case of a change in the driving programme, - in the case of switching on or off of loads by the driver, a load point shift into an engine map range with a sound pressure change of up to from 1.0 to 1.5 dB being carried out in the case of a first, greater difference ΔT of the actual temperature from the setpoint temperature of the component or the exhaust gas mass flow, a sound pressure change of less than 0.2 dB being carried out in the case of a second, smaller difference ΔT of the actual temperature from the setpoint temperature of the component or the exhaust gas mass flow. - during a gear change when the new gear is engaged, - during a change of the driving mode, the vehicle being driven by the internal combustion engine in the one driving mode, the internal combustion engine being driven by the kinetic energy of the motor vehicle by way of an engaged gear in the other driving mode, which is known as the overrun mode, - by way of the use of engine map ranges with similar acoustics before and after the load point shift, - when the gradient of the accelerator pedal changes, - in the case of a change in the driving programme, - in the case of switching on or off of loads by the driver,
A modified FIX polypeptide, comprising the amino acid replacements R338E/T343R in a mature FIX polypeptide having a sequence set forth in SEQ ID NO:3, or the same replacement at a corresponding amino acid residue in an unmodified FIX polypeptide, wherein: corresponding amino acid residues are identified by alignment of the unmodified FIX polypeptide with the FIX polypeptide of SEQ ID NO:3; the unmodified FIX polypeptide consists of a sequence of amino acids set forth in SEQ ID NO: 2, 3, 20 or 325 or is unmodified FIXa, which consists of a light chain that consists of residues 1-145, and a heavy chain that consists of residues 181-415, of SEQ ID NO:3; the modified FIX polypeptide consists of 1, 2, 3, 4, 5, 6, 7, 8, or 9 additional modification(s); modifications are amino acid replacements, additions or deletions, or any combination thereof; the modified FIXa form of the FIX polypeptide exhibits increased procoagulant activity compared to the unmodified FIXa form of the FIX polypeptide that does not contain the modification(s); and procoagulant activity is the activity as assessed in an assay that measures blood coagulant activity. corresponding amino acid residues are identified by alignment of the unmodified FIX polypeptide with the FIX polypeptide of SEQ ID NO:3; the unmodified FIX polypeptide consists of a sequence of amino acids set forth in SEQ ID NO: 2, 3, 20 or 325 or is unmodified FIXa, which consists of a light chain that consists of residues 1-145, and a heavy chain that consists of residues 181-415, of SEQ ID NO:3; the modified FIX polypeptide consists of 1, 2, 3, 4, 5, 6, 7, 8, or 9 additional modification(s); modifications are amino acid replacements, additions or deletions, or any combination thereof; the modified FIXa form of the FIX polypeptide exhibits increased procoagulant activity compared to the unmodified FIXa form of the FIX polypeptide that does not contain the modification(s); and procoagulant activity is the activity as assessed in an assay that measures blood coagulant activity.
Vehicle propulsion system comprising: a heat engine; an auxiliary power unit for storing and/or supplying energy; a transmission unit for transmitting to the vehicle wheels the power supplied by the heat engine and/or by the auxiliary power unit; and a planetary gear set which is interposed between the heat engine and the transmission unit and is connected to the auxiliary power unit; a locking device which is associated with the planetary gear set and is shiftable between a first position and a second position, wherein in said first position the locking device locks a rotating element of the planetary gear set, so that the planetary gear set has one single degree of freedom and therefore the auxiliary power unit does not exchange power with the planetary gear set, while in said second position the locking device allows the rotation of said rotating element of the planetary gear set, so that the planetary gear set has two degrees of freedom and therefore the auxiliary power unit exchanges power with the planetary gear set; and characterised by further comprising: a braking device which is interposed between the planetary gear set and the heat engine and is configured to modulate the motion resistance torque of the heat engine. a heat engine; an auxiliary power unit for storing and/or supplying energy; a transmission unit for transmitting to the vehicle wheels the power supplied by the heat engine and/or by the auxiliary power unit; and a planetary gear set which is interposed between the heat engine and the transmission unit and is connected to the auxiliary power unit; a locking device which is associated with the planetary gear set and is shiftable between a first position and a second position, wherein in said first position the locking device locks a rotating element of the planetary gear set, so that the planetary gear set has one single degree of freedom and therefore the auxiliary power unit does not exchange power with the planetary gear set, while in said second position the locking device allows the rotation of said rotating element of the planetary gear set, so that the planetary gear set has two degrees of freedom and therefore the auxiliary power unit exchanges power with the planetary gear set; and characterised by further comprising: a braking device which is interposed between the planetary gear set and the heat engine and is configured to modulate the motion resistance torque of the heat engine.
A method implemented in a computing device, the method comprising: detecting whether a file on the computing device, created prior to implementation of a data protection policy of an organization, has been written to by a first program that is permitted to access data associated with the organization; adding, based at least on detecting that the file has been written to by the first program, an identifier of the file to a file encryption queue; determining whether any programs on the computing device are currently accessing the file; initiating encryption of the file based at least on determining that no programs on the computing device are currently accessing the file; determining whether access to the file is requested by a second program on the computing device during encryption of the file; aborting encryption of the file based at least on determining that access to the file is requested by the second program during encryption of the file; and allowing the second program to access the file, wherein initiating encryption of the file comprises writing data from the file to a temporary file, and aborting encryption of the file comprises deleting the temporary file. detecting whether a file on the computing device, created prior to implementation of a data protection policy of an organization, has been written to by a first program that is permitted to access data associated with the organization; adding, based at least on detecting that the file has been written to by the first program, an identifier of the file to a file encryption queue; determining whether any programs on the computing device are currently accessing the file; initiating encryption of the file based at least on determining that no programs on the computing device are currently accessing the file; determining whether access to the file is requested by a second program on the computing device during encryption of the file; aborting encryption of the file based at least on determining that access to the file is requested by the second program during encryption of the file; and allowing the second program to access the file, wherein initiating encryption of the file comprises writing data from the file to a temporary file, and aborting encryption of the file comprises deleting the temporary file.
A capacitive distance sensor (4, 4y1, 4y2, 4z) for measuring the distance (d, dy1, dy2, dz) to an object (17, 50), in particular with an accuracy in the sub-micrometer range to micrometer range, wherein the distance sensor (4, 4y1, 4y2, 4z) has at least one first planar sensor electrode, at least one separate tilt compensation electrode (1, 2, 2a, 2b) assigned to the first sensor electrode and a control and evaluation unit for determining the distance based on a capacitance measurement, wherein the sensor electrode is designed, together with an opposite area of the object (17, 50), to form a capacitance dependent on the distance (d, dy1, dy2, dz), wherein the sensor electrode and the tilt compensation electrode (1, 2, 2a, 2b) lie in a plane, and therefore measurement errors of the distance measurement which are caused by deviations from an ideal parallelism of sensor electrode and opposite object area are compensated by means of the control and evaluation unit on the basis of the capacitance of the tilt compensation electrode (1, 2, 2a, 2b) by forming a difference between the measured capacitances of the first sensor electrode and the tilt compensation electrode (1, 2, 2a, 2b).
Edifice sealing web (10, 100), comprising a sealing web facing away from the edifice, an adjoining barrier layer which extends on the side facing the edifice and is based on mixtures of homopolyamides and/or copolyamides, and a self-adhesive layer, characterized in that, the barrier layer consists of at least two layers, of which a first layer is a hot melt adhesive layer containing a copolyamide and a second layer is another layer containing a homopolyamide.
A system for establishing a wireless network in point of care testing, the system comprising: a wireless analyzer configured to authorize wireless access to said wireless analyzer, and read a patient health parameter; a computing device configured to obtain said wireless access with said wireless analyzer using a wireless network identifier, and communicate access credentials to said wireless analyzer via said wireless access; and a primary wireless network configured to communicate with said wireless analyzer, authenticate a secure connection with said wireless analyzer using said access credentials, and receive said patient health parameter via said secure connection, wherein the wireless analyzer comprises a wireless access point, WAP, module for enabling broadcast of said wireless network identifier and authorization of said wireless access. a wireless analyzer configured to authorize wireless access to said wireless analyzer, and read a patient health parameter; a computing device configured to obtain said wireless access with said wireless analyzer using a wireless network identifier, and communicate access credentials to said wireless analyzer via said wireless access; and a primary wireless network configured to communicate with said wireless analyzer, authenticate a secure connection with said wireless analyzer using said access credentials, and receive said patient health parameter via said secure connection, wherein the wireless analyzer comprises a wireless access point, WAP, module for enabling broadcast of said wireless network identifier and authorization of said wireless access.
A method of making a brake caliper housing comprising: providing a first die and a second die that cooperate to define a cavity when disposed against each other along a mating plane; and introducing molten material into the cavity to cast the brake caliper housing, wherein the brake caliper housing includes an actuator mounting flange adapted for mounting a brake caliper actuator, the actuator mounting flange being at least partially disposed in the first die, the actuator mounting flange including: a first surface; a first mounting boss having a first boss surface disposed opposite the first surface; a second mounting boss having a second boss surface disposed opposite the first surface; and an actuator snout that is disposed between the first mounting boss and the second mounting boss and extends away from the first surface, wherein the first boss surface and the second boss surface are disposed perpendicular to the mating plane. providing a first die and a second die that cooperate to define a cavity when disposed against each other along a mating plane; and introducing molten material into the cavity to cast the brake caliper housing, wherein the brake caliper housing includes an actuator mounting flange adapted for mounting a brake caliper actuator, the actuator mounting flange being at least partially disposed in the first die, the actuator mounting flange including: a first surface; a first mounting boss having a first boss surface disposed opposite the first surface; a second mounting boss having a second boss surface disposed opposite the first surface; and an actuator snout that is disposed between the first mounting boss and the second mounting boss and extends away from the first surface, wherein the first boss surface and the second boss surface are disposed perpendicular to the mating plane. a first surface; a first mounting boss having a first boss surface disposed opposite the first surface; a second mounting boss having a second boss surface disposed opposite the first surface; and an actuator snout that is disposed between the first mounting boss and the second mounting boss and extends away from the first surface, wherein the first boss surface and the second boss surface are disposed perpendicular to the mating plane.
Brush product packaging device for receiving a toothbrush having an application head and a handle, with at least one packaging base body which is configured to form an at least substantially closed receiving region for the toothbrush and which is made at least largely, i. e. by at least 50 weight%, of a paper material, and with at least one holding unit, which protrudes at least partly into the receiving region, which is configured to hold the toothbrush at least partially in a position with respect to the receiving region and which is made at least largely of a paper material, wherein the at least one holding unit comprises at least one folding element which is configured for fixing the toothbrush in the receiving region, characterised in that the folding element is realized as a separate component that differs from the packaging base body and that the folding element is realized as an insert part for the packaging base body and is configured to be arranged in the receiving region. with at least one packaging base body which is configured to form an at least substantially closed receiving region for the toothbrush and which is made at least largely, i. e. by at least 50 weight%, of a paper material, and with at least one holding unit, which protrudes at least partly into the receiving region, which is configured to hold the toothbrush at least partially in a position with respect to the receiving region and which is made at least largely of a paper material, wherein the at least one holding unit comprises at least one folding element which is configured for fixing the toothbrush in the receiving region, characterised in that the folding element is realized as a separate component that differs from the packaging base body and that the folding element is realized as an insert part for the packaging base body and is configured to be arranged in the receiving region.
A ceramic composite article (20; 120) comprising: ceramic carbide fibers; and a ceramic matrix in which the ceramic carbide fibers are embedded, the ceramic matrix including a laminar structure comprising at least one layer of a first ceramic material and at least one layer of a second, different ceramic material; wherein the first ceramic material is or comprises a boron-containing material and the second ceramic material is or comprises a silicon-containing material; characterised in that: the boron-containing material is crystalline elemental boron. ceramic carbide fibers; and a ceramic matrix in which the ceramic carbide fibers are embedded, the ceramic matrix including a laminar structure comprising at least one layer of a first ceramic material and at least one layer of a second, different ceramic material; wherein the first ceramic material is or comprises a boron-containing material and the second ceramic material is or comprises a silicon-containing material; characterised in that: the boron-containing material is crystalline elemental boron. the boron-containing material is crystalline elemental boron.
A connector for two components (2, 3), in particular wooden components, of which the first component has a first bore which extends from a bearing surface for the second component and the second component has an opening which extends from a bearing surface for the first component and corresponds with the first bore and has a second bore transversing the opening, comprising a retaining bolt with a threaded portion for screwing into or behind the first bore and an unthreaded portion for inserting into the opening, wherein the unthreaded portion is traversed by a cylindrical transverse bore, characterised by a cylindrical tensioning bolt with a pointed conical end, which, when the retaining bolt assumes its position screwed into or behind the first bore and inserted into the opening, can be inserted into the second bore and into the transverse bore in order to align them relative to one another and thus tension the bearing surfaces (8, 11) against one another.
A liquid crystal display device comprising: a liquid crystal display panel including a lower substrate and an upper substrate attached to each other with a liquid crystal layer therebetween; and a light source panel coupled to the liquid crystal display panel, wherein the light source panel comprises, a first planarization layer disposed on a base plate; a plurality of micro light emitting diode chips disposed on the first planarization layer; a second planarization layer disposed on the first planarization layer and the plurality of micro light emitting diode chips; and an adhesive member between each of the plurality of micro light emitting diode chips and the first planarization layer, wherein each of the plurality of micro light emitting diode chips is covered by the second planarization layer. a liquid crystal display panel including a lower substrate and an upper substrate attached to each other with a liquid crystal layer therebetween; and a light source panel coupled to the liquid crystal display panel, wherein the light source panel comprises, a first planarization layer disposed on a base plate; a plurality of micro light emitting diode chips disposed on the first planarization layer; a second planarization layer disposed on the first planarization layer and the plurality of micro light emitting diode chips; and an adhesive member between each of the plurality of micro light emitting diode chips and the first planarization layer, wherein each of the plurality of micro light emitting diode chips is covered by the second planarization layer.