mhurhangee/patent-ind-claim-en huggingface dataset:
A physical calibration slide, having a long axis along a long side and short axis along a short side, the calibration slide comprising a plurality of etched features, the plurality of etched features comprising: a first Ronchi ruling feature comprising at least one set of parallel lines that are slanted at a first angle with respect to the short axis; a second Ronchi ruling feature positioned adjacent to the first Ronchi ruling feature , the second Ronchi ruling feature comprising at least one set of parallel lines that are slanted at a second angle with respect to the short axis that is different than the first angle; a clear area positioned adjacent to the second Ronchi ruling feature ; a third Ronchi ruling feature positioned adjacent to the clear area , the third Ronchi ruling feature comprising at least one set of parallel lines that are parallel to the long axis; a fourth Ronchi ruling feature positioned adjacent to the third Ronchi ruling feature , the fourth Ronchi ruling feature comprising at least one set of parallel lines that are parallel to the short axis; a star target feature comprising a circle with a plurality of wedge pairs, wherein each of the plurality of wedge pairs comprises an etched wedge and a non-etched wedge; a crosshair feature comprising at least one crosshair; a letter-O feature comprising a circle; a two-dimensional array of bullseyes, wherein each of the bullseyes comprises a circle with a dot in the centre of the circle, the array preferably comprising 1000x1000 bullseyes; and a triangle feature comprising at least one isosceles triangle. a first Ronchi ruling feature comprising at least one set of parallel lines that are slanted at a first angle with respect to the short axis; a second Ronchi ruling feature positioned adjacent to the first Ronchi ruling feature , the second Ronchi ruling feature comprising at least one set of parallel lines that are slanted at a second angle with respect to the short axis that is different than the first angle; a clear area positioned adjacent to the second Ronchi ruling feature ; a third Ronchi ruling feature positioned adjacent to the clear area , the third Ronchi ruling feature comprising at least one set of parallel lines that are parallel to the long axis; a fourth Ronchi ruling feature positioned adjacent to the third Ronchi ruling feature , the fourth Ronchi ruling feature comprising at least one set of parallel lines that are parallel to the short axis; a star target feature comprising a circle with a plurality of wedge pairs, wherein each of the plurality of wedge pairs comprises an etched wedge and a non-etched wedge; a crosshair feature comprising at least one crosshair; a letter-O feature comprising a circle; a two-dimensional array of bullseyes, wherein each of the bullseyes comprises a circle with a dot in the centre of the circle, the array preferably comprising 1000x1000 bullseyes; and a triangle feature comprising at least one isosceles triangle.
An assembly for a gas turbine engine comprising: a minidisk including an axial extension extending from a disc, the axial extension including an inner diameter surface ; wherein the axial extension comprises a recess arranged radially opposite the inner diameter surface , the recess providing a radially outwardly extending flange , and a bumper extending radially inward from and proud of the inner diameter surface , characterized in that the recess is axially elongated compared to a radial depth of the recess .
Inductive heating device (1; 3) for heating an aerosol-forming article (2; 4) comprising a susceptor (22, 23; 42), the inductive heating device (1; 3) comprising: - a device housing (10; 30) comprising a cavity (11; 31) having an internal surface (110; 310) shaped to accommodate at least a portion of the aerosol-forming article (2; 4), - a coil (L) arranged to surround at least a portion of the cavity (11; 31) - an electrical power source , and - a power supply electronics connected to the electrical power source and to the coil (L), for supplying an alternating current to the coil (L) to generate in the portion of the cavity (11; 31) surrounded by the coil (L) an alternating magnetic field suitable to heat the susceptor (22, 23; 42), wherein the coil is a single coil (L) having a coil length and a plurality of connection taps (L11, L21, L31, L12, L22, L32) which are arranged at different locations along the coil length to divide the single coil (L) into a plurality of individual coil segments (L1, L2, L3), the connection taps (L11, L21, L31, L12, L22, L32) being connected to the power supply electronics , and wherein the power supply electronics is configured to be capable of individually supplying the alternating current to each individual coil segment (L1; L2; L3) of the plurality of coil segments (L1, L2, L3), to generate the alternating magnetic field in that portion of the cavity (11; 31) surrounded by the respective individual coil segment (L1; L2; L3) supplied with the alternating current. - a device housing (10; 30) comprising a cavity (11; 31) having an internal surface (110; 310) shaped to accommodate at least a portion of the aerosol-forming article (2; 4), - a coil (L) arranged to surround at least a portion of the cavity (11; 31) - an electrical power source , and - a power supply electronics connected to the electrical power source and to the coil (L), for supplying an alternating current to the coil (L) to generate in the portion of the cavity (11; 31) surrounded by the coil (L) an alternating magnetic field suitable to heat the susceptor (22, 23; 42),
Cutter head disc for a chopping device and/or a mixer, to which at least one cutter is attachable and which has a core at the circumference of which a plastics casing is provided, wherein at least one fastening pin per cutter is provided at the core , characterized in that it has a first and a second end side , wherein at least one cutter is attachable to each of the two end sides, wherein the two end sides have a cutter support face , the cutter support faces are mutually offset and the fastening pins are connected irreversibly to the core.
Extrusion facility intended to produce a profiled element , the said facility comprising at least one first head module which bears at least one first extruder intended to supply a constituent material of the profiled element, the said facility also comprising a site , referred to as "core site" , which is designed to receive a tool module in order to enable the connection of the said at least one first extruder to the said tool module in order to shape the profiled element , the said facility being characterized in that the core site is located at a first level , referred to as "working level" , which is provided with a floor on which an operator can move about to access the said core site which is located above the said floor , and in that the said facility comprises an underground-transfer device which makes it possible to convey the tool module to the core site and/or, respectively, to remove the tool module from the said core site , the said underground-transfer device to that end comprising at least one first lift cage which is designed to move the said tool module through the floor from, or respectively to, a second level , referred to as "basement" , which is located below the floor of the working level .
A method of regulating population of a certificate store in a memory of a mobile device , the method being carried out on the mobile device and comprising: determining whether a mobile device administration server is present; determining whether an information technology policy is disabled; and responsive to determining (502: YES) that the mobile device administration server is present and to determining (506: NO) that the information technology policy is disabled, disabling user interface interaction on the mobile device for importing trusted Certificate Authority certificates into a certificate store associated with a portion of memory of the mobile device . determining whether a mobile device administration server is present; determining whether an information technology policy is disabled; and responsive to determining (502: YES) that the mobile device administration server is present and to determining (506: NO) that the information technology policy is disabled, disabling user interface interaction on the mobile device for importing trusted Certificate Authority certificates into a certificate store associated with a portion of memory of the mobile device .
A method for diagnosing low voltage failure of a secondary battery cell, the method comprising: pre-aging (S10) a battery cell; charging (S20) the pre-aged battery cell to have a preset voltage according to a preset charging condition; measuring (S30) a parameter for determining the low voltage failure of the battery cell; comparing (S40) the measured parameter with a reference parameter; and subjecting (S50) the pre-aged battery cell to an initial charging of a formation process under a predetermined voltage condition when the battery cell is determined to be normal, characterized in that the operation of charging (S20) is performed before the operation of subjecting (S50) the pre-aged battery cell to an initial charging under a predetermined voltage condition when the battery cell is determined to be normal, and the preset voltage is set to a voltage of which a voltage change rate with respect to a state of charge (SOC) is greater than or equal to a preset reference value. pre-aging (S10) a battery cell; charging (S20) the pre-aged battery cell to have a preset voltage according to a preset charging condition; measuring (S30) a parameter for determining the low voltage failure of the battery cell; comparing (S40) the measured parameter with a reference parameter; and subjecting (S50) the pre-aged battery cell to an initial charging of a formation process under a predetermined voltage condition when the battery cell is determined to be normal, characterized in that the operation of charging (S20) is performed before the operation of subjecting (S50) the pre-aged battery cell to an initial charging under a predetermined voltage condition when the battery cell is determined to be normal, and the preset voltage is set to a voltage of which a voltage change rate with respect to a state of charge (SOC) is greater than or equal to a preset reference value.
An inserter for an intrauterine system, comprising - a handle , - an insertion tube having a longitudinal direction and connected to the handle, - a plunger arranged inside the insertion tube, and - a force sensor arranged between the insertion tube and the handle, the insertion tube being partially arranged inside the force sensor in such a manner that when force is exerted on the insertion tube along its longitudinal direction, the insertion tube is arranged to move with respect to the force sensor, characterised in that - the insertion tube comprises a first part and a second part , - the second part is connected with the handle , - the force sensor is arranged between the first part and the second part, and - the first part is partially arranged inside the force sensor and the second part is attached to the force sensor or wherein - the second part is partially arranged inside the force sensor and the first part is attached to the force sensor. - a handle , - an insertion tube having a longitudinal direction and connected to the handle, - a plunger arranged inside the insertion tube, and - a force sensor arranged between the insertion tube and the handle, the insertion tube being partially arranged inside the force sensor in such a manner that when force is exerted on the insertion tube along its longitudinal direction, the insertion tube is arranged to move with respect to the force sensor, - the insertion tube comprises a first part and a second part , - the second part is connected with the handle , - the force sensor is arranged between the first part and the second part, and - the first part is partially arranged inside the force sensor and the second part is attached to the force sensor or wherein - the second part is partially arranged inside the force sensor and the first part is attached to the force sensor.
Apparatus for treating a respiratory disorder, configured to compute a measure of typical recent ventilation such that a rate of adjustment of the measure of typical recent ventilation is reduced as a measure of recent uncompensated leak increases; wherein the apparatus is configured to compute the measure of typical recent ventilation by: computing an update proportion that generally decreases as the measure of recent uncompensated leak increases; accumulating the update proportion on receipt of each input sample; and computing an update to the measure of typical recent ventilation only when the accumulated update proportion exceeds one. computing an update proportion that generally decreases as the measure of recent uncompensated leak increases; accumulating the update proportion on receipt of each input sample; and computing an update to the measure of typical recent ventilation only when the accumulated update proportion exceeds one.
Method of providing a backward and forward compatible speech codec payload format, characterized by: providing (S10) a RTP package; including (S20) payload according to a first codec into said RTP package; locating (S30) at least one unused bit in said included payload; designating (S40) said located at least one unused bit as a codec compatibility bit; appending (S50) payload according to a second codec into said RTP package; utilizing (S60) said designated at least one codec compatibility bit to provide an indication of the presence of said appended second codec payload. providing (S10) a RTP package; including (S20) payload according to a first codec into said RTP package; locating (S30) at least one unused bit in said included payload; designating (S40) said located at least one unused bit as a codec compatibility bit; appending (S50) payload according to a second codec into said RTP package; utilizing (S60) said designated at least one codec compatibility bit to provide an indication of the presence of said appended second codec payload.
A production facility for printing hollow bodies, comprising a transport unit and at least one printing unit , wherein the transport unit comprises a mandrel wheel which successively receives the hollow bodies to be printed and interacts with the at least one printing unit , wherein the mandrel wheel comprises a plurality of clamping mandrels which are each arranged axially parallel to the axis of rotation of the mandrel wheel, wherein, in the region of a printing point of the at least one printing unit , a distance (a) of the mandrel wheel to the printing unit in question is variably adjustable by a radial movement of the clamping mandrel in question, wherein a detector connected to the control unit is provided, by means of which the control unit checks whether, in a running production process of the production facility, a hollow body to be printed is arranged on each clamping mandrel of the mandrel wheel , wherein each clamping mandrel of the mandrel wheel comprises a drive which is controlled by a control unit and by means of which, in the region of the printing point of the at least one printing unit , the distance (a) of said clamping mandrel to the printing unit in question is adjusted or at least adjustable by a radial movement of the clamping mandrel in question, generated by the drive, wherein, in the event of a lacking hollow body detected by the detector on the clamping mandrel , the distance (a) of said clamping mandrel to the printing unit in question is increased by an adjusting movement of the drive associated with the clamping mandrel in question and controlled by the control unit , and the clamping mandrel with the lacking hollow body is held such that it is not in contact with the printing unit in question, characterized in that the respective drive for adjusting the respective distance (a) of the clamping mandrel in question to the printing unit in question is respectively configured as a linear motor , wherein the respective distance (a) of the clamping mandrel in question to the printing unit in question is respectively adjusted by a remote actuation of the linear motor arranged on the mandrel wheel in question performed on a control station associated with this production facility, wherein the respective distance (a) of the clamping mandrel to the printing unit in question is adjusted respectively depending on at least one angular position of the mandrel wheel .
A method for managing instruction execution based on machine state, the method comprising the steps of: receiving at least one instruction; decoding the at least one instruction; determining , in response to the step of decoding, the current machine state as an addressing mode or a millimode, slowmode or emulation active state; organizing (710-730), based on the current machine state that has been determined and in an instruction decode unit with an instruction shortening unit as part of a processor core , the at least one instruction into a set of unit of operations for a fixed size queue to meet a given cycle time requirement by reducing at least one of execution steps and execution pipes; and executing the set of unit of operations. receiving at least one instruction; decoding the at least one instruction; determining , in response to the step of decoding, the current machine state as an addressing mode or a millimode, slowmode or emulation active state; organizing (710-730), based on the current machine state that has been determined and in an instruction decode unit with an instruction shortening unit as part of a processor core , the at least one instruction into a set of unit of operations for a fixed size queue to meet a given cycle time requirement by reducing at least one of execution steps and execution pipes; and executing the set of unit of operations.
A medical product configured to be used for image based radiotherapy planning comprising a user interface configured to receive a user input on a treatment target in the patient and to receive a user input on a treatment technique, wherein the medical product is further configured to be connected to: - a medical imaging system configured for acquiring medical images of a patient; - a contour module configured for segmenting one or more contours based on one or more of the medical images; - a treatment planning system configured for calculating a radiotherapy plan based on the one or more contours and; , wherein the medical product is configured to execute a data object readable to the medical imaging system, the contour module and the treatment planning system on the basis of the user input and wherein the data object comprises computer readable instructions for these systems and module, wherein the medical product is configured to translate the user input into the instructions, wherein the instructions comprise image acquisition parameters, (auto)contour parameters and treatment planning parameters, and wherein the systems and module are configured to contribute to the creation of the radiotherapy plan based on the user input. - a medical imaging system configured for acquiring medical images of a patient; - a contour module configured for segmenting one or more contours based on one or more of the medical images; - a treatment planning system configured for calculating a radiotherapy plan based on the one or more contours and;
A bed exit detection device comprising: a thermographic sensor comprising an array of sensing elements, each operated to output signals corresponding to the temperature of a corresponding segment within the field of view of the thermographic sensor and to generate an output value matrix from the output signals of each individual sensing element; a range sensor operated to determine and output the distance between the range sensor and an object; and a processing unit operated to process the output value matrix of the thermographic sensor and the distance output by the range sensor so as to determine the position of a bed occupant and thereby determine the likelihood of a bed exit event, wherein the processing unit is operated to determine whether each output value in the output value matrix is within a characteristic range and if so to identify the corresponding segment as an occupied segment; characterised in that the upper threshold of the characteristic range is pre-set and the lower threshold of the characteristic range is varied in response to the overall output of the thermographic sensor and/or to a sensitivity setting of the thermographic sensor .
A floor lamp having a substantially vertically extending pillar as well as a lamp head held at the top end of the pillar , wherein, by storing the lamp head on the pillar , a substantially horizontally extending pivot axis (I) is defined, about which the lamp head is pivotable, wherein adjustment means are provided, through which the pivoting position of the lamp head is adjustable with respect to the pivot axis (I), wherein the pillar is formed by an elongated profile part , which has recesses on two opposing side walls forming a receptacle, wherein the lamp head comprises a support element corresponding to the recesses and resting in the receptacle, and wherein the adjustment means comprise a screw connection positioned offset from the pivot axis (I), which connection comprises a screw as well as a screw channel , characterized in that the screw channel extends in the vertical direction in the profile part forming the pillar . wherein adjustment means are provided, through which the pivoting position of the lamp head is adjustable with respect to the pivot axis (I), wherein the pillar is formed by an elongated profile part , which has recesses on two opposing side walls forming a receptacle, wherein the lamp head comprises a support element corresponding to the recesses and resting in the receptacle, and wherein the adjustment means comprise a screw connection positioned offset from the pivot axis (I), which connection comprises a screw as well as a screw channel , characterized in that the screw channel extends in the vertical direction in the profile part forming the pillar .