mhurhangee/ep-ind-claims huggingface dataset:
A method of adjusting a self mixing laser sensor for measuring the velocity of a vehicle moving relative to a reference surface, the method comprising the steps of: - determining the frequency of self-mixing intensity oscillations caused by Doppler-induced phase shift of the laser light reflected back from the surface and re-entering the cavity of the at least one laser, - calculating a velocity from said frequency of self-mixing intensity oscillations (30, 31, 32), - determining the orientation of the sensor in relation to the reference surface and a predetermined direction of movement using at least a first laser beam of said self mixing laser sensor, said step of determining the orientation of the sensor comprising the steps of determining, whether the direction of movement of the vehicle coincides with a predetermined direction of movement, obtaining velocity data for a movement of said vehicle along said predetermined direction of movement, and calculating a transformation based on said velocity data for a movement of said vehicle along said predetermined direction of movement, the method further comprises the step of - adjusting velocity data determined by means of the self mixing laser sensor based on the determined orientation of the sensor, said step of adjusting velocity data comprising applying said transformation to measured velocity data. - determining the frequency of self-mixing intensity oscillations caused by Doppler-induced phase shift of the laser light reflected back from the surface and re-entering the cavity of the at least one laser, - calculating a velocity from said frequency of self-mixing intensity oscillations (30, 31, 32), - determining the orientation of the sensor in relation to the reference surface and a predetermined direction of movement using at least a first laser beam of said self mixing laser sensor, said step of determining the orientation of the sensor comprising the steps of determining, whether the direction of movement of the vehicle coincides with a predetermined direction of movement, obtaining velocity data for a movement of said vehicle along said predetermined direction of movement, and calculating a transformation based on said velocity data for a movement of said vehicle along said predetermined direction of movement, the method further comprises the step of - adjusting velocity data determined by means of the self mixing laser sensor based on the determined orientation of the sensor, said step of adjusting velocity data comprising applying said transformation to measured velocity data.
A recombinant polynucleotide molecule encoding an insect inhibitory polypeptide comprising: (a) the amino acid sequence of SEQ ID NO:25; or (b) an amino acid sequence comprising at least 98% identity to the amino acid sequence of SEQ ID NO:25 and further comprising the insect inhibitory activity of the polypeptide of (a). (a) the amino acid sequence of SEQ ID NO:25; or (b) an amino acid sequence comprising at least 98% identity to the amino acid sequence of SEQ ID NO:25 and further comprising the insect inhibitory activity of the polypeptide of (a).
Steering angle sensor for detecting a steering angle of a steering column over a range of angles greater than 360° in a vehicle, comprising - a transmitter element for stimulating a transmitter field, wherein the transmitter field is a magnetic field, and a measuring sensor for stimulating an output signal depending on reception of the transmitter field, wherein the measuring sensor and the transmitter element are disposed so that the transmitter field received by the measuring sensor is dependent on the angle of rotation of the steering column that is to be detected, and - a counting element with a non-volatile memory for counting and outputting a number of revolutions of the transmitter field relative to a reference angle of rotation, wherein the non-volatile memory comprises at least two magnetizable memory elements that are connected together in series, the magnetization of which can be adjusted by a magnetic source depending on the number of revolutions of the transmitter field, characterized in that the steering angle sensor - comprises a readout device for reading out the magnetization of the memory elements and for outputting the number of revolutions of the transmitter field depending on the magnetization of the memory elements that has been read out. - a transmitter element for stimulating a transmitter field, wherein the transmitter field is a magnetic field, and a measuring sensor for stimulating an output signal depending on reception of the transmitter field, wherein the measuring sensor and the transmitter element are disposed so that the transmitter field received by the measuring sensor is dependent on the angle of rotation of the steering column that is to be detected, and - a counting element with a non-volatile memory for counting and outputting a number of revolutions of the transmitter field relative to a reference angle of rotation, wherein the non-volatile memory comprises at least two magnetizable memory elements that are connected together in series, the magnetization of which can be adjusted by a magnetic source depending on the number of revolutions of the transmitter field, characterized in that the steering angle sensor - comprises a readout device for reading out the magnetization of the memory elements and for outputting the number of revolutions of the transmitter field depending on the magnetization of the memory elements that has been read out.
A roller press for the comminuting, compacting and / or briquetting material, with a press frame and with two press rollers (2, 3) rotatably mounted in the press frame, wherein the press frame, which takes up the press forces, has at least one upper frame part and at least one lower frame part, as well as at least one first head piece and one second head piece, which connect the upper frame part and the lower frame part, characterized in that the upper frame part and the lower frame part are connected to each other by means of at least one movable intermediate support disposed between the first and second head pieces (13, 14), which support the upper frame part against the lower frame part when the press frame is open and can be transferred from an operating position into a roller end installation position and vice versa.
A driving tool for driving a rod in rotation, comprising a first stator, a first rotor rotated by the first stator, a first connexion means driven by the first rotor and a driving element having a first end mechanically connected to the first connexion means and a second end, characterized in that it further comprises a second stator, a second rotor rotated by the second stator, a second connexion means driven by the second rotor wherein the second connexion means is mechanically connected to the second end of the driving element, in that the driving element is an elastically deformable hollow element the diameter of which can be modified according to the relative angular position of its first end and its second end, and in that the relative angular position of the first rotor and the second rotor can vary so as to modify the relative angular position of the first end and the second end of the driving element.
A stethoscope head comprising: an auscultatory sound receiver configured to receive an auscultatory sound from an object; a support member configured to support at least a part of the auscultatory sound receiver; and a moving member comprising a light source configured to emit ultraviolet rays for sterilization to the auscultatory sound receiver, characterized in that the moving member is capable of moving with respect to the auscultatory sound receiver and the support member back and forth between a first position in which the light source protrudes from the auscultatory sound receiver in the direction of the object and a second position in which the light source does not protrude from the auscultatory sound receiver. an auscultatory sound receiver configured to receive an auscultatory sound from an object; a support member configured to support at least a part of the auscultatory sound receiver; and a moving member comprising a light source configured to emit ultraviolet rays for sterilization to the auscultatory sound receiver, characterized in that the moving member is capable of moving with respect to the auscultatory sound receiver and the support member back and forth between a first position in which the light source protrudes from the auscultatory sound receiver in the direction of the object and a second position in which the light source does not protrude from the auscultatory sound receiver.
A zero-tension connector comprising: a housing with a first end separated from a second end by a sidewall; a sliding contact slidably mounted within a cavity of the housing, wherein the sliding contact has a body with a first end opposite a second end, wherein a portion of the first end of the sliding contact is exposed at the first end of the housing; a spring provided within the cavity of the housing and configured to bias the sliding contact against the first end of the housing; and a through-wire extending through the spring and directly coupled to the second end of the sliding contact. a housing with a first end separated from a second end by a sidewall; a sliding contact slidably mounted within a cavity of the housing, wherein the sliding contact has a body with a first end opposite a second end, wherein a portion of the first end of the sliding contact is exposed at the first end of the housing; a spring provided within the cavity of the housing and configured to bias the sliding contact against the first end of the housing; and a through-wire extending through the spring and directly coupled to the second end of the sliding contact.
A cassette configured to measure an analyte of interest, the cassette comprising: a calibration strip comprising a first region and a second region, the first region having a first concentration of an analyte of interest and the second region having a second concentration of the analyte of interest, wherein the first concentration is different from the second concentration; a sample strip positioned parallel to and coplanar with the calibration strip in such a way that said sample strip and the calibration strip are not stacked on top of one another; a sample port in fluid communication with the sample strip but not in fluid communication with the calibration strip; and a fluid port in fluid communication with the calibration strip and the sample strip. a calibration strip comprising a first region and a second region, the first region having a first concentration of an analyte of interest and the second region having a second concentration of the analyte of interest, wherein the first concentration is different from the second concentration; a sample strip positioned parallel to and coplanar with the calibration strip in such a way that said sample strip and the calibration strip are not stacked on top of one another; a sample port in fluid communication with the sample strip but not in fluid communication with the calibration strip; and a fluid port in fluid communication with the calibration strip and the sample strip.
An assembly of two structural parts (2a, 2b, 2c) of a wind turbine 1 wherein the structural parts (2a, 2b, 2c) are to be connected in a flange-to-flange connection by a number of bolts and such that a flange of the first structural part (2a, 2c) and a flange of the second are centrally and rotationally aligned whereby a first borehole in the flange of the first structural part (2a, 2c) is matched and aligned with a corresponding first borehole in the flange of the second structural part, the assembly further comprising a guide member releasably attached to the flange of the first structural part (2a, 2c), and wherein the guide member comprises a U-shaped or L-shaped structure of a first leg portion and a second leg portion connected by a central portion, the first leg portion ending in a positioning portion shaped to be inserted into a borehole, and the second leg portion comprising a stop member characterized in that, the guide member is a first rotational guide member and in that the assembly further comprising a second rotational guide member releasably attached to the flange of the second structural part, wherein the second rotational guide member comprises a U-shaped or L-shaped structure of a first leg portion and a second leg portion connected by a central portion, the first leg portion ending in a positioning portion shaped to be inserted into a borehole, and the second leg portion comprising a stop member, wherein the stop member of the first rotational guide member is configured for abutment to the second leg portion of the second rotational guide member when the flanges of the first and second structural parts (2a, 2b, 2c) are centrally and rotationally aligned, and wherein for at least one of the rotational guide members the structure comprised in the rotational guide member is U-shaped.
A medicament injection device comprising: a needle holder holding a needle and comprising arms supported by protrusions located on a needle sleeve; a pre-stressed spring, a pivotable cartridge holder comprising an ear, the pivotable cartridge holder being pivotable from an open state to a closed state, wherein the pivotable cartridge holder is arranged to receive a medicament cartridge in the open state, and wherein the needle holder is axially movable towards the pivotable cartridge holder when the pivotable cartridge holder is in the closed state, and wherein movement of the pivotable cartridge holder to the closed state causes the ear to push against the arms and disengage the arms from the protrusions thereby releasing the spring and causing axial movement of the needle holder in a proximal direction towards the cartridge holder to cause a proximal end of the needle to pierce a septum of a medicament cartridge when a medicament cartridge is received within the cartridge holder. a needle holder holding a needle and comprising arms supported by protrusions located on a needle sleeve; a pre-stressed spring, a pivotable cartridge holder comprising an ear, the pivotable cartridge holder being pivotable from an open state to a closed state, wherein the pivotable cartridge holder is arranged to receive a medicament cartridge in the open state, and wherein the needle holder is axially movable towards the pivotable cartridge holder when the pivotable cartridge holder is in the closed state, and wherein movement of the pivotable cartridge holder to the closed state causes the ear to push against the arms and disengage the arms from the protrusions thereby releasing the spring and causing axial movement of the needle holder in a proximal direction towards the cartridge holder to cause a proximal end of the needle to pierce a septum of a medicament cartridge when a medicament cartridge is received within the cartridge holder.
A method comprising: receiving a control element comprising duplication activation bits comprising a first duplication activation bit for a first bearer identified by a first bearer identifier, wherein a first position of the first duplication activation bit in the control element identifies a second position of the first bearer identifier in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and transmitting, in response to the duplication being activated for the first bearer, a first packet and a duplicate of the first packet. receiving a control element comprising duplication activation bits comprising a first duplication activation bit for a first bearer identified by a first bearer identifier, wherein a first position of the first duplication activation bit in the control element identifies a second position of the first bearer identifier in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and transmitting, in response to the duplication being activated for the first bearer, a first packet and a duplicate of the first packet.
Sorting device for sorting bulk material, having a sorting facility transporting bulk material to a number of sorting destinations (4, 5, 6) during operation, and having a feeding facility which feeds bulk material to the sorting facility during operation and transfers the same in a transfer area, wherein the sorting facility and the feeding facility are arranged so as to run in parallel with one another in the transfer area; wherein the feeding facility has at least one acceleration facility for positioning bulk material to be transferred; characterised in that the acceleration facility has a number of acceleration segments (11, 12, 13), which are embodied to adjust the position of a number of bulk materials to the sorting facility independently of one another.
A method comprising: receiving, by one or more configured hardware circuits and for display on a head-mounted display device, one or more images of a simulated environment that are generated using a tracked position of the head-mounted display device in a surrounding actual environment at a first time and that have associated information corresponding to the first time; determining, by the one or more configured hardware circuits, and after receiving the one or more images but before displaying the received one or more images on the head-mounted display device, that a difference between a current time and the first time exceeds a defined threshold; and initiating, by the one or more configured hardware circuits, and in response to the determining that the difference exceeds the defined threshold, a safe-mode operation of the head-mounted display device to protect ongoing use, characterized by including displaying one or more other images on the head-mounted display device that represent the surrounding actual environment captured by one or more front-facing cameras on the head-mounted display device instead of displaying the received one or more images of the simulated environment. receiving, by one or more configured hardware circuits and for display on a head-mounted display device, one or more images of a simulated environment that are generated using a tracked position of the head-mounted display device in a surrounding actual environment at a first time and that have associated information corresponding to the first time; determining, by the one or more configured hardware circuits, and after receiving the one or more images but before displaying the received one or more images on the head-mounted display device, that a difference between a current time and the first time exceeds a defined threshold; and initiating, by the one or more configured hardware circuits, and in response to the determining that the difference exceeds the defined threshold, a safe-mode operation of the head-mounted display device to protect ongoing use, characterized by including displaying one or more other images on the head-mounted display device that represent the surrounding actual environment captured by one or more front-facing cameras on the head-mounted display device instead of displaying the received one or more images of the simulated environment.
A composition for use in treating or inhibiting gluten intolerance wherein said composition comprises recombinant nepenthesin selected from recombinant nepenthesin I, recombinant nepenthesin II, a salt thereof, or any combination thereof.
A method of requesting, by a site, an action on de-identified data to be performed by a cloud based clinical decision support system, the method comprising: transmitting, by the site, a first request and a first session token, generated by the site, to the cloud based clinical decision support system, wherein the first request is for the action on de-identified data stored at the cloud based clinical decision support system, wherein the action is to be performed by the cloud based clinical decision support system, and wherein the action requires authentication of the site by the cloud based clinical decision support system; receiving, by the site, a second request and a second session token transmitted by the cloud based clinical decision support system to the site, wherein the second request requests validation of the second session token; comparing, by the site, the first and second session tokens, to generate, by the site, a validation signal indicating whether or not the first and second session tokens match; transmitting, by the site, the validation signal to the cloud based clinical decision support system; and only if the validation signal indicates that the first and second session tokens match, receiving, by the site, an indication that the cloud based clinical decision support system performed the requested action on said de-identified data stored at the cloud based clinical decision support system. transmitting, by the site, a first request and a first session token, generated by the site, to the cloud based clinical decision support system, wherein the first request is for the action on de-identified data stored at the cloud based clinical decision support system, wherein the action is to be performed by the cloud based clinical decision support system, and wherein the action requires authentication of the site by the cloud based clinical decision support system; receiving, by the site, a second request and a second session token transmitted by the cloud based clinical decision support system to the site, wherein the second request requests validation of the second session token; comparing, by the site, the first and second session tokens, to generate, by the site, a validation signal indicating whether or not the first and second session tokens match; transmitting, by the site, the validation signal to the cloud based clinical decision support system; and only if the validation signal indicates that the first and second session tokens match, receiving, by the site, an indication that the cloud based clinical decision support system performed the requested action on said de-identified data stored at the cloud based clinical decision support system.
An intraocular lens inserter comprising: a polypropylene base polymer having one or more engrafted surfaces, the engrafted surfaces comprising an engrafted hydrophilic and lubricious copolymer matrix.
A dental implant, with a threader being formed of titanium and being spirally formed along a circumference of an outer surface of a fixture body (f), wherein the threader has a structure in which a plurality of thread portions are disposed at a pitch interval (p) of 500 to 1 500 μm, each thread portion has a flat plate shape having a thin trapezoidal cross section when viewed in a structure cut in an axial direction of the fixture body (f),in which each thread portion has a thickness (t), wherein the thickness (t) of each thread portion is 50 to 200μm, and a height of each thread portion is 200 to 2 000 μm, wherein the angle of the thread portion towards its peak is 0.1 to 5°.