mhurhangee/ep-ind-claims huggingface dataset:
A pedicle screw implant construct kit, comprising: an elongated rod; a pedicle screw including a screw head and a lower fastener having a proximal end and a distal end, wherein said lower fastener includes a recess extending distally from said lower fastener proximal end, said recess sized and shaped for receiving said elongated rod; and an embracing structure having two adaptors configured to fit at least partly inside said lower fastener, distal to said elongated rod, said embracing structure defining a recess for a portion of the screw head, each of said two adaptors of said embracing structure having at least one curved portion which matches a curvature of said elongated rod; wherein each of the elongated rod, said pedicle screw, said lower fastener, and said two adaptors comprises composite material including reinforcing filaments embedded in a polymer matrix; characterized in that: said lower fastener includes a hole extending through said lower fastener; and said pedicle screw implant construct kit includes a restricting pin configured to extend through said hole, configured to extend in between said two adaptors, and configured to maintain said two adaptors at a selected orientation relative to said lower fastener. an elongated rod; a pedicle screw including a screw head and a lower fastener having a proximal end and a distal end, wherein said lower fastener includes a recess extending distally from said lower fastener proximal end, said recess sized and shaped for receiving said elongated rod; and an embracing structure having two adaptors configured to fit at least partly inside said lower fastener, distal to said elongated rod, said embracing structure defining a recess for a portion of the screw head, each of said two adaptors of said embracing structure having at least one curved portion which matches a curvature of said elongated rod; wherein each of the elongated rod, said pedicle screw, said lower fastener, and said two adaptors comprises composite material including reinforcing filaments embedded in a polymer matrix; characterized in that: said lower fastener includes a hole extending through said lower fastener; and said pedicle screw implant construct kit includes a restricting pin configured to extend through said hole, configured to extend in between said two adaptors, and configured to maintain said two adaptors at a selected orientation relative to said lower fastener. said lower fastener includes a hole extending through said lower fastener; and said pedicle screw implant construct kit includes a restricting pin configured to extend through said hole, configured to extend in between said two adaptors, and configured to maintain said two adaptors at a selected orientation relative to said lower fastener.
An ASA graft copolymer composition comprising: an ASA graft copolymer comprising a seed, a core and a shell; and a matrix polymer, wherein the ASA graft copolymer has a gel content higher than 85% and a swelling index lower than 8, a difference in refractive index (μD 25) between the seed of the ASA graft copolymer and the matrix polymer is lower than 0.06 and a difference in the refractive index (μD 25) between the core of the ASA graft copolymer and the matrix polymer is higher than 0.05, wherein the core has a thickness of 20 to 50 nm and a size of 150 to 350 nm, and wherein gel content and swelling index are measured, by adding acetone to 1g of an ASA graft copolymer powder, followed by stirring at room temperature for 24 hr and centrifuging, collecting the component not-dissolved in acetone and measuring a weight thereof before and after drying and obtaining gel content and swelling index by the following Equations; * Gel content % = Sample weight after centrifugation and drying / sample weight * 100 * Swelling index = Sample weight after centrifugation and before drying / sample weight after centrifugation and drying. wherein a difference in refractive index (μD 25) between the shell and the matrix polymer is 0.05 or less, wherein the shell of the ASA graft copolymer comprises an aromatic vinyl compound, a vinyl cyan compound and a crosslinking agent, and wherein a weight ratio of the seed, the core and the shell is 5 to 40: 20 to 60: 20 to 60. an ASA graft copolymer comprising a seed, a core and a shell; and a matrix polymer, wherein the ASA graft copolymer has a gel content higher than 85% and a swelling index lower than 8, a difference in refractive index (μD 25) between the seed of the ASA graft copolymer and the matrix polymer is lower than 0.06 and a difference in the refractive index (μD 25) between the core of the ASA graft copolymer and the matrix polymer is higher than 0.05, wherein the core has a thickness of 20 to 50 nm and a size of 150 to 350 nm, and wherein gel content and swelling index are measured, by adding acetone to 1g of an ASA graft copolymer powder, followed by stirring at room temperature for 24 hr and centrifuging, collecting the component not-dissolved in acetone and measuring a weight thereof before and after drying and obtaining gel content and swelling index by the following Equations; * Gel content % = Sample weight after centrifugation and drying / sample weight * 100 * Swelling index = Sample weight after centrifugation and before drying / sample weight after centrifugation and drying. wherein a difference in refractive index (μD 25) between the shell and the matrix polymer is 0.05 or less, wherein the shell of the ASA graft copolymer comprises an aromatic vinyl compound, a vinyl cyan compound and a crosslinking agent, and wherein a weight ratio of the seed, the core and the shell is 5 to 40: 20 to 60: 20 to 60.
An insert for being embedded in a silicone hydrogel contact lens, comprising a crosslinked polymeric material, which comprises: repeating units of said at least one vinyl-functional polysiloxane that comprises at least two vinyl groups each directly attached to one silicon atom and at least 15% by mole (preferably at least 30% by mole, more preferably at least 60% by mole, even more preferably at least 90% by mole) of siloxane units each having at least one phenyl substituent; repeating units of at least one aryl acrylic monomer; and repeating units of at least one vinylic crosslinking agent, wherein the sum of the amounts of components and of the crosslinked polymeric material is at least about 70% by weight relative to the total weight of the crosslinked polymeric material, wherein the crosslinked polymeric material in dry state has a glass transition temperature of greater than about 28°C, wherein the crosslinked polymeric material in fully hydrated state has a water content of less than about 5% by weight, an oxygen permeability of at least about 40 barrers, and a refractive index of at least about 1.47, wherein the glass transition temperature, the water content in fully hydrated state, the oxygen permeability and the refractive index are measured as described in Example 1. repeating units of said at least one vinyl-functional polysiloxane that comprises at least two vinyl groups each directly attached to one silicon atom and at least 15% by mole (preferably at least 30% by mole, more preferably at least 60% by mole, even more preferably at least 90% by mole) of siloxane units each having at least one phenyl substituent; repeating units of at least one aryl acrylic monomer; and repeating units of at least one vinylic crosslinking agent,
A three-transmitter system for transmitting successive multi-phase symbols, comprising: an encoder configured to encode data to provide commands corresponding to the successive multi-phase symbols; a plurality of three transmitters (105, 110, 115) each configured to drive its output signal responsive to a current one of the commands to one of a plurality of signal levels for a current one of the successive multi-phase symbols; and a logic circuit configured to detect when a mid-level one of the three transmitters is commanded by the encoder to transition its output signal from a high-level to a mid-level for the current multi-phase symbol while a low-level one of the three transmitters is commanded by the encoder to transition its output signal from the mid-level to a low-level and to force the mid-level transmitter to instead transition its output signal to a reduced mid-level during an initial portion of the current multi-phase symbol and to then transition its output signal to the mid-level for a remaining portion of the current multi-phase symbol and to force the low-level transmitter to instead transition its output signal to an increased low-level during the initial portion and to then transition its output signal to the low-level during the remaining portion, wherein the high-level is greater than the mid-level, the mid-level is greater than the reduced mid-level, the reduced mid-level is greater than increased low-level, and the increased low-level is greater than the low-level. an encoder configured to encode data to provide commands corresponding to the successive multi-phase symbols; a plurality of three transmitters (105, 110, 115) each configured to drive its output signal responsive to a current one of the commands to one of a plurality of signal levels for a current one of the successive multi-phase symbols; and a logic circuit configured to detect when a mid-level one of the three transmitters is commanded by the encoder to transition its output signal from a high-level to a mid-level for the current multi-phase symbol while a low-level one of the three transmitters is commanded by the encoder to transition its output signal from the mid-level to a low-level and to force the mid-level transmitter to instead transition its output signal to a reduced mid-level during an initial portion of the current multi-phase symbol and to then transition its output signal to the mid-level for a remaining portion of the current multi-phase symbol and to force the low-level transmitter to instead transition its output signal to an increased low-level during the initial portion and to then transition its output signal to the low-level during the remaining portion, wherein the high-level is greater than the mid-level, the mid-level is greater than the reduced mid-level, the reduced mid-level is greater than increased low-level, and the increased low-level is greater than the low-level.
A monoclonal antibody having the ability of binding to CLD18A2 and mediating killing of cells expressing CLD18A2, wherein the antibody binds to an epitope localized on the CLD18A2-loop1 or the CLD18A2-loopD3 and wherein killing is induced by binding of the antibody to CLD18A2 expressed by said cells, wherein the antibody mediates killing of cells by inducing complement dependent cytotoxicity mediated lysis and/or antibody dependent cellutar cytotoxicity (ADCC) mediated lysis.
A drum conveyor for an agricultural harvesting head comprising a laterally extending drum having a central rotational axis, a first end, and a second end, a first stub axle extending into the first end of the drum and supporting the drum for rotation; a first link member having a rear end that is supported on the first stub axle and having a front end offset forwardly from the first stub axle; a second stub axle extending into the second end of the drum and supporting the drum for rotation; a second link member having a rear end that is supported on the second stub axle and having a front end offset forward from the second stub axle; a third axle having a first end and a second end, wherein the third axle is supported at its first end on the front end of the first link member for free rotation with respect to the first link member, and wherein the third axle is supported at its second end on the front end of the second link member for free rotation with respect to the second link member, further comprising a plurality of fingers that are supported for free rotation on the third axle, characterized in that the friction between the plurality of fingers and the third axle drive the third axle in rotation at the same speed that the drum rotates when the drum is driven in rotation.
An elongate cornice lamp, comprising a power supply and control unit, a mounting plate configured to be mounted on a wall, a main arrangement plate with an LED strip that form a light output, a reflection plate configured to reflect the light output, a limitation plate configured to limit the light output, a load-carrying profiled housing portion, wherein the main arrangement plate is adjacent by its first elongate end to the mounting plate, and is adjacent by its second elongate end to the first elongate end of the reflection plate, the reflection plate is adjacent by its second elongate end to the first elongate end of the limitation plate, the load-carrying profiled housing portion is rigidly fixed by its first elongate end to the mounting plate, and is rigidly fixed by its second elongate end to the second elongate end of the reflection plate and to the first elongate end of the limitation plate, thereby a body cavity is provided between the mounting plate, the main arrangement plate, the reflection plate and the load-carrying profiled housing portion and the power supply and control unit is mounted inside it, wherein the angle between the mounting plate and the main arrangement plate is 7° - 70°, and the LED strip is faced to the side that is opposite to the side of the mounting plate, the angle between the main arrangement plate and the reflection plate is 80° - 150°, and the reflection plate extends from the main arrangement plate to the side that is opposite to the side of the mounting plate, and the limitation plate extends from the reflection plate in such a way that the limitation plate is facing the LED strip, wherein a part of the LEDs of the LED strip is equipped with additional lenses so that the transformed light spatial distribution angles are within the range of 15° - 60°, wherein the LEDs equipped with the said additional lenses and the LEDs unequipped with the said additional lenses are situated alternately.
A switch device for converting a mechanical movement into an electrical switch signal, consisting of an electrical switch contact, a circuit board which is electrically connected to the switch contact, characterised in that,, a snap disc comprising a flexibly elastic and electrically conductive material and a thin-walled body form a housing by means of which the electrical switch contact is encapsulated so as to be air or water-tight, that at least two ring segments are formed on or attached to the snap disc, the free end of which ring segments facing the circuit board is firmly connected to it in an electrically conductive connection, and that the snap disc encloses the outside edge of the body.
Transmission having a housing, having at least one support ring, and having at least one planet carrier; wherein the planet carrier is mounted rotatably in the support ring; and wherein the support ring has a rotationally symmetrical basic shape, forms at least one oil line, and is fixed in the housing but not connected in one piece to the housing; characterized in that the support ring has a rotationally symmetrical groove which is closed off by the housing; wherein the oil line opens out into the groove; characterized in that the oil line formed by the support ring opens out into a cavity formed by the housing, which cavity connects the oil line in an oil-conducting manner to at least one bearing, by way of which bearing the planet carrier is mounted in the support ring. the planet carrier is mounted rotatably in the support ring; and wherein the support ring has a rotationally symmetrical basic shape, forms at least one oil line, and is fixed in the housing but not connected in one piece to the housing; characterized in that the support ring has a rotationally symmetrical groove which is closed off by the housing; wherein the oil line opens out into the groove; characterized in that the oil line formed by the support ring opens out into a cavity formed by the housing, which cavity connects the oil line in an oil-conducting manner to at least one bearing, by way of which bearing the planet carrier is mounted in the support ring.
An alcoholic beverage comprising water ethanol and an additional component suitable for the alcoholic beverage, wherein at least 5 mole percent of the ethanol is a deuterated alcohol having the formula wherein each H may independently be hydrogen or deuterium, wherein said additional component is a sweetener, odorant, flavorant or congener derived from the brewed or fermented compositions from which the beverage is produced.
Clamping unit, in particular a zero point clamping unit, comprising a housing, a clamp recess provided in the housing for receiving a clamp element, a locking element which can be displaced in a radial displacement direction with respect to a central longitudinal axis, and an actuator that actuates the locking element, it being possible for the actuator to move in a movement direction that extends perpendicular to the central longitudinal axis such that the locking element can be displaced between a clamping position for clamping the clamp element and a release position for releasing the clamp element on account of the movement of the actuator, characterized in that an actuation unit is provided for displacing the actuator, the actuation unit being rotatable but arranged so as to be axially secure on the housing and the actuator being connected to the actuation unit so as to be secured against rotation on the housing but movable in the movement direction.
A method comprising: creating haptic feedback in mid-air using ultrasound comprising the steps of: producing an acoustic field from a transducer array having known relative positions and orientations; defining a focus point having a known spatial relationship relative to the transducer array defining a path having at least a first path dimension and a second path dimension, and having a known spatial relationship relative to the transducer array in which the focus point will translate; moving the focus point near the path so as to produce little audible sound; wherein the path is approximated by an approximation function using curve fitting techniques; filtering the approximation function in the first path dimension and in the second path dimension to reduce high-frequency content. producing an acoustic field from a transducer array having known relative positions and orientations; defining a focus point having a known spatial relationship relative to the transducer array defining a path having at least a first path dimension and a second path dimension, and having a known spatial relationship relative to the transducer array in which the focus point will translate; moving the focus point near the path so as to produce little audible sound; wherein the path is approximated by an approximation function using curve fitting techniques; filtering the approximation function in the first path dimension and in the second path dimension to reduce high-frequency content.
A portable electronic device configured to process biometric samples, comprising: a display; a set of biometric sensors (110, 112, 114) configured to capture biometric samples of different types; an orientation determination tool configured to determine a device orientation of at least one of the display and the portable electronic device relative to a user based on at least one biometric sample provided by the user; an orientation adjustment tool configured to change a content orientation in which the display of the portable electronic device presents content based on the determination of the device orientation; and a training data builder configured to build multiple biometric data sets corresponding to each of the types of biometric sensors arranged on the device and corresponding device orientation identifiers, wherein the orientation determination tool is configured to determine the device orientation based on a comparison of the at least one biometric sample to at least one of the biometric data sets. a display; a set of biometric sensors (110, 112, 114) configured to capture biometric samples of different types; an orientation determination tool configured to determine a device orientation of at least one of the display and the portable electronic device relative to a user based on at least one biometric sample provided by the user; an orientation adjustment tool configured to change a content orientation in which the display of the portable electronic device presents content based on the determination of the device orientation; and a training data builder configured to build multiple biometric data sets corresponding to each of the types of biometric sensors arranged on the device and corresponding device orientation identifiers, wherein the orientation determination tool is configured to determine the device orientation based on a comparison of the at least one biometric sample to at least one of the biometric data sets.
A method for determining the nature of a forensic sample, wherein in said sample the presence or absence of at least two marker small non-coding RNAs specific for a particular sample type is detected..
A control method for a cargo handling robot, wherein the cargo handling robot comprises a motion unit, a cargo picking and placing unit, and a lifting unit, the cargo picking and placing unit and the lifting unit are carried by the motion unit, and the lifting unit is configured to raise or lower the cargo picking and placing unit, the control method comprising: receiving an operation instruction for the cargo handling robot; controlling, according to the operation instruction, the motion unit of the cargo handling robot to move to a shelf at a first position and pick a cargo at a first height; controlling, according to the operation instruction, the motion unit of the cargo handling robot to move to a shelf at a second position and place the cargo at a second height on the shelf at the second position, wherein the lifting unit raises or lowers the cargo picking and placing unit from the first height to the second height in the course of movement of the cargo handling robot from the first position to the second position, wherein the lifting unit is configured to raise or lower the cargo picking and placing unit according to preset trajectory information, such that the cargo picking and placing unit is raised or lowered from the first height to the second height when the cargo handling robot arrives at the second position, characterized in that the step of picking the cargo at the first height includes: measuring a distance L1 from the cargo picking and placing unit to the cargo, and controlling the cargo picking and placing unit to extend outwards a distance L to pick the cargo at the first height, wherein L = L1 + L2, and L2 refers to a length of the cargo or a pallet that carries the cargo. receiving an operation instruction for the cargo handling robot; controlling, according to the operation instruction, the motion unit of the cargo handling robot to move to a shelf at a first position and pick a cargo at a first height; controlling, according to the operation instruction, the motion unit of the cargo handling robot to move to a shelf at a second position and place the cargo at a second height on the shelf at the second position, wherein the lifting unit raises or lowers the cargo picking and placing unit from the first height to the second height in the course of movement of the cargo handling robot from the first position to the second position, wherein the lifting unit is configured to raise or lower the cargo picking and placing unit according to preset trajectory information, such that the cargo picking and placing unit is raised or lowered from the first height to the second height when the cargo handling robot arrives at the second position, characterized in that the step of picking the cargo at the first height includes: measuring a distance L1 from the cargo picking and placing unit to the cargo, and controlling the cargo picking and placing unit to extend outwards a distance L to pick the cargo at the first height, wherein L = L1 + L2, and L2 refers to a length of the cargo or a pallet that carries the cargo.