mhurhangee/ep-ind-claims huggingface dataset:
A system for expanding a field of view of a scene imaged by a vision system camera having a lens assembly and an image sensor defining an image plane, the system being constructed and arranged to search and analyze features of interest in the scene comprising: at least a first mirror and a second mirror configured to transmit light from a field of view in a scene in at least a first partial field of view along a first optical axis and a second partial field of view along a second optical axis; and at least a third mirror configured to receive reflected light from the first mirror and a fourth mirror receiving reflected light from the second mirror, the third mirror and the fourth mirror configured to reflect the light through the lens assembly onto the image plane in a first strip and a second strip adjacent to the first strip, wherein the first optical axis and the second optical axis are approximately parallel and a first focused optical path length between the scene and the image plane and a second focused optical path between the image plane and the scene are approximately equal in length, characterized in that the searched feature of interest is a symbology code, the system further comprising a symbology code decoding system configured to receive information related to located symbology codes from the vision system camera and output code data to a further interconnected process, wherein the symbology code decoding system is configured to receive said symbology code located on an object on a conveyor configured to move the object through the scene, the system further comprising a vision processor configured to determine distance to an object based upon at least one of (a) size of an overlap region between the first partial field of view and the second partial field of view, and (b) relative position of an identified feature in an overlap region or the first partial field of view and the identified feature in an overlap region of the second partial field of view, the system configured to use a said measurement to adjust focus. at least a first mirror and a second mirror configured to transmit light from a field of view in a scene in at least a first partial field of view along a first optical axis and a second partial field of view along a second optical axis; and at least a third mirror configured to receive reflected light from the first mirror and a fourth mirror receiving reflected light from the second mirror, the third mirror and the fourth mirror configured to reflect the light through the lens assembly onto the image plane in a first strip and a second strip adjacent to the first strip,
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a chamber defining an interior void for receiving a pressurized fluid, the chamber having a top portion, a bottom portion, and a side portion extending between the top portion and the bottom portion around a periphery of the chamber; a central structure (70, 74, 75, 76, 80, 90) including a bonded area where the top portion of the chamber is joined to the bottom portion of the chamber to form a recess in the top portion of the chamber and a reinforcing member including an upper portion having a lower surface bonded to the top portion of the chamber and a support structure extending downward from the lower surface into the recess in the top portion of the chamber, the support structure including a central member and a plurality of peripheral members that are smaller than the central member and arranged around the central member and adjacent to the central member. a chamber defining an interior void for receiving a pressurized fluid, the chamber having a top portion, a bottom portion, and a side portion extending between the top portion and the bottom portion around a periphery of the chamber; a central structure (70, 74, 75, 76, 80, 90) including a bonded area where the top portion of the chamber is joined to the bottom portion of the chamber to form a recess in the top portion of the chamber and a reinforcing member including an upper portion having a lower surface bonded to the top portion of the chamber and a support structure extending downward from the lower surface into the recess in the top portion of the chamber, the support structure including a central member and a plurality of peripheral members that are smaller than the central member and arranged around the central member and adjacent to the central member.
A FlexRay node for implementing FlexRay communications using Ethernet, the FlexRay node comprising: an Ethernet adaptation module configured to receive a reference clock; and a FlexRay module configured to generate a FlexRay message based on the reference clock received from the Ethernet adaptation module, the FlexRay message comprising a data frame and a frame identification, ID, identifying a time slot within a communication time cycle based on the reference clock in which the data frame is scheduled to be transmitted, wherein the frame ID is based upon a priority of the FlexRay node, and wherein the Ethernet adaptation module is further configured to: generate an Ethernet data packet based on the FlexRay message received from the FlexRay module, and provide the Ethernet data packet to a transceiver for transmitting the Ethernet data packet to a destination over an Ethernet link. an Ethernet adaptation module configured to receive a reference clock; and a FlexRay module configured to generate a FlexRay message based on the reference clock received from the Ethernet adaptation module, the FlexRay message comprising a data frame and a frame identification, ID, identifying a time slot within a communication time cycle based on the reference clock in which the data frame is scheduled to be transmitted, wherein the frame ID is based upon a priority of the FlexRay node, and wherein the Ethernet adaptation module is further configured to: generate an Ethernet data packet based on the FlexRay message received from the FlexRay module, and provide the Ethernet data packet to a transceiver for transmitting the Ethernet data packet to a destination over an Ethernet link. generate an Ethernet data packet based on the FlexRay message received from the FlexRay module, and provide the Ethernet data packet to a transceiver for transmitting the Ethernet data packet to a destination over an Ethernet link.
A sterile hydrogel composition comprising a crosslinked polymer, wherein the crosslinked polymer is an oxidation product of a thiol-modified hyaluronan, the thiol-modified hyaluronan has a degree of modification with thiol groups of more than about 80 μmol per gram polymer, preferably more than about 105 μmol per gram polymer, more preferably more than about 120 μmol per gram polymer, and the thiol-modified hyaluronan has a degree of modification with thiol groups of less than about 280 μmol per gram polymer, preferably less than about 240 μmol per gram polymer, more preferably less than 200 μmol per gram polymer characterized in that the composition has a residual thiol content of less than 20% in respect to the degree of modification of the thiol-modified hyaluronan, and the thiol-modified hyaluronan has a molecular weight of at least about 400 kDa and is comprised in the composition with a concentration of from at least about 11 mg/mL to at most about 20 mg/mL. wherein the crosslinked polymer is an oxidation product of a thiol-modified hyaluronan, the thiol-modified hyaluronan has a degree of modification with thiol groups of more than about 80 μmol per gram polymer, preferably more than about 105 μmol per gram polymer, more preferably more than about 120 μmol per gram polymer, and the thiol-modified hyaluronan has a degree of modification with thiol groups of less than about 280 μmol per gram polymer, preferably less than about 240 μmol per gram polymer, more preferably less than 200 μmol per gram polymer characterized in that the composition has a residual thiol content of less than 20% in respect to the degree of modification of the thiol-modified hyaluronan, and the thiol-modified hyaluronan has a molecular weight of at least about 400 kDa and is comprised in the composition with a concentration of from at least about 11 mg/mL to at most about 20 mg/mL.
An imaging electronic device comprising: a laminated structure including a first semiconductor chip and a second semiconductor chip, the first semiconductor chip including a sensor portion in which sensors are arranged, and the second semiconductor chip including a signal processing portion in which signals obtained by the sensor are processed, wherein the signal processing portion includes an analog-digital converter, and characterised in that the analog-digital converter includes a depletion-type field effect transistor wherein the signal processing portion includes a high breakdown voltage transistor circuit and a low breakdown voltage transistor circuit, and wherein the low breakdown voltage transistor circuit includes the analog-digital converter including the depletion-type field effect transistor. a laminated structure including a first semiconductor chip and a second semiconductor chip, the first semiconductor chip including a sensor portion in which sensors are arranged, and the second semiconductor chip including a signal processing portion in which signals obtained by the sensor are processed, wherein the signal processing portion includes an analog-digital converter, and characterised in that the analog-digital converter includes a depletion-type field effect transistor wherein the signal processing portion includes a high breakdown voltage transistor circuit and a low breakdown voltage transistor circuit, and wherein the low breakdown voltage transistor circuit includes the analog-digital converter including the depletion-type field effect transistor.
An apparatus comprising a CO shift reaction unit including a plurality of CO shift catalysts with mutually different active-temperature regions arranged in a gas flow direction, wherein a Ni-Mo catalyst is arranged in an upstream portion of the CO shift reaction unit as the CO shift catalyst, and a Co-Mo catalyst is arranged in a downstream portion of the CO shift reaction unit as the CO shift catalyst.
Method for locally increasing the size of a roll gap in the region of the strip edges of a rolled strip in a rolling stand, the rolling stand comprising: - an upper working roller and a lower working roller, each working roller (3, 4) having two ends for the rotational mounting of the working roller (2, 3) in chocks, - wherein each working roller (3, 4) has in the axial direction a conical portion followed by a running surface, - wherein the upper working roller is fitted in the opposite direction to the lower working roller, - wherein each working roller has a separate displacing device for axially displacing the working roller (3, 4), comprising the method steps of: - hot rolling a rolled stock in the rolling stand, the radial extent of the running surface of a working roller (3, 4) decreasing by Δr during the rolling, - axially displacing the working rollers (3, 4) in opposite directions by a displacement distance s > Δr tan α, where Δr indicates the wear of the running surface in the radial direction and α indicates the pitch angle of the conical portion of the respective working roller (3, 4). - an upper working roller and a lower working roller, each working roller (3, 4) having two ends for the rotational mounting of the working roller (2, 3) in chocks, - wherein each working roller (3, 4) has in the axial direction a conical portion followed by a running surface, - wherein the upper working roller is fitted in the opposite direction to the lower working roller, - wherein each working roller has a separate displacing device for axially displacing the working roller (3, 4), comprising the method steps of: - hot rolling a rolled stock in the rolling stand, the radial extent of the running surface of a working roller (3, 4) decreasing by Δr during the rolling, - axially displacing the working rollers (3, 4) in opposite directions by a displacement distance s > Δr tan α, where Δr indicates the wear of the running surface in the radial direction and α indicates the pitch angle of the conical portion of the respective working roller (3, 4).
A blood outflow cage for an intravascular blood pump assembly and sized for passage through a vascular lumen of a patient, comprising: a distal cap with a substantially conical, substantially curved-conical, or substantially dome-shaped outer surface; a diffuser having a substantially conical or substantially curved-conical outer surface, wherein the diffuser is disposed proximal to the distal cap; and a peripheral wall having: an inner surface; an outer surface; two or more blood exhaust openings, each blood exhaust opening being defined by two struts (202 - 210), wherein each strut (202 - 210) has rounded inner edges (220a - 220d) and outer edges (218a - 218d) and rounded junctions (222a - 222c) with the diffuser, and wherein the proximal end of each blood exhaust opening has rounded corners (216a - 216e); and a first cylindrical section that abuts the proximal end of each strut (202 - 210), characterized by further comprising a fillet between an inner surface of each strut (202 - 210) and the diffuser. a distal cap with a substantially conical, substantially curved-conical, or substantially dome-shaped outer surface; a diffuser having a substantially conical or substantially curved-conical outer surface, wherein the diffuser is disposed proximal to the distal cap; and a peripheral wall having: an inner surface; an outer surface; two or more blood exhaust openings, each blood exhaust opening being defined by two struts (202 - 210), wherein each strut (202 - 210) has rounded inner edges (220a - 220d) and outer edges (218a - 218d) and rounded junctions (222a - 222c) with the diffuser, and wherein the proximal end of each blood exhaust opening has rounded corners (216a - 216e); and a first cylindrical section that abuts the proximal end of each strut (202 - 210), an inner surface; an outer surface; two or more blood exhaust openings, each blood exhaust opening being defined by two struts (202 - 210), wherein each strut (202 - 210) has rounded inner edges (220a - 220d) and outer edges (218a - 218d) and rounded junctions (222a - 222c) with the diffuser, and wherein the proximal end of each blood exhaust opening has rounded corners (216a - 216e); and a first cylindrical section that abuts the proximal end of each strut (202 - 210), characterized by further comprising a fillet between an inner surface of each strut (202 - 210) and the diffuser.
A composition for use in the treatment or prevention of a disease associated with HPV (human papilloma virus) infection, the composition comprising, as an active ingredient, an oligonucleotide pair of SEQ ID NOs: 12 and 15.
An electrically adjustable antenna control system comprising a controller, an actuation mechanism configured to be controlled by the controller, and a feedback loop connected to both of the controller and the actuation mechanism, the controller comprises a control board and its embedded program; the actuation mechanism includes a DC geared motor configured to be controlled by the control board and the embedded program and an electrically adjustable antenna phase shifter configured to be driven by the DC geared motor; wherein: the feedback loop has a travel plate electrically coupled to both of the control board and the DC geared motor and a counter device installed on a rear end of the DC geared motor; the DC geared motor is connected to the antenna phase shifter via a drawbar having a stop block; the feedback loop further comprises two travel switches on the travel plate, and each travel switch is provided with a contacting point; the control board is configured to send commands to the DC geared motor to drive the motor to rotate and in turn, cause the movement of the drawbar; the stop block is configured to move between the two travel switches of the travel plate; the motor is configured to begin to rotate in a reverse direction and the counter device is configured to start counting, when the stop block touches the contacting point of a travel switch; and the counter device is also configured to stop counting when the stop block touches the contacting point of the other travel switch, and return the total count value to the control board; the control board is configured to calculate required revolutions of the motor to move to a corresponding location using the value of the counter device. the feedback loop has a travel plate electrically coupled to both of the control board and the DC geared motor and a counter device installed on a rear end of the DC geared motor; the DC geared motor is connected to the antenna phase shifter via a drawbar having a stop block; the feedback loop further comprises two travel switches on the travel plate, and each travel switch is provided with a contacting point; the control board is configured to send commands to the DC geared motor to drive the motor to rotate and in turn, cause the movement of the drawbar; the stop block is configured to move between the two travel switches of the travel plate; the motor is configured to begin to rotate in a reverse direction and the counter device is configured to start counting, when the stop block touches the contacting point of a travel switch; and the counter device is also configured to stop counting when the stop block touches the contacting point of the other travel switch, and return the total count value to the control board; the control board is configured to calculate required revolutions of the motor to move to a corresponding location using the value of the counter device.
Method for operating a steam turbine system comprising a steam turbine having a high-pressure side steam inlet device (16, V1), a low-pressure side steam outlet device and an additional steam inlet device (40, V2) arranged in the route between said devices, wherein a supply of steam is controlled via the additional steam inlet device (40, V2) as a function of detected operating parameters (TQ, T), characterised in that, when certain activation criteria exist, a special operating mode with a controlled supply of steam via the additional steam inlet device (40, V2) is activated with simultaneous reduction or switching off of the supply of steam via the high-pressure side steam inlet device (16, V1), which special operating mode is deactivated again when certain deactivation criteria exist, wherein the steam provided for supply via the additional steam inlet device (40, V2) is conditioned with values of temperature and pressure, which are greater than the values of temperature and pressure which would result at this point in the route of the turbine without the additional steam inlet.
Composition of three different polymer types A, B and AB, characterized in that ➢ polymer type A is a copolyester which has been prepared by cocondensation of itaconic acid, ➢ polymer type B is a (meth)acrylate homo- and/or copolymer containing standard methacrylates and/or standard acrylates, ➢ polymer type AB is a graft copolymer composed of polymer type A and polymer type B and in that the amount of polymer type A is between 5% by weight and 80% by weight, in that the amount of polymer type B is between 5% by weight and 80% by weight, in that the amount of polymer type AB is between 10% by weight and 80% by weight, based on the total mass of polymer types A, B, AB and the product does not contain any styrene or styrene derivative. ➢ polymer type A is a copolyester which has been prepared by cocondensation of itaconic acid, ➢ polymer type B is a (meth)acrylate homo- and/or copolymer containing standard methacrylates and/or standard acrylates, ➢ polymer type AB is a graft copolymer composed of polymer type A and polymer type B and
A screw compressor comprising: a casing body; a motor disposed within said casing body; a screw rotor disposed such that the screw rotor rotates together with a rotor of said motor within said casing body; and a compression chamber formed between said screw rotor and said casing body; characterised in that an oil path is provided in a screw bore outer circumferential portion of said casing body, said oil path being configured to circulate oil stored in an oil separator of the screw compressor, via an outer circumferential portion of the compression chamber, to a low pressure side of the screw compressor, said oil separator being fixed to one end of said casing body opposite to the low pressure side and said oil being at a temperature close to the temperature of the discharge gas of the screw compressor. a casing body; a motor disposed within said casing body; a screw rotor disposed such that the screw rotor rotates together with a rotor of said motor within said casing body; and a compression chamber formed between said screw rotor and said casing body; characterised in that an oil path is provided in a screw bore outer circumferential portion of said casing body, said oil path being configured to circulate oil stored in an oil separator of the screw compressor, via an outer circumferential portion of the compression chamber, to a low pressure side of the screw compressor, said oil separator being fixed to one end of said casing body opposite to the low pressure side and said oil being at a temperature close to the temperature of the discharge gas of the screw compressor.
An optical device adapted for partially reflecting a first set of light waves having a given polarization state and located within a given optical spectrum and within a first angular spectrum, and transmitting a second set of light waves having the same given polarization state and located within the same given optical spectrum and within a second angular spectrum, comprising a first light-transmitting substrate having at least two major surfaces and edges; an optical surface for coupling light waves into said substrate by total internal reflection; and at least one partially reflecting surface located in said first light-transmitting substrate, whereas a dichroic coating is disposed on said partially reflecting surface, characterized in that said optical surface for coupling light waves into said substrate by total internal reflection is disposed at an angle to the major surfaces to cause rays of the coupled light waves having the same off-axis angle inside the substrate, to intersect the partially reflecting surface at least twice with two different incident angles which are located, respectively, in said first and said second angular spectra, wherein the coated partially reflecting surface reflects the first set of light waves more than the second set of light waves and angles located within said first angular spectrum are smaller than angles located within said second angular spectrum.