mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (10; 10a) for creating ventilation openings in fabric used to create a continuous string of pocketed springs, said apparatus (10; 10a) comprising: a stationary portion (24; 24a) and a movable portion (26; 26a), the stationary portion (24; 24a) comprising a stationary frame having two sides; a brush roller shaft extending between the stationary frame sides; at least one brush roller mounted on the brush roller shaft; guide rollers (44, 46) extending between the sides of the stationary frame; the movable portion (26; 26a) of the apparatus (10; 10a) is pivotally mounted to the stationary portion and comprises two opposed frame members joined together by at least one support member; a pin roller shaft extending between the frame members of the movable portion (26; 26a) of the apparatus (10; 10a); and at least one pin roller mounted on the pin roller shaft. a stationary portion (24; 24a) and a movable portion (26; 26a), the stationary portion (24; 24a) comprising a stationary frame having two sides; a brush roller shaft extending between the stationary frame sides; at least one brush roller mounted on the brush roller shaft; guide rollers (44, 46) extending between the sides of the stationary frame; the movable portion (26; 26a) of the apparatus (10; 10a) is pivotally mounted to the stationary portion and comprises two opposed frame members joined together by at least one support member; a pin roller shaft extending between the frame members of the movable portion (26; 26a) of the apparatus (10; 10a); and at least one pin roller mounted on the pin roller shaft.
An isolated human monoclonal antibody, wherein the heavy chain of the antibody comprises a heavy chain variable region that is at least 90% identical with SEQ ID NO:1 and comprises amino acids 26-33, 51-58, and 97-110 of SEQ ID NO: 1, and the light chain of the antibody comprises a light chain variable region that is at least 90% identical with SEQ ID NO:2 and comprises amino acids 27-30, 48-50, and 87-91 of SEQ ID NO: 2, and wherein the antibody specifically binds gp120 of HIV-1, and wherein the antibody is neutralizing.
Amorphous Lercanidipine Hydrochloride having a purity of at least 99.5% determined by HPLC analysis and containing less than 0.5% of crystalline Lercanidipine Hydrochloride.
A system comprising: a materials handling vehicle; a wearable remote control device comprising: a wireless communication system including a wireless transmitter; and a rechargeable power source; a receiver at the vehicle for receiving transmissions from the wireless transmitter; a controller at the vehicle that is communicably coupled to the receiver, the controller being responsive to receipt of the transmissions from the remote control device; and an on-vehicle charging station for charging the rechargeable power source of the remote control device, characterised in that: the charging station comprises a visual indicator configured to indicate one or more of: a charging state of the rechargeable power source when coupled to the charging station, a charging state of the rechargeable power source when removed from the charging station, a pairing status between the wearable remote control device and the vehicle controller, or that the remote control device is physically connected to the charging station. a materials handling vehicle; a wearable remote control device comprising: a wireless communication system including a wireless transmitter; and a rechargeable power source; a wireless communication system including a wireless transmitter; and a rechargeable power source; a receiver at the vehicle for receiving transmissions from the wireless transmitter; a controller at the vehicle that is communicably coupled to the receiver, the controller being responsive to receipt of the transmissions from the remote control device; and an on-vehicle charging station for charging the rechargeable power source of the remote control device, characterised in that: the charging station comprises a visual indicator configured to indicate one or more of: a charging state of the rechargeable power source when coupled to the charging station, a charging state of the rechargeable power source when removed from the charging station, a pairing status between the wearable remote control device and the vehicle controller, or that the remote control device is physically connected to the charging station. a charging state of the rechargeable power source when coupled to the charging station, a charging state of the rechargeable power source when removed from the charging station, a pairing status between the wearable remote control device and the vehicle controller, or that the remote control device is physically connected to the charging station.
An automated milking system having milking apparatus having milking cups for extracting milk from a plurality of teats on a live animal, comprising: movable apparatus adapted to receive instructions characterizing the location of at least one of said teats, to move to said location, to engage said at least one of said teats for extracting milk therefrom; a light source for illuminating an area encompassing said plurality of teats; a two-dimensional array camera having a two-dimensional array having a plurality of pixels that are capable of individually providing time of flight data; electronic means for capturing the output of said array and for delivering data characterizing said location, wherein the two-dimensional array camera is designated to image the milking cups and the teats in one field of view. movable apparatus adapted to receive instructions characterizing the location of at least one of said teats, to move to said location, to engage said at least one of said teats for extracting milk therefrom; a light source for illuminating an area encompassing said plurality of teats; a two-dimensional array camera having a two-dimensional array having a plurality of pixels that are capable of individually providing time of flight data; electronic means for capturing the output of said array and for delivering data characterizing said location, wherein the two-dimensional array camera is designated to image the milking cups and the teats in one field of view.
A vehicle running control apparatus comprising: a rudder angle varying device (200, 300) capable of changing a relation between a steering angle, which is a rotation angle of a steering input shaft, and a rudder angle, which is a rotation angle of steered wheels (FL, FR); and a trajectory controlling device for controlling said rudder angle varying device (200, 300) such that a trajectory of a vehicle approaches a target driving route of the vehicle, characterized by comprising: a changing device for changing time responsiveness of control by said trajectory controlling device when there is a steering input given to the steering input shaft through a steering wheel by a driver of the vehicle. a rudder angle varying device (200, 300) capable of changing a relation between a steering angle, which is a rotation angle of a steering input shaft, and a rudder angle, which is a rotation angle of steered wheels (FL, FR); and a trajectory controlling device for controlling said rudder angle varying device (200, 300) such that a trajectory of a vehicle approaches a target driving route of the vehicle, a changing device for changing time responsiveness of control by said trajectory controlling device when there is a steering input given to the steering input shaft through a steering wheel by a driver of the vehicle.
A method for controlling data streams of a virtual multi-participant session, accessing at least one application in the virtual session, wherein the following steps are carried out: Each participant selects a media-processing and signaling mode according to individual requirements, the participants being represented by clients, the selection of the media processing and/or signaling mode is made on the basis of an evaluation by a terminal (112, 114, 116, 118, 122, 124, 126) of the relevant participant and the network bandwidth available to the relevant participant, whereby an evaluation scheme is provided with a plurality of evaluation criteria, possible media processing and/or signaling modes are determined for the relevant participant, whereby the evaluation scheme is applied to every available media processing and/or signaling mode, and a media processing and/or signaling mode, determined by comparing the evaluations for each possible media processing and/or signaling mode according to the applied evaluating schemes, is selected for the relevant participant; characterized in that a collaboration service carries out the method in a centralized process running on the completed software and/or hardware level, and a decision level of the collaboration service evaluates a relevant terminal (112, 114, 116, 118, 122, 124, 126) and the network bandwidth of the participant, and decides which media streams are to be converted and how this is done and with what characteristics. Each participant selects a media-processing and signaling mode according to individual requirements, the participants being represented by clients, the selection of the media processing and/or signaling mode is made on the basis of an evaluation by a terminal (112, 114, 116, 118, 122, 124, 126) of the relevant participant and the network bandwidth available to the relevant participant, whereby an evaluation scheme is provided with a plurality of evaluation criteria, possible media processing and/or signaling modes are determined for the relevant participant, whereby the evaluation scheme is applied to every available media processing and/or signaling mode, and a media processing and/or signaling mode, determined by comparing the evaluations for each possible media processing and/or signaling mode according to the applied evaluating schemes, is selected for the relevant participant; characterized in that a collaboration service carries out the method in a centralized process running on the completed software and/or hardware level, and a decision level of the collaboration service evaluates a relevant terminal (112, 114, 116, 118, 122, 124, 126) and the network bandwidth of the participant, and decides which media streams are to be converted and how this is done and with what characteristics.
Method for training a brain computer interface intended to receive a plurality of electrophysiological signals expressing a neural command of a subject, during a plurality of observation windows associated with observation instants, said electrophysiological signals being preprocessed in a preprocessing module (210, 310) to form at each observation instant an observation data tensor, the brain computer interface using a predictive model (220, 320) to deduce at each observation instant a command data tensor from the observation data tensor, said command data being intended to control at least one effector (230, 330) to perform a trajectory, said training method being characterized in that: - at each observation instant, a satisfaction or error mental state of the subject (250, 350) is decoded (250, 350) from the observation data tensor by means of a decoder trained beforehand, said mental state being representative of the conformity of the trajectory with the neural command; - training data are generated (260, 360) from the satisfaction or error mental state, decoded at a given observation instant, and from the pair formed by the observation data tensor and the command data tensor at a preceding instant; - the parameters of the predictive model are updated (220, 370) by minimising a cost function on the training data generated at the preceding step. - at each observation instant, a satisfaction or error mental state of the subject (250, 350) is decoded (250, 350) from the observation data tensor by means of a decoder trained beforehand, said mental state being representative of the conformity of the trajectory with the neural command; - training data are generated (260, 360) from the satisfaction or error mental state, decoded at a given observation instant, and from the pair formed by the observation data tensor and the command data tensor at a preceding instant; - the parameters of the predictive model are updated (220, 370) by minimising a cost function on the training data generated at the preceding step.
A light emitting device, comprising: at least one light emitting diode capable of producing light in a predetermined wavelength region, the at least one light emitting diode comprising a plurality of light emitting cells connected to one another in series on a single substrate; and a phosphor comprising a compound which includes copper and an alkaline earth metal as host lattice components and is activated by rare earth elements, said phosphor being positioned around the light emitting diode so as to absorb a portion of the light emitted from the light emitting diode and to emit light different in wavelength from the absorbed light, wherein the plurality of light emitting cells connected in series are arranged inside a rectifying bridge for applying rectified power to the plurality of light emitting cells, the rectifying bridge being arranged on the single substrate together with the light emitting cells, wherein the plurality of light emitting cells have one selected from a horizontal structure or a flip chip structure. at least one light emitting diode capable of producing light in a predetermined wavelength region, the at least one light emitting diode comprising a plurality of light emitting cells connected to one another in series on a single substrate; and a phosphor comprising a compound which includes copper and an alkaline earth metal as host lattice components and is activated by rare earth elements, said phosphor being positioned around the light emitting diode so as to absorb a portion of the light emitted from the light emitting diode and to emit light different in wavelength from the absorbed light, wherein the plurality of light emitting cells connected in series are arranged inside a rectifying bridge for applying rectified power to the plurality of light emitting cells, the rectifying bridge being arranged on the single substrate together with the light emitting cells,
Apparatus for separating coarse particles and smaller particle sizes, comprising a vibrating chute, comprising a screen section consisting of screen rods (4, 4') which are arranged next to one another at a spaced interval, are oriented in the conveying direction (3, F) of the coarse particles, can be excited to vibrate and are allocated to a carrier, and comprising a conveying device for the particles, wherein the carrier is allocated at least two groups of screen rods (4, 4') which are connected to the carrier and of which at least one group is mounted via a coupling device so as to be able to vibrate in such a manner that respectively adjacent screen rods (4, 4') which are allocated to another group can be excited to vibrate in parallel with one another in the screen passage direction by means of a vibration drive, characterised in that one group is coupled directly to the carrier and the other group is connected to the carrier indirectly via a coupling device, and in that the vibration drive is formed by the conveying device.
A method of analyzing flow of reductant through a reductant injector of a selective catalytic reductant dosing system, the reductant injector adapted to inject liquid reductant into an exhaust line, comprising: i) providing a first measure or determining a first profile of temperature of the injector prior to activation of said injector; ii) activating said injector; iii) providing a second measure or determining a second profile of temperature of the injector subsequent to said activation; iv) analyzing and evaluating the changes in the flowing amount of reductant through said injector consequential to said activation by analyzing change between the first and second measures or profiles of said temperatures. i) providing a first measure or determining a first profile of temperature of the injector prior to activation of said injector; ii) activating said injector; iii) providing a second measure or determining a second profile of temperature of the injector subsequent to said activation; iv) analyzing and evaluating the changes in the flowing amount of reductant through said injector consequential to said activation by analyzing change between the first and second measures or profiles of said temperatures.
A threaded connection comprising: a first tube having a pin, the pin having pin threads, a circumferential concave outer pin surface, and a pin torque shoulder at a free end; and a second tube having a box, the box having box threads for interacting with the pin threads, a circumferential inner box surface and a box torque shoulder, the inner box surface having a radially inwardly extending box seal surface, a pin seal surface of the first tube being adapted for contacting the box seal surface to define a seal, the seal being spaced from the free end when the pin and box torque shoulders (26, 126) contact, characterized in that the concave outer pin surface includes the pin seal surface and a continuous extension from the pin seal surface to the pin torque shoulder, the continuous extension continuing from the seal to the pin torque shoulder. a first tube having a pin, the pin having pin threads, a circumferential concave outer pin surface, and a pin torque shoulder at a free end; and a second tube having a box, the box having box threads for interacting with the pin threads, a circumferential inner box surface and a box torque shoulder, the inner box surface having a radially inwardly extending box seal surface, a pin seal surface of the first tube being adapted for contacting the box seal surface to define a seal, the seal being spaced from the free end when the pin and box torque shoulders (26, 126) contact, characterized in that the concave outer pin surface includes the pin seal surface and a continuous extension from the pin seal surface to the pin torque shoulder, the continuous extension continuing from the seal to the pin torque shoulder.
A gripper arm for a device for grasping, holding and guiding particularly bottle-like containers comprising a rotatably mounted control cam for moving a gripping section of the gripper arm from an open position into a gripping position which has a bore hole for supporting a bearing pin for pivotably fixing the gripper arm in the device; a seating for an opening means for moving the gripping section of the gripper arm from the gripping position into the open position; and a spring means for cushioning and equalizing the force and/or deflection exerted on the gripper arm by the control cam, characterized in that the spring means comprises a spring bar integrally formed in an end section of the gripper arm body, wherein the end section has a recess as spring space for the spring bar and forms a material limitation of the recess on its spring bar side facing the control cam, the material strength and material properties of which enable a cushioning and equalizing of the force and/or deflection exerted by the control cam on the gripper arm.
A single farrowing pen (1a, 1b), which has a piglet nest for piglets and a resting area (2, 3) and a feeding area for a sow, wherein the resting area (2, 3) and the feeding area are separated by a separating element extending vertically to a floor of the farrowing pen, in particular by a separating wall or a grate, wherein the feeding area is so narrow that it is not possible for the sow to lie down to suckle the piglets, characterized in that the separating element comprises two doors, one door for entering the feeding area and one door for exiting the feeding area.
A different-material joint comprised of a four-layer or more multilayer clad material where one outermost end is an aluminum alloy, the other outermost end is stainless steel or steel, said aluminum alloy is clad with pure aluminum, and an intermediate material between said pure aluminum and said stainless steel or steel includes one or more types of materials selected from the group comprising nickel, nickel alloy, titanium, titanium alloy, copper, copper alloy, and silver, said joint characterized in that all of said bonding interfaces between layers are wave-shaped bonding interfaces with wave heights of 1 mm or less, wherein said layers are bonded by explosive welding.
A display panel, comprising: a first substrate; at least one electrode line (EL, GL, DL) and at least one switching element disposed on the first substrate; a second substrate positioned opposite the first substrate; a seal configured to attach the first substrate to the second substrate; a pad electrode (ELP, GLP, DLP) electrically connected to the at least one electrode line (EL, GL, DL), the pad electrode (ELP, GLP, DLP) vertically overlapping the seal; and a side electrode connected to a first end of the pad electrode (ELP, GLP, DLP), with a first portion of the side electrode being positioned along an exterior facing side of the seal, wherein the pad electrode (ELP, GLP, DLP) and the electrode line (EL, GL, DL) are positioned between the first substrate and the second substrate and a width of the pad electrode (ELP, GLP, DLP) is greater than a width of the electrode line (EL, GL, DL), wherein the at least one electrode line (EL, GL, DL) comprises a plurality of electrode lines arranged on the first substrate, each of the plurality of electrode lines (EL, GL, DL) having a corresponding pad electrode (ELP, GLP, DLP) electrically connected thereto, and each of the pad electrodes (ELP, GLP, DLP) having a corresponding side electrode connected to a respective first end thereof, wherein a width of each side electrode in a first direction is greater than a distance between adjacent side electrodes taken in a second direction, the second direction being orthogonal to the first direction. a first substrate; at least one electrode line (EL, GL, DL) and at least one switching element disposed on the first substrate; a second substrate positioned opposite the first substrate; a seal configured to attach the first substrate to the second substrate; a pad electrode (ELP, GLP, DLP) electrically connected to the at least one electrode line (EL, GL, DL), the pad electrode (ELP, GLP, DLP) vertically overlapping the seal; and a side electrode connected to a first end of the pad electrode (ELP, GLP, DLP), with a first portion of the side electrode being positioned along an exterior facing side of the seal, wherein the pad electrode (ELP, GLP, DLP) and the electrode line (EL, GL, DL) are positioned between the first substrate and the second substrate and a width of the pad electrode (ELP, GLP, DLP) is greater than a width of the electrode line (EL, GL, DL), wherein the at least one electrode line (EL, GL, DL) comprises a plurality of electrode lines arranged on the first substrate, each of the plurality of electrode lines (EL, GL, DL) having a corresponding pad electrode (ELP, GLP, DLP) electrically connected thereto, and each of the pad electrodes (ELP, GLP, DLP) having a corresponding side electrode connected to a respective first end thereof, wherein a width of each side electrode in a first direction is greater than a distance between adjacent side electrodes taken in a second direction, the second direction being orthogonal to the first direction.