mhurhangee/patent-ind-claim-en huggingface dataset:
A bale press comprising a press chamber arranged in a housing for pressing round bales from a crop material, a binding device for providing a binding means for wrapping a round bale in the press chamber , wherein provided peripherally of the press chamber is at least one feed gap through which the binding means can be fed into the press chamber , wherein the binding device has a braking unit for tightening and/or clamping the binding means and a severing unit for severing the binding agent , wherein the brake unit has at least two brake bars arranged in mutually parallel relationship, wherein provided between the brake bars is a guide gap for receiving the binding means , wherein the brake unit and/or the brake bars are adapted to be displaceable with a translatory and/or rotary movement, wherein the brake unit and/or the brake bars are adapted to be displaceable steplessly or step-wise from a first operating position (BP 1 ) into at least a second operating position (BP 2 ) and a third operating position (BP 3 ).
A first user equipment comprising: - means for transmitting to a target cell , by the first user equipment, a dedicated preamble for a conditional handover; - means for receiving from the target cell, by the first user equipment, a response to the transmitted dedicated preamble; and - means for determining, by the first user equipment, based on the response that resources allocated for the first user equipment at the target cell for the conditional handover have been deconfigured. - means for transmitting to a target cell , by the first user equipment, a dedicated preamble for a conditional handover; - means for receiving from the target cell, by the first user equipment, a response to the transmitted dedicated preamble; and - means for determining, by the first user equipment, based on the response that resources allocated for the first user equipment at the target cell for the conditional handover have been deconfigured.
A stereoscopic image forming device (60; 84) to be formed in a ring shape or a shape partly using a ring shape when viewed from above, the stereoscopic image forming device (60; 84) forming in the air a stereoscopic image of an object by reflecting light from the object off a plurality of first vertical light reflective members (62; 86) and a plurality of second vertical light reflective members (64; 88), the stereoscopic image forming device (60; 84) comprising: the first vertical light reflective members (62; 86) provided in one side of a transparent flat plate material (61; 85), the first vertical light reflective members (62; 86) arranged radially around a reference point X; and the second vertical light reflective members (64; 88) provided in the other side of the transparent flat plate material (61; 85), the second vertical light reflective members (64; 88) arranged in concentric circles centered at a reference point Y overlapping on the reference point X when viewed from above, the concentric circles intersecting with the first vertical light reflective members (62; 86). the first vertical light reflective members (62; 86) provided in one side of a transparent flat plate material (61; 85), the first vertical light reflective members (62; 86) arranged radially around a reference point X; and the second vertical light reflective members (64; 88) provided in the other side of the transparent flat plate material (61; 85), the second vertical light reflective members (64; 88) arranged in concentric circles centered at a reference point Y overlapping on the reference point X when viewed from above, the concentric circles intersecting with the first vertical light reflective members (62; 86).
A terminal comprising: a receiving unit configured to receive information related to a resource for transmitting a block including a synchronization signal and broadcast information for inter-terminal communication; and a control unit configured to determine a slot for transmitting the block in accordance with the information related to the resource, characterized wherein the information related to the resource includes a slot offset from a start of a radio frame. a receiving unit configured to receive information related to a resource for transmitting a block including a synchronization signal and broadcast information for inter-terminal communication; and a control unit configured to determine a slot for transmitting the block in accordance with the information related to the resource, characterized wherein the information related to the resource includes a slot offset from a start of a radio frame.
Fuel injector for internal combustion engines, having a nozzle body , in which there is formed a blind hole , from which at least one injection opening starts, and having a nozzle needle (26; 26a to 26g), which is arranged in a longitudinally movable manner in the nozzle body and on which, on the side facing the blind hole , there is formed a sealing surface , by means of which the nozzle needle (26; 26a to 26g) interacts with a seat surface of the nozzle body in order to control a fuel flow to the at least one injection opening , and having a needle tip , which adjoins the sealing surface in the direction of the blind hole and has a first edge with a first diameter (D 1 ) extending radially around a longitudinal axis , adjoining which in the direction of the blind hole bottom there is a second edge with a second diameter (D 2 ) extending radially around the longitudinal axis , wherein, in a lowered position of the nozzle needle (26; 26a to 26g) forming a sealing seat , the second edge is arranged below a lower inlet edge of the injection opening when viewed in the direction of the longitudinal axis , wherein, in a partially open position of the nozzle needle (26; 26a to 26g), the first edge is arranged below an upper inlet edge of the injection opening when viewed in the direction of the longitudinal axis , and wherein, in a fully open position of the nozzle needle (26; 26a to 26g), the second edge is arranged above the lower inlet edge of the injection opening when viewed in the direction of the longitudinal axis , characterized in that the diameter (D 1 ) of the nozzle needle (26; 26a to 26g) in the region of the first edge is greater than the diameter (D 2 ) of the nozzle needle (26; 26a to 26g) in the region of the second edge , and in that a distance (a) between the two edges , when viewed in the direction of the longitudinal axis , corresponds to 0.4 times to 1.6 times a diameter (d) of the injection opening in an inlet region to the blind hole in the non-rounded state of the inlet region , and the nozzle needle (26b; 26c) between the two edges has a section (51; 52) of convex design.
An all-fiber optical supercontinuum source , comprising: a source of short-duration input seed pulses; a section of single mode fiber disposed to receive the input seed pulses, providing high intensity, compressed output seed pulses; and a highly non-linear optical medium coupled to the section of single mode fiber for receiving the high intensity, compressed output seed pulses, the highly non-linear optical medium comprising a plurality of concatenated sections of highly non-linear optical fiber including at least a first section of positive dispersion highly non-linear optical fiber (P-HNLF) having a length L PHNLF no greater than 0,1 m a second section of negative dispersion highly non-linear optical fiber (N-HNLF) having a length L NHNLF greater than 0,2m, wherein the dispersion values and lengths of the plurality of concatentated sections of highly non-linear optical fiber are selected to convert propagating high intensity, compressed output seed pulses into an optical supercontinuum output of a defined spectral bandwidth. a source of short-duration input seed pulses; a section of single mode fiber disposed to receive the input seed pulses, providing high intensity, compressed output seed pulses; and a highly non-linear optical medium coupled to the section of single mode fiber for receiving the high intensity, compressed output seed pulses, the highly non-linear optical medium comprising a plurality of concatenated sections of highly non-linear optical fiber including at least a first section of positive dispersion highly non-linear optical fiber (P-HNLF) having a length L PHNLF no greater than 0,1 m a second section of negative dispersion highly non-linear optical fiber (N-HNLF) having a length L NHNLF greater than 0,2m, wherein the dispersion values and lengths of the plurality of concatentated sections of highly non-linear optical fiber are selected to convert propagating high intensity, compressed output seed pulses into an optical supercontinuum output of a defined spectral bandwidth.
An inkjet recording apparatus , comprising: a print head that includes a nozzle unit ejecting ink; an ink container that contains ink to be supplied to the nozzle unit of the print head ; an information reading unit configured to read a first identification code from a first identification label which is attached to an ink supply container that supplies the ink to the ink container , and identify a type of ink contained in the ink supply container according to the first identification code stored in the first identification label; a determination unit configured to determine whether or not the type of the ink contained in the ink supply container is correct ink to be supplied to the ink container according to the first identification code read by the information reading unit; a storage unit configured to store information related to a composition of the ink and precautions for handling of the ink corresponding to the information identifying the type of the ink; a storage information extracting unit configured to extract information from the storage unit when the determination unit determines that the type of the ink contained in the ink supply container is the correct ink to be supplied to the ink container , wherein the extracted information is related to a composition of the ink and precautions for handling of the ink corresponding to the type of the ink contained in the ink supply container; and a display unit configured to display the extracted information on a screen . a print head that includes a nozzle unit ejecting ink; an ink container that contains ink to be supplied to the nozzle unit of the print head ; an information reading unit configured to read a first identification code from a first identification label which is attached to an ink supply container that supplies the ink to the ink container , and identify a type of ink contained in the ink supply container according to the first identification code stored in the first identification label; a determination unit configured to determine whether or not the type of the ink contained in the ink supply container is correct ink to be supplied to the ink container according to the first identification code read by the information reading unit; a storage unit configured to store information related to a composition of the ink and precautions for handling of the ink corresponding to the information identifying the type of the ink; a storage information extracting unit configured to extract information from the storage unit when the determination unit determines that the type of the ink contained in the ink supply container is the correct ink to be supplied to the ink container , wherein the extracted information is related to a composition of the ink and precautions for handling of the ink corresponding to the type of the ink contained in the ink supply container; and a display unit configured to display the extracted information on a screen .
A system comprising: a tracking controller configured to receive registration messages from a plurality of nodes connected to the tracking controller via a packet switched network , the registration messages comprising static images that each represent a video feed from a node in the plurality of nodes, to transmit the static images to a monitoring entity for viewing a video feed, along with information identifying each registered node, and to receive a response from the monitoring entity, the response selecting a video feed represented by a static image from a first node of the plurality of nodes, wherein the response identifies multiple candidate paths for streaming the selected video feed from the first node to the monitoring entity across a packet switched network ; and a connection controller connected to the tracking controller and configured to identify the first node based on the received response, to forward the response to the first node, to receive a confirmation from the first node that confirms one of the candidate paths, and to forward the confirmation to the monitoring entity in order to establish a peer-to-peer connection to stream the selected video feed directly between the first node and the monitoring entity; wherein the tracking controller and the connection controller are connected to the monitoring entity via a packet switched network . a tracking controller configured to receive registration messages from a plurality of nodes connected to the tracking controller via a packet switched network , the registration messages comprising static images that each represent a video feed from a node in the plurality of nodes, to transmit the static images to a monitoring entity for viewing a video feed, along with information identifying each registered node, and to receive a response from the monitoring entity, the response selecting a video feed represented by a static image from a first node of the plurality of nodes, wherein the response identifies multiple candidate paths for streaming the selected video feed from the first node to the monitoring entity across a packet switched network ; and a connection controller connected to the tracking controller and configured to identify the first node based on the received response, to forward the response to the first node, to receive a confirmation from the first node that confirms one of the candidate paths, and to forward the confirmation to the monitoring entity in order to establish a peer-to-peer connection to stream the selected video feed directly between the first node and the monitoring entity; wherein the tracking controller and the connection controller are connected to the monitoring entity via a packet switched network .
A protective cap to be releasably connected to a medicament delivery device , wherein the protective cap comprises an opening in the proximal area of the protective cap for forming an air passage through the protective cap ; the protective cap comprising a generally tubular body and a lid attached to the proximal end, and spacers arranged between the tubular body and the lid for creating the air passage; wherein the lid is arranged with distally directed at least two arms , which arms are arranged with ledges , wherein the arms are designed to fit into at least two openings of the tubular body and the ledges will snap around edges of the openings . the protective cap comprising a generally tubular body and a lid attached to the proximal end, and spacers arranged between the tubular body and the lid for creating the air passage; wherein the lid is arranged with distally directed at least two arms , which arms are arranged with ledges , wherein the arms are designed to fit into at least two openings of the tubular body and the ledges will snap around edges of the openings .
A piece of clothing, in particular a bodysuit or overall for infants and young children, made from an elastic material for variably wrapping up and supporting the sleep of an infant or young child, which can be used to cover up at least the torso and at least partially the arms of the body of the infant or young child, comprising: a torso section and a sleeve section , wherein the torso section is connected to the sleeve section and the sleeve section has at least two regions for variably fixing the arms of the infant or young child, and fastening means for variably wrapping up the infant or young child, wherein the fastening means are at least partially attached in the two regions of the sleeve section , characterized in that the two regions of the sleeve section have a strip-like shape and the fastening means on the strip-like shaped regions in a vertical direction in the torso section can be fastened at the fastening means formed to be complementary thereto so that the desired position of the arms of the infant or young child can be adjusted so that the piece of clothing can be adapted to the body size and the body shape of the infant or young child in the region of the arms.
An apparatus for use in replicating an image associated with an input-pupil to an output-pupil, the apparatus comprising: a planar optical waveguide including a bulk-substrate , and also including an input-coupler , an intermediate-component and an output-coupler ; the input-coupler configured to couple light corresponding to the image associated with the input-pupil into the bulk-substrate of the waveguide and towards the intermediate-component; the intermediate-component configured to perform one of horizontal or vertical pupil expansion and to direct the light corresponding to the image towards the output-coupler; and the output-coupler configured to perform the other one of horizontal or vertical pupil expansion and to couple the light corresponding to the image, which travels in the planar optical waveguide from the input-coupler to the output-coupler, out of the waveguide so that the light is output and imaged from the output-pupil; wherein one or more of the input-coupler , the intermediate-component or the output-coupler comprises a surface relief grating, SRG, characterized in that the SRG is formed in a liquid crystal polymer, LCP, coating. a planar optical waveguide including a bulk-substrate , and also including an input-coupler , an intermediate-component and an output-coupler ; the input-coupler configured to couple light corresponding to the image associated with the input-pupil into the bulk-substrate of the waveguide and towards the intermediate-component; the intermediate-component configured to perform one of horizontal or vertical pupil expansion and to direct the light corresponding to the image towards the output-coupler; and the output-coupler configured to perform the other one of horizontal or vertical pupil expansion and to couple the light corresponding to the image, which travels in the planar optical waveguide from the input-coupler to the output-coupler, out of the waveguide so that the light is output and imaged from the output-pupil; wherein one or more of the input-coupler , the intermediate-component or the output-coupler comprises a surface relief grating, SRG, characterized in that the SRG is formed in a liquid crystal polymer, LCP, coating.
Flat light comprising a luminaire housing , which is significantly wider than high and has a luminaire housing top facing a structure as well as a luminaire housing bottom comprising a light housing aperture designed for exit of a direct luminous flux for direct illumination of a vision job, wherein the luminaire housing is designed to accom modate a direct illuminant which emits a direct luminous flux generated thereby via an optical system immediately upon the vision job, and wherein is further provided a de vice support for accommodating further luminaire elements, wherein the flat light is designed as an edge irradiation luminaire comprising a light guide plate into which LEDs arranged laterally in the luminaire housing as direct illuminants laterally ra diate a luminous flux generated by them, thus radiating the laterally injected luminous flux from a light exit aperture through a bottom principal face of the light guide plate in a direct light direction e.g. via an array of imperfections or a reflector on the top face, wherein the luminaire housing comprises at the luminaire housing top a mounting duct (2.2), which is designed to partially accommodate the device support , wherein the mounting duct (2.2) is formed as a groove shaped body which also has a width significantly greater than its depth, preferably 10 to 13 times as wide as deep, characterized in that the mounting duct (2.2) comprises an indirect light source.
A hay preservative comprising a hay preserving and heat reducing effective amount of at least one enzyme having a chitinase activity, in combination with a hay preserving and heat reducing effective amount of a yeast of the genus Pichia or a bacteria of the genus Pediococcus, wherein the at least one enzyme having a chitinase activity has a chitinase activity in the range of about 6 U to 300 U per ton of hay to be treated, and wherein the hay preserving and heat reducing effective amount of a yeast of the genus Pichia or a bacteria of the genus Pediococcus is 10 5 to 10 15 viable organisms of the yeast or the bacteria per ton of hay to be treated, and wherein each enzyme unit (U) liberate about 1.0 mg of N-acetyl-D-glucosamine from chitin (g) per hour at pH 6.0 and at a temperature of 25°C in a 2 hour assay.
Coaxial RF connector comprising at least an inner conductor defining a center axis of the connector, and an outer conductor coaxial to the inner conductor , the outer conductor having a tubular shape with a plurality of longitudinal slits , the slits extending to an end face of the outer conductor and forming a plurality of spring loaded contact elements , wherein a contact sleeve is arranged surrounding coaxially the outer conductor , the contact sleeve is movable in a direction parallel to the center axis , the contact sleeve has a radial contact face which is in contact with the spring loaded contact elements , the contact sleeve has an axial contact face which has a plane orthogonal to the center axis , and a spring element is in contact with the contact sleeve to assert a force on the contact sleeve in a direction parallel to the center axis and outward of the connector. an inner conductor defining a center axis of the connector, and an outer conductor coaxial to the inner conductor , the outer conductor having a tubular shape with a plurality of longitudinal slits , the slits extending to an end face of the outer conductor and forming a plurality of spring loaded contact elements , wherein a contact sleeve is arranged surrounding coaxially the outer conductor , the contact sleeve is movable in a direction parallel to the center axis , the contact sleeve has a radial contact face which is in contact with the spring loaded contact elements , the contact sleeve has an axial contact face which has a plane orthogonal to the center axis , and a spring element is in contact with the contact sleeve to assert a force on the contact sleeve in a direction parallel to the center axis and outward of the connector.
A method for producing a 11 C-labeled O 6 -benzylguanine represented by the following chemical formula (a) the method comprising: a coupling step of cross-coupling a methyl iodide labeled with 11 C and the following organotin compound (b), wherein R1 represents an alkyl group, and R 2 and R 3 represent a leaving group which can be eliminated with a base, in the presence of a palladium complex, a phosphine ligand, and cuprous halide in an aprotic lactam, and a desorption step of desorbing the leaving groups R 2 and R 3 of the coupling product obtained by the coupling step with a base. a coupling step of cross-coupling a methyl iodide labeled with 11 C and the following organotin compound (b), wherein R1 represents an alkyl group, and R 2 and R 3 represent a leaving group which can be eliminated with a base, in the presence of a palladium complex, a phosphine ligand, and cuprous halide in an aprotic lactam, and a desorption step of desorbing the leaving groups R 2 and R 3 of the coupling product obtained by the coupling step with a base.