mhurhangee/ep-ind-claims huggingface dataset:
A base station antenna unit, comprising: a first base station antenna that includes: a first housing; a first radome having a front surface that is positioned in front of the first housing; a first vertically-disposed linear array of low-band frequency band radiating elements mounted behind the front surface of the first radome; a second vertically-disposed linear array (330-1, 330-2) of mid-band frequency band radiating elements mounted behind the front surface of the first radome; a second base station antenna that includes: a second housing that is separate from the first housing; a second radome having a front surface that is positioned in front of the second housing; a third array of high-band frequency band radiating elements mounted behind the front surface of the second radome, the second radome being separate from the first radome, wherein the first and second base station antennas are mounted in a vertically stacked arrangement, wherein a horizontal width of the first radome is substantially the same as a horizontal width of the second radome, and wherein a lowermost portion of the second base station antenna is located within 10.16 cm [4 inches] of an uppermost portion of the first base station antenna and wherein vertical disposition and vertically stacked arrangement correspond to a vertical direction that is perpendicular relative to the plane defined by the horizon when the base station antennas are mounted for use. a first housing; a first radome having a front surface that is positioned in front of the first housing; a first vertically-disposed linear array of low-band frequency band radiating elements mounted behind the front surface of the first radome; a second vertically-disposed linear array (330-1, 330-2) of mid-band frequency band radiating elements mounted behind the front surface of the first radome; a second base station antenna that includes: a second housing that is separate from the first housing; a second radome having a front surface that is positioned in front of the second housing; a third array of high-band frequency band radiating elements mounted behind the front surface of the second radome, the second radome being separate from the first radome, a second housing that is separate from the first housing; a second radome having a front surface that is positioned in front of the second housing; a third array of high-band frequency band radiating elements mounted behind the front surface of the second radome, the second radome being separate from the first radome, wherein the first and second base station antennas are mounted in a vertically stacked arrangement, wherein a horizontal width of the first radome is substantially the same as a horizontal width of the second radome, and wherein a lowermost portion of the second base station antenna is located within 10.16 cm [4 inches] of an uppermost portion of the first base station antenna and wherein vertical disposition and vertically stacked arrangement correspond to a vertical direction that is perpendicular relative to the plane defined by the horizon when the base station antennas are mounted for use.
An intervertebral scaffolding system, comprising: a laterovertically-expanding frame configured to create an intervertebral scaffolding system in vivo, the frame having a collapsed state and an expanded state, the expanded state operably contacting the intervertebral space; a stabilizer (1807, 1907) that slideably engages with the distal region of the frame, and is configured for retaining the frame from lateral movement that exceeds the expanded state; and an expansion member configured for in vivo introduction into the frame when the frame is in a collapsed state and thereafter expanding the frame to an expanded state; wherein the stabilizer includes a locking element that engages with the expansion member (1801, 1834) to lock the expansion member to the stabilizer when the expansion member is fully inserted into the frame. a laterovertically-expanding frame configured to create an intervertebral scaffolding system in vivo, the frame having a collapsed state and an expanded state, the expanded state operably contacting the intervertebral space; a stabilizer (1807, 1907) that slideably engages with the distal region of the frame, and is configured for retaining the frame from lateral movement that exceeds the expanded state; and an expansion member configured for in vivo introduction into the frame when the frame is in a collapsed state and thereafter expanding the frame to an expanded state; wherein the stabilizer includes a locking element that engages with the expansion member (1801, 1834) to lock the expansion member to the stabilizer when the expansion member is fully inserted into the frame.
A method for establishing a connection between external nodes (Nj) connected to a GMPLS control plane communication network and each comprising a portion (Paj) of a distributed application and a signalling module (MSj) arranged to manage the establishment of connections, characterized in that it consists, if needed, of establishing a connection between first and second external nodes, i) of generating in the first external node, by means of a communication service session protocol, a first message requesting the establishment of a connection session and comprising parameters defining a connection to be established, then of transmitting that first message to the second external node via said network, ii) of analyzing said first message in a chosen location of said network in order to translate the parameters that it contains for the GMPLS control plane and to verify their compatibility with other applications residing in the network and with the GMPLS control plane, iii) in the event of compatibility, of sending said first message within said network, by means of the communication service session protocol, in order to transmit it to said second external node, iv) upon receipt of said first message in said second external node, of determining whether the connection parameters that it contains are supported by the distributed application portion of same and/or the signalling module of same, v) if supported, of transmitting a second message confirming the establishment of a session to said first external node, by means of the communication service session protocol, so that the signalling module of same initiates the establishment of said connection.
A method for producing a heterologous polypeptide comprising the steps of a) cultivating a CHO cell comprising a deoxyribonucleic acid encoding the heterologous polypeptide and stably expressing the heterologous polypeptide, and b) recovering the heterologous polypeptide from the CHO cell or the cultivation medium, wherein the expression of the endogenous SIRT-1 gene(s) has been knocked out. a) cultivating a CHO cell comprising a deoxyribonucleic acid encoding the heterologous polypeptide and stably expressing the heterologous polypeptide, and b) recovering the heterologous polypeptide from the CHO cell or the cultivation medium,
A method for configuring a measurement gap, comprising: receiving, by a terminal device, first configuration information from a network device, wherein the first configuration information is used for determining at least one pre-configured measurement gap, and each of the at least one pre-configured measurement gap is associated with a measurement gap index and corresponds to a priority, wherein the terminal device is configured with a plurality of serving cells, the plurality of serving cells corresponding to a plurality of activated band width parts, BWPs, and each of the plurality of activated BWPs being associated with a measurement gap, characterized by the method further comprising: selecting, by the terminal device, at least one measurement gap from a plurality of measurement gaps as an activated or enabled measurement gap based on priorities of measurement gaps associated with the plurality of activated BWPs. receiving, by a terminal device, first configuration information from a network device, wherein the first configuration information is used for determining at least one pre-configured measurement gap, and each of the at least one pre-configured measurement gap is associated with a measurement gap index and corresponds to a priority, wherein the terminal device is configured with a plurality of serving cells, the plurality of serving cells corresponding to a plurality of activated band width parts, BWPs, and each of the plurality of activated BWPs being associated with a measurement gap, characterized by the method further comprising: selecting, by the terminal device, at least one measurement gap from a plurality of measurement gaps as an activated or enabled measurement gap based on priorities of measurement gaps associated with the plurality of activated BWPs.
A wall mounted training arrangement configured to move between a folded position for storage and a first unfolded position for training, the wall mounted training arrangement comprising: a first rod pair which is pivotably attached to the wall at a first height, a second rod pair which is pivotably attached to the wall at a second height being at a first distance from the first height, two floor supports which are configured to support the wall mounted training arrangement against the floor in the first unfolded position, the two floor supports being pivotably attached to the first rod pair and the second rod pair, wherein the floor supports have a first end and a second end, the first end configured to be positioned above the second end in the folded position, a training seat attached to the floor supports and the first rod pair and a training bar attached to the first rod pair or second rod pair, wherein the training seat and the training bar are positioned in the first unfolded position so as to allow a first training exercise, wherein the wall mounted training arrangement is further configured to move between the folded position for storage and a second unfolded position in which the training seat and the training bar are positioned in the second unfolded position so as to allow a second training exercise. a first rod pair which is pivotably attached to the wall at a first height, a second rod pair which is pivotably attached to the wall at a second height being at a first distance from the first height, two floor supports which are configured to support the wall mounted training arrangement against the floor in the first unfolded position, the two floor supports being pivotably attached to the first rod pair and the second rod pair, wherein the floor supports have a first end and a second end, the first end configured to be positioned above the second end in the folded position, a training seat attached to the floor supports and the first rod pair and a training bar attached to the first rod pair or second rod pair, wherein the training seat and the training bar are positioned in the first unfolded position so as to allow a first training exercise, wherein the wall mounted training arrangement is further configured to move between the folded position for storage and a second unfolded position in which the training seat and the training bar are positioned in the second unfolded position so as to allow a second training exercise.
A coated conductor, comprising: (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor, wherein said elongated polymeric coating comprises a polymeric matrix material comprising an ethylene-based polymer and a plurality of microcapillaries which extend substantially in the direction of elongation of said elongated polymeric coating, wherein at least a portion of said microcapillaries contain a polymeric microcapillary material, wherein said polymeric microcapillary material is an olefin elastomer. (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor, wherein said elongated polymeric coating comprises a polymeric matrix material comprising an ethylene-based polymer and a plurality of microcapillaries which extend substantially in the direction of elongation of said elongated polymeric coating, wherein at least a portion of said microcapillaries contain a polymeric microcapillary material, wherein said polymeric microcapillary material is an olefin elastomer.
A method of verifying that a proper maintenance priming operation has been performed on a print head comprising: applying a fluid prime pressure external to the print head to purge the print head with fluid wherein purging the print head with fluid has an effect of reducing a print head temperature, wherein external to the print head refers to the fact that the fluid prime pressure is not generated from within the print head but is generated by a component of a printer that is separate from the print head; monitoring a temperature change in the print head that results from purging the print head with fluid; and analyzing the temperature change to verify that a sufficient volume of fluid has passed through the print head while the fluid prime pressure is applied; wherein the method includes a calibration method, the calibration method includes: warming the print head up to a calibration elevated temperature and receiving a calibration signal indicative of a temperature of the print head as it cools from the calibration elevated temperature while the pressure source is not applied, when it is known that fluid is not flowing through the print head; monitoring the calibration signal from a temperature sensor is performed using a controller and wherein the controller is to compare the calibration signal with a signal from the temperature sensor that results from executing the priming operation, wherein receiving the calibration signal occurs before receiving the signal. warming the print head up to a calibration elevated temperature and receiving a calibration signal indicative of a temperature of the print head as it cools from the calibration elevated temperature while the pressure source is not applied, when it is known that fluid is not flowing through the print head; monitoring the calibration signal from a temperature sensor is performed using a controller and wherein the controller is to compare the calibration signal with a signal from the temperature sensor that results from executing the priming operation, wherein receiving the calibration signal occurs before receiving the signal.
Device for positioning a first element with respect to a second element that comprises: - a horizontal panel of which the upper face of which is able to hold the first element and which has a housing able to hold the second element; and - first abutment means against which the first element is able to come into abutment in a first adjusting direction and second abutment means against which the first element is able to come into abutment in a second adjusting direction perpendicular to the first adjusting direction, said first and second abutment means (22, 24) being mounted on the panel projecting from the upper face of the panel, that comprises means for adjusting the position of the first abutment means in the first adjusting direction and means for adjusting the position of the second abutment means in the second adjusting direction with respect to the position of the housing in the panel, werein the means for adjusting the position of the first or second abutment means (22, 24) comprise at least one series of orifices formed in the panel which are distributed on the panel along the associated adjusting direction, wherein said abutment means (22, 24) comprise at least one foot able to be held in an orifice of said series of orifices, which is defined according to the adjusting of the position of said abutment means (22, 24) with respect to the position of the housing, and wherein the orifices of each series of orifices are distributed in several alignments parallel to said adjusting direction, with the alignments being offset from one another parallel to said adjusting direction according to a predefined pitch, and wherein the orifices of each alignment are separated by a multiple of said pitch, characterized in that said pitch equals the number of alignments of each series of orifices. - a horizontal panel of which the upper face of which is able to hold the first element and which has a housing able to hold the second element; and - first abutment means against which the first element is able to come into abutment in a first adjusting direction and second abutment means against which the first element is able to come into abutment in a second adjusting direction perpendicular to the first adjusting direction, said first and second abutment means (22, 24) being mounted on the panel projecting from the upper face of the panel,
Luminous signaling device comprising: - a box-like containing body, which houses at least a light source, or bulb, suitable to emit light uniformly in every direction at 360° around a central axis of the box-like body, said box-like body being provided with an upper cover, a lower cover and an emission window interposed between said upper cover and said lower cover, - shutter means (30, 130) associated to the emission window in order to define one or more darkening directions, in which at least part of the light emitted by the light source, or bulb, is intercepted; characterized in that said emission window is formed by a substantially cylindrical tubular body and made in transparent material which develops around said central axis completely surrounding the light source, or bulb, functioning as a containing and protection element for the light source, or bulb,, separating it from the external environment, and as a light directing lens for the light emitted by the light source, or bulb,, and in that said shutter means (30, 130) are configured according to a geometry of an arc of a circle, defined at least partially by a part of a lateral surface of a cylinder which extends for a fraction of the circumference of the box-like body containing the light source, or bulb,, the shutter means (30, 130) being clamped between the upper cover and the lower cover and coaxially disposed externally to the emission window, said shutter means (30, 130) being selectively movable with respect to said emission window, to rotate at 360° around said central axis so as to define said one or more darkening directions, said upper cover and said lower cover having, according to a concentric disposition with respect to the central axis, upper and lower first grooves (16a, 16b) radially internal and upper and lower second grooves (17a, 17b) radially external, which have a circular shape mating respectively with the diameter of the emission window and with the shutter means (30, 130), said emission window being inserted in said upper and lower first grooves (16a, 16b) and said shutter means (30, 130) being inserted in said upper and lorwer second grooves (17a, 17b), between said upper cover and the lower cover, and slidingly guided in rotation, with respect to the emission window, in order to selectively rotate at 360° around the central axis. - a box-like containing body, which houses at least a light source, or bulb, suitable to emit light uniformly in every direction at 360° around a central axis of the box-like body, said box-like body being provided with an upper cover, a lower cover and an emission window interposed between said upper cover and said lower cover, - shutter means (30, 130) associated to the emission window in order to define one or more darkening directions, in which at least part of the light emitted by the light source, or bulb, is intercepted;
An earpiece for a hearing protection device arranged to provide hearing protection in environments with medium to high ambient noise levels, the earpiece comprising a body, an earbud, which is arranged to be inserted into an ear canal of a user to block the ear canal of the user, a cable, and a cable entry, which extends from the body and through which the cable passes, wherein the earbud and the cable entry extend from the body, wherein the body, in use, comprises a vertical axis (A-A) and transverse and longitudinal horizontal axes (B T -B T, B L -B L), the vertical axis lying in a vertical plane, the longitudinal horizontal axis lying in the vertical plane and in a horizontal plane and the transverse horizontal axis lying in the horizontal plane, and wherein the longitudinal axis of the earbud extends at an oblique angle to the transverse horizontal axis of the body, wherein the earpiece is arranged such that when the earbud is received by the ear canal of the user's ear, the longitudinal axis of the body extends in the front to back direction of the user's head, wherein the earpiece is arranged such that when the earbud is received by the ear canal of the user's left ear, the cable entry extends from the body in an upwardly direction to lie in the anterior notch or in a downwardly direction to lie in the intertragic notch, and when the earbud is received by the ear canal of the user's right ear, the cable entry extends from the body in the other of the upwardly or downwardly directions to lie in the other of the anterior notch or the intertragic notch, and wherein a longitudinal axis of the cable entry lies at oblique angles relative to the vertical and horizontal planes of the body.
Busbar trunking unit (102; 202) for a busbar trunking system comprising busbars (104; 204) which are elongated in a longitudinal direction (103; 203), are encased by a busbar housing (105; 205), and are arranged flat next to one another in the busbar housing (105; 205), wherein each of the busbars (104; 204) has a first recess (160; 260) at a first end and a second recess (161; 261) at a second end, the recesses (160, 161; 260, 261) serving in each case for receiving a bolt of a single-bolt connection via which the busbars (104; 204) can be connected in an electrically conductive and mechanical manner to associated busbars of adjacent busbar trunking units of the busbar trunking system, wherein the busbar housing (105; 205) has two lateral profiled elements (112, 122, 113, 123; 212, 213) and two covering profiled elements (111, 121; 211, 221), the lateral profiled elements (112, 122, 113, 123; 212, 213) having openings (162; 262) for actuating the single-bolt terminals and a first of the covering profiled elements (111; 211) projecting beyond the first ends of the busbars and the second of the covering profiled elements (121; 221) projecting beyond the second ends of the busbars (104; 204), wherein the lateral profiled elements (112, 122, 113, 123; 212, 213) and the covering profiled elements (111, 121; 211, 221) are made of current-conducting material, characterised in that the lateral profiled elements (112, 122, 113, 123; 212, 213) and the covering profiled elements (111, 121; 211, 221), in order to establish their electrically conductive connection, form mutually associated electrical contact surfaces which are held under contact force directly against one another in an electrically conductive manner and kept metallically bare, in order to form a current path which can be used as a PE conductor, wherein the remaining surfaces are additionally provided with a colour coating.