mhurhangee/ep-ind-claims huggingface dataset:
A quick blade repair and replacement enabled apparatus integrating medical waste crushing and steam treatment, the apparatus being an integrally assembled vertical structure capable of being disassembled, wherein the apparatus sequentially comprises three chamber bodies, connected into a whole by using flanges and bolts, of a feeding and stirring chamber, a crushing chamber, and a sterilization and discharging chamber from top to bottom, the three chamber bodies internally form a communicating sealable space, and are vertically placed on a support frame as a whole, and a power mechanism is provided outside a chamber body of the crushing chamber; a top end and a bottom end of the crushing chamber are respectively opening flange structures, a left side and a right side of the chamber body of the crushing chamber are respectively provided with repair gates, and a rotary blade assembly and a stationary blade assembly are provided in the crushing chamber; two ends of a rotary blade shaft of the rotary blade assembly are respectively fixed on the repair gates by using bearings, bearing supports are connected to the repair gates as a whole, one end of the rotary blade shaft extends out of the chamber body of the crushing chamber, and is connected to the power mechanism, and the power mechanism uses a sprocket or a gear transmission structure; rotary blades of the rotary blade assembly are mounted on the rotary blade shaft, blade claws of adjacent rotary blades are arranged by staggering at an angle, and rotary blades on the different rotary blade shafts are alternately arranged; stationary blades of the stationary blade assembly are fixed on an inner wall of the chamber body of the crushing chamber by using pressing plates, and the pressing plates are secured from outside of the chamber body of the crushing chamber by using bolts; and the rotary blades and the stationary blades are alternately arranged.
A method performed by a Control Plane function, CP, function, in a telecommunication network to manage a restart of a second User Plane, UP, function in a user plane path for Protocol Data Unit, PDU, sessions that the CP function is managing, the method comprises: • receiving a Packet Forwarding Control Protocol, PFCP, Node Report Request message from a first UP function comprising a report related to a restart of the second UP function, where the PFCP Node Report request message indicates: that the second UP function has restarted and GTP-U context associated with the list of IP addresses have been lost; and that the CP function needs not to send a PFCP Session Modification Request message to change DL FAR per a PFCP session; • sending, as a response to the PFCP Node Report Request message, a PFCP Node report Response message that comprises an acknowledgment that the Downlink FAR in all affected PFCP sessions associated with the restarted second UP function has been updated with apply-action set to buffering, and remote F-TEID from the second UP function has been removed; and • releasing PDU sessions affected by the remote GTP-U restart based on a local configuration. • receiving a Packet Forwarding Control Protocol, PFCP, Node Report Request message from a first UP function comprising a report related to a restart of the second UP function, where the PFCP Node Report request message indicates: that the second UP function has restarted and GTP-U context associated with the list of IP addresses have been lost; and that the CP function needs not to send a PFCP Session Modification Request message to change DL FAR per a PFCP session; that the second UP function has restarted and GTP-U context associated with the list of IP addresses have been lost; and that the CP function needs not to send a PFCP Session Modification Request message to change DL FAR per a PFCP session; • sending, as a response to the PFCP Node Report Request message, a PFCP Node report Response message that comprises an acknowledgment that the Downlink FAR in all affected PFCP sessions associated with the restarted second UP function has been updated with apply-action set to buffering, and remote F-TEID from the second UP function has been removed; and • releasing PDU sessions affected by the remote GTP-U restart based on a local configuration.
A method of fabricating and inspecting a part (1; 10), the method comprising the following steps: a) treating a substrate including aluminum by a chemical conversion method making use of a treatment solution including chromium with a degree of oxidation of +III in order to obtain a part (1; 10) presenting a chemical conversion layer (3; 30); and b) inspecting the presence of the chemical conversion layer (3; 30) obtained during step a) by using a colorimeter to measure the color of said chemical conversion layer (3; 30) and by comparing the measured color with a reference color. a) treating a substrate including aluminum by a chemical conversion method making use of a treatment solution including chromium with a degree of oxidation of +III in order to obtain a part (1; 10) presenting a chemical conversion layer (3; 30); and b) inspecting the presence of the chemical conversion layer (3; 30) obtained during step a) by using a colorimeter to measure the color of said chemical conversion layer (3; 30) and by comparing the measured color with a reference color.
A network node for use as a Policy and Charging Rules Function (100, 300), PCRF, in a Policy Charging Control architecture of a telecommunications system, the network node comprising: a receiver configured to receive from a Policy Control Enforcement Function (102, 400), PCEF, a notification indicating that a video service has started for streaming video content to a User Equipment, UE, of a user; a quality determiner configured to determine a first Quality of Service, QoS, setting for the video service; and a transmitter configured to transmit first QoS setting data identifying the first QoS setting to the PCEF, wherein the receiver is further configured to receive a further notification from the PCEF indicating that the video service has reached a particular stage, wherein the particular stage of the video service is the end of a buffering phase and/or the beginning of a playout phase, and wherein the quality determiner is further configured, in response to the further notification, to determine a second QoS setting specifying a lower QoS than the first QoS setting and for the video service after the particular stage, and wherein the transmitter is configured to transmit second QoS setting data identifying the second QoS setting to the PCEF. a receiver configured to receive from a Policy Control Enforcement Function (102, 400), PCEF, a notification indicating that a video service has started for streaming video content to a User Equipment, UE, of a user; a quality determiner configured to determine a first Quality of Service, QoS, setting for the video service; and a transmitter configured to transmit first QoS setting data identifying the first QoS setting to the PCEF, wherein the receiver is further configured to receive a further notification from the PCEF indicating that the video service has reached a particular stage, wherein the particular stage of the video service is the end of a buffering phase and/or the beginning of a playout phase, and wherein the quality determiner is further configured, in response to the further notification, to determine a second QoS setting specifying a lower QoS than the first QoS setting and for the video service after the particular stage, and wherein the transmitter is configured to transmit second QoS setting data identifying the second QoS setting to the PCEF.
A sheet manufacturing apparatus comprising: a defibrating unit that defibrates feedstock containing fiber into defibrated material; mesh that captures at least part of the defibrated material conveyed from the defibrating unit by a gas, and passes the gas; an opening configured to introduce the defibrated material captured by the mesh, and gas of a different state than the gas from the defibrating unit where the temperature of gas introduced from the opening is lower than the temperature of gas from the defibrating unit; and an air-laying unit that detangles and lays the defibrated material introduced from the opening; a sheet forming unit that forms a sheet using the defibrated material introduced from the opening. a defibrating unit that defibrates feedstock containing fiber into defibrated material; mesh that captures at least part of the defibrated material conveyed from the defibrating unit by a gas, and passes the gas; an opening configured to introduce the defibrated material captured by the mesh, and gas of a different state than the gas from the defibrating unit where the temperature of gas introduced from the opening is lower than the temperature of gas from the defibrating unit; and an air-laying unit that detangles and lays the defibrated material introduced from the opening; a sheet forming unit that forms a sheet using the defibrated material introduced from the opening.
A platform load sensing system connected between a boom via a boom side and a platform via a platform side, the platform load sensing system comprising: an upper bearing link connecting the boom side to the platform side; a lower bearing link connecting the boom side to the platform side, wherein the upper and lower bearing links are configured to allow for relative motion between the boom side and the platform side; a load member with a contact surface secured to the platform side between the upper and lower bearing links; a load cell secured to the boom side; wherein a load moment on the platform side is functionally eliminated by the upper and lower bearing links (40, 42), wherein a vertical load on the platform side is transferred through the load member to the load cell; characterised by a boom side stop member secured to the boom side; anc a platform side stop member, spaced from the boom side stop member by a vertical gap, secured to the platform side, wherein the load member is secured to the platform side via the platform side stop member, wherein the boom side and platform side stop members limit an upward displacement distance of the platform side relative to the boom side; and wherein if the platform is lowered on to a surface or is otherwise subjected to an upward vertical force, the platform side will rise up relative to the boom side, thereby unloading the load cell until the gap closes and further motion is prohibited. an upper bearing link connecting the boom side to the platform side; a lower bearing link connecting the boom side to the platform side, wherein the upper and lower bearing links are configured to allow for relative motion between the boom side and the platform side; a load member with a contact surface secured to the platform side between the upper and lower bearing links; a load cell secured to the boom side; wherein a load moment on the platform side is functionally eliminated by the upper and lower bearing links (40, 42), wherein a vertical load on the platform side is transferred through the load member to the load cell; characterised by a boom side stop member secured to the boom side; anc a platform side stop member, spaced from the boom side stop member by a vertical gap, secured to the platform side, wherein the load member is secured to the platform side via the platform side stop member, wherein the boom side and platform side stop members limit an upward displacement distance of the platform side relative to the boom side; and wherein if the platform is lowered on to a surface or is otherwise subjected to an upward vertical force, the platform side will rise up relative to the boom side, thereby unloading the load cell until the gap closes and further motion is prohibited.
A gasket, comprising: a gasket body made of a medicinal solution-resistant hard plastic and having: a tip portion, a small diameter portion rapidly reduced in diameter in a step shape continuing the tip portion, an enlarged diameter portion increased in diameter in a step shape continuing the small diameter portion, and a concave groove formed on a side surface facing an inner peripheral surface of a syringe barrel and corresponding to the small diameter portion; and a sliding contact ring made of an elastic material, wherein the tip portion has a tip surface contacting medicinal solution, characterized in that: the sliding contact ring is fitted in the concave groove, an outer diameter of the peripheral end of the tip surface contacting medicinal solution is larger than an outer diameter of the sliding contact ring, and in a state of being fitted into the syringe barrel, a peripheral edge portion of the tip surface contacting medicinal solution of the gasket body contacts against an inner peripheral surface of the syringe barrel. a gasket body made of a medicinal solution-resistant hard plastic and having: a tip portion, a small diameter portion rapidly reduced in diameter in a step shape continuing the tip portion, an enlarged diameter portion increased in diameter in a step shape continuing the small diameter portion, and a concave groove formed on a side surface facing an inner peripheral surface of a syringe barrel and corresponding to the small diameter portion; and a tip portion, a small diameter portion rapidly reduced in diameter in a step shape continuing the tip portion, an enlarged diameter portion increased in diameter in a step shape continuing the small diameter portion, and a concave groove formed on a side surface facing an inner peripheral surface of a syringe barrel and corresponding to the small diameter portion; and a sliding contact ring made of an elastic material, wherein the tip portion has a tip surface contacting medicinal solution, the sliding contact ring is fitted in the concave groove, an outer diameter of the peripheral end of the tip surface contacting medicinal solution is larger than an outer diameter of the sliding contact ring, and in a state of being fitted into the syringe barrel, a peripheral edge portion of the tip surface contacting medicinal solution of the gasket body contacts against an inner peripheral surface of the syringe barrel.
A brake shoe of a cam-actuated vehicle drum brake, comprising a lining sheet, which is curved in the shape of a partial circle and at one outer face (1.1) it carries a brake shoe lining comprising a bar sheet that is arranged on an inner side (1.2) of the lining sheet and joint with it, wherein in a main section the lining sheet and the bar sheet form a T-shaped cross section, wherein the brake shoe has a bearing-side end section by means of which the brake shoe is supported at a bearing bolt, and wherein the brake shoe has a cam-side end section to which a compressive force can be transmitted by a brake cam, and wherein the bar sheet has a recess shaped as a partial circle at the cam-side end section for receiving the brake cam, characterized in that at the cam-side end section the bar sheet is provided with a bulge which overlaps a cam-side front face (1.3) of the lining sheet at least in sections on an overlapping surface and is supported on the overlapping surface at the cam-side front face (1.3) of the lining sheet, and that the bulge is arranged radially above the recess shaped as a partial circle.
Method for determining the system capacitance (C PV) of a photovoltaic system relative to ground, having a photovoltaic inverter with at least one DC input for connecting to at least one photovoltaic module or a string of a plurality of photovoltaic modules, a DC/DC converter with an input diode (D Boost), an intermediate circuit, a DC/AC converter, an AC disconnector, an AC output for connection to a supply network and/or consumer, a control device, and with a measuring device with a voltage divider containing at least two resistors (R 1, R 2), a switch (S iso) for connecting a resistor (R 1) of the voltage divider and a voltage measuring unit for recording measured voltages (U Mi) on at least one resistor (R 2) of the voltage divider with the switch (S iso) of the voltage divider open and closed, and for determining the system capacitance (C PV) from the temporal waveform of the recorded measured voltages (U Mi), characterized in that the voltage required for the measurement is provided by the intermediate circuit in the form of the intermediate circuit voltage (U ZK), and the measured voltages (U Mi) are recorded with the AC disconnector open while the DC input is short-circuited with an input short-circuit switch (S Boost), which applies the intermediate circuit voltage (U ZK) to the DC input in the reverse direction, and the system capacitance (C PV) is determined from the temporal waveform of the measured voltage (U M2) after the switch (S iso) of the voltage divider is closed.
A covalently dimerized bivalent binding agent comprising: (a) a first fusion protein comprising a first binding domain fused to a first coiled-coil, a first cysteine residue between the first binding domain and the first coiled-coil, and a first cleavage site between the first cysteine residue and the first coiled-coil; (b) a second fusion protein comprising a second binding domain fused to a second coiled-coil dimerizing with the first coiled-coil, a second cysteine residue between the second binding domain and the second coiled-coil, and a second cleavage site between the second cysteine residue and the second coiled-coil; and, (c) a disulphide bond between the first and second cysteine residues, wherein the first and second binding domains comprise receptor ligand-binding domains, monoclonal antibodies (mAb), single domain antibodies (sdAb), single-chain antibody Fv fragments (scFv) or a combination thereof, wherein due to the disulphide bond the first and second receptor ligand-binding domains are aligned and wherein after cleavage of the first cleavage site in the first fusion protein and the second cleavage site in the second fusion protein the cysteine residues are at the C-terminal or N-terminal ends of the binding domains. (a) a first fusion protein comprising a first binding domain fused to a first coiled-coil, a first cysteine residue between the first binding domain and the first coiled-coil, and a first cleavage site between the first cysteine residue and the first coiled-coil; (b) a second fusion protein comprising a second binding domain fused to a second coiled-coil dimerizing with the first coiled-coil, a second cysteine residue between the second binding domain and the second coiled-coil, and a second cleavage site between the second cysteine residue and the second coiled-coil; and, (c) a disulphide bond between the first and second cysteine residues,
A method for selecting a clone of induced pluripotent stem cells (iPS cells), comprising the steps of: inducing differentiation of a clone of iPS cells into a primary neurosphere or secondary neurosphere, measuring the content of cells having a promoter activity of an undifferentiated cell-specific gene in the neurosphere, and selecting the clone of iPS cells that has differentiated into the neurosphere in which the content of cells measured in step is less than a control content, wherein the control content is the content of cells having the promoter activity in cells differentiated from a control clone, which is a clone of iPS cells or embryonic stem cells known not to substantially cause tumor formation when transplanted into a living body, and wherein the undifferentiated cell-specific gene is selected from the group consisting of the TRA2-49 gene, SSEA-4 gene, TRA2-54 gene, TRA1-60 gene, TRA1-81 gene, Nanog gene, TDGF gene, Oct3/4 gene, GDF3 gene, FGF4 gene, UTF1 gene and Lin28 gene. inducing differentiation of a clone of iPS cells into a primary neurosphere or secondary neurosphere, measuring the content of cells having a promoter activity of an undifferentiated cell-specific gene in the neurosphere, and selecting the clone of iPS cells that has differentiated into the neurosphere in which the content of cells measured in step is less than a control content,
A circuit breaker, comprising: first and second electrical contacts (142, 144), the electrical contacts (142, 144) configured to generate an electrical arc upon being separated during operation of the circuit breaker; a first chamber at least partially surrounding the first and second electric contacts (142, 144); a second chamber filled with insulating gas; and a valve assembly interconnecting the first chamber and the second chamber, the valve assembly configured to allow threshold-based flow of the insulating gas into and out of the first chamber, the valve assembly comprising: a valve body; a first valve plate movably mounted in the valve body; a second valve plate arranged in the valve body so as to move between a first position and a second position, wherein in the first position, the second valve plate lifts above the first valve plate and in the second position, the second valve plate seats upon the first valve plate; characterised by a torsion spring arranged in the valve body and coupled to the first valve plate, the torsion spring configured to constrain the movement of the first valve plate in the valve body. first and second electrical contacts (142, 144), the electrical contacts (142, 144) configured to generate an electrical arc upon being separated during operation of the circuit breaker; a first chamber at least partially surrounding the first and second electric contacts (142, 144); a second chamber filled with insulating gas; and a valve assembly interconnecting the first chamber and the second chamber, the valve assembly configured to allow threshold-based flow of the insulating gas into and out of the first chamber, the valve assembly comprising: a valve body; a first valve plate movably mounted in the valve body; a second valve plate arranged in the valve body so as to move between a first position and a second position, wherein in the first position, the second valve plate lifts above the first valve plate and in the second position, the second valve plate seats upon the first valve plate; characterised by a torsion spring arranged in the valve body and coupled to the first valve plate, the torsion spring configured to constrain the movement of the first valve plate in the valve body. a valve body; a first valve plate movably mounted in the valve body; a second valve plate arranged in the valve body so as to move between a first position and a second position, wherein in the first position, the second valve plate lifts above the first valve plate and in the second position, the second valve plate seats upon the first valve plate; characterised by a torsion spring arranged in the valve body and coupled to the first valve plate, the torsion spring configured to constrain the movement of the first valve plate in the valve body.