mhurhangee/ep-ind-claims huggingface dataset:
An automatic processing method of a photosensitive lithographic printing plate by developing a plural number of exposed photosensitive lithographic printing plates with a developer, which comprises: previously calculating an electric conductivity value of the developer having an activity falling within a proper range as a target electric conductivity value; measuring an electric conductivity of the developer for every fixed period as previously defined; and replenishing a developer replenisher to the developer in a case where the measured electric conductivity value is lower than the target electric conductivity value, wherein during a period from immediately after start of operation of an automatic processing apparatus until the measured electric conductivity value of the developer exceeds the target electric conductivity value, the target electric conductivity value is corrected using a first operation expression as previously defined for every replenishment of the developer replenisher; and after the measured electric conductivity value of the developer first exceeds the target electric conductivity value after start of operation of the automatic processing apparatus, the target electric conductivity value is corrected using a second operation expression for every replenishment of the developer replenisher. previously calculating an electric conductivity value of the developer having an activity falling within a proper range as a target electric conductivity value; measuring an electric conductivity of the developer for every fixed period as previously defined; and replenishing a developer replenisher to the developer in a case where the measured electric conductivity value is lower than the target electric conductivity value, during a period from immediately after start of operation of an automatic processing apparatus until the measured electric conductivity value of the developer exceeds the target electric conductivity value, the target electric conductivity value is corrected using a first operation expression as previously defined for every replenishment of the developer replenisher; and after the measured electric conductivity value of the developer first exceeds the target electric conductivity value after start of operation of the automatic processing apparatus, the target electric conductivity value is corrected using a second operation expression for every replenishment of the developer replenisher.
A mobile device comprising: an atmospheric pressure sensor configured to acquire a value of atmospheric pressure acting on the mobile device; an acceleration sensor configured to acquire a value of acceleration acting on the mobile device; and at least one controller configured to determine a moving state of the mobile device based on the value of atmospheric pressure and the value of acceleration, the at least one controller characterized by determining a moving state of the mobile device based on the value of acceleration; storing the determination result indicating that the mobile device is not in movement as a temporary determination result, when it is determined that the mobile device is not in movement based on the value of acceleration; determining whether the value of atmospheric pressure changed per an unit interval is equal to or greater than a threshold value; and discarding the stored temporary determination result indicating that the mobile device is not in movement and determining that the mobile device is in movement when the value of atmospheric pressure changed per the unit interval is equal to or greater than the threshold value. an atmospheric pressure sensor configured to acquire a value of atmospheric pressure acting on the mobile device; an acceleration sensor configured to acquire a value of acceleration acting on the mobile device; and at least one controller configured to determine a moving state of the mobile device based on the value of atmospheric pressure and the value of acceleration, the at least one controller characterized by determining a moving state of the mobile device based on the value of acceleration; storing the determination result indicating that the mobile device is not in movement as a temporary determination result, when it is determined that the mobile device is not in movement based on the value of acceleration; determining whether the value of atmospheric pressure changed per an unit interval is equal to or greater than a threshold value; and discarding the stored temporary determination result indicating that the mobile device is not in movement and determining that the mobile device is in movement when the value of atmospheric pressure changed per the unit interval is equal to or greater than the threshold value.
Light strip, comprising at least a first group of light emitting devices and a least a second group of light emitting devices, wherein the light emitting devices of each group (1; 2) are arranged distributed over the length of the light strip between opposite end regions, wherein the light strip comprises supply lines for supplying power to the first group of light emitting devices via a first feed point, which is arranged in a first end region, and wherein the light strip comprises supply lines for supplying power to the second group of light emitting devices separately from the first group via a second feed point, which is arranged in a second end region, and, wherein power can be supplied to the first group of light emitting devices and the second group of light emitting devices via separate respective circuits, which are integrated in the light strip, wherein the light emitting devices of the first group are consecutively and respectively connected to the supply lines for supplying power to the first group, which supply lines run to the first feed point, and wherein the light emitting devices of the second group are consecutively and respectively connected to the supply lines for supplying power to the second group, which supply lines run to the second feed point.
A surgical fastening device, comprising: a handle; a trigger disposed on the handle; an elongated shaft extending from the handle; a carrier portion disposed at a distal portion of the shaft; a plurality of fasteners disposed within the carrier portion; and an indicator on the distal portion of the shaft that indicates the number of the plurality of fasteners that remain within the carrier portion, characterized in that the indicator comprises a mechanical linkage between a visible marker disposed on or at an outer surface of the shaft and a location of a marker element disposed within the carrier portion. a handle; a trigger disposed on the handle; an elongated shaft extending from the handle; a carrier portion disposed at a distal portion of the shaft; a plurality of fasteners disposed within the carrier portion; and an indicator on the distal portion of the shaft that indicates the number of the plurality of fasteners that remain within the carrier portion, characterized in that the indicator comprises a mechanical linkage between a visible marker disposed on or at an outer surface of the shaft and a location of a marker element disposed within the carrier portion.
A vehicle front structure, comprising: a bumper disposed on a front section of a vehicle body so as to extend in a vehicle-width direction; a radiator grille disposed above the bumper and behind the bumper with respect to the vehicle body; a grille support member disposed behind the radiator grille with respect to the vehicle body and supporting the radiator grille; and a vehicle-body frame member disposed behind a shock-absorbing portion with respect to the vehicle body, and configured to support the shock-absorbing portion against a load applied to the shock-absorbing portion from front, characterized in that the shock absorbing portion is disposed on each side of the grille support member in the vehicle-width direction and behind the radiator grille with respect to the vehicle body, and configured to support the radiator grille against a load applied from front of the vehicle body and to absorb the load by receiving the load while deforming so as to squash. a bumper disposed on a front section of a vehicle body so as to extend in a vehicle-width direction; a radiator grille disposed above the bumper and behind the bumper with respect to the vehicle body; a grille support member disposed behind the radiator grille with respect to the vehicle body and supporting the radiator grille; and a vehicle-body frame member disposed behind a shock-absorbing portion with respect to the vehicle body, and configured to support the shock-absorbing portion against a load applied to the shock-absorbing portion from front, characterized in that the shock absorbing portion is disposed on each side of the grille support member in the vehicle-width direction and behind the radiator grille with respect to the vehicle body, and configured to support the radiator grille against a load applied from front of the vehicle body and to absorb the load by receiving the load while deforming so as to squash.
A crystalline form of a mesylate salt of (4R,7S)-2-(3-(4-chlorophenyl)ureido)-9-methyl-5,6,7,8-tetrahydro-4H-4,7-epiminocyclohepta[ b]thiophene-3-carboxamide, or solvate thereof, wherein the mesylate salt has an X-ray powder diffraction (XRPD) pattern with characteristic peaks at 7.6° 2-Theta, 10.6° 2-Theta, 15.0° 2-Theta, 16.0° 2-Theta, 16.8° 2-Theta, 17.7° 2-Theta, 21.9° 2-Theta, and 22.5° 2-Theta.
A composition comprising docosahexanoate for use in reducing the risk of pathological effects of traumatic brain injury, the use comprising: (a) administering to a subject who is at risk of traumatic brain injury the composition comprising docosahexaenoate, wherein the composition is administered in a prophylactically effective amount for a sufficient time period prior to engagement in an activity associated with a risk of traumatic brain injury to reduce the risk of pathological effects of traumatic brain injury, and wherein the composition has an eicosapentaenoate content of about 3 wt% of the total fatty acid content, and the DHA to EPA ratio is at least 10:1. (a) administering to a subject who is at risk of traumatic brain injury the composition comprising docosahexaenoate, wherein the composition is administered in a prophylactically effective amount for a sufficient time period prior to engagement in an activity associated with a risk of traumatic brain injury to reduce the risk of pathological effects of traumatic brain injury, and wherein the composition has an eicosapentaenoate content of about 3 wt% of the total fatty acid content, and the DHA to EPA ratio is at least 10:1.
A data center using directional radio frequency communication, the data center comprising: multiple computing units configured to form a switching fabric, individual computing units of the multiple computing units comprising: processing resources configured to perform a computing function; memory resources configured to store data; at least two wireless RF communication elements configured to form at least two corresponding directionally-focused RF beams; and switching resources configured to couple together the processing resources, the memory resources, and the at least two wireless RF communication elements, wherein a first individual computing unit is configured to: transfer control data to a second individual computing unit using an assigned time slot, and transfer payload data to the second individual computing unit using another assigned time slot. multiple computing units configured to form a switching fabric, individual computing units of the multiple computing units comprising: processing resources configured to perform a computing function; memory resources configured to store data; at least two wireless RF communication elements configured to form at least two corresponding directionally-focused RF beams; and switching resources configured to couple together the processing resources, the memory resources, and the at least two wireless RF communication elements, processing resources configured to perform a computing function; memory resources configured to store data; at least two wireless RF communication elements configured to form at least two corresponding directionally-focused RF beams; and switching resources configured to couple together the processing resources, the memory resources, and the at least two wireless RF communication elements, wherein a first individual computing unit is configured to: transfer control data to a second individual computing unit using an assigned time slot, and transfer payload data to the second individual computing unit using another assigned time slot. transfer control data to a second individual computing unit using an assigned time slot, and transfer payload data to the second individual computing unit using another assigned time slot.
An ice protection system configured for an aircraft component of an aircraft or for an aircraft, wherein the ice protection system includes a phase change material that is configured for storing thermal energy by undergoing a phase transition, when the temperature of the phase change material goes above a first temperature, and for releasing previously stored thermal energy by undergoing another phase transition, when the temperature of the phase change material goes below a second temperature that is lower than the first temperature.
A method executed by a network device implementing a session-sender to perform a test to determine whether differentiated services code point, DSCP, and explicit congestion notification, ECN, are modified in a single test session in a forward direction between the session-sender and a session-reflector, where multiple DSCP and ECN are tested using the single test session, the method comprising: determining (301, 701) an initial forward DSCP and ECN; generating (303, 501, 703) a first test packet including the initial forward DSCP and ECN in an Internet Protocol, IP, header of the first test packet; sending (305, 503, 705) the first test packet to the session-reflector in the single test session; receiving (307, 505, 707) a second test packet in the single test session, the second test packet comprising a final forward DSCP and ECN that identify the DSCP and ECN received by the session-reflector for enabling comparison of the final forward DSCP and ECN to the initial forward DSCP and ECN, wherein the final forward DSCP and ECN are comprised in a payload of the second test packet; and iterating through each of the multiple DSCP and ECN until each of the multiple DSCP and ECN are tested in the single test session. determining (301, 701) an initial forward DSCP and ECN; generating (303, 501, 703) a first test packet including the initial forward DSCP and ECN in an Internet Protocol, IP, header of the first test packet; sending (305, 503, 705) the first test packet to the session-reflector in the single test session; receiving (307, 505, 707) a second test packet in the single test session, the second test packet comprising a final forward DSCP and ECN that identify the DSCP and ECN received by the session-reflector for enabling comparison of the final forward DSCP and ECN to the initial forward DSCP and ECN, wherein the final forward DSCP and ECN are comprised in a payload of the second test packet; and iterating through each of the multiple DSCP and ECN until each of the multiple DSCP and ECN are tested in the single test session.
Device for a crusher, comprising a frame for a crushing chamber, which frame comprises a crossmember, which crushing chamber is delimited by a crushing jaw which is drive-connected to a piston inserted into a hollow cylinder, characterized in that the capacity of the hollow cylinder lies completely within the crossmember.
A process for making a pre-polyester comprising: providing an esterification pipe reactor comprising a pipe, the pipe having an inlet and an outlet, the pipe also having a recirculation reaction zone (RR zone) and a plug reaction profile reaction zone (PRPR zone) with the RR zone being closer to the inlet than the PRPR zone is; adding a solubilizing agent into the pipe; and reacting one or more reactants flowing in the pipe towards the outlet under esterification reaction conditions to form the pre-polyester. providing an esterification pipe reactor comprising a pipe, the pipe having an inlet and an outlet, the pipe also having a recirculation reaction zone (RR zone) and a plug reaction profile reaction zone (PRPR zone) with the RR zone being closer to the inlet than the PRPR zone is; adding a solubilizing agent into the pipe; and reacting one or more reactants flowing in the pipe towards the outlet under esterification reaction conditions to form the pre-polyester.
A pharmaceutical composition comprising: a) a first pharmacologically active ingredient, which is selected from the compound according to formula and the physiologically acceptable salts thereof, and b) a second pharmacologically active ingredient, which is a propionic acid derivative selected from the group consisting of ibuprofen and the physiologically acceptable salts thereof. a) a first pharmacologically active ingredient, which is selected from the compound according to formula and the physiologically acceptable salts thereof, and b) a second pharmacologically active ingredient, which is a propionic acid derivative selected from the group consisting of ibuprofen and the physiologically acceptable salts thereof.
Pipe, in particular a district heating pipe, comprising a media pipe and lagging consisting of polyurethane foam surrounding the media pipe, wherein the media pipe and the lagging are embedded into a thermoplastic casing pipe and wherein the lagging is provided on the front face of the pipe with a barrier polymer, characterised in that the barrier polymer, namely a diffusion-resistant lacquer layer which is applied to the lagging and prevents the cell gas from being exchanged, is covalently bonded to the lagging.
A gyroscope, comprising: a drive frame; a central anchor; a plurality of drive beams (1215a-1215d) disposed on opposing sides of the central anchor, the drive beams (1215a-1215d) connecting the drive frame to the central anchor, each of the drive beams (1215a-1215d) including a piezoelectric layer and configured to cause the drive frame to oscillate torsionally in a plane of the drive beams (1215a-1215d); a proof mass; and a plurality of sense beams (1225a-1225d) including a layer of piezoelectric sense electrodes (1305a-1305d), the sense beams (1225a-1225d) configured for connecting the drive frame to the proof mass, the sense beams (1225a-1225d) being configured to bend in a sense plane substantially perpendicular to the plane of the drive beams (1215a-1215d) in response to an applied angular rotation, causing a piezoelectric charge in the sense electrodes (1305a-1305d), characterized in that the sense beams (1225a-1225d) are tapered sense beams having a width that decreases with increasing distance from the anchor. a drive frame; a central anchor; a plurality of drive beams (1215a-1215d) disposed on opposing sides of the central anchor, the drive beams (1215a-1215d) connecting the drive frame to the central anchor, each of the drive beams (1215a-1215d) including a piezoelectric layer and configured to cause the drive frame to oscillate torsionally in a plane of the drive beams (1215a-1215d); a proof mass; and a plurality of sense beams (1225a-1225d) including a layer of piezoelectric sense electrodes (1305a-1305d), the sense beams (1225a-1225d) configured for connecting the drive frame to the proof mass, the sense beams (1225a-1225d) being configured to bend in a sense plane substantially perpendicular to the plane of the drive beams (1215a-1215d) in response to an applied angular rotation, causing a piezoelectric charge in the sense electrodes (1305a-1305d), characterized in that the sense beams (1225a-1225d) are tapered sense beams having a width that decreases with increasing distance from the anchor.
Height-adjustable table (1; 101) having at least one column (10; 104, 105), in particular table column, as well as a table plate, which is arranged above the at least one column (10, 104, 105), comprising at least one lower column element and an upper column element, wherein the column elements (11, 12) are movable relative to each other, and at least one adjustable gas pressure spring comprising a gas spring portion (91, 92), a gas reservoir and connecting means, which fluidically connects the gas reservoir and the gas spring portion (91, 92) together, wherein the spring force of the gas spring portion (91, 92) is adjustable by means of pressure equalisation with the gas reservoir and/or to ambient pressure and is arranged such that the spring force of the gas pressure spring counteracts a weight force on the column (10, 104, 105), characterised in that the table is provided with at least one synchronisation means (106, 107), in particular belt synchronisation means, which synchronises the height adjustment of a plurality of pillars (10; 104, 105), in particular also between one or a plurality of pillars (10; 104, 105) with adjustable gas spring and one or a plurality of pillars (10; 104, 105) with non-adjustable gas spring.
Method for updating a characteristic curve in a heating system, wherein at least two updating points (94, 96, 98) along the characteristic curve are recorded and the characteristic curve is newly determined in dependence on the at least two updating points (94, 96, 98), characterized in that the at least two updating points (94, 96, 98) are recorded in a closed loop mode.