mhurhangee/ep-ind-claims huggingface dataset:
Electrostatic precipitator, in particular for an exhaust line of an emission control system, having a channel wall and a flow channel, through which a particle-containing exhaust gas flows in a flow direction, an electrode, which extends in the flow channel, substantially in the flow direction, for forming an electrical field between the electrode and the channel wall, and a high-voltage feed for feeding the electrode, characterized in that an electrode holding device and at least one particle removing means are comprised, and in that the electrode is formed in such a manner that it is at least partially integrated with the electrode holding device, at least one particle removing means (8.2) being heatable and the electrode holding device being heated up, and in that the electrode holding device is formed in such a manner that it is at least partially integrated with the particle removing means (8.2).
A method for determining a parameter of a production fluid in a wellbore, comprising: attaching a plurality of sensors to a string of tubing equipped with a plurality of sleeves; providing an isolated communication path for fluid communication between at least one of the plurality of sensors and at least one of a plurality of apertures formed in the sleeves, the apertures initially closed and the isolated communication path initially blocked; inserting the string of tubing into the wellbore; cementing the string of tubing in the wellbore; remotely opening the apertures in the sleeves; injecting a fracking fluid into a formation adjacent the wellbore via the apertures, thereby perforating the cement; unblocking the isolated communication path; and measuring the parameter of the production fluid adjacent the apertures. attaching a plurality of sensors to a string of tubing equipped with a plurality of sleeves; providing an isolated communication path for fluid communication between at least one of the plurality of sensors and at least one of a plurality of apertures formed in the sleeves, the apertures initially closed and the isolated communication path initially blocked; inserting the string of tubing into the wellbore; cementing the string of tubing in the wellbore; remotely opening the apertures in the sleeves; injecting a fracking fluid into a formation adjacent the wellbore via the apertures, thereby perforating the cement; unblocking the isolated communication path; and measuring the parameter of the production fluid adjacent the apertures.
A radio parameter control apparatus comprising: radio quality prediction means for predicting a radio quality of at least one radio signal received at a radio terminal due to change of a radio parameter of a radio cell; resource-allocated number-of-communications prediction means for predicting a number of communications considered as allocation targets of radio resources in a radio cell due to the change of the radio parameter; communication quality prediction means for predicting a communication quality for the radio terminal due to the change of the radio parameter based on the predicted radio quality and the predicted number of communications; and radio parameter decision means for deciding to apply the radio parameter for a radio cell for which an improvement of communication quality can be expected based on the predicted communication quality. radio quality prediction means for predicting a radio quality of at least one radio signal received at a radio terminal due to change of a radio parameter of a radio cell; resource-allocated number-of-communications prediction means for predicting a number of communications considered as allocation targets of radio resources in a radio cell due to the change of the radio parameter; communication quality prediction means for predicting a communication quality for the radio terminal due to the change of the radio parameter based on the predicted radio quality and the predicted number of communications; and radio parameter decision means for deciding to apply the radio parameter for a radio cell for which an improvement of communication quality can be expected based on the predicted communication quality.
A motor stator, comprising a stator tooth, wherein the stator tooth comprises a tooth root and a tooth crest; the tooth crest is provided on the tooth root; the tooth crest comprises a first tooth crest part and a second tooth crest part; the first tooth crest part and the second tooth crest part are provided on two sides of the tooth root along the circumference of the motor stator, respectively, and a tooth crest air gap is formed between the first tooth crest part and the second tooth crest part; wherein the tooth crest air gap radially penetrates through the first tooth crest part and the second tooth crest part, and separates the first tooth crest part from the second tooth crest part; and the first tooth crest part of the stator tooth and the second tooth crest part of the adjoining stator tooth are integrally molded; characterized in that the first tooth crest part and the second tooth crest part are in separate clamped fixations with the tooth root. wherein the tooth crest air gap radially penetrates through the first tooth crest part and the second tooth crest part, and separates the first tooth crest part from the second tooth crest part; and the first tooth crest part of the stator tooth and the second tooth crest part of the adjoining stator tooth are integrally molded; characterized in that the first tooth crest part and the second tooth crest part are in separate clamped fixations with the tooth root.
A fastener member for engaging around a neck of a reservoir, the fastener member including fastener means that are axially engageable with and around the neck until a final fastened position is reached in which the member is fastened firmly around the neck, the fastener member further including guide means that are axially engageable around the neck before the fastener means come into engagement with the neck, so as to make it easier to position the fastener member and the fastener means relative to the neck, the fastener member being characterized in that the guide means comprise a plurality of deformable tabs that freely extend radially inwards towards the neck.
A continuous fibrous tape, comprising a substantially planar sheet of natural fibres of length Li, said sheet having a longitudinal dimension L, a transverse dimension w; said sheet comprising substantially planar units (200, 300, 201, 301) positioned in n longitudinal lines (10, 11, 12, 13), with n being an integer of at least 4, said longitudinal lines (10, 11, 12, 13) being positioned next to each other, each planar unit (200, 300, 201, 301) comprising individual natural fibres having substantially the same length Li; each planar unit (200, 300, 201, 301) having a longitudinal dimension L i and a transverse dimension w/n, each planar unit (200, 300, 201, 301) having a first and a second transverse peripheral edge, opposite to each other and a first and a second longitudinal peripheral edge, opposite to each other; said first and said second transverse peripheral edge having a dimension w/n and said first and said second longitudinal peripheral edge having a dimension Li, each longitudinal line (10, 11, 12, 13) comprising a plurality of planar units (200, 300; 201, 301) positioned in such a way that the first transverse peripheral edge of a first planar unit (200, 201) is adjoining the second transverse peripheral edge of a second planar unit (300, 301) adjoining said first planar unit (200, 201), wherein the transverse peripheral edges of planar units (200, 300) in a longitudinal line are misaligned in longitudinal direction with the transverse peripheral edges of planar units (201, 301) in an adjoining longitudinal line by a misalignment distance Lv, wherein the misalignment distance Lv is at least 3w/n; and wherein, if the misalignment distance Lv between the transverse peripheral edge of planar units in a first longitudinal line and the transverse peripheral edges of planar units in a second longitudinal line is less than 3w/n, then there are at least two longitudinal lines positioned between the first longitudinal line and the second longitudinal line.
A sand control screen positionable within a wellbore, the sand control screen comprising: a base pipe having at least one opening that allows fluid flow between an exterior of the base pipe and an interior flow path of the base pipe; a filter medium positioned exteriorly of the base pipe, the filter medium selectively allowing fluid flow therethrough and preventing particulate flow of a predetermined size therethrough; a pressure actuated device operably associated with the at least one opening, the pressure actuated device operable to initially prevent fluid flow through the at least one opening and actuatable to allow fluid flow through the at least one opening responsive to an increase in pressure to a predetermined level in the interior flow path; characterised by a flow restricting device including an integral one way valve disposed in a fluid flow path between the filter medium and the at least one opening, the flow restricting device operable to create a pressure drop in fluids flowing therethrough, the one way valve operable to allow fluid flow in a downstream direction from the filter medium to the at least one opening and prevent fluid flow in an upstream direction from the at least one opening to the filter medium. a base pipe having at least one opening that allows fluid flow between an exterior of the base pipe and an interior flow path of the base pipe; a filter medium positioned exteriorly of the base pipe, the filter medium selectively allowing fluid flow therethrough and preventing particulate flow of a predetermined size therethrough; a pressure actuated device operably associated with the at least one opening, the pressure actuated device operable to initially prevent fluid flow through the at least one opening and actuatable to allow fluid flow through the at least one opening responsive to an increase in pressure to a predetermined level in the interior flow path;
Solar tracker for providing sun tracking to a module of solar panels, the solar tracker comprising: - a hollow torsion tube, for providing rotation to the module of solar panels, the torsion tube defining a longitudinal direction of rotation; - a motor, with a rotatable motor shaft along the longitudinal direction; - a first gearbox, mounted to the torsion tube at a first position nearer the motor, and connected to the motor shaft for transmitting to the torsion tube the rotation of the motor shaft; - a second gearbox, mounted to the torsion tube at a second position which is, along the longitudinal direction, further from the motor than the first position; and - a primary shaft, coaxial to the motor shaft, and connected to the second gearbox, for transmitting to the second gearbox the rotation of the motor shaft; wherein the first gearbox and the second gearbox are configured and mounted so as to define corresponding embedments withstanding torsion moment; the solar tracker being characterized in that the motor is housed within the torsion tube. - a hollow torsion tube, for providing rotation to the module of solar panels, the torsion tube defining a longitudinal direction of rotation; - a motor, with a rotatable motor shaft along the longitudinal direction; - a first gearbox, mounted to the torsion tube at a first position nearer the motor, and connected to the motor shaft for transmitting to the torsion tube the rotation of the motor shaft; - a second gearbox, mounted to the torsion tube at a second position which is, along the longitudinal direction, further from the motor than the first position; and - a primary shaft, coaxial to the motor shaft, and connected to the second gearbox, for transmitting to the second gearbox the rotation of the motor shaft; wherein the first gearbox and the second gearbox are configured and mounted so as to define corresponding embedments withstanding torsion moment; the solar tracker being characterized in that the motor is housed within the torsion tube.
A method for transmitting an uplink, UL, signal in a time division duplex, TDD, wireless communication system, the method comprising: receiving a specific signal from a serving cell indicating specific time-frequency resources; receiving an indicator indicating whether puncturing or rate matching is performed on the specific time-frequency resources; and transmitting a UL subframe based on the specific signal on one or more time-frequency resources except the specific time-frequency resources after performing puncturing or rate matching according to the indicator, wherein the specific signal corresponds to at least one of a reference signal, RS, a broadcast channel, BCH, or a synchronization channel, SCH. receiving a specific signal from a serving cell indicating specific time-frequency resources; receiving an indicator indicating whether puncturing or rate matching is performed on the specific time-frequency resources; and transmitting a UL subframe based on the specific signal on one or more time-frequency resources except the specific time-frequency resources after performing puncturing or rate matching according to the indicator, wherein the specific signal corresponds to at least one of a reference signal, RS, a broadcast channel, BCH, or a synchronization channel, SCH.
A multifunction peripheral apparatus comprising: a scanner configured to optically scan a target object to obtain scan data; a communication interface configured to communicate with another apparatus (10B, 20, 50); and a processor configured to: transmit, with the communication interface, the scan data to a service device for executing an optical character recognition, OCR, function for recognizing characters in the scan data to generate a text data, and notifies the service device that another multifunction peripheral apparatus is an alternative apparatus for acquiring the text data; the multifunction peripheral apparatus being characterized in that the processor is further configured to: encrypt processing information for acquiring the text data of the service device and transmitting the text data to a file (server; and transmit, with the communication interface, the encrypted processing information to the another alternative multifunction peripheral apparatus, wherein the multifunction peripheral apparatus performs polling to the service device as to whether or not generation of the text data is completed, and acquires the text data from the service device and transmits the text data to the file server when receiving a response to the polling from the service device. a scanner configured to optically scan a target object to obtain scan data; a communication interface configured to communicate with another apparatus (10B, 20, 50); and a processor configured to: transmit, with the communication interface, the scan data to a service device for executing an optical character recognition, OCR, function for recognizing characters in the scan data to generate a text data, and notifies the service device that another multifunction peripheral apparatus is an alternative apparatus for acquiring the text data; the multifunction peripheral apparatus being characterized in that the processor is further configured to: encrypt processing information for acquiring the text data of the service device and transmitting the text data to a file (server; and transmit, with the communication interface, the encrypted processing information to the another alternative multifunction peripheral apparatus, wherein encrypt processing information for acquiring the text data of the service device and transmitting the text data to a file (server; and transmit, with the communication interface, the encrypted processing information to the another alternative multifunction peripheral apparatus, wherein the multifunction peripheral apparatus performs polling to the service device as to whether or not generation of the text data is completed, and acquires the text data from the service device and transmits the text data to the file server when receiving a response to the polling from the service device.
An apparatus for fixing hydraulic pipes for a construction machine, which has a hydraulic pipe clamp for fixing a plurality of pipes to a boom structure, comprising: a lower clamp having a mounting hole; an upper clamp coupled onto the lower clamp; and a vibration-proof member attached to the interior of the clamp to absorb vibration of the pipes, wherein the vibration-proof member is installed between the upper clamp and the lower clamp, wherein the vibration-proof member includes a plurality of divided vibration-proof pieces installed between a pipe support portion of the lower clamp and a pipe cover portion of the upper clamp. characterized by a clamp position setting member for fixing the lower clamp to one side of a boom structure, wherein the lower clamp is fixed to the clamp position setting member through a clamp support member coupled to the mounting hole, wherein the upper clamp has an interference prevention groove in which a head portion of the clamp support member is placed, a lower clamp having a mounting hole; an upper clamp coupled onto the lower clamp; and a vibration-proof member attached to the interior of the clamp to absorb vibration of the pipes, wherein the vibration-proof member is installed between the upper clamp and the lower clamp, wherein the vibration-proof member includes a plurality of divided vibration-proof pieces installed between a pipe support portion of the lower clamp and a pipe cover portion of the upper clamp. characterized by a clamp position setting member for fixing the lower clamp to one side of a boom structure, wherein the lower clamp is fixed to the clamp position setting member through a clamp support member coupled to the mounting hole, wherein the upper clamp has an interference prevention groove in which a head portion of the clamp support member is placed,
A plating frame unit for holding a substrate in a chemical and/or electrolytic surface treatment of the substrate, comprising: - a front plate, - a back plate, - a vacuum unit, and - electric contact portions, wherein the front plate comprises a front frame portion surrounding a front recess portion, wherein the back plate comprises a back frame portion, wherein the front frame portion and the back frame portion are connected to each other to hold the substrate between them, and wherein the vacuum unit is configured to reduce an inner pressure between the front frame portion and the back frame portion below a surrounding pressure to attach the front frame portion relative to the back frame portion, characterised in that the electric contact portions are arranged at the front frame portion and the back frame portion to contact the substrate electrically. - a front plate, - a back plate, - a vacuum unit, and - electric contact portions, wherein the front plate comprises a front frame portion surrounding a front recess portion, wherein the back plate comprises a back frame portion, wherein the front frame portion and the back frame portion are connected to each other to hold the substrate between them, and wherein the vacuum unit is configured to reduce an inner pressure between the front frame portion and the back frame portion below a surrounding pressure to attach the front frame portion relative to the back frame portion, characterised in that the electric contact portions are arranged at the front frame portion and the back frame portion to contact the substrate electrically.
Refractory impact pad providing the following features in its use position: a) a bottom with an upper impact surface, b) a wall with an inner surface, c) the wall extending from said bottom upwardly to an upper end of the impact pad, d) the inner surface of the wall and the upper impact surface of the bottom define a space, e) a plurality of barriers project from the inner surface of the wall into said space, f) said barriers are shaped as an inverted V or inverted W with a corresponding number of legs, and g) said barriers are arranged with a distance to each other at least in a horizontal direction. a) a bottom with an upper impact surface, b) a wall with an inner surface, c) the wall extending from said bottom upwardly to an upper end of the impact pad, d) the inner surface of the wall and the upper impact surface of the bottom define a space, e) a plurality of barriers project from the inner surface of the wall into said space, f) said barriers are shaped as an inverted V or inverted W with a corresponding number of legs, and g) said barriers are arranged with a distance to each other at least in a horizontal direction.
A combination weighing apparatus comprising: a dispersion table that receives and conveys an article that has been supplied from an outside; a driving unit that applies conveyance force to the dispersion table, the conveyance force causing the article to be conveyed; a plurality of conveyors that receives the article from the dispersion table, and conveys the article toward a downstream side; a plurality of hoppers that temporarily receives a plurality of the articles that has been discharged from the plurality of conveyors, and discharges the plurality of the articles to the downstream side; an obtaining unit that obtains a weight value of the article that is retained in each of the plurality of hoppers; and a controller that performs combination calculation on a basis of the weight value that has been obtained by the obtaining unit, characterised in that: on a surface on which the article is conveyed in the dispersion table, a plurality of inclined faces is disposed, the plurality of inclined faces rising along a circumferential direction or a radiation direction. a dispersion table that receives and conveys an article that has been supplied from an outside; a driving unit that applies conveyance force to the dispersion table, the conveyance force causing the article to be conveyed; a plurality of conveyors that receives the article from the dispersion table, and conveys the article toward a downstream side; a plurality of hoppers that temporarily receives a plurality of the articles that has been discharged from the plurality of conveyors, and discharges the plurality of the articles to the downstream side; an obtaining unit that obtains a weight value of the article that is retained in each of the plurality of hoppers; and a controller that performs combination calculation on a basis of the weight value that has been obtained by the obtaining unit, characterised in that: on a surface on which the article is conveyed in the dispersion table, a plurality of inclined faces is disposed, the plurality of inclined faces rising along a circumferential direction or a radiation direction.
A method of airflow transportation of methionine which is characterized in that when methionine is transported as airflow using carrier gas, the flow state of methionine is a low concentration floating flow type, and the mixing ratio of methionine and carrier gas is in the range of 4 to 10 kg -methionine / kg -carrier gas, wherein the D50 before the transportation of methionine is in the range of 150 to 425 μm, and wherein the pipe pressure is 0.05 to 0.19 MPa and the airflow velocity is 20 to 40 m / s. wherein the D50 before the transportation of methionine is in the range of 150 to 425 μm, and wherein the pipe pressure is 0.05 to 0.19 MPa and the airflow velocity is 20 to 40 m / s.