mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an electric servo press for converting rotation of an electronically-controlled servomotor through an intermediation of a power transmission/conversion mechanism into vertical reciprocating movement of a slide so as to use the vertical reciprocating movement of the slide to perform press-working on a workpiece, comprising: executing rotation stop control for the servomotor according to a predetermined abrupt stop motion so as to immediately stop the press in response to an abrupt stop command; and under a condition that a predetermined time period elapses after start of the execution of the rotation stop control, both causing a mechanical brake of the electric servo press to actually act to perform braking on an output of the servomotor, and stopping at least one of electronic control including at least the rotation stop control and drive power supply with respect to the servomotor, wherein a time after elapse of the predetermined time period from the start of the execution of the rotation stop control is at or around a scheduled stop time at which the rotation of the servomotor is stopped by the execution of the rotation stop control in case where the servomotor operates without abnormalities/ failures. executing rotation stop control for the servomotor according to a predetermined abrupt stop motion so as to immediately stop the press in response to an abrupt stop command; and under a condition that a predetermined time period elapses after start of the execution of the rotation stop control, both causing a mechanical brake of the electric servo press to actually act to perform braking on an output of the servomotor, and stopping at least one of electronic control including at least the rotation stop control and drive power supply with respect to the servomotor, wherein a time after elapse of the predetermined time period from the start of the execution of the rotation stop control is at or around a scheduled stop time at which the rotation of the servomotor is stopped by the execution of the rotation stop control in case where the servomotor operates without abnormalities/ failures.
Liquid pharmaceutical formulation comprising anti-FXIa antibody BAY1213790 which consists of SEQ ID NO: 1 for the amino acid sequence for the heavy chain and SEQ ID NO: 2 for the amino acid sequence for the light chain at a concentration of 10 - 40 mg/ml, 10 mM histidine and 130mM glycine, wherein the formulation has a pH of 6.
An end carriage of a railway vehicle, extending between a first free end and a second end intended to be connected to another carriage of the railway vehicle, the end carriage including a lower housing for a bogie made in proximity to the first end, characterized in that it includes: - at least one substantially horizontal conduit, opening on the one hand into the lower housing, and opening on the other hand into the first end of the end carriage, and - means for circulating air in the conduit. - at least one substantially horizontal conduit, opening on the one hand into the lower housing, and opening on the other hand into the first end of the end carriage, and - means for circulating air in the conduit.
Extrusion head arrangement having a plurality of extrusion heads (1, 2) arranged next to one another along a transverse axis, each extrusion head having a housing with at least one flow channel (5, 13, 15) for forming a strand of extrudable plastic in the direction of a longitudinal axis (L1, L2), wherein the housing has an outer housing part extending along the longitudinal axis (L1, L2) with an outer circumferential surface, and wherein a longitudinal bore parallel to the longitudinal axis (L1, L2) is arranged in the outer housing part, characterized in that the outer circumferential surface of the outer housing part has an oval cross-section with a largest diameter and a smallest diameter (d), that the extrusion heads (1, 2) are arranged next to one another with the smallest diameters (d) parallel to the transverse axis, and that the longitudinal bores are each arranged on a diameter deviating from the smallest diameter (d). that the outer circumferential surface of the outer housing part has an oval cross-section with a largest diameter and a smallest diameter (d), that the extrusion heads (1, 2) are arranged next to one another with the smallest diameters (d) parallel to the transverse axis, and that the longitudinal bores are each arranged on a diameter deviating from the smallest diameter (d).
A conveyor system comprising: a conveyor having a conveyor belt (10, 10') to convey articles in a conveying direction ( along a conveying path; an accelerometer embedded in the conveyor belt to make measurements of accelerations of the conveyor; a controller processing the measurements; characterized by a damper controlled by the controller to damp accelerations of the conveyor in response to the measurements of the acceleration. a conveyor having a conveyor belt (10, 10') to convey articles in a conveying direction ( along a conveying path; an accelerometer embedded in the conveyor belt to make measurements of accelerations of the conveyor; a controller processing the measurements; characterized by a damper controlled by the controller to damp accelerations of the conveyor in response to the measurements of the acceleration.
Seal, comprising a spiralized profiled cord made of at least one thermoplastic elastomer material with a holding part and with at least one sealing lip, which are arranged opposite one another in the radial direction, wherein the profiled cord comprises coils which are arranged adjacent to one another in the axial direction and merge into one another and have end faces (7, 8) which are open on both sides, characterized in that the coils form a coil assembly, which has a substantially rectangular cross section, in which the open end faces (7, 8) are each arranged in an imaginary radial plane with the respective axially adjacently adjoining coils.
A contacting member (4; 10) for a printing apparatus, wherein the contacting member is for contacting a region of a contacted member (7; 11) to which a liquid composition has been applied, the contacting member comprising: a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer disposed on a surface which is for contacting the contacted member (7; 11), characterised in that the fluororesin fiber layer has an average deformation amount of from 5.0 to 18.0 μm/N, the average deformation amount being calculated from a displacement amount obtained when a circular indenter having a diameter of 5 mm is pushed into the fluororesin fiber layer. a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer disposed on a surface which is for contacting the contacted member (7; 11), characterised in that the fluororesin fiber layer has an average deformation amount of from 5.0 to 18.0 μm/N, the average deformation amount being calculated from a displacement amount obtained when a circular indenter having a diameter of 5 mm is pushed into the fluororesin fiber layer.
An agricultural baler comprising: a main bale chamber for the compressing of crop material into bales, the main bale chamber having a floor and an outlet for discharge of compressed crop material in the form of bales; the floor terminating at a rearward end adjacent to the outlet of the main bale chamber and including a plurality of floor slats positioned side-by-side to each other and extending toward the outlet, a center slat of the plurality of floor slats having a slot formed in a portion of a length of its top surface adjacent to the bale chamber; a bale ejection system incorporated in the floor, the bale ejection system being arranged to move and eject a rearward most bale proximate to the outlet of the main bale chamber and comprising an actuator, tines and a tine extension/retraction device, the tines extending through the slot in the top surface; characterized in that: the bale ejection system comprises an extension of the center slat which is integral with or separate from and attached to the center floor slat, and which continuously extends longitudinally past the outlet of the main bale chamber and the rearward end of the floor. a main bale chamber for the compressing of crop material into bales, the main bale chamber having a floor and an outlet for discharge of compressed crop material in the form of bales; the floor terminating at a rearward end adjacent to the outlet of the main bale chamber and including a plurality of floor slats positioned side-by-side to each other and extending toward the outlet, a center slat of the plurality of floor slats having a slot formed in a portion of a length of its top surface adjacent to the bale chamber; a bale ejection system incorporated in the floor, the bale ejection system being arranged to move and eject a rearward most bale proximate to the outlet of the main bale chamber and comprising an actuator, tines and a tine extension/retraction device, the tines extending through the slot in the top surface; characterized in that: the bale ejection system comprises an extension of the center slat which is integral with or separate from and attached to the center floor slat, and which continuously extends longitudinally past the outlet of the main bale chamber and the rearward end of the floor.
A steering device comprising: a steering wheel configured to steer a vehicle; a torsion bar provided at an intermediate portion of a rotary shaft that rotates together with the steering wheel; a torque sensor configured to detect a torsion bar torque (Ttb) applied to the torsion bar; and an electronic control unit, characterized in that a spiral cable, a first end of which is connected to a first member that rotates together with the rotary shaft and a second end of which is connected to a second member that is stationary with respect to a vehicle body; the electronic control unit is configured to estimate a driver torque (T d) applied to the steering wheel by a driver; the electronic control unit is configured to compute a rotational angle (θ sw) of the steering wheel; the electronic control unit is configured to compute, as the driver torque (T d), a value that includes a sum obtained by adding the torsion bar torque (Ttb), a steering wheel inertial torque compensation value (J sw ·d 2 θ sw /d t2), and a compensation value (T sc) for a spiral cable torque; the steering wheel inertial torque compensation value (J sw ·d 2 θ sw /d t2) is a product of a steering wheel inertial moment (J sw) and a second-order differential value (d 2 θ sw /d t2) of the rotational angle (θ sw) of the steering wheel; and the spiral cable torque is a torque that acts on the steering wheel because of spring characteristics of the spiral cable. a steering wheel configured to steer a vehicle; a torsion bar provided at an intermediate portion of a rotary shaft that rotates together with the steering wheel; a torque sensor configured to detect a torsion bar torque (Ttb) applied to the torsion bar; and an electronic control unit, characterized in that a spiral cable, a first end of which is connected to a first member that rotates together with the rotary shaft and a second end of which is connected to a second member that is stationary with respect to a vehicle body; the electronic control unit is configured to estimate a driver torque (T d) applied to the steering wheel by a driver; the electronic control unit is configured to compute a rotational angle (θ sw) of the steering wheel; the electronic control unit is configured to compute, as the driver torque (T d), a value that includes a sum obtained by adding the torsion bar torque (Ttb), a steering wheel inertial torque compensation value (J sw ·d 2 θ sw /d t2), and a compensation value (T sc) for a spiral cable torque; the steering wheel inertial torque compensation value (J sw ·d 2 θ sw /d t2) is a product of a steering wheel inertial moment (J sw) and a second-order differential value (d 2 θ sw /d t2) of the rotational angle (θ sw) of the steering wheel; and the spiral cable torque is a torque that acts on the steering wheel because of spring characteristics of the spiral cable.
A process for preparing a catalyst for carrying out hydrocarbon synthesis starting from a mixture comprising carbon monoxide and hydrogen, the active phase of which comprises cobalt deposited on a support formed by a silica-alumina comprising 1 to 30 % wt of silica, and in which said catalyst has an atomic ratio (Co/Al) not ground /(Co/Al) ground, measured by X-ray photo-emission spectroscopy, in the range 1 to 12, the atomic ratio (Co/Al) being defined by X-ray photo-emission spectroscopy by determining the measurement for ground particles and for particles which have not been ground, the ratio being equal to: (Co/Al) not ground for particles which have not been ground/(Co/Al) ground for ground particles, said process comprising at least one concatenation of the following steps: • a support impregnation step; • a drying step carried out at a temperature of less than 100°C, with a temperature increase rate in the range 0.3°C/min to 1.2°C/min, a gas flow rate in the range 0.5 to 6 Nl of dry air/(h.g of catalyst), a pressure equal to 0.1 MPa and for a period in the range 2 h to 15 h; • a calcining step. • a support impregnation step; • a drying step carried out at a temperature of less than 100°C, with a temperature increase rate in the range 0.3°C/min to 1.2°C/min, a gas flow rate in the range 0.5 to 6 Nl of dry air/(h.g of catalyst), a pressure equal to 0.1 MPa and for a period in the range 2 h to 15 h; • a calcining step.
A method of measuring an acceleration due to a gravitational field using one or more Bose-Einstein condensates, BECs, wherein the one or more BECs include: a first atomic field mode comprising collective oscillations within the at least one BEC propagating in a first direction; and a second atomic field mode comprising collective oscillations within the at least one BEC propagating in a second direction different to the first direction; wherein the method comprises: measuring a phase difference between the first mode and the second mode; and using the measured phase difference to measure the acceleration due to the gravitational field. wherein the one or more BECs include: a first atomic field mode comprising collective oscillations within the at least one BEC propagating in a first direction; and a second atomic field mode comprising collective oscillations within the at least one BEC propagating in a second direction different to the first direction; a first atomic field mode comprising collective oscillations within the at least one BEC propagating in a first direction; and a second atomic field mode comprising collective oscillations within the at least one BEC propagating in a second direction different to the first direction; wherein the method comprises: measuring a phase difference between the first mode and the second mode; and using the measured phase difference to measure the acceleration due to the gravitational field. measuring a phase difference between the first mode and the second mode; and using the measured phase difference to measure the acceleration due to the gravitational field.
A cellular telephone comprising means for the generation and transmission of an alert message to at least one predefined recipient, in response to an action for the automatic generation of an alert message by the cellular telephone to one or more predetermined recipients, characterized in that the said means are activated by a unique action by the user at any time and in all circumstances, even if the screen is locked or the user is on another application and without requiring the opening of an application or any additional intervention, and in that the telephone comprises a computer program adapted to be installed on any cellular telephone, without hardware modification, for detecting as a background task a change of state of at least one man-machine interface of the telephone corresponding to the said unique activation action, the said change of state being specific to a panic situation associated with pre-recorded parameters, and in case of detection of the said change of state, for sending a processor interrupt message and calling a routine triggering an application commanding the transmission of a voice or digital message containing pre-recorded parameters.
A method performed by a wireless device, comprising: receiving, from a base station, access network information indicating an access network type of a plurality of access network types comprising: a geostationary earth orbit, GEO, access network type; and a low earth orbit, LEO, access network type; selecting, based on the access network type, a first non-access stratum, NAS, period among a plurality of NAS periods comprising: a first NAS period value, associated with the GEO access network type; and a second NAS period value associated with the LEO access network type; initiating a NAS procedure by sending, to an access and mobility management function, AMF, via the base station, a first NAS request message, wherein a start of the first NAS period is based on the sending; and in response to an expiration of the first NAS period, aborting the NAS procedure. receiving, from a base station, access network information indicating an access network type of a plurality of access network types comprising: a geostationary earth orbit, GEO, access network type; and a low earth orbit, LEO, access network type; a geostationary earth orbit, GEO, access network type; and a low earth orbit, LEO, access network type; selecting, based on the access network type, a first non-access stratum, NAS, period among a plurality of NAS periods comprising: a first NAS period value, associated with the GEO access network type; and a second NAS period value associated with the LEO access network type; initiating a NAS procedure by sending, to an access and mobility management function, AMF, via the base station, a first NAS request message, wherein a start of the first NAS period is based on the sending; and in response to an expiration of the first NAS period, aborting the NAS procedure. a first NAS period value, associated with the GEO access network type; and a second NAS period value associated with the LEO access network type; initiating a NAS procedure by sending, to an access and mobility management function, AMF, via the base station, a first NAS request message, wherein a start of the first NAS period is based on the sending; and in response to an expiration of the first NAS period, aborting the NAS procedure.
A die press having upper and lower tooling dies matched to the cross section configuration of a pre-formed laminate for fabricating a thermoplastic composite part in a continuous compression molding process, each tooling die comprising: a contoured surface having a cross-section configuration including at least a first bend forming at least a first segment and a second segment in the cross-section configuration; and a bevel feature at an entry side of the tooling dies comprising a taper portion proximate the incoming edge that extends a first length from the entry side in the first segment and extends a second length larger than the first length from the entry side in the second segment. a contoured surface having a cross-section configuration including at least a first bend forming at least a first segment and a second segment in the cross-section configuration; and a bevel feature at an entry side of the tooling dies comprising a taper portion proximate the incoming edge that extends a first length from the entry side in the first segment and extends a second length larger than the first length from the entry side in the second segment.
A brake actuator including an electromechanical actuator, said EMA comprising: a housing having a first side and a second side and an opening through said second side into said housing, said housing including at least one mounting tab lying in a plane; an electric motor supported by said housing; and a ram having a longitudinal centerline mounted in said housing for linear movement through said opening and toward and away from said first side, said ram being operatively connected to said electric motor; wherein said housing comprises a first portion at said first side having a first width, a second portion at said second side having a second width greater than said first width and a transition wall connecting said first portion to said second portion; characterized in that said plane is parallel to the longitudinal centerline of said ram; and said motor has a longitudinal centerline and said plane lies between the longitudinal centerline of said ram and the longitudinal centerline of said motor. a housing having a first side and a second side and an opening through said second side into said housing, said housing including at least one mounting tab lying in a plane; an electric motor supported by said housing; and a ram having a longitudinal centerline mounted in said housing for linear movement through said opening and toward and away from said first side, said ram being operatively connected to said electric motor; wherein said housing comprises a first portion at said first side having a first width, a second portion at said second side having a second width greater than said first width and a transition wall connecting said first portion to said second portion; characterized in that said plane is parallel to the longitudinal centerline of said ram; and said motor has a longitudinal centerline and said plane lies between the longitudinal centerline of said ram and the longitudinal centerline of said motor.
An ocean wave energy system (200, 1000, 3000) for generating power from ocean waves, wherein said system includes a platform supporting an array of hollow columns whose respective lower ends are in fluidic communication with ocean waves and whose respective upper ends are in air communication with a turbine arrangement such that wave motion occurring at the lower ends is operable to cause air movement within said columns for propelling said turbine arrangement to generate power output, wherein said hollow columns are deployed in a non-vertical orientation, and at least a portion of said hollow columns are arranged in operation to exhibit a natural frequency of wave motion therein which is substantially matched to a frequency of ocean waves received at the portion of said hollow columns; and characterized in that: said system (200, 1000, 3000) further includes one or more position-adjustable and/or angle-adjustable submerged structures near said lower ends of said columns for forming ocean waves propagating in operation towards said lower ends of said columns to couple said waves in a controllable manner into said hollow columns, and wherein said submerged structures are implemented as one or more planar structures provided with an actuator arrangement for displacing and/or tilting said one or more planar structures relative to said array of columns. said system (200, 1000, 3000) further includes one or more position-adjustable and/or angle-adjustable submerged structures near said lower ends of said columns for forming ocean waves propagating in operation towards said lower ends of said columns to couple said waves in a controllable manner into said hollow columns, and wherein said submerged structures are implemented as one or more planar structures provided with an actuator arrangement for displacing and/or tilting said one or more planar structures relative to said array of columns.
A loading system comprising a valve loader, a deployment apparatus and a cartridge configured to house a deployable medical device, the valve loader comprising an outer housing structure and a first open cavity, the first open cavity configured to receive the cartridge and the housing structure comprising a loading plunger configured to direct the deployable medical device from the cartridge to a discharge end of the housing structure, the discharge end having a second cavity configured to receive a deployment apparatus into which the deployable medical device may be loaded.