mhurhangee/ep-ind-claims huggingface dataset:
Coordinate measuring machine for measuring a workpiece using an optical sensor, wherein the coordinate measuring machine has an illumination module, wherein the illumination module has a base body having a sensor side and a workpiece side, wherein the illumination module has, at the base body, at least one illumination arrangement (88, 104, 106) for illuminating the workpiece, wherein the at least one illumination arrangement (88, 104, 106) has a radiation pattern (126, 160) with a beam angle and a first light intensity profile in a first plane within the beam angle, and wherein the radiation pattern (126, 160) furthermore has a second light intensity profile in a second plane within the beam angle, characterized in that the first light intensity profile of the at least one illumination arrangement (88, 104, 106) is asymmetric within the first plane, and wherein the second light intensity profile of the at least one illumination arrangement (88, 104, 106) is asymmetric within the second plane, wherein the illumination module has a plurality of illumination arrangements (88, 104, 106), wherein the first planes of the illumination arrangements (88, 104, 106) intersect in a single straight line, and wherein a measurement cone or measurement cylinder of the optical sensor extends along the straight line.
A method of managing communications among devices, the method comprising: broadcasting, by an access point, AP, that is configured for communication via a first radio access technology, RAT, and a second RAT, an indication that the AP is capable of communicating via the first RAT and the second RAT, wherein the AP includes a management entity that is common to the first RAT and the second RAT; receiving, via the first RAT, an attachment request indicative of a station, STA, that is configured to communicate via the first RAT and the second RAT; and transmitting, responsive to the attachment request, an attachment response via the first RAT, wherein the attachment response indicates an operating mode change for the STA. broadcasting, by an access point, AP, that is configured for communication via a first radio access technology, RAT, and a second RAT, an indication that the AP is capable of communicating via the first RAT and the second RAT, wherein the AP includes a management entity that is common to the first RAT and the second RAT; receiving, via the first RAT, an attachment request indicative of a station, STA, that is configured to communicate via the first RAT and the second RAT; and transmitting, responsive to the attachment request, an attachment response via the first RAT, wherein the attachment response indicates an operating mode change for the STA.
A machine-to-machine, M2M, server for establishing an operational status of a M2M device in a M2M network, the server comprising; a configuration module (1601, 1901) for configuring a first M2M device to perform an operational status check on a second M2M device, and for configuring the second M2M device so that its operational status can be checked by the first M2M device and a transmission module (1602, 1902) for receiving from the first M2M device the operational status check of the second M2M device.
A method for sharing a wireless transmission medium in a terminal device between at least a first wireless communication technology and a second wireless communication technology, the method comprising: receiving in a first time frame at least a control region of a first signal via the first wireless communication technology, the first time frame being set by the first communication technology for receiving the first signal and the control region indicating a schedule of a data region in the first signal; decoding the control region of the first time frame; interrupting reception of the first signal at least for the remainder of the first time frame after receiving the control region, wherein the reception of the first signal is interrupted after the complete control region was received and before the decoding of the control region can determine if data is scheduled to be received by the terminal device within the first time frame; sending a command from a first wireless communication circuit of the terminal device to a second wireless communication circuit of the terminal device, to allow the second communication circuit to send signals via the second wireless transmission technology within the first time frame after the reception of the first signal was interrupted, the first wireless communication circuit communicating via the first wireless communication technology and the second wireless communication circuit communicating via the second wireless communication technology; and sending signals via the second wireless transmission technology within the first time frame after the reception of the first signal was interrupted. receiving in a first time frame at least a control region of a first signal via the first wireless communication technology, the first time frame being set by the first communication technology for receiving the first signal and the control region indicating a schedule of a data region in the first signal; decoding the control region of the first time frame; interrupting reception of the first signal at least for the remainder of the first time frame after receiving the control region, wherein the reception of the first signal is interrupted after the complete control region was received and before the decoding of the control region can determine if data is scheduled to be received by the terminal device within the first time frame; sending a command from a first wireless communication circuit of the terminal device to a second wireless communication circuit of the terminal device, to allow the second communication circuit to send signals via the second wireless transmission technology within the first time frame after the reception of the first signal was interrupted, the first wireless communication circuit communicating via the first wireless communication technology and the second wireless communication circuit communicating via the second wireless communication technology; and sending signals via the second wireless transmission technology within the first time frame after the reception of the first signal was interrupted.
A packaging and administering device for administering a hydroalcoholic solution by passing through a mucous membrane, the device comprising a deformable container (10, 110) in the form of a pouch or of a flexible stick for receiving at least one first fraction of the solution, a rigid base (14, 114) that is secured to said container, and an administering tube (16, 116) that is secured to said base, that is suitable for receiving at least one second fraction of the solution, and that includes a cap (28, 128), the device being characterized in that the tube (16, 116) includes a chamber for containing said at least one second solution and that is defined by two membranes (22, 24; 122; 124), and in that the cap (28, 128) is movable in translation between two extreme positions and includes a needle (36, 136) for coming to pierce the two said membranes in one of the extreme positions, said device including a movable rigid plate (44,144) that is secured to the deformable container (10, 110), said plate being capable of taking up at least two extreme positions, one in which the plate (44, 144) is at a distance from the base (14, 114), prior to use, the deformable container (10, 110) being full of solution, and the other in which the plate (44, 144) is pressed against said base, after the solution has been expelled, said device further including guide means (46, 146) and resilient return means (48, 148), the cap (28, 128) including a delivery hole (32, 132) for delivering the solution, and a film (34, 134).
A method of operating a gas turbine engine (12A, 12B), the method comprising: driving a compressor (16A, 16B) to supply pressurized gas to a combustor (18A, 18B) of the gas turbine engine (12A, 12B); supplying fuel to the combustor (18A, 18B) of the gas turbine engine (12A, 12B) via a first manifold and a second manifold during a first mode of operation; stopping fuel supply to the combustor (18A, 18B) via the second manifold and continuing to supply fuel to the combustor (18A, 18B) via the first manifold during a second mode of operation; and after stopping fuel supply to the combustor (18A, 18B) via the second manifold, using the pressurized gas inside the combustor (18A, 18B) to drive fuel in the second manifold upstream and purge the second manifold of fuel; supplying fuel to the first manifold while receiving fuel purged from the second manifold into a reservoir, wherein: purging the second manifold comprises suctioning fuel from the second manifold to purge the second manifold of fuel by a piston configured to move between a first position and a second position; movement of the piston toward the first position suctions fuel from the second manifold and movement of the piston toward the second position returns fuel to the second manifold; and the piston is biased toward the first position by a spring. driving a compressor (16A, 16B) to supply pressurized gas to a combustor (18A, 18B) of the gas turbine engine (12A, 12B); supplying fuel to the combustor (18A, 18B) of the gas turbine engine (12A, 12B) via a first manifold and a second manifold during a first mode of operation; stopping fuel supply to the combustor (18A, 18B) via the second manifold and continuing to supply fuel to the combustor (18A, 18B) via the first manifold during a second mode of operation; and after stopping fuel supply to the combustor (18A, 18B) via the second manifold, using the pressurized gas inside the combustor (18A, 18B) to drive fuel in the second manifold upstream and purge the second manifold of fuel; supplying fuel to the first manifold while receiving fuel purged from the second manifold into a reservoir, purging the second manifold comprises suctioning fuel from the second manifold to purge the second manifold of fuel by a piston configured to move between a first position and a second position; movement of the piston toward the first position suctions fuel from the second manifold and movement of the piston toward the second position returns fuel to the second manifold; and the piston is biased toward the first position by a spring.
A pillow (50, 60) comprising: a rectangular shaped top sheet (12, 212) and a rectangular shaped bottom sheet (14, 214) stitched together along three edges to define an inner chamber (16, 616) having an opening on a fourth edge (18,20); a removable insert placed in the inner chamber (16, 616); a plurality of equally sized compartments arranged in a grid pattern along the top sheet (12, 212) and extending in the length and width directions of the top sheet (12, 212), each compartment defining a fiber filled cavity formed by stitching at predetermined locations along two panels (24, 26) of fabric forming the top sheet; an envelope (30, 530) located on the bottom sheet (14, 214) adjacent to the inner chamber (16, 616), the envelope (30, 530) having an opening aligned with the opening of the inner chamber (16, 616); a removable pad contained within the envelope (30, 530): and a releasable fastener connected to and located between the top sheet (12, 212) and the bottom sheet (14, 214), which fastener is suitable for closing the inner chamber (16, 616), characterized in that the pad comprises gel covered visco foam and the removable insert includes a cover filled with fiber, down, chipped memory foam, or a mixture of two or more thereof. a rectangular shaped top sheet (12, 212) and a rectangular shaped bottom sheet (14, 214) stitched together along three edges to define an inner chamber (16, 616) having an opening on a fourth edge (18,20); a removable insert placed in the inner chamber (16, 616); a plurality of equally sized compartments arranged in a grid pattern along the top sheet (12, 212) and extending in the length and width directions of the top sheet (12, 212), each compartment defining a fiber filled cavity formed by stitching at predetermined locations along two panels (24, 26) of fabric forming the top sheet; an envelope (30, 530) located on the bottom sheet (14, 214) adjacent to the inner chamber (16, 616), the envelope (30, 530) having an opening aligned with the opening of the inner chamber (16, 616); a removable pad contained within the envelope (30, 530): and a releasable fastener connected to and located between the top sheet (12, 212) and the bottom sheet (14, 214), which fastener is suitable for closing the inner chamber (16, 616), characterized in that the pad comprises gel covered visco foam and the removable insert includes a cover filled with fiber, down, chipped memory foam, or a mixture of two or more thereof.
A seal comprising: a carbon seal disposed about an axis and extending between a first axial end and a second axial end, wherein the second axial end includes a seal surface and a radially outer edge of the seal surface is axially spaced from a radially inner edge of the seal surface along the axis; and characterized in that the radially inner edge is spaced a first distance from the first axial end and the radially outer edge is spaced a second distance from the first axial end and the first distance is greater than the second distance to define the seal surface as convex. a carbon seal disposed about an axis and extending between a first axial end and a second axial end, wherein the second axial end includes a seal surface and a radially outer edge of the seal surface is axially spaced from a radially inner edge of the seal surface along the axis; and characterized in that the radially inner edge is spaced a first distance from the first axial end and the radially outer edge is spaced a second distance from the first axial end and the first distance is greater than the second distance to define the seal surface as convex.
Swivel bearing for a wheel suspension system, in particular for a front axle of a motor vehicle comprising a wheel bearing seat, at least one upper and lower brake carrier attachment (3, 4), a control arm attachment, a steering link, a damper mount, a support rib, the support rib extending out of one side of the damper mount, and the upper brake carrier attachment being arranged on the support rib, and a support web, the support web extending out of the other side of the damper mount, the swivel bearing having at least one opening, the opening being arranged in the region between the wheel bearing seat and the damper mount, the opening being divided by way of a strut which extends from the damper mount or the support web as far as the wheel bearing seat, domes being arranged along the circumference of the wheel bearing seat, and a circumferential web connecting the domes, characterized in that the height of the web is lower than the height of the domes, in order that a wheel bearing lies on the domes and not on the web.
Method for operating a vehicle, having an internal combustion engine, at least one electric motor, a traction battery and a control device, wherein an expected vehicle speed (v) and an expected route profile (x) are used in order to determine a resulting change in a state of charge (SoC) of the traction battery and to define a target value for the state of charge (SoC p), wherein the target value for the state of charge (SoC p) is used for driving the electric motor and/or the internal combustion engine, wherein a power (P E) of the electric motor is at least temporarily kept constant, characterized in that the target value for the state of charge (SoC p) is limited by a defined upper limit value for the state of charge (SoC max) and a defined lower limit value for the state of charge (SoC min) and, when the lower limit value (SoC min) or upper limit value (SoC max) is reached by the target value for the state of charge (SoC p), the power of the electric motor (P E) is adapted, so that the target value for the state of charge (SoC p) remains within the limit values (SoC min, SoC max) and the power of the electric motor (P E) is adapted in such a way that the target value for the state of charge (SoC p) is at least temporarily equal to the lower or upper limit value (SoC min, SoC max). wherein an expected vehicle speed (v) and an expected route profile (x) are used in order to determine a resulting change in a state of charge (SoC) of the traction battery and to define a target value for the state of charge (SoC p), wherein the target value for the state of charge (SoC p) is used for driving the electric motor and/or the internal combustion engine, wherein a power (P E) of the electric motor is at least temporarily kept constant, characterized in that the target value for the state of charge (SoC p) is limited by a defined upper limit value for the state of charge (SoC max) and a defined lower limit value for the state of charge (SoC min) and, when the lower limit value (SoC min) or upper limit value (SoC max) is reached by the target value for the state of charge (SoC p), the power of the electric motor (P E) is adapted, so that the target value for the state of charge (SoC p) remains within the limit values (SoC min, SoC max) and the power of the electric motor (P E) is adapted in such a way that the target value for the state of charge (SoC p) is at least temporarily equal to the lower or upper limit value (SoC min, SoC max).
A process for preparing a crystalline form of 1-((2 R,4 R)-2-(1 H- benzo[d]imidazol-2-yl)-1 methylpiperidin-4-yl)-3-(4-cyanophenyl)urea maleate, having the structure: and having a powder X-ray diffraction pattern comprising peaks at 2θ values of: 11.6, 12.1 and 19.6 °2θ ± 0.2 °2θ, said process comprising treating 1-((2 R,4 R)-2-(1 H- benzo[d]imidazol-2-yl)-1-methylpiperidin-4-yl)-3-(4-cyanophenyl)urea imidazole complex (1:1) with maleic acid.
Method for modulating the effective power via at least one modulator for the transmission of information, via a power supply line, through the selective alteration of the effective power in at least one connected consumer (54, 62) in an alternating current power supply network, at any desired times of a sine curve, including a low-resistance voltage source, characterized in that for the transmission of the information, variations of the instantaneous value of the effective power to any desired extent dependent on the voltage source are carried out, wherein the modulator consists of a changeover switch, the voltage source, and a control unit, wherein the control unit detects the temporal curve profile of the supplied mains AC voltage and, in specified phase angles of the sine curve, activates the changeover switch such that the connection between a consumer supply line and a feed line is interrupted, and instead, the voltage source defines the voltage present on the consumer supply line and the control unit switches the consumer supply line after a time defined constructively or via software from the voltage source back to the feed line, wherein a control of an emitted interference is carried out through a suitable selection of the keying times in which a connection between a consumer supply line and a feed line is interrupted and instead a voltage source defines the voltage present on the consumer supply line and vice versa (page 10, line 32, to page 11, line 10), and wherein an interference occurs through the variation of the effective power and has influence on the connected consumers (54, 62), and the keying times are selected such that the interference is kept below a desired threshold value.
A screen printer comprising: a screen including multiple holes; a squeegee that slides on the screen so as to print printing material onto a target object through the holes of the screen; a fluid pressure cylinder that biases the squeegee in a direction either towards or away from the screen based on internal pressure of a cylinder housing; a pressure sensor that detects the internal pressure of the cylinder housing; and a control section that controls the internal pressure characterised in that the control is based on a response time (RT1, RT2), which is a time from starting control to change the internal pressure by supplying or removing a specified amount of fluid per unit of time with respect to the fluid pressure cylinder to a detection value of the pressure sensor reaching a target value. a screen including multiple holes; a squeegee that slides on the screen so as to print printing material onto a target object through the holes of the screen; a fluid pressure cylinder that biases the squeegee in a direction either towards or away from the screen based on internal pressure of a cylinder housing; a pressure sensor that detects the internal pressure of the cylinder housing; and a control section that controls the internal pressure characterised in that the control is based on a response time (RT1, RT2), which is a time from starting control to change the internal pressure by supplying or removing a specified amount of fluid per unit of time with respect to the fluid pressure cylinder to a detection value of the pressure sensor reaching a target value.
A pouch comprising a flexible bag having an opening with its edge fastened to two opposite walls of a reinforcing sleeve (18; 118) projecting to the outside of the bag, the pouch being suitable for adopting a flat configuration in which said walls are situated one against the other, and a utilization configuration in which the walls form a channel that holds the opening open, the pouch being characterized in that the first wall (20A; 120A) of the sleeve (18; 118) presents a first longitudinal end strip (30A; 130A) projecting laterally from the edge of the opening, while the second wall (20B; 120B) presents a sliding edge (32B; 132B) suitable for sliding against the inside face of said first longitudinal strip when the pouch is passing from its flat configuration to its utilization configuration.
An antibody for use in a method of treating a Ewing's sarcoma tumor in a human subject, wherein said method comprises administering to said subject a composition comprising said antibody, wherein said antibody comprises the light chain variable domain of L16 as set forth in SEQ ID NO: 32 and the heavy chain variable domain of H16 as set forth in SEQ ID NO: 136, and wherein said antibody binds to the IGF-1 receptor and inhibits IGF-1 receptor signaling.
Method for the preparation of a homogenized tobacco material, said method comprising: o pulping and refining cellulose fibres to obtain fibres having a mean size per weight comprised between 0.2 millimetres and 4 millimetres; o grinding a blend of tobacco of one or more tobacco types to tobacco particles having a mean size per weight comprised between 0.03 millimetres and 0.12 millimetres, wherein the homogenized tobacco material comprises from 50 percent and 93 percent in dry weight basis of the tobacco particles; o combining the cellulose fibres with the tobacco particles and with a binder to form a slurry, wherein the homogenized tobacco material comprises from 1 percent and 5 percent in dry weight basis of the binder; o homogenizing the slurry; o adding asparaginase to the slurry in an amount comprised between 0.0012 percent and 0.02 percent per weight on dry weight basis of said homogenized tobacco material; and o forming the homogenized tobacco material from the slurry. o pulping and refining cellulose fibres to obtain fibres having a mean size per weight comprised between 0.2 millimetres and 4 millimetres; o grinding a blend of tobacco of one or more tobacco types to tobacco particles having a mean size per weight comprised between 0.03 millimetres and 0.12 millimetres, wherein the homogenized tobacco material comprises from 50 percent and 93 percent in dry weight basis of the tobacco particles; o combining the cellulose fibres with the tobacco particles and with a binder to form a slurry, wherein the homogenized tobacco material comprises from 1 percent and 5 percent in dry weight basis of the binder; o homogenizing the slurry; o adding asparaginase to the slurry in an amount comprised between 0.0012 percent and 0.02 percent per weight on dry weight basis of said homogenized tobacco material; and o forming the homogenized tobacco material from the slurry.