mhurhangee/ep-ind-claims huggingface dataset:
A process for producing aldehydes, comprising contacting an olefin, with hydrogen and carbon monoxide in the presence of a catalyst composition to produce said aldehydes, wherein the catalyst composition comprises: a mixture of tris(3-pyridyl)phosphine, a metal ion centered tetraphenylporphyrin coordination complex and a rhodium precursor, and wherein a ratio of CO:H 2 is from 3.5:1.0 to 1.75:1.0; and wherein the olefin is an unsubstituted linear alpha-olefin. a mixture of tris(3-pyridyl)phosphine, a metal ion centered tetraphenylporphyrin coordination complex and a rhodium precursor, and wherein a ratio of CO:H 2 is from 3.5:1.0 to 1.75:1.0; and wherein the olefin is an unsubstituted linear alpha-olefin.
An electronic actuator control system, comprising: an electro-mechanical actuator, EMA, configured to generate a force; an electro-mechanical actuator controller, EMAC, electrically coupled to the EMA, the EMAC characterised by comprising: a non-transitory memory communicating with the EMAC; the non-transitory memory having instructions stored thereon that, in response to execution by the EMAC, cause the EMAC to perform operations comprising: commanding, by the EMAC, the EMA to apply the force; cutting, by the EMAC, power to the EMA; measuring, by the EMAC, a voltage generated by the EMA; determining, by the EMAC, an expected voltage based on the force; and comparing, by the EMAC, the voltage generated by the EMA to the expected voltage. an electro-mechanical actuator, EMA, configured to generate a force; an electro-mechanical actuator controller, EMAC, electrically coupled to the EMA, the EMAC characterised by comprising: a non-transitory memory communicating with the EMAC; the non-transitory memory having instructions stored thereon that, in response to execution by the EMAC, cause the EMAC to perform operations comprising: commanding, by the EMAC, the EMA to apply the force; cutting, by the EMAC, power to the EMA; measuring, by the EMAC, a voltage generated by the EMA; determining, by the EMAC, an expected voltage based on the force; and comparing, by the EMAC, the voltage generated by the EMA to the expected voltage. commanding, by the EMAC, the EMA to apply the force; cutting, by the EMAC, power to the EMA; measuring, by the EMAC, a voltage generated by the EMA; determining, by the EMAC, an expected voltage based on the force; and comparing, by the EMAC, the voltage generated by the EMA to the expected voltage.
A movement manipulation apparatus, comprising: a slender member that either is a signal transmission cable or is equipped with a signal transmission cable; a casing of a manipulation remote control disposed at one end of the slender member; characterised by casing direction identification means for producing a signal related to a direction of the casing; a drive control apparatus that is disposed at the other end of the slender member and controls the movement of a moving body on the basis of the signal, wherein the signal is supplied, through the signal transmission cable, from the casing direction identification means to the drive control apparatus; and display means for displaying the direction of the casing with respect to the slender member at a location that is easily visible by an operator who holds the casing in a hand to remotely manipulate the movement of the moving body. a slender member that either is a signal transmission cable or is equipped with a signal transmission cable; a casing of a manipulation remote control disposed at one end of the slender member; characterised by casing direction identification means for producing a signal related to a direction of the casing; a drive control apparatus that is disposed at the other end of the slender member and controls the movement of a moving body on the basis of the signal, wherein the signal is supplied, through the signal transmission cable, from the casing direction identification means to the drive control apparatus; and display means for displaying the direction of the casing with respect to the slender member at a location that is easily visible by an operator who holds the casing in a hand to remotely manipulate the movement of the moving body.
A method of producing 2,5-di(p-methoxyanilino)terephthalic acid crystal type II which comprises providing a solution of 2,5-di(p-methoxyanilino)terephthalic acid crystal type I having a basic pH and adjusting the pH of said solution to below 5.5, wherein crystal type I is brown and has an X-ray diffraction pattern that exhibits the strongest peak at d=6.3 angstroms (2θ=13.9 via CuKα), and wherein crystal type II is violet and has an X-ray diffraction pattern that exhibits the strongest peak at d=16.1 angstroms (2θ=5.5 via CuKα).
Method for producing an immobilisation element for immobilising a body part of a patient on a supporting surface, wherein the method comprises the following steps: • providing a sheet of thermoplastic material for receiving the body part to be immobilised, • providing a profile which on a first side comprises a first fixing means for fixing the profile to the sheet, and on a second side different from the first side comprises a second fixing means for releasably fixing the profile to the supporting surface, wherein the first fixing means comprises a groove delimited by a first contact surface and a second contact surface opposite the first contact surface for receiving the sheet of thermoplastic material, • placing the sheet of thermoplastic material in the groove of the first fixing means so that the first and the second contact surfaces (6, 7) lie along the sheet, • creating at least one protrusion in at least one of the first contact surface and the second contact surface so that the protrusion penetrates the sheet of thermoplastic material in order to anchor the sheet of thermoplastic material in the groove, wherein the step of creating at least one protrusion in at least one of the first contact surface and second contact surface is carried out by compressing a die and the profile so that the profile is plastically deformed into the first and second contact surfaces (6, 7) provided with at least one protrusion. • providing a sheet of thermoplastic material for receiving the body part to be immobilised, • providing a profile which on a first side comprises a first fixing means for fixing the profile to the sheet, and on a second side different from the first side comprises a second fixing means for releasably fixing the profile to the supporting surface, wherein the first fixing means comprises a groove delimited by a first contact surface and a second contact surface opposite the first contact surface for receiving the sheet of thermoplastic material, • placing the sheet of thermoplastic material in the groove of the first fixing means so that the first and the second contact surfaces (6, 7) lie along the sheet, • creating at least one protrusion in at least one of the first contact surface and the second contact surface so that the protrusion penetrates the sheet of thermoplastic material in order to anchor the sheet of thermoplastic material in the groove, wherein the step of creating at least one protrusion in at least one of the first contact surface and second contact surface is carried out by compressing a die and the profile so that the profile is plastically deformed into the first and second contact surfaces (6, 7) provided with at least one protrusion.
A plasma reactor, comprising: a plasma panel stack having a structure in which a plurality of electrode panels each having a discharge electrode are stacked, and generating plasma upon application of voltage between the adjacent electrode panels; an electrically conductive member (41, 42, 43, 51, 54, 93, 94) electrically connected to the discharge electrodes of the plurality of electrode panels; a case housing the plasma panel stack; and a mat (71, 91, 92, 100) intervening between the case and the plasma panel stack and fixing the plasma panel stack to the case; the plasma reactor being characterized in that the mat (71, 91, 92, 100) is disposed apart from the electrically conductive member (51, 54, 93, 94) so that a gap (S1, S2, S3) having a size of 2 mm to 30 mm is present between the mat (71, 91, 92, 100) and the electrically conductive member (51, 54, 93, 94); wherein a plurality of the mats (91, 92) are disposed apart from one another, and the electrically conductive member (93, 94) is located between the adjacent mats (91, 92). a plasma panel stack having a structure in which a plurality of electrode panels each having a discharge electrode are stacked, and generating plasma upon application of voltage between the adjacent electrode panels; an electrically conductive member (41, 42, 43, 51, 54, 93, 94) electrically connected to the discharge electrodes of the plurality of electrode panels; a case housing the plasma panel stack; and a mat (71, 91, 92, 100) intervening between the case and the plasma panel stack and fixing the plasma panel stack to the case; the plasma reactor being characterized in that the mat (71, 91, 92, 100) is disposed apart from the electrically conductive member (51, 54, 93, 94) so that a gap (S1, S2, S3) having a size of 2 mm to 30 mm is present between the mat (71, 91, 92, 100) and the electrically conductive member (51, 54, 93, 94); wherein a plurality of the mats (91, 92) are disposed apart from one another, and the electrically conductive member (93, 94) is located between the adjacent mats (91, 92).
A food heating device, comprising: a placement device, comprising a casing and a placement boadr, the placement board being disposed in the casing and configured to place a food item; and a heating device, comprising a steam portion, a hot water portion and an injection member, wherein the steam portion and the hot water portion are in communication with the injection member, the injection member passes through the casing and is movably provided corresponding to the placement board, the steam portion and the hot water portion is configured to inject steam and hot water through the injection member into the food item on the placement board so as to heat the food item. a placement device, comprising a casing and a placement boadr, the placement board being disposed in the casing and configured to place a food item; and a heating device, comprising a steam portion, a hot water portion and an injection member, wherein the steam portion and the hot water portion are in communication with the injection member, the injection member passes through the casing and is movably provided corresponding to the placement board, the steam portion and the hot water portion is configured to inject steam and hot water through the injection member into the food item on the placement board so as to heat the food item.
A method in a base station for handling sector selection, which base station serves a number of sectors (121, 122, 123) comprised in a combined cell, which combined cell refers to two or more adjacent cells configured with the same Physical Cell Identity, wherein each sector is one out of several transmission and reception points in the combined cell, wherein a wireless terminal is connected to a first sector comprised in the combined cell, the method being characterized by comprising: when a quality of the communication resources in the first sector drops below a first threshold, determining that the quality has been reduced so that it is concluded that the first sector is no longer the sector with the best communication resource for the wireless terminal within the combined cell, when it is determined that the first sector is no longer the sector with the best communication resources, sending an order to the wireless terminal to initiate a random access procedure in the combined cell, and selecting a second sector in the combined cell based on measurements of signal strength of random access preambles received from the wireless terminal in each respective sector (121, 122, 123) in the combined cell, which random access preambles are received from the wireless terminal in the initiated random access procedure, and which second sector is selected for the wireless terminal to communicate in. when a quality of the communication resources in the first sector drops below a first threshold, determining that the quality has been reduced so that it is concluded that the first sector is no longer the sector with the best communication resource for the wireless terminal within the combined cell, when it is determined that the first sector is no longer the sector with the best communication resources, sending an order to the wireless terminal to initiate a random access procedure in the combined cell, and selecting a second sector in the combined cell based on measurements of signal strength of random access preambles received from the wireless terminal in each respective sector (121, 122, 123) in the combined cell, which random access preambles are received from the wireless terminal in the initiated random access procedure, and which second sector is selected for the wireless terminal to communicate in.
A workpiece holder device for workpieces to be machined from multiple sides, wherein the workpiece can be held between a first workpiece holder (104, 106), which is operatively connected to at least one support spindle of the workpiece holder device and rotatable about a first axis, and at least one second workpiece holder, which is operatively connected to at least one drive spindle of the workpiece holder device and rotatable about the first axis, relative to the first axis axially, radially and by force locking by means of a clamping force which can be built up in the manner of a vice between the first workpiece holder (104, 106) and the second workpiece holder in axial direction of the first axis and which acts on opposite sides of the workpiece, wherein the first workpiece holder has at least one first clamping element (104, 106) with a first flat clamping surface facing towards the second workpiece holder and/or the workpiece and the second workpiece holder has at least one second clamping element with a second flat clamping surface facing towards the first workpiece holder (104, 106) and/or the workpiece, wherein the workpiece holder device further comprises at least one arresting apparatus by means of which the first workpiece holder and/or the first clamping element can be arrested in at least one predetermined rotational position about the first axis, characterized in that the first workpiece holder and/or the first clamping element is or are movable from a rotational position that is different from the predetermined rotational position to the predetermined rotational position by means of the arresting apparatus through a movement of an arresting element of the arresting apparatus from an unlocked position to a locked position.
A work holding device that holds a work (200, 200') that is to be processed by a processing tool, the work holding device comprising: a substantially C-shaped first frame including a first end and a second end and being rotatable about a first center axis located between the first end and the second end; and a substantially C-shaped second frame that includes a third end located between the first end and the first center axis and a fourth end located between the second end and the first center axis, the second frame being rotatable about a second center axis that passes the third end and the fourth end and is perpendicular or substantially perpendicular to the first center axis, characterized in that a groove configured to receive a portion of the work (200, 200') is provided in the second frame, the second frame includes a first member and a second member assembled to the first member such that the groove is provided between the first member and the second member, and the second member is movable closer to, or farther from, the first member. a substantially C-shaped first frame including a first end and a second end and being rotatable about a first center axis located between the first end and the second end; and a substantially C-shaped second frame that includes a third end located between the first end and the first center axis and a fourth end located between the second end and the first center axis, the second frame being rotatable about a second center axis that passes the third end and the fourth end and is perpendicular or substantially perpendicular to the first center axis, characterized in that a groove configured to receive a portion of the work (200, 200') is provided in the second frame, the second frame includes a first member and a second member assembled to the first member such that the groove is provided between the first member and the second member, and the second member is movable closer to, or farther from, the first member.
A method of reproducing the physical, spatial orientation of an immobilized subject in an X-ray imaging system including a computer from one subject for another subject, comprising: performing a physical, spatial orientation of a first immobilized subject in the multi-modal imaging system, using the computer, acquiring an X-ray anatomical image of the first immobilized subject in the imaging system; performing a physical, spatial orientation of a next immobilized subject in the imaging system; using the computer, acquiring a test X-ray anatomical image of the next immobilized subject in the imaging system; using the computer, comparing the test X-ray anatomical image of the next immobilized subject and the X-ray anatomical image of the first immobilized subject, including a calculation of the difference therebetween; physically, spatially reorienting the next immobilized subject to improve the comparison, if the comparison is not satisfactory to demonstrate reproduction of the physical, spatial orientation of the first immobilized subject; repeating the steps of performing a physical, spatial orientation of a next immobilized subject, acquiring a test X-ray anatomical image, comparing and physically, spatially reorienting until the comparison is satisfied; and acquiring an X-ray anatomical image of the next immobilized subject in the multi-modal imaging system. performing a physical, spatial orientation of a first immobilized subject in the multi-modal imaging system, using the computer, acquiring an X-ray anatomical image of the first immobilized subject in the imaging system; performing a physical, spatial orientation of a next immobilized subject in the imaging system; using the computer, acquiring a test X-ray anatomical image of the next immobilized subject in the imaging system; using the computer, comparing the test X-ray anatomical image of the next immobilized subject and the X-ray anatomical image of the first immobilized subject, including a calculation of the difference therebetween; physically, spatially reorienting the next immobilized subject to improve the comparison, if the comparison is not satisfactory to demonstrate reproduction of the physical, spatial orientation of the first immobilized subject; repeating the steps of performing a physical, spatial orientation of a next immobilized subject, acquiring a test X-ray anatomical image, comparing and physically, spatially reorienting until the comparison is satisfied; and acquiring an X-ray anatomical image of the next immobilized subject in the multi-modal imaging system.
A medical device for insertion into a hollow organ with a hollow body, which comprises a braid made of wire elements with a series of terminal meshes (14a, 14b, 14c, 14d), which delimit an axial braid end, wherein the terminal meshes (14a, 14b, 14c, 14d) comprise external wire elements (12a, 12b, 12c, 12d) which form a closing edge of the braid and make a transition to internal wire elements (12a', 12b', 12c', 12d') which are arranged inside the braid, characterised in that a first section of the closing edge and a second section of the closing edge each comprise a plurality of external wire elements (12a, 12b, 12c, 12d), which together form a circumferential rim of the closing edge, which is adapted in such a way that the axial braid end of the hollow body can be drawn into a feeding system, wherein - the external wire elements (12a, 12b, 12c, 12d) of the first section, in order to form the closing edge, are arranged along the same directly one after the other and comprise a first axial component AK1 each, which extends in longitudinal direction L of the hollow body, and - the external wire elements (12a, 12b, 12c, 12d) of the second section, in order to form the closing edge, are arranged along the same directly one after the other and comprise a second axial component AK2 each, which extends in longitudinal direction L of the hollow body, and in the opposite direction to the first axial component AK1, wherein both axial components AK1, AK2 are related to the same circulating direction ULR of the rim. - the external wire elements (12a, 12b, 12c, 12d) of the first section, in order to form the closing edge, are arranged along the same directly one after the other and comprise a first axial component AK1 each, which extends in longitudinal direction L of the hollow body, and - the external wire elements (12a, 12b, 12c, 12d) of the second section, in order to form the closing edge, are arranged along the same directly one after the other and comprise a second axial component AK2 each, which extends in longitudinal direction L of the hollow body, and in the opposite direction to the first axial component AK1, wherein both axial components AK1, AK2 are related to the same circulating direction ULR of the rim.
A flame-resistant spun yarn comprising: 50 to 95 parts by weight of a sulfonated polyoxadiazole based staple fiber comprising repeat units of Formula and one or both of Formula and (IIa): wherein Formula is present at 5 molar % to 50 molar %, based on the total amount of sulfonated naphthalene polyoxadiazole based staple fiber, and wherein Q is H or SO 3 M, and M is one or more cations; and 5 to 50 parts by weight of a textile staple fiber having limiting oxygen index of 24 or greater and a tenacity of 2 grams per denier or greater, based on the total amount of the polymeric fiber and the textile fiber in the yarn. wherein Formula is present at 5 molar % to 50 molar %, based on the total amount of sulfonated naphthalene polyoxadiazole based staple fiber, and wherein Q is H or SO 3 M, and M is one or more cations; and 5 to 50 parts by weight of a textile staple fiber having limiting oxygen index of 24 or greater and a tenacity of 2 grams per denier or greater, based on the total amount of the polymeric fiber and the textile fiber in the yarn.
Aircraft having at least one passenger cabin, at least one cargo hold and at least one cargo management device, wherein the cargo management device comprises at least one cargo item receiving device for receiving a cargo item in the passenger cabin, at least one input device for detecting a code assigned to the cargo item, and at least one cargo item loading device for storing cargo items from the passenger cabin in the cargo hold, i.e. a robot (10, 10') having at least one robot arm with at least one pick-up tool (21, 22, 70, 80) for picking up cargo items, wherein the cargo management device is configured to control at least the robot (10, 10'), upon a code being input, in such a manner that the associated cargo item from the cargo hold is provided in the cargo item receiving device in the passenger cabin, wherein a cargo deck of the cargo hold comprises passive cargo conveying means (112, 113, 113'), and the robot (10, 10') is configured and/or arranged to displace cargo units supported on the cargo conveying means.